KR200471877Y1 - High integration computer system with high-performance motherboard sharing structure - Google Patents

Abstract

The present invention relates to a highly integrated computer system of a common structure of a high-efficiency CPU card, and more particularly, includes an apparatus body, at least one expansion card module, a plurality of CPU cards, and at least one high-efficiency CPU card. A main back panel is installed in the device body, a main control electric circuit and a plurality of main back panel insertion connection grooves are installed in the main back panel, and the at least one expansion card module is inserted into the device body. The expansion card module includes a sub back panel, and the sub back panel is provided with a sub control electric circuit and a plurality of second sub back panel inserting recesses, and one end of the sub back panel inserts a first sub back panel. A connection groove is installed, and the first sub back panel insertion connection groove is located in the main back panel insertion connection groove. Correspondingly inserted and installed, the first sub back panel insertion connection groove, the sub control electric circuit and the plurality of second sub back panel insertion connection grooves are electrically connected to each other, and the plurality of CPU cards are connected to the second sub And a CPU card inserted into and connected to the back panel insertion connection groove, wherein a microprocessor is installed on the CPU card, and two or more microprocessors are installed on the at least one high-efficiency CPU card. Efficacy The CPU card relates to a highly integrated computer system configured to be inserted into two or more second sub back panel inserting groove positions, and this type of computer system is produced because it can have a powerful modular assembly function. It will be able to achieve the effect of greatly improving the benefits and product competitiveness.

Description

HIGH INTEGRATION COMPUTER SYSTEM WITH HIGH-PERFORMANCE MOTHERBOARD SHARING STRUCTURE}

The present invention relates to a computer system, and more particularly, to a highly integrated computer system having a high-efficiency CPU card common structure that can be easily upgraded by conveniently combining various necessary modules with excellent scalability and economic benefits.

Existing industrial computers are generally referred to as blade servers, and the structure of the blade server usually includes a device body, and a main back panel and a plurality of treatment spaces are installed in the device body. The plurality of treatment spaces and insertion connection grooves corresponding to each other are installed on the panel, and the blade server also includes a plurality of CPU cards, and the plurality of CPU cards includes a plurality of treatment spaces of the device body. And the CPU card is inserted into and secured to the insertion connection groove of the main back panel to complete the electrical connection. Conventional blade server structure can achieve the purpose that can be applied to industrial computer system, but there are many areas to improve. For example, one microprocessor (CPU) is installed on the CPU card, and the quantity of the storage space of the device body is fixed, so that the upper limit of the microprocessor is limited and fixed. As a result, when the number of microprocessors is small, it is often impossible to process a large amount of computational work in real time.In order to enhance the computational power of the blade server, it is necessary to exchange the entire CPU card to upgrade. It could not respond quickly to the client's commercial needs. This situation is not an ideal structure because it not only raises operating costs from the client side but also lowers economic benefits. In addition, when the client needs to add other functions such as storage, wireless, encryption and decryption, stereoscopic images and other modules related to computer and network applications, the module structure is limited and the entire CPU card is exchanged as described above. Changes in module functionality and easy upgrade extensions are also disadvantages that must be addressed and improved. How to improve existing blade servers is an important challenge that must be addressed and overcome in the industry.

The present inventor began to research and develop a solution to solve this problem based on the above-mentioned disadvantages of the existing blade server and the disadvantages of the structural design, and can perform a large amount of computational tasks in real time. In addition, the modular and extensible design has led to the design of high-end computer systems that can contribute to the social and industrial development.

The main purpose of the present invention is to provide a highly integrated computer system with a high-efficiency CPU card common structure, which enables the computer system to have a more powerful modular assembly function, and wider application selection, thereby providing excellent exchangeability and replaceability. The goal is to enable greater functionality in manufacturing, assembly and expansion applications, and to further enhance production benefits and product competitiveness.

Another object of the present invention is to provide a highly integrated computer system with a common CPU card structure, which improves the structural efficiency of the storage space of the main body of the device, and also greatly increases the total number of microprocessors, thereby performing more arithmetic operations in real time. By doing so, you gain economic benefits, such as simpler calculations and faster upgrades.

