TWI748414B - Computer peripherals - Google Patents

Abstract

A computer peripherals includes a computer peripheral device, a mouse, a transmitter, and a receiver. The transmitter and the receiver are respectively disposed in the computer peripheral device and the mouse. The transmitter is configured to transmit a positioning signal. When the receiver receives the positioning signal, the receiver transmits a switch signal to a mouse processor. When the mouse processor receives the switch signal, the mouse processor is switched between a right hand mode and a left hand mode. When the mouse processor is switched to the right hand mode, the mouse processor transmits a right button signal in response to a right button of the mouse being pressed, and the mouse processor transmits a left button signal in response to a left button of the mouse being pressed. When the mouse processor is switched to the left hand mode, the mouse processor transmits the left button signal in response to the right button of the mouse being pressed, and the mouse processor transmits the right button signal in response to the left button of the mouse being pressed.

Description

Computer Peripheral Group

The invention relates to a computer peripheral group, in particular to a computer peripheral group which can switch the use mode of the mouse according to the relative position of the mouse and the computer peripheral device.

Most of the common mice on the market are designed according to the habits of right-handed users. Therefore, when using a normal mouse, a left-handed user must change the definition of the left and right buttons of the mouse by changing the relevant settings in the operating system of the computer. However, in actual applications, unless the user purchases the computer by himself, the user generally does not have the authority to change the relevant settings of the computer's operating system, which causes problems for left-handed users.

The present invention discloses a computer peripheral set, which is mainly used to improve the existing mouse design based on the right-handed user. If the left-handed user cannot change the settings of the left and right buttons of the mouse in the computer operating system, the left-handed mouse is preferred Otherwise, you must use your right hand to operate the mouse.

One embodiment of the present invention discloses a computer peripheral set, which includes: a computer peripheral device, a mouse, and two positioning units. The mouse contains a mouse processor. One positioning unit is set on the computer peripheral device and located on the right or left side of the computer peripheral device, and the other positioning unit is set on the mouse. The two positioning units are a transmitter and a receiver respectively. The transmitter can send out a positioning signal. The receiver can receive the positioning signal, and when the receiver receives the positioning signal, the receiver will send a switching signal to the mouse processor. Wherein, when the mouse processor receives the switching signal, the mouse processor will switch from a right-handed mode to a left-handed mode, or the mouse processor will switch from a left-handed mode to a right-handed mode. Among them, when the mouse processor switches to the right-hand mode, when a right button of the mouse is pressed, the mouse processor will emit a right-click signal, and when a left button of the mouse is pressed, the mouse processor will emit a left Key signal. Among them, when the mouse processor is switched to the left-hand mode, when the right button is pressed, the mouse processor will emit a left button signal, and when the left button is pressed, the mouse processor will emit a right button signal.

One embodiment of the present invention discloses a computer peripheral set, which includes: a computer peripheral device, a mouse, and three positioning units. The mouse contains a mouse processor. The three positioning units are: a right transmitter, a left transmitter and a receiver. The transmitter on the right is set in the peripheral device of the computer, and the transmitter on the right can send out a right positioning signal. The left transmitter is set in the peripheral device of the computer, and the left transmitter can send out a left positioning signal. The receiver is set on the mouse, and the receiver is electrically connected to the mouse processor; the receiver can receive the right positioning signal and the left positioning signal; when the receiver receives the right positioning signal, the receiver will generate a right hand switching signal; when receiving When the receiver receives the left-hand positioning signal, the receiver will generate a left-hand switching signal. Wherein, when the mouse processor receives the right-hand switching signal, the mouse processor will switch to a right-handed mode; when the mouse processor receives the left-hand switching signal, the mouse processor will switch to a left-handed mode. Among them, when the mouse processor switches to the right-hand mode, if a right button of the mouse is pressed, the mouse processor will emit a right-click signal, and if a left button of the mouse is pressed, the mouse processor will emit a Left key signal. Among them, when the mouse processor is switched to the left-hand mode, if the right button of the mouse is pressed, the mouse processor will emit a left-click signal, and if the left button of the mouse is pressed, the mouse processor will emit a right-click signal.

