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Publication numberCN102606463 A
Publication typeApplication
Application numberCN 201210063686
Publication date25 Jul 2012
Filing date26 Apr 2006
Priority date26 Apr 2005
Also published asCN102562555A, CN102562555B, CN102588261A, CN102588261B, CN102606463B, EP1720102A2, EP1720102A3, EP1720102B1, US7647201, US7752014, US8036853, US20060238388, US20060238391, US20060244641, US20060247895
Publication number201210063686.X, CN 102606463 A, CN 102606463A, CN 201210063686, CN-A-102606463, CN102606463 A, CN102606463A, CN201210063686, CN201210063686.X
InventorsA.洛佩斯, N.贾洋斯
Applicant艾默生环境优化技术有限公司
Export CitationBiBTeX, EndNote, RefMan
External Links: SIPO, Espacenet
Compressor memory system, compressor information network, and warranty administration method
CN 102606463 A
Abstract
A compressor memory system includes a compressor with a first non-volatile memory connected to a module. The module has a processor and a second non-volatile memory. The first non-volatile memory is associated with the compressor. The module is selectively attached to the compressor and the processor is configured to access the first and second non-volatile memories. A compressor has a non-volatile memory that stores manufacturing data related to the compressor. A compressor information network includes a remote module operable to communicate with a plurality of local modules. Each local module includes a processor and a first non-volatile memory associated with the processor. The processor communicates with the first non-volatile memory and the second non-volatile memory associated with a compressor. The remote module includes a database of information copied from the second non-volatile memory. A warranty administration method includes providing a warranty for a compressor having a non-volatile memory, receiving a claim under the warranty, examining data stored in the non-volatile memory, and responding to the claim based on the examining.
Claims(25)  translated from Chinese
1. 一种方法,包括:通过利用与第二非易失性存储器和运行存储器中的至少一个相关的处理器,来访问与压缩机相关的第一非易失性存储器;将来自所述第二非易失性存储器和所述运行存储器中的至少一个的压缩机数据存储在所述第一非易失性存储器中;访问所述第一非易失性存储器中的所述压缩机数据,来估计压缩机性能。 1. A method, comprising: by using the second non-volatile memory and a memory operation to at least one processor to access associated with the compressor first non-volatile memory; from the first Two non-volatile memory and the operation of the data memory storing at least one compressor in the first non-volatile memory; accessing said first non-volatile memory of the data compressor, to estimate the performance of the compressor.
2.如权利要求I所述的方法,其特征在于所述访问所述第一非易失性存储器,包括访问位于抗干扰壳体中嵌入所述压缩机中或固定到所述压缩机上的所述第一非易失性存储器。 2. The method according to claim I, wherein said accessing said first non-volatile memory, including access to the housing is located immunity embedded or secured to the compressor by said compressor said first non-volatile memory.
3.如权利要求I所述的方法,其特征在于进一步包括通过连接器部件来电连接所述压缩机的内部和外部,其中所述访问所述第一非易失性存储器包括访问嵌入所述连接器部件中的所述第一非易失性存储器。 3. The method according to claim I, characterized by further comprising a connector member by means of electrically connecting the interior and exterior of the compressor, wherein said accessing said first non-volatile memory includes accessing the embedded connection member of the first non-volatile memory.
4.如权利要求I所述的方法,其特征在于所述访问所述第一非易失性存储器,包括访问RFID装置中的所述第一非易失性存储器。 4. The method according to claim I, wherein said accessing said first non-volatile memory, including access means in the first RFID nonvolatile memory.
5.如权利要求I所述的方法,其特征在于所述存储所述压缩机数据包括存储以下数据中的至少一个:压缩机型号类型数据;压缩机序列号数据;压缩机容量数据;压缩机运行系数数据,其包括与所述压缩机相关并用于计算压缩机运行数据的数值常数。 Compressor serial number data;; compressor capacity data; compressor model type data compression: 5. A method as claimed in claim I wherein, wherein said storing said compressor data includes storing at least one of the following data running the coefficient data, including associated with the compressor and used to calculate compressor operating data values constant.
6.如权利要求I所述的方法,其特征在于所述存储所述压缩机数据包括存储压缩机运行系数数据,其包括与所述压缩机相关的数值常数,所述方法进一步包括基于所述压缩机数值常数来计算压缩机运行数据。 6. The method according to claim I, wherein said storing said compressor data includes storing compressor operating coefficient data comprising values associated with the compressor constant, the method further comprises based on the compressor numeric constant to calculate compressor operating data.
7.如权利要求I所述的方法,其特征在于所述存储所述压缩机数据包括存储以下数据中的至少一个:压缩机物料清单数据;压缩机制造图数据;压缩机制造日期数据;压缩机制造设备数据;压缩机制造班次数据;压缩机制造装配线数据;压缩机检查员数据。 Compressor manufacturing date data;; BOM data compressor; compressor manufacturing the Data Compression: 7. The method according to claim I, wherein said storing the compressor data includes the following data is stored in at least one machine manufacturing equipment data; compressor manufacturing shift data; compressor manufacturing assembly line data; compressor censor data.
8.如权利要求I所述的方法,其特征在于所述存储所述压缩机数据包括存储以下数据中的至少一个:压缩机能量效率比数据;压缩机低压启动数据;压缩机瓦特数据;最大压缩机电流数据;压缩机制冷剂流量数据。 Compressor low voltage start data;; Watt data compressor; compressor energy efficiency ratio data Maximum: 8. The method according to claim I, wherein said storing said compressor data includes storing at least one of the following data compressor current data; compressor refrigerant flow data.
9.如权利要求I所述的方法,其特征在于所述存储所述压缩机数据包括存储以下数据中的至少一个:压缩机安装地点数据;压缩机安装日期数据;压缩机安装者数据;压缩机购买地点数据。 Compressor installation date data;; compressor installation location data compressor installer data; Compression: 9. The method according to claim I, wherein said storing said compressor data includes storing at least one of the following data Machine purchase location data.
10.如权利要求I所述的方法,其特征在于所述存储所述压缩机数据包括存储以下数据中的至少一个:压缩机修理日期数据;压缩机修理类型数据;压缩机修理部件数据;压缩机维修技术员数据。 Compressor repair type data;; data compressor repair parts; compressor repair date data compression: 10. A method as claimed in claim I wherein, wherein said storing said compressor data includes storing at least one of the following data data maintenance technician.
11.如权利要求I所述的方法,其特征在于所述存储所述压缩机数据包括存储以下数据中的至少一个:吸气压力数据;排气压力数据;吸气温度数据;排气温度数据;电流数据;电压数据;环境温度数据;压缩机马达温度数据;压缩机元件温度数据;压缩机轴承温度数据;油温数据;压缩机控制数据。 Discharge pressure data;; data suction pressure, suction temperature data; exhaust temperature data: 11. The method according to claim I, wherein said storing said compressor data includes storing data in at least one of the following ; current data; voltage data; ambient temperature data; compressor motor temperature data; compressor element temperature data; compressor bearing temperature data; oil temperature data; compressor control data.
12.如权利要求I所述的方法,其特征在于进一步包括将来自所述第二非易失性存储器和所述运行存储器中的至少一个的制冷系统数据存储在所述第一非易失性存储器中,其中所述存储制冷系统数据包括存储以下数据中的至少一个:冷凝器温度数据;蒸发器温度数据。 12. The method according to claim I, characterized by further comprising the refrigerant from the first non-volatile data storage system of the second non-volatile memory and the memory operation in at least one of a memory, wherein said storing refrigeration system data includes storing at least one of the following data: condenser temperature data; evaporator temperature data.
13.如权利要求I所述的方法,其特征在于所述存储所述压缩机数据包括存储压缩机故障历史数据。 13. The method according to claim I, wherein said storing said compressor data includes storing compressor fault history data.
14.对于具有包括处理器和第一非易失性存储器的可拆卸模块的压缩机,一种性能估计方法,其包括:访问存储在与所述压缩机相关的第二非易失性存储器中的压缩机数据;估计所述压缩机数据,以确定压缩机性能。 14. For comprises a processor having a first non-volatile memory and removable compressor module, a performance estimation method, comprising: a compressor associated with the second non-volatile memory storage access The data compressor; estimating the compressor data to determine compressor performance.
15.如权利要求14所述的方法,其特征在于所述访问存储在所述第二非易失性存储器中的所述压缩机数据,包括访问位于抗干扰壳体中嵌入所述压缩机中或固定到所述压缩机上的所述第二非易失性存储器。 15. The method according to claim 14, wherein said accessing said compressor data stored in said second non-volatile memory, including interference is accessing the embedded compressor housing or the compressor is fixed to said second non-volatile memory.
16.如权利要求14所述的方法,其特征在于进一步包括通过连接器部件来电连接所述压缩机的内部和外部,其中所述访问所述压缩机数据包括访问嵌入所述连接器部件中的所述第二非易失性存储器。 16. The method according to claim 14, characterized by further comprising electrically connecting the compressor through the connector member interior and exterior, wherein the accessing the compressor data includes accessing said connector member is embedded in the said second non-volatile memory.
17.如权利要求14所述的方法,其特征在于所述访问所述压缩机数据包括访问RFID装置中的所述第二非易失性存储器。 17. The method according to claim 14, wherein said accessing said compressor data includes accessing said second RFID means in non-volatile memory.
18.如权利要求14所述的方法,其特征在于所述访问所述压缩机数据包括访问以下数据中的至少一个:压缩机型号类型数据;压缩机序列号数据;压缩机容量数据;压缩机运行系数数据,其包括与所述压缩机相关并用于计算压缩机运行数据的数值常数。 Compressor serial number data;; compressor capacity data; compressor model type data compression: 18. A method as claimed in claim 14, wherein, wherein said accessing said compressor data includes accessing at least one of the following data running the coefficient data, including associated with the compressor and used to calculate compressor operating data values constant.
19.如权利要求14所述的方法,其特征在于所述访问所述压缩机数据包括访问以下数据中的至少一个:压缩机物料清单数据;压缩机制造图数据;压缩机制造日期数据;压缩机制造设备数据;压缩机制造班次数据;压缩机制造装配线数据;压缩机检查员数据。 Compressor manufacturing map data;; compressor manufacturing date data; compressor BOM data compression: 19. The method of claim 14 or claim, wherein accessing the compressor data includes at least one access to the following data machine manufacturing equipment data; compressor manufacturing shift data; compressor manufacturing assembly line data; compressor censor data.
20.如权利要求14所述的方法,其特征在于所述访问所述压缩机数据包括访问以下数据中的至少一个:压缩机能量效率比数据;压缩机低压启动数据;压缩机瓦特数据;最大压缩机电流数据;压缩机制冷剂流量数据。 Compressor low voltage start data;; Watt data compressor; compressor energy efficiency ratio data Maximum: 20. A method as claimed in claim 14, wherein, wherein said accessing said compressor data includes accessing at least one of the following data compressor current data; compressor refrigerant flow data.
21.如权利要求14所述的方法,其特征在于所述访问所述压缩机数据包括访问以下数据中的至少一个:压缩机安装地点数据;压缩机安装日期数据;压缩机安装者数据;压缩机购买地点数据。 Compressor installation date data;; compressor installer data; compressor installation location data compression: 21. The method as claimed in claim 14, wherein, wherein said accessing said compressor data includes accessing at least one of the following data Machine purchase location data.
22.如权利要求14所述的方法,其特征在于所述访问所述压缩机数据包括访问以下数据中的至少一个:压缩机修理日期数据;压缩机修理类型数据;压缩机修理部件数据;压缩机维修技术员数据。 Compressor repair type data;; data compressor repair parts; compressor repair date data compression: 22. The method as claimed in claim 14, wherein, wherein said accessing said compressor data includes accessing at least one of the following data data maintenance technician.
23.如权利要求14所述的方法,其特征在于所述访问所述压缩机数据包括访问以下数据中的至少一个:吸气压力数据;排气压力数据;吸气温度数据;排气温度数据;电流数据;电压数据;环境温度数据;压缩机马达温度数据;压缩机元件温度数据;压缩机轴承温度数据;油温数据;压缩机控制数据。 Discharge pressure data;; intake air temperature data; exhaust temperature data suction pressure data: 23. A method as claimed in claim 14, wherein, wherein said accessing said compressor data includes accessing at least one of the following data ; current data; voltage data; ambient temperature data; compressor motor temperature data; compressor element temperature data; compressor bearing temperature data; oil temperature data; compressor control data.
24.如权利要求14所述的方法,其特征在于进一步包括访问来自与所述压缩机相关的所述第二非易失性存储器的制冷系统数据,包括访问以下数据中的至少一个:冷凝器温度数据;蒸发器温度数据。 24. The method according to claim 14, characterized by further comprising accessing data from the refrigeration system associated with the compressor of the second non-volatile memory, comprising at least one access to the following data: a condenser temperature data; evaporator temperature data.
25.如权利要求14所述的方法,其特征在于所述访问所述压缩机数据包括访问压缩机故障历史数据。 25. The method according to claim 14, characterized in that said accessing said compressor data includes accessing compressor fault history data.
Description  translated from Chinese

压缩机存储器系统、压缩机信息网络和保修管理方法 Compressor memory systems, compressors and warranty information network management

[0001] 本申请是申请日为2006年4月26日、申请号为200610076166. 7、题为“压缩机存 [0001] The present application is filed on April 26, 2006, Application No. 200610076166.7, entitled "compressor deposit

储器系统、压缩机信息网络和保修管理方法”的中国专利申请的分案申请。 The divisional application reservoir systems, compressors and warranty information network management, "the China patent applications.

技术领域 Technical Field

[0002] 本发明涉及压缩机,并更特别地涉及具有存储器系统的压缩机。 [0002] The present invention relates to a compressor, and more particularly relates to a compressor having a memory system.

