DE102007059173A1 - Computer e.g. personal computer, has storage device i.e. flash memory, provided for storing and/or transporting information, switching unit switching between computing units, and operating units i.e. processing unit, processing information - Google Patents

Abstract

The computer has a communication unit (KE) comprising an input device for inputting information and an output device for outputting information. A removal storage device i.e. exchangeable flash memory, is provided for storing and/or transporting the information. A switching unit switches between computing units, and operating units (BE1, BE2) i.e. processing unit, processes the information. The storage device is connected with the communication unit. One of the operating units is designed such that exchange of the information over a communication network is enabled. Independent claims are also included for the following: (1) a mother board for forming a computer (2) a method for operating a computer.

Description

The The present invention relates to a computer system, in particular a computer Universal computing system in the form of a so-called personal computer (PC).

Further The present invention relates to a motherboard for training a computer system according to the invention and a method for operating a computer system according to the invention.

Computer systems, Motherboards for the design of computer systems, in particular motherboards in the form of so-called motherboards, as well as methods for the operation of Computer systems, in particular in the form of so-called, on the part of Computer systems running operating systems and / or in particular in Connection with operating systems on the part of computer systems executed application programs, are in the prior art in numerous embodiments and embodiments known. The previously known computer systems have disadvantages in terms the operational and user security.

By the worldwide development of increasingly intelligent application and Increase internet programs the problems for a safe and stable Operation of the computer systems, hereafter referred to as computer. So can especially about the Internet programs arrive on computer systems which the computer system after Spy out or spy on information or data, Manipulate information or data and / or information or data as well as sometimes the computer itself to destroy. Corresponding spying, Manipulation and / or destruction programs Accordingly, make significant personal, entrepreneurial and / or economic damage.

• – eine Zerstörung von Programmen (Anwendungsprogrammen) und/oder Betriebssystemen, beispielsweise durch sogenannte Viren und dergleichen,
• – ein Ausspähen von Nutzerdaten, beispielsweise mit sogenannten Keyloggern oder dergleichen,
• – ein Ausspähen von Programm- und Dateianwendungen, beispielsweise mit Uploads oder dergleichen,
• – ein Eindringen und eine Manipulation des Betriebssystem einer Rechenanlage, beispielsweise mit Trojanern oder dergleichen und
• – heimliche Uploads von Anwenderdateien auf die Rechenanlage.

The security problems of a computer system (PC) connected to a communication network such as the Internet include in particular

• Destruction of programs (application programs) and / or operating systems, for example by so-called viruses and the like,
• Spying on user data, for example with so-called keyloggers or the like,
• - Spying out program and file applications, for example with uploads or the like,
• - An intrusion and manipulation of the operating system of a computer system, such as Trojans or the like and
• - secret uploads of user files to the computer.

• – Antivirenprogramme,
• – Firewallprogramme,
• – Anti-Spamprogramme und
• – Systemüberprüfungs- und/oder Optimierungsprogramme.

So far, these various security problems have mainly been countered with security software programs. This includes in particular

• - anti-virus programs,
• - firewall programs,
• - Anti-spam programs and
• - System verification and / or optimization programs.

Further have to so far due to constant need for optimization of operating and / or Application programs vulnerabilities through automatic and / or manual program downloads are closed. These security programs can be, however, by also constantly evolving intelligent non-destructive, Manipulation and spying programs, for example, with so-called "bots", small computer programs or scripts, bypass.

• – einer fortwährend anwachsenden Inanspruchnahme von insbesondere unproduktiven Rechnerkapazitäten (Prozessor, Speicher, Festplatte, Arbeitszeit),
• – einer fortwährenden Erhöhung des Bedarfs an Rechnerkapazitäten,
• – ständig anwachsenden Kosten für Rechnerkapazitäten und/oder Sicherheitsprogrammen und
• – einer Erhöhung der Gefahr von Programmblockierungen und/oder Programmabbrüchen beziehungsweise Programmabstürzen, insbesondere von anspruchsvollen Anwendungsprogrammen wie CAD- oder Videoanwendungen, bei gleichzeitigem Parallelbetrieb mit Sicherheitsprogrammen oder dergleichen.

The situation resulting from the need to comply with a particular security standard requires the continual installation and / or updating of security programs. This leads to further problems in the operation of a computer system, in particular

• - a constantly growing demand for particularly unproductive computer capacities (processor, memory, hard disk, working hours),
• - a steady increase in computer capacity needs,
• - ever increasing costs for computer capacities and / or security programs and
• - An increase in the risk of program blocks and / or program crashes or program crashes, especially of demanding application programs such as CAD or video applications, while operating in parallel with security programs or the like.

Of the Invention is the object in view of this prior art underlying, while avoiding the disadvantages described the operation of Computer systems of the aforementioned type to improve, especially in terms the operational and / or safety of use.

For technical solution, the present invention proposes a computer system, in particular universally applicable computer system (personal computer (PC)), with at least one control and data transmission unit (communication unit (KE)) and at least two each of at least one arithmetic unit for processing information unit formed by information (BE1, BE2, ... BEx).

• – wenigstens eine Vorrichtung zur Eingabe von Informationen (Eingabevorrichtung,),
• – wenigstens eine Vorrichtung zur Ausgabe von Informationen (Ausgabevorrichtung),
• – wenigstens eine Einrichtung zum Speichern und/oder Transportieren von Informationen (Wechselspeichereinrichtung) und/oder
• – wenigstens ein Schaltmittel.

The control and data transmission unit (communication unit KE) advantageously has a plurality of communication parts (KT), comprising

• At least one information input device (input device),
• At least one device for outputting information (output device),
• At least one device for storing and / or transporting information (removable storage device) and / or
• - At least one switching means.

The Communication unit (KE) is advantageously provided with at least a switching means mutually with one of the at least two operating units (BE) connected to the at least one computing unit.

A preferred embodiment of the invention provides for the technical solution, a computer system, in particular universally applicable computer system (Personal Computer (PC)), with at least one input device information (input device), at least one device for outputting information (output device), at least two each of at least one arithmetic unit for processing Information and at least one device for storing Information (storage device), formed operating units and a control unit (communication unit) with at least a switching means, wherein the at least one switching means is formed, optionally one of the at least two operating units with the at least an input device and the at least one output device connect to.

Of the The invention is based on the finding that to improve the Operating and / or Security of use of computer systems another organization of Components of previously known computer systems promises success. It is with the inventively proposed solution a division into independent ones or self-employed, preferably application-specific operating units proposed which in traffic indirectly with each other the common communication unit are coupled. According to the invention is thus given a modularization, which makes restructuring more inflexible, more expensive and customer remote computer and network agglomerates as hardware in self-contained operating, specialized and / or application specific operating units and a common, independent and exchangeable communication unit with a computer implements.

The Communication unit of the computer system according to the invention advantageously at least one device for storing information, hereinafter also referred to as a removable storage device. That's it at least one switching means is formed, optionally one of the at least two operating units with the at least one removable storage device connect to. The removable storage device according to the invention is depending on the switching state of the switching means alternately times from one and another from another of the at least two operating units available. About the Removable storage device can the operating units thereby if necessary information or Exchange data with each other. The removable storage device is part of an advantageous embodiment of the invention the communication unit (KE) and / or can be connected to this. In a preferred embodiment of the invention, the removable storage device a preferably replaceable flash memory.

