JP3178421U - Input device having Bluetooth multiple identification module - Google Patents

Abstract

An input device having a Bluetooth multiple identification module is provided.
A multi-stage button 141 protruding from a mouse and a Bluetooth installed inside the mouse, electrically connected to a circuit element of the mouse, and storing specific addresses of a plurality of managed personal computers. A signal transmission module 142 and a plurality of LED instruction lamps 131 for displaying the status of the personal computer to be managed are provided. Furthermore, using the multi-stage switching button, the Bluetooth signal transmission module is selected and operated, thereby selecting a correspondingly managed personal computer, so that the user can use a single input device, It is possible to control by switching a predetermined personal computer.
[Selection] Figure 2

Description

  The present invention relates to a Bluetooth transmission device, and more particularly, a Bluetooth multiple identification module device applied to a mouse or a keyboard, and an input having a Bluetooth multiple identification module capable of switching a plurality of personal computers by wireless control. It relates to the device.

  The Bluetooth technology relates to a wireless PAN (Wireless Personal Area Network, WPAN), and is based on Bluetooth (registered trademark (hereinafter referred to in the present specification and claims of utility model registration)) SIG (Bluetooth Special Interest Group). A technical standard has been established, which is a wireless communication connection method that pursues low power consumption and low cost between a mobile phone and other accessory devices, and is mainly used for communication between devices. A set of matching rules (standardization protocol) is established, which solves the problem that communication is not possible between incompatible mobile electronic devices between users.

  The universal Bluetooth standard is IEEE 802.15.1, and the Bluetooth protocol does not require authorization (Industrial Scientific Medical, ISM) electrical frequency band is 2.45 GHz. The maximum speed is 723.1 kb / s. In order to prevent interference, another protocol of 2.45 GHz may be used. The Bluetooth protocol divides the electric frequency band into 79 channels (communication bandwidth is 1 MHZ), and every second. Channel conversion is 1600 times.

  According to the Bluetooth technology, as a design, a wireless connection is established between different devices, and the advantage of low power consumption can be obtained. According to a computer mouse having a certain Bluetooth hands-free, its features are a power source, an optical mouse circuit for detecting the movement of the personal computer input device, and the optical mouse circuit connected to the optical mouse circuit. Bluetooth module for receiving and receiving, LED (Light Emitting Diode) indication lamp for indicating whether or not the PC input device is operating, an echo canceling circuit connected to the Bluetooth module and canceling the echo of the sound source, and the echo canceling A sound source receiver that is connected to a circuit and receives a sound source signal and a sound source signal expansion circuit that is connected to the echo cancellation circuit and receives and expands a sound source signal output from the echo cancellation circuit, and is connected to a sound source signal expansion circuit , With a speaker that expands the signal and broadcasts as audio It is Yes.

  However, conventional input devices such as a mouse and a keyboard do not have a function of switching a Bluetooth module and switching between a plurality of personal computers. Therefore, in a conventional device, a plurality of mice and keyboards are compatible with a plurality of personal computers. Therefore, there is a problem that it is inconvenient in use.

  Utility Model Registration No. 3168847 (hereinafter referred to as “Patent Document 1”) is a Bluetooth mouse capable of quickly switching an Internet connection target, and the Internet connection target is determined by sensing the dynamics of the mouse body. The Bluetooth mouse to be determined is described.

However, there is no disclosure of a mouse that uses a Bluetooth multiple identification module capable of switching a plurality of personal computers.
Utility Model Registration No. 3168847

  Accordingly, an object of the present invention is to provide an input device having a Bluetooth multiple identification module capable of controlling a plurality of personal computers with a mouse or keyboard of a single Bluetooth multiple identification module device.

  Therefore, as a result of intensive studies in order to solve the problems of the present invention, the present inventor has incorporated a Bluetooth module including a Bluetooth signal transmission module and a switching button into an input device such as a mouse, thereby Focusing on the ability to solve the problem, the present inventors came up with the present invention based on such knowledge.

Thus, according to the invention of claim 1,
An input device body;
A bluetooth module assembled in the input device main body, and an input device comprising:
In the Bluetooth module above,
A switching button protruding outward from the input device;
A Bluetooth signal transmission module that is electrically connected to circuit elements of the input device and stores a plurality of specific addresses for managing a personal computer;
An input device having a Bluetooth multiple identification module, comprising: a plurality of LED indicator lamps assembled at appropriate positions on the upper lid of the input device and electrically connected to circuit elements of the input device. Provided.

  According to the invention of claim 2, the switching button has a multi-stage button structure, the number of the LED indicator lamps is at least two, and the number of the managed personal computers is at least two. An input device having a Bluetooth multiple identification module according to claim 1 is provided.