背景技术 Background

[0003] 此部分中的陈述仅提供与本公开有关的背景信息,且可不构成先有技术。 [0003] The statements in this section merely present disclosure provides relevant background information and may not constitute prior art.

[0004] 压缩机用于各种工业和家庭应用中,以使制冷剂在制冷装置、热泵、HVAC或冷冻系统(一般称为“制冷系统”)内循环,来提供希望的加热或冷却效果。 [0004] The compressor used in a variety of industrial and domestic applications, so that the refrigerant in the refrigeration apparatus, heat pump, HVAC or refrigeration system (commonly referred to as "refrigeration systems") within the loop, to provide the desired heating or cooling effect. 在各个应用中,希望压缩机稳定和高效地运转,以确保制冷系统正常运行。 In various applications, it is desirable stable and efficient operation of the compressor in order to ensure the normal operation of the refrigeration system. 为此,可通过相关的保护和控制系统来操纵压缩机。 To this end, the compressor can be manipulated by the associated protection and control systems.

[0005] 保护和控制系统可监视由压缩机或制冷系统传感器产生的运行信号,并确定压缩机或制冷系统运行数据。 [0005] The protection and control system can monitor the operation of the signal from the compressor or refrigeration system produced by the sensor, and to determine the compressor or refrigeration system operating data. 例如,保护和控制系统可确定是否已发生了压缩机或制冷系统故障。 For example, the protection and control system may determine whether the compressor or cooling system failure has occurred. 然而,当关闭保护和控制系统时,以及/或者当保护和控制系统不再与压缩机相关时, 这种数据可能会丢失。 However, when you close the protection and control systems, and / or when the protection and control systems are no longer associated with the compressor, such data may be lost.

[0006] 特定的保护和控制系统可与许多不同的压缩机型号和不同的容量类型兼容。 [0006] The specific protection and control system is compatible with many different types and different capacities compressor types. 传统上,在安装期间必须将包括例如与压缩机型号、类型和容量相对应的数值常数的压缩机特性数据载入保护和控制系统中。 Traditionally, during the installation it must be included, for example with the compressor model, type and capacity of the compressor characteristic value corresponding to constant loading data protection and control systems. 这种压缩机数据一般由压缩机制造商发布,且在制冷系统设计期间被使用。 This compressor data is typically released by the compressor manufacturer, and during the refrigeration system design is used. 该压缩机数据可在压缩机运转期间由保护和控制系统使用,以控制、保护和/或诊断压缩机和/或制冷系统。 The data can be used by the compressor protection and control system during the operation of the compressor in order to control, protection and / or diagnosis of the compressor and / or cooling system.

[0007] 将压缩机数据载入保护和控制系统,是由安装者现场执行的附加步骤。 [0007] The compressor loading data protection and control system, additional steps are performed on-site by the installer. 在载入压缩机数据时由安装者现场产生的错误,可能不会立刻就明显地显现,但可能在将来导致压缩机或制冷系统的运转问题。 Error while loading the compressor data generated on-site by the installer may not appear immediately obvious, but the problem may cause the compressor or the operation of the refrigeration system in the future. 此外,如果更换了保护和控制系统或者压缩机,则必须重新载入压缩机数据。 Additionally, if the replacement of the protection and control system or compressor, the compressor must reload data. 在实际应用中,当保护和控制系统与压缩机不再相关时,这种压缩机数据可能会丢失。 In practice, when the protection and control system no longer associated with the compressor, the compressor data may be lost.

发明内容 DISCLOSURE

[0008] 本发明提供了一种系统,其包括具有连接到模块的第一非易失性存储器的压缩机。 [0008] The present invention provides a system comprising a first module having a connection to the non-volatile memory of the compressor. 模块具有处理器和第二非易失性存储器。 A second module having a processor and nonvolatile memory. 第一非易失性存储器与压缩机相关。 First non-volatile memory associated with the compressor. 模块被选择性地连接到压缩机上,且处理器被配置成访问第一和第二非易失性存储器。 Module is selectively connected to the compressor, and the processor is configured to access the first and second non-volatile memory.

[0009] 在其它特征方面,第一非易失性存储器位于抗干扰壳体中,嵌入压缩机中或固定到压缩机上。 [0009] In terms of other features, the first non-volatile memory located in the housing interference, embedded in the compressor or affixed to the compressor.

[0010] 在其它特征方面,系统进一步包括连接到压缩机的连接器部件,以允许压缩机内部和外部之间的电连接,且第一非易失性存储器被嵌入该连接器部件内。 [0010] In terms of other features, the system further comprises a compressor connected to the connector member to allow the electrical connection between the inside and outside of the compressor, and the first non-volatile memory is embedded within the connector member.

[0011] 在其它特征方面,系统进一步包括RFID装置,其包括第一非易失性存储器。 [0011] In terms of other features, the system further comprises a RFID device, which comprises a first non-volatile memory. [0012] 在其它特征方面,第一非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机型号类型数据;压缩机序列号数据;压缩机容量数据;压缩机运行系数数据,其包括与该压缩机相关并用于计算压缩机运行数据的数值常数。 [0012] In terms of other features, the first non-volatile memory for storing data comprising at least a compressor characteristic data: compressor model type data; compressor serial number data; compressor capacity data; compressor coefficient data, which includes associated with the compressor and used to calculate compressor operating data values constant.

[0013] 在其它特征方面,第一非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机物料清单数据;压缩机制造图数据;压缩机制造日期数据;压缩机制造设备数据;压缩机制造班次(shift)数据;压缩机制造装配线数据;压缩机检查员数据。 [0013] In terms of other features, the first non-volatile memory for storing data comprising at least one compressor characteristic data: compressor BOM data; compressor manufacturing drawing data; compressor manufacturing date data; Compressor Manufacturing Device data; compressor manufacturing shift (shift) data; compressor manufacturing assembly line data; compressor censor data.

[0014] 在其它特征方面,第一非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机能量效率比数据;压缩机低压启动数据;压缩机瓦特数据;最大压缩机电流数据;压缩机制冷剂流量数据。 [0014] In terms of other features, the first non-volatile memory for storing data comprising at least a compressor characteristic data: compressor energy efficiency ratio data; low pressure compressor start data; compressor wattage data; maximum compressor Current data; compressor refrigerant flow data.

[0015] 在其它特征方面,第一非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机安装地点数据;压缩机安装日期数据;压缩机安装者数据;压缩机购买地点数据。 [0015] In terms of other features, the first non-volatile memory for storing data comprising at least a compressor characteristic data: compressor installation location data; compressor installation date data; compressor installer data; compressor for later location data.

[0016] 在其它特征方面,第一非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机修理日期数据;压缩机修理类型数据;压缩机修理部件数据;压缩机维修技术员数据。 [0016] In terms of other features, the first non-volatile memory for storing data comprising at least a compressor characteristic data: compressor repair date data; compressor repair type data; compressor repaired parts data; compressor maintenance Technicians data.

[0017] 在其它特征方面,第一非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:吸气压力数据;排气压力数据;吸气温度数据;排气温度数据;电流数据;电压数据;环境温度数据;压缩机马达温度数据;压缩机元件温度数据;压缩机轴承温度数据; 油温数据;压缩机控制数据。 [0017] In terms of other features, the first non-volatile memory for storing data comprising at least a compressor characteristic data: suction pressure data; discharge pressure data; suction temperature data; exhaust temperature data; Current data; voltage data; ambient temperature data; compressor motor temperature data; compressor element temperature data; compressor bearing temperature data; oil temperature data; compressor control data.

[0018] 在其它特征方面,第一非易失性存储器存储包括以下数据中的至少一个的制冷系统数据:冷凝器温度数据;蒸发器温度数据。 [0018] In terms of other features, the first non-volatile memory for storing data comprising at least one refrigeration system data: condenser temperature data; evaporator temperature data.

[0019] 在其它特征方面,第一非易失性存储器存储压缩机故障历史数据。 [0019] In terms of other features, the first non-volatile memory stores compressor fault history data.

[0020] 在其它特征方面,系统包括连接到模块的通信装置,以将数据写到第一非易失性存储器中并/或从该第一非易失性存储器读取数据。 [0020] In terms of other features, the system comprises a communication device connected to the module, the data is written to the first non-volatile memory and / or read data from the first non-volatile memory.

[0021] 另外,压缩机被配备成具有存储与压缩机有关的制造数据的非易失性存储器。 [0021] Further, the compressor is equipped with a compressor having stored data relating to the manufacture of non-volatile memory.

[0022] 在其它特征方面,非易失性存储器位于抗干扰壳体中,嵌入压缩机中或固定到压缩机上。 [0022] In terms of other features, a nonvolatile memory located in the housing interference, embedded in the compressor or affixed to the compressor.

[0023] 在其它特征方面,压缩机具有连接到压缩机的连接器部件,以允许压缩机内部和外部之间的电连接,且非易失性存储器被嵌入该连接器部件内。 [0023] In terms of other features, the compressor having a compressor connected to the connector member, to allow electrical connection between the inside and outside of the compressor, and the non-volatile memory is embedded within the connector member.

[0024] 在其它特征方面,压缩机具有RFID装置,其包括第一非易失性存储器。 [0024] In terms of other features, the compressor has a RFID device, which comprises a first non-volatile memory.

[0025] 在其它特征方面,制造数据包括以下数据中的至少一个:该压缩机的型号类型数据;该压缩机的序列号数据;该压缩机的容量数据;该压缩机的运行系数数据,其包括与该压缩机相关并用于计算压缩机运行数据的数值常数。 [0025] In terms of other features, the manufacturing data includes at least one of the following data: the compressor model type data; data sequence number of the compressor; data capacity of the compressor; the compressor operating coefficient data, which including associated with the compressor and compressor operating data used to calculate the value of a constant.

[0026] 在其它特征方面,制造数据包括以下数据中的至少一个:该压缩机的物料清单数据;该压缩机的制造图数据;该压缩机的制造日期数据;该压缩机的制造设备数据;该压缩机的制造班次数据;该压缩机的制造装配线数据;该压缩机的检查员数据。 [0026] In terms of other features, the manufacturing data includes at least one of the following data: BOM data of the compressor; FIG manufacturing data of the compressor; manufacturing date of the data compressor; manufacturing apparatus of the data compressor; The shift of manufacturing data compressors; manufacturing assembly line data of the compressor; censor data of the compressor.

[0027] 在其它特征方面,制造数据包括以下数据中的至少一个:该压缩机的能量效率比数据;该压缩机的低压启动数据;该压缩机的瓦特数据;该压缩机的最大电流数据;该压缩机的制冷剂流量数据。 [0027] In terms of other features, the manufacturing data includes at least one of the following data: the energy efficiency ratio of the data compressor; start data of the low pressure compressor; W data of the compressor; the maximum current data of the compressor; refrigerant flow data of the compressor. [0028] 为具有非易失性存储器的压缩机提供了一种方法。 [0028] The compressor having a non-volatile memory is provided a method. 该方法包括将与压缩机有关的制造数据存储在非易失性存储器中。 The method comprises the non-volatile memory associated with the compressor manufacturing data storage.

[0029] 在其它特征方面,将与压缩机有关的制造数据存储在非易失性存储器中,包括将制造数据存储在位于抗干扰壳体中嵌入压缩机中或固定到压缩机上的非易失性存储器中。 [0029] In terms of other features, the compressor will store information about the manufacturing data in the nonvolatile memory, including storing the manufacturing data is embedded in the compressor housing located immunity to non-volatile or fixed on the compressor memory.

[0030] 在其它特征方面,将与压缩机有关的制造数据存储在非易失性存储器中,包括将制造数据存储在嵌入连接到压缩机的连接器部件中的非易失性存储器中,该连接器部件允许压缩机内部和外部之间的电连接。 [0030] In terms of other features, the compressor will store information about the manufacturing data in the nonvolatile memory, including the manufacturing data stored in the embedded connector member is connected to the compressor in the non-volatile memory, the connector components allow electric compressor connection between internal and external.

[0031] 在其它特征方面,将与压缩机有关的制造数据存储在非易失性存储器中,包括将制造数据存储在RFID装置中的非易失性存储器中。 [0031] In terms of other features, the compressor will store information about the manufacturing data in the nonvolatile memory, including the manufacturing data stored in the RFID device non-volatile memory.

[0032] 在其它特征方面,存储制造数据包括存储以下数据中的至少一个:压缩机的型号类型数据;压缩机的序列号数据;压缩机的容量数据;压缩机的运行系数数据,其包括与该压缩机相关并用于计算压缩机运行数据的数值常数。 [0032] In terms of other features, including manufacturing data storage data stored in at least one of the following: compressor model type data; serial number data compressor; capacity data compressor; compressor run coefficient data, which includes The compressor and associated data used to calculate the value of the constant operation of the compressor.

[0033] 在其它特征方面,存储制造数据包括存储以下数据中的至少一个:压缩机的物料清单数据;压缩机的制造图数据;压缩机的制造日期数据;压缩机的制造设备数据;压缩机的制造班次数据;压缩机的制造装配线数据;压缩机的检查员数据。 [0033] In terms of other features, including manufacturing data stored in memory at least one of the following data: BOM data compressor; compressor manufacturing drawing data; manufacturing date data compressor; compressor manufacturing equipment data; compressor The manufacturing shift data; manufacturing assembly line data compressor; censor data compressor.

[0034] 在其它特征方面,存储制造数据包括存储以下数据中的至少一个:压缩机的能量效率比数据;压缩机的低压启动数据;压缩机的瓦特数据;压缩机的最大电流数据;压缩机的制冷剂流量数据。 [0034] In terms of other features, including manufacturing data stored in the data storing at least one of the following: compressor energy efficiency ratio data; low start data compressor; w data compressor; the maximum current data of the compressor; compressor The refrigerant flow data.

