KR20080089851A - Centralized computer without body - Google Patents

Abstract

The present invention proposes a method that a user can use a computer by connecting to a central server computer configured in a certain space by using only a peripheral device such as a monitor, a keyboard and a mouse, and a set-top box that can connect peripheral devices with the Internet without the main body of the computer. I would like to.

In order to implement the present invention, a large central server that can be accessed by multiple users at the same time is required. The central server is equipped with as many subscribers as each subscriber's own O / S, web browser, other programs and files. In addition, the PC function device, which is linked with each individual hard disk and executes the storage contents of the hard disk, is configured in proportion to the expected number of concurrent users. The PC function device includes all the functions of the PC except the hard disk. By remotely accessing the central server in the center and using computer peripherals at the user end to control the contents of its own hard disk in the central server, the computer is implemented. It will be sent to the screen and speaker connected to the user. As you see it, you will control and implement the programs on your hard disk in the central server.

When using the present invention, the TV can implement all the functions implemented in the computer using only the set-top box, the Internet connection, and the computer peripherals. If you apply this technology to a laptop with wireless internet connection, it will be possible to implement a high-end laptop at a low price, and users can use all the functions implemented in the computer for a certain fee without having to purchase and upgrade the main body to use the computer. Therefore, many economic savings can be expected.

Description

Centralized computer without the need for a console {SERVER BASED BODILESS COMPUTER}

1 is a configuration diagram of the present drawing.

* Detailed Description of Each Code

1: central server

2: hard disk

3: PC function device

4: set top box

5: screen signal transmitter

6: Screen signal implementation

7: Control signal transmitter

8: Control signal implementation

9: User's side file sender / receiver

10: Central Server Side File Transmitter and Receiver

11: Super start (boot) control unit

12: Super drive (boot) sending part

13: Expected concurrent users

14: CD ROM

15: keyboard

16: Mouse

17: monitor

18: Printer

19: scanner

20: Speaker

Computers are indispensable items in every home and office. As a result, the total cost of purchasing, maintaining and upgrading computers has already risen to astronomical levels. For each individual or company, the effort and expense of the computer is burdensome.

In order to eliminate this disintegration, the technology of connecting a dummy terminal to a central server based on SBC (SERVER BASED COMPUTER) technology has been practiced for a long time, but it is possible to implement only a specific program that can be supported by the central server. Since the PC function cannot be used, it has been used only for the purpose of driving only certain programs such as hospitals and government offices.

Recently, WoIP (WINDOWS OVER IP) technology has been applied to one basic PC, so that many users can contact the basic PC using a certain device and use the basic PC to divide the performance of the basic PC. However, it is possible to configure only when you have a basic PC. Also, by dividing the performance of the basic PC, the function may be degraded, and certain minor programs may not be implemented.

In another advanced example, a method of connecting a plurality of thin client terminals to a central server is being activated. In this case, the thin client terminal is configured with a minimum number of devices for accessing the central server. However, it is also necessary to purchase the thin client terminal separately, and there is a need to separately configure a central server for each company.

Due to the development of computers, notebook computers are also being actively distributed, and wireless internet is also being actively promoted. However, because laptops are quite expensive and their specifications are developing rapidly, they have to be repurchased at regular intervals, which puts a lot of pressure on users.

Recently, the distribution of IPTV service applied with VOD technology has been actively started. It is attempting to add computer functions such as web search to IPTV service, but it is necessary to add computer functions to TV, so that additional purchase cost and computer functions are maintained. It cannot be executed because of the occurrence of after-sales service and the cost of upgrading after a certain period of time.

By using the present invention, a way to solve the above problems may be implemented.

The present invention is to propose a method that can implement the functions of the latest computer using only the peripheral device of the computer configured to be connected to the central server through the Internet without the user having a computer main body.

If you apply this technology to a laptop, you can realize a high-performance laptop at a low cost. If you connect the wireless internet to this laptop, you can use the computer function anytime, anywhere without internet connection. Environmental issues should be followed.

Also, in TV, set-top box is used to realize the advanced service of IPTV by connecting computer peripherals and internet to use computer.

The central server manages all hardware and software maintenance upgrades and manages the network between users so that users can always be assured of optimal computer performance.

