|Publication number||CN1545378 A|
|Application number||CN 200410044596|
|Publication date||10 Nov 2004|
|Filing date||20 Aug 1999|
|Priority date||31 Aug 1998|
|Also published as||CN1157918C, CN1285246C, CN1318247A, CN1545100A, CN1545100B, DE69933684D1, DE69933684T2, DE69940683D1, EP1110366A1, EP1110366B1, EP1701521A1, EP1701521B1, US6318687, US20010002691, WO2000013398A1, WO2000013398B1|
|Publication number||200410044596.1, CN 1545378 A, CN 1545378A, CN 200410044596, CN-A-1545378, CN1545378 A, CN1545378A, CN200410044596, CN200410044596.1|
|Inventors||罗杰・M・特拉纳, 罗杰·M·特拉纳, S・胡夫纳格尔, 韦恩·S·胡夫纳格尔, J・亚当, 彼得·J·亚当|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (1), Classifications (3), Legal Events (4)|
|External Links: SIPO, Espacenet|
技术领域 Technical Field
本发明一般涉及附件支架，而更具体的是涉及手持仪器的附件支架。 The present invention relates generally to the accessory shoe, and more particularly relates to a hand-held instrument attachment bracket.
今天的工作环境由于便携式技术的进步已变得更加灵活了。 Due to advances in today's work environment portable technology has become more flexible. 这在计算机和手持试验设备领域更为确切。 This is more precise in the fields of computers and handheld test equipment. 关于这一点，计算机可通过应用具有视觉能力的无线传输的便携式适配器，诸如红外适配器，容易地从硬布线系统转换成无线系统。 In this regard, by using a computer has visual ability of a portable radio transmission adapter, such as an infrared adapter, to easily convert the system from the hard-wired into a wireless system. 这样的适配器包括安放电子仪器的壳体、用于实际地连接至计算机的电缆、以及位于壳体中的信号发送机/接收机口。 Such adapter includes a housing with electronic equipment for the actual cable connected to the computer, as well as in the housing of the signal transmitter / receiver port. 在运行中，计算机操作员实际地将电缆的一端连接至计算机，将另一端连接至适配器。 In operation, the computer operator actually the end of the cable to the computer and the other end connected to the adapter. 然后操作员将适配器的接收机/发送机口对准位于设备的第二部件，诸如打印机中的相应通讯口。 The operator then the adapter receiver / transmitter unit is located at the mouth of the second device, such as a printer in the appropriate communication port. 只要信号保持未被中断，计算机就与设备的第二部件保持通讯。 As long as the signal remains has not been interrupted, the computer will maintain the communication with the second part of the device. 这样，便携式适配器就是今天灵活工作环境的增长部件。 Thus, growth in the portable adapter is part of today's flexible work environment.
灵活工作环境的另一种增长部件是手持仪器，诸如扫描仪和万能测量仪。 Another growth component flexible working environment is a handheld instrument, such as scanners and universal measuring instrument. 手持仪器通常包括安放电子仪器的壳体以及在运行中通过电缆与电子仪器连接的探头。 Handheld instruments typically include a housing mounted electronic instruments and probe in operation connected through cable and electronic instruments. 在运行中，操作员通常将壳体握在一只手中，将探头握在另一只手中，以提取现场分析用的数据，或处于更方便的位置。 In operation, the operator usually the case in one hand, the probe is held in the other hand, in order to extract the field of data analysis, or in a more convenient location. 这样的手持仪器将技术带入遥远的地区，不然的话是难以达到的。 Such a handheld instrument technology into remote areas, otherwise it is difficult to achieve.
这样，便携式技术的进步通过应用仪器，诸如红外适配器、扫描仪和万能测量仪，已导至更为灵活的劳动力。 Thus, advances in technology through the application of a portable instrument, such as an infrared adapter, scanner and universal measuring instrument, it has lead to a more flexible workforce. 虽然便携式仪器对它们预定的用途是方便的，但它们也不是没有它们的问题的。 Although portable equipment for their intended use is convenient, but they are not without their problems.
