KR100615710B1 - An apparatus for simultaneously automatically controlling a keyboard and a mouse - Google Patents

Abstract

The present invention relates to an integrated automatic control device characterized in that the two different input devices, the keyboard and the mouse input signals can be interchanged and controlled by one device.

The present invention is connected to a keyboard and a mouse, which is a host device and an input device, and includes a microprocessor unit and a circuit therein for transmitting and receiving data and a signal, and processing a series of operations of a mouse and a keyboard; A controller connected to the main body, the controller including a function switch to transmit a signal corresponding to a series of operations stored in the main body to a host device through a connector; A connector connected to the main body and connected to the host device to transmit and receive data and signals; And a connection part mounted on the main body and connected to a keyboard and a mouse to transmit and receive data and signals, wherein the main body includes a keyboard and a mouse integrated and controlled by a controller to stop the operation of the keyboard and the mouse and to store the serial data stored in the main body. A first step mode in which a signal corresponding to the operations of is transmitted to the host device through the connector by selection of a function switch, and a signal corresponding to a series of operations stored in the main body is not transmitted to the host device through the connector. Or in a second stage mode of transmitting a signal to a host device according to a key selection of a mouse.

Description

An apparatus for simultaneously automatically controlling a keyboard and a mouse}

1 is a perspective view of an integrated automatic control apparatus for a keyboard and a mouse according to the present invention.

2 is a block diagram of an integrated automatic control apparatus according to the present invention.

3 is a main circuit diagram of the integrated automatic control apparatus according to the present invention.

4 and 5 are views showing a form in which a signal of a standard PS / 2 keyboard input device is transmitted to a host device through an integrated automatic control device according to the present invention.

6 is a diagram illustrating a signal transmission of a standard PS / 2 mouse input device to a host device through an integrated automatic control device according to the present invention;

7 is a perspective view showing another embodiment of the present invention.

** Description of protection for the main parts of the drawing ****

1: integrated automatic controller 2: main body

3: controller 4a, 4b: connector

6a, 6b: connection part 42, 43: connector support part

100: keyboard 200: mouse

300: host device

The present invention relates to an integrated automatic control device for a keyboard and a mouse, and more particularly, it is possible to control a single device by integrating the input signals of the keyboard and the mouse, which are two different input devices. It relates to an integrated automatic control device.

It analyzes all input and output communication between the keyboard and mouse and computer with one microprocessor, detects the push signal (PS / 2 protocol communication), and retransmits the original signal or the designated signal. It is possible to automate like 1: n instead of; 1, which enables the integration and automation of mouse and keyboard.

In general, keyboards used in computers mainly use the AT type, but nowadays the PS2 / USB type is mainly used. These devices are two-way communication interface devices between users and computers using communication protocols such as PS / 2 and USB. The keyboard is mainly used for text input, and the mouse is mainly used for inputting relative coordinates and left and right clicks on the screen. It is used.

Here, referring to the PS / 2 operating method of the interface device, this is a two-way communication protocol, and both sides can attempt communication at any time through two connected lines, and for this purpose, they are connected by click and data lines.

These interface devices require immediate input from the user, and are capable of accurate input, but are not made on the premise of automation, so the user must always wait for input. In other words, when the user executes the program or game, the keyboard and the mouse must be operated in order to perform the necessary functions by using the keyboard and the mouse together as input means, and in particular, a series of operations that are repeatedly executed It is inconvenient for the user to use the keyboard and mouse.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to integrate a mutual input signal of two different input devices, a keyboard and a mouse so that they can be interchanged, so that one device can be easily controlled. .