In a further advantageous embodiment of the invention is a the at least two operating units are designed and / or set up, exclusively an exchange of information about at least one communication network to allow, preferably using at least one communication protocol of the Internet. The operating unit forms according to the invention a so-called Internet operating unit.

In a further advantageous embodiment of the invention is a the at least two operating units are designed and / or set up, Applications with a focus on document editing, in particular including document creation, document formatting and / or Document presentation, to enable. The operating unit forms according to the invention a so-called office operating unit. Advantageously, the one of the at least two operating units trained and / or set up, exclusively focused on applications to enable on the document processing (office operating unit).

In a further advantageous embodiment of the invention is a the at least two operating units are designed and / or set up, Applications focusing on processing and / or playback of acoustic and / or optical data, in particular comprising Audio and / or video data such as MP3 and / or the like Audio and / or video formats.

In a particularly advantageous embodiment of the invention, the communication unit (KE) is at least partially formed and / or set up, a data exchange / data transport of Enable operating units. In this case, a parallel operation of the operating units is advantageously realized. For this purpose, the communication unit (KE) advantageously has control logic which preferably automatically controls the input, the output and / or the forwarding of incoming and / or outgoing data between the operating units. In a particularly preferred embodiment of the invention, user-specific or user-specific preferences and / or behavior patterns are automatically taken into account. The control logic of the communication unit (KE) learns virtually from the application behavior of the user or user what and how the user or user deals with data or data formats and / or applications and controls or switches the operating units demensprechend.

A sees further particularly advantageous embodiment of the invention before that the operating units each of a conventional universal computing system (personal computer (PC)) provided and / or are formed.

to technical solution The above object is further proposed by the present invention a motherboard for a computer system, in particular universally applicable computer system (Personal Computer (PC)), comprising a communication unit (KE) at least one interface for connecting a device for input of information (input device), at least one interface for connecting an apparatus for outputting information (output device), at least two interfaces for connecting each at least an operating unit for processing and / or storage of Information (removable storage device), and at least one switching means, wherein the at least one switching means is formed, optionally one of the at least two interfaces for connecting each at least one operating unit to connect, preferably with the at least one interface for connecting an input device and the at least one interface for connecting an output device.

A another solution beats in front, a motherboard for a computer system, in particular universally applicable computer system (Personal Computer (PC)), with a communication unit which at least an interface for connecting a device for inputting Information (input device), at least one interface for connecting an apparatus for outputting information (output device), at least two interfaces for connecting each at least an arithmetic unit for processing information (processing unit), at least two interfaces for connecting each at least a device for storing information (storage device), and a control unit comprising at least one switching means, wherein the at least one switching means is formed, optionally one of the at least two interfaces for connecting each at least one computing unit (processing unit) and one of at least two interfaces for connecting a memory device with the at least one interface for connecting an input device and the at least one interface for connecting an output device connect to.

A further advantageous embodiment of the invention is characterized by at least one interface for connecting at least one Device for storing and / or transporting information (Alternate storage device), wherein the at least one switching means is formed, optionally one of the at least two interfaces for Connection of an operating unit, one of the at least two interfaces for connecting at least one arithmetic unit and / or one of the at least two interfaces for connecting at least one memory device with the at least one interface for connecting the at least Interchangeable storage device to connect and thus the transport of data.

A further advantageous embodiment of the invention is characterized by at least one device for storing information (removable storage device), wherein the at least one switching means is formed, optionally one of the at least two interfaces for connecting an operating unit, one of the at least two interfaces for connection at least a computing unit and / or one of the at least two interfaces for connecting at least one removable storage device with the connect at least one storage device. advantageously, the removable storage device is part of the communication unit (Control unit, KE) and / or is the removable storage device connectable to the communication unit (control unit KE). In A preferred embodiment of the invention is the removable storage device a preferably replaceable flash memory.

A Particularly advantageous embodiment of the invention provides that one of the at least two operating units, one of the at least two arithmetic units and / or one of the at least two storage units are trained and / or set up, exclusively one Exchange of information about to allow at least one communication network, preferably under Use of at least one communication protocol of the Internet (Internet operating unit).

A Further advantageous embodiment of the invention provides that the communication unit and the operating units, the computing units and / or the memory devices at least partially formed and / or a parallel operation of the operating units, allow the computing units and / or storage devices.

The inventive motherboard is in a particularly advantageous embodiment of the invention usable for forming a computer system according to the invention, preferably for constructing a computer system according to the invention, in which the operating units each of a conventional universal computing system (personal computer (PC)) provided and / or are formed.

A Another advantageous embodiment of the invention provides a method for operating a computer system according to the invention, preferably a computer with a motherboard according to the invention to form a computer system, before, which characterized is that a switching means controls the communication unit in such a way, that a respective control and a respective data exchange between the parallel operating units is made possible.

According to one Another proposal of the invention is provided according to the method, the communication unit is an operating unit via the at least one switching means at least temporarily with the at least one Input device and the at least one output device connects and Accordingly, the at least one further operating unit at least temporary from the at least one input device and the at least one Output device disconnects (hardware separation).

According to one Another advantageous proposal of the invention is provided according to the method, the communication unit is an operating unit via the at least one switching means at least temporarily with the at least one Input device, the at least one output device and the at least one memory device connects and accordingly the at least one further operating unit at least temporarily of the at least an input device comprising at least one output device and the at least one storage device separates (hardware separation).

Vorteihafterweise the connection of the one operating unit and accordingly the separation of the at least one further operating unit depending on at least one input, preferably an input via the at least one input device. Another embodiment of The invention provides that the input device has a keyboard at least one separately formed button for turning on, switching and / or Separating the operating units has.

• – Systemprogramme (Geräte, Netzwerk, etc.)
• – Internetprogramme (Explorer, Outlook, etc.)
• – Anwendungsprogramme (Office, Grafik, CAD, etc.) und
• – Sicherheitsprogramme (Antiviren, Antispam, Firewall, etc.).

The solutions proposed by the present invention individually and / or in combination with each other, the details, features and advantages described below with reference to a more concrete embodiment, without, however, being limiting for the objects of the present invention. The embodiments listed below (text and / or figures) relating to the invention are embodied in a form customary for technicians. Specifically, the following should be noted: All computer systems, ie computers, personal computers, servers and the like are today equipped with a single operating system, for example Windows, Linux, Solaris, Mac or the like, hereinafter also called a mononaric operating system. This single operating system usually ensures the operation of all application programs as well as the use of user files. Today, between about 50 and about 60 applications can sometimes be executed simultaneously, for example, applications such as:

• - System programs (devices, network, etc.)
• - Internet programs (Explorer, Outlook, etc.)
• - Application programs (Office, Graphics, CAD, etc.) and
• - Security programs (antivirus, antispam, firewall, etc.).

At the Intrusion of destructive, Manipulation and spying programs is thus usually the entire computer system as well as the sometimes tethered Network threatened in its security (user security).

Furthermore leads the Parallel operation of all different programs to a high vulnerability the operational and system stability (Operating reliability).

Around To reorganize user and operational security qualitatively and to reduce costs, the invention provides, today's mononary, expensive, elaborate, vulnerable and insecure computer and network agglomerate as hardware new into independent, to structure safety-relevant application operating systems and via a temporary communication unit to network.