Assuming that the present invention has been implemented, a person who registers to use the present invention is called a subscriber, and a person who accesses the central server among the subscribers and uses it at the same time is called an expected concurrent accessor (13). Since the user is not connected to the server, the number of people with a certain percentage of the subscribers will be the expected simultaneous accessor (13).

The central server 1 is configured in a predetermined space. The central server 1 is provided with as many hard disks 2 as the number of subscribers. The hard disk 2 has an O / S, a web browser, and other software. Is installed. Each hard disk (2) is classified by the subscriber's ID, so the subscriber enters his ID and then connects, so he always uses his hard disk (2). Search, save patch file, save drive file of printer, etc.) Since the hard disk 2 also has a memory function, a user can save a desired file.

In the central server 1, the PC function device 3, except for the hard disk 2, capable of driving the contents of the hard disk 2, is provided in a quantity that is easy to use by the anticipated simultaneous accessor 13. The PC functional device 3 includes all the necessary components (CPU, power supply, sound card, graphics card, ROM, RAM, etc.) except for the hard disk 2 in the general PC. In the large-capacity, the PC function (power supply, etc.) that can be used at the same time can be used as a single part. Since not all subscribers use the central server (1) at a time, the number of concurrent users (13) can be inferred by the empirical probability proportional to the number of subscribers. The number of the PC functional device 3 can be minimized.

The central server 1 recognizes a signal sent by the user for the initial drive (boot) request and interlocks the hard disk (2) of the user ID with the PC function device (3) to initially drive (boot) the computer function. The drive (boot) control unit 11 is configured. When a signal is sent to the initial drive (boot) control unit 11 of the central server 1 through the initial drive (boot) transmitting unit 12 of the user end, the user's hard disk (2) is checked. After selecting), it interlocks with any PC function device (3) that is not in use to drive each user's computer function. The hard disk 2 is composed of subscribers for each subscriber, but the PC function device 3 is a structure that is randomly used jointly.

The central server (1) has a screen signal transmitting unit for converting the screen and audio signals generated by the drive of the user's hard disk (2) and the PC function device (3) into a signal that can be transmitted over the Internet to send to the user ( 5) is configured. The signal transmitted from the screen signal transmitting unit 5 is transmitted to the screen signal implementing unit 6 in the set-top box 4 of the user via the Internet. In the screen signal implementing unit 6 The transmitted signal is recognized and implemented on the user's monitor and speaker. This process can be easily implemented by applying VOD technology. The screen and audio signals generated by the central server 1 are transmitted to the user in real time using a compression technique.

The user side is provided with an initial drive (boot) sending unit 12 capable of requesting initial driving. The user operates the initial drive (boot) sending unit 12 at the user end for initial use. Sends a boot request signal to the initial drive (boot) control unit 11 in the. The initial drive (boot) control unit 11 detects the ID of the sender, selects the user's hard disk 2, and interlocks with the PC functional device 3 to boot the computer. Since the screen is not yet implemented, it will be a method of authenticating its ID by sending a signal by pressing a predetermined button configured in the initial drive (boot) transmission unit 12 as if making an internet phone call. It is sent to the screen signal implementing section 6 on the user side through the screen signal sending section 5 in the server 1 to be implemented on the user's monitor. The user enters the ID and PW again in the initial screen to be authenticated. When the user views the initial screen transmitted to his monitor and drives the keyboard or mouse, this signal is transmitted to the control signal transmitter unit in the set-top box (4). 7) is converted into a signal that can be transmitted through the Internet and is transmitted to the control signal implementation section 8 in the central server (1) through the Internet. The control signal implementing unit 8 transmits the signal transmitted from the keyboard or the mouse to the driving hard disk 2 and the PC function device 3 to operate as intended by the user. The control signal is continuously implemented on the user's monitor through the above-described process. The above-described process of implementing the control signal may be possible by applying the existing technology to send and receive two-way data by making an Internet phone call.