One embodiment of the present invention discloses a computer peripheral set, which includes: a computer peripheral device, a mouse, and three positioning units. The mouse contains a mouse processor. The three positioning units are: a transmitter, a right receiver and a left receiver. The transmitter is arranged on the mouse, and the receiver is electrically connected to the mouse processor, and the transmitter can send out a positioning signal. The receiver on the right is set in the peripheral device of the computer, and the receiver on the right can receive the positioning signal and generate a right-hand switching signal correspondingly. The receiver on the left is set in the peripheral device of the computer, and the receiver on the left can receive the positioning signal and generate a left-hand switching signal correspondingly. Wherein, when the mouse processor receives the right-hand switching signal, the mouse processor will switch to a right-handed mode; when the mouse processor receives the left-hand switching signal, the mouse processor will switch to a left-handed mode. Among them, when the mouse processor switches to the right-hand mode, if a right button of the mouse is pressed, the mouse processor will emit a right-click signal, and if a left button of the mouse is pressed, the mouse processor will emit a Left key signal. Among them, when the mouse processor is switched to the left-hand mode, if the right button of the mouse is pressed, the mouse processor will emit a left-click signal, and if the left button of the mouse is pressed, the mouse processor will emit a right-click signal.

In summary, through the design of at least two positioning units, the computer peripheral set of the present invention allows left-handed users to change the left and right buttons of the mouse without changing the relevant design of the operating system in the computer. The effect of the definition.

In order to further understand the features and technical content of the present invention, please refer to the following detailed descriptions and drawings about the present invention, but these descriptions and drawings are only used to illustrate the present invention, and do not make any claims about the protection scope of the present invention. limit.

In the following description, if it is pointed out, please refer to the specific drawing or as shown in the specific drawing, it is only used to emphasize in the subsequent description, and most of the related content appears in the specific drawing. However, it is not limited that only the specific drawings can be referred to in this subsequent description.

Please also refer to FIGS. 1 to 5, which are schematic diagrams of the first embodiment of the mouse computer peripheral device of the present invention. The computer peripheral group 1 includes a computer peripheral device 10, a mouse 11 and two positioning units. The mouse 11 includes a mouse processor 111. The two positioning units are a transmitter 12 and a receiver 13 respectively. The transmitter 12 can be controlled by the mouse processor 111 to send out a positioning signal 121. The receiver 13 can receive the positioning signal 121. When the receiver 13 receives the positioning signal 121, the receiver 13 will transmit a switching signal 131 to the mouse processor 111. The transmitter 12 may be arranged in the computer peripheral device 10, and the transmitter 12 may be correspondingly located on the right side of the computer peripheral device 10. The receiver 13 may be arranged in the mouse 11.

When the mouse 11 is set on the right side of the computer peripheral device 10 and the transmitter 12 is controlled by the mouse processor 111 to send out the positioning signal 121, if the receiver 13 receives the positioning signal 121, the receiver 13 will transmit a switching signal 131 to the mouse processor 111, and after the mouse processor 111 receives the switching signal 131, the mouse processor 111 will switch to a right-handed mode. When the mouse processor 111 switches to the right-hand mode, if the right button 112 of the mouse 11 is pressed, the mouse processor 111 will send a right-click signal 1111, and if the left button 113 of the mouse 11 is pressed, the mouse processor 111 will send out a left key signal 1112.

After the mouse processor 111 controls the transmitter 12 to send the positioning signal 121, if the mouse processor 111 does not receive the switching signal 131 within a predetermined time, the mouse processor 111 will switch to a left-handed mode. When the mouse processor 111 switches to the left-hand mode, if the right button 112 of the mouse 11 is pressed, the mouse processor 111 will send a left-click signal 1112, and if the left button 113 of the mouse 11 is pressed, the mouse processor 111 111 will send out the right button signal 1111.