The invention advantageously comprises two new areas of the computer system or of the computer. On the one hand, this is the formation of individual, independent, application-specific and parallel operating units, in particular an Internet area and a Office area, by novel, preferably polynary computer systems (derivative of "poly" - much and - "nar" unit, "binary" - consisting of two units, "trinary", quadratic, etc.). On the other hand, this is a novel, productive interaction of the individual operating units within the computer with an intelligent, temporarily connect and disconnect switch unit as part of the communication unit (switch over to - to secure).

According to the invention this further developed KVMF switch unit as a communication unit designated and is provided with a switching means according to the invention, the temporary necessary operation of the respective application-specific operating units or user application programs (KVM keyboard, Video, Mouse) and the necessary temporary data exchange (F-Fileswitch) saves.

With The invention results in significant new operational and safety engineering as well as economic benefits in computer use:

1. Operational safety

• a) In the respective specific operating units (Internet and office) are no longer the installation and the operation of complete and expensive mononic operating systems, such as Windows or Linux, required. Except for the base operating system are only the appropriate program applications for each Scope required (Explorer, Outlook, etc.). Here exists a new field of development for lean, application-specific operating systems.
• b) By the parallel triggered by the user respective Program applications in the separate operating units (for example Data transmission in the Internet area, rendering of a 3D animation in the office area) even lower computer resources are used economically and mutual blocking of resource-intensive programs or entire system crashes prevented. The constantly new costly increase the power reserves (processor, memory, hard disk) is not necessary.
• c) By the communication unit according to the invention is the mutual backup and provision of the two operating updates for the Recovery from system blockages or crashes quickly and automatically through the computer unit still in operation possible. expensive and time-consuming new installations can be eliminated.
• d) The updating of the at least two operating units through the servers of the software companies takes place in different ways. The operating system and the programs in the Internet operating unit are updated by automatic downloads, which also commonly detected vulnerabilities Internet programs (Explorer, Outlook, etc.) are closed. As the office applications in the computer system according to the invention also hardware are decoupled from the Internet, is a download of general vulnerabilities no longer necessary in these office programs. The flood of data is thereby contained. The update of the office operating unit and its application programs is controlled by the user via the communication unit. The updates are in the Internet operating unit of the respective Servers in the memory (FlashMemory) of the communication unit loaded and additional if required to running antivirus programs through portable apps programs checked for viruses, etc. Connect These updates are hardware-related with the communication unit from the Internet operating unit decoupled and staggered, preferably after a few milliseconds, coupled to the office operating unit. As part of the regular program maintenance can now the updates in the office operating unit controlled and without security risks be installed.

2. User security

• a) Through the formation of individual self-employed, application-specific and parallel operating units (preferably Internet area and office area, furthermore preferably in particular Data server area, web server area) will be new security and Maintenance standards possible, the previously in mononary Operating systems can not be realized. This is how the Internet operations unit becomes as a particularly to be operated contamination area, the office operating unit as a cleanroom area to be operated in particular and the communication unit as specifically defined to be operated lock area.
• b) To eliminate the risk of contamination in the Internet operating unit it is due to independence of user-specific office programs advantageously possible here to use a lean operating system as SteadyState, which a reset of the operating system with each new start of operation in the initial state. An "implant" of keyloggers or Trojans in the operating system is therefore not according to the invention more is possible.
• c) The application-specific profile of the Internet operating unit preferably includes the permanent and effective operation of anti-virus or anti-Trojan programs and other secure programs (firewall, antispam, etc.). By decoupling office programs, the security software structure can be further developed in terms of its effectiveness and up-to-dateness.
• d) By the hardware separation of the operating units, preferably Internet operating unit and office operating unit, is a penetration of spyware or viruses from the Internet into the office area not possible. The Communication unit contains for the fileswitch between the operating units a FlashMemory with its own portable apps, small application programs in addition to antivirus or Anti-Trojan programs in the Internet operating unit an additional Examination of the Fileswitch to allow viruses or Trojans.
• e) In the office operating unit is thus advantageously also for resource conservation no installation and no permanent Operation of anti-virus or anti-Trojan programs required. Just for regular system maintenance can the ongoing in the Internet area updated portable apps of the communication unit advantageously for checking Viruses or Trojans are used. Thus, it is possible according to the invention Office operating unit despite the lack of Internet access with the latest To check antivirus programs without that the antivirus program or the like security programs must be installed in the operating system itself. This will also become rare Contaminations over external data carriers, For example, CD, DVD, USB stick or the like detectable and can be eliminated according advantageous.
• f) Office programs installed in the office operating unit, For example, Word, Excel, CAD, video or the like, can by the decoupling of the Internet area no independent, often unwanted and unrecognizable connections to the servers of the software companies. This is also a spying of user data by the software companies no longer possible. The licensing of programs can advantageously by license key over the Internet operating unit or by phone. By the preferably internet-enabled Computer system, in the present case also called binary computer, but is an uncontrolled and unwanted Spying on Application programs and user data by the various software companies or similar spy locked out. As these application programs are advantageous in the invention foreclosed Clean room area are in operation, program updates (Program updates) via the communication unit or via CD or the like medium controlled by the user installed.

Further Details, features and advantages of the invention will become apparent below with reference to the embodiments illustrated in the figures of the drawing closer to the invention explained. Showing:

1 in a schematic diagram of an embodiment of a configuration of a computing system according to the invention;

2 in a schematic schematic diagram of an embodiment of a motherboard according to the invention for forming a computer system according to the invention;

3a in a schematic schematic diagram of an embodiment for the operation of a computing system according to the invention (operating mode A - office workspace);

3b in a schematic schematic representation of another embodiment for the operation of a computing system according to the invention (operating mode B - Internet workspace);

4 in a schematic diagram of an embodiment of functionalities of a computer system according to the invention;

5 in a schematic schematic diagram of an embodiment of an operating configuration of a computer system according to the invention in comparison to a computer system according to the prior art;

6 in a schematic diagram of an embodiment of a network according to the invention with computer systems according to the invention;

7a in a schematic schematic diagram of another embodiment of a computer system according to the invention;

7b in a schematic schematic diagram of another embodiment of a computer system according to the invention;

8th in a schematic schematic diagram of another embodiment of a motherboard according to the invention for forming a computer system according to the invention;

9 , in a schematic diagram of an embodiment of an inventively designed as a crash system and / or set up computer according to the invention for protection against Internet attacks;

10 in a schematic Prinzipdar setting an embodiment of a remote control according to the invention of a computer system according to the invention;

11 in a schematic schematic diagram of an embodiment of an inventively according to the invention for the management, processing and / or exchange of messages (e-mails) and / or contact data of messages (e-mails) trained and / or equipped inventive computer and

12 in a schematic schematic diagram of an embodiment of an automatic control system according to the invention for user-independent data processing with a computer system according to the invention.

The present description of the invention relates to a basic system a polynary computer according to the invention, below also binary computer called. This binary computer exists in this case two, over a communication unit mutually indirectly coupled, independent application-specific Operating units:

Technical structure ( 1 ):

From the communication unit (control unit, KE) is present a KVM switch respectively KVM switch with USB 2.0 sharing, preferably a USB stick, used a portable USB 2.0 hard disk or the like.

