KR100846322B1

KR100846322B1 - Centralized computer system

Info

Publication number: KR100846322B1
Application number: KR1020070115076A
Authority: KR
Inventors: 이덕호; 정재익
Original assignee: 이덕호; 정재익
Priority date: 2007-04-20
Filing date: 2007-11-12
Publication date: 2008-07-15

Abstract

The present invention can be managed by the integrated management of a large number of computers installed in the office, PC room or school, while ensuring the maximum use space of the user and can easily perform maintenance and repair of the computer and prevent theft or loss of the computer in advance. To a centralized computer system capable of; A computer main body for driving a computer program, a storage box in which the plurality of computer main bodies are retractable, a first transmitter and receiver for collecting computer signals input and output from each of the computer main bodies, and the first transmitter and the remote controller And a second transmitter / receiver for transmitting and receiving computer signals of the computer main body, and a computer peripheral device for inputting and outputting computer signals of the second transmitter / receiver.

According to the present invention, even if the computer body and peripherals are installed over a certain distance, the operation of the computer is made smoothly, and in particular, sufficient space for use of a desk such as a school, office, school, PC room, etc., which must be provided with a plurality of computers. By providing a comfortable environment to the user, and also can install a larger number of computers in a narrow place has the advantage of maximizing space utilization.

Description

Centralized Computer System

The present invention relates to a centralized computer system, and more specifically, to manage a plurality of computers installed in an office, PC room, or school integrated management to ensure maximum user use space and to easily maintain and repair the computer. The present invention relates to a centralized computer system capable of preventing theft, loss or damage of a computer in advance.

In general, a computer installed in an office, a PC room, a school, or the like has a computer main body installed above and below a desk, and computer peripheral devices such as a monitor, a keyboard, or a speaker are connected to the computer main body.

Such a computer should be secured in a certain space in the room for its installation, it depends on the position of the computer main body in order to secure a sufficient installation space of the computer.

On the other hand, a typical desktop computer except for a notebook computer is used in a state in which a main body or a monitor is exposed to the outside, and there is a risk of theft or loss of a relatively expensive computer main body.

As described above, a large number of computers installed in an office, a PC room, a school, or the like are installed and used. Therefore, in order to prevent their loss and theft, all desks where computers are installed must be provided with lock boxes provided with locking means. There was a disadvantage of causing an increase in additional costs for the purchase of a desk, etc. provided, and takes up a lot of installation space.

In addition, after a certain period of time to check the computer or re-programming, there was a problem that takes a lot of time and effort to repair or check all the computer body in this process.

On the other hand, the conventional desktop computer had a disadvantage in that the wiring is complicated and not organized when connecting computer peripheral devices such as a monitor, a keyboard, or a speaker to the computer main body, so that the periphery of the desk is not well organized.

Accordingly, an object of the present invention is to improve the computer system installed in the office, PC room, or school, so as to be spaced apart from the computer body such as a monitor, keyboard, or speaker by a certain distance or more. To provide a centralized computer system that can be operated and managed by.

In addition, the present invention maximizes the use of space when installing a large number of computers while ensuring a sufficient space around the desk and easy to maintain, centralized computer that can prevent theft or loss of the computer body in advance To provide a system.

The present invention for achieving the above object;

A computer main body for driving a computer program, a storage box in which the plurality of computer main bodies are retractable, a first transmitter and receiver for collecting computer signals input and output from each of the computer main bodies, and the first transmitter and the remote controller And a second transmitter / receiver for transmitting and receiving computer signals of the computer main body and a computer peripheral device for inputting and outputting computer signals of the second transmitter and receiver.

In addition, since a large number of computer bodies are stored in a storage box in a certain area such as a school, PC room, and academy, it is easy to maintain, repair, and manage them, and it is possible to prevent theft, loss, or damage in advance. .

Hereinafter, with reference to the accompanying drawings, a centralized computer system according to the present invention will be understood by the embodiments described in detail below.

At this time, Figure 1 is a block diagram of a centralized computer system according to the present invention, Figure 2 is a detailed block diagram of a transmission means constituting a centralized computer system according to the present invention, Figure 3 is a central 4 is a detailed configuration diagram of a receiving unit constituting the centralized computer system, FIG. 4 is an installation state diagram of a centralized remote computer system according to the present invention, and FIG. 5 is a detailed view of FIG.