More specifically, as shown in FIGS. 2 and 3, the transmitter 12 is arranged on the right side of the computer peripheral device, the receiver 13 is arranged on the mouse 11, and the mouse 11 is arranged on the right side of the computer peripheral device 10. In this case, when the mouse processor 111 controls the transmitter 12 to send out the positioning signal 121, the receiver 13 provided in the mouse 11 will be able to receive the positioning signal 121, and the receiver 13 will transmit the positioning signal 121 after receiving the positioning signal 121 Switch the signal 131 to the mouse processor 111; that is to say, in the situation shown in Figures 2 and 3, after the mouse processor 111 controls the transmitter 12 to send the positioning signal 121, the mouse processor 111 will be able to The switch signal 131 is received within the time. At this time, the mouse processor 111 will determine that the mouse 11 is located on the right side of the computer peripheral device 10, and the mouse processor 111 will switch to the right-hand mode.

Continuing, as shown in FIG. 2, when the user sets the mouse 11 on the right side of the computer peripheral device 10 and the mouse processor 111 is in the right-hand mode, if the user presses the mouse 11 with the middle finger RH1 of the right hand RH Right-click 112, and the mouse 11 will correspondingly send a right-click signal 1111. As shown in FIG. 3, when the user sets the mouse 11 on the right side of the computer peripheral device 10 and the mouse processor 111 is in the right-hand mode, if the user presses the left button 113 of the mouse 11 with the index finger RH2 of the right hand RH , The mouse 11 will correspondingly send out a left-click signal 1112.

As shown in Figures 4 and 5, when the transmitter 12 is set on the right side of the computer peripheral device 10, the receiver 13 is set on the mouse 11, and the mouse 11 is set on the left side of the computer peripheral device 10, when When the mouse processor 111 controls the transmitter 12 to send out the positioning signal 121, the receiver 13 provided in the mouse 11 will not be able to receive the positioning signal 121, and the receiver 13 will not transmit the switching signal 131 to the mouse processor 111 ; That is to say, in the situation shown in FIGS. 4 and 5, after the mouse processor 111 controls the transmitter 12 to send the positioning signal 121, the mouse processor 111 will not receive the switching signal 131 within a predetermined time. At this time, the mouse processor 111 will determine that the mouse 11 is located on the left side of the computer peripheral device 10, and the mouse processor 111 will switch to the left-handed mode.

In addition, as shown in FIG. 4, when the user sets the mouse 11 on the left side of the computer peripheral device 10 and the mouse processor 111 is in the left-hand mode, if the user presses the mouse 11 with the middle finger LH1 of the left hand LH Left button 113, mouse 11 will correspondingly send out a right button signal 1111. As shown in FIG. 5, when the user sets the mouse 11 on the left side of the computer peripheral device 10 and the mouse processor 111 is in the left-hand mode, if the user presses the right button 112 of the mouse 11 with the index finger LH2 of the left hand LH, The mouse 11 will correspondingly send out a left-click signal 1112.

As stated above, in other words, when the user sets the mouse 11 on the right side of the computer peripheral device 10, the user presses the right button 112 of the mouse 11 with the middle finger RH1 of the right hand RH (as shown in FIG. 2), and the mouse 11 emits The signal will correspond to the user setting the mouse 11 on the left side of the computer peripheral device 10 (as shown in Figure 4), and the user presses the left button 113 of the mouse 11 with the middle finger LH1 of the left hand LH, and the mouse 11 emits The signal is the same. In contrast, when the user sets the mouse 11 on the right side of the computer peripheral device 10, the user presses the left button 113 of the mouse 11 with the index finger RH2 of the right hand RH (as shown in FIG. 3), and the mouse processor 111 sends out a signal , Will be the same as when the user sets the mouse 11 on the left side of the computer peripheral device 10, and the user presses the right button 112 of the mouse 11 with the index finger LH2 of the left hand LH (as shown in FIG. 5), the signal from the mouse 11 is the same.

As mentioned above, whether the mouse 11 is held by a right-handed person (right-handed) or a left-handed person (left-handed), the user also presses one of the buttons of the mouse 11 with the middle finger to make the mouse 11 11 emits a right-click signal 1111, and the user also presses one of the buttons of the mouse 11 with an index finger to make the mouse 11 emit a left-click signal 1112.