便携式仪器的一个这样的问题是仪器本身的笨重本性。 One such problem is a portable instrument cumbersome nature of the instrument itself. 如上述的手持仪器，这样一些仪器的操作要求操作者的双手。 Handheld instrument as described above, the operation of some instruments such require the operator hands. 但是，在某些应用中，操作者要求一只手或双手是自由的，以便同时操作另一件装置，因此，必须有一个方便的位置以放置仪器。 However, in some applications, the operator requires one or both hands are free to simultaneously operate another device, therefore, must have a convenient location to place the instrument. 在这些情况下，操作者至少有两种选择。 In these cases, the operator has at least two options. 第一，操作者可以将仪器和探针放入一只手中，同时用他们的空手进行工作。 First, the operator can put the instrument and probe one hand, while using their bare hands to work. 或者，操作者可将仪器放在地上，或将其放在工作区域附近的某一结构物上。 Alternatively, the operator may be the instrument on the ground, or place it on a structure near the work area. 但这两种选择均不理想，因为增加了或探头或仪器跌落，无意踩在仪器上，或将操作者的注意力从次要装置岔开的风险。 But both options are not ideal, because of the increased or drop the probe or instrument, inadvertently stepped on the instrument, or risk to the operator's attention to diverge from the secondary device.
增加手持仪器应用的方便和安全的在先尝试包含连接装置，诸如皮带钩和皮套。 Handheld instrumentation applications increased convenience and safety of the earlier attempts to contain connection means, such as hook and belt holster. 通常，皮带钩紧固至仪器壳上，并限定一个皮带圈。 Typically, the belt hook is fastened to the instrument housing and defining a belt loop. 操作者将皮带穿过皮带圈，从而将仪器捆在他们的衣服上。 The operator belt through belt loops, so that the instrument bundles on their clothes. 虽然皮带钩是有用的，但它们的用途有局限，因为它们特定地适于捆至操作者的身上。 Although the belt hook is useful, but their use has limitations, because they tied specifically adapted to the operator's body. 手持仪器的皮套适于携带在操作者的肩上。 Leather hand instrument adapted to carry the operator's shoulders. 这样的皮套包含一个口袋，其大小制成用以支承仪器，以及一条肩带。 Such a holster containing a pocket, and its size made for supporting the instrument, as well as a shoulder strap. 肩带连接至口袋上，这样，仪器就可以挂在操作者的肩上。 Straps connected to the pocket, so that the instrument can be hung on the operator's shoulders. 皮套也具有局限的用途，因为它们不易于容纳其它的连接件，诸如磁体带或维可牢TM(VelcroTM)带，这些连接件适于将仪器挂在别的物体上，而不是挂在操作者的身上。 Case also has limited use because they are difficult to accommodate other connections, such as a magnetic tape or Velcro TM (VelcroTM) with these connections adapted the instrument hanging on other objects, rather than hanging in operation person's body.
如上述的无线系统，它具有视觉适配器的传输，这种系统只在适配器精确对准目标机的通讯口时才起作用。 As described above wireless system, which has a transmission of visual adapter, this system works only when the adapter is aligned precisely target communication port. 结果，适配器与通讯口必须对准在同一条轴线上，以确保其间的未受中断的数据联络。 As a result, it must be aligned on the same axis with the communication port adapter to ensure that the data were not interrupted during the liaison. 这样的对准要求有一个适配器支架，它既是稳定的，又能确保适配器与相应机器的通讯口的对准。 Such alignment requires an adapter bracket, both are stable, but also to ensure the adapter is aligned with the corresponding machine communication port. 现今可买到的这样一些适配器的支架包括这样的一些支架，它们与适配器的壳体一体地模压制成。 Some adapters such stents available today include some of the bracket, and the adapter housing are integrally molded. 虽然这样的支架是有用的，但它们的用途严格地只限于在特定适配器上使用。 While such stents are useful, but their use is strictly limited to use only on a specific adapter. 这是不利的，因为计算机操作者不能改变适配器，或向现存的适配器添加附件，因为此支架是与适配器一体地形成的。 This is disadvantageous because the computer operator can not change the adapter, or add an attachment to an existing adapter, as this bracket is formed integrally with the adapter.