[0035] 另外,提供了一种方法,其包括通过利用与第二非易失性存储器和运行存储器中的至少一个相关的处理器来访问与压缩机相关的第一非易失性存储器。 [0035] Further, a method is provided, which comprises a non-volatile memory and a second memory operation to at least one processor to access associated with the compressor by use of a first non-volatile memory. 该方法还包括将来自第二非易失性存储器或运行存储器的压缩机数据存储在第一非易失性存储器中,并访问第一非易失性存储器中的压缩机数据来估计压缩机性能。 The method further comprises the compressor from the second non-volatile data storage memory or running the memory in the first non-volatile memory, and accessing the first non-volatile memory of the data compressor to the compressor performance estimate .

[0036] 在其它特征方面,访问第一非易失性存储器,包括访问位于抗干扰壳体中嵌入压缩机中或固定到压缩机上的第一非易失性存储器。 [0036] In terms of other features, the first non-volatile memory access, including access to the embedded compressor housing located in jamming or secured to the first non-volatile memory on the compressor.

[0037] 在其它特征方面,该方法进一步包括通过连接器部件来电连接压缩机的内部和外部,其中访问第一非易失性存储器包括访问嵌入该连接器部件中的第一非易失性存储器。 [0037] In terms of other features, the method further comprises electrically connecting the inside and outside of the compressor through the connector component, wherein accessing comprises accessing the first non-volatile memory embedded in the connector member in a first non-volatile memory .

[0038] 在其它特征方面,访问第一非易失性存储器,包括访问RFID装置中的第一非易失性存储器。 [0038] In terms of other features, the first non-volatile memory access, including access to the RFID device first non-volatile memory.

[0039] 在其它特征方面,存储压缩机数据包括存储以下数据中的至少一个:压缩机型号类型数据;压缩机序列号数据;压缩机容量数据;压缩机运行系数数据,其包括与该压缩机相关并用于计算压缩机运行数据的数值常数。 [0039] In terms of other features, store compressor data includes storing at least one of the following data: compressor model type data; compressor serial number data; compressor capacity data; compressor operating coefficient data comprising the compressed and associated data used to calculate the value of the constant operation of the compressor.

[0040] 在其它特征方面,存储压缩机数据包括存储压缩机运行系数数据,其包括与该压缩机相关的数值常数,该方法进一步包括基于压缩机数值常数来计算压缩机运行数据。 [0040] In terms of other features, the compressor storing data includes storing compressor operating coefficient data comprising a value associated with the compressor constant, the method further comprises a compressor numerical constants calculated based on the compressor operating data.

[0041] 在其它特征方面,存储压缩机数据包括存储以下数据中的至少一个:压缩机物料清单数据;压缩机制造图数据;压缩机制造日期数据;压缩机制造设备数据;压缩机制造班次数据;压缩机制造装配线数据;压缩机检查员数据。 [0041] In terms of other features, data storage compressor includes storing at least one of the following data: BOM data compressor; compressor manufacturing drawing data; compressor manufacturing date data; data compressor manufacturing equipment; compressor manufacturing shift data ; compressor manufacturing assembly line data; compressor censor data.

[0042] 在其它特征方面,存储压缩机数据包括存储以下数据中的至少一个:压缩机能量效率比数据;压缩机低压启动数据;压缩机瓦特数据;最大压缩机电流数据;压缩机制冷剂流量数据。 Compressor refrigerant flow; compressor energy efficiency ratio data; low pressure compressor start data; compressor wattage data; compressor current maximum data: [0042] In terms of other features, the compressor storing data includes storing at least one of the following data data. [0043] 在其它特征方面,存储压缩机数据包括存储以下数据中的至少一个:压缩机安装地点数据;压缩机安装日期数据;压缩机安装者数据;压缩机购买地点数据。 [0043] In terms of other features, the memory stores the following data compressor data includes at least one of: a compressor installation location data; compressor installation date data; compressor installer data; compressor purchase location data.

[0044] 在其它特征方面,存储压缩机数据包括存储以下数据中的至少一个:压缩机修理曰期数据;压缩机修理类型数据;压缩机修理部件数据;压缩机维修技术员数据。 [0044] In terms of other features, the memory stores the following data compressor data includes at least one of: said compressor repair of data; repair compressor type data; compressor repair parts data; data compressor maintenance technician.

[0045] 在其它特征方面,存储压缩机数据包括存储以下数据中的至少一个:吸气压力数据;排气压力数据;吸气温度数据;排气温度数据;电流数据;电压数据;环境温度数据;压缩机马达温度数据;压缩机元件温度数据;压缩机轴承温度数据;油温数据;压缩机控制数据。 [0045] In terms of other features, the compressor data includes storing the following data is stored in at least one of: suction pressure data; discharge pressure data; suction temperature data; exhaust temperature data; current data; voltage data; ambient temperature data ; compressor motor temperature data; compressor element temperature data; compressor bearing temperature data; oil temperature data; compressor control data.

[0046] 在其它特征方面,该方法进一步包括将来自第二非易失性存储器或运行存储器的制冷系统数据存储在第一非易失性存储器中,其中存储制冷系统数据包括存储以下数据中的至少一个:冷凝器温度数据和蒸发器温度数据。 [0046] In terms of other features, the method further comprises the refrigeration system data from the second non-volatile memory storage or memory to run in the first non-volatile memory, which stores refrigeration system data includes storing the following data at least one of: the condenser and the evaporator temperature data of temperature data.

[0047] 在其它特征方面,存储压缩机数据包括存储压缩机故障历史数据。 [0047] In terms of other features, including data storage compressor compressor fault history data storage.

[0048] 另外,为具有包括处理器和第一非易失性存储器的可拆卸模块的压缩机提供了一种性能估计方法。 [0048] Furthermore, comprising a processor having a first non-volatile memory and a removable module provides a compressor performance estimation method. 该方法包括访问存储在与压缩机相关的第二非易失性存储器中的压缩机数据,并估计压缩机数据以确定压缩机性能。 The method includes accessing compressor data stored in the second non-volatile memory associated with the compressor, and to estimate the compressor data to determine compressor performance.

[0049] 在其它特征方面,访问存储在第二非易失性存储器中的压缩机数据,包括访问位于抗干扰壳体中嵌入压缩机中或固定到压缩机上的第二非易失性存储器。 [0049] In terms of other features, access to data stored in the second compressor non-volatile memory, including access to the embedded compressor housing located in jamming or fixed to the second non-volatile memory on the compressor.

[0050] 在其它特征方面,该方法进一步包括通过连接器部件来电连接压缩机的内部和外部,其中访问压缩机数据包括访问嵌入该连接器部件中的第二非易失性存储器。 [0050] In terms of other features, the method further comprises electrically connecting the inside and outside of the compressor through the connector component, wherein the accessing the compressor data includes accessing the connector member is embedded in the second non-volatile memory.

[0051] 在其它特征方面,访问压缩机数据包括访问RFID装置中的第二非易失性存储器。 [0051] In terms of other features, accessing the compressor data includes accessing the second RFID means non-volatile memory.

[0052] 在其它特征方面,访问压缩机数据包括访问以下数据中的至少一个:压缩机型号类型数据;压缩机序列号数据;压缩机容量数据;压缩机运行系数数据,其包括与该压缩机相关并用于计算压缩机运行数据的数值常数。 [0052] In terms of other features, visit compressor data includes accessing at least one of the following data: data model type compressor; compressor serial number data; compressor capacity data; compressor coefficient data including the compression and associated data used to calculate the value of the constant operation of the compressor.

[0053] 在其它特征方面,访问压缩机数据包括访问以下数据中的至少一个:压缩机物料清单数据;压缩机制造图数据;压缩机制造日期数据;压缩机制造设备数据;压缩机制造班次数据;压缩机制造装配线数据;压缩机检查员数据。 [0053] In terms of other features, visit compressor data includes accessing at least one of the following data: BOM data compressor; compressor manufacturing drawing data; compressor manufacturing date data; data compressor manufacturing equipment; compressor manufacturing shift data ; compressor manufacturing assembly line data; compressor censor data.

[0054] 在其它特征方面,访问压缩机数据包括访问以下数据中的至少一个:压缩机能量效率比数据;压缩机低压启动数据;压缩机瓦特数据;最大压缩机电流数据;压缩机制冷剂流量数据。 Compressor refrigerant flow; compressor energy efficiency ratio data; low pressure compressor start data; compressor wattage data; compressor current maximum data: [0054] In terms of other features, accessing the compressor data includes accessing at least one of the following data data.

[0055] 在其它特征方面,访问压缩机数据包括访问以下数据中的至少一个:压缩机安装地点数据;压缩机安装日期数据;压缩机安装者数据;压缩机购买地点数据。 [0055] In terms of other features, visit compressor data includes accessing at least one of the following data: a compressor installation location data; compressor installation date data; compressor installer data; compressor purchase location data.

[0056] 在其它特征方面,访问压缩机数据包括访问以下数据中的至少一个:压缩机修理曰期数据;压缩机修理类型数据;压缩机修理部件数据;压缩机维修技术员数据。 [0056] In terms of other features, visit compressor data includes accessing at least one of the following data: said compressor repair of data; repair compressor type data; compressor repair parts data; data compressor maintenance technician.

[0057] 在其它特征方面,访问压缩机数据包括访问以下数据中的至少一个:吸气压力数据;排气压力数据;吸气温度数据;排气温度数据;电流数据;电压数据;环境温度数据;压缩机马达温度数据;压缩机元件温度数据;压缩机轴承温度数据;油温数据;压缩机控制数据。 [0057] In terms of other features, accessing the compressor data includes accessing at least one of the following data: suction pressure data; discharge pressure data; suction temperature data; exhaust temperature data; current data; voltage data; ambient temperature data ; compressor motor temperature data; compressor element temperature data; compressor bearing temperature data; oil temperature data; compressor control data.

[0058] 在其它特征方面,该方法包括访问来自与压缩机相关的第二非易失性存储器的制冷系统数据,包括访问以下数据中的至少一个:冷凝器温度数据;蒸发器温度数据。 [0058] In terms of other features, the method comprising accessing data from the refrigeration system associated with the compressor of the second non-volatile memory, comprising at least one access to the following data: condenser temperature data; evaporator temperature data. [0059] 在其它特征方面,访问压缩机数据包括访问压缩机故障历史数据。 [0059] In terms of other features, access data including access to the compressor compressor fault history data.

[0060]另外,提供了一种系统,其包括能与多个本地模块通信的远程模块。 [0060] In addition, a system is provided that includes a plurality of local modules can communicate with a remote module. 每个本地模块包括处理器和与该处理器相关的第一非易失性存储器。 Each module includes a processor and a local processor associated with the first non-volatile memory. 处理器与和压缩机相关的第一非易失性存储器和第二非易失性存储器通信。 Processor associated with the compressor and a first non-volatile memory and the second non-volatile memory communication. 远程模块包括从第二非易失性存储器复制的信息的数据库。 Remote module includes a database of information copied from the second non-volatile memory.

[0061] 在其它特征方面,第二非易失性存储器位于抗干扰壳体中,嵌入压缩机中或固定到压缩机上。 [0061] In terms of other features, the second non-volatile memory located in the housing interference, embedded in the compressor or affixed to the compressor.

[0062] 在其它特征方面,系统进一步包括连接到压缩机的连接器部件,以允许压缩机内部和外部之间的电连接,其中第二非易失性存储器被嵌入该连接器部件内。 [0062] In terms of other features, the system further comprises a compressor connected to the connector member to allow the electrical connection between the inside and outside of the compressor, wherein the second non-volatile memory is embedded within the connector member.

[0063] 在其它特征方面,系统进一步包括RFID装置,其包括第二非易失性存储器。 [0063] In terms of other features, the system further comprises a RFID device, which comprises a second non-volatile memory.

[0064] 在其它特征方面,本地模块被选择性地连接到压缩机上。 [0064] In terms of other features, the local module is selectively connected to the compressor.

[0065] 在其它特征方面,本地模块是以下装置中的一个:压缩机保护和控制系统,系统控制器,或手提式计算装置。 [0065] In terms of other features, local module is one of the following devices: compressor protection and control system, the system controller, or a hand-held computing devices.

[0066] 在其它特征方面,本地模块和远程模块通过计算机网络相连。 [0066] In terms of other features, local module and remote module is connected through a computer network.

[0067] 在其它特征方面,压缩机包括连接到该压缩机的连接器部件,以允许压缩机内部和外部之间的电连接,其中第二非易失性存储器被嵌入该连接器部件内。 [0067] In terms of other features, including a compressor connected to the connector member of the compressor to allow the electrical connection between the interior and exterior of the compressor, wherein the second non-volatile memory is embedded within the connector member.

[0068] 在其它特征方面,第二非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机型号类型数据;压缩机序列号数据;压缩机容量数据;压缩机运行系数数据,其包括与该压缩机相关并用于计算压缩机运行数据的数值常数。 [0068] In terms of other features, the second non-volatile memory for storing data comprising at least a compressor characteristic data: compressor model type data; compressor serial number data; compressor capacity data; compressor coefficient data, which includes associated with the compressor and used to calculate compressor operating data values constant. 本地模块将压缩机特性数据传送给远程模块,以将其存储在数据库中。 Local modules will be delivered to the compressor characteristic data remote modules, to be stored in the database.

[0069] 在其它特征方面,第二非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机物料清单数据;压缩机制造图数据;压缩机制造日期数据;压缩机制造设备数据;压缩机制造班次数据;压缩机制造装配线数据;压缩机检查员数据。 [0069] In terms of other features, the second non-volatile memory for storing data comprising at least one compressor characteristic data: compressor BOM data; compressor manufacturing drawing data; compressor manufacturing date data; Compressor Manufacturing Device data; compressor manufacturing shift data; compressor manufacturing assembly line data; compressor censor data. 本地模块将压缩机特性数据传送给远程模块,以将其存储在数据库中。 Local modules will be delivered to the compressor characteristic data remote modules, to be stored in the database.

