CN201122273Y - Improvement of mouse structure - Google Patents

Abstract

The utility model relates to a can control handheld wireless communication machine's mouse, the radio transmission electric wave that mainly sends through mouse can be to the picture, the literary composition that show on handheld wireless communication machine's the screen, make the radio wave control mode that moves wantonly and go back, the mouse outside except having basic left and right button, roller type button, still add reset key, switch, pressure-release formula button, mode setting selector switch and fast button, its inside mainly disposes 2.4GHz wireless transmission module and program-controlled microprocessor, so make this mouse on the one hand can be done arbitrary direction and slide easily by the hand on the support surface, on the other hand still can leave the holding surface and change and directly control pressure-release formula button by the finger to through radio wave to the change that purposeful is done to the screen display content on the handheld wireless communication machine who has mated.

Description

An Improvement of Mouse Structure

technical field

The utility model relates to an improvement of a mouse structure, in particular to a mouse capable of manipulating a hand-held wireless communication machine.

Background technique

Press, there are various types of wireless communication equipment, such as indoor telephones, walkie-talkie, police bands, hams, walkie-talkies, and mobile phones. Due to the highest penetration rate of mobile phones and 3G (third-generation mobile communication) Technology) is a trend, so playing games online with mobile phones will also be very popular in the future, but the size and panel of mobile phones are small, and the buttons are still small, so the control is very inconvenient. When playing games, it is difficult to change the control buttons quickly.

The mouse is an essential peripheral device for Notebook (notebook computer) and PC (personal computer), so when you take the Notebook (notebook computer) out, you should also carry the mouse at the same time. At this time, the mouse can be used to control the Notebook (notebook computer). If it can also be used to control mobile phones, it can kill two birds with one stone.

Most of the current mobile phones use the 2.4GHz frequency band radio wave transmission function. Its advantage is that data can be transmitted without connecting wires (wireless). In particular, there are thousands of shapes of wired sockets of various brands, and it is impossible to unify the specifications. Therefore, wireless transmission can skip the framework of using connecting wires for communication and achieve the function of mutual information transmission, which is very beneficial to users. Great news.

At present, the transmission function of mobile phones and peripheral devices with radio wave transmission function in the 2.4GHz frequency band only focuses on the transmission of files, such as sending picture files, music files, and data files from mobile phones to peripheral devices connected to the mobile phone, such as wireless Transmission headset, wireless transmission printer, wireless transmission Notebook (notebook computer), etc., but so far there is no wireless transmission keyboard or wireless transmission mouse that can control mobile phones. Because the function of mobile phone is more and more powerful, its function is also more and more close to PC (personal computer), so the screen control method of mobile phone will be the same as the mode that PC (personal computer) is controlled by mouse in the future. Games played on mobile phones are of course also controlled with the mouse.

The designer of this utility model has been engaged in the manufacture of PC (personal computer) game interface equipment for a long time, and has established a company to straddle the industry of PC (personal computer) game software and mobile phone software. And think that it is the most convenient and convenient choice to use the mouse that is available at hand to control the mobile phone to play games. After the research and development of the team, this practical utility model is produced.

Contents of the invention

The main purpose of the present utility model is to provide an improved structure of the mouse to overcome the above defects.

In order to achieve the above purpose, the utility model provides a mouse that can control a handheld wireless communication machine, and its exterior includes:

One easy-to-operate left and right buttons, the two buttons are connected with the program-controlled microprocessor port leads on the internal circuit board;

One is convenient to make the controlled wireless communication machine quickly change the picture of the scroll button, which is connected with the lead wire of the program-controlled microprocessor port on the internal circuit board;

A reset key, which can restart the on-line action between the mouse and the handheld wireless communication machine, which is connected with the lead wire of the port of the programmable microprocessor on the internal circuit board;

A power switch for controlling the startup or shutdown of the mouse, which is connected with the battery pack and the power management circuit;

A push-and-release button that can trigger the mouse to emit signals in different directions, which is 4 each arranged in a circle at 90 degrees apart and connected to the lead wire of the programmable microprocessor port on the internal circuit board;

A mode setting selection switch, which enables the mouse to be compatible with different operating system requirements, and which is connected to the lead wire of the program-controlled microprocessor port on the internal circuit board;

A shortcut key, used for the execution of options or the weapon trigger function during game play, is arranged in the middle of the front for easy operation by both left and right-handed users, and is connected to the same internal circuit board as the left key to the programmable microprocessor port on the lead;

A light-emitting diode in the visible spectrum range and a transparent lens with light-gathering function are arranged on the bottom surface of the mouse and connected with the power management circuit;

with internal include:

