JP2001125692A - Setup switch, wireless connection system, and method for preventing wireless-connected peripheral device from being misrecognized - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a setup switch, a wireless connection system and a wireless-connected peripheral device misrecognition preventing method which can operate an unlimited number of peripheral devices that a user intends to activate as long as the peripheral devices are equipped with wireless connecting functions that the user has set up. SOLUTION: This system is provided with a means which performs control for inhibiting a wireless peripheral device that a user does not intend to activate from operating by wireless control when there are a plurality of wireless peripheral devices 4 having actualized wireless connections by using radio waves, etc., in the control range of a computer 1 or when there are a plurality of computers 1,..., 1 within the control range of a wireless peripheral device 4 having a wireless connection function.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a technology for preventing erroneous recognition of a peripheral device having a wireless connection function, and particularly to a limited number of peripheral devices having a wireless connection function for which a user has performed a setup operation. The present invention relates to a setup switch, a wireless connection system, and a wireless connection peripheral device erroneous recognition prevention method capable of operating a peripheral device intended by a user without the need.

[0002]

2. Description of the Related Art Conventionally, a technique for operating a plurality of remote terminal devices from a host computer is disclosed in, for example,
Japanese Unexamined Patent Publication No. -78110 (first prior art). That is, the first prior art aims to select a remote terminal device from a host computer, and includes a remote terminal device installed at a plurality of remote locations.
In a remote operation method of a remote terminal device including the remote terminal device and a host computer connected via a line,
A terminal identifier and a command are input from the host computer, the command is executed on the remote terminal device, and the execution result is displayed on the host computer. A remote operation method of the remote terminal device, or a remote terminal installed at a plurality of remote locations. In a remote operation method of a remote terminal device including a device and a host computer connected to the remote terminal device via a line, the host computer includes a command input unit for inputting a terminal identifier and a command for performing a remote operation; Command determining means for recognizing a target remote terminal device and a command from the received command, command transmitting means for transmitting the command to the remote terminal device, and execution result receiving means for receiving an execution result from the remote terminal device via a line And a terminal device connected directly to the host computer with the execution result The remote terminal device has a command receiving means for receiving a command transmitted via a line, a command executing means for executing the received command, and a host for storing a result of the executed command. A remote operation method for a remote terminal device, characterized by having an execution result transmitting means for transmitting to a computer via a line. According to the first prior art, an operator selects a remote terminal device from a host computer without directly visiting the remote terminal device installed in a remote place, and operates the remote terminal device. The effect is disclosed.

Further, as a conventional technique for controlling a peripheral device using a remote network device, there is, for example, a technology described in Japanese Patent Application Laid-Open No. H11-24801 (second prior art). That is, the second prior art includes a remote activation,
An object of the present invention is to provide a remote network device that enables data transfer to and from a remote computer while improving the security of the computer. A switching module that is on a supply path of power to the hardware resources and switches an operating voltage of the microprocessor and the hardware resources connected to the microprocessor; a microprocessor and the hardware resources connected to the microprocessor; A standby module that is on a transmission path that transmits and receives signals to and from the outside, has a drive power supply independent of a power supply, and is always in an operating state,
The standby module is a remote network device including means for identifying one or both of ID information and password information added to the external signal, and means for controlling switching according to the identification information. In the second prior art, the operating voltages of a plurality of hardware resources connected to a microprocessor are selectively switched according to a result of identification of an external signal, and a standby module is connected to the microprocessor and the microprocessor. Means for recognizing the operation signal of the hardware resource at a fixed time interval, means for controlling switching in accordance with the recognized information, and means for transferring the recognized signal to the outside. Are also disclosed. According to the second conventional technique, it is possible to prevent unauthorized access to a computer system, a computer network, or the like by a third party who does not have an access right, and it is possible to improve security. The power supply of the computer system is shut off at the time, so that power consumption can be saved, runaway due to malfunction of the microprocessor,
An effect is disclosed in which, when an abnormality such as a runaway of an application or a system stop due to a power failure occurs, the abnormality can be detected and the transmission side can be notified of the abnormality.

