TWI393008B - A method for switching a kvm switch and the apparatus thereof - Google Patents

Description

Multi-computer switch system conversion method and multi-computer system switch device

The invention relates to a multi-computer switch system conversion method and a multi-computer system switch device, which is characterized in that a computer device is directly controlled by a mouse on a screen by a switching device and a control software system, and can be switched frequently. The design of the computer host system.

At present, with the rapid development of technology, a computer often cannot meet the needs of use, so gradually more and more consumers of two computers on the table, but the increase of the host means that the surrounding equipment needs to be increased, so There are switches to replace a number of peripheral devices, a wide variety of switches, analog switches, digital switches, and even some people switch the switching mechanism to the hot keys on the keyboard, the design of the above switch is not issued To provide consumers or users with multiple computers to use a single mouse to switch computers directly on a single screen, so there is room for improvement.

At present, the patent case of switch devices for computer equipment, such as: No. 0892 2837, the new patent case of "Intelligent Computer Switcher with Automatic Detection Capability" is a smart type with automatic detection capability. The computer switcher needs to use at least one set of keyboard, mouse and screen to control multiple computers. The smart switcher with automatic detection capability must have the capability of serial connection, which can be connected in series. Automatically define the serial number and its master-slave relationship. When the serial sequence is changed, it has the function operation for detecting and automatically adjusting the plurality of computer hosts, and the above structural design requires complicated circuits for the software and the detection system. And software design, this design can not simplify the software system design, avoid increasing electricity Brain circuit components and the cost of purchasing computer peripherals, so there is room for improvement as described above.

The present inventors have developed a multi-computer system switcher conversion method of the present invention in accordance with the above conditions in order to achieve the functions of setting control by a mouse on a single screen and switching display of a computer device.

The main purpose of the present invention is to provide a multi-computer system switcher conversion method, wherein: a screen, a mouse and a plurality of computer hosts, the screen, each computer host and the mouse are connected with a switching device, and simultaneously A software control system is input into each computer host, and the software control system is provided for the user to set the operation, and the multi-computer host cooperates with the switching device to control the multi-computer host switching by using a single mouse on the border of the screen, and provides the user. It can simultaneously use multiple computer mainframes and simplify the increase of the cost of computer peripheral equipment, achieving the convenience and practicality of use.

In order to enable the reviewing committee to further understand the features and other objects of the present invention, the detailed description of the preferred embodiments is as follows, but the description of the embodiments illustrated in the drawings is not for patent application. The only limiter.

Please refer to the figures 1, 2, and 3 to switch the multi-computer system of the present invention. The device conversion method is to connect a switching device 20 to the computer device 10, and input a software control system 30 to the computer device 10, and the software control system 30 can be used by the user to set the operation on the computer device 10 to cause the computer device 10 to operate. With the use of the switching device 20, the switching of the computer device 10 is controlled, and the user can simultaneously use the computer device 10 and simplify the cost of purchasing the computer peripheral device, thereby achieving the convenience and practicality of use.