In practical applications, the transmitter 12 may continuously send out the positioning signal 121. When the mouse 11 is continuously set on the right side of the computer peripheral device 10, the receiver 13 will continuously receive the positioning signal 121, and the mouse processor 111 will continuously receive the switching signal 131; when the mouse processor When 111 continuously receives the switching signal 131, the mouse processor 111 can be continuously maintained in the right-hand mode. In contrast, when the mouse 11 is set on the left side of the computer peripheral device 10 and the mouse processor 111 does not receive the switching signal 131 from the receiver 13, the mouse processor 111 will switch to the left-hand mode. In other words, when the transmitter 12 is set on the right side of the computer peripheral device 10, when the mouse processor 111 receives the switching signal 131, the mouse processor 111 will switch to the right-hand mode. When 111 does not receive the switching signal 131, the mouse processor 111 will switch to the left-hand mode.

In particular, in this embodiment, the transmitter 12 is set on the right side of the computer peripheral device 10 as an example, but the transmitter 12 is not limited to being set on the right side of the computer peripheral device 10; in different embodiments In this case, the transmitter 12 may also be arranged on the left side of the computer peripheral device 10. In the embodiment in which the transmitter 12 is set on the left side of the computer peripheral device 10, when the mouse 11 is set on the left side of the computer peripheral device 10, the receiver 13 can receive the positioning signal 121 sent by the transmitter 12, and slide The mouse processor 111 receives the switching signal 131 from the receiver 13, and the mouse processor 111 switches to the left-hand mode accordingly. In contrast, when the transmitter 12 is set on the left side of the computer peripheral device 10, and the mouse 11 is set on the right side of the computer peripheral device 10, the mouse processor 111 controls the transmitter 12 to send the positioning signal 121, and the receiver 13 will not receive the positioning signal 121, and the mouse processor 111 will not receive the switching signal 131, and the mouse processor 111 will switch to the right-hand mode.

Please refer to FIG. 6, which shows a schematic diagram of the second embodiment of the computer peripheral group of the present invention. As shown in the figure, the biggest difference between this embodiment and the previous embodiment is that the transmitter 12 is installed on the mouse 11, and the receiver 13 is installed on the computer peripheral device 10. The detailed description of the mouse processor 111, the transmitter 12 and the receiver 13 and the three are the same as the foregoing embodiment, and will not be repeated here.

It is worth mentioning that the transmitter 12 in the above two embodiments may be capable of emitting a light beam of a predetermined wavelength as the positioning signal 121; in specific applications, the transmitter 12 may be capable of emitting Invisible light is used as the positioning signal 121, but not limited to this. In addition, the transmitter 12 in the above two embodiments may also be capable of emitting audio with a frequency higher than 20000 Hz as the positioning signal 121; or, the transmitter 12 may also be capable of transmitting a frequency lower than 20 Hz audio is used as the positioning signal 121.

Please also refer to FIGS. 7 to 10, which are schematic diagrams of the third embodiment of the computer peripheral set of the present invention. As shown in the figure, the computer peripheral group 2 includes a computer peripheral device 20, a mouse 21 and three positioning units. The mouse 21 includes a mouse processor 211. The three positioning units are a right transmitter 22, a left transmitter 23, and a receiver 24, respectively. The right transmitter 22 is disposed on the computer peripheral device 20, and the right transmitter 22 is correspondingly located on the right side of the computer peripheral device 20. The right transmitter 22 can be controlled by the mouse processor 211 to send a right positioning signal 221. The left transmitter 23 is disposed on the computer peripheral device 20, and the left transmitter 23 is correspondingly located on the left side of the computer peripheral device 20. The left transmitter 23 can be controlled by the mouse processor 211 to send out a left positioning signal 231.

In practical applications, the right transmitter 22 and the left transmitter 23 can respectively emit audio signals of different frequencies. In order to prevent the user from hearing the audio from the right transmitter 22 or the left transmitter 23, the right transmitter 22 can emit audio with a frequency higher than 20000 Hz, or emit audio with a frequency lower than 20 Hz, as a right positioning signal 221; The left transmitter 23 can send out audio with a frequency higher than 20000 Hz, or send out audio with a frequency lower than 20 Hz, as the left positioning signal 231.

In different embodiments, the right transmitter 22 may also emit invisible light of a first wavelength as the right positioning signal 221; the left transmitter 23 may emit invisible light of a second wavelength, for example, It is used as the left positioning signal 231; wherein, the first wavelength is different from the second wavelength. Of course, the right transmitter 22 and the left transmitter 23 are not limited to only emitting invisible light.