[0004]

However, conventionally,
A computer peripheral device having a wireless connection function is capable of connecting a wireless device on the computer device side and a wireless device on the peripheral device side with an ID (identification number) code,
There is a limitation that only one-to-one or one-to-one specific number can be used using infrared rays having strong directivity. In addition, even if the restriction is not imposed, or even if a peripheral device having a plurality of wireless connection functions exists within the range of the computer device, there is a possibility that the peripheral device that the user does not intend may operate. was there. Peripheral devices equipped with a wireless connection function are expected to spread in the future because of their convenience, and there is a concern that confusion may occur with conventional technology.

The present invention has been made in view of the above problems, and has as its object the use of any number of peripheral devices having a wireless connection function for which a user has performed a setup operation. Another object of the present invention is to provide a setup switch, a wireless connection system, and a wireless connection peripheral device erroneous recognition prevention method capable of operating a peripheral device intended by a user.

[0006]

SUMMARY OF THE INVENTION The gist of the present invention is that a peripheral device having a wireless connection function for which a user has performed a set-up operation is not limited to the number of peripheral devices and the peripheral device intended by the user is not limited. A plurality of wireless peripheral devices that realize wireless using radio waves or the like are present within the control range of the computer device, or within the control range of the wireless peripheral device. Means for wirelessly executing control for prohibiting operation of the wireless peripheral device unintended by the user when a plurality of the computer devices are present, and the wireless peripheral device for which the user has performed a setup operation. Means for operating the wireless peripheral device intended by the user without limitation to the number of devices. Resides in the set-up switch to. In addition, the gist of the invention described in claim 2 is that when a plurality of wireless peripheral devices realizing wireless using radio waves or the like exist within a control range of the computer device, or within a control range of the wireless peripheral device, Means for wirelessly executing control for prohibiting operation of the wireless peripheral device unintended by the user when a plurality of the computer devices are present, and the wireless peripheral device on which the user has performed a setup operation. A setup switch provided with means for operating the wireless peripheral device intended by the user without limitation on the number of wireless devices, wherein a wireless device is provided in each of the computer device and the wireless peripheral device; Peripheral devices are within a certain range via each wireless device The computer device is configured to be capable of transmitting and receiving signals, the computer device is connected to a disk device having a predetermined storage capacity, and the wireless device on the wireless peripheral device side holds a unique device unique ID code, A wireless connection system characterized by being equipped with a setup switch.
The gist of the invention described in claim 3 is that when the wireless peripheral device is used for the first time by the computer device installed in the control range, the wireless device control software operating on the computer device sets the wireless peripheral device within the control range. In response to the instruction to start the setup work of the new peripheral device installed in the wireless device control software, the wireless device control software accepts a setup request from the new peripheral device for a certain period of time, and subsequently, the setup device installed in the wireless device When the switch is pressed within a certain period, the wireless device transmits a setup request signal and a device unique ID code built in the wireless device, and ends the setup. In response, the setup from the new peripheral device is performed. After receiving the request, the wireless device control software The device stores the device unique ID code of the wireless peripheral device that has received the setup request signal in the disk device, sets a connection permission flag corresponding to the device unique ID code to active, and then, if necessary, The wireless connection system according to claim 2, wherein the setup of the software for controlling the wireless peripheral device is executed and the setup is completed to enable the use of the wireless peripheral device by the computer device. .
According to another aspect of the present invention, when transmitting a signal from the computer device to the wireless peripheral device, the computer device transmits the signal after transmitting the device unique ID code of a communication partner first. 4. The wireless connection system according to claim 3, wherein The gist of the invention described in claim 5 is that the wireless device receives a signal only when the device-specific ID code held by the wireless device is transmitted. The wireless connection system as described. The gist of the invention described in claim 6 is that, when transmitting a signal from the wireless peripheral device, the wireless device transmits the signal after transmitting the device unique ID code. 5. A wireless connection system according to any one of the preceding claims. The gist of the present invention is that the computer device receives a signal only when the device unique ID code of the wireless peripheral device whose connection permission flag is active is transmitted. The wireless connection system according to any one of claims 3 to 6. In addition, the gist of the invention described in claim 8 is that a peripheral device having a wireless connection function that has been set up by a