The CD-ROM 14 is connected to the set-top box 4, and the user side file transmission / reception unit 9 configured inside the set-top box 4 when the user drives a CD, a floppy disk, or a USB through the CD-ROM 14. Through the central server side file transmission and reception unit 10 via the Internet through the PC function device (3) and its own hard disk (2) is implemented to be implemented. When sending a file to a CD, floppy disk, USB, etc. of (14), the transmission to the CD-ROM 14 of the user end is performed via the user-side file transmission / reception section 9 through the central server-side file transmission / reception section 10 in the central server. At the user end, the scanner 19 or the printer 18 is connected to the user side file transmission / reception unit 9 of the set-top box 4, and the hard disk 2 and the PC functional device of its own ID operated by the user. It operates by receiving the signal of (3). This process is the same as the operation of the user's CD, floppy disk, USB, etc. The above process of implementation may be possible by applying existing technology to send and receive interactive data by making an Internet phone call.

The process of sending / receiving screen signals, sending / receiving control signals, and sending / receiving files are all classified by user, even if a plurality of users are connected at the same time because they exchange files with digitized bidirectional control signals by recognizing two-way IP. It is already known that the implementation of the distinction of its own area is omitted.

With the above structure, the user can use the computer only by connecting to the central server 1 configured by the operator using the computer peripheral device and the set-top box 4 through the Internet. Of course, you will have to subscribe to the service and pay a certain fee.

Initially, users don't need a large amount of money to purchase a computer; only a computer peripheral can be used to implement the service.Set-top boxes are often rented by service providers, but even if a user makes a purchase, Compared to this, the price is very low, and users can use it by paying a certain amount of money at regular intervals after signing up.

There is no need to upgrade the computer's maintenance A / S and periodically. All the hard disks in the central server can be networked according to the user's request, so there is no need for a separate network for use in the office, and the service provider manages the central server in a batch, so it is always serviced with the latest hardware and software. I can get it.

In IPTV, it is possible to implement a computer without adding a computer function to itself, thus providing more advanced convenience. Therefore, an IPTV provider can solve the A / S and upgrade problem that may occur when the computer function is applied to IPTV. have. It will also be easy to implement video calling on IPTV.

When the present invention is incorporated into a notebook, it is possible to implement a low-cost, high-performance notebook. When the present invention is incorporated into a notebook equipped with a wireless Internet function, it is possible to use it on the go without having to connect to the Internet line, providing advanced convenience. However, it will be possible if the environment that follows the speed of the wireless Internet is developed.

In terms of the license cost of software, service providers can only pay for the number of expected concurrent users, thus reducing social costs compared to the current method in which all users have to pay for the license of the software.

Claims (2)

The user operates the button configured in the initial drive (boot) transmission unit 12 to connect to the initial drive (boot) control unit 11 configured in the central server 1 in the form of an Internet phone, and then authenticates the user ID in the form of a password. After the operation, the initial drive (boot) control unit 11 generates the initial screen and voice signal by interlocking the hard disk 2 having a unique ID configured for each user with the PC functional device 3, and the initial screen generated as described above. And a voice signal to the screen signal implementation 6 in the set-top box 4 on the user's side via the screen signal transmitter 5 to be implemented on the user's monitor 17 and the speaker 20. The user authenticates his ID and PW again on the initial screen, and the signal manipulated when the keyboard 15 and the mouse 16 provided on the user side connected to the control signal transmitter 7 is manipulated. 7) Central server via internet (1) It is transmitted to the hard disk (2) and the PC function device (3) via the control signal implementation section 8 to operate the user's computer, the user is sent to the monitor 17 and the speaker 20 of the user end Recognizes the screen and voice, and can continuously operate its own computer in the central server (1) through the keyboard (15) and the mouse (16), CD ROM (14) to support the use of CD, floppy disk, USB The central server side file transmission and reception unit 10 in the central server 1 through the user side file transmission and reception unit 9 in the set top box 4 by connecting the scanner and the scanner 18 and the printer 18 to the set top box 4. The file can be exchanged with the hard disk (2) and the PC function device (3). When the hard disk 2 configured as the number of subscribers in the central server 1 and the PC functional apparatus 3 equipped with the number of expected simultaneous accessors 13 having the PC function except the hard disk 2 are provided. Any non-use PC function device among the hard disk 2 and the PC function device 3 according to the user's ID under the control of the initial drive (boot) control unit 11 receiving the user's initial drive (boot) signal ( 3) by interworking to implement a computer, the central server (1) is operated by a small number of PC functional devices (3) in preparation for the hard disk (2) configured as the number of subscribers because not all subscribers are connected at the time This makes it possible.

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