First, according to FIG. 1, the centralized computer system according to the present invention includes a plurality of computer bodies 100 for driving and operating a program, and a storage box 10 in which the plurality of computer bodies 100 are retractable. And a first transmitter / receiver 200 that collects and transmits a computer signal of the computer main body 100, and a computer signal collected from the computer main body 100 by being connected to the first transmitter / receiver 200 at a long distance. A second transmitter 300 for transmitting and receiving, and a computer peripheral 400 for inputting and outputting the signal of the second transmitter 300.

Hereinafter, each component will be described in more detail with reference to FIGS. 1 to 3.

The computer main body 100 includes a main board 110 that is in charge of driving a computer program, internal arithmetic and overall work processes, and a main connection for controlling the computer peripheral 400 or receiving a signal to the main board 110. It is made of a port 120, is provided on one side of the main board 110 is made of a support bracket 130 for fixing the main board 110 to the storage box (10).

In this case, the computer main body 100 does not need a separate slot such as PCI in the case of an onboard type in which a graphics memory and a sound codec are embedded, but when a separate graphics card and a sound card are provided, they can be connected. It is preferable to use one equipped with a PCI slot.

On the other hand, the main connection port 120 and the computer peripheral device 400, such as a monitor 410, keyboard 420, mouse 430, speaker 440, in order to perform input and output of the signal for driving the computer, It has a plurality of connection sockets for controlling the power supply of the LAN line (not shown) and the computer main body 100.

Such a computer main body 100 is installed in a plurality of spaces to maintain a predetermined interval in the interior of the holder 10, for this purpose, the holder 10 is provided with a partition wall 11 partitioning the space in the longitudinal direction therein. As a result, the computer main body 100 can be inserted and supported in the insertion groove 12a of the storage space part 12 that is dividedly formed.

Of course, the front of the holder 10 is provided with a door 14 is provided with a locking device (not shown) in order to prevent the loss of a plurality of computer main body 100 provided in the storage space (12) Preferably, it is particularly preferably made of transparent tempered glass so that the administrator can immediately check the state of the computer main body 100 from the outside.

In addition, a plurality of the computer main body 100 is disposed along the storage space 12 so as to be able to be pulled out, and the fixing bracket 130 of the computer main body 100 is fixedly coupled to the front surface of the partition wall 11.

The inside of the storage box 10 further includes a temperature sensor (not shown) for sensing a temperature, and a cooling fan (not shown) for cooling the computer main body 100, thereby providing a normal computer main body 100. It is desirable to be working or to operate normally.

In addition, the storage box 10 can be made in various units according to the installation place because the mounting of the computer main body 100 can be made in small units.

Meanwhile, the main connection port 120 of the computer main body 100 transmits a computer signal through the first transmitter 200 and the first cable means 500.

The first cable means 500 is a peripheral connection cable for transmitting and receiving computer signals for controlling the computer peripheral 400, such as the monitor 410, keyboard 420, mouse 430, speaker 440, etc. 510, a power control cable 520 for transmitting a power control signal for power and reset control, and a power status display lamp signal for indicating a power driving state, and data transmission of a USB memory that is a portable memory. It is composed of a USB cable (530).

Computer signals transmitted through a plurality of cables constituting the first cable means 500 are collected by the first transmitter / receiver 200.

More specifically, the first transmitter / receiver 200 collects computer signals transmitted and received from the computer main body 100 through the first cable means 500 and processes the first control board 210 to maintain a stable signal state. ), A second interface to which the first interface means 220 to which the first cable means 500 is connected, and a second cable means 600 connected to the second transmitter and receiver 300 for signal transmission are connected. Means 230.

At this time, the first control board 210 is preferably configured of a card type that can be inserted into the PCI slot formed on the main board 110 of the computer main body 100.

Of course, when installed and operated independently from the outside, as shown in FIG. 5, the inside of the housing 202 has a predetermined size.

In this case, the first control board 210 amplifies the video signal transmitted from the computer main body 100 to a predetermined size and outputs it through the second interface means 230 and the computer, A first keyboard / mouse signal processor 212 for amplifying a keyboard / mouse signal of a keyboard and a mouse input / output from the main body 100 to a predetermined size and inputting / outputting the second interface means 230, and the computer main body 100; A first USB data signal processor 213 for amplifying the USB data signal inputted and outputted by the predetermined size to the input and output through the second interface means 230, and the audio signal inputted and outputted from the computer main body 100 by the second interface means. And a first audio signal processing unit 214 for inputting and outputting via 230 and a first power signal processing unit 215 for controlling input and output of a power control signal inputted and outputted from the computer main body 100.