The present invention is connected to a keyboard and a mouse, which is a host device and an input device, and includes a microprocessor unit and a circuit therein for transmitting and receiving data and a signal, and processing a series of operations of a mouse and a keyboard; A controller connected to the main body, the controller including a function switch to transmit a signal corresponding to a series of operations stored in the main body to a host device through a connector; A connector connected to the main body and connected to the host device to transmit and receive data and signals; And a connection part mounted on the main body and connected to a keyboard and a mouse to transmit and receive data and signals, wherein the main body includes a keyboard and a mouse integrated and controlled by a controller to stop the operation of the keyboard and the mouse and to store the serial data stored in the main body. A first step mode in which a signal corresponding to the operations of is transmitted to the host device through the connector by selection of a function switch, and a signal corresponding to a series of operations stored in the main body is not transmitted to the host device through the connector. Or in a second stage mode of transmitting a signal to a host device according to a key selection of a mouse.

The main body of the present invention includes a host connection driver for receiving and processing necessary setting data or signals from a host device; A local connection driver that receives and processes necessary setting data or signals from a keyboard and a mouse; And a storage unit for storing setting data and optionally a series of operations of a specified mouse and keyboard.

The storage unit of the present invention is characterized by including a RAM area for temporarily storing the setting data and a ROM area for long-term storage.

The controller of the present invention, the power switch for controlling the operating state by selecting whether to supply power; A memory switch for storing a mutually stored sequence of actions of an optionally stored keyboard and mouse; And a stop switch capable of switching to the first step mode or the second step mode.

The present invention is characterized in that a signal corresponding to a series of operations stored in the main body is transmitted to a host device through a connector when a key of a mouse or a keyboard is selected.

The present invention is connected to a keyboard and a mouse, which is a host device and an input device, and includes a microprocessor unit and a circuit therein for transmitting and receiving data and a signal, and processing a data and a signal; A controller connected to the main body to control the main body; A connector connected to the main body and connected to the host device to transmit and receive data and signals; And a connection part mounted on the main body and connected to a keyboard and a mouse to transmit and receive data and signals, and when a specific key of the mouse or the keyboard is selected, a signal corresponding to a series of operations stored in the main body is transmitted through the connector. It is characterized in that the transmission to the host device.

The main body of the present invention includes a host connection driver for receiving and processing necessary setting data or signals from a host device; A local connection driver that receives and processes necessary setting data or signals from a keyboard and a mouse; And a storage unit for storing setting data and optionally a series of operations of a specified mouse and keyboard.

The storage unit of the present invention is characterized by including a RAM area for temporarily storing the setting data and a ROM area for long-term storage.

The controller of the present invention, the power switch for controlling the operation state by selecting whether to supply power; A memory switch for storing a mutually series of actions of an optionally designated mouse and keyboard; A function switch for causing signals corresponding to mutual sequences of operations stored in the main body to be transmitted to the host device through the connector; And a stop switch capable of converting an operation state of the controller into a pause state.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of the integrated automatic control device of the keyboard and mouse of the present invention.

As shown in FIG. 1, the integrated automatic control device 1 of the keyboard 100 and the mouse 200 includes a main body 2 having a microprocessor unit and a circuit for allowing input and output of data or signals, and a main body. (3) connected to the controller (2) formed of a plurality of operation switches, the connector (4a, 4b) and the input device keyboard 100 and the mouse 200 which can be connected to the host device 300, such as a computer or game machine PS / 2 ports 7a and 7b, which are interface devices, are connected to connection parts 6a and 6b, respectively.

The controller 3 integrates the interaction of the power switch 32, the keyboard 100, and the mouse 200, and the memory switch 33 for executing the automatic operation function, and a plurality of function switches for automatically executing the operation. And a stop switch 35 having a pause function.

The power switch 32 has an on / off function of controlling the operation state by selecting whether the integrated automatic control device 1 is supplied with power.

The memory switch 33 is for storing each operation function so as to integrate the mutual operation of the keyboard 100 and the mouse 200 and execute it automatically. This is because when the user repeatedly uses the corresponding operation keys of the keyboard 100 and the mouse 200, for example, mutually repeatedly, which are used to execute a specific operation within the program, a plurality of operation keys are inputted in that order. By selectively designating and remembering one of the function switches 34, the function selects only one of the function switches 34 instead of the hassle of repeatedly using the corresponding operation keys of the keyboard 100 and the mouse 200. It can be used easily.

