TWI604341B - Wireless non-battery mouse - Google Patents

Description

Battery-free wireless mouse

The invention relates to a battery-free wireless mouse, which is a wireless transmission mouse structure.

According to the conventional mouse, during operation, most of the mouse needs to transmit the movement situation or click signal of the mouse to the computer through a transmission line. However, while the mouse is moving, the transmission line moves along with the mouse. , it is easy to drag the mouse and reduce the sensitivity of using the mouse, resulting in inconvenience in use.

In view of the above-mentioned shortcomings, the inventor believes that it has the urgent need to make corrections, and that it has been engaged in the design and manufacture of related products for many years, and has always adhered to the excellent design concept, and researched and created the above disadvantages. After continuous efforts, the battery-free wireless mouse of the present invention was finally introduced, which improved the efficacy of the product by correcting the excellent product structure.

The main object of the present invention is a battery-free wireless mouse to facilitate the improvement of the disadvantages caused by the above use.

For the purpose of the foregoing disclosure, the present invention is a battery-free wireless mouse comprising a mouse, a pressing button group, a touch panel and a computer. The mouse is mainly composed of a mouse body, a touch block, and a pressure. The cover, the touch button and the mating end are composed of the bottom of the mouse body The surface of the part is recessed with two grooves, and the bottom surface of the body of the mouse is provided with at least three contact blocks, and the touch block is made of a material of conductive rubber, and the rear half of the top of the body of the mouse is provided with a The pressing surface is made of a conductive metal, and the pressing surface is connected with a plurality of touch blocks at the bottom of the mouse body, and the front half of the top of the mouse body is further provided with a plurality of touch keys, and the touch keys are The utility model is made of a conductive metal, and the plurality of touch keys are respectively connected with a plurality of bonding ends by a connecting member, the connecting member and the bonding end are made of a material of a conductive rubber, and the plurality of connecting members extend to the mouse. The bottom of the body is such that a plurality of bonding ends are exposed on the bottom side of the mouse body to directly contact the surface of a touch panel, and a left button and a right button of the pressing button group are respectively disposed on the left and right sides of the plurality of touch buttons. The pressing button group is mainly composed of a left button, a right button, a left pressing bar and a right pressing bar. The left button and the right button are arranged in the front half of the top of the mouse body and are respectively located on the left and right sides of the plurality of touch buttons. And the left button and The button is made of conductive metal, and the left button is connected with a left pressing rod. The bottom end of the left pressing rod extends through one of the grooves to extend the bottom side of the mouse body, and the bottom end of the left pressing rod is further provided. The left pressing block and the left pressing block are accommodated in the groove, and the left pressing block and the left pressing rod are made of the material of the conductive rubber, so that the left pressing block and the left pressing rod can be connected, and the left pressing is performed. The block outer sleeve is provided with a left elastic member, the left elastic member is located between the left button and the mouse body, and the right button is connected with a right pressing rod, and the bottom end of the right pressing rod extends through the other groove to extend the mouse body The bottom side, and the bottom end of the right pressing rod is provided with a right pressing block, the right pressing block is accommodated in the groove, and the right pressing block and the right pressing rod are made of a material of conductive rubber, so that the right pressing The block and the right pressing rod can be connected to each other, and the right pressing piece casing is provided with a right elastic member, the right elastic member is located between the right button and the mouse body, and the touch plate is connected with a computer, so the structure is The specific software in the computer is used to interpret the data of the change in the capacitance value transmitted by the touchpad. When the person grasps the mouse, touch the board, Mouse, press the button and set the loop formed by the human body can be changed electrostatic capacitance value of the touch panel, so The specific software can interpret and understand the various actions of the mouse by changing the capacitance value, and the structure can improve the inconvenience of the operation of the wired mouse on the market, and then become a product that is quite in line with its progress.