Another object of the present invention is to provide a highly integrated computer system having a CPU card common structure to provide a variety of other modules, such as wireless modules, storage modules and other modules related to computer and network applications, depending on the needs of the client, It is to be able to select, replace and arrange a suitable CPU card under one common frame.

It is another object of the present invention to provide a highly integrated computer system having a common structure of a CPU card, and the CPU card is a separate computing system or a plurality of CPU cards, each of which is processed by a processing operation and then integrates them. It can be divided into an integrated system, and according to the needs of clients, it is possible to select, replace and deploy a suitable CPU card under one common frame.

Technical means used in the present invention to achieve the above object includes a device body, at least one expansion card module, a plurality of CPU cards, at least one high-efficiency CPU card, etc. Among them, the main body A back panel is installed, and the main back panel is provided with a main control electric circuit and a plurality of main back panel insert connection grooves, and the at least one expansion card module is inserted into the treatment space, and the CPU card is respectively installed. 2 is inserted into the sub back panel insertion groove, the microprocessor is installed on the CPU card, two or more microprocessors are installed on the at least one high-efficiency CPU card, and the high efficiency is also installed. Two or more CPU cards are inserted into the second sub back panel inserting groove position. It is constructed in the form.

In summary, the high-integration computer system of the high-efficiency CPU card common structure of the present invention provides a high-integration computer system with powerful modular assembly function and excellent exchangeability and replaceability, which can improve production efficiency and product competitiveness. Not only can this benefit, but it also increases the structural efficiency of the treatment space, enabling more computations to be performed in real time using a large number of microprocessors, resulting in economic benefits such as computational enhancements and rapid upgrades.

1 is a three-dimensional view of the present invention.
2 is an exploded view of the present invention.
3A-3G are exemplary views showing changes in high-efficiency CPU cards of the present invention.
4 is an explanatory diagram showing a system structure of the present invention.
5 is an explanatory diagram illustrating control management of the main control electric circuit of the present invention.

 In order to explain the present invention more clearly, the present invention will be described with reference to the accompanying drawings.

1 to 2, in the first embodiment of a highly integrated computer system having a high-efficiency CPU card common structure of the present invention, the device body 10, at least one expansion card module 20, a plurality of CUP cards 30, wherein the device body 10 includes a case 11, the case 11 includes a bottom panel 14, a plurality of the bottom panel 14 A treatment space 12 of two slide devices (or other devices) is installed, and a main back panel 13 is installed at the rear of the main body 10, and a main control on the main back panel 13 is provided. An electrical circuit is installed, and a plurality of main back panel insertion connection grooves 131 are installed in the treatment space 12 corresponding to the main back panel 13 and the main control panel and the main back panel. Connecting groove 131 is on the main back panel 13 Deployed main input bus (BUS) and transmits the data signal through the (not yet displayed during the drawing).

The expansion card module 20 is inserted into and installed in the treatment space 12 of the case 11, and the expansion card module 20 includes a sub back panel 21 and the sub back panel 21. The sub-control electric circuit and the plurality of second sub-back panel inserting grooves 24 are installed on the sub-back panel 21, and the sub-back panel 21 is further fixed in position through the lower panel 22 and the front panel 23. When the first sub back panel insertion groove 25 is installed at the rear end of the sub back panel 21, and the expansion card module 20 is inserted into the treatment space 12, the first sub back panel is provided. The sub back panel 21 and the main back panel 13 are electrically connected to each other by being fixed to the positions corresponding to each other on the main back panel insert connection groove 131 installed to face each other. The sub control electric circuit and the second sub back panel insertion connection groove 24 are Data signals are transmitted and received through the first sub back panel insertion connection groove 25 and the main back panel 13. A plurality of display windows 231 and a power insertion groove 232 connected to the sub control electric circuit are installed on the front panel 23. In this case, the sub back panel 21 may be implemented in other ways. The sub-back panel 21 and the lower panel 22 may be interchanged with each other.