The function switch 34 selectively assigns and memorizes a series of operations of the keyboard 100 and the mouse 200 through the memory switch 33 to perform respective necessary operations. That is, in order to set in advance the operations required for the user to execute the corresponding functions using the keyboard 100 and the mouse 200, the user operates in association with the memory switch 33. Optionally, an arbitrary number may be designated through (33), and then the corresponding operation may be designated and used. As a result, the user can easily use by selecting one of the plurality of function switches 34 in which the operation of the corresponding function is set without using the keyboard 100 and the mouse 200.

In this regard, more specifically, the operation method of the controller 3 will be described with reference to FIG. 1. This is for storing the automatic operation functions using the memory switch 33 and the function switch 34 as follows.

First, the present invention relates to an operation method for storing the interaction functions of the keyboard 100 and the mouse 200 by using the plurality of function switches 34 of the controller 3.

First of all, the power switch 32 is operated and the memory switch 33 is pressed, and then one of the function switches 34, for example, one to four times, is selectively designated, and the mouse 200 is clicked and / or the keyboard is selected. After the (100) input is repeatedly performed, it is completed by pressing the memory switch 33 again.

Next, in the case of setting as described above, in order to execute this, it is easily and automatically executed immediately and immediately by selecting and pressing a number corresponding to a desired function among the selectively designated function switches 34, that is, 1 to 4 times. Same as

Example 1: Pressing the memory switch (33) => Press function switch 1 => Relative aiming and right-clicking mouse (200) => Pressing the numeric key '2' on keyboard (100) => Relative aiming / Left click of mouse (200) => Press '3' on keyboard 100 => Relative aim and right click of mouse (200) => Press function switch 1 => Press memory switch (33) => complete

The macro is designated in the above manner, and the execution is " pressing the first function switch 34 ", from which the control of the keyboard 100 and the mouse 200 is transferred to the " integrated automatic controller 1 ". By automatically carrying out the stored relative coordinates and key sequence above, the user can easily use without having to wait in front of the computer for immediate input.

In this manner, the function switch 34 may be designated by pressing one of the function switches 34 and one of the first to fourth numbers after pressing the memory switch 33.

Second, in addition to being mounted on the controller 3, the plurality of function switches 34 may be designated as keys of the keyboard 100 or designated as signal inputs such as a click of the mouse 200 to be used as a setting key. have. As described above, when the keyboard 100 or the mouse 200 is used as the function switch 34, the function switch 34 is not limited to the plurality of function switches 34 mounted on the controller 3. As many as the kit value of 100 and the number of signals of the mouse 200 can be extended and applied. In addition, when the function switch 34 is used as a key on the keyboard 100 or the mouse 200, the integrated automatic control device 1 may be operated without using the stop switch 35 of the controller 3 even when the automatic control device 1 is operating. In addition, the keyboard 100 and the mouse 200 can be used simultaneously.

In this regard, a case where the function switch 34 is set to any key of the keyboard 100 will be described.

First, when setting '3' of any numeric key on the keyboard 100 as one of the function switches 34, for example, [press the memory switch 33 => the number on the keyboard 100 corresponding to the setting key Press key '3' (function switch) => Press' L 'on keyboard 100 (about 1 second) => Press' shift-Y' (about 1-2 seconds) => 'on keyboard 100 Press Ctrl-1 '(approximately 1 to 3 seconds) => Press the corresponding numeric key' 3 '(corresponds to function switch) in the setup key => Press memory switch 33 => Done].