1‧‧‧ mouse

11‧‧‧ Mouse body

111‧‧‧ Groove

12‧‧‧Touch block

13‧‧‧Capping surface

14‧‧‧Touch button

141‧‧‧Links

142‧‧‧Connected spring

143‧‧ ‧Flap

15‧‧‧Fixed end

2‧‧‧Press key group

21‧‧‧Left button

22‧‧‧right button

23‧‧‧Left bar

231‧‧‧ Left clamp

232‧‧‧left elastic parts

24‧‧‧right lever

241‧‧‧Right block

242‧‧‧right elastic parts

3‧‧‧Touch plate

31‧‧‧Transportation

4‧‧‧ computer

5‧‧‧Virtual Center Point

6‧‧‧Long slot

First: Schematic diagram of the battery-free wireless mouse of the present invention

Second figure: a schematic cross-sectional view of the pressing key group of the present invention

Third figure: a schematic plan view of the bottom side of the mouse of the present invention

Figure 4: Schematic diagram of a specific software in the computer of the present invention simulating a virtual center point

Figure 5: Schematic diagram of the operation of the mouse and the push button group of the present invention

Figure 6 is a cross-sectional view showing another embodiment of the mouse body of the present invention

Figure 7: Schematic diagram of the operation of the present invention slidingly pressing a plurality of touch keys

The invention relates to a battery-free wireless mouse, [refer to the first and second figures] mainly comprising: a mouse (1), mainly by a mouse body (11), a touch block (12), a pressing surface (13) ), the touch button (14) and the bonding end (15), the bottom surface of the mouse body (11) is recessed with two grooves (111), and the bottom surface of the mouse body (11) is provided with at least three or more The touch block (12), and the touch block (12) is made of a material of conductive rubber, and the second half of the top of the mouse body (11) is provided with a pressing surface (13), and the pressing surface (13) Made of a conductive metal, the pressing surface (13) is connected to a plurality of touch blocks (12) at the bottom of the mouse body (11), and the first half of the top of the mouse body (11) Further, a plurality of touch buttons (14) are provided. The touch buttons (14) are made of conductive metal, and the plurality of touch buttons (14) are respectively connected with a plurality of bonding ends (15) by a connecting member (141). The connecting member (141) and the bonding end (15) are made of a material of conductive rubber, and the plurality of connecting members (141) extend to the bottom of the mouse body (11) to make a plurality of bonding ends (15) Exposing the bottom side of the mouse body (11) directly against the surface of a touch panel (3), and respectively providing a left button on the left and right sides of the plurality of touch keys (14) to press the key group (2) 21) and the right button (22); pressing the button group (2) mainly consists of a left button (21), a right button (22), a left pressing bar (23) and a right pressing bar (24), the left button (21) and the right button (22) are arranged in the front half of the top of the mouse body (11) and are respectively located on the left and right sides of the plurality of touch buttons (14), and the left button (21) and the right button (22) are electrically conductive. Made of metal, the left button (21) is connected with a left pressing rod (23), and the bottom end of the left pressing rod (23) is extended to the bottom side of the mouse body (11) through one of the grooves (111). , and the left end of the left pressure bar (23) is also provided with a left pressing block (231), [please together See the third figure] the left pressing block (231) is accommodated in the groove (111), and the left pressing block (231) and the left pressing rod (23) are made of the material of the conductive rubber, so that the left pressing The block (231) and the left pressing rod (23) are connected to each other, and the left pressing block (231) is provided with a left elastic member (232), and the left elastic member (232) is located at the left button (21) and the mouse body. (11), the left pressing block (231) and the left pressing rod (23) can be moved upward by the elastic force of the left elastic member (232), and the right pressing button (22) is connected with a right pressing rod (24). The bottom end of the right pressing rod (24) protrudes from the bottom side of the mouse body (11) through another groove (111), and the right pressing rod (2) 4) The bottom end is provided with a right pressing block (241), the right pressing block (241) is accommodated in the groove (111), and the right pressing block (241) and the right pressing rod (24) are electrically conductive. Made of rubber material, the right pressing block (241) and the right pressing rod (24) can be connected to each other, while the right pressing block (241) outer casing is provided with a right elastic member (242), and the right elastic member (242) is Located between the right button (22) and the mouse body (11), the right pressing block (241) and the right pressing rod (24) can be elastically moved upward by the elastic force of the right elastic member (242); the touch panel (3) ) is a contact capacitive type panel structure, and the touch panel (3) is placed at the bottom of the mouse (1), the touch panel (3) has a transmission member (31), and the transmission member (31) It is connected to a computer (4), and the transmission (31) can be set as a wired or wireless transmitter (for example, a pivot line or a Bluetooth).