Of the KVM switch allows in this case access by means of a keyboard (keyboard), a Monitors (video) and a mouse (mouse) on at least two to up to 2,000 computers or computers, as required and / or expansion stage. For this purpose one connects all operating units using system cables with the KVM switch. The switchover takes place then over the keyboard is preferably displayed via an on-screen display.

Appropriate intelligent, modular switches serve, among other things, a management of Server systems or the like. Provided are appropriate switches as single-user and multi-user versions. They run preferably completely independent of a network and therefore also the platform used. Next the standard connections for a- and output devices, particularly VGA and PS / 2, are a variety provided by adapters or interfaces for other systems, for example SUN, MAC, ASCII terminal or the like. By saving unnecessary ways (= Working hours), expensive equipment (only a monitor) and precious space in the server room the switches for Network administrators an even more efficient way of working.

These new operating advantages of the invention enable the communication unit it, that on a motherboard of a computer system also two or more independent, differently specialized operating systems as operating units with each with its own processor, memory and hard drive integrated and also can be controlled.

Already Today there are many modifications of motherboards for computer systems (Motherboard) with dual components (processors) to improve performance to increase. The so-called dualboard is a system introduced in the computer industry, where two processors are located on a motherboard. Other multiprocessor applications supporting motherboards for computer equipment are also known. Unlike the present invention However, all of these dual board modifications only serve the operation of a single one Operating system. Also a likewise well-known dualboot of the operating system is a pure software solution and allows just starting one of the two possible operating systems.

The computing system according to the invention 1 was developed here for the parallel operation of operating systems based on a computer virtualization software. Four virtualization programs have been developed here. These virtualization programs use the hardware resources available from a running Windows operating system (host PC) to simulate a virtual machine (guest PC). In a separate program window, the virtual operating system can be controlled. On the hard disk of the host PC, an image file is created for the guest PC, in which all data and programs of the host PC are "shielded." The use of the hardware of the host PC by the guest PC (USB, Network, CD player, printer, etc.) is associated with many complications and can not be adjusted problem-free.As processor and memory are used by both operating systems, the performance capacities are very quickly exhausted.Virtual operating systems are mainly for testing operating systems or for suitable for private use, without damaging the existing operating system For commercial operation, virtual operating systems or servers are not suitable, which as a software solution have only minimal protection against hackers or malicious programs.

For the simultaneous operation of two operating systems at a workstation, today there are further diverse software solutions. About Re Computer-to-desktop connections to other computers allow simultaneous operation of two separate computers. Compared with the solution according to the invention for temporary coupling to only one of the at least two specialized operating units, in particular in a remote desktop connection, both spatially separate computer systems are simultaneously connected via a communications network such as the Internet or an intranet (internal network). For a secure, hardware-side decoupling of programs, especially Internet programs and office programs, not possible. Spying programs or viruses can enter the linked operating systems over the network. Furthermore, there are significant operating costs for two computers and a permanent unprotected data exchange is very time consuming and system prone.

Operation of the at least two specific operating units of the binary computer with screen, keyboard and mouse ( 2 . 3a and 3b ):

About the inventive communication unit is the operation of the two separate, on the hardware safely separated and specialized operating systems of the binary computer easily possible.

Corresponding the application goal can be both operating units with their respective operating systems advantageously each separately via a or two screens. As the communication unit advantageously only ever be connected to an operating system, can in a two-screen solution on the first screen the current operable operating system displayed on the second screen and the just independent of User running applications or programs observed become.

Of the Advantage of the two-screen solution becomes particularly clear when, for example, when operating a Office program in the office operating area at the same time the entrance or the sending of e-mails in the decoupled Internet operating area can be observed. The two-screen solution thus increases labor productivity by one Many times over. The user can talk about the communication unit fast at any time - within from a few milliseconds - to connect the Internet operating area and trigger program activities, without that the running applications are interrupted in the then decoupled office operating area Need to become. This "switchworking" on a binary computer according to the invention allows a not yet known effective, that is in particular fast, secured and with other users the Internet or an internal network networked computer team work. However, according to the invention even with only one screen protected "switchworking" possible.

Data exchange between the at least two specific operating units of the binary computer:

The inventive communication unit is with a USB 2.0 sharing interface for the common Use of printers, scanners or other peripheral devices at least two different computers (PCs) equipped. The USB 2.0 sharing interface of the communication unit allows it advantageously peripheral, independently operated data carriers such as Hard disks, USB memory sticks or the like storage devices quickly to the respective operating range to be operated by the computer system according to the invention to dock. The advantage of so-called peripheral switch hard disks lies in the enormous storage capacity, the disadvantage in that over the BIOS of the respective operating area controlled only after a few seconds Log in to the respective operating system.

A Alternative places so-called flash memory, for example of USB memory sticks In a fraction of a second, the flash memory of the BIOS detected and integrated in the operating system. The disadvantage of Flash memory consists in the limited life, which in a maximum Number of erase cycles specified (currently about 10,000 to 100,000 cycles for NOR flash and up to about 1,000,000 for NAND flash). Another disadvantage is the still relatively low storage capacity of NAND Flash memories with about 4 gigabytes and NOR flash memory with about 86 megabytes Storage capacity.

For the motherboard according to the invention for forming a computer system according to the invention (binary computer) Therefore, it is advantageously provided that flash data storage - even FlashMemory called - not firmly on the motherboard (motherboard) is integrated, but how Hard drives or the like over a USB interface as mobile and / or replaceable flash data storage units be provided. An extension of the Flash data storage via USB 2.0 interfaces with USB memory sticks or the like is in particular via appropriate connections in the front area of the computer system according to the invention (binary computer) possible.

The inventive control system of the communication unit with keyboard (keyboard), monitor (video) and a mouse (mouse), which in the present case is preferably integrated on the motherboard (motherboard), according to the invention by extended at least one further control element, in this case by the peripheral data storage as a removable data storage (Flash Memory). Thus, the developed communication unit of the binary computer as a component of the motherboard present KVMF switch and thus allows by mutual coupling and uncoupling to the two specific operating systems or operating units secure and fast data transfer.

The Invention thus offers particular advantages for effective computer teamwork.

Software company For example, Microsoft or the like, have been working for some Years of software solutions, the effective synchronous team work on programs or projects enable should. These programs are called SharePoint programs. Two SharePoint programs are known: Windows SharePoint Services, a web application that works as a common Information Store serves different users, and Microsoft Office SharePoint Server (MOSS) - a web portal for the synchronous team work on projects. All of these software solutions for computer team work on the Internet are indeed with security devices such as passwords or User registries protected, through special programs of software companies serving as tools or corresponding tools developed by hackers (Tools) can but the data and results of teamwork are spied out over the internet. In practice, there is also a very cautious acceptance of these teamwork programs about the Internet through the users. A safe, intangible teamwork on the contaminated Internet is advantageously using the binary computer according to the invention allows. The Internet with its security risks and threats can not according to the invention more as before considered as an interactive work platform, but as an interactive data network.

By the hardware-side security structure of the binary computer according to the invention can the office operating system as a "clean room area", the Internet operating system as a "contamination area" and the communication unit be defined as a "lock". Advantageously, according to the invention requirements, experiences and regulatory principles from the clean room technology, as for example are given in the semiconductor and / or pharmaceutical production, accordingly implemented.