As described above, when the numeric key '3' set on the keyboard 100 is used as a function switch, pressing the numeric key '3' causes the data line "pin RB3" to be input from the currently commercially available PS / 2 keyboard 100. "0 x 16", which is a value corresponding to the numeric key '3' of the keyboard 100, is input, and the controller 3 temporarily enters a reception mode to receive data through the PS / 2 protocol with the keyboard 100. . Next, after checking whether the value corresponding to the numeric key '3' of the keyboard 100 has been previously set, the value is set as ['L' + 'shift-Y' + 'Ctrl-1']. If the values have already been set, the controller 100 switches to the transmission mode according to the predetermined condition and transmits the data to the host device 300 through the data line "pin RB2".

However, if there is no setting value corresponding to the numeric key '3' of the keyboard 100, only "0 x 16" which is the value corresponding to the numeric key '3' of the keyboard 100 is transmitted as it is.

Similarly, the function switch 34 can be set by operating a specific key or movement of the mouse 200 with different key values or macros.

If the "press the right button" of the PS / 2 mouse 200 is set to one of the function switches 34, for example, [mouse rotation => (about 1 to 2 seconds) => left click => shift- Y + (approximately 1-3 seconds) => Ctrl-1 => 'Right button pressed' (corresponding to function switch)].

As described above, in the case of using the "right button press" set on the mouse 200 as a function switch, first, data transmitted to the host device 300 uses the data format as shown in FIG. 6 and the general PS / 2 protocol. Transmitted in a pulsed manner.

That is, when the right button of the mouse 200 is pressed, it is converted into a signal such as "O x OA, O x OO, O x OO" and then the host device is continuously connected from the mouse 200 through "pin RB3" in the data line. Is sent to 300.

In this case, the main body 2 temporarily enters a reception mode and receives data from the keyboard 100 via the PS / 2 protocol with values corresponding to "O x OA, O x OO, O x OO".

Next, check if the setting values corresponding to "press the right button" have been previously set, and if the corresponding value is set, that is, [mouse rotation + (about 1-2 seconds) + left click + shift-Y + (Approximately 1-3 seconds) + Ctrl-1] When set, the controller 3 switches to the transmission mode and transmits this value to the host device 300 through the “pin RBO” of the data lines according to the specified format. do.

If there is no corresponding value, press the right button "O x OA, O x OO, O x OO". The original rotation of the mouse 200 can be performed by gradually moving the second and third data representing the X and Y coordinates of the data packet.

As described above, the function switch 34 may be set by arbitrarily designating various automatic setting keys using the keyboard 100 and the mouse 200.

As described above, in addition to the method of designating the setting key by using the storage switch 33 and the function switch 34, various setting data created through the setting program in various operating systems can be stored from the host device 300. It is received and processed through the host connection driver 24 and the micro process unit 22 in (2), and stored in the storage unit 28 for use.

The setting data received in this way is the same as the case of setting using the operation switches of the controller 3 described above, but there is an advantage in that precise control (input) such as a mouse movement is easier.

Thus, by using the controller 3, there is an advantage that can solve the difficulty and time waste of using the corresponding operation keys of the conventional mouse and keyboard repeatedly.

In addition, in order to perform the corresponding operations of the keyboard 100 and the mouse 200, in addition to the setting method using the memory switch 33 and the function switch 34 in the same way as above, the OS system environment of the user computer, For example, by transmitting the data set in advance in the window system environment to the controller 3, the setting data received is used instead of the hassle of setting the corresponding function by using the memory switch 33 and the function switch 34. You can easily run it automatically.

In this regard, all data of the keyboard 100 and the mouse 200 directed to the computer 300 as the host device are all reassigned by the microprocessor unit 22, and also from the computer to the keyboard and mouse, and PS / 2. All responses to the interface device are also redirected.

Next, the designation switch 35 is used to pause the function of automatically operating via the function switch 34. When the stop switch 35 is pressed to operate, the operation of the keyboard and / or mouse is paused and input is impossible. On the contrary, when the operation state is released, the push switch that enables input of the keyboard 100 and the mouse 200 enables a function of switching the following two-step mode to a toggle state as it is pressed. Have.