The use of the battery-free wireless mouse of the present invention is implemented (see the fourth figure). When used, the touch panel (3) can be connected to the computer (4) by using the transmission member (31), so that the computer (4) The specific software can interpret the data of the capacitance value change transmitted by the touch panel (3) as the signal basis for the mouse (1) and the pressing key group (2) to act, when the mouse (1) is placed on the touch panel. (3) When the upper part, the three touch blocks (12) at the bottom of the mouse (1) directly press against the surface of the touch panel (3). If the person grasps the mouse (1) with his hand, the palm can be Directly attached to the pressing surface (13), at this time, the touch panel (3), the three touch ends (12) to the pressing surface (13) form a circuit with the human body, and use the generated static electricity to change three The touch end (12) presses the capacitance value at three positions on the touch panel (3), and the specific software in the computer (4) learns the mouse by changing the capacitance value of the touch panel (3) (1) When the exact position of the three touch ends (12) is used, a virtual center point (5) can be simulated, and the virtual center point (5) is used as a reference for the sliding of the mouse (1). point.

[Please refer to the fourth and fifth figures] When the person clicks the left button (21) of the button group (2), the left button (21) pushes the left button (23) downward and simultaneously compresses the left elastic member ( 232), the left pressing block (231) at the bottom end of the left pressing rod (23) is clicked on the touch panel (3), at this time, the touch panel (3), the left pressing block (231), and the left pressing lever (23) The left button (21) forms a loop with the human body, and changes the capacitance value of the previous position of the touch panel (3) by the electrostatic principle generated by the human body. At this time, the specific software in the computer (4) can be virtualized. The center point (5) is used as the reference for determining. If the specific software detects that the capacitance value changes at a position on the left side of the virtual center point (5) on the touch panel (3), the specific software determines the left button. (21) The action of clicking, on the other hand, if the capacitance value changes at a position in the right direction of the virtual center point (5), the specific software determines that the right button (22) is clicked, and the person is loose. Open the left button (21), the left elastic member (232) will push up the left button (21), and let the left button (21) drive the left pressing bar (23) and the left pressing block (231) to move upward, so that the left pressing Block (231) and (3) separating the strike plate.

When a person's finger touches a plurality of touch keys (14) forward or backward in a sliding manner, the touch panel (3), the fitting end (15), the connecting member (141) to the touch button (14), The circuit will form a loop with the human body in sequence, and the capacitance value of the plurality of positions on the touch panel (3) is sequentially changed according to the sliding principle of the human body by the electrostatic principle generated by the human body. At this time, the specific software detects the touch. When the board (3) is located at a plurality of positions in front of the virtual center point (5), the capacitance value is changed forward or backward sequentially, and the specific software can determine that the plurality of touch keys (14) are subjected to the sliding contact action (for example, the mouse) Turn the wheel to move).

[Please refer to the sixth figure] Another embodiment of the present invention is mainly that the bottom surface of the mouse body (11) is further recessed with a long groove (6), and a connecting spring is disposed outside the plurality of connecting members (141). 142), and a plurality of connecting members (141) respectively protrude from a blocking piece (143), and a plurality of connecting springs (142) are located between the blocking piece (143) and the mouse body (11), so that the connecting piece (141) and the fitting end (15) can be elastically moved upward by the elastic force of the connecting spring (142), and the plurality of fitting ends (15) extending to the bottom of the mouse body (11) can be accommodated in the long groove. (6) Separate from the touchpad (3), [please refer to the fourth and seventh figures]. When the finger is pressed forward or backward by the finger to the plurality of touch buttons (14), multiple touches are applied. The key (14) will push down a plurality of connecting members (141) in sequence and simultaneously compress the respective connecting springs (142), so that the fitting ends (15) of the bottom ends of the plurality of connecting members (141) are sequentially clicked. On the touch panel (3), at this time, the touch panel (3), the bonding end (15), the connecting member (141) to the touch button (14) form a circuit with the human body, and the electrostatic principle generated by the human body To change the number of bits on the touchpad (3) The value of the capacitor is set. At this time, when the specific software detects that the touch panel (3) is at a plurality of positions in front of the virtual center point (5), the capacitance value is changed forward or backward in sequence, and the specific software can be determined as the plural number. The touch button (14) is subjected to a sliding pressing action (for example, the action of the mouse rotating the wheel).

The utility model has the advantages that the battery-free wireless mouse has the advantage that the structure is used to interpret the data of the capacitance value transmitted by the touch panel by using a specific software in the computer, and when the person grasps the mouse, touches the board and slides. The circuit formed by the mouse, the pressing button group and the human body can generate static electricity to change the capacitance value on the touch panel, so that the specific software can interpret and understand the various actions of the mouse by changing the capacitance value, and the structure is obtained. Can improve the market The inconvenience in the operation of the wired mouse has become a product that is quite in line with its progress.