In special applications, the right transmitter 22 and the left transmitter 23 can also send out the right positioning signal 221 and the left positioning signal 231 in different forms, respectively, and the mouse 21 will correspond to two different settings. For example, the right transmitter 22 emits invisible light as the right positioning signal 221, while the left transmitter 23 emits audio with a frequency higher than 20000 Hz or audio with a frequency lower than 20 Hz as Position signal 231 on the left.

The receiver 24 is disposed on the mouse 21, and the receiver 24 is electrically connected to the mouse processor 211. The receiver 24 can receive the right positioning signal 221 and the left positioning signal 231. When the receiver 24 receives the right positioning signal 221, the receiver 24 will transmit a right hand switching signal 241 to the mouse processor 211. When the receiver 24 receives the left-hand positioning signal 231, the receiver 24 will transmit a left-hand switching signal 242 to the mouse processor 211.

The type and form of the receiver 24 are not limited here. The receiver 24 only needs to be able to receive the right positioning signal 221 and the left positioning signal 231; for example, the right transmitter 22 and the left transmitter 23 are speakers. In the embodiment, the receiver 24 corresponds to a microphone; in the embodiment where the right transmitter 22 and the left transmitter 23 are light-emitting elements, the receiver 24 corresponds to a photosensitive element.

As shown in FIGS. 7 and 8, when the mouse 21 is set on the right side of the computer peripheral device 20, when the mouse processor 211 controls the right transmitter 22 to send the right positioning signal 221, it is set in the mouse 21 The receiver 24 will be able to receive the right positioning signal 221, and after receiving the right positioning signal 221, the receiver 24 will transmit the right hand switching signal 241 to the mouse processor 211; that is, as shown in FIGS. 7 and 8 In the situation, after the mouse processor 211 controls the right transmitter 22 and the left transmitter 23 to respectively send the right positioning signal 221 and the left positioning signal 231, the mouse processor 211 will receive the right hand switching signal 241 within a predetermined time. At this time, the mouse processor 211 will determine that the mouse 21 is located on the right side of the computer peripheral device 20, and the mouse processor 211 will switch to the right-hand mode.

Continuing, as shown in FIG. 7, when the user sets the mouse 21 on the right side of the computer peripheral device 20 and the mouse processor 211 is in the right-hand mode, if the user presses the mouse 21 with the middle finger RH1 of the right hand RH Right-click 212, and the mouse 21 will correspondingly emit a right-click signal 2111. As shown in FIG. 8, when the user sets the mouse 21 on the right side of the computer peripheral device 20 and the mouse processor 211 is in the right-hand mode, if the user presses the left button 213 of the mouse 21 with the index finger RH2 of the right hand RH , The mouse 21 will correspondingly send out a left-click signal 2112.

As shown in FIGS. 9 and 10, when the mouse 21 is set on the left side of the computer peripheral device 20, when the mouse processor 211 controls the right transmitter 22 and the left transmitter 23 to respectively emit the right positioning signal 221 and the left When positioning the signal 231, the receiver 24 set in the mouse 21 will receive the left positioning signal 231, and after receiving the left positioning signal 231, the receiver 24 will transmit the left hand switching signal 242 to the mouse processor 211; also That is, in the situation shown in FIGS. 9 and 10, after the mouse processor 211 controls the right transmitter 22 and the left transmitter 23 to respectively send the right positioning signal 221 and the left positioning signal 231, the mouse processor 211 will be able to After receiving the left-hand switching signal 242 within a predetermined time, the mouse processor 211 will determine that the mouse 21 is located on the left side of the computer peripheral device 20, and the mouse processor 211 will switch to the left-hand mode.

In addition, as shown in FIG. 9, when the user sets the mouse 21 on the left side of the computer peripheral device 20 and the mouse processor 211 is in the left-hand mode, if the user presses the mouse 21 with the middle finger LH1 of the left hand LH Left button 213, mouse 21 will correspondingly send out a right button signal 2111. As shown in FIG. 10, when the user sets the mouse 21 on the left side of the computer peripheral device 20 and the mouse processor 211 is in the left-hand mode, if the user presses the right button 212 of the mouse 21 with the index finger LH2 of the left hand LH, The mouse 21 will correspondingly send out a left-click signal 2112.