First of all, in the first stage mode, the stop switch 35 is not in an 'inactive mode' in which the integrated automatic controller 1 is operated by pressing the power switch 32 of the controller 3. This is the default operating mode set to. In this case, the keyboard 100 and the mouse 200, which are input devices, are integrated and controlled by the controller 3, while the operations of the keyboard 100 and the mouse 200 are stopped.

Next, the second stage mode is the 'operation mode' in which the stop switch 35 is in an operating state, which is required when the user wants to temporarily use the keyboard or mouse for another task, and the integrated automatic control is in operation. The operation of the controller 3 of the device 1 is stopped and the keyboard 100 and the mouse 200 can be used respectively.

As such, by using the stop switch 35 having a pause function, the user inputs the mouse 200 required for using the keyboard 100 or using a system, for example, for chatting during game play. In order to execute the etc., the operation of the integrated automatic control device 1 is temporarily stopped, and the mouse 200 and the keyboard 100 can be used.

At this time, when the macro setting is being executed by using the memory switch 33 and the function switch 34 of the controller 3, the operation is stopped for a while and the host station 300 and the keyboard ( 100) and the mouse 200 can directly communicate with each other.

The main body 2 has connectors 4a and 4b connected to the host device 300 on one side thereof, and the connection parts 6a and 6b on the other side so as to be connected to the keyboard 100 and the mouse 200. Is equipped.

With this configuration, the integrated automatic control device 1 can transmit and receive mutual signals, data, and the like between the host device and the input device.

FIG. 2 shows the internal structure 21 of the main body 2, and FIG. 3 shows the main circuit diagram of the main body 2. As shown in FIG.

The internal structure 21 of the main body 2 includes a microprocessor unit (MPU) 22, a host connection driver 24 which receives various drive setting data and signals from the host device 300, and a keyboard which is an input device ( 100 or the local connection driver 26 which receives various data and signals from the mouse 200, and various setting data or signals set using the memory switch 33 and the function switch 34 from the controller 3; And an input unit 25 for receiving and processing, and a storage unit 28 for receiving and storing various signals or data through the micro process unit 22.

Here, the main body 2 includes an output unit 27 having an 'LED' to show whether the integrated automatic control apparatus 1 is in an operating state, and the output unit 27 is connected to the micro process unit 22. Is controlled by

The micro process unit 22 operates in conjunction with, and operates in conjunction with, host and local connection drivers 24, 26, input 25, output 27 and storage 28 within the body 2. It has a function of transmitting, receiving, processing and controlling various signals and data.

This is a gaming PS / 2 controller with automatic function, which is connected to the microprocessor while disconnecting from each other in the middle of the line of PC-PS / 2 interface device to control and integrate two different signals of keyboard 100 and mouse 200. By processing two input and output signals.

The host connection driver 24 receives and processes various setting data or signals required from the host device 300 and transmits them to the microprocessor unit 22.

The local connection driver 26 receives and processes various data and the like from the keyboard 100 and the mouse 200, and transfers the data to the microprocessor unit 22.

The storage unit 28 has a RAM area that can be temporarily stored, such as configuration data, and a ROM area that needs to be stored for a long time, so that the data can be immediately used or stored for a long time. In the structure of the keyboard 100 and the mouse 200 consisting of a structure that can analyze or store various user inputs.

The input unit 25 receives and processes various signals, setting data, and the like from the controller 3, and then delivers the signal to the microprocessor unit 22.

Due to the internal structure 21 of the main body 2, the integrated automatic control apparatus 1 transfers all the operations of the keyboard 100 and the mouse 200 to the host device 300 in a 1: 1 manner instead. In addition, the operation of the mouse 200 has an asymmetric data processing structure that can convert the operation of the keyboard 100 or the operation of the keyboard 100 to the operation of the mouse 200, thereby the keyboard 100 and the mouse 200 can be integrated into one device, that is, integrated automatic control device (1) can be controlled.