As shown in the first and third figures, the computer device 10 has a screen 11, a mouse 12, a keyboard 13, and two computer hosts 14, 15 for inserting a connection at one end of the switching device 20, the mouse 12 And the keyboard 13 is connected to the switching device 20 adjacent to the screen 11 side. The computer mainframes 14 and 15 are respectively connected to the switching device 20, and the computer device 10 has a conventional object such as a speaker and a microphone and is connected to the computer. The main unit 14, 15 is a conventional object, so it will not be described; as shown in the second and third figures, the switching device 20 has a square-shaped adapter box 21, and the adapter box 21 has two The analog wafer 22 and the core wafer 23, the two analog wafers 22 and the core wafer 23 respectively cooperate with the software control system 30 and the computer mainframes 14, 15 of the computer device 10, and the outer end of the adapter box 21 has a connecting portion 210, the connecting portion The sockets are connected to the screen 11 and are provided with two circular insertion holes 211 on the adjacent sides. The two insertion holes 211 are respectively connected to the mouse 12 and the keyboard 13 , and the adapter box 21 is inserted into the screen. One end of the adjacent connecting portion 210 extends two USB connectors 24A, 24B and two computers The connection connectors 25A and 25B are respectively connected to the respective computer mainframes 14 and 15 and connected to the computer mainframes 14 and 15 respectively. As shown in FIG. 3, the two types of wafers 22 are respectively connected after the connection. The computer mainframes 14 and 15 for generating the screen signals 26A and 26B and the sound source signals 26A and 26B, and the core chip 23 further generating the USB connector signals 28A and 28B; and as shown in FIG. 4, the software control system 30 inputs the computer device. In the computer mainframes 14, 15 of the 10, a control window interface 31 is formed on the screen 11, and the control window interface 31 generates a single boundary setting screen block 32, a double boundary setting screen block 33, and a full border setting screen. Block 34 and a switching block 35 for switching between two computer hosts 14, 15; the single boundary setting screen block 32: providing a user setting to move the mouse 12 cursor A to a single boundary at the top, bottom, left, and right of the window boundary of the screen 11 The switching operation of the computer mainframes 14, 15; the dual boundary setting screen block 33: providing user setting to move the mouse 12 cursor A to the upper and lower boundaries of the window boundary of the screen 11 or the left and right borders, and the computer mainframes 14 and 15 The entire boundary setting screen block 34: provides user setting to move the mouse 12 cursor A to the entire boundary of the screen 11 window, and performs switching operations of the computer hosts 14, 15; the switching block 35: provides the user Switch between two computer hosts 14, 1 5, and perform control settings of the single boundary setting screen block 32, the double boundary setting screen block 33 or the full boundary setting screen block 34.

The above-mentioned structure and system can provide a control flow for the user to switch the host computers 14 and 15 step 40: Select 41: the user inputs the computer device 10 into the computer mainframes 14, 15 of the software control system 30, and displays them on the screen The control window interface 31 formed on the control window interface 31 is set by the user to switch the switching blocks 35 of the two computer hosts 14, 15; the setting 42: the operation control settings for the two computer hosts 14, 15 are as follows; Setting 420 of the host computer 14: The host computer 14 can switch to the host computer by setting the single border setting screen block 32, the double border setting screen block 33 or the full border setting screen block 34 in the control window interface 31. 15; Second, the setting of the computer host 15 421: the computer host 15 can set the single boundary setting screen block 32, the dual boundary setting screen block 33 or the full boundary setting screen block 34 to switch to the computer host 14; : The mouse 12 cursor A of the computer device 10 is moved to the setting 420 of one of the computer hosts 14 or the setting 421 of the second computer host 15 to provide the user with a direct access to the Each border switch 14, 15 on the two host computer screen 11, is provided to a user computer equipment 10 using a single screen 11, a single mouse 12 and keyboard 13 and other related single devices can be used for the computer host 14, 15, as shown in Figure 6, Figure 7, in the screen 11 window can display the current phase of the switch 1 computer The host computer 14 or the No. 2 computer host 15 can provide the user with the simultaneous use of the multi-computer host 10 and simplify the increase of the cost of the computer peripheral device, thereby achieving the convenience and practicality of use.

The following functions can be obtained by the foregoing structure and method, such as:

1. User-friendly design: the computer device 10 is connected to a switching device 20, and a software control system 30 is input to the computer device 10. The software control system 30 can be used for setting the operation of the mouse 12 of the computer device 10 to make the computer device 10 cooperates with the operation of the switching device 20 and controls the switching of the computer device 10 on the screen 11, thereby achieving the design of the humanized design.