  According to the invention of claim 3, each of the personal computers corresponds to one predetermined address in the Bluetooth module, and the Bluetooth module has addresses corresponding to at least two or more managed personal computers. An input device having a Bluetooth multiple identification module according to claim 1, wherein the input device stores and each has a Bluetooth radio control function.

  According to the fourth aspect of the present invention, when a personal computer to be managed is designated and used, a corresponding LED instruction lamp is turned on in the input device, and a predetermined personal computer is controlled by the input device. Also, when the switch button is pressed, the LED indicator lamp is lit, the Bluetooth signal transmission module is activated, and the selected managed PC is confirmed, thereby switching each predetermined PC. An input device having a Bluetooth multiple identification module according to claim 1 is provided.

  According to the invention of claim 5, an address switching command is included in the signal transmitted from the Bluetooth signal transmission module, the address of the personal computer in use is first set to the disabled state, and the selected management is performed. 2. An input device having a Bluetooth multiple identification module according to claim 1, wherein an address of the personal computer is set to an enabled state.

  According to the invention of claim 6, the input device is a Bluetooth mouse, a side hole for assembling the switching button on the Bluetooth mouse, an upper hole for assembling a roller, and the plurality of LED instructions. A top lid formed with a plurality of front holes for assembling the lamp, a bottom seat, a circuit board installed on the bottom seat, and an electronic module in which circuit elements are electrically connected to the circuit board; An input device having a Bluetooth multiple identification module according to claim 1 is provided.

According to the device of claim 7, the input device main body,
An input device including a Bluetooth module assembled in the input device body,
In the Bluetooth module above,
A switching button protruding outward from the input device;
A Bluetooth signal transmission module that is electrically connected to the circuit elements of the input device and stores a plurality of specific addresses for managing a personal computer;
An input device having a Bluetooth multiple identification module is provided, comprising: a numeric indicator assembled at an appropriate position and electrically connected to a circuit element of the input device. .

  The Bluetooth multiple identification module according to claim 7, wherein the switching button has a multi-stage button structure, and the number of managed personal computers is at least two. An input device is provided.

  According to the invention of claim 9, each of the personal computers corresponds to one predetermined address in the Bluetooth module, and addresses corresponding to at least two or more sets of managed personal computers are stored in the Bluetooth module. An input device having a Bluetooth multiple identification module according to claim 7, wherein each of the input devices has a Bluetooth radio control function.

  According to the invention of claim 10, when a management personal computer is designated and used, a predetermined representative number of the personal computer to be managed is displayed on the numeric display in the input device. By pressing the switch button, a predetermined representative number is displayed on the numeric display, and the Bluetooth signal transmission module is activated to confirm the selected management personal computer. Accordingly, the input device having the Bluetooth multiple identification module according to claim 7 is provided, wherein each of the predetermined personal computers can be switched or controlled.

  According to the eleventh aspect of the present invention, the signal transmitted from the Bluetooth signal transmission module includes an address switching command, the address of the personal computer in use is first set to the disabled state, and the selected management is performed. The input device having the Bluetooth multiple identification module according to claim 7, wherein the address of the personal computer is set to an enabled state.

  According to the twelfth aspect of the present invention, the input device is a Bluetooth keyboard, and the Bluetooth module and the numeric indicator are electrically connected and assembled on the upper end side of the keyboard main body. 8. The input device having a Bluetooth multiple identification module according to claim 7, wherein a switching button protrudes from a top plate surface of the keyboard body.

  The present invention is configured as described above, and can efficiently operate at least two or more sets of personal computer devices wirelessly by using a multi-stage control mode of a switching button by one input device. it can. As a result, the space and cost for arranging a plurality of mice and keyboards can be saved.

  Hereinafter, the features and technical contents of the present invention will be described in detail with reference to the drawings. However, the drawings and the like are for reference and explanation, and the present invention is not limited thereto. .

  The present invention relates to an input device having a Bluetooth multiple identification module, and FIGS. 1 to 3 show an input device having a Bluetooth multiple identification module according to a first preferred embodiment of the present invention. The input device of the above embodiment will be described using the Bluetooth mouse 1A as an example.

  The Bluetooth mouse 1 </ b> A includes a side hole 101, an upper hole 102, an upper lid 10 having four front holes 103, and a bottom seat 11. An electronic module in which a circuit board 12 is installed on the bottom seat 11 and its circuit elements are electrically connected to the circuit board 12 and each has four LED indicator lamps 131 installed in the front hole 103 correspondingly. 13, a roller 132, and a Bluetooth module 14 that is electrically connected to the circuit board 12 and includes a switching button 141 and a signal transmission module 142.