3 is a block diagram of the internal circuit of the main body 1, and as shown in FIG. 3, "POWER-SW" (hereinafter referred to as a "power switch") controls the on / off of the main body 2. When the 'power switch' is off, the contact point of the host device 300 and the input device keyboard 100 and the mouse 200 is directly connected by "RY" (hereinafter referred to as "relay"), in this case Communication between the keyboard 100 and the host device 300 or between the mouse 200 and the host device 300 is directly communicated without being interrupted.

If the "power switch" is turned on, the contacts of the "relay" between the keyboard 100 and the host device 300 or between the mouse 200 and the host device 300 are disconnected in the middle. Controlled by the process unit 22, the intercommunication between the keyboard 100, which is an input device, and the connector 4a, 4b connecting the mouse 200 and the mutual host device 300 are all pulse recognition, arithmetic and pulsed. It is controlled by a generation program or the like.

4 and 5 illustrate the PS / 2 ports 7a and 7b, which are interface devices connected to the integrated automatic control device 1, the host device 300, the input device keyboard 100, and the mouse 200. Shows the relationship between the frequency clock and the data generated when sending and receiving the necessary signal or data.

This operation is carried out by a predetermined protocol through the micro process unit 22 in the main body 2.

FIG. 4 illustrates the "clock" and "data" pulse forms transmitted from the keyboard 100, which is an input device, to the host device 300 in the PS / 2 protocol scheme, which is currently widely used. This is a general transmission method, and its configuration is composed of "start" bits, "data 0-7" bits (8 bits), "parity" and "stop" bits, and the "clock" and "data" pulses are both keyboard 100 Control from the) side. In this case, the "start" bit is sent through the voltage High / Low (logical value '1' / '0') of "data" and "clock" to transmit data, and then "data 0-7", "parity". The "and" stop "bits are sent in order.

5 illustrates a data transmission method transmitted from the host device 300 to the keyboard 100 as an input device, and is a PS / 2 protocol method currently widely used. The configuration is composed of "start" bit, "data 0-7" bit (8 bits), "parity", "stop" bit as shown in Figure 4, the transfer process from the host device 300 to the keyboard 100 As follows.

First, at least about 60 us (microseconds) is instructed to generate a "clock" on the keyboard 100 side via a "clock" line. Next, the host device 300 is ready to transmit while sending a "start" bit through the voltages Low / High (logical value '0' / '1') of "data" and "clock". The control of the clock is transferred to the keyboard 100, and the rest of the "data 0-7", the "parity" and the "stop" bits are sequentially sent.

FIG. 6 generally relates to standard PS / 2 mouse information transmitted from a mouse input device to a host device, and is transmitted to the host device 300 in the form of a 3-byte data packet.

First, the " X and Y over " bits in bits 6 and 7 in byte 1 indicate whether the counters of X and Y exceed their maximum values. In addition, the "X and Y signal" bits of bits 4 and 5 indicate the movement ('+' or '-' direction) state of the mouse 200, the bit 3 indicates the state of no mouse movement, and the bits 0 to 2 Indicates a state of pressing and releasing the click button of the mouse 200.

Next, bytes 2 and 3 represent the movement positions of the mouse 200 moved in the X-axis and Y-axis directions in the general display device, and this data generated from the mouse 200 is constantly updated by the PS / 2 protocol. 300). In this case, the number of transmitted data packets is different from the number in the keyboard 100, but the communication scheme does not deviate from the PS / 2 protocol.

FIG. 7 shows another embodiment of the present invention, and as shown in FIG. 7, the characteristics of the present invention are different from those of the connection part 6 connected to the main body 2 of FIG. 1 by a cable or the like. It is characterized by consisting of two connector support parts (42,43) formed of an elastic material on both sides of the main body (2) to facilitate the connection.

The connector supports 42 and 43 are mounted on both sides of the main body 2, respectively, and are connected to both ends of the host device 300 and the keyboard 100 and the mouse 200 so as to transmit data and signals. For example, the connection parts 42a, 42b, 43a, 43b having a PS / 2 port form are formed.