The operational and user-friendly productive work with the files take place in the "clean room area" of the binary computer according to the invention. The exchange of data with the work team takes place via the "contamination area." The "lock", ie the communication unit, takes over here as personal Switching the user an increasingly important role.

The FlashMemory has its development capabilities as part of it the communication unit of the binary computer according to the invention advantageously in its operational function as a mobile data storage. Advantageously, it is possible own small programs - as portable apps - appended to this FlashMemory to install.

To the coupling to the respective application-specific operating unit or the respective specific operating system can Programs are started. For example, if this startup occurs in the Internet operating unit, can be updated through software updates become. Portable apps software is presently advantageously processed as a packed archive, which only in one directory must be unpacked on the FlashMemory without being system-specific Installation programs needed become. Thus, portable apps ideally leave no trace on the host system (for example, in the registry, in the user profile or similar).

• – Ver- und Entschlüsselungsprogramme
• – Antiviren-, Antitrojanerprogramme oder dergleichen
• – E-Mail-Programme
• – Datensynchronisationsprogramme und
• – weitere „intelligente" Programme.

For the FlashMemory in the binary computer according to the invention can be advantageously run the following portable apps as their own programs:

• - encryption and decryption programs
• - Anti-virus, anti-Trojan programs or the like
• - E-mail programs
• - Data synchronization programs and
• - more "intelligent" programs.

Thus, the FlashMemory as part of the communication unit according to the invention of the binary computer according to the invention not only ensure the secure data exchange between "clean room area" and "contamination area", but advantageously also perform their own logistics, security and optimization tasks by activating special programs in each work area. With these "intelligent" portable apps, the work productivity in the binary computer according to the invention can be substantially increased.Here is a range of new software developments, in particular to increasingly automate the secure data exchange between the binary computers preferably linked via the Internet according to the invention ( 4 and 5 ).

Network, in particular company network, with binary computers according to the invention:

The inventive binary computer he advantageously allows the construction of a new polynary computer system. Thus, for a computer network according to the invention with binary computers according to the invention, a binary network according to the invention with new performance and security effects can be constructed ( 6 ).

As already shown in the case of the binary computer according to the invention (cf. 1 and 5 ), there are at least two specialized operating units with operating systems, a so-called "clean room area" and a "contamination area". Thus, the network according to the invention is advantageously constructed with double cables.

According to the motherboard layout according to the invention (compare in particular 2 . 3a and 3b ), the PCI slots for network cards or integrated network technology are assigned to the respective operating system with CPU A or CPU B in the present case. In the present case, shielded network cables are used, so-called CAT5 or CAT7 cables, which have eight wires, depending on the required data transmission power. The connectors of the network cables are presently called RJ45 plug. Thus, the binary computer according to the present invention has two RJ 45 slots. To avoid confusion, the plug-in guides of the RJ 45 plug are advantageously designed differently for the right and left plug-in direction. It is also possible according to the invention to produce a double plug (multimode plug) based on an RJ45 plug or socket and / or a double cable (multimode cable) with a total of 16 wires. This advantageously keeps the clarity of the binary network according to the invention. Identical configurations of a binary network are advantageously also feasible with USB cables and plugs.

About two HUBs or a binary HUB, the individual binary computers according to the invention in this case are star-shaped with each other connected. about a router, and / or over a web server, the connection of the Internet operating systems takes place the various operating units of the binary computer according to the invention via the illustrated "contamination cable" to the Internet. It is also provided according to the invention a binary server according to the invention to configure a web server as a "contamination area" and a data server uniformly operated as a "clean room area" can. This will allow network administrators, even through the inventive communication unit the necessary updates and other operating software safely in the binary network to install and regular maintenance the two server operating units.

The present invention further provides an open polynary computer system with binary computers according to the invention. In 7a and 7b are schematic diagrams for the construction of a trinary computer according to the invention ( 7a ) with three specific operating units and a quadratic computer ( 7b ) with four specific operating units. All polynary computer systems according to the invention with their independent application-specific operating units are mutually indirectly coupled via a KVMF switch according to the invention, so that either one of the operating units can be connected to the at least one input device and the at least one output device and the other operating units corresponding to the at least one input device and the at least one output device are separable.

Conversion of conventional universally usable computer systems (personal computer (PC)) into a computer system according to the invention ( 8th ):

The inventive motherboard allowed in a further preferred embodiment of the invention advantageously conventional Universal computing systems (Personal Computer (PC)) without huge Effort and in particular without extensive knowledge in the field the PC technology in a short time in a powerful and In particular, to convert data-safe binary computer according to the invention. The inventive motherboard forms in the present case a so-called binary box according to the invention, to the conventional universal usable computer systems (personal computer (PC)) as operating units can be connected.

One particular advantage of the conversion of commercially available PCs in a binary computer is the receipt of the known and configured operating system and all user programs on the existing PC. A new installation to set up the secure office operating system on the existing one PC is not required.

With the connection of the binary box according to 8th First, the new Internet applications with security programs are configured user-specifically. Compared to conventional PC extensions via FileSwitch, all user files (Internet Explorer, Outlook, e-mail, etc.) can be transferred directly from the existing PC. The "user-free" Internet operating area is thus set up in a user-friendly manner in a short time.To increase security, an update of the new operating system is created and via FileSwitch stored in the office operating system.

To Creating backup copies on the existing PC can be used for Conversion to a data-protected office operating system all Internet applications and security programs (antivirus, antispam, etc.) disabled or deleted become. With appropriate cleaner programs, such as TuneUp Utilities 2007 or the like, the "garbage" from the Internet, such as registrations or the like, are removed.

Furthermore The existing operating system is advantageously known with System programs undergo an in-depth system analysis, in particular to eliminate possible "service brakes" and "contamination". Thus, will the required "clean room area" for the office operating system manufactured to ensure long-term undisturbed operation and user safety manufacture. After such appropriate restructuring and gutting measures on the existing PC and the conversion into a data-protected Office operating system will increase the computer speed, as economic Advantage of converting to a binary computer, significantly increasing without that an upgrade of the existing PC is required.

With the binary box according to the invention it advantageously allows to serve the existing computer market to a new Internetvernetztes invention Computer system for effective teamwork and protection of user data and create user files with low capital expenditure.