  When assembling the Bluetooth mouse, the bottom seat 11 and the upper lid 10 are assembled to the Bluetooth mouse 1A, the circuit board 12 and the electronic module 13 are confined therein, and the switching button 141 is connected to the side hole 101 and the above-mentioned The roller 132 protrudes from the upper hole 102.

  As shown in FIG. 3, the user can control the Bluetooth mouse 1A and control at least two personal computers 3 in accordance with the conventional keyboard 1B. Among them, each of the personal computers 3 corresponds to one predetermined address (ID) that the Bluetooth module 14 has. That is, the Bluetooth module 14 stores addresses of at least two or more managed devices (personal computers 3). Each has a function of Bluetooth wireless control.

  When the user presses the switching button 141 of the Bluetooth mouse 1A and the LED instruction lamp 131 on the leftmost side of the Bluetooth mouse 1A is turned on, the first personal computer 3 is operated and managed by the Bluetooth mouse 1A. Show that. Further, the other three LED instruction lamps 131 are extinguished to indicate that the other second to fourth personal computers 3 are in a standby state. Then, when the user wants to switch with the Bluetooth mouse 1A to control another predetermined personal computer 3, if the user presses the switching button 141 in order, the LED indication lamp 131 is displayed (numerical number). And the signal transmission module 142 of the Bluetooth module 14 operates in accordance with the selected managed personal computer 3. Thereby, the predetermined personal computer 3 to be quickly controlled can be switched with the Bluetooth mouse 1A.

  In the signal transmitted from the Bluetooth module 14, there is an address switching command, whereby the address of the personal computer in use is first set to the disabled state, and the selected personal computer to be managed is selected. Put the address in the enabled state. Further, the user can confirm the personal computer 3 to be managed selected by the user with the Bluetooth mouse 1 </ b> A by the LED instruction lamp 131 and the numerical number liquid crystal display (not shown in the figure).

  4 and 5 show an input device having a Bluetooth multiple identification module according to a second preferred embodiment of the present invention. The input device of the above embodiment is shown by taking a Bluetooth keyboard 2B as an example. It is.

  The Bluetooth keyboard 2B includes a keyboard body 20, a Bluetooth module 14 having a switching button 141 and a signal transmission module 142, and a number display 15.

  When the Bluetooth keyboard is assembled, the Bluetooth module 14 and the numeric indicator 15 are assembled on the upper end side of the keyboard body 20, and the switching button 141 of the Bluetooth module 14 protrudes from the top plate surface of the keyboard body 20. .

  As shown in FIG. 5, the user can control the Bluetooth keyboard 2B and control at least two personal computers 3 in accordance with the conventional mouse 1B. Among them, each of the personal computers 3 corresponds to one predetermined address (ID) stored in the Bluetooth module 14, that is, the Bluetooth module 14 includes at least two sets of managed devices. The address of (PC 3) is stored, and each has a function of Bluetooth wireless control. When the user presses the switch button 141 of the Bluetooth keyboard 2B and the number displayed on the number display 15 is a predetermined representative number “1”, for example, the first personal computer 3 This indicates that the operation is managed by the Bluetooth keyboard 2B. In addition, when the user wants to switch to another predetermined personal computer 3 with the Bluetooth keyboard 2B, if the user presses the switching button 141 in order, the number display 15 displays the number of the predetermined personal computer 3. Is displayed, and the signal transmission module 142 of the Bluetooth module 14 operates corresponding to the selected personal computer 3 to be managed. Thereby, the predetermined personal computer 3 to be quickly controlled can be switched with the Bluetooth keyboard 2B.

  As described above, the mouse and the keyboard are shown as one embodiment, but the present invention can also be applied to other Bluetooth electronic devices such as earphones and speakers. Further, the switching button of the Bluetooth module is designed in a multi-stage control mode, and the LED indicator lamp is also designed correspondingly.

  From the above embodiment, the mouse or keyboard according to the present invention is an input device having a Bluetooth multiple identification module, and controls at least two or more sets of personal computer devices wirelessly using a multi-stage control mode of a switching button. As in the prior art, cost and space for arranging a plurality of mice and keyboards can be saved.

  The above is a more preferred embodiment of the present invention, and the present invention is not limited thereto, and is performed based on the scope of claims for utility model registration related to the present invention and the contents of the description. All equivalent changes and modifications are included in the scope of the present invention.