[0070] 在其它特征方面,第二非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机能量效率比数据;压缩机低压启动数据;压缩机瓦特数据;最大压缩机电流数据;和压缩机制冷剂流量数据。 [0070] In terms of other features, the second non-volatile memory for storing data comprising at least a compressor characteristic data: compressor energy efficiency ratio data; low pressure compressor start data; compressor wattage data; maximum compressor Current data; and a compressor refrigerant flow data. 本地模块将压缩机特性数据传送给远程模块,以将其存储在数据库中。 Local modules will be delivered to the compressor characteristic data remote modules, to be stored in the database.

[0071] 在其它特征方面,第二非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机安装地点数据;压缩机安装日期数据;压缩机安装者数据;压缩机购买地点数据。 [0071] In terms of other features, the second non-volatile memory for storing data comprising at least a compressor characteristic data: compressor installation location data; compressor installation date data; compressor installer data; compressor for later location data. 本地模块将压缩机特性数据传送给远程模块,以将其存储在数据库中。 Local modules will be delivered to the compressor characteristic data remote modules, to be stored in the database.

[0072] 在其它特征方面,第二非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:压缩机修理日期数据;压缩机修理类型数据;压缩机修理部件数据;压缩机维修技术员数据。 [0072] In terms of other features, the second non-volatile memory for storing data comprising at least a compressor characteristic data: compressor repair date data; compressor repair type data; compressor repaired parts data; compressor maintenance Technicians data. 本地模块将压缩机特性数据传送给远程模块,以将其存储在数据库中。 Local modules will be delivered to the compressor characteristic data remote modules, to be stored in the database.

[0073] 在其它特征方面,第二非易失性存储器存储包括以下数据中的至少一个的压缩机特性数据:吸气压力数据;排气压力数据;吸气温度数据;排气温度数据;电流数据;电压数据;环境温度数据;压缩机马达温度数据;压缩机元件温度数据;压缩机轴承温度数据; 油温数据;压缩机控制数据。 [0073] In terms of other features, the second non-volatile memory for storing data comprising at least a compressor characteristic data: suction pressure data; discharge pressure data; suction temperature data; exhaust temperature data; Current data; voltage data; ambient temperature data; compressor motor temperature data; compressor element temperature data; compressor bearing temperature data; oil temperature data; compressor control data. 本地模块将压缩机特性数据传送给远程模块,以将其存储在数据库中。 Local modules will be delivered to the compressor characteristic data remote modules, to be stored in the database. [0074] 在其它特征方面,第二非易失性存储器存储包括以下数据中的至少一个的制冷系统数据:冷凝器温度数据;蒸发器温度数据。 [0074] In terms of other features, the second non-volatile memory for storing data comprising at least one refrigeration system data: condenser temperature data; evaporator temperature data. 本地模块将制冷系统数据传送给远程模块,以将其存储在数据库中。 Local modules will be delivered to the refrigeration system data remote modules, to be stored in the database.

[0075] 在其它特征方面,第二非易失性存储器存储压缩机故障历史数据。 [0075] In terms of other features, the second non-volatile memory stores compressor fault history data. 本地模块将压缩机故障历史数据传送给远程模块,以将其存储在数据库中。 Local modules will be delivered to the compressor fault history data from remote modules, to be stored in the database.

[0076]另外,为与多个本地模块通信的远程模块提供了一种压缩机性能估计方法。 [0076] In addition, a plurality of local modules communicate with the remote module provides a compressor performance estimation method. 该方法包括:为每个本地模块,利用与第二非易失性存储器或运行存储器相关的处理器来访问与压缩机相关的第一非易失性存储器,并将来自第二非易失性存储器或运行存储器的压缩机数据存储在第一非易失性存储器中。 The method comprising: for each local module, use and operation of the second non-volatile memory or processor to access the memory associated with the compressor associated first non-volatile memory, and from the second non-volatile compressor run memory data storage memory or in the first non-volatile memory. 该方法还包括:为远程模块,访问每个第一非易失性存储器中的压缩机数据,将该压缩机数据存储在数据库中,并访问数据库来估计压缩机性倉泛。 The method further comprising: remote module, access to each of the first non-volatile memory of the data compressor, the compressor data stored in the database, and to access the database to estimate the compressor of the cartridge pan.

[0077] 在其它特征方面,访问每个第一非易失性存储器中的压缩机数据包括通过计算机网络连接来访问压缩机数据。 [0077] In terms of other features, access to each of the first non-volatile memory connected to the compressor data includes accessing compressor data via a computer network.

[0078] 在其它特征方面,为远程模块,访问压缩机数据包括访问以下数据中的至少一个: 压缩机型号类型数据;压缩机序列号数据;压缩机容量数据;压缩机运行系数数据,其包括与该压缩机相关并用于计算压缩机运行数据的数值常数。 [0078] In terms of other features, the remote module, access the compressor data includes at least one access to the following data: data model type compressor; compressor serial number data; compressor capacity data; compressor coefficient data, which including associated with the compressor and compressor operating data used to calculate the value of a constant.

[0079] 在其它特征方面,为远程模块,访问压缩机数据包括访问以下数据中的至少一个: 压缩机物料清单数据;压缩机制造图数据;压缩机制造日期数据;压缩机制造设备数据;压缩机制造班次数据;压缩机制造装配线数据;压缩机检查员数据。 [0079] In terms of other features, the remote module, access the compressor data includes at least one access to the following data: BOM data compressor; compressor manufacturing drawing data; compressor manufacturing date data; data compressor manufacturing equipment; Compression machine manufacturing shift data; compressor manufacturing assembly line data; compressor censor data.

[0080] 在其它特征方面,为远程模块,访问压缩机数据包括访问以下数据中的至少一个: 压缩机能量效率比数据;压缩机低压启动数据;压缩机瓦特数据;最大压缩机电流数据;压缩机制冷剂流量数据。 [0080] In terms of other features, the remote module, visit compressor data includes accessing at least one of the following data: compressor energy efficiency ratio data; low-pressure compressor starts data; data compressor watts; maximum compressor current data; compression Mechanism of refrigerant flow data.

[0081] 在其它特征方面,为远程模块,访问压缩机数据包括访问以下数据中的至少一个: 压缩机安装地点数据;压缩机安装日期数据;压缩机安装者数据;压缩机购买地点数据。 [0081] In terms of other features, the remote module, visit compressor data includes accessing at least one of the following data: a compressor installation location data; compressor installation date data; compressor installer data; compressor purchase location data.

[0082] 在其它特征方面,为远程模块,访问压缩机数据包括访问以下数据中的至少一个: 压缩机修理日期数据;压缩机修理类型数据;压缩机修理部件数据;压缩机维修技术员数据。 [0082] In terms of other features, the remote module, visit compressor data includes accessing at least one of the following data: date data compressor repair; repair compressor type data; compressor repair parts data; data compressor maintenance technician.

[0083] 在其它特征方面,为远程模块,访问压缩机数据包括访问以下数据中的至少一个: 吸气压力数据;排气压力数据;吸气温度数据;排气温度数据;电流数据;电压数据;环境温度数据;压缩机马达温度数据;压缩机元件温度数据;压缩机轴承温度数据;油温数据; 压缩机控制数据。 [0083] In terms of other features, for the remote module, the accessing the compressor data includes accessing at least one of the following data: suction pressure data; discharge pressure data; suction temperature data; exhaust temperature data; current data; voltage data ; ambient temperature data; compressor motor temperature data; compressor element temperature data; compressor bearing temperature data; oil temperature data; compressor control data.

[0084] 在其它特征方面,为每个本地模块,该方法进一步包括将来自第二非易失性存储器或运行存储器的制冷系统数据存储在第一非易失性存储器中。 [0084] In terms of other features, for each local module, the method further comprises the refrigeration system data from the second non-volatile memory storage or memory to run in the first non-volatile memory. 为远程模块,该方法进一步包括访问每个第一非易失性存储器中的制冷系统数据,并将该制冷系统数据存储在数据库中。 For the remote module, the method further comprising accessing each of the first non-volatile memory data refrigeration system, refrigeration system and the data stored in the database.

[0085] 在其它特征方面,为远程模块,访问制冷系统数据包括访问冷凝器温度数据和蒸发器温度数据中的至少一个。 [0085] In terms of other features, for the remote module, accessing the refrigeration system data includes accessing at least one condenser temperature data and evaporator temperature data.

[0086] 在其它特征方面,为远程模块,访问压缩机数据包括访问压缩机故障历史数据。 [0086] In terms of other features, the remote module, compressor access data including access to historical data compressor failure.

[0087]另外,提供了一种方法,其包括:为具有非易失性存储器的压缩机提供保修;接收根据保修的申请;检查存储在非易失性存储器中的数据;以及根据检查响应该申请。 [0087] In addition, a method is provided, comprising: a nonvolatile memory having a compressor warranty; receiving an application in accordance with the warranty; data checking is stored in non-volatile memory; and according to the inspection in response to the application.

[0088] 在其它特征方面,检查存储在非易失性存储器中的数据,包括检查位于抗干扰壳体中嵌入压缩机中或固定到压缩机上的非易失性存储器。 [0088] In terms of other features, in non-volatile memory to store data check, including checking situated immunity embedded compressor housing or fixed to the non-volatile memory on the compressor.

[0089] 在其它特征方面,检查存储在非易失性存储器中的数据,包括检查嵌入提供压缩机内部和外部之间的电连接的连接器部件中的非易失性存储器。 [0089] In terms of other features, in non-volatile memory to store data check, including checking the electrical connector provides embedded component compressor connection between the internal and external non-volatile memory.

[0090] 在其它特征方面,检查存储在非易失性存储器中的数据,包括检查RFID装置中的非易失性存储器。 [0090] In terms of other features, in the non-volatile memory to store data check, including checking RFID device nonvolatile memory.

[0091] 在其它特征方面,提供保修包括提供可更换或修理压缩机的条款。 [0091] In terms of other features, including the provision for warranty replacement or repair of the compressor may terms.

[0092] 在其它特征方面,提供保修包括规定压缩机的不当使用。 [0092] In terms of other features, including the provisions of the compressor warranty improper use. 对申请的响应包括根据数据和保修确定压缩机不当使用,并在数据指明压缩机不当使用时拒绝更换或修理压缩机。 Response to the application include the identification of improper use of the compressor, and the data indicates refuse to replace or repair the compressor when the compressor is based on the improper use of data and warranty.

[0093] 在其它特征方面,规定不当使用包括规定压缩机的允许运行范围,其中确定压缩机不当使用包括将数据与允许运行范围进行比较。 [0093] In terms of other features, the improper use of provisions including provisions to allow the compressor operating range, which includes determining the improper use of the compressor and allow the operating range of the data is compared.

[0094] 在其它特征方面,规定允许运行范围包括规定以下范围中的至少一个:制冷剂液位范围,制冷剂压力范围,制冷剂温度范围,电流范围,电压范围,环境温度范围,压缩机马达温度范围,压缩机轴承温度范围,和油温数据范围。 [0094] In terms of other features, including the provisions specified operating range allows at least one of the following areas: the scope of the refrigerant liquid refrigerant pressure range, the refrigerant temperature range, current range, voltage range, ambient temperature range, the compressor motor temperature range, the compressor bearing temperature range, and oil temperature data range.

[0095] 在其它特征方面,提供保修包括规定压缩机的不当使用。 [0095] In terms of other features, including the provisions of the compressor warranty improper use. 对申请的响应包括根据数据和保修确定压缩机不当使用,并在数据没有指明压缩机不当使用时更换或修理压缩机。 Response to the application include the identification of improper use of the compressor based on data and warranty, and the data does not indicate improper use of the compressor replacement or repair of the compressor.

[0096] 在其它特征方面,对申请的响应包括当数据指明压缩机正在工作时,拒绝更换或修理压缩机。 [0096] In terms of other features, including a response to the application when data indicates the compressor is working, the refusal to replace or repair the compressor.

[0097] 在其它特征方面,对申请的响应包括根据检查来确定压缩机故障的原因,并根据确定来修理压缩机。 [0097] In terms of other features, including the response to the application in accordance with checks to determine the cause of compressor failure, and according to the determination to repair the compressor.

[0098] 在其它特征方面,检查数据包括检查以下数据中的至少一个:压缩机型号类型数据;压缩机序列号数据;压缩机容量数据;压缩机运行系数数据,其包括与该压缩机相关并用于计算压缩机运行数据的数值常数。 [0098] In terms of other features, inspection data includes checking at least one of the following data: data model type compressor; compressor serial number data; compressor capacity data; compressor coefficient data, which includes the compressor related and the data used to calculate the value of the constant operation of the compressor.

[0099] 在其它特征方面,检查数据包括检查以下数据中的至少一个:压缩机物料清单数据;压缩机制造图数据;压缩机制造日期数据;压缩机制造设备数据;压缩机制造班次数据;压缩机制造装配线数据;压缩机检查员数据。 [0099] In terms of other features, inspection data includes checking at least one of the following data: BOM data compressor; compressor manufacturing drawing data; compressor manufacturing date data; data compressor manufacturing equipment; compressor manufacturing shift data; compression machine manufacturing assembly line data; compressor censor data.

[0100] 在其它特征方面,检查该数据包括检查以下数据中的至少一个:压缩机能量效率比数据;压缩机低压启动数据;压缩机瓦特数据;最大压缩机电流数据;压缩机制冷剂流量数据。 [0100] In terms of other features, check the data includes examining at least one of the following data: compressor energy efficiency ratio data; low-pressure compressor starts data; data compressor watts; maximum compressor current data; compressor refrigerant flow data .