这样，需要一种较便宜、可靠以及方便的附件支架，它能容纳各种附件。 Thus, the need for a relatively inexpensive, reliable and convenient accessory shoe, it can accommodate a variety of accessories. 本发明目的就是完成这一需要及其它需要。 The purpose of the present invention is to complete this need and other needs.
根据本发明提出一种便携式装置的附件支架，该附件支架包括：(a)框架，该框架制作成安装在便携式装置壳体内的一个凹陷内；(b)紧固件构件，该紧固件构件连接至框架上，用于可选择地将框架紧固至装置上；和(c)附件安装构件，该附件安装构件至少局部与框架一起形成，用于可装卸地将设备安放和连接至装置上，其中，附件安装构件还包括，当框架安装在凹陷内时限定于框架与凹陷之间的窄缝，窄缝的尺寸制成设备可滑移地安放和紧固至装置上。 According to the present invention provides a portable device attachment bracket, the attachment bracket includes: (a) framework, which made into a recessed mounted within the housing of the portable device; (b) a fastener member, the fastener member connected to the frame for selectively securing the frame to the device; and (c) accessory mounting member, the accessory attachment member at least partially formed together with the frame for removably mounted to the device and connected to the device wherein attachment mounting member also includes, when the frame is mounted within the recess defined between the frame and the sunken slit, slit size made equipment is slidably mounted and secured to the device.
根据本发明的另一方面，附件安装构件还包括连接构件。 According to another aspect, the present invention accessory mounting member also includes a connection member. 连接构件包括一个适于可选择地紧固在窄缝内的端部，以及适于将附件安装至装置上的另一端，装置用此附件可连接至一件物体上。 Connecting member includes an adapted selectively secured within the ends of the slit and adapted to the annex attached to the other end, means for using this accessory can be attached to an object.
根据本发明的附加方面，附件支架还至少包括一件第一装载构件，它与框架支架一体地形成，用于装载与装置连接的探头。 According to an additional aspect of the present invention, the attachment bracket further comprises at least one first loading member that is integrally formed with the frame bracket for loading and device connected to the probe.
根据本发明的附加方面，紧固件构件包含一对位于框架相对侧上的突舌，每一突舌的尺寸制成可安装在位于装置凹陷内的相应腔中。 According to an additional aspect of the invention, the fastener member comprises a pair of tabs located on opposite sides of the frame, the size of each tab is made may be mounted within a respective recess means located in the chamber.
根据本发明的另一方面，提供了一种附件支架，它包括：(a)主体，它具有第一和第二端部，主体的尺寸制成可选择地安装至仪器上；(b)安装构件，它与主体第一端部一起形成，用于可选择地将附件安装至主体上；和(c)弹性连接构件，它一体地设置在主体第二端部上，用于可选择地将附件支架紧固至仪器上。 According to another aspect of the present invention, there is provided an attachment bracket, which comprises: (a) the body having first and second end portions, the size of the body formed selectively mounted to the instrument; (b) mounting member, which is formed together with the first end of the body, for selectively mounted to the attachment on the body; and (c) an elastic connection member, which is integrally provided on the second end of the body, for selectively to attachment bracket fastened to the instrument.
根据本发明的另一方面，提供了一种电子仪表的仪表壳体中的一种附件支架，所述壳体具有顶壳、底壳以及从所述底壳的第一端部部分向外伸展、并与所述底壳表面隔开的细长窄缝，所述表面具有由此通过，并至少暴露部分所述窄缝的栓安放孔，在此仪表壳体中的一种附件支架，包括：细长的连接构件，它具有近端和远端，还具有与其一体形成的弹簧栓，所述细长连接构件适于并制作成安装在所述窄缝中，以所述弹簧栓啮合所述栓安放孔。 According to another aspect of the present invention, there is provided an electronic instrument instrument case one attachment bracket, the housing having a top shell, pan and extend outwardly from the first end portion of said pan , and with the bottom shell surface spaced elongated slit, whereby the surface has passed, and at least the exposed portion of the bolt receiving apertures slit, an attachment bracket in this instrument housing, comprising : an elongated connecting member having a proximal end and a distal end, further comprising a spring latch integrally formed therewith, and said elongated connecting member is adapted to be mounted in the slit made in the spring to the engagement of the plug said plug-receiving apertures.