Please also refer to FIGS. 11 to 14, which show schematic diagrams of the fourth embodiment of the computer peripheral set of the present invention. As shown in the figure, the computer peripheral group 3 of the present invention includes a computer peripheral device 30, a mouse 31 and three positioning units. The three positioning units are a transmitter 32, a right receiver 33, and a left receiver 34, respectively. The mouse 31 includes a mouse processor 311. The transmitter 32 is disposed on the mouse 31, and the right receiver 33 and the left receiver 34 are connected to the mouse processor 311, and the transmitter 32 can be controlled by the mouse processor 311 to send a positioning signal 321.

The right receiver 33 is disposed in the computer peripheral device 30, and the right receiver 33 can receive the positioning signal 321; when the right receiver 33 receives the positioning signal 321, the right receiver 33 will transmit a right hand switching signal 331 to the mouse processor 311. The left receiver 34 is disposed on the computer peripheral device 30, and the left receiver 34 can receive the positioning signal 321; when the left receiver 34 receives the positioning signal 321, the left receiver 34 will transmit a left hand switching signal 341 to the mouse processor 311.

As shown in FIGS. 11 and 12, when the mouse 31 is set on the right side of the computer peripheral device 30, when the mouse processor 311 controls the transmitter 32 to send the positioning signal 321, the mouse 31 is set in the computer peripheral device 30 The right receiver 33 will be able to receive the positioning signal 321, and the right receiver 33 will receive the positioning signal 321, and will transmit the right hand switching signal 331 to the mouse processor 311; In this case, after the mouse processor 311 controls the transmitter 32 to send the positioning signal 321, the mouse processor 311 can receive the right-hand switching signal 331 within a predetermined time. At this time, the mouse processor 311 will determine that the mouse 31 is located The computer peripheral device 30 is on the right side, and the mouse processor 311 will switch to the right-hand mode.

Continuing, as shown in FIG. 11, when the user sets the mouse 31 on the right side of the computer peripheral device 30 and the mouse processor 311 is in the right-hand mode, if the user presses the mouse 31 with the middle finger RH1 of the right hand RH Right-click 312, and the mouse 31 will correspondingly send a right-click signal 3111. As shown in FIG. 12, when the user sets the mouse 31 on the right side of the computer peripheral device 30 and the mouse processor 311 is in the right-hand mode, if the user presses the left button 313 of the mouse 31 with the index finger RH2 of the right hand RH , The mouse 31 will correspondingly send out a left-click signal 3112.

As shown in FIGS. 13 and 14, when the mouse 31 is set on the left side of the computer peripheral device 30, when the mouse processor 311 controls the transmitter 32 to send the positioning signal 321, the mouse 31 is set in the computer peripheral device 30 The left receiver 34 will receive the positioning signal 321, and the left receiver 34 will transmit the left hand switching signal 341 to the mouse processor 311 after receiving the positioning signal 321; In this case, after the mouse processor 311 controls the transmitter 32 to send the positioning signal 321, the mouse processor 311 can receive the left hand switching signal 341 within a predetermined time. At this time, the mouse processor 311 will determine that the mouse 31 is located The left side of the computer peripheral device 30, and the mouse processor 311 will switch to the left-hand mode.

In addition, as shown in FIG. 13, when the user sets the mouse 31 on the left side of the computer peripheral device 30 and the mouse processor 311 is in the left-hand mode, if the user presses the mouse 31 with the middle finger LH1 of the left hand LH Left button 313, mouse 31 will correspondingly emit a right button signal 3111. As shown in FIG. 14, when the user sets the mouse 31 on the left side of the computer peripheral device 30 and the mouse processor 311 is in the left-hand mode, if the user presses the right button 312 of the mouse 31 with the index finger LH2 of the left hand LH, The mouse 31 will correspondingly send out a left-click signal 3112.

In specific applications, the transmitter 32 can emit a light beam of a predetermined wavelength as the positioning signal 321; or, the transmitter 32 can emit audio with a frequency higher than 20000 Hz as the positioning signal 321; or The device 32 may be capable of emitting audio signals with a frequency lower than 20 Hz as the positioning signal 321.