A 2.4GHz wireless transmission module, which is connected with the power management circuit, and the 2.4GHz wireless transmission module has a plurality of input and output ports connected with the input and output ports of the program-controlled microprocessor;

A program-controlled microprocessor that controls the operation of the overall circuit, which controls the operation sequence of the overall circuit of the mouse, and each component or module commanded by it is connected to the input and output ports of the program-controlled microprocessor that controls the operation of the overall circuit;

An optical sensing module in the visible spectrum range and a light emitter, the light emitter is connected to a power management circuit, and the power management circuit is connected to the optical sensing module;

A power management circuit for making the circuit work in a power-saving and stable state and a battery pack. The battery pack is first connected to the power management circuit through a power switch.

Through the above-mentioned composition of the mouse, the communication method between it and the controlled handheld wireless communication machine is through the mutual communication between the pairing password and the special serial format whose data has been edited and processed. Sending and receiving is achieved, and then the display content of the screen configured on the handheld communication device controlled by the electric wave within the visible range of the user can be changed purposefully.

Compared with the prior art, the utility model has the beneficial effect that on the one hand, it can easily slide in any direction on the surface of the support with the hand; When the mouse changes its use state, a corresponding special-format radio wave is emitted by the mouse, and the display content of the screen configured on the handheld wireless communication device controlled by the radio wave within the visible range of the user is purposefully changed.

Description of drawings

Fig. 1 is a mouse appearance structural diagram of a preferred embodiment;

Fig. 2 is a mouse circuit structure diagram of a preferred embodiment;

Fig. 3 is a usage situation of a mouse and a handheld wireless communication device in a preferred embodiment.

Explanation of reference signs: 1-mouse; 101-left button; 102-right button; 103-roller button; 11-reset button; 12-power switch; 13-press release button; 14-mode setting selection Switch; 15-fast key; 16-2.4GHz wireless transmission module; 17-programmed microprocessor; 18-optical sensor module; 181-illuminator; 19-power management circuit; 191-battery pack; machine.

Detailed ways

The above-mentioned and other technical features and advantages of the present invention will be described in more detail below in conjunction with the accompanying drawings.

Please cooperate and refer to shown in Fig. 1, it is to disclose the appearance structure diagram of a preferred embodiment of the utility model mouse; Wherein said mouse (1) surface configuration comprises:

- easy-to-operate left and right buttons (101, 102);

A scroll wheel button (103) that is convenient for the controlled wireless communication machine to quickly change the screen;

A reset button (11), which can restart the online action between the mouse (1) and the handheld wireless communication machine (2);

A power switch (12) for controlling the startup or shutdown of the mouse (1);

A push-and-release button (13) that can trigger the mouse (1) to emit signals in different directions;

A mode setting selection switch (14), so that the mouse (1) can be compatible with the requirements of different operating systems;

One quick key (15), is used in the execution of the option or the weapon trigger function when playing the game, and effect is similar to the left key button (101), is to be arranged in the middle position of mouse (1) front end, all easy for left and right hand user operate;

A light-emitting diode in the visible spectrum range and a transparent lens with a light-gathering function are arranged on the bottom surface of the mouse (1) (not shown in the drawing).

Please continue to refer to shown in Figure 2, which is a circuit structure diagram of a preferred embodiment of the disclosed mouse of the present invention; wherein the mouse (1) is equipped with a multi-layer printed circuit board carrying various electrical functional parts, Its composition includes:

A 2.4GHz wireless transmission module (16);

A program-controlled microprocessor (17) controlling the operation of the overall circuit;

An optical sensing module (18) and a light emitter (181) in the visible spectrum range;

A power management circuit (19) and a battery pack (191) that enable the circuit to work in a power-saving and stable state;

Through the composition of the above-mentioned external and internal units, a complete mouse that can control the handheld wireless communication machine is formed.

Please refer to Figure 3, which discloses the use of a mouse and a handheld wireless communication device in a preferred embodiment; when the mouse (1) of the present utility model is actually paired with the handheld wireless communication device (2), After loading new batteries, turn on the power switch (12) to make the circuit work normally. At this time, the light emitter (181) will be lighted. The functional transparent lens becomes a thin and bright light beam, which is irradiated on the optical sensing module (18), which sends a signal to the programmed microprocessor (17) according to the light distribution of the optical sensing unit distributed thereon, and calculates the overall mouse (1) In which direction and by how much? This data is added to the signal format identification code prepared in advance, input to the input port of the transmitting end of the 2.4GHz wireless transmission module (16), and then the wireless module transmits the input data with a carrier wave conforming to the communication specification of the 2.4GHz frequency band. It is received by the hand-held wireless communication machine (2) to be paired, so that the display content of the screen configured on the hand-held wireless communication machine (2) can be purposefully controlled through various control signals sent by the mouse (1). Change.