2. The device cost is reduced: the computer device 10 is connected to a switching device 20, and a software control system 30 is input to the computer device 10. The software control system 30 can be used for setting the operation of the mouse 12 of the computer device 10 to cause the computer device 10 to operate. The control of switching on the screen 11 of the computer device 10 is performed in conjunction with the operation of the switching device 20, thereby providing the user with the convenience and practicality of simultaneously using the computer device 10 and simplifying the cost of purchasing the computer peripheral device.

In summary, the present invention can indeed achieve the above-mentioned functions, so the present invention should meet the requirements of the patent application, and apply in accordance with the law.

A‧‧‧ cursor

10‧‧‧Computer equipment

11‧‧‧ screen

12‧‧‧ Mouse

13‧‧‧ keyboard

14, 15‧‧‧ computer host

20‧‧‧Switching device

21‧‧‧Transfer box

210‧‧‧Connecting Department

211‧‧‧ inserted holes

22A, 22B‧‧‧ analog wafer

23‧‧‧ core chip

24A, 24‧‧‧BUSB connector

25A, 25B‧‧‧ computer connector

26A, 26B‧‧‧ screen signal

27A, 27‧‧‧BUSB connector signal

28A, 28B‧‧‧ source signal

30‧‧‧Software Control System

31‧‧‧Control window interface

32‧‧‧ Single boundary setting screen block

33‧‧‧Double boundary setting screen block

34‧‧‧Full border setting screen block

35‧‧‧Switching block

40‧‧‧Control process

41‧‧‧Selected

42‧‧‧Setting

420‧‧‧The setting of one computer host

421‧‧‧Second computer host settings

43‧‧‧Switch

Figure 1 is a schematic view of a hardware device of the present invention.

Fig. 2 is a perspective view showing the switch of the present invention.

Figure 3 is a block diagram showing the overall connection of the present invention.

Figure 4 is a schematic diagram of the software control system of the present invention.

Fig. 5 is a schematic view showing the flow of the present invention.

Figure 6 is a schematic diagram showing the switching screen of one of the present inventions.

Figure 7 is a schematic diagram of another display switching screen of the present invention.

10‧‧‧Computer equipment

11‧‧‧ display device

12‧‧‧ keyboard

13‧‧‧ Mouse

14‧‧‧Computer host

15‧‧‧Computer host

20‧‧‧Switching device

21‧‧‧Transfer box

24A, 24‧‧‧BUSB connector

25A, 25B‧‧‧ computer connector

Claims (8)