It is worth mentioning that in the above embodiments, the mouse can also be provided with a light-emitting unit (not shown, for example, a light-emitting diode), the light-emitting unit is electrically connected to the mouse processor, and the mouse processor can According to the current mode (right-handed mode or left-handed mode), the light-emitting unit is correspondingly controlled to emit light beams of different colors, thereby prompting the user that the mouse is currently in the right-handed mode or the left-handed mode. In different embodiments, the mouse can also be provided with two light-emitting units. When the mouse processor is switched to the right-hand mode, one of the light-emitting units can be controlled to emit light, and when the mouse processor is switched to the left-hand mode, then Control another light-emitting unit to emit light.

The computer peripheral devices in the foregoing embodiments may be, for example, keyboards, screens, video devices, microphones, speakers, etc., which are not limited here, and preferably, they may be keyboards.

In summary, through the design of at least two positioning units, the computer peripheral set of the present invention allows left-handed users to achieve the ability to replace the mouse without changing the relevant design of the operating system in the computer. The effect of the definition of the left and right buttons.

The above are only the preferred and feasible embodiments of the present invention, which do not limit the patent scope of the present invention. Therefore, all equivalent technical changes made by using the description and drawings of the present invention are included in the protection scope of the present invention. .

1: Computer peripheral group 10: Computer peripheral devices 11: Mouse 111: Mouse processor 1111: Right-click signal 1112: Left-click signal 112: Right click 113: Left button 12: Transmitter 121: Positioning signal 13: Receiver 131: Switch signal 2: Computer peripheral group 20: Computer peripheral devices 21: Mouse 211: Mouse processor 2111: Right-click signal 2112: Left-click signal 212: Right click 213: Left button 22: Right transmitter 221: Positioning signal on the right 23: Left transmitter 231: Positioning signal on the left 24: Receiver 241: Right hand switching signal 242: Left hand switching signal 3: Computer peripheral group 30: Computer peripheral devices 31: Mouse 311: Mouse processor 3111: Right-click signal 3112: Left-click signal 312: Right click 313: Left button 32: Transmitter 321: Positioning signal 33: Right receiver 331: Right hand switching signal 34: Left receiver 341: Left hand switching signal RH: Right hand RH1: Middle finger RH2: index finger LH: Left hand LH1: Middle finger LH2: index finger

1 to 5 are schematic diagrams of the first embodiment of the computer peripheral group of the present invention.

FIG. 6 is a schematic diagram of the second embodiment of the computer peripheral group of the present invention.

7 and 10 are schematic diagrams of the third embodiment of the computer peripheral group of the present invention.

11 and 14 are schematic diagrams of the fourth embodiment of the computer peripheral group of the present invention.

1: Computer peripheral group 10: Computer peripheral devices 11: Mouse 111: Mouse processor 112: Right click 113: Left button 12: Transmitter 121: Positioning signal 13: Receiver 131: Switch signal

Claims (10)