根据本发明的附加方面，上述附件支架还包括位于所述细长连接构件的远端的附件安装窄缝。 According to an additional aspect of the present invention, the attachment bracket also includes a distal end of the elongated connecting member attachment installation located slit.
根据本发明制作的附件支架具有优于现今可利用的附件支架的若干优点。 The present invention is produced in accordance with Annex stent has several advantages over the current available attachment bracket. 首先，本发明的附件支架在探头不使用时能方便地贮存仪器的探头。 First, the accessory shoe of the present invention, when the probe is not used to easily store the instrument probe. 第二，本发明的附件支架适于安装连接器。 Second, the present invention is suitable for attachment bracket mount connector. 此连接器适于将各种附件，诸如环，安装至仪器上，以使仪器可挂在操作者选择的各种物体上。 This connector is adapted to a variety of accessories, such as rings, attached to the instrument so that the instrument can be hung on a variety of objects selected by the operator. 这是有利的，因为这样的一些附件使仪器的操作不要求使用操作者的双手。 This is advantageous, since such a number of attachment of the instrument operation does not require the use of the operator's hands. 第三，本发明的附件支架还能容纳各种设备，诸如无线适配器的托架，以促进仪器的操作。 Third, the accessory shoe of the present invention can accommodate a variety of devices, such as a wireless adapter bracket to facilitate operation of the instrument. 这样，根据本发明制成的附件支架比现有可应用的更健全。 Thus, the accessory shoe made according to the invention may be more robust than the existing applications.
附图说明 Brief Description
结合附图，参考以下的详细说明，可对本发明的前述情况以及其许多附带优点得到更好的了解，其中：图1是按本发明制作的附件支架的布置图，它既表示了连接构件，又表示了探头装载构件；图2是按本发明制作的附件支架的分解图；图3是按本发明制作的附件支架的连接构件的侧向截面图，它表示其锁紧突舌；而图4是按本发明制作的附件支架的透视图，它表示框架的背面侧。 Conjunction with the drawings, reference to the following detailed description, you can get a better understanding of the present invention, the foregoing and many of the attendant advantages thereof, wherein: Figure 1 is produced according to the present invention, an attachment bracket layout, both showing a connection member, also said that the probe mounting member; Figure 2 is produced according to the present invention, an exploded view of attachment bracket; Figure 3 is produced according to the present invention, a lateral cross-sectional view of the connecting member attachment bracket, which represents its locking tabs; and Fig. 4 is produced according to the present invention, a perspective view of attachment bracket, showing the back side of the frame.
具体实施方式 DETAILED DESCRIPTION
图1和2展示了按本发明制作的附件支架20的一个最佳实施例。 Figures 1 and 2 show the attachment bracket according to the present invention, a preferred embodiment of making 20. 附件支架20包括连接器22和框架24。 Attachment bracket 20 includes a connector 22 and the frame 24. 所示的附件支架20处于当它安装至便携式仪器26时的组装状态。 Attachment bracket 20 is shown in an assembled state when it is attached to a portable instrument 26. 虽然应用连接器22属于本发明的范围，但连接器22并不是发明的要求，如下文更详细说明的，它可由设备的辅助件加以替代，以便于仪器26的操作。 Although the application of the connector 22 within the scope of the present invention, but the invention is not a requirement of the connector 22, as described in more detail below, it may be an alternative auxiliary pieces of equipment, in order to facilitate the operation of the instrument 26.