In this case, the amplifying element and the rectifying element may be selectively applied according to the characteristics of the computer signal during each signal processing to prevent the noise of the computer signal and the weakening of the signal strength.

Meanwhile, the second transmitter 300, which is remotely connected to the first transmitter 200 by the second cable means 600, includes a case 302 having a predetermined size, and a case which is embedded in the case 302 to perform signal processing. A second interface means 320 connected to the second control board 310 and the second cable means 600 to input and output a computer signal to the second control board 310, and the second control board 310. The computer signal of the monitor 410, the keyboard 420, the mouse 430, the speaker 440, such as a printer peripheral cable 400 of the peripheral device 400, such as a slave connection port 330 that can be directly connected do.

With this configuration, the second transmitter 300 can be attached to one side of the desk 20, the partition 22, or the like.

On one side of the case 302 of the second transmitter 300, a power socket 304 for receiving drive power from the outside, a power switch 305 for driving the computer main body 100, and a reset switch 306 and the LED 307 etc. which can confirm the driving state of the computer main body 100 are provided.

More specifically, the second control board 310 secondly amplifies the video signal transmitted from the first transmitter / receiver 200 to a predetermined size and outputs the second video signal processor 311 to the slave connection port 330. ) And a second keyboard / mouse signal processor 312 which secondly amplifies and rectifies a keyboard / mouse signal of a keyboard and a mouse input / output from the first transmitter / receiver 200 to a predetermined size and input / output through the slave connection port 330. And a second USB data signal processor 313 for amplifying and rectifying the USB data signal inputted and outputted from the first transmitter / receiver 200 to a predetermined size and inputting / outputting through the slave connection port 330, and the first transmitter / receiver 200. A second audio signal processor 314 for amplifying and rectifying the audio signal inputted and outputted through the slave connection port 330 and controlling the input / output of a power control signal input / output from the first transmitter / receiver 200. 2 consists of a power signal processor 315.

At this time, the second audio signal processor 314 rectifies and amplifies the audio signal received from the first transmitter / receiver 200 and outputs the audio signal to the slave connection port 330 so that the sound quality is clear through the speaker 440. The amplified voice signal of the user input through a microphone (not shown) is output to the first transmitter / receiver 200 and transmitted to the computer main body 100.

As described above, the first and second transmitters 200 and 300 may amplify the input and output computer signals and transmit and receive a wired method at a distance of about 20 to 70m.

Hereinafter, the operation of the centralized computer system according to the present invention will be described in detail with reference to FIGS. 1 to 5.

First, the centralized computer system according to the present invention is in a state in which a plurality of computer bodies 100 are installed in the storage space 12 of the storage box 10, and the second transmitter 300 is one side of the desk 20. It is installed in the partition 22 or the like, the computer peripheral 400 such as the monitor 410, keyboard 420, mouse 430, speaker 440, etc. is installed on the upper portion of the desk 20, the monitor 410 Cable 401 such as a keyboard 420, a mouse 430, a speaker 440, and the like, are connected to respective sockets provided in the slave connection port 330 of the second transmitter 300. .

In this state, when the computer main body 100 is to be turned on, the second transmitter / receiver on one side of the desk 20 or the partition 22 does not need to be moved to the storage box 10 in which the computer main body 100 is located. When the power switch 305 of the 300 is pressed, the computer main body 100 is booted while sequentially passing through the second cable means 600, the first transmitter 200, and the first cable means 500.

As the computer main body 100 is booted, computer signals such as video, mouse, keyboard, audio and power lamps and the like are again transmitted to the first cable means 500, the first transmitter and receiver 200, and the second cable. Means 600 and second transmitter 300 in turn.

At this time, the LED 307 of the second transmitter 300 is turned on to confirm that the computer main body 100 is being driven, and the monitor 410, the keyboard 420, the mouse 430, and the speaker 440. Computer signal for controlling the computer peripheral 400, such as) is output to the corresponding computer peripheral 400 through the slave connection port 330 of the second transmitter (300).

On the other hand, after the boot is completed, the signal of the computer peripheral 400 detected from the keyboard 420, the microphone (not shown), the mouse 430, etc., the second transmitter 300 and the second cable means 600 And, while sequentially passing through the first transmitter and receiver 200 and the first cable means 500 is input to the computer main body 100 to perform the operation corresponding to each detection signal.