user can operate the peripheral device intended by the user without limitation to the number of devices. A method for preventing erroneous recognition of a connected peripheral device, wherein a plurality of wireless peripheral devices realizing wireless communication using radio waves or the like exist in a control range of a computer device, or a plurality of wireless peripheral devices exist in a control range of the wireless peripheral device. Wirelessly performing control for prohibiting operation of the wireless peripheral device unintended by the user when there are two computer devices, and if the wireless peripheral device has been set up by the user. Operating the wireless peripheral device intended by the user without limitation to the number of wireless devices. It consists in wireless peripheral devices misrecognition preventing method. The gist of the invention described in claim 9 is that when a plurality of wireless peripheral devices realizing wireless using radio waves or the like are present within the control range of the computer device, or within the control range of the wireless peripheral device. Means for wirelessly executing control for prohibiting operation of the wireless peripheral device unintended by the user when a plurality of the computer devices are present, and the wireless peripheral device on which the user has performed a setup operation. A setup switch provided with means for operating the wireless peripheral device intended by the user without limitation on the number of wireless devices, wherein a wireless device is provided in each of the computer device and the wireless peripheral device; Peripheral devices are within a certain range via each wireless device The computer device is configured to be capable of transmitting and receiving signals, the computer device is connected to a disk device having a predetermined storage capacity, and the wireless device on the wireless peripheral device side holds a unique device unique ID code, For a wireless connection system equipped with a setup switch, when using the wireless peripheral device for the first time with the computer device installed within the control range, the control range is set on the wireless device control software running on the computer device. When instructing the start of the setup operation of the new peripheral device installed in the wireless device control software, in response to this, a step of receiving a setup request from the new peripheral device for a certain period, and subsequently mounted on the wireless device Pressing the setup switch within a certain period Thus, the wireless device transmits a setup request signal and a device unique ID code embedded in the wireless device to end the setup, and accordingly, the wireless device after receiving the setup request from the new peripheral device. The control software stores the device unique ID code of the wireless peripheral device that first received the setup request signal in the wireless device within a certain period in the disk device, and sets a connection permission flag corresponding to the device unique ID code. Set active and then, if necessary,
The wireless peripheral device according to claim 8, further comprising a step of executing setup of the control software for the wireless peripheral device and terminating the setup so that the wireless peripheral device can be used by the computer device. The present invention resides in a method for preventing device misrecognition. Also,
The gist of the invention according to claim 10 is that, when a signal is transmitted from the computer device to the wireless peripheral device,
The computer device first communicates with the device-specific I
10. The method according to claim 9, further comprising transmitting a signal after transmitting the D code. The gist of the invention described in claim 11 is that the wireless device has a step of receiving a signal only when the device unique ID code held by the wireless device is transmitted. The wireless connection peripheral device erroneous recognition prevention method described in the above. The gist of the invention according to claim 12 is that, when transmitting a signal from the wireless peripheral device, the wireless device has a step of transmitting the signal after transmitting the device-specific ID code. Item 9 lies in a method for preventing erroneous recognition of a wireless connection peripheral device. Claim 13
The gist of the invention described in (1) is that the computer device has a step of receiving a signal only when the device unique ID code of the wireless peripheral device whose connection permission flag is active is transmitted. A ninth aspect of the present invention resides in a method for preventing erroneous recognition of a wireless connection peripheral device.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A feature of the present invention is that when a plurality of computer peripheral devices that realize wireless communication using radio waves or the like exist within a control range of the computer, or when a peripheral device having a wireless connection function is provided. Provision of a means for wirelessly executing control for prohibiting operation of a wireless peripheral device unintended by a user (a peripheral device for which setup has not been performed, which will be described later) when a plurality of computer devices are present within the control range. As long as the user has set up the peripheral device having a wireless connection function (peripheral device that has been set up, which will be described later), the user can operate the peripheral device intended by the user without limitation. Is to become. Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

(First Embodiment) FIG. 1 shows a first embodiment of the present invention.
It is a block diagram for demonstrating the wireless connection system which concerns on embodiment. In FIG. 1, 1 is a computer device, 2 is a wireless device, 3 is a disk device, 4 is a wireless peripheral device (peripheral device that has been set up), 5 is a wireless device, 6 is a setup switch, and 20 is a wireless connection system. I have.