仪器26是熟知的便携式仪器，诸如扫描仪或手持试验设备，并包括上、下壳体28a和28b。 Instrument 26 is well known portable instrument, such as a scanner or hand-held test equipment, and includes upper and lower housing 28a and 28b. 壳体28a和28b可由热塑性塑料注模制成，并用熟知的紧固件(未表示)，诸如按扣紧固件或螺丝，紧固在一起。 Housing 28a and 28b may be made of thermoplastic injection molding, and by well-known fasteners (not shown), such as snap fasteners or screws fastened together. 壳体28a和28b的结构相似，其尺寸制作成当壳体28a和28b紧固在一起时能安放仪器26的内部硬件(未表示)，诸如电子仪器。 28a and 28b of the housing structure similar to its size made into when the housing 28a and 28b are fastened together when the instrument 26 can be placed inside the hardware (not shown), such as electronic equipment. 一体地形成在下壳体28b的前面侧内的是凹陷30。 Integrally formed in the front side of the lower housing 28b is recessed 30. 凹陷30基本为矩形形状，其尺寸能将框架24安放于其中。 Recess 30 is substantially rectangular in shape having a size capable of frame 24 mounted therein. 凹陷30从仪器26的一端在其中纵向地向着仪器26的另一端伸展至预定点。 From one end of the recess 30 in which the instrument 26 longitudinally toward the other end of the instrument 26 extends to a predetermined point. 凹陷30的每一侧包括相应的第一和第二矩形孔。 Each side of the recess 30 includes a respective first and second rectangular holes. 孔在凹陷30的侧边内按相反方向伸展预定距离以限定相应的腔32。 Hole extending a predetermined distance in the opposite direction in the side of the recess 30 to define respective cavities 32. 虽然只展示了凹陷30中的一个腔32，但凹陷30的相对侧包括一个结构相同的腔。 Although only it shows a recess 30 in cavity 32, but the opposite side of the recess 30 includes a configuration the same chamber. 这样，如下文将更详细阐述的，相同结构的腔位于凹陷30的相对侧边中，以便有选择地将框架24紧固于其中。 Thus, as will be described in detail, the same structure is located in the cavity opposite sides of the recess 30 in order to selectively fasten the frame 24 therein.
框架24最好由熟知的半柔软的热塑性的、热弹性的、或弹性体材料注模而成。 The frame 24 is preferably made of well-known semi-soft thermoplastic, thermo-elastic or elastomeric material is injection molded. 框架24基本为矩形形状，并包括切口34、第一和第二紧固件构件或锁紧突舌36a和36b、第一和第二探头装载构件38a和38b、以及孔40，该孔40伸展穿过框架24的一端的厚度。 Frame 24 is substantially rectangular in shape, and includes a notch 34, first and second fastener members or lock tabs 36a and 36b, the first and second sensor mounting member 38a and 38b, and a bore 40, the bore 40 extends through the thickness of the frame 24 at one end. 切口34沿纵向轴线伸展于框架24的端部之间。 Slit 34 extending along a longitudinal axis between the ends of the frame 24. 切口34是矩形的，并位于框架24的这一侧面内，该侧面当框架24安放在凹陷30中时，邻近凹陷30的底部。 Slit 34 is rectangular, and is located within the side frame 24, the side frame 24 when mounted in the recess 30, adjacent the bottom 30 of the recess. 当框架24安放于凹陷30内时，切口34在其间限定一个矩形窄缝42(图1)。 When the frame 24 placed in recesses 30, cut 34 therebetween defining a rectangular slit 42 (Figure 1). 窄缝42的尺寸可有选择地将连接器22安放于其中。 The size of the slit 42 can be selectively placed in the connector 22 therein.
连接器22最好是矩形形状的，并由热塑性材料注模而成。 Connector 22 is preferably of a rectangular shape, by injection molded thermoplastic material. 连接器22的相对端部包括穿过连接器22的厚度而伸展的第一和第二孔43a和43b。 Opposite end portions of the connector through the connector 22 comprises a thickness 22 and extending the first and second holes 43a and 43b. 最好，第一孔43a是扁长椭圆形的，其大小可安放由此通过的附件(未表示)，诸如皮带或环，对此下文将更详细地加以说明。 Preferably, the first hole 43a is oblong oval, the size can be placed thereby accessory (not shown) through, such as a belt or ring, which will be described in greater detail below.