• 1. Durch einen über das Internet erfolgenden Angriff (Internetattacke) auf die Rechenanlage fällt das Internetbetriebssystem komplett aus (Absturz der Internetbetriebseinheit und dergleichen).
• 2. Durch die erfindungsgemäß gegebene hardwareseitige Abkopplung der Officebetriebseinheit der Rechenanlage kann im Officebereich ohne Störungen weiter gearbeitet werden beziehungsweise die Officebetriebseinheit der Rechenanlage weiter störungsfrei genutzt werden.
• 3. Vorteilhafterweise befinden sich aufgrund der vorzugsweise automatisiert über die die Kommunikationseinheit (auch Kontrolleinheit genannt) der Rechenanlage und deren Steuerlogik erfolgenden Systempflege keine individuellen Daten, insbesondere Nutzerdaten, im Bereich der Internetbetriebseinheit (Internetbetriebssystem), so dass damit auch kein Datenausfall und/oder Datenverlust gegeben ist.
• 4. Die Internetbetriebseinheit (Internetbetriebssystem) der Rechenanlage wird vorzugsweise automatisiert heruntergefahren beziehungsweise ausgeschaltet. Dabei kann die Officebetriebseinheit (Officebetriebssystem) der Rechenanlage weiter betrieben werden und dementsprechend mit selbiger weiter gearbeitet werden, insbesondere ohne Zeitverluste in der Bearbeitung (Computerarbeit).
• 5. Der Datenspeicher, vorliegend einer Festplatte, der Internetbetriebseinheit (Internetbetriebssystem) der Rechenanlage ist vorzugsweise mobil nutzbar ausgebildet und befindet sich vorliegend beispielsweise in einem IDE-Festplattenwechselrahmen. Die quasi defekte Festplatte wird dann durch eine mit dem Internetbetriebssystem vorkonfigurierte Festplatte ausgetauscht. Als Datenspeicher können statt einer Festplatte auch andere mobile Datenspeicher Verwendung finden, insbesondere Flashspeichermedien (beispielsweise USB-Sticks) oder dergleichen.
• 6. Die Internetbetriebseinheit der Rechenanlage wird dann mit dem Internetbetriebssystem auf der neuen Festplatte hochgefahren und die Internetbetriebseinheit (Internetbetriebssystem) der Rechenanlage ist nach wenigen Sekunden wieder betriebsbereit und nutzbar. Vorliegend wird so vorteilhafterweise unter Nutzung der erfindungsgemäßen Kommunikationseinheit das nutzerspezifische Backup in die Internetbetriebseinheit beziehungsweise das Internetbetriebssystem der Rechenanlage eingebracht und vorzugsweise automatisch installiert.
• 7. Die quasi defekte Festplatte kann zur Schadens- und Ursachenanalyse und/oder zur Wiederherstellung an einen Systemadministrator oder dergleichen gegeben werden.

9 shows an embodiment of an inventively designed as a crash system and / or set up computer according to the invention for protection against Internet attacks. In the present case, the Internet operation of the computer system (binary computer) is restored without undisturbed continued operation of the other operating unit, in the present case an office operating unit, without data loss, in the present case within an advantageously predeterminable time period of approximately 60 seconds. The following steps are necessary:

• 1. By a take place via the Internet attack (Internet attack) on the computer system, the Internet operating system completely fails (crash of the Internet operating unit and the like).
• 2. By virtue of the hardware-side decoupling of the office operating unit of the computer system according to the invention, it is possible to continue working in the office area without disturbances, or the office operating unit of the computer system can continue to be used without interference.
• 3. Advantageously, due to the preferably automated via the communication unit (also called control unit) of the computer system and their control logic system maintenance no individual data, especially user data, in the range of Internet operating unit (Internet operating system), so that thus no data loss and / or data loss given is.
• 4. The Internet operating unit (Internet operating system) of the computer system is preferably automatically shut down or turned off. In this case, the office operating unit (office operating system) of the computer system can continue to be operated and accordingly continue to work with it, in particular without loss of time during processing (computer work).
• 5. The data storage, in this case a hard disk, the Internet operating unit (Internet operating system) of the computer system is preferably designed to be usable mobile and is presently for example in an IDE hard disk exchange frame. The quasi-defective hard drive is then replaced by a hard drive preconfigured with the Internet operating system. As a data storage, other mobile data storage can be used instead of a hard drive, in particular flash memory media (for example, USB sticks) or the like.
• 6. The Internet operating unit of the computer system is then started up with the Internet operating system on the new hard drive and the Internet operating unit (Internet operating system) of the computer system is ready for use and usable again after a few seconds. In the present case, the user-specific backup is thus advantageously introduced into the Internet operating unit or the Internet operating system of the computer system and preferably automatically installed using the communication unit according to the invention.
• 7. The quasi-defective hard disk can be given to a system administrator or the like for damage and cause analysis and / or recovery.

• – Beseitigung von Emissionen (Strahlung, Lärm und dergleichen) der Rechenanlage am Arbeitsplatz;
• – keine zusätzlichen Gestaltungsaufwendungen (Designkosten) für eine fernbedienbare Rechenanlage;
• – Nutzung des SMB-Protokolls für die Steuerung der erfindungsgemäßen Rechenanlage (Binärcomputer);
• – zentrale Wartungsmöglichkeiten für die erfindungsgemäße Rechenanlage (Binärcomputer);
• – direkte Anbindung der erfindungsgemäßen Rechenanlage (Binärcomputer) an einen Server und/oder das Internet;
• – Vereinfachung der Installation und/oder Reduzierung des Installationsaufwandes.

10 shows an embodiment of a remote control according to the invention of a computer system according to the invention (binary computer). In this case, the computer system is arranged decentralized to the workstations (screen operating system A (office applications), screen operating system B (Internet applications), input devices, memory (Flash Memory)), in this case, for example, at a distance between 10 m to 100 m via a CAT5 cabling. The remote controllability of the computer system according to the invention (binary computer) has in particular the following economic and / or technical advantages:

• - Elimination of emissions (radiation, noise and the like) of the computer system at work space;
• - no additional design costs (design costs) for a remote-controlled computer system;
• - Use of the SMB protocol for the control of the computer system according to the invention (binary computer);
• - Central maintenance options for the computer system according to the invention (binary computer);
• - Direct connection of the computer system (binary computer) according to the invention to a server and / or the Internet;
• - Simplification of installation and / or reduction of installation effort.

• – Effektive Bedienung der Software (hier beispielhaft Outlook 2007) ohne Internetverbindung;
• – kein Ausspähen von E-Mails und/oder Dateianhängen von E-Mails in der Dateistruktur des Betriebssystems;
• – kein Ausspähen von Passwörtern, Verschlüsselungsroutinen, Schlüsseldaten und/oder dergleichen;
• – keine automatischen Verbindungen zu Softwareanbietern (hier beispielhaft Microsoft) für Aktualisierungen der Software (Downloads) oder dergleichen unbemerkte Aktivitäten;
• – Aktualisierungen (Updates) für Software (hier beispielhaft Outlook 2007) nur über die Kommunikationseinheit durch den Nutzer beziehungsweise Anwender;
• – gelangen dennoch Ausspäh-Dateien in den erfindungsgemäßen Reinraumbereich, sind diese in diesem erfindungsgemäß „gefangen" und können durch Hacker über das Internet nicht gesteuert werden;
• – es kann Sicherheitssoftware speziell für die erfindungsgemäße Rechenanlage (Binärcomputer) zum Aufspüren von selbstaktiven Internetverbindungsprogrammen entwickelt werden;
• – es werden keine E-Mails und/oder Dateianhänge von E-Mails in der Dateistruktur des Betriebssystems gespeichert;
• – der E-Mail-Verkehr hinterlässt keine Spuren in der Software oder Betriebssystem des Internetbetriebsbereiches (hier beispielhaft Outlook 2007);
• – ohne eingeloggtes FileSwitch der Kommunikationseinheit startet die Software (hier beispielhaft Outlook 2007) nicht;
• – die Software (hier beispielhaft Outlook 2007) läuft nicht permanent sondern nur dann, wenn der Nutzer beziehungsweise Anwender sich mit beziehungsweise über den FilsSwitch der Kommunikationseinheit in dem Betriebssystem eingeloggt hat;
• – ein automatischen Herunterladen (Download) von E-Mails ohne Aktivität des Nutzers beziehungsweise Anwenders ist nicht mehr möglich;
• – es gibt keine unbeabsichtigte Verweildauer von E-Mails im Internetbetriebsbereich;
• – E-Mails können nur mit eingeloggtem FileSwitch der Kommunikationseinheit aus dem Internet abgerufen werden;
• – der FileSwitch der Kommunikationseinheit wird vorzugsweise in Form eines USB-Sticks oder dergleichen zum mobilen Sicherheitsschlüssel des Nutzers beziehungsweise Anwenders der erfindungsgemäßen Rechenanlage (Binärcomputer).