[0101] 在其它特征方面,检查数据包括检查以下数据中的至少一个:压缩机安装地点数据;压缩机安装日期数据;压缩机安装者数据;压缩机购买地点数据。 [0101] In terms of other features, inspection data includes checking at least one of the following data: a compressor installation location data; compressor installation date data; compressor installer data; compressor purchase location data.

[0102] 在其它特征方面,检查数据包括检查以下数据中的至少一个:压缩机修理日期数据;压缩机修理类型数据;压缩机修理部件数据;压缩机维修技术员数据。 [0102] In terms of other features, inspection data includes checking at least one of the following data: date data compressor repair; repair compressor type data; compressor repair parts data; data compressor maintenance technician.

[0103] 在其它特征方面,检查数据包括检查以下数据中的至少一个:吸气压力数据;排气压力数据;吸气温度数据;排气温度数据;电流数据;电压数据;环境温度数据;压缩机马达温度数据;压缩机元件温度数据;压缩机轴承温度数据;油温数据;压缩机控制数据。 [0103] In terms of other features, including the inspection data checking at least one of the following data: suction pressure data; discharge pressure data; suction temperature data; exhaust temperature data; current data; voltage data; ambient temperature data; Compression machine motor temperature data; compressor element temperature data; compressor bearing temperature data; oil data; compressor control data. [0104] 在其它特征方面,检查数据包括检查以下数据中的至少一个:冷凝器温度数据; 蒸发器温度数据。 [0104] In terms of other features, inspection data includes checking at least one of the following data: condenser temperature data; evaporator temperature data.

[0105] 在其它特征方面,检查数据包括检查压缩机故障历史数据。 [0105] In terms of other features, inspection data including historical data checking compressor failure.

[0106] 另外,提供了一种方法,包括:保修具有非易失性存储器的压缩机;接收修理或更换压缩机的申请;访问存储在非易失性存储器中的数据,以确定压缩机是否被不当使用; 当数据指明压缩机被不当使用时,拒绝修理或更换压缩机的申请;以及当数据指明压缩机没有被不当使用时,更换或修理压缩机。 [0106] Further, there is provided a method comprising: warranty compressor having a non-volatile memory; receiving repair or replace the compressor application; access to data stored in the nonvolatile memory, to determine whether the compressor inappropriate use; when the data indicates the compressor is used improperly refused to repair or replace the compressor application; and when the data indicating the compressor is not used improperly, replace or repair the compressor.

[0107] 在其它特征方面,访问非易失性存储器中的数据,包括访问位于抗干扰壳体中嵌入压缩机中或固定到压缩机上的非易失性存储器。 [0107] In terms of other features, access data in non-volatile memory, including access to the housing is located immunity embedded or affixed to the compressor of the compressor on the non-volatile memory.

[0108] 在其它特征方面,访问非易失性存储器中的数据,包括访问嵌入提供压缩机内部和外部之间的电连接的连接器部件中的非易失性存储器。 [0108] In terms of other features, access data in non-volatile memory, including providing access to embedded electrical connector member connecting between the inside and outside of the compressor in the non-volatile memory.

[0109] 在其它特征方面,访问非易失性存储器中的数据,包括访问RFID装置中的非易失性存储器。 [0109] In terms of other features, access data in non-volatile memory, including access to the RFID device nonvolatile memory.

[0110] 在其它特征方面,保修压缩机包括规定压缩机不当使用。 [0110] In terms of other features, including provisions compressor warranty compressor improper use.

[0111] 在其它特征方面,规定压缩机不当使用包括规定压缩机的允许运行范围。 [0111] In terms of other features, including the provisions specified compressor improper use of the compressor allows the operating range.

[0112] 在其它特征方面,规定该允许运行范围包括规定以下范围中的至少一个:制冷剂液位范围,制冷剂压力范围,制冷剂温度范围,电流范围,电压范围,环境温度范围,压缩机马达温度范围,压缩机轴承温度范围,和油温数据范围。 [0112] In terms of other features, including provisions that allow the operating range of the predetermined at least one of the following areas: the scope of the refrigerant liquid refrigerant pressure range, the refrigerant temperature range, current range, voltage range, ambient temperature range, the compressor motor temperature range, the compressor bearing temperature range, and oil temperature data range.

[0113] 在其它特征方面,访问存储在非易失性存储器中的数据以确定该压缩机是否被不当使用,包括将数据与允许运行范围进行比较,并根据比较来确定压缩机是否被不当使用。 [0113] In other features, the data access data stored in non-volatile memory to determine whether the compressor is improperly used, including the data and allows the operating range compared and used to determine whether the comparison is inappropriate to use the compressor .

[0114] 根据本文提供的说明,其它适用范围将变得显而易见。 [0114] according to the instructions provided herein, other scope will become apparent. 应理解的是,说明和具体实例仅是为了说明的目的而提供的,而不打算用来限制本公开的范围。 It should be understood that the description and specific examples are for illustrative purposes only provided, not intended to limit the scope of the disclosure.

附图说明 Brief Description

[0115] 在此说明的附图仅是为了说明的目的而提供的,无论如何也不打算用来限制本公开的范围。 [0115] drawings described herein are for illustrative purposes only and provided in no way intended to limit the scope of the disclosure.

[0116] 图I是根据本发明的压缩机的透视图; [0116] FIG. I is a perspective view of a compressor according to the present invention;

[0117] 图2是根据本发明的连接到压缩机的保护和控制系统的透视图; [0117] FIG. 2 is a perspective view of the compressor protection and control system according to the present invention is connected to;

[0118] 图3是根据本发明的保护和控制系统以及压缩机存储器系统的分解图; [0118] FIG. 3 is an exploded diagram of protection and control system according to the present invention, a memory system and a compressor;

[0119] 图4是根据本发明的保护和控制系统的处理电路的示意图; [0119] FIG. 4 is a schematic diagram of the processing circuit protection and control system of the present invention;

[0120] 图5是说明用于根据本发明的压缩机存储器系统的数据访问控制算法的流程图; [0120] FIG. 5 is a flowchart illustrating a control algorithm based on the data memory access compressor system of the present invention is used;

[0121] 图6是根据本发明的压缩机信息网络的略图;和 [0121] FIG. 6 is a compressor according to the information network of the present invention sketch; and

[0122] 图7是说明根据本发明的保修管理方法的流程图。 [0122] FIG. 7 is a flowchart illustrating the warranty management method of the present invention.

具体实施方式 DETAILED DESCRIPTION

[0123] 以下说明实际上仅是示例性的,且不打算用来限制本公开、应用或使用。 [0123] The following description is merely exemplary, and not intended to limit the present disclosure, application or use. 应理解的是,在所有附图中,相应的附图标记表示相似或相应的部件和特征。 It should be understood that in all the drawings, corresponding reference numerals indicate like or corresponding parts and features.

[0124] 如在本文中使用的术语模块、控制模块和控制器指的是下述中的一个或更多:专用集成电路(ASIC)、电子电路、执行一个或更多软件或固件程序的(共享、专用或群组)处理器和存储器、组合逻辑电路、或提供所说明的功能的其它适合的部件。 [0124] As used herein, the term module, the control module and the controller refers to one or more of the following: application specific integrated circuits (ASIC), an electronic circuit, execute one or more software or firmware programs ( shared, dedicated, or other suitable member groups) processor and a memory, a combinational logic circuit, or to provide the described functionality. 此外,如在本文中使用的计算机可读介质指的是能够为计算机存储数据的任何介质。 Further, as used herein, computer-readable medium refers to any medium capable of storing computer data. 计算机可读介质可包括但不限于CD-ROM、软盘、磁带、能够存储数据的其它磁介质、存储器、RAM、ROM、PROM、EPROM、 EEPROM、闪存、穿孔卡、双列直插式开关,或能够为计算机存储数据的任何其它介质。 Computer readable media can include but are not limited to, CD-ROM, floppy disk, magnetic tape, other magnetic medium can be, memory, RAM, ROM, PROM, EPROM, EEPROM, flash memory, punch cards for storing data, DIP switches, or any other medium that a computer can store data.

[0125] 保护和控制系统可监视由压缩机或制冷系统传感器产生的运行信号,并确定压缩机或制冷系统运行数据。 [0125] protection and control system can monitor the operation of the signal from the compressor or refrigeration system produced by the sensor, and to determine the compressor or refrigeration system operating data. 该保护和控制系统可以属于在2005年2月16日提交的公开号为2005/0235660的受让人共同所有的美国专利申请第11/059,646号中公开的类型,将此申请的公开引用在此作为参考。 The protection and control system can belong in Publication No. 16 February 2005 filed 2005/0235660 assignee common to all types of U.S. Patent Application No. 11 / 059,646 disclosed, this disclosure of which is incorporated herein as a reference. 然而,应理解的是,可使用其它适合的系统。 However, it should be understood that other suitable systems may be used.

[0126] 保护和控制系统可以和压缩机之间有通信连接,并可被物理地安装在压缩机上, 但可从压缩机分离。 [0126] protection and control systems can have a communication connection between the compressor and can be physically installed on the compressor, but may be separated from the compressor. 保护和控制系统可物理地从压缩机分离,以致于保护和控制系统可从压缩机拆下或分离。 Protection and control systems may be physically separated from the compressor, so that can be removed or separated from the protection and control system compressor. 例如,可更换或修理保护和控制系统,然后将其重新安装到压缩机上。 For example, you can replace or repair the protection and control system, and then re-installed on the compressor.

[0127] 保护和控制系统可监视压缩机和/或制冷系统的运转。 [0127] protection and control systems can monitor the operation of the compressor and / or cooling system. 例如,保护和控制系统可确定压缩机的运行模式,并可通过在条件不利时限制运转来保护压缩机。 For example, protection and control systems can determine the operating mode of the compressor, and by limiting the operation in unfavorable conditions to protect the compressor. 此外,保护和控制系统可确定是否已发生压缩机或制冷系统故障。 In addition, the protection and control system may determine whether the compressor or cooling system failure has occurred.

[0128] 通过参照附图I至4,压缩机10可包括顶部具有焊接或栓接的帽14且底部具有焊接或栓接的座16的总体为圆柱状的密封或半密封壳体12。 [0128] By referring to the figures I to 4, the compressor 10 may include a top having a welded or bolted at the bottom of the cap 14 and welded or bolted with the seat 16 is generally cylindrical housing 12 sealed or semi-sealed. 可将帽14和座16装到壳体12 上,以便限定压缩机10的内部体积18。 The cap 14 can be attached to the seat 16 and the housing 12 so as to define an internal volume 10 of the compressor 18. 帽14可配备有排出管接头20,而壳体12可类似地配备有总体布置在帽14和座16之间的吸入管接头22。 Cap 14 may be provided with a discharge pipe fitting 20, and the housing 12 may be similarly equipped with a general arrangement between the cap 14 and the housing 16 of the suction tube fitting 22. 可将具有接线盒盖32的接线盒30 连接到壳体12上。 The cover 32 may have a wiring junction box 30 is connected to the housing 12.

[0129] 接线盒30可各纳保护和控制系统34。 [0129] junction box 30 may each be satisfied that the protection and control system 34. 保护和控制系统34可具有保护和控制系统壳体36与具有处理电路42的集成电路(IC)40。 Protection and control system 34 may have 36 integrated protection and control system housing 42 having a processing circuit (IC) 40. 保护和控制系统34可以是模块,并可包括处理电路42,该处理电路42可包括诸如处理器39的数据处理装置。 Protection and control system 34 may be a module, and may include processing circuitry 42, the processing circuit 42 may include a data processing means such as a processor 39. 处理器39可以是中央处理单元(CPU)或微处理器。 Processor 39 may be a central processing unit (CPU) or a microprocessor. 处理电路42还可包括随机存取存储器(RAM)41和诸如只读存储器(R0M)43的非易失性存储器。 Processing circuitry 42 may also include a random access memory (RAM) 41 and read only memory such as a (R0M) 43 is a nonvolatile memory. 可选地,数据处理装置可通过专用集成电路(ASIC)、电子电路、组合逻辑电路或可提供所说明的功能的其它适合的部件来实现。 Alternatively, the data processing apparatus by ASIC (ASIC), an electronic circuit other suitable means, a combinational logic circuit, or may provide the function described is achieved.

[0130] 保护和控制系统34可根据存储在ROM 43中的运行程序来运转,以按照本文说明的方式运行。 [0130] protection and control system 34 can be run in accordance with a program stored in the ROM 43 to run, to run in the manner described herein. RAM 41可在保护和控制系统34运转期间用作运行存储器。 RAM 41 can be used during operation of the protection and control system 34 is used to run the memory. 处理器39可访问RAM 41 和ROM 43 二者。 Processor 39 can access RAM 41 and ROM 43 both.

[0131] 保护和控制系统壳体36可包括壳体面部和壳体背部。 [0131] protection and control system housing 36 may include a housing portion and a housing back. 保护和控制系统34可由密封连接器部件44接合,该密封连接器部件44可位于接线盒30内且固定地连接到压缩机壳体12上。 Protection and control system 34 may be a connector member 44 engages the seal, the seal connector member 44 may be located within the terminal box 30 and is fixedly connected to the compressor housing 12. 密封连接器部件44可维持压缩机10的密封性,同时允许电力通过电力引入线47 输送到压缩机马达(未画出),如下面更详细讨论的那样。 Sealing the connector sealing member 44 can be maintained in the compressor 10, while allowing the power through the power delivered to the inlet 47 of the compressor motor (not shown), as discussed in more detail below as. 可利用两个可被焊接或以其它方式固定连接到壳体12的栓钉49,将保护和控制系统34安装到壳体12上。 Can use two may be welded or otherwise fixedly connected to the housing 49 of the peg 12, the protection and control system 34 mounted to the housing 12.