The CPU card 30 is installed on the expansion card module 20, a microprocessor 31 (CPU) is installed on the CPU card 30, and one end of the CPU card 30 has a conductive connection portion ( For example, copper pins) are installed, and the CPU card 30 and the sub back panel 21 are inserted into and installed in the second sub back panel insertion connection groove 24 of the sub back panel 21. ) To complete the electrical connection. The CPU card 30 is divided into an independent arithmetic system or an integrated system in which a plurality of CPU cards 30 are distributed to perform arithmetic processing work and then integrate them. Regarding the at least one high-efficiency CPU card 30B (30C or 30D), two or more microprocessors 31 (CPU) are installed on the high-efficiency CPU card 30B or (30C, 30D). In addition, each of the high-efficiency CPU card 30B (30C or 30D) is the position of two or more of the second sub back panel inserting grooves 24.

Referring to FIGS. 3A to 3G, the assembly, exchangeability, exchangeability, and excellent scalability of the powerful modularity of the high-integration computer system with the high-efficiency CPU card common structure of the present invention will be described as follows. same. First, if the expansion card module 20 is provided with an example of the ten second sub back panel insertion groove 24, 8 CPU cards on the sub back panel 21 in FIG. 30 and one high-efficiency CPU card 30B are inserted and installed, and the high-efficiency CPU card 30B is inserted into and connected to the positions of the two second sub back panel inserting recesses 24. In FIG. 3B, six CPU cards 30 and two high-efficiency CPU cards 30B are provided on the sub back panel 21. As in FIG. 3A, the high-efficiency CPU cards 30B are the same. It is inserted into and connected to two second sub back panel inserting grooves 24. In FIG. 3C, six CPU cards 30, one high-efficiency CPU card 30B, and one data storage facility 40 are installed on the sub back panel 21, and the high efficiency is the same as described above. The CPU card 30B and the data storage facility 40 are inserted into and connected to the positions of the two second sub back panel inserting recesses 24. FIG. 3D shows a state in which a change is made on the sub back panel 21, two high-efficiency CPU cards 30B, one data storage facility 40, two CPU cards 30 and one data storage. The equipment 40 was inserted and installed in order, and the two data storage equipments 40 were installed to be interposed therebetween. FIG. 3E shows a state where a change is made on the sub back panel 21, one CPU card 30, one high-efficiency CPU card 30C, two high-efficiency CPU cards 30B, and one data. The storage facility 40 was inserted and installed in order. FIG. 3F shows a state where a change is made on the sub back panel 21, one high-efficiency CPU card 3D, one data storage facility 40, two CPU cards 30, and one data storage. The equipment 40 was inserted and installed in order, and the two data storage equipments 40 were installed between them. FIG. 3G shows a state where a change is made on the sub back panel 21, and two high-efficiency CPU cards 3D and one data storage facility 40 are inserted and installed in this order. The CPU cards 30B, 30C, and 30D described above are set as high-efficiency CPU cards. In addition, in the same modular structure, the expansion card module 20 (sub back panel 21) may be installed including at least one of a wireless module, a stereoscopic image module, or other modules related to computer and network applications, thereby providing flexibility on a common frame. Replacement work, expansion work, and joining work. The high-efficiency CPU cards 30B, 30C, and 30D of the above-described embodiment mean that two, three, and four microprocessors are installed on the CPU card, respectively, and each of the two, three, and four second sub-bags. The panel is inserted into the insertion groove 24 is installed, but can be configured in a structure changed according to the actual needs when using.

As described above, the highly integrated computer system having the high-efficiency CPU card common structure of the present invention has a plurality of second sub-back panel inserting grooves 24 in the sub-back panel 21 on each expansion card module 20. By using a plurality of CPU cards 30 and at least one high-efficiency CPU card 30B (30C, 30D) to expand the installation by using this structure significantly increases the number of microprocessor (CPU) 31 installation unit of the computer system It can be increased, furthermore, can easily perform a large amount of arithmetic functions in real time, and it can be easily and quickly upgraded and upgraded, so it is a very suitable structure in terms of economic efficiency in using a client. can do. At the same time, as a result of the modularization, it is possible to install the data storage facility 40 more conveniently and flexibly, and to change the module of the CPU card 30 (such as the high-efficiency CPU card 30B-30D). In the process, the effect of better exchangeability, exchangeability, etc. can be obtained, and it is possible to prevail in manufacturing, assembly and flexible expansion applications, and to achieve economic benefits in use.