11 shows an embodiment of an inventively according to the invention for the management, processing and / or exchange of messages (e-mails) and / or contact data of messages (e-mails) trained and / or equipped computer according to the invention. In the present example, the software Outlook 2007 from Microsoft is installed on one of the operating units of the computer system according to the invention. Outlook 2007 enables e-mail traffic in particular. By means of the computer system according to the invention, a binary program within the meaning of the present invention is provided with appropriate control by the control unit of the computer system according to the invention, in particular without the software (in this case for example Outlook 2007) having to be modified itself. This is achieved advantageously by an inventively changed file management. There are the following advantages over the prior art:

• - Effective operation of the software (here example Outlook 2007) without Internet connection;
• - no spying on e-mails and / or file attachments of e-mails in the file structure of the operating system;
• No spying of passwords, encryption routines, key data and / or the like;
• - no automatic connections to software providers (here Microsoft, for example) for software updates (downloads) or similar unnoticed activities;
• - Updates (updates) for software (here example, Outlook 2007) only via the communication unit by the user or user;
• - Spying files nevertheless reach the cleanroom area according to the invention, are "trapped" in this invention and can not be controlled by hackers via the Internet;
• Security software can be developed especially for the computer system according to the invention (binary computer) for detecting self-active Internet connection programs;
• - no e-mails and / or file attachments of e-mails are stored in the file structure of the operating system;
• - The e-mail traffic leaves no traces in the software or operating system of the Internet operating area (here, for example, Outlook 2007);
• - without the logged-in FileSwitch of the communication unit, the software (here Outlook 2007 for example) does not start;
• - the software (here example Outlook 2007) does not run permanently but only if the user or user has logged in with or via the FilsSwitch the communication unit in the operating system;
• - An automatic download (download) of e-mails without activity of the user or user is no longer possible;
• - there is no unintentional retention of e-mails in the Internet operating area;
• - E-mails can only be retrieved from the Internet with the FileSwitch of the communication unit logged in;
• - The FileSwitch the communication unit is preferably in the form of a USB stick or the like to the mobile security key of the user or user of the computer system (binary computer) according to the invention.

In connection with 12 In the following, a preferably automatic control system for user-independent or user-independent data processing that can be implemented with the computer system according to the invention (binary computer) is described, which is also advantageously the subject of the present invention.
As already explained, an object of the present invention is the development of a computer system for highly effective and protected data processing.

A sees further particularly advantageous embodiment of the invention before that the communication unit of the computer system according to the invention (Binärcomputer) preferably the KVMF switch as an automatic control system the computer system (binary computer) a user-independent or user-independent data processing allows.

The Basic question of the development of highly complex "intelligent" automatic computer systems is how files use their own, even spatially and / or temporally acting automatic control system in the respective Operating systems of the computer system according to the invention (binary computer) independent according to given goals can be edited by the user.

With Computer systems according to the state of technology over today though the Internet automatic updates, for example, for operating systems like Windows, for the updating of anti-virus programs, or the like, but own automatic control systems for processing files according to given goals without presence of the user there is so far Not.

As already explained the computer system according to the invention (Binärcomputer) because of their design as a new, effective security computer between internet and office operating system. The communication unit (KVMF switch) the computer system according to the invention advantageously has a "passive" AutoScan function, which is preferably set via a screen menu (OSD) can be. By setting a time interval, the activities all connected operating areas (PCs (operating systems)) individually queried and monitored become. In the on-screen menu is Advantageously, the state of logging in of the communication unit (KVMF switch). This screen menu is presently advantageous generated by the communication unit (KVMF switch) and via the actual screen played. The on-screen menu has an effect So not on the individual PC operating systems or the software functions the computer system according to the invention (binary computer) out.

Of the KVMF switch - below Also called communication unit - remains present for a preset Time at each interface (screen unit) before moving to the next operating area (Operating system) of the computer system according to the invention automatically continue on. When the AutoScan mode is active, the mouse and keyboard can communicate with each other can not be controlled, which is present in automatic mode also not wanted. This will prevent accidental operation mouse or keyboard, the data flow is interrupted and data or synchronization errors arise. These could otherwise be faulty Mouse movements or incorrect keystrokes lead.

A Further advantageous embodiment of the invention provides that exclusively the communication unit with a FileSwitch (removable data storage) is coupled. The AutoScan mode switches the communication unit not only with the screen, but also with the removable data storage into the respective operating system. The removable data storage is as hardware from the BIOS of the respective operating system in seconds recognized and as additional Data folder (drive) integrated into the data directory.

As already described, can installed on the removable data storage own small application programs become (portable applications). Not only can these application programs temporary as independent Programs executed in the respective operating system, but also as a sub-program one, on running a different operating system master program.

such Application programs on the removable storage of the communication unit are advantageously so configurable that this in the automatic Integration into the operating system also start automatically, for example like when automatically starting a CD in a CD-ROM drive a computer system (PC).

An advantageous application is in an automatic e-mail server according to the invention (compare in particular 11 and the remarks associated with 11 ) in a corresponding AutoScan operation according to the invention as a binary server according to the invention as given (cf. 12 ):
If AutoScan logs on the removable unit of the communication unit into the Internet operating system, the Outlook data folder or a corresponding small program located on it triggers an impulse to activate the Outlook program installed in the respective operating system. The thus activated Outlook program in the operating system logs advantageously automatically in the server of the provider / company server or the like computer and retrieves all temporarily received e-mails according to the set e-mail addresses on the removable data storage. By appropriate program settings and by anti-virus and spam programs is advantageously carried out a check and / or sorting of e-mails.

To Completion of these program activities the communication unit with the removable data storage and the "real" verified e-mails automatically after a time interval via AutoScan from the Internet operating system logged out and then Log in to the office operating system in seconds.

in the Office operating system is the master program of Outlook with all Main folders and user-related subfolders according to the respective e-mail address Installed. Again, by logging in the removable disk in the office operating system gives an impulse to activate the installed Master program of Outlook.

This enabled Outlook program automatically reads present on the removable disk ger current Outlook data folder and moves the e-mails according to the different e-mail addresses in the respective PC folder. Via an internally secured network, the e-mails sorted for the respective PC are automatically forwarded (cf. 12 ).

For the automatic, Sending files from the individual PC via the Computer system according to the invention (Binärcomputer) in the Internet the reverse technological order applies.

• – mechanische Sortierung von Dateien nach vorgegebenen Ordnungsprinzipien (verschiedene Dateienordner, Verzeichnisse oder Computer);
• – Datenbereinigung, Datenlöschung, Datenablage;
• – Datensuche Datensicherung, Datenkopierung und dergleichen.