[0132] 嵌入存储器系统45可包括嵌入压缩机10内的非易失性存储器46。 [0132] System 45 may include embedded memory embedded non-volatile memory 10 within the compressor 46. 具体而言,可将非易失性存储器46嵌入密封连接器部件44内。 Specifically, the nonvolatile memory 46 may be embedded within the seal member 44 connector. 存储器系统45可包括与非易失性存储器46连接的存储器连接器48。 The memory system 45 may include a non-volatile memory 46 is connected with a memory connector 48. 非易失性存储器46可包含压缩机特性数据,该压缩机特性数据包括例如与压缩机型号、类型和容量相对应的数值常数。 Non-volatile memory 46 may include a compressor characteristic data, the characteristic data includes, for example compressor with the compressor model, type, and constant value corresponding to the capacity. 换言之,可将某种压缩机产品系列或识别信息存储在非易失性存储器46中。 In other words, the compressor 46 in some product lines or identification information stored in nonvolatile memory.

[0133] 非易失性存储器46在压缩机10的整个工作寿命期间,可保留在连接到压缩机10上或嵌入压缩机10内的密封连接器部件44内。 [0133] non-volatile memory 46 during the entire working life of the compressor 10 can be retained within the compressor 10 is connected to or embedded in the seal connector member 10 within the compressor 44. 这样,不管是将压缩机移到不同的地点,将其返回给制造商修理,还是与不同的保护和控制系统一起来使用,压缩机特性数据都能以存储在非易失性存储器46中的方式伴随压缩机10。 Thus, whether the compressor to a different location, will be returned to the manufacturer to repair it, or with different protection and control systems together using a compressor characteristic data can be stored in the nonvolatile memory 46 the compressor 10 along the way.

[0134] 可选地,非易失性存储器46可位于压缩机10内或压缩机10上其它位置的抗干扰壳体内。 [0134] Alternatively, the nonvolatile memory 46 may be located within the compressor 10 or another location on the compressor housing 10 interference. 例如,非易失性存储器46可位于嵌入接线盒30或接线盒盖32内、或者连接到接线盒30或接线盒盖32上的抗干扰壳体内。 For example, non-volatile memory 46 may be embedded in the junction box located in the junction box cover 30 or 32, or 30 is connected to the junction box or the junction box cover on the immunity of the housing 32. 另外,非易失性存储器46可嵌入压缩机壳体12 内,或位于压缩机10的内部体积18内。 Further, the nonvolatile memory 46 may be embedded within the compressor housing 12, or within the interior volume 18 of the compressor 10. 非易失性存储器46可位于用户、顾客、修理人员或技术员通常难以接近的任何适合的位置。 Nonvolatile memory 46 may be located in the user, customer, or a technician to repair personnel generally inaccessible any suitable location. 抗干扰壳体可包括固定、粘接或以其它方式连接到压缩机10的密封壳体,且被配置成以不可接近并且保护性的方式容纳非易失性存储器。 Interference may include a housing fixed, bonded or otherwise connected to the hermetic shell of the compressor 10, and is configured to the inaccessible and protective housed nonvolatile memory. 另外,非易失性存储器46可在处理电路42上而位于保护和控制系统34内。 The nonvolatile memory 46 may be in the processing circuit 42 located within the protection and control system 34.

[0135] 非易失性存储器46可铸模在如以下部件的压缩机部件中:密封连接器部件44、接线盒30、接线盒盖32、或用于以隔离或抗干扰的方式维持非易失性存储器46的其它适合的部件。 [0135] non-volatile memory 46 may be molded in as part of the following components of the compressor: sealed connector member 44, the junction box 30, the junction box cover 32, or for a way to isolate or interference maintain nonvolatile Other suitable memory member 46. 这样,非易失性存储器46可在压缩机10的工作寿命期间伴随压缩机10。 Thus, the nonvolatile memory 46 may be associated with the compressor 10 during the working life of the compressor 10.

[0136] 密封连接器部件44可配置有与非易失性存储器46通信的存储器连接器48。 [0136] sealed connector member 44 and 46 may be configured to communicate with the non-volatile memory of the memory connector 48. 这样,可通过存储器连接器48读取或写入非易失性存储器46。 This can be read or written in the nonvolatile memory 46 through the memory connector 48. 如图3所示,存储器连接器48 可包括八针连接器。 As shown in Figure 3, the memory connector 48 may include eight-pin connector. 然而,可使用具有更多或更少针的其它连接器配置。 However, it can be used with more or less the other connector pin configuration. 此外,可使用其它类型的连接器来提供与非易失性存储器46的接口。 In addition, you can use other types of connectors to provide an interface with the nonvolatile memory 46. 例如,可与非易失性存储器46建立串行数据连接。 For example, the nonvolatile memory 46 a serial data connection. 另外,可使用诸如RFID装置的无线装置与非易失性存储器46通信。 Further, the radio communication apparatus 46 may be used with non-volatile memory device such as an RFID.

[0137] 例如,非易失性存储器46可以是2千字节或4千字节可擦除可编程只读存储器(EPROM)芯片或电可擦除可编程只读存储器(EEPROM)芯片。 [0137] For example, the nonvolatile memory 46 may be 2 kilobytes or 4 kilobyte erasable programmable read-only memory (EPROM) chip or an electrically erasable programmable read-only memory (EEPROM) chips. 可使用其它类型和其它大小的存储器装置,包括闪存、磁介质、光介质、或其它适合存储数据的非易失性存储器。 You can use other types of memory devices, and other sizes, including flash memory, magnetic media, optical media, or other suitable non-volatile memory for storing data. 另外,可使用RFID装置。 In addition, the RFID device may be used. 该RFID装置可包括非易失性存储器,并可无线传送数据。 The RFID device may include a non-volatile memory, and the wireless transmission of data. 如果使用RFID 装置,则存储器连接器48可以是允许与RFID装置通信的无线数据通信装置。 If a RFID device, the memory connector 48 may be allowed to communicate with the RFID device wireless data communication apparatus.

[0138] 如在本文中使用的非易失性存储器是指这样的存储器,当不再向其供电时,仍保持其中的数据内容,如EPROM或EEPR0M。 [0138] As used herein, refers to non-volatile memory is a memory, when its power supply is no longer the time, remains one of the data content, such as EPROM or EEPR0M. 另外,非易失性存储器可包括配置有独立电源来保持数据的传统的易失性存储器。 Further, nonvolatile memory can include configuring a separate power supply to keep the data of a conventional volatile memory. 例如,可在具有诸如预计电池寿命大于压缩机10的预计工作寿命的电池的独立电源的情况下,使用随机存取存储器(RAM)并将其嵌入压缩机10内。 For example, such can be expected to have a battery life of the compressor 10 is greater than the expected service life of the battery case of the independent power supply, random access memory (RAM) 10 and embedded in the compressor.

[0139] IC 40可配置有IC连接器50,以便在将保护和控制系统34连接到密封连接器部件44时,IC连接器50可由存储器连接器48接合。 [0139] IC 40 may be configured with IC connector 50, so that the protection and control system 34 to 44, IC will the connector 50 may be a memory connector 48 engages the seal connector components. 这样,非易失性存储器46可通过IC连接器50和存储器连接器48与处理电路42通信。 Thus, the nonvolatile memory 46 through the communication IC 42 connector 50 and the memory 48 and the processing circuit connector. 处理电路42可读取或写入非易失性存储器46。 Processing circuit 42 can be read or written into the nonvolatile memory 46.

[0140] 非易失性存储器46可从存储器连接器48与保护和控制系统34或其它连接到存储器连接器48的装置接收电能。 [0140] non-volatile memory 46 memory connector 48 and the protection and control system 34 or other connector is connected to the memory means for receiving power from the 48's. 这样,非易失性存储器46可以不需要独立的电源。 Thus, the nonvolatile memory 46 may not require a separate power supply.

[0141] 密封连接器部件44可配置有三个电连接到诸如压缩机马达(未画出)的内部压缩机部件的电力引入线47。 [0141] sealing connector member 44 may be configured with three electrical internal compressor components such as a compressor is connected to a motor (not shown) of the power line 47 is introduced. 可通过由接线盒30接收的电源线52,将三相电力输送给压缩机10。 Can be received by the junction box 30 power line 52, the three-phase power supplied to the compressor 10. 可通过壳体36表面上的孔37,将电源线52连接到三个导电接线柱54的端梢上。 May 37, the power cord 52 is connected to three conductive terminals 54 on the tip end through the hole on the surface of the housing 36. 密封连接器部件44可接收三个导电接线柱54。 Sealed connector member 44 can receive three conductive terminals 54. 可将三个导电接线柱54中的每个连接到由电源线52输送的三相电源的各相。 Three conductive terminal 54 may be connected to the power supply line 52 by a three-phase power delivered to each individual phase. 在安装时,可弯曲电力引入线47,以便每个电力引入线中的孔可接收三个导电接线柱54中的一个。 When installed, the power inlet 47 may be curved, so that each power line is introduced in the three conductive terminal receiving holes 54 a. 这样,可将电力引入线47电连接到导电接线柱54,并可将三相电源从电源线52输送给压缩机10。 Thus, electric power can be introduced into the line 47 is connected to the conductive terminal 54, and the three-phase power delivery from the power line 52 to the compressor 10.

[0142] 虽然说明了将三相电源输送给压缩机10,但作为选择,压缩机10也可接收单相电源。 [0142] Although the description of the three-phase power supplied to the compressor 10, but alternatively, the compressor 10 can also receive a single-phase power supply. 此外,可使用任何用于将电源输送给压缩机10的系统。 In addition, you can use any for supplying power to the compressor system 10.

[0143] 还可通过导电接线柱54中的至少一个,将电能输送给IC 40和处理电路42。 [0143] but also by at least one conductive terminal 54, the electrical energy supplied to the IC 40 and the processing circuit 42. 虽然可通过三相电源给压缩机10供电,但可通过来自导电接线柱54中的一个的单相电源,给IC 40和处理电路42供电。 Although it can give the compressor 10 through the three-phase power supply, but can be a single-phase power supply from a conductive terminal 54, and to the IC 40 and the processing circuit 42 supply.

[0144] 处理电路42可接收由压缩机或制冷系统传感器产生的各种运行信号。 [0144] The processing circuit 42 may receive various signals from the compressor is running or cooling system sensor. 处理电路42可确定或导出压缩机或制冷系统运行数据。 Processing circuitry 42 may determine or export compressor or refrigeration system operating data. 电流传感器56可位于IC 40上,并可产生与压缩机10吸取的电流量相对应的电流信号。 Current sensor 56 may be located on the IC 40, the compressor 10 and drawn to produce the amount of current corresponding to a current signal. 处理电路42可监视由电流传感器56产生的电流信号。 Processing circuit 42 monitors the current signal generated by the current sensor 56. 通常,由压缩机吸取的电流的级别对应于压缩机上的当前负载。 In general, the level of the current drawn by the compressor corresponding to the current load on the compressor. 通常,由压缩机10吸取的电流随该压缩机10上的当前负载的增加而增加。 In general, the current drawn by the compressor 10 of the compressor with the increase on the current load of 10 increases.

[0145] 附加的压缩机传感器可位于压缩机壳体12内。 [0145] Additional compressor sensor 12 may be located within the compressor housing. 这种内部压缩机传感器可包括马达温度传感器,排出管温度传感器,吸气压力传感器等等。 Such sensors may include a motor inside the compressor temperature sensor, the discharge pipe temperature sensor, suction pressure sensor and the like. 另一个密封连接器部件58可固定地连接到压缩机壳体12,并配置有连接到各个内部压缩机传感器的导电接线端60。 Another connector sealing member 58 may be fixedly connected to the compressor housing 12, and is disposed inside the compressor connected to the respective conductive terminals 60 of the sensor. 处理电路42可接收由内部压缩机传感器产生的运行信号。 Processing circuitry 42 may receive a signal from the operation of the compressor sensor. 处理电路42还可接收来自附加系统或压缩机10外部的压缩机传感器的附加的运行信号。 Processing circuit 42 may also receive additional run signal from the additional sensor system compressor or a compressor 10 outside of. 基于各种运行信号,处理电路42可确定压缩机10的运行模式,并可产生压缩机或系统故障警报。 Based on a variety of operating signal processing circuit 42 may determine the operating mode of the compressor 10, and can cause the compressor or system failure alerts.

[0146] 保护和控制系统34可配置有通过壳体36表面中的孔63连接到处理电路42的通信终端62。 [0146] protection and control system 34 may be configured with a communication terminal connected to the processing circuit 42, 62 by 36 holes in the surface of the housing 63. 可将通信终端62连接到许多网络/通信装置。 Communication terminal 62 can connect to many network / communication device. 如在下面以及在2005年2月16日提交的公开号为2005/0235660的受让人共同所有的美国专利申请第11/059,646号中更详细说明的那样,通信终端62能被连接到手提式计算装置、系统控制器或其它适合的通信/网络装置并与之通信。 As disclosed in the following and number in the February 16, 2005 filed 2005/0235660 No. 059,646 of common assignee 11 / as a more detailed description of all US patent applications, the communication terminal 62 can be connected to hand-held computing device, a system controller or other communication / network and communicate with a suitable means.

[0147] 现参照图5,其示出了说明用于存储器系统45的数据访问控制算法的流程图。 [0147] Referring now to Figure 5, there is shown a flow diagram illustrating a data access system memory 45 of the control algorithm. 在正常运转之前,在组合步骤98中,可将包括压缩机特性数据的初始化数据载入存储器系统45。 Prior to normal operation, in combination step 98, it can include initialization data compressor characteristic data loaded into the memory system 45. 当压缩机10最初被组装且配置有存储器系统45时,例如,在步骤100中压缩机制造商可将压缩机特性数据载入存储器系统45。 When the compressor 10 is initially assembled and configured with a memory system 45 is, for example, the compressor characteristic data loaded into memory system 45 in step 100 compressor manufacturer. 压缩机特性数据可包括与和存储器系统45相关的特定压缩机10有关的制造数据。 Compressor characteristic data and a memory system may include 45 related to specific compressor 10 associated manufacturing data.