A multi-computer system switcher includes: at least one screen; at least one mouse; at least two computer hosts; and a switching device, the switching device has a transfer box, and one end of the transfer box is connected to the screen, adjacent to one The side is provided with at least one insertion hole for the mouse to be inserted, and the adjacent end of the transfer box extends at least two USB connectors and at least two computer connection connectors, the USB connectors and the computer connections The connector is respectively connected to each computer host inserted in the computer device; a software control system provides the following operations of the operator: input: the software control system is input into each computer host of the computer device, and a screen is generated for the user to operate and control. In the window interface, the control window mask has a single border setting screen block and a switching block for switching each computer host; setting, single border setting screen block and switching the switching block of each computer host; wherein, the single boundary setting screen Block, providing user settings to move the mouse cursor to a single boundary at the top, bottom, left, and right of the screen window boundary, and switch between the computer hosts Wherein the switching block is provided to switch two user host computer, and a single block of boundary setting screen control setting. A multi-computer system switcher comprising: at least one screen; At least one mouse; at least two computer hosts; a switching device, the switching device has a transfer box, one end of the transfer box is inserted into the screen, and the adjacent side is provided with at least one insertion hole, the insertion hole The mouse is inserted into the connection, and the adjacent end of the transfer box extends at least two USB connectors and at least two computer connection connectors, and the USB connectors and the computer connection connectors are respectively connected to the computer hosts of the computer device; A software control system provides an operator to operate the following process: input, the software control system is input into each computer host of the computer device, and a screen for the user to operate the control window is generated on the screen, and the control window mask has a double boundary setting screen. Block and switch the switch block of each computer host; set, double-border setting screen block and switch the switch block of each computer host; wherein, the double-boundary setting screen block provides user setting to move the mouse cursor to the screen Switching between the upper and lower boundaries of the window boundary or the left and right borders, wherein the switching block provides the user to switch between the two computers. Machine, and double block boundary setting screen of the setting control. A multi-computer system switcher comprising: at least one screen; at least one mouse; at least two computer hosts; a switching device, the switching device has an adapter box, the adapter box is inserted into the screen at one end, and at least one insertion hole is provided on the adjacent side, the insertion hole is inserted into the mouse, and the insertion hole is connected The adjacent end of the transfer box extends at least two USB connectors and at least two computer connection connectors, and the USB connectors and the computer connection connectors are respectively connected to each computer host of the computer device; a software control system provides an operator operation as follows The input, the software control system is input into each computer host of the computer device, and a screen is generated on the screen for the user to operate the control window. The control window mask has a full boundary setting screen block and a switch of switching each computer host. Block; setting, setting the screen block and switching the switching blocks of each computer host; wherein the full-border setting screen block provides the user setting to move the mouse cursor to the entire boundary of the screen window, and can perform each The switching action of the computer host; wherein the switching block provides the user to switch between the computer hosts and control the full boundary setting screen block set up. The multi-computer system switcher according to claim 1, wherein the computer device has a speaker and a microphone and is connected to the computer host. The multi-computer system switcher according to claim 1, wherein the switch box has two analog chips and a core chip, and the two types of chips and the core chip respectively cooperate with the computer control system and the computer device. . A multi-computer system switcher comprising: at least one screen; At least one mouse; at least two computer hosts; a switching device, the switching device has a transfer box, one end of the transfer box 21 is inserted into the screen, and the adjacent side is provided with at least one insertion hole, the insertion The hole is provided for the mouse to be connected, and the adjacent end of the transfer box extends at least two USB connectors and at least two computer connection connectors, and the USB connectors and the computer connection connectors are respectively connected to the computer hosts of the computer device. a software control system, the software control system is input into each computer host of the computer device, and forms a control window interface on the screen, and the control window interface generates a plurality of screen blocks for the user to set to provide a user to switch. Each computer host control. The multi-computer system switcher according to claim 6, wherein the control window interface generates a plurality of screen blocks, and can set a screen block, a double-boundary setting screen block or a full-border setting screen block for a single boundary; The single boundary setting screen block: providing a user setting to move the mouse cursor to a single boundary between the top, bottom, left and right of the screen window boundary, and performing switching operations of each computer host; the double boundary setting screen block: providing user setting mouse button The cursor moves to the upper and lower boundary or the left and right borders of the screen window boundary to perform the switching operation of the computer host; the full boundary setting screen block: provides the user setting to move the mouse cursor to the entire boundary of the screen window, and performs the computer host Switching action The switching block: provides a control setting for the user to switch each computer host and perform single-border setting screen block, double-boundary setting screen block or full-border setting screen block. A multi-computer system switcher conversion method, the control flow step comprising: selecting: a user inputs a computer control device into a computer control device in a software control system, and forms a control window interface on the screen, the control window interface is used Set the switch block for each computer host; set: for the operation control settings of each computer host, as follows; First, the computer host settings: the computer host can set the single boundary setting screen block in the control window interface, bilateral Set the screen block or the full-border setting screen block to switch to the host computer; Second, the computer host settings: The computer host can set the single-border setting screen block, double-boundary setting screen block or full border Set the screen block to switch to each computer host; switch: the mouse cursor of the computer device moves to the setting mode of one or two computer hosts, so that the user can directly switch to each computer host on a screen boundary For users to use a single screen, a single mouse and keyboard in computer equipment Can be performed using a device of each host computer, the user can be reached using a multi-host computer while simplifying and increasing the cost of the computer peripheral equipment convenience and practicality purposes.