参考图2和3可更好地看到，连接器22还包括一体地形成于第二孔43b内的弹簧栓44。 2 and 3 can be better seen, the connector 22 further includes integrally formed within the second hole 43b of the spring latch 44. 弹簧栓44包括半圆形主体46，它由突缘48弹性地连接在孔43b内。 The latch 44 includes a semi-circular body 46, 48 which is resiliently connected by flanges in the hole 43b. 如由图3看到，弹簧栓44在孔43b内偏斜，以使主体46从孔43b向外倾斜。 As seen from Figure 3, the spring latch 44 in the deflection bore 43b, so that the main body 46 is inclined outwardly from the hole 43b. 当安装在孔43b内时，与突缘48相对的主体46的自由端从连接器22向外突出，以限定支撑边缘50。 When installed in the hole 43b, and the flange 48 opposite free end of the body 46 protrudes outward from the connector 22, to define a support edge 50. 突缘48使弹簧栓44得以在孔43b内弯曲，以便当框架24被锁紧突舌36a和36b紧固在凹陷30内时，可有选择地将连接器22在窄缝42内锁紧或松开。 The flange 48 can be bent so that the spring latch 44 in the hole 43b, so that when the frame 24 is the locking tabs 36a and 36b when tightening recess 30, may be selectively locking the connector 22 in the slit 42, or release.
请参看图2和4，矩形的锁紧突舌36a和36b按相反方向从框架24的侧边向外突出。 See Figure 2 and 4, a rectangular locking tabs 36a and 36b projecting outwardly in opposite directions from the side frame 24. 锁紧突舌36a和36b设置于框架24的相对侧上，以致当框架24被安放在凹陷30内时，锁紧突舌36a和36b在位置和尺寸上对应凹陷30的腔32，以便有选择地将框架24锁紧于其中。 Locking tabs 36a and 36b disposed on opposite sides of the frame 24, so that when the frame 24 is positioned within the recess 30 in the locking tabs 36a and 36b corresponding to the recess 30 of the chamber 32 on the position and size in order to have a choice to lock the frame 24 therein. 这样，当框架24安放于凹陷30中时，锁紧突舌36a和36b被锁住装配在凹陷30的相应腔32中。 Thus, when the frame 24 is placed in the recess 30, the locking tabs 36a and 36b are fitted in the locking recess 30 in the respective cavities 32. 虽然锁紧突舌36a和36b最好与框架24一体地模制而成，但其它的结构，诸如紧固至框架24上的分离突舌也在本发明的范围内。 Although the locking tabs 36a and 36b and the frame 24 is preferably integrally molded, but other structures, such as secured to the frame within the scope of the separation tabs 24 are also the present invention.
探头装载构件38a和38b最好与框架24的、当框架24安放在凹陷30中时面向外的侧面一体地形成。 Probe mounting member 38a and 38b preferably the frame 24 when the frame 24 placed in the recess 30 in the outwardly facing side is integrally formed. 探头装载构件38a和38b最好是圆柱形的，并设置在框架24上，以使它们纵向地伸展于框架24的端部之间。 Probe mounting member 38a and 38b is preferably cylindrical and is provided on the frame 24, so that they extend longitudinally between the end portion 24 of the frame. 此外，探头装载构件38a和38b还这样地设置在框架24上，以使孔40位于探头装载构件38a和38b之间。 In addition, the mounting member 38a and the probe 38b are also so disposed on the frame 24, so that the loading aperture 40 is located between the probe member 38a and 38b. 每一探头装载构件38a和38b包括纵向由此通过而伸展的孔。 Each probe loading members 38a and 38b extending longitudinally therefrom and through holes included. 孔的尺寸可安放具有这种设备的仪器26的仪器探头(未表示)，诸如试验引线探头。 The pore size of such devices can be placed with the instrument 26 of the probe instrument (not shown), such as a test lead probe. 虽然框架24最好至少包括一件探头装载构件，但制作成具有多一些或少一些探头装载构件也在本发明的范围内。 Although the frame 24 preferably includes at least one sensor mounting member, but made to have a more or less within the probe mounting member of the present invention are also included.
根据本发明制作的附件支架20的操作最好参看图1-3来加以了解。 To be understood according to the present invention operating attachment bracket 20 is preferably made reference to Figure 1-3. 为将框架24安装在凹陷30内，框架24的侧边如箭头54所示地按相对方式向内挤压，以使框架24插入于凹陷30中时第一和第二锁紧突舌36a和36b能自由地在凹陷30的侧边内通过。 The frame 24 is mounted within the recess 30, the side frame 24 as shown by arrow 54 by pressing inwardly relative manner, so that when the frame 24 is inserted in the recess 30 of the first and second lock tabs 36a and 36b can freely inside the recess 30 through the side. 框架24安放在凹陷30内之后，压紧负载解除，从而使框架24得以弹回其未受压位置。 Frame 24 placed after the recess 30, the pressing load lifted, so that the frame 24 to spring back its unstressed position. 在此未受压位置，锁紧突舌36a和36b被安放在腔32内，从而将框架24锁紧在凹陷30内。 In this unstressed position, the locking tabs 36a and 36b are placed in the chamber 32, thereby locking the frame 24 within the recess 30.