[0148] 例如,初始化数据可包括压缩机型号、序列号和容量大小。 [0148] For example, the initialization data may include a compressor model, serial number and capacity size. 还可将物料清单(即, 压缩机所有单个部件的零件号的列表)载入存储器系统45。 Also the BOM (ie, a list of all the individual components of the compressor part number) is loaded into the memory system 45. 还可载入制造图或在装配压缩机10时执行的操作顺序。 But also included a manufacturing operation sequence diagram or assembly performed in the compressor 10. 还可载入关于日期、班次(shift)、设备、装配线以及制造和检查压缩机10的检查员的数据。 Inspectors can also load the data on the date, shift (shift), equipment, assembly lines and manufacturing and inspection of the compressor 10.

[0149] 压缩机特性数据还可包括由压缩机制造商载入存储器系统45中的测试数据信息。 [0149] compressor characteristic data may also include a compressor manufacturer loaded into the memory system 45 test data. 测试数据可包括能量效率比,其使压缩机的BTU/Hr与瓦特表示的输入功率相关。 Test data may include energy efficiency ratio, which causes the compressor BTU / Hr and watts input power related. 测试数据还可包括低压启动数,其代表压缩机10可启动的最低线电压。 Test data can also include low start number, which represents the minimum compressor 10 to start the line voltage. 测试数据还可包括与可输入给压缩机10的电功率有关的瓦特数。 Test data may also include the wattage and electrical power can be input to the compressor 10 related. 测试数据还可包括压缩机10在最大负载下吸取的最大电流。 Test data may also include a maximum current at maximum load compressor 10 lessons. 测试数据还可包括在给定测试条件下制冷剂的流量。 Test data may also include a flow test conditions given refrigerant.

[0150] 压缩机特性数据还可包括压缩机运行系数数据。 [0150] compressor characteristic data may also include a compressor run coefficient data. 各个压缩机10与某些压缩机特定数值常数相关,这些压缩机特定数值常数由保护和控制系统34在进行某些计算和确定运行数据时使用。 Each compressor 10 and some specific numerical constants associated compressor, these compressors use specific numeric constant protection and control system 34 performing certain calculations and determinations by the operating data. 例如,如在2005年2月16日提交的公开号为2005/0235660的受让人共同所有的美国专利申请第11/059,646号中公开的那样,保护和控制系统34可使用压缩机特定数值常数来计算关于其它制冷系统部件的数据。 For example, as described in Publication No. 16 February 2005 filed 2005/0235660 assignee commonly owned U.S. Patent Application Serial No. 11 / 059,646, as disclosed in the protection and control system 34 may use a particular compressor Numerical constants to calculate data on other cooling system components.

[0151] 例如,保护和控制系统34可基于以下公式来确定冷凝器温度或蒸发器温度: [0151] For example, the protection and control system 34 may be determined based on the following formula temperature of the condenser or evaporator temperature:

[0152] (I) P = C0 +(C1 ^ Tcond)+ (C2 ^ Tevap)+ (C3 XT^ond) + (C4 x Tcond y-Tevap) [0152] (I) P = C0 + (C1 ^ Tcond) + (C2 ^ Tevap) + (C3 XT ^ ond) + (C4 x Tcond y-Tevap)

[0153] + (C5 XT^vap ) + (C6 XT^ond ) + (C7 X Tevap x T^ond ) + (C8 x Tcond x T^vap ) [0153] + (C5 XT ^ vap) + (C6 XT ^ ond) + (C7 X Tevap x T ^ ond) + (C8 x Tcond x T ^ vap)

[0154] +(C9XT3evap) [0154] + (C9XT3evap)

[0155] 其中P是压缩机功率,Tcond是冷凝器温度,Tevap是蒸发器温度,且Ctl至C9是特定压缩机型号和容量大小所特有的常数。 [0155] where P is the compressor power, Tcond condenser temperature, Tevap evaporator temperature, and Ctl to C9 are particular compressor type and capacity size-specific constants.

[0156] 同样地,保护和控制系统可根据以下等式来确定压缩机容量: [0156] Similarly, the protection and control system compressor capacity may be determined according to the following equation:

[0157] (2) X = Υ0+{Υλχ Tcond ) + (T2 X Tevap ) + (73 x T^ond ) + (Γ4 x Tcond x Tevap ) [0157] (2) X = Υ0 + {Υλ χ Tcond) + (T2 X Tevap) + (73 x T ^ ond) + (Γ4 x Tcond x Tevap)

[0158] + (75 X Τ^.νΑΡ ) + (Γ6 X TJond ) + (Υίχ Tevap χ T^ond ) + (7s χ Tcond χ T^vap ) [0158] + (75 X Τ ^ .νΑΡ) + (Γ6 X TJond) + (Υίχ Tevap χ T ^ ond) + (7s χ Tcond χ T ^ vap)

[0159] +(Y9^T3evap) [0159] + (Y9 ^ T3evap)

[0160] 其中X是压缩机容量,Tcond是冷凝器温度,Tevap是蒸发器温度,且Ytl至Y9是特定压缩机型号和大小所特有的常数。 [0160] where X is the compressor capacity, Tcond condenser temperature, Tevap evaporator temperature and Ytl to Y9 specific compressor type and size-specific constants.

[0161] 传统上由压缩机制造商发布且在安装压缩机时被现场载入保护和控制系统34中的数值常数Ctl至C9和Y0至Y9,可由压缩机制造商在制造压缩机10时预先载入存储器系统45的非易失性存储器46中。 [0161] Traditionally issued by compressor manufacturers and was the scene at the time of installation of the compressor load protection and control system 34 numeric constants Ctl to C9 and Y0 to Y9, by compressor manufacturers at 10:00 previously manufactured compressor Loading the memory system 45 in the nonvolatile memory 46. 这样,将压缩机特性数据载入存储器系统45中,从而减小在现场安装者身上的安装负担,并使安装错误的几率最小化。 Thus, the compressor characteristic data loaded into the memory system 45, thereby reducing the burden on site installation installer body, and minimize the chance of installation errors.

[0162] 与连接到压缩机的特定制冷系统有关的信息,可在步骤102中由系统制造商载入存储器系统45中。 [0162] connected to the compressor of a refrigeration system specific information related to the memory system can be loaded by the system manufacturer in step 102. 45. 例如,制冷系统制造商可接收配置有已由压缩机制造商载入了压缩机特性信息的存储器系统45的压缩机10。 For example, the refrigeration system manufacturers may receive the configuration has been loaded compressor manufacturers compressor characteristic information storage system 45 compressor 10. 制冷系统制造商然后可使用压缩机10作为具有例如蒸发器或冷凝器的制冷系统中的部件。 Refrigeration system manufacturer may then be used as the compressor 10 such as an evaporator or a condenser having refrigeration system components. 制冷系统制造商可将诸如用于如蒸发器和冷凝器的系统部件的部件型号和序列号信息的制冷系统信息,载入存储器系统45中。 Refrigeration system manufacturers can be used as a refrigeration system information such as part number and serial number of the evaporator and condenser system components, loaded into the memory system 45.

[0163] 安装数据可在步骤104中由安装者在现场安装压缩机时载入存储器系统45中。 [0163] mounting data can be loaded into memory when the system 45 is installed at the scene by the installation of the compressor in step 104. 如上所述,存储器系统45配置有存储器连接器48。 As described above, the memory system 45 is configured with a memory connector 48. 存储器系统45可现场由安装者通过直接连接到存储器连接器48的手提式装置来访问。 The memory system 45 may be on-site by the installer by connecting directly to memory connector portable device 48 to visit. 可选地,可在安装了保护和控制系统34之后访问存储器系统45。 Alternatively, the protection and control systems installed after 34 accessible memory system 45. 在这种情况下,安装者可通过连接到保护和控制系统34的通信终端62的手提式装置来访问存储器系统45。 In this case, the installer can be connected to the protection and control system 34 portable communication terminal device 62 to access the memory system 45. 这样,存储器系统45可由手提式装置通过通信终端62、处理电路42、IC连接器50和存储器连接器48来访问。 Thus, the memory system 45 by the portable terminal 62 via the communication means, the processing circuit 42, IC memory connector 50 and the connector 48 to access. 类似地,存储器系统45可由连接到保护和控制系统34的通信终端62的其它装置访问。 Similarly, the memory system 45 may be connected to the protection and control system communication terminal 34 other devices to access 62.

[0164] 载入存储器系统45中的安装数据可包括安装地点、安装日期、安装者姓名和从哪个经销商购买了压缩机10。 [0164] Load memory installation data 45 may include a mounting location, installation date, installer name and purchase a compressor 10 from which the dealer. 另外,在安装之后,如果压缩机10曾被维修过,则可在那时以同样的方式将诸如维修说明和更换零件的列表的维修信息载入存储器系统45中。 In addition, after installation, if the compressor 10 has been repaired, you can at that time in the same manner as repair information repair instructions and replacement parts list loaded into the memory system 45.

[0165] 继续参照图5,一旦已在现场安装了压缩机10,压缩机10就可在组合步骤106中进入正常运转。 [0165] Continuing to refer to FIG. 5, once it has been installed at the site of the compressor 10, the compressor 10 can enter normal operation in the combining step 106. 正常运转循环一般如组合步骤106中所示。 The combination of the normal operation cycle generally shown in step 106. 在正常运转106期间,在步骤108中压缩机10可执行运行功能。 106 during the normal operation, the compressor 10 perform the function in step 108 to run. 在正常运转期间,保护和控制系统34可监视由压缩机或制冷系统传感器产生的运行信号,并可产生压缩机或制冷系统运行数据。 During normal operation, the protection and control system 34 can monitor the operation of the compressor or cooling signal generated by the sensor system, and can cause the compressor or refrigeration system operating data. 保护和控制系统34可确定压缩机10的运行模式,并可确定是否已发生压缩机或制冷系统故障。 Protection and control system 34 can determine the operating mode of the compressor 10, and to determine whether the compressor or cooling system failure has occurred.

[0166] 在正常运转期间,保护和控制系统34可在步骤110中将运行数据写入存储器系统45中。 [0166] During normal operation, the protection and control system 34 can be written into the memory system data in step 110 will run 45. 在使用2千字节或4千字节EEPROM的存储器系统45中,可将最近2至3分钟运行的运行数据存储在存储器系统45中。 45 use 2 kilobytes or 4 kilobytes of EEPROM memory system, the memory can be run in a data storage system 45 recent 2-3 minutes is running. 如果使用具有更大量存储器的存储器系统45,则可存储更长周期的运行数据。 If you use the memory system has a greater amount of memory 45, you can run the data stored for longer periods. 当为存储运行数据而分配的存储器写满时,保护和控制系统34可先覆盖最早的运行数据而写入数据。 When data is stored in the memory allocated to run full, protection and control system 34 may be covered with the first operational data and write data. 另外,保护和控制系统34可把为存储运行数据的存储器分成离散的段。 In addition, the protection and control system 34 can be divided into discrete segments of the memory to store the operating data. 当分配的存储器写满时,可擦除最早的段并重新写入更新的运行数据。 When the allocated memory is full, erase and rewrite the first paragraph to update the operating data.

[0167] 写入存储器系统45的运行数据可包括由压缩机、制冷系统或保护和控制系统34 监视或产生的任意数目的预定信号和参数。 [0167] written in the memory system performance data 45 may include 34 monitors the compressor, refrigeration system or the protection and control system or generate any number of predetermined signals and parameters. 例如,运行数据可包括与吸取的电流、压缩机电压、环境温度、排出管温度、吸入管温度、压缩机马达绕组温度、压缩元件温度、轴承温度、油温、排出管压力、吸入管压力等等有关的数据。 For example, operating data may include current drawn, the compressor voltage, ambient temperature, temperature of the discharge pipe, suction pipe temperature, compressor motor winding temperature, the compression element temperature, bearing temperature, oil temperature, pressure discharge pipe, suction pipe pressure and other relevant data. 运行数据还可包括诸如冷凝器温度和蒸发器温度的制冷系统数据。 Cooling system operational data may also include data such as condenser temperature and the evaporator temperature. 运行数据还可包括制冷系统通信输入,诸如冷却或加热的制冷系统呼叫,除霜命令,等等。 Cooling system operational data may also include a communication input, such as a cooling or heating cooling system call, the defrosting command, and the like.

[0168] 还可将故障历史数据存储在存储器系统45中。 [0168] may also be in the memory system fault history data storage 45. 在步骤112中保护和控制系统34 可确定是否已发生压缩机10或系统故障。 Protection and control system 34 may determine whether the compressor 10 or system failure has occurred in step 112. 当发生故障时,在步骤114中保护和控制系统34 可更新存储器系统45中的故障历史数据。 When a failure occurs, in step 114 the protection and control system 34 may update the memory system 45 fault history data. 故障历史数据可包括与最新故障的日期、时间和类型有关的信息。 Fault history data may include information about the date of the latest failure, time and type related. 例如,可将七天的故障历史存储在存储器系统45中。 For example, the fault history stored in the memory system 45 in seven days. 可将与最新故障有关的信息(诸如最新故障的压缩机马达温度,最新故障的电压或电流,最新故障的油位,最新故障的循环数等等)存储在存储器系统45中。 The fault may be associated with the latest information (such as a failure of the latest compressor motor temperature, voltage or current latest failure, the oil level in the latest failure, the latest failure of the number of cycles, etc.) is stored in the memory 45 in the system.