Referring to FIG. 1, a wireless connection system 20 according to the present embodiment mainly includes a computer device 1 and a wireless peripheral device 4 which can be connected to the computer device 1 by wireless communication. The computer device 1 includes a wireless device 2 and a disk device 3. The wireless peripheral device 4 includes a wireless device 5 and a setup switch 6.

A feature of the present embodiment is that when a plurality of wireless peripheral devices 4 that realize wireless communication using radio waves or the like exist within the control range of the computer device 1,
Alternatively, a plurality of computer devices 1,..., 1 within a control range of a wireless peripheral device 4 having a wireless connection function.
Is provided, a means for wirelessly executing control for prohibiting the operation of a wireless peripheral device not intended by the user (a peripheral device for which setup has not been performed, which will be described later) is provided. A wireless peripheral device 4 having a wireless connection function (a peripheral device that has been set up, which will be described later) can operate the wireless peripheral device 4 intended by the user without any limitation. Further details,
The configuration of the embodiment of the present invention will be described.

In FIG. 1, a wireless device 2 is connected to a computer device 1, and a wireless device 5 is built in a wireless peripheral device 4. The computer device 1 and the wireless peripheral device 4 are connected to the wireless device 2 and the wireless device. 5 so that signals can be transmitted and received within a certain range. A disk device 3 having a sufficient storage capacity is connected to the computer device 1. The wireless device 5 holds a unique device unique ID code and has a setup switch 6 mounted thereon.

FIG. 2 is a flowchart for explaining a method for preventing a wireless connection peripheral device from being erroneously recognized according to the first embodiment of the present invention.

When the wireless peripheral device 4 is used for the first time in the computer device 1 installed in the control range (step S1), the wireless peripheral device 4 is installed in the control range on the wireless device control software operating on the computer device 1 (step P1).
When the start of the set-up work (confirmation operation) of the new peripheral device is instructed (step S3), the wireless device control software accepts a setup request from the new peripheral device for a predetermined period T in response thereto.

Subsequently, the setup switch 6 mounted on the wireless device 5 is depressed within a certain period T (step P3).
Then, the wireless device 5 transmits the setup request signal and the device unique ID code built in the wireless device 5 (Steps P5 and P7), and ends the setup (Step P9).

In response to this, after ending the reception of the setup request from the new peripheral device (step S5), the radio device control software firstly sets the radio device 2 within a certain period T.
The device unique ID code of the wireless peripheral device 4 that has received the device unique ID code at step S7 is stored in the disk device 3, and the connection permission flag corresponding to the device unique ID code is set to active (step S7).
9). Thereafter, if necessary, the control software for the wireless peripheral device 4 is set up (step S1).
Execute 1) to finish the setup (step S13)
By doing so, the wireless peripheral device 4
It can be used with.

In the present embodiment, when transmitting a signal from the computer device 1 to the wireless peripheral device 4, the computer device 1 first transmits a device unique ID code of a communication partner, and then transmits a signal.

The wireless device 5 of the present embodiment only transmits when the device-specific ID code held by itself is transmitted.
Receive the signal. Also, when transmitting a signal from the wireless peripheral device 4, the wireless device 5 transmits a signal after transmitting the device unique ID code. The computer device 1 uses the device-specific I of the device whose connection permission flag is active.
The signal is received only when the D code is transmitted.

As described above, according to the first embodiment, the following effects can be obtained. 3 to 6 show the operation of the wireless connection system 20 for explaining the effect of the present invention. In FIG. 4, reference numeral 4 'denotes a wireless peripheral device (a peripheral device for which setup has not been performed).

A first effect is that when a plurality of wireless peripheral devices 4,..., 4 to which a connection has been established as shown in FIG. That is, it is possible to specify what the peripheral device 4 is. That is, the user selects the wireless peripheral device 4 to be used from now on from among the wireless peripheral devices 4 whose connection permission flag is active.
Can be designated based on the device-specific ID code or the name associated therewith. As a result, the wireless peripheral device 4 that can simultaneously permit connection to the computer device 1
Can be unlimited.