A computer peripheral group, which includes: A computer peripheral device; A mouse including a mouse processor; Two positioning units, one of the positioning units is set on the computer peripheral device and located on the right or left side of the computer peripheral device, the other of the positioning units is set on the mouse, and the two positioning units are respectively It is a transmitter and a receiver; the transmitter can be controlled by the mouse processor to send out a positioning signal, and the receiver can receive the positioning signal; when the receiver receives the positioning signal , The receiver will send a switching signal to the mouse processor; Wherein, when the mouse processor receives the switching signal, the mouse processor will switch from a right-handed mode to a left-handed mode, or the mouse processor will switch from the left-handed mode to the right-handed mode model; Wherein, when the mouse processor is switched to the right-hand mode, if a right button of the mouse is pressed, the mouse processor will emit a right button signal, and if a left button of the mouse is pressed Press, the mouse processor will send out a left-click signal; Wherein, when the mouse processor switches to the left-hand mode, if the right button is pressed, the mouse processor will send out the left button signal, and if the left button is pressed, the mouse The processor will send out the right button signal. The computer peripheral set according to claim 1, wherein the transmitter is provided on the computer peripheral device, and the receiver is provided on the mouse; or, the transmitter is provided on the mouse, so The receiver is arranged on the computer peripheral device. The computer peripheral group according to claim 1, wherein the transmitter can emit a light beam of a predetermined wavelength as the positioning signal. The computer peripheral set according to claim 1, wherein the transmitter can emit audio with a frequency higher than 20000 Hz as the positioning signal; or the transmitter can emit audio with a frequency lower than 20 Hz, As the positioning signal. The computer peripheral set according to any one of claims 1 to 4, wherein the computer peripheral device is a keyboard, a screen, a speaker, a video device, or a microphone. A computer peripheral group, which includes: A computer peripheral device; A mouse including a mouse processor; The three positioning units are: A right transmitter, which is arranged on the computer peripheral device, and the right transmitter can be controlled by the mouse processor to emit a right positioning signal; A left side transmitter, which is arranged on the computer peripheral device, and the left side transmitter can be controlled by the mouse processor to emit a left side positioning signal; A receiver, which is arranged on the mouse, and the receiver is electrically connected to the mouse processor; the receiver can receive the right positioning signal and the left positioning signal; when the receiver When receiving the right-hand positioning signal, the receiver will transmit a right-hand switching signal to the mouse processor; when the receiver receives the left-hand positioning signal, the receiver will transmit a left-hand switching signal to The mouse processor; Wherein, when the mouse processor receives the right-hand switching signal, the mouse processor will switch to a right-handed mode; when the mouse processor receives the left-hand switching signal, the mouse processes The device will switch to a left-handed mode; Wherein, when the mouse processor is switched to the right-hand mode, if a right button of the mouse is pressed, the mouse processor will emit a right button signal, and if a left button of the mouse is pressed Press, the mouse processor will send out a left-click signal; Wherein, when the mouse processor switches to the left-hand mode, if the right button of the mouse is pressed, the mouse processor will send out the left button signal, and if the mouse is pressed When the left button is pressed, the mouse processor will send out the right button signal. The computer peripheral group according to claim 6, wherein the left transmitter can emit a light beam of a first wavelength as the left positioning signal; the right transmitter can emit a light beam of a second wavelength as the The right positioning signal; wherein, the first wavelength is not equal to the second wavelength. The computer peripheral group according to claim 6, wherein the left transmitter can emit audio with a frequency higher than 20000 Hz as the left positioning signal, or the left transmitter can emit audio with a frequency lower than 20 Hz As the left-side positioning signal; the right transmitter can emit audio with a frequency higher than 20000 Hz as the right-side positioning signal, or the right transmitter can emit audio with a frequency lower than 20 Hz , As the right positioning signal. A computer peripheral group, which includes: A computer peripheral device; A mouse including a mouse processor; The three positioning units are: A transmitter, which is arranged on the mouse, and the transmitter can be controlled by the mouse processor to send out a positioning signal; A right receiver, which is set on the computer peripheral device, the right receiver can receive the positioning signal; when the right receiver receives the positioning signal, the right receiver will transmit a right hand switching signal to The mouse processor; A left receiver, which is arranged on the computer peripheral device, the left receiver can receive the positioning signal; when the left receiver receives the positioning signal, the left receiver will transmit a left hand switching signal to The mouse processor; Wherein, when the mouse processor receives the right-hand switching signal, the mouse processor will switch to a right-handed mode; when the mouse processor receives the left-hand switching signal, the mouse processes The device will switch to a left-handed mode; Wherein, when the mouse processor is switched to the right-hand mode, if a right button of the mouse is pressed, the mouse processor will emit a right button signal, and if a left button of the mouse is pressed Press, the mouse processor will send out a left-click signal; Wherein, when the mouse processor switches to the left-hand mode, if the right button of the mouse is pressed, the mouse processor will send out the left button signal, and if the mouse is pressed When the left button is pressed, the mouse processor will send out the right button signal. The computer peripheral set according to claim 9, wherein the transmitter can emit a light beam of a predetermined wavelength as the positioning signal; or the transmitter can emit audio signals with a frequency higher than 20000 Hz as The positioning signal; or, the transmitter can emit audio with a frequency lower than 20 Hz as the positioning signal.

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