1 is a perspective view of a Bluetooth mouse according to a first embodiment of the present invention. FIG. 2 is an exploded perspective view of the Bluetooth mouse of FIG. 1. It is a conceptual diagram which shows the state which controls two personal computers with the Bluetooth mouse | mouth by 1st embodiment of this invention. It is a perspective view of a Bluetooth keyboard according to a second embodiment of the present invention. It is a conceptual diagram which shows the state which controls two personal computers with the Bluetooth keyboard by 2nd embodiment of this invention.

1A Bluetooth mouse 1B Conventional keyboard 10 Top cover 101 Side hole 102 Top hole 103 Front hole 11 Bottom seat 12 Circuit board 13 LED module 131 LED indicator lamp 132 Roller 14 Bluetooth module 141 Switch button 142 Signal transmission module 15 Number display 2A Conventional mouse 2B Bluetooth Keyboard 20 Keyboard body 3 PC

Claims (12)

An input device body;
A bluetooth module assembled in the input device main body, and an input device comprising:
In the Bluetooth module above,
A switching button protruding outward from the input device;
A Bluetooth signal transmission module that is electrically connected to circuit elements of the input device and stores a plurality of specific addresses for managing a personal computer;
An input device having a Bluetooth multiple identification module, comprising: a plurality of LED indicator lamps assembled at appropriate positions on the upper cover of the input device and electrically connected to circuit elements of the input device.   2. The switch button according to claim 1, wherein the switch button has a multistage button structure, the number of the LED indicator lamps is at least two, and the number of managed personal computers is at least two. An input device having a Bluetooth multiple identification module.   Each of the PCs corresponds to one predetermined address in the Bluetooth module, the Bluetooth module stores addresses corresponding to at least two or more sets of managed PCs, and each of the Bluetooth radios The input device having a Bluetooth multiple identification module according to claim 1, wherein the input device has a control function.   When a personal computer to be managed is designated and used, the corresponding LED instruction lamp lights up in the input device, and a predetermined personal computer can be controlled by the input device, respectively, and the switch button is pressed. Thus, the LED indicator lamp is turned on, the Bluetooth signal transmission module is operated, and the selected personal computer to be managed is confirmed, whereby a predetermined personal computer can be switched or controlled respectively. 2. An input device comprising the Bluetooth multiple identification module according to 1.   An address switching command is included in the signal transmitted from the Bluetooth signal transmission module, the address of the personal computer in use is first set to a disabled state, and the address of the selected personal computer to be managed is enabled. The input device having a Bluetooth multiple identification module according to claim 1, wherein the input device is in a state.   The input device is a Bluetooth mouse, and a plurality of side holes for assembling the switching button, an upper hole for assembling a roller, and a plurality of LED indicator lamps for assembling the Bluetooth mouse. A top lid having a front hole formed therein, a bottom seat, a circuit board installed on the bottom seat, and an electronic module in which circuit elements are electrically connected to the circuit board. An input device comprising the Bluetooth multiple identification module according to Item 1. An input device body;
An input device including a Bluetooth module assembled in the input device body,
In the Bluetooth module above,
A switching button protruding outward from the input device;
A Bluetooth signal transmission module that is electrically connected to the circuit elements of the input device and stores a plurality of specific addresses for managing a personal computer;
An input device having a Bluetooth multiple identification module, comprising: a numeric indicator assembled at an appropriate position and electrically connected to a circuit element of the input device.   8. The input device having a Bluetooth multiple identification module according to claim 7, wherein the switch button has a multi-stage button structure, and the number of managed personal computers is at least two.   Each of the personal computers corresponds to one predetermined address in the Bluetooth module, and the Bluetooth module stores addresses corresponding to at least two or more sets of managed personal computers. The input device having the Bluetooth multiple identification module according to claim 7, wherein the input device has the following function.   When a managed personal computer is specified and used, a predetermined representative number of the personal computer to be managed is displayed on the numeric display in the input device, and the predetermined personal computer can be controlled by the input device. When the switch button is pressed, a predetermined representative number is displayed on the numeric display, and the Bluetooth signal transmission module is operated to check the selected management personal computer. The input device having the Bluetooth multiple identification module according to claim 7, wherein the input and output can be switched and controlled.   The signal transmitted from the Bluetooth signal transmission module includes an address switching command. First, the address of the personal computer being used is set to the disabled state, and the address of the selected management personal computer is enabled. The input device having the Bluetooth multiple identification module according to claim 7.   The input device is a Bluetooth keyboard, the Bluetooth module and the numeric display are electrically connected and assembled on the upper end side of the keyboard body, and the switching button of the Bluetooth module is a top plate of the keyboard body. The input device having a Bluetooth multiple identification module according to claim 7, wherein the input device protrudes from a surface.

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