The second effect is that the wireless peripheral device 4 (peripheral device that has been set up) owned by the user and the wireless peripheral device 4 ′ (peripheral device that has not been set up) are owned by the user as shown in FIG. When it is within the control range of the computer device 1, the wireless peripheral device 4 ′ (peripheral device for which setup has not been performed) cannot be used by mistake. That is, since a radio wave can transmit a signal through a wall, a signal may be transmitted to an unexpected device. However, the device unique ID code is transmitted during a certain period T during which a setup request signal is received. Since only the wireless peripheral device 4 that has performed the setup operation is stored, the wireless peripheral device 4 not owned by the user cannot be used. This is particularly effective when damage is caused when used by another person, such as a modem device connected to a telephone line.

A third effect is that one wireless peripheral device 4 (peripheral device that has been set up) can be shared by a plurality of computer devices 1,..., 1 as shown in FIG. . In other words, by performing the setup operation in both computer apparatuses 1 and setting the connection permission state, the wireless peripheral apparatus 4 (peripheral apparatus that has been set up) can receive commands from both computer apparatuses 1 equally. This is effective when an output device such as a printer is to be shared by a plurality of computer devices 1,.

The fourth effect is that, as shown in FIG. 6, the wireless peripheral device 4 (the set-up peripheral device) is within the control range of the wireless peripheral device 4 (the set-up peripheral device) that is in a connection permitted state with the computer device 1. Even if there is a computer device 1 that can use the device, the wireless peripheral device 4 (a set-up peripheral device) can be temporarily disabled in the computer device 1. That is, it is possible to disable the wireless peripheral device 4 (peripheral device that has been set up) in the computer device 1 by making the connection permission flag inactive. It is effective when a plurality of computer devices 1,..., 1 switch and use a wireless peripheral device 4 to be input by interruption, such as a keyboard or a mouse.

(Second Embodiment) Next, a second embodiment of the present invention will be described. FIG. 7 is a block diagram illustrating a wireless connection system 20 according to the second embodiment of the present invention. In the present embodiment, the first
Wireless device 5 on the wireless peripheral device 4 side of the embodiment
In addition, a feature is that a fixed encryption key unique to the device is added.

In the first embodiment, the wireless peripheral device 4 to be controlled from the computer device 1 will be described.
The ID code of the wireless peripheral device 4 owned by another person in the situation shown in FIG.
The D code can be known by signal analysis, and the wireless peripheral device 4 owned by another person can be used maliciously.

On the other hand, in the present embodiment, the encryption key (see FIG. 7) is transmitted following the device unique ID code during the setup operation. The computer device 1 has a device-specific I
The encryption key is stored in the disk device 3 together with the D code, encrypted with the encryption key stored for each wireless peripheral device 4, and subsequent communication is performed based on a certain rule.

In the present embodiment, in addition to the effect described in the first embodiment, since the encryption key is transmitted only once during a certain period T for receiving the setup request signal, there is a danger of being intercepted. Is less. Further, if the user does not automatically transmit the encryption key during setup, but manually inputs the encryption key on the wireless device control software, there is an effect that the security can be further improved.

It should be noted that the present invention is not limited to the above embodiments, and it is clear that the embodiments can be appropriately modified within the scope of the technical idea of the present invention. Further, the number, position, shape, and the like of the constituent members are not limited to the above-described embodiment, and can be set to numbers, positions, shapes, and the like suitable for carrying out the present invention. In each drawing, the same components are denoted by the same reference numerals.

[0028]

Since the present invention is configured as described above, the following effects can be obtained. The first effect is that when a plurality of wireless peripheral devices having a connection established as shown in FIG. 3 are within the control range of the computer device, the user specifies which wireless peripheral device the user wants to use. It is possible to do that. That is,
The user can designate a wireless peripheral device to be used from the wireless peripheral devices for which the connection permission flag is active, based on the device unique ID code or the name associated therewith. Thus, the number of wireless peripheral devices that can be simultaneously connected to the computer device can be unlimited.

The second effect is that the wireless peripheral device (peripheral device that has been set up) owned by the user and the wireless peripheral device that has not been set up (peripheral device that has not been set up) as shown in FIG. The inability to inadvertently use wireless peripherals (peripherals that have not been set up) when they are within the control range. That is, since a radio wave can transmit a signal through a wall, a signal may be transmitted to an unexpected device. However, the device unique ID code is transmitted during a certain period T during which a setup request signal is received. Because only the wireless peripheral device that performed the setup work is stored,
Wireless peripherals not owned by the user cannot be used. This is particularly effective when damage is caused when used by another person, such as a modem device connected to a telephone line.