In summary, it is understood that the present invention is novel, and the present invention is not found in any publication, and is in compliance with the provisions of Articles 21 and 22 of the Patent Law.

The above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto. That is, the equivalent changes and modifications made by the invention in accordance with the scope of the invention are still within the scope of the invention.

1‧‧‧ mouse

11‧‧‧ Mouse body

111‧‧‧ Groove

12‧‧‧Touch block

13‧‧‧Capping surface

14‧‧‧Touch button

141‧‧‧Links

15‧‧‧Fixed end

2‧‧‧Press key group

22‧‧‧right button

24‧‧‧right lever

241‧‧‧Right block

242‧‧‧right elastic parts

3‧‧‧Touch plate

31‧‧‧Transportation

4‧‧‧ computer

Claims (6)

A battery-free wireless mouse, comprising: a mouse, mainly composed of a mouse body, a touch block, a pressing surface, a touch key and a bonding end, the bottom surface of the mouse body is recessed with two grooves, and The bottom surface of the mouse body is provided with at least three or more touch blocks, and the touch block is made of a material of conductive rubber, and the second half of the body of the mouse is provided with a pressing surface, and the pressing surface is made of conductive metal. The pressing surface is connected with a plurality of touch blocks at the bottom of the mouse body, and the first half of the top of the mouse body is further provided with a plurality of touch keys, the touch keys are made of conductive metal, and the plurality of touches are The keys are respectively connected with a plurality of bonding ends by connecting members, the connecting members and the bonding ends are made of a material of conductive rubber, and the plurality of connecting members extend to the bottom of the mouse body to expose the plurality of bonding ends a bottom side of the mouse body, and a left button and a right button of the pressing button group are respectively disposed on the left and right sides of the plurality of touch buttons; the pressing button group is mainly a left button, a right button, a left pressing bar and a right pressing bar Composition, the left button and the right button The system is disposed on the top half of the top of the mouse body and is respectively located on the left and right sides of the plurality of touch keys, and the left button and the right button are made of conductive metal, and the left button is connected with the left pressing bar, and the left pressing bar is the bottom end. Then, through one of the grooves, the bottom side of the mouse body is extended, and the bottom end of the left pressing rod is further provided with a left pressing block, and the left pressing block is accommodated in the groove, and the left pressing block and the left pressing bar are Made of conductive rubber material, the left press block jacket is provided with a left elastic member, the left elastic member is located between the left button and the mouse body, and the right button is connected with a right pressing rod, and the right pressing rod is at the bottom end. Then, through the other groove, the bottom side of the mouse body is extended, and the bottom end of the right pressing rod is provided with a right pressing block, and the right pressing block Then, it is accommodated in the groove, and the right pressing block and the right pressing rod are made of the material of the conductive rubber, and the right pressing piece casing is provided with the right elastic member, and the right elastic member is located between the right button and the mouse body. The touch panel is a contact capacitive type panel structure, and the touch panel is placed on the bottom of the mouse, the touch panel has a transmission member, and the transmission member is connected to a computer; thereby, the human body The palm is attached to the pressing surface, and the touch panel, the three touch ends to the pressing surface form a loop with the human body, and the generation of static electricity is used to change the capacitance values of the three touch ends against the three positions on the touch panel. A specific software in the computer can simulate a virtual center point by knowing the exact position of the three touch ends by changing the capacitance value of the touch panel. The battery-free wireless mouse according to claim 1, wherein the bottom surface of the mouse body of the mouse is recessed with a long groove, and a plurality of connecting members are respectively provided with a connecting spring, and a plurality of connecting members are provided. A blocking piece is respectively protruded, and a plurality of connecting springs are located between the blocking piece and the mouse body, so that the connecting piece and the bonding end can be elastically moved upward by the elastic force of the connecting spring, and extend to the bottom of the mouse body. A plurality of bonding ends can be accommodated in the long slot and separated from the touch panel. The battery-free wireless mouse of claim 1, wherein the plurality of bonding ends of the mouse directly touch the surface of the touch panel. The battery-free wireless mouse of claim 1, wherein the pressing surface of the mouse is disposed at the top of the mouse body. The battery-free wireless mouse of claim 1, wherein the transmission member of the touch panel is a ballast. The battery-free wireless mouse of claim 1, wherein the transmission member of the touch panel is a Bluetooth.