On the basis of the illustrated example of a possible automatic processing of e-mails with the computer system according to the invention (binary computer) with "intelligent" control logic by the communication unit, the strategic technological step to an automatic user-independent automatic data processing according to predefined goals is described below Data processing of e-mails provides a "logistic" automatic data processing. Accordingly, according to predetermined goals and installed binary programs, the following further data processing can take place in the binary computer, which would otherwise not be manually realized by a user:

• - mechanical sorting of files according to predetermined ordering principles (different file folders, directories or computers);
• - data cleansing, data deletion, data storage;
• - Data search data backup, data copying and the like.

A Further advantageous embodiment of the invention further provides a "thematic" automatic data processing before, in particular statistical evaluations of extensive databases and like. It could Today, appropriate software solutions for such regulatory, logistics and evaluations of databases with computer systems according to the state be realized in the technology, but it would have been involved so far always workforce be, which is very large databases manually no longer be accomplished.

By the invention given Communication unit with a removable disk (FileSwitch) and structuring the removable disk with own application programs or subprograms is advantageous a hardware out separable and replaceable independent operating part, the communication unit, given a holistic operating system. This Operating part advantageously provides the communication center an operating system solution according to the invention. The operating system according to the invention without communication center is in the sense of the present Invention the kernel system, which as operating system full works, but does not do "productive" work. With the hardware integration or logging in The communication unit becomes a full-fledged operating system targeted automatic editing of files created.

With This hardware-based structure of the operating system into an OS (Operating system) and the communication unit a CS (CommunicationSystem) will it be possible with a CS and at least two OS (OS1 and OS2, but also OS3, OS4 etc.) an independent one productive computer work through automatic reciprocal processing of Develop files in OS1 and OS2 at a specific time interval. It can be the interchangeable CS - according to the objectives of automatic computer work - in various modifications and variants are structured, without changing the OS or restarted.

Especially Significant here is the technological effect according to the invention, that with the temporary definable automatic log-on of the CS, for example in OS2, an impulse to automatically activate OS2 programs triggered which the logged in files in CS according to the specifications to edit. After completing the program activities, the CS logs accordingly automatically resumes from the OS2 at the specified time interval the edited files and returns to further processing / forwarding the files to the original OS1 back.

The represented in the figures of the drawing and in connection with these described embodiments The invention are merely illustrative of the invention and are for this not restrictive.

Claims (22)

Computer system, in particular universal computing system (personal computer (PC)), with at least one communication unit, comprising - at least one device for inputting information (input device), - at least one device for outputting information (output device), - at least one device for storing and / or transporting information (removable storage device) and / or At least one switching means for switching between the arithmetic units and at least two operating units for processing information (processing unit) Computer system according to claim 1, characterized in that the communication unit has at least one device for storing information (removable storage device), wherein the at least one switching means is formed, optionally one of at least two operating units with the at least one removable storage device connect to. Computer system according to claim 2, characterized that the storage device is part of the communication unit is and / or is connectable with this. Computer system according to claim 2 or claim 3, characterized characterized in that the removable storage device is a preferably replaceable flash memory. Computer system according to one of claims 1 to 4, characterized that one of the at least two operating units is formed and / or is set up exclusively an exchange of information about at least one communication network to enable preferably using at least one communication protocol of the Internet (Internet operations unit). Computer system according to one of claims 1 to 5, characterized that one of the at least two operating units is formed and / or is set up, applications with a focus on document editing, in particular comprising document creation, document formatting and / or document display (office operating unit). Computer system according to claim 6, characterized that the one of the at least two operating units is formed and / or is set up, exclusively focused on applications to enable on the document processing (office operating unit). Computer system according to one of claims 1 to 7, characterized that the communication unit is at least partially formed and / or are set up, a parallel operation of the operating units to enable. Computer system according to one of claims 1 to 8, characterized that the operating units each from a conventional universal computing system (personal computer (PC)) provided and / or are formed. Motherboard for a computer system, in particular universally usable computer system (personnel Computer (PC)), With at least one communication unit full - at least an information input device (input device), - at least an apparatus for outputting information (output device), - at least a device for storing and / or transporting information (Removable storage device) and / or - At least one switching means to switch between the arithmetic units and at least two operating units for processing information (processing unit), in which the at least one switching means is formed, optionally one the at least two interfaces for connecting each at least an operating unit with the at least one interface to Connection of an input device and the at least one interface for connecting an output device to connect. Motherboard for a computer system, in particular universally usable computer system (personnel Computer (PC)), With at least one interface to the Connection of an input device (input device), at least an interface for connecting a device for output of information (output device), at least two interfaces for connecting in each case at least one arithmetic unit for processing of information (processing unit), at least two interfaces for connecting in each case at least one device for storing Information (removable storage device), and one Control unit with at least one switching means, the at least one switching means is formed, optionally one of at least two interfaces for connecting each at least a computing unit (processing unit) and one of the at least two interfaces for connecting a memory device with the at least one interface for connecting an input device and the at least one interface for connecting an output device connect to. Motherboard according to claim 10 or claim 11, characterized by at least one interface for connecting at least one device for storing information (spoke pure direction), wherein the at least one switching means is formed, optionally one of the at least two interfaces for connecting an operating unit, one of the at least two interfaces for connecting at least one arithmetic unit and / or one of the at least two interfaces for connecting at least one memory device with the at least one interface for connecting the at least memory device to connect. Motherboard according to claim 10 or claim 11, characterized by at least one means for storing Information (memory device), wherein the at least one switching means is formed, optionally one of the at least two interfaces for connecting an operating unit, one of the at least two interfaces for connecting at least one arithmetic unit and / or one of the at least two interfaces for connecting at least one memory device to connect with the at least one memory device. Motherboard according to claim 13, characterized that the storage device is part of the control unit and / or is connectable with this. Motherboard according to claim 13 or claim 14, characterized in that the storage device is a preferably replaceable flash memory. Motherboard according to one of claims 10 to 15, characterized in that one of the at least two operating units, one of the at least two arithmetic units and / or one of the at least two Memory units are designed and / or set up, exclusively one Exchange of information about to allow at least one communication network, preferably under Use of at least one communication protocol of the Internet (Internet operating unit). Motherboard according to one of claims 10 to 16, characterized in that the control unit and the operating units, the computing units and / or the memory devices at least partially are designed and / or set up, a parallel operation the operating units, the computing units and / or the memory devices enable. Motherboard according to one of claims 10 to 17, characterized in that this to form a computer system according to one of the claims 1 to 9 is usable. Method for operating a computer system after a the claims 1 to 9, preferably a computer system with a motherboard according to one of the claims 10 to 18, characterized in that the control unit the at least one switching means controls such that a parallel Operation of the operating units is possible, the control preferably automated. Method according to claim 19, characterized the control unit has an operating unit via the at least one switching means at least temporarily with the at least one input device and the at least one Output device connects and accordingly the at least one further operating unit at least temporarily from the at least one Input device and the at least one output device separates (hardware separation). A method according to claim 19 or claim 20, characterized in that the control unit is an operating unit via the at least one switching means at least temporarily with the at least one Input device, the at least one output device and the at least one memory device connects and accordingly the at least one further operating unit at least temporarily from the at least one input device, the at least one output device and the at least one memory device separates (hardware-side Separation). A method according to claim 20 or claim 21, characterized characterized in that the connection of an operating unit and Accordingly, the separation of the at least one further operating unit dependent on at least one input takes place, preferably an input via the at least one input device.