A third effect is that one wireless peripheral device (peripheral device that has been set up) can be shared by a plurality of computer devices as shown in FIG. In other words, by performing a setup operation in both computer devices and setting a connection permission state, the wireless peripheral device (peripheral device that has been set up) can receive commands from both computer devices equally. This is effective when an output device such as a printer is to be shared by a plurality of computer devices.

The fourth effect is that, as shown in FIG. 6, the wireless peripheral device (set-up peripheral device) is within the control range of the wireless peripheral device (set-up peripheral device) in a connection permitted state with the computer device. The ability to temporarily disable wireless peripherals (set up peripherals) in a computing device, even if a computing device is available.
That is, it is possible to disable the connection by setting the connection permission flag of the wireless peripheral device (peripheral device that has been set up) in the computer device to inactive. This is effective when a plurality of computer devices switch wireless peripheral devices, such as a keyboard and a mouse, for inputting by interruption.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a wireless connection system according to a first embodiment of the present invention.

FIG. 2 is a flowchart illustrating a method of preventing a wireless connection peripheral device from being erroneously recognized according to the first embodiment of the present invention.

FIG. 3 shows the operation of the wireless connection system for explaining the effect of the present invention.

FIG. 4 shows the operation of the wireless connection system for explaining the effect of the present invention.

FIG. 5 shows the operation of the wireless connection system for explaining the effect of the present invention.

FIG. 6 shows the operation of the wireless connection system for explaining the effect of the present invention.

FIG. 7 is a block diagram illustrating a wireless connection system according to a second embodiment of the present invention.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Computer apparatus 2 ... Radio apparatus 3 ... Disk apparatus 4 ... Wireless peripheral apparatus (peripheral apparatus which has been set up) 4 '... Wireless peripheral apparatus (peripheral apparatus which has not been set up) 5 ... Radio apparatus 6 ... Setup switch 20 ... Wireless connection system

Claims (13)