框架24安放在凹陷30内之后，连接器22可滑移地安放在窄缝42内。 Frame 24 placed after the recess 30, the connector 22 may be slidably disposed within the slit 42. 包括弹簧栓44的连接器22的端部可滑移地安放在窄缝42内。 End of the plug connector 44 includes a spring 22 is slidably disposed within the slit 42. 当连接器22在窄缝42内滑移时，框架24从弹簧栓44上越过。 When the connector 22 in the narrow slip 42, frame 24 across from the spring peg 44. 当框架24从弹簧栓44上越过时，它靠着主体46而滑移，从而将主体46如箭头52所示地向内弯曲在连接器22的第二孔43b内。 When the frame 24 over the bolt 44 from the spring, and it is against the sliding body 46, so that the body 46 as indicated by arrow 52 in the inwardly curved second hole 22 of the connector 43b. 这样，连接器22以最小的阻力滑入窄缝42中。 Thus, the connector 22 with minimal resistance slit 42 in the slide.
连接器22在窄缝42内继续滑移，直至连接器22的第二孔43b与框架24的孔40对准。 Connector 22 continues sliding in slit 42, until the second hole 22 of the connector holes 43b and 40 of the frame 24 is aligned. 这时，由框架24作用至弹簧栓44上的挤压力解除，弹簧栓44不弯曲，回复至其中间位置。 In this case, the frame 24 to the spring action bolt 44 extrusion pressure lifted, bend the spring bolt 44, returned to its neutral position. 在其中间位置，主体46的支撑边缘50部分弹入框架24的孔40中，从而支撑边缘50至少啮合限定孔40的部分框架24，以阻止连接器22从窄缝42中脱出。 Position in which the hole between the support edge of the body part 46 of 50 24 of 40 shells into the frame, so as to support the engaging edge 50 at least partially defining an aperture 40 in frame 24 to prevent the connector 22 from coming out of the slit 42. 这样，通过弹簧栓44至少支撑部分框架24，连接器22可有选择地夹持在窄缝42内。 Thus, the spring latch 44 at least partially supporting frame 24, the connector 22 can be selectively held within the slit 42.
当安放在框架24之内时，包括第一孔43a的连接器22的端部从仪器26的端部向外伸出。 When placed in the inner frame 24, a first end portion includes a hole 43a of the connector 22 extends outwardly from the end portion 26 of the instrument. 第一孔43a适用于安装诸如皮带或环的悬挂器(未表示)，它在一端安装有磁体带或维可牢TM(VelcroTM)带。 The first hole 43a for installation, such as a belt or ring hangers (not shown), which is installed at one end of the magnet tape or Velcro TM (VelcroTM) band. 悬挂器可安装至第一孔43a上，以使仪器26可挂在一件物体(未表示)上。 Hanger can be mounted onto the first hole 43a, so that the instrument 26 can be hung on a object (not shown) on. 这样的布置使仪器得以挂在物体上，从而使仪器的操作既不要求操作者将仪器持于他们手中，也不要求将仪器挂在他们身上。 This arrangement enables the instrument to be hung on the object, so that the operation of the instrument not require the operator to hold the instrument in their hands, does not require the instrument to hang on them.
为将连接器22从窄缝42内取走，操作者只需简单地对着弹簧栓44的主体46施加一个挤压力。 The connector 22 is removed from inside the slit 42, the operator simply plug 44 against the main spring 46 applies a compressive force. 此力引起主体46在第二孔43b内弯曲，以致支撑边缘50不再啮合框架24。 This force causes the body 46 in a curved second hole 43b, so that the edge 50 no longer engages the support frame 24. 从而当连接器22从窄缝42内拉出时，连接器22得以自由地通过窄缝42。 So that when the connector 22 is pulled out from the slit 42, the connector 22 is able to move freely through the slit 42.