Referring to the contents of FIG. 4 showing the system structure of the present invention, a plurality of expansion card modules 20 (including 20-1, 20-2,... 20-N) are installed and connected to the device body 10. A system is formed, and each expansion card module 20 (including 20-1, 20-2,... 20-N) is also further provided with a plurality of CPU cards 30 (30-1, 30-2, ... 30-N). N) is connected to form a highly integrated computer system of the present invention can achieve the purpose of highly integrated modularization that the number of microprocessor 31 (CPU) installation unit of the computer system is greatly increased.

Referring to the contents of FIG. 5, the main control electric circuit 13A of the main back panel 13 of the high-integration computer system of the present invention having a high-efficiency CPU card common structure includes a supervisory control module 60. The supervisory control module is used to read the messages of the microprocessor 31 while selectively making an electrical connection with the CPU card 30 (microprocessor 31). The supervisory control module 60 further includes a switching module 61 and an input / output interface module 62, wherein the switching module 61 is a CPU card 30 or a high memory device in which the data storage facility 40 is located. Efficacy Performs the ability to selectively switch electrical connections with CPU cards 30B (30C, 30D), enabling the storage facility to complete data read and write operations. That is, for example, the conversion module 61 selects one or more CPU cards 30 or high-efficiency CPU cards 30B (30C, 30D) to be used as a read and write server. The input / output interface module 62 includes at least one connection port 63 into which an external device can be inserted. Control management data may be transmitted to the connection port through the connection port, or the monitoring control data may be received from the connection port. The input / output interface module 62 may further include a keyboard connection port 64, a video call connection port 65, and a mouse connection port 66, which may be used as a switcher such as a keyboard video mouse (KVM). Surveillance control function can be performed.

The integrated computer system of the high-efficiency CPU card common structure of the present invention can obtain the following effects through the above-described structure.

1. Replace all CPU cards when adding additional functions (storage, wireless, encryption and decryption, stereoscopic images, other computer and network application modules) on the client, or when upgrading to a high-performance system. Only need to replace the CPU card 30 to be upgraded to the high-efficiency CPU card 30B (30C, 30D).

2. The expansion flexibility of the product can be further increased by varying the arrangement of storage modules according to the client's needs.

3. One structure can be used jointly.

The above description has been given by way of example only comparatively excellent embodiments to explain in detail the features and advantages of the present invention as the scope of the utility model registration claim is not limited to this within the spirit and scope of the utility model registration application In the case of changes and other modifications in the process also included in the utility model registration claims.

10 Device
11 cases
12 treatment space
13 Main Back Panel
13A main control circuit
131 Main back panel insert
14 Floor Panel
20 Expansion Card Module
20-1, 20-2, ..., 20-N Expansion Cards
21 sub back panel
22 lower panel
23 front panel
231 Display
232 Power Connection Slot
24 2nd Sub Back Panel Insertion Groove
25 First Sub Back Panel Insertion Groove
30, 30-1, 30-2, 30- (N-2), 30- (N-4) ... CPU card
30B, 30C, 30D high-efficiency CPU card
31 microprocessor
40 Data Storage
60 Supervisory Control Module
61 switching module
62 I / O Interface Module
63 Connection Port
64 keyboard connection port
65 Image Connection Port
66 mouse connection port

Claims (14)