[Claims] 1. A setup switch that can operate a peripheral device intended by a user without limitation on the number of peripheral devices provided with a wireless connection function, for which a user has performed a setup operation. When there are a plurality of wireless peripheral devices realizing wireless using a computer device within the control range, or when there are a plurality of the computer devices within the control range of the wireless peripheral device,
Means for wirelessly executing control for prohibiting operation of the wireless peripheral device not intended by the user; and, if the wireless peripheral device has been set up by the user, the number of wireless peripheral devices intended by the user is unlimited. A setup switch having means for operating a peripheral device. 2. When there are a plurality of wireless peripheral devices within the control range of a computer device, or when a plurality of the computer devices are within the control range of the wireless peripheral device, wireless devices using wireless radio waves or the like are implemented. Means for wirelessly executing control for prohibiting operation of the wireless peripheral device unintended by the user when present, and any number of wireless peripheral devices for which the user has performed a set-up operation. A setup switch comprising means for operating the wireless peripheral device intended by the wireless device, wherein a wireless device is provided in each of the computer device and the wireless peripheral device, and the computer device and the wireless peripheral device are respectively connected to the wireless device. Can send and receive signals within a certain range through the device The computer device is connected to a disk device having a predetermined storage capacity, and the wireless device on the wireless peripheral device side holds a unique device unique ID code and has the setup switch mounted thereon. A wireless connection system. 3. When using the wireless peripheral device for the first time with the computer device installed in a control range,
When an instruction to start a setup operation of a new peripheral device installed within the control range is issued on the wireless device control software operating on the computer device, the wireless device control software accordingly sets up the new peripheral device for a certain period of time. The wireless device transmits a setup request signal and a device unique ID code incorporated in the wireless device by pressing the setup switch mounted on the wireless device within a predetermined period. In response to the completion of the setup, the wireless device control software receives the setup request from the new peripheral device, and the wireless device control software first receives the setup request signal from the wireless device within a certain period of time. While storing the ID code in the disk device The connection permission flag corresponding to the device-specific ID code is set to be active, and then, if necessary, the setup of the control software for the wireless peripheral device is executed and the setup is completed to terminate the wireless peripheral device. The wireless connection system according to claim 2, wherein the wireless connection system can be used in a computer device. 4. The method according to claim 3, wherein when transmitting a signal from the computer device to the wireless peripheral device, the computer device transmits the signal after transmitting the device unique ID code of a communication partner first. The wireless connection system as described. 5. The wireless connection system according to claim 3, wherein the wireless device receives a signal only when the device unique ID code held by the wireless device is transmitted. 6. The wireless peripheral device according to claim 3, wherein when transmitting a signal from the wireless peripheral device, the wireless device transmits the signal after transmitting the device unique ID code. Wireless connection system. 7. The computer device according to claim 3, wherein the computer device receives a signal only when the device unique ID code of the wireless peripheral device whose connection permission flag is active is transmitted. A wireless connection system according to any one of the preceding claims. 8. A wireless connection peripheral device erroneous recognition prevention method capable of operating a peripheral device intended by a user without limitation to the number of peripheral devices provided with a wireless connection function for which a user has performed a setup operation. When there are a plurality of wireless peripheral devices that realize wireless using radio waves or the like within the control range of the computer device, or when there are a plurality of the computer devices within the control range of the wireless peripheral device sometimes,
A step of wirelessly executing control for prohibiting operation of the wireless peripheral device not intended by the user; and, if the wireless peripheral device has been set up by the user, the number of wireless peripheral devices intended by the user is unlimited. And a step of operating the peripheral device. 9. When a plurality of wireless peripheral devices realizing wireless using radio waves or the like exist within a control range of a computer device, or when a plurality of the computer devices are within a control range of the wireless peripheral device. Means for wirelessly executing control for prohibiting operation of the wireless peripheral device unintended by the user when present, and any number of wireless peripheral devices for which the user has performed a set-up operation. A setup switch comprising means for operating said wireless peripheral device, wherein a wireless device is provided in each of said computer device and said wireless peripheral device, and said computer device and said wireless peripheral device are respectively associated with said wireless device. You can send and receive signals within a certain range through the device The computer device is connected to a disk device having a predetermined storage capacity, and the wireless device on the wireless peripheral device side holds a unique device unique ID code, and has the setup switch mounted thereon. When using the wireless peripheral device for the first time with the computer device located within the control range for a wireless connection system that is located in the control range, the wireless device control software running on the computer device sets a new wireless device installed within the control range. Upon instructing the start of the peripheral device setup work, the wireless device control software receives the setup request from a new peripheral device for a certain period in response to the instruction, and then continuously sets the setup switch mounted on the wireless device. By pressing during the period, the wireless device Transmitting a setup request signal and a device-specific ID code embedded in the wireless device to end the setup; and accordingly, the wireless device control software sets the wireless device control software within a certain period of time after completing the acceptance of the setup request from the new peripheral device. First, the device unique ID code of the wireless peripheral device that has received the setup request signal at the wireless device is stored in the disk device, and a connection permission flag corresponding to the device unique ID code is set to active, and thereafter, Performing, if necessary, setting up the control software for the wireless peripheral device and terminating the setup so that the wireless peripheral device can be used by the computer device. 8. How to prevent false recognition of wireless connection peripheral devices . 10. When transmitting a signal from the computer device to the wireless peripheral device, the computer device firstly transmits the device unique ID code of a communication partner, and then transmits the signal. Item 10. A method for preventing erroneous recognition of a wireless connection peripheral device according to item 9. 11. The wireless connection peripheral device according to claim 9, wherein the wireless device has a step of receiving a signal only when the device unique ID code held by the wireless device is transmitted. How to prevent recognition. 12. The wireless connection peripheral according to claim 9, wherein when transmitting a signal from the wireless peripheral device, the wireless device has a step of transmitting a signal after transmitting the device unique ID code. Device misrecognition prevention method. 13. The computer device according to claim 9, further comprising a step of receiving a signal only when the device unique ID code of the wireless peripheral device whose connection permission flag is active is transmitted. 3. The method for preventing erroneous recognition of a wireless connection peripheral device according to item 1.