By such a configuration, as a plurality of computer main bodies 100 are stored in a storage box 10 separately manufactured in a school, PC room, office, academy, etc., maintenance of a computer is easy, and the operation of the computer main body 100 is performed. When the vibration or noise generated during the transmission is not directly transmitted to the user, the concentration of the user can be improved.

In addition, as the computer body 100 is stored in the storage box 10, theft, loss, damage, etc. may be minimized, and the computer body 100 may include peripheral devices 400 such as a monitor 410 and a keyboard 420. With a predetermined distance and separated structure it is possible to ensure a sufficient use space around the user's desk (20).

In the above, the features of the present invention have been shown and described with reference to preferred embodiments, but the present invention is not limited to the above-described embodiments, and the present invention belongs to the scope of the present invention without departing from the objects, configurations, and effects thereof. Various modifications may be made by those skilled in the art.

1 is a block diagram of a centralized computer system according to the present invention,

2 is a detailed block diagram of transmission means constituting a centralized computer system according to the present invention;

3 is a detailed block diagram of a receiving unit constituting the centralized computer system according to the present invention;

4 is an installation state diagram of a centralized computer system according to the present invention;

5 is a detailed installation state diagram of FIG. 4.

*** Explanation of symbols for main parts of drawing ***

10: storage box 20: desk

22: partition 100: computer body

110: main board 120: main connection port

200: first transceiver 300: second transceiver

400: computer peripheral 500: first cable means

600: second cable means

Claims

A plurality of computer bodies 100 for driving computer programs; A storage box (10) in which the plurality of computer bodies (100) are installed; A first transmitter / receiver (200) for collecting computer signals inputted and outputted from the computer main body (100); A second transmitter (300) connected to the first transmitter (200) from a distance and transmitting and receiving a computer signal of the computer main body (100); In the centralized computer system consisting of a computer peripheral 400 for inputting and outputting the computer signal of the second transceiver 300,

The computer main body 100 includes a main board 110 that is in charge of internal computing and overall work processes of the computer, and a main connection port 120 for controlling the computer peripheral 400 or receiving a signal to the main board 110. And the main connection port 120 and the first transmitter / receiver 200 input and output computer signals to the first cable means 500, and the first transmitter and the second transmitter 300 The computer signal is input and output to the second cable means 600 is spaced far apart;

The second transmitter 300 is; A case 302 having a predetermined size, a second control board 310 embedded in the case 302 to perform signal processing, and the second cable means 600 are connected to the computer signal to transmit the computer signal to the second control board. A third interface means 320 for inputting / outputting to the 310, a cable 401 of the computer peripheral device 400 is connected, and a slave connection port 330 for inputting / outputting a computer signal of the second control board 310; It is composed of a power switch 305 and a reset switch 306 for driving the computer main body 100 on one side of the case 302, and an LED 307 for checking the driving state of the computer main body 100. Features centralized computer system.

The method of claim 1, wherein the first transmitter (200);

A first control board 210 for collecting computer signals transmitted and received from the computer main body 100 through the first cable means 500 and a first interface means 220 to which the first cable means 500 is connected. And a second interface means (230) to which the second cable means (600) are connected.

The method of claim 2, wherein the first control substrate 210;

The first video signal processor 211 amplifies the video signal transmitted from the computer main body 100 to a predetermined size and outputs it through the second interface means 230, and the keyboard / mouse signal input / output from the computer main body 100. Amplifies to a predetermined size and amplifies the first keyboard / mouse signal processing unit 212 to input and output through the second interface means 230 and a USB data signal input and output from the computer main body 100 to a predetermined size. A first USB data signal processor 213 input / output through the interface means 230 and a first audio signal processor 214 for input / output the audio signal input / output from the computer main body 100 through the second interface means 230; And a first power signal processor (215) for controlling input and output of power control signals inputted and outputted from the computer main body (100).

The method of claim 1, wherein the second control substrate 310;

Second video signal processor 311 for amplifying the second video signal transmitted from the first transmitter 200 to the slave connection port 330, and the keyboard / mouse signal input and output from the first transmitter 200 A second amplification and rectification of the second keyboard / mouse signal processing unit 312 to input and output through the slave connection port 330, and the USB data signal input and output from the first transceiver 200 to a predetermined size and rectified By amplifying and rectifying the second USB data signal processing unit 313 input and output through the slave connection port 330, and the audio signal input and output from the first transmitter and receiver 200 to input and output through the slave connection port 330 A centralized computer comprising a second audio signal processor 314 and a second power signal processor 315 for controlling input and output of a power control signal input and output from the first transmitter / receiver 200. system.

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