为将框架24从凹陷30内取走，对框架24的中心施加一个拉力以使框架24变形。 The frame 24 is removed from the recess 30 of the center frame 24 by applying a pulling force to the frame 24 distortion. 当框架24变形时，锁紧突舌36a和36b从腔32内脱出，从而使框架24从凹陷30内脱出。 When the frame 24 deform, the locking tabs 36a and 36b from coming out of the chamber 32, so that the frame 24 emerge from within the recess 30.
本发明的前述说明具有优于现今可利用的附件支架的若干优点。 The foregoing description of the present invention has a superior accessory shoe now available in several advantages. 首先，本发明的附件支架在探头不使用时能方便地贮存仪器的探头。 First, the accessory shoe of the present invention, when the probe is not used to easily store the instrument probe. 第二，本发明的附件支架适用于安装连接器。 Second, the accessory shoe of the present invention is suitable for installation connectors. 此连接器适于将各种附件，诸如环，安装至仪器上，以使仪器可挂在操作者选择的各种物件上。 This connector is adapted to a variety of accessories, such as rings, attached to the instrument so that the instrument can be hung on the operator to select a variety of objects. 这样的附件使仪器的操作不要求使用操作者的双手。 Such attachment of the instrument's operation does not require the use of the operator's hands. 第三，本发明的附件支架还能容纳各种设备，诸如无线适配器的托架，以有利于设备的操作。 Third, the accessory shoe of the present invention can accommodate a variety of devices, such as a wireless adapter bracket to facilitate operation of the device. 因此，根据本发明制成的附件支架比现有可应用的更健全。 Thus, according to the present invention accessory shoe made more robust than the existing applicable.
由前述说明中可看到，根据本发明制成的附件支架结合了许多新颖特点，并提供显著优于现今可使用的那些附件支架的优点。 Can be seen from the foregoing description, incorporates many novel features of the present invention is made in accordance with Annex stent, and provides significantly better than those that can be used today attachment bracket advantages. 虽然已展示和说明了本发明的现今最佳实施例，但应清楚，在所附权利要求的范围内可进行各种改变而不偏离发明的精神。 While there has been shown and described preferred embodiments of the invention now, it should be clear that, within the scope of the appended claims, various changes can be made without departing from the spirit of the invention. 作为第一非限定性实例，连接器22可由设备的辅助件，诸如红外适配器的托架加以替代以促进仪器26的操作。 As the first non-limiting examples, the auxiliary member 22 may be a connector device, such as an infrared adapter bracket to replace the instrument 26 to facilitate operation. 在此非限定性实例中，设备的辅助件的尺寸可制成能安装在附件支架20的窄缝42内。 In this non-limiting example, the auxiliary member can be made of the size of the device can be installed in the attachment bracket 20 of the slit 42. 在另一方面，设备的辅助件可包括安装至设备上的连接构件，从而连接构件可有选择地安装在窄缝42内。 On the other hand, the auxiliary equipment may include a mounting member to the connecting member on the device, so that the connecting member can be selectively mounted within the slit 42. 这样，虽然本发明的附件支架20最好包括连接器22，但设备的其它构件，诸如红外设备的托架也适于安装在根据本发明制作的附件支架内。 Thus, although the accessory shoe 20 of the invention preferably includes a connector 22, but other components of equipment, such as infrared devices are also suitable for the carriage mounted in the accessory stent made in accordance with the present invention. 因此，所展示和说明的实施例应认为只作为实例，发明本身应仅由随后的权利要求所作限定加以评价。 Therefore, the embodiment shown and described should be considered only as an example, the invention itself should only be made by the following claims be evaluated defined.
|Citing Patent||Filing date||Publication date||Applicant||Title|
|CN101518169B||24 Aug 2007||10 Aug 2011||日本电气株式会社||Portable terminal and thin case reinforcing structure|
|10 Nov 2004||C06||Publication|
|12 Jan 2005||C10||Entry into substantive examination|
|15 Nov 2006||C14||Grant of patent or utility model|
|10 Oct 2017||CF01|