The present invention relates to a highly integrated computer system having a common structure of a high-efficiency CPU card, and more particularly, includes an apparatus body, at least one expansion card module, a plurality of CPU cards, and at least one high-efficiency CPU card. A plurality of treatment space and the main back panel is installed in the main back panel, the main control electric circuit and a plurality of main back panel insertion connection groove is installed, the at least one expansion card module is inserted into the installation space The expansion card module includes a sub back panel, and the sub back panel is provided with a sub control electric circuit and a plurality of second sub back panel inserting grooves, and at one end of the sub back panel, a first sub back panel. Insertion connection groove is installed, the first sub back panel insertion connection groove is the main back panel insertion connection The first sub back panel insertion connection groove, the sub control electric circuit and the plurality of second sub back panel insertion connection grooves are electrically connected to each other, and the plurality of CPU cards Inserted into and connected to a second sub back panel insertion connection groove; a microprocessor is installed on the CPU card; and two or more microprocessors are installed on the at least one or more high efficiency CPU cards; The integrated computer system of the high-efficiency CPU card common structure, which is configured to be inserted into two or two or more of the second sub back panel insertion connection groove. The method of claim 1,
Wherein said CPU card, said microprocessor, and said high-efficiency CPU card are independent computing systems. The method of claim 1,
Each of the plurality of CPU cards, the two or more microprocessors, and the at least one high-efficiency CPU card is a high-integrated computer having a high-efficiency CPU card common structure, which is a system for distributing one integrated task to perform arithmetic processing operations. system. The method of claim 1,
And the sub back panel is further fixed in position through a lower panel and a front panel. The method of claim 1,
At one end of the CPU card and the high-efficiency CPU card, a high-performance CPU card common structure, a high-performance CPU card common structure, which is provided with a conductive connection or copper pins which are electrically connected to the second sub back panel insert connection groove. system. The method of claim 1,
And further comprising a data storage facility on the expansion card module, wherein the data storage device is electrically connected to the second sub back panel insert connection groove. The method according to claim 6,
And the data storage facility is inserted into and connected to two second sub back panel inserting groove positions. 8. The method of claim 7,
A connecting part is connected and installed at one end of the data storage facility, a first connector and a second connector are installed at both ends of the connecting part, the first connector is connected to the data storage facility, and the second connector is connected to the first connector. A high-integration computer system with a high-efficiency CPU card common structure, which is connected to a second sub-panel insertion groove to complete electrical connection between the data storage facility and the sub-back panel. The method of claim 1,
The high-density computer system of the high-efficiency CPU card common structure is further provided with a supervisory control module, through which the microprocessor selectively reads the message of the microprocessor by electrically connecting the CPU card. system. 10. The method of claim 9,
The monitoring control module further includes an input / output interface module, and the input / output interface module includes at least one connection port, and connects an external connection device through the connection port or supervisory control data to the connection port. A high-integrated computer system of a high-efficiency CPU card common structure capable of transmitting or receiving supervisory control data at the connection port. 11. The method of claim 10,
The input / output interface module may include a keyboard connection port, a video call connection port, a mouse connection port, and the like. The present invention relates to a highly integrated computer system having a common structure of a high-efficiency CPU card, and more particularly, includes a device body, at least one expansion card module, and at least one high-efficiency CPU card. A main back panel is installed in the device body, a main control electric circuit and a plurality of main back panel inserting grooves are installed in the main body, and the at least one expansion card module is disposed in the treatment space. It is inserted into the installation, and also includes a sub back panel, the sub back panel is provided with a sub-control electric circuit and a plurality of second sub back panel insertion connection groove, one end of the sub back panel is inserted into the first sub back panel A connecting groove is installed, and the first sub back panel inserting connecting groove is inserted into the main back panel inserting edge. The at least one high-efficiency CPU card is installed on the expansion card module, and two or more microprocessors are installed in the high-efficiency CPU card. The card is a high-density CPU card common structure of a high-efficiency CPU card common structure, the card is configured to be inserted into two or two or more of the second sub back panel insertion groove position. The method of claim 12,
At least one CPU card is further disposed on the expansion card module, the CPU card is inserted into the second sub back panel inserting groove, and the CPU card is further provided with a microprocessor. Highly integrated computer system with a common structure. The method of claim 12,
And further comprising at least one data storage facility on the expansion card module, wherein the data storage device is inserted into and connected to two second sub back panel inserting grooves.

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