The above-mentioned light emitter (181) located at the bottom of the mouse (1) will darken after the mouse (1) body does not move for a certain period of time, and will light up immediately when the body moves. The same is true for the 2.4GHz wireless transmission module (16). Only transmit the communication code at regular intervals after being still, and only transmit electric waves intensively when there is a signal. The purpose is to save the limited power of the battery pack (191), so that it can be used for a long time.

As for the various buttons of mouse (1) external control of the present utility model, its effect is described as follows:

The left button (101), the right button (102), and the scroll button (103) are all the same as the traditional mouse device, and are responsible for file execution, query and page turning functions;

The reset button (11) is used when the mouse (1) of the present utility model cannot be connected with the controlled handheld wireless communication machine (2). Pressing this button can make the transmitting module re-scan the entire communication frequency band for reconnection action;

The mode setting selector switch (14) is to set the overall circuit to work on different operating systems;

The function of the quick key (15) is the same as that of the left button (101), and it is used in the execution of the option or the trigger function of the weapon when playing games. The reason for placing the front end in the middle position is easy to operate for both left and right hand users;

Especially: the push button (13) that is arranged in the mouse (1) surface is slightly recessed in the round hole has the effect that can replace the function of moving the mouse up and down, and also shows that the mouse of the present invention (1) is in the body. Under the situation of not moving, press any key in this push-and-release button (13) respectively and also can reach the function that makes the cursor on the screen of the controlled handheld wireless communication machine (2) move to the predetermined position.

From the above description, it can be seen that the mouse of the utility model that can control the handheld wireless communication machine can indeed achieve the above purpose and effect, and greatly improve the diversified use efficiency of the mouse, and has excellent convenience and mobility, which is extremely rich in the industry. Utilization value; in view of the fact that the utility model has surpassed the category of existing articles in terms of technology and function, and has advanced practicability, and after checking the relevant information, no similar ones have been disclosed or seen in publications, and it has fully complied with the new patent. The gist of the application is to file an application in accordance with the law.

The above description is only illustrative, rather than restrictive, of the present invention. Those of ordinary skill in the art understand that many modifications and changes can be made without departing from the spirit and scope defined by the following appended claims. Or equivalent, but all will fall within the protection domain of the present utility model.

Claims (1)

1. The improvement of a kind of mouse structure is characterized in that: its exterior comprises: One easy-to-operate left and right buttons, the two buttons are connected with the program-controlled microprocessor port leads on the internal circuit board; One is convenient to make the controlled wireless communication machine quickly change the picture of the scroll button, which is connected with the lead wire of the program-controlled microprocessor port on the internal circuit board; A reset key, which restarts the on-line action between the mouse and the handheld wireless communicator, which is connected with the lead wire of the programmed microprocessor port on the internal circuit board; A power switch for controlling the startup or shutdown of the mouse, which is connected with the battery pack and the power management circuit; A push-and-release button that can trigger the mouse to emit signals in different directions, which is 4 each arranged in a circle at 90 degrees apart and connected to the lead wire of the programmable microprocessor port on the internal circuit board; A mode setting selection switch, which enables the mouse to be compatible with different operating system requirements, and which is connected to the lead wire of the program-controlled microprocessor port on the internal circuit board; A shortcut key, used for the execution of options or the weapon trigger function during game play, is arranged in the middle of the front for easy operation by both left and right-handed users, and is connected to the same internal circuit board as the left key to the programmable microprocessor port on the lead; A light-emitting diode in the visible spectrum range and a transparent lens with light-gathering function are arranged on the bottom surface of the mouse and connected with the power management circuit; with internal include: A 2.4GHz wireless transmission module, which is connected with the power management circuit, and the 2.4GHz wireless transmission module has a plurality of input and output ports connected with the input and output ports of the program-controlled microprocessor; A program-controlled microprocessor that controls the operation of the overall circuit, which controls the operation sequence of the overall circuit of the mouse, and each component or module commanded by it is connected to the input and output ports of the program-controlled microprocessor that controls the operation of the overall circuit; An optical sensing module in the visible spectrum range and a light emitter, the light emitter is connected to a power management circuit, and the power management circuit is connected to the optical sensing module; A power management circuit for making the circuit work in a power-saving and stable state and a battery pack. The battery pack is first connected to the power management circuit through a power switch.

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