[0169] 在步骤116中,保护和控制系统34可确定连接到通信终端62的装置是否作出了对存储器系统数据的请求。 [0169] In step 116, the protection and control system 34 is connected to the device may determine whether the communication terminal 62 has made a request to the memory system data. 当装置通过通信终端62请求存储器系统45的数据时,在步骤118中保护和控制系统34可从存储器系统45检索请求的数据,并通过通信终端62将其提供给请求装置。 When the device 45 through the data communication terminal 62 requests a memory system, in step 118 the protection and control system 34 can retrieve data from the memory system 45 requests, and the communication terminal 62 to provide to the requesting device. 然后保护和控制系统34返回步骤108。 Then the protection and control system 34 returns to step 108.

[0170] 这样,压缩机特性数据、系统数据、安装数据和运行数据可存储在存储器系统45 中,并由保护和控制系统34以及通过通信终端62连接到该保护和控制系统34的任何其它装置访问。 [0170] Thus, the compressor characteristic data, system data, installation data and operational data in the memory system 45, 34 by the protection and control systems as well as any other device connected to the protection and control system 34 via the communication terminal 62 storage access.

[0171] 存储在存储器系统45中的数据可用于估计压缩机性能或制冷系统性能。 [0171] Data stored in the memory system 45 may be used to estimate the performance of the compressor or refrigeration system performance. 例如,通过检查存储在存储器系统45中的数据,可根据压缩机型号和容量大小以及压缩机的安装地点,来估计运行数据。 For example, by examining the data stored in the memory system 45, according to the compressor type and capacity size, and installation location of the compressor to estimate the performance data. 存储在存储器系统45中的数据可基于可能影响性能的各种因素和特定压缩机规格,提供对压缩机运转的认识。 Data stored in the memory system 45 may be based on various factors that may affect the performance of the compressor and the particular specifications, provide for operation of the compressor understanding. 这样,当考虑购买新压缩机时或当设计新压缩机时,存储在存储器系统45中的数据可提供估计辅助。 Thus, when considering the purchase of a new compressor or when designing a new compressor, the data stored in the memory system 45 can provide estimates of the secondary.

[0172] 保护和控制系统34可通过通信终端62连接到网络。 [0172] protection and control system 34 may be connected to the network via the communication terminal 62. 在这种情况下,存储器系统45可由连接到网络的其它装置访问。 In this case, the memory system 45 may be connected to other devices access to the network. 然后,使用压缩机特性数据、系统数据和运行数据,来诊断压缩机,诊断制冷系统,计划维修,和估计压缩机保修申请。 Then, using a compressor characteristic data, system data and operational data to diagnose compressor refrigeration system diagnostics, scheduled maintenance, and the estimated compressor warranty claims.

[0173] 现参照图6,其示出了压缩机信息网络150。 [0173] Referring now to Figure 6, which shows the compressor information network 150. 可将保护和控制系统34或者多个保护和控制系统34连接到网络。 Protection and control systems can be 34 or more of the protection and control system 34 is connected to the network. 保护和控制系统34可通过通信终端62连接到网络,其中通信终端62以能进行通信的方式连接到处理电路42。 Protection and control system 34 may be connected to the network via the communication terminal 62, wherein the communication terminal 62 to be able to communicate connected to the processing circuit 42. 可选地,保护和控制系统34可通过诸如制冷系统控制器的系统控制器152连接到网络。 Alternatively, the protection and control system 34 may be connected to a network such as a system controller 152 through the refrigeration system controller. 此外,保护和控制系统34可通过手提式计算装置154或其它适合的网络装置连接到网络。 In addition, the protection and control system 34 can be hand-held computing device 154, or other network device is suitable for connection to the network. 保护和控制系统34可通过有线或无线因特网连接160连接到因特网158。 Protection and control system 34 may be connected to the Internet 158 160 is connected via a wired or wireless Internet.

[0174] 保护和控制系统34可连接到诸如因特网158的计算机网络。 [0174] protection and control system 34 may be connected to a computer network such as the Internet 158. 此外,保护和控制系统34可通过因特网158连接到数据库服务器156。 In addition, the protection and control system 34 may be connected to the database server 156 via the Internet 158. 数据库服务器156可以是配置成与保护和控制系统34以及存储在计算机可读介质164中的计算机信息数据库通信的模块。 The database server 156 may be configured to communicate with the protection and control system 34 and stored in a computer readable medium 164 module computer information database communication. 这样, 存储器系统45的内容可由包括数据库服务器156的连接到网络的其它装置访问。 Thus, the contents of the memory system 45 may include other means of accessing the database server 156 is connected to the network.

[0175] 数据库服务器156可通过由数据库服务器156、保护和控制系统34、系统控制器152、手提式计算装置154或其它网络装置启动的存储器系统信息处理,来收集来自存储器系统45的信息。 [0175] The database server 156 by 156 by the database server, the protection and control system 34, the system controller 152, a portable computing device memory 154 of the information processing systems or other network devices started to collect information from the memory system 45. 数据库服务器156可基于连接到网络的多个存储器系统45的内容,建立全面的压缩机信息数据库。 The database server 156 may be connected to a plurality of memory systems based on the content of the network 45 to establish a comprehensive information database compressor. 这样,数据库服务器156可为连接到网络并位于全世界多个地点的多个压缩机10,存储包括压缩机身份、地点、运行历史、维修历史、故障历史、故障数据等的压缩机信息。 Thus, the database server 156 may be connected to a network and a plurality of compressors in multiple locations around the world 10, the information stored compressor includes a compressor identity, location, operating history, maintenance history, fault history, fault data and the like.

[0176] 压缩机信息数据库可用于估计压缩机运转。 [0176] Compressor Information database can be used to estimate the operation of the compressor. 数据库可用于改进将来的压缩机或制冷系统设计,用于改进现场维修技术员的训练,和/或用于确定与某些类似环境条件有关的趋势。 Database can be used to improve the compressor or refrigeration system design in the future, to improve on-site maintenance training technicians, and / or to identify trends and certain similar circumstances the conditions. 数据库服务器信息还可用于资产管理目的,作为分析销售和市场活动的工具。 The database server information can also be used for asset management purposes, as an analytical tool for sales and marketing activities. 该信息还可与系统制造商或系统部件制造商共享,以辅助制冷系统和系统部件的设计和实现。 This information may also be shared with the system manufacturer or system component manufacturers to assist refrigeration systems and system components of design and implementation. 换言之,数据库可提供和地理安装地点、压缩机类型和容量以及其它压缩机规格数据相关的压缩机运行数据。 In other words, the database can provide installation and geographical location, type and capacity of the compressor and other compressor specification data related to operation of the compressor data.

[0177] 现参照图7,在管理压缩机保修申请期间可使用存储在存储器系统45中的信息。 [0177] Referring now to FIG. 7, during the administration of the compressor warranty claims can be used to store information in memory system 45. 制造商的保修可包括压缩机。 Manufacturer's warranty may include a compressor. 保修可包括可更换或修理压缩机的条款。 Warranty may include replacement or repair of the compressor provisions. 保修通常包括有效期。 Warranty usually include valid. 此外,保修可包括规定压缩机不当使用和其它保修失效事件的条款。 In addition, the warranty provisions of the compressor may include improper use of the warranty terms and other events. 保修失效事件可包括某些不当使用的情况。 Warranty event may include some cases of improper use. 例如,保修可包括某些可接受的运行范围,该运行范围包括:制冷剂液位范围,制冷剂压力范围,制冷剂温度范围,电流范围,电压范围,环境温度范围,压缩机马达温度范围,压缩机轴承温度范围,和油温数据范围。 For example, the warranty may include some acceptable operating range, the operating range include: a refrigerant level range, the refrigerant pressure range, the refrigerant temperature range, current range, voltage range, ambient temperature range, the compressor motor temperature range, compressor bearing temperature range, and oil temperature data range. 如果用户在一段时间忽视了不当使用的情况,并允许压缩机在不当使用的情况下运转,则保修会失效。 If you ignore the situation for some time improper use and allow operation of the compressor in case of misuse, the warranty will be invalidated.

[0178] 当发生压缩机故障时,可根据压缩机制造商的保修提出如下申请:压缩机10或压缩机部件有故障,或者根据保修的条款由制造商修理。 [0178] When a compressor failure occurs, the following application may be made in accordance with the compressor manufacturer's warranty: 10 or compressor parts compressor malfunction, or in accordance with the terms of the warranty repair by the manufacturer. 在这种情况下,压缩机的所有者可通过指出返回原因的申请,将压缩机10返回给制造商。 In this case, the owner of the compressor can be returned by pointing out the reason of the application, the compressor 10 is returned to the manufacturer. 在步骤200中压缩机制造商可接收保修申请息。 In step 200 the compressor manufacturer warranty claims can receive information.

[0179] 当根据保修申请将具有存储器系统45的压缩机10返回给制造商时,制造商可访问存储器系统45并检查故障历史数据和运行数据。 [0179] When the compressor based on warranty claims will have a memory system 45 of 10 returned to the manufacturer, the manufacturer accessible memory system 45 and check the fault history data and operational data. 来自存储器系统45的数据可在步骤202中由压缩机制造商检索。 Data from the memory system 45 can be retrieved by the compressor manufacturer in step 202. 通过检查存储器系统数据,制造商可确认压缩机10是否是故障的原因。 By examining the data memory system, manufacturers can confirm compressor 10 is the cause of the failure. 当制冷系统数据存储在存储器系统45中时,制造商可确定如冷凝器或蒸发器的非压缩机部件是保修申请中所申诉故障的原因。 When the cooling system in a memory data storage 45, the manufacturer can be determined as the non-compressor unit condenser or evaporator warranty claims in the complaint is the fault. 在这种情况下,制造商能立刻确定压缩机10没有故障或不需要修理。 In this case, the manufacturer can determine immediately the compressor 10 no fault or no repair. 在步骤204中压缩机制造商可确定非压缩机部件是否有故障。 In step 204, the compressor manufacturer to determine the non-compressor unit is faulty.

[0180] 另外,通过检查存储器系统45的内容,制造商能确定在压缩机故障之前是否发生了保修失效事件。 [0180] In addition, by checking the contents of the memory system 45, manufacturers can determine whether the fault before the compressor warranty incidents. 例如,存储器系统45可反映出在压缩机故障发生之前制冷液较少的条件被忽视了一段时间。 For example, 45 may reflect less liquid refrigerant in the compressor failure conditions before memory system unnoticed for some time. 在这种情况下,制造商可确定保修申请由于压缩机所有者忽视制冷液较少的条件而失效。 In this case, the manufacturer warranty claims can determine the owner of the compressor cooling fluid less neglect and failure conditions. 在步骤206中压缩机制造商可确定是否已发生了保修失效事件。 In step 206 the compressor manufacturer to determine whether the warranty event has occurred.

[0181] 当在步骤204中确定压缩机10有故障时,并且当在步骤206中确定保修失效事件没有发生时,压缩机制造商可在步骤208中根据保修的条款修理或更换压缩机。 [0181] When it is determined in step 204, the compressor 10 is faulty, and when it is determined warranty event does not occur in step 206, the compressor manufacturer in step 208, according to the terms of the warranty to repair or replace the compressor. 当非压缩机部件有故障时,或当在步204或206中确定保修失效事件已发生时,在步骤210中压缩机制造商可通知压缩机所有者。 When the non-compressor unit is faulty, or when it is determined warranty event has occurred in step 204 or 206, you can notify the owner of the compressor in step 210 compressor manufacturer.

[0182] 当存储器系统45可由制造商通过网络装置远程访问时,如上所述,制造商能在压缩机10被送给制造商之前,作出初步的保修申请确定。 [0182] When the memory system 45 by the manufacturer of remote access through a network device, as described above, the manufacturer can be sent before 10 compressor manufacturer, to make a preliminary application to determine warranty. 例如,在从系统拆下压缩机以将其返回给制造商之前,压缩机所有者可简单地通知制造商其相信已发生了保修所包括的问题。 For example, the compressor is removed from the system before returning it to the manufacturer, the owner may simply notice compressor manufacturer warranty included in its belief that the problem has occurred. 然后制造商可访问压缩机的存储器系统45,并检查存储器系统数据以进行关于保修申请的初步确定。 Compressor manufacturer can then access memory system 45, and check the memory system data for preliminary determination regarding the application of the warranty. 当已发生了保修失效事件时,制造商可以就保修失效事件的发生,询问压缩机所有者。 When an event has occurred warranty, the manufacturer can occur on the warranty fail event, ask the owner of the compressor. 压缩机制造商还能对申诉的问题是否是由非压缩机部件故障引起的而进行初步确定。 Compressor manufacturers but also on the question whether the complaint is part of a non-compressor failure caused by preliminary OK. 这种初步确定可节省先前由于不必要的或不受保护的保修申请而浪费的时间和金钱。 Such savings initially identified previously due to unnecessary or unprotected warranty claims and wasted time and money.

[0183] 在保修申请期间,如果基于包含在存储器系统45中的数据确定出压缩机故障是由于非压缩机系统部件的故障,则该数据可与非压缩机系统部件的制造商共享。 [0183] During the warranty claims, if determined based on data contained in the memory system 45 compressor failure is due to the fault of non-compressor system components, the data may be shared with manufacturers of non-compressor system components. 这样,数据和信息可与其它部件和系统制造商共享,以同样辅助他们的保修申请的管理。 Thus, the data and information can be shared with other parts and systems manufacturer, with the same warranty assist manage their applications.

[0184] 本说明实际上仅是示例性的,因此,各种变化应该包括在本发明的范围内。 [0184] This description is merely exemplary in nature and, thus, the changes should be included within the scope of the present invention. 这种变化不应看作是脱离了本发明的精神和范围。 Such variations are not regarded as a departure from the spirit and scope of the invention.

Classifications
International ClassificationF04B51/00, F04B49/10
Cooperative ClassificationF25B49/005, F04B49/10, F04B51/00
European ClassificationF04B49/10, F04B51/00, F25B49/00F
Legal Events
DateCodeEventDescription
25 Jul 2012C06Publication
26 Sep 2012C10Request of examination as to substance
13 May 2015C14Granted