The connector supports 42 and 43 may be connected to the host device 300 and the PS / 2 ports 7a and 7b which are interface devices. The second connection portions 42b and 43b are formed so as to be connected to the keyboard 100 and the mouse 200 and to be connected to the keyboard 100 and the mouse 200, respectively.

This structure can be coupled to both sides of the main body 20 in a cylindrical shape can bring about the effect that can be connected to the host device more stably easily.

Since the coupling relationship, features, and operation methods of the other operation elements are similar to those of the embodiment of FIG. 1, detailed descriptions thereof will be omitted.

Although the present invention has been described in detail above, those skilled in the art to which the present invention pertains may variously modify the present invention without departing from the spirit and scope of the present invention as defined in the appended claims. It is apparent that the present invention may be modified or modified. Therefore, a simple change according to an embodiment of the present invention will not be possible without departing from the technology of the present invention.

According to the present invention of the above configuration, two different devices, a mouse and a keyboard, are connected by one device, and the input signals of the devices can be interchanged, thereby allowing a user to use a mouse and keyboard to perform a complicated or repeated operation. By simply using the function switches for the actions, the effect is easier and more convenient to use.

Claims (9)

A main body connected to a keyboard and a mouse which are a host device and an input device, and having a microprocessor unit and a circuit therein for transmitting and receiving data and a signal; A controller connected to the main body to transmit and receive data and signals, and to control and automatically integrate and control operations required for a user to execute a desired function using the keyboard and a mouse; A connector connected to one side of the main body by a cable or the like and connected to the host device to transmit and receive data and signals; And It is mounted on the other side of the main body and connected to the keyboard and mouse includes a connection for transmitting and receiving data and signals, The controller A power switch for controlling an operation state by selecting whether to supply power; A memory switch for storing each operation function so as to integrate the interaction between the mouse and the keyboard so as to be automatically executed; A plurality of function switches which are selectively designated and memorized through the memory switch 33 to set mutually-operated operations of the mouse and the keyboard to perform respective necessary operations; And Keyboard and mouse integrated automatic control device, characterized in that consisting of a stop switch for converting the operating state of the controller to the pause state. delete delete The apparatus of claim 1, wherein the function switch of the controller is used as an automatic setting key by arbitrarily selecting one of the operation keys on the keyboard. 2. The integrated automatic control apparatus for a keyboard and a mouse according to claim 1, wherein the function switch of the controller can be used as an automatic setting key after arbitrarily selecting among the operation keys on the mouse. A main body connected to a keyboard and a mouse which are a host device and an input device, and having a microprocessor unit and a circuit therein for transmitting and receiving data and a signal; A controller which is connected to the main body to transmit and receive data and signals, and which can be automatically integrated and controlled by presetting operations required for a user to execute a desired function using the keyboard and mouse; And A connector support part mounted on both sides of the main body and connected to the host device, a keyboard, and a mouse, respectively, and connected to both ends thereof so as to transmit and receive data and signals; The controller A power switch for controlling an operation state by selecting whether to supply power; A memory switch for storing each operation function so as to integrate the interaction between the mouse and the keyboard so as to be automatically executed; A plurality of function switches which are selectively designated and memorized through the memory switch 33 to set mutually-operated operations of the mouse and the keyboard to perform respective necessary operations; And Keyboard and mouse integrated automatic control device, characterized in that consisting of a stop switch for converting the operating state of the controller to the pause state. delete 7. The integrated automatic control apparatus for a keyboard and a mouse according to claim 6, wherein the function switch of the controller can be used as an automatic setting key by arbitrarily selecting among operation keys on the keyboard. 7. The integrated automatic control device for a keyboard and mouse according to claim 6, wherein the function switch of the controller can be used as an automatic setting key after arbitrarily selecting one of the operation keys on the mouse.

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