CN110442251B

CN110442251B - Mouse with a mouse button

Info

Publication number: CN110442251B
Application number: CN201910594808.XA
Authority: CN
Inventors: 杨韵芳
Original assignee: Liming Vocational University
Current assignee: Fujian Yunzhan Information Technology Co.,Ltd.
Priority date: 2019-07-03
Filing date: 2019-07-03
Publication date: 2022-05-24
Anticipated expiration: 2039-07-03
Also published as: CN110442251A

Abstract

The invention discloses a mouse, which comprises the following parts: the invention realizes the matching of the soft rubber cushion seat and the artery muscle support cushion frame by using the soft rubber cushion seat, by supporting and cushioning a right-angle liner plate and an ellipsoid bag truss under the artery muscle group of the thumb, the mouse is convenient to massage and relax the bottom surface with the highest density of the finger muscle group during the work of the mouse, is convenient to activate blood vessels and convey, improves the metabolism oxygen supply activity of the whole finger to the palm, and is also matched with the sliding linkage displacement of a soft rubber cushion seat, then, a roller is erected at the dense part of the capillary vessels of the palm web of the tiger by inserting a convex brush frame fan block and a creeping channel ball valve into a double-disk overlapping wheel, so that an effect of rubbing hot blood in epithelial tissues is formed, the activity of human cells and the brain is improved, and the effect of consistent flexibility when the palm presses a mouse and leaves the mouse is guaranteed.

Description

Mouse with a mouse button

Technical Field

The invention relates to a mouse, belonging to the field of computer equipment.

Background

The mouse and the keyboard are standard hardware configuration commonly used by computer users, a computer case is inserted to conveniently control the movement operation and code editing of an indication cursor of a computer screen, a connected bridge is formed by virtual electronic digital codes and manual regulation and control, the computer is guaranteed to operate along the thought of people, and the defects of the prior art, which are commonly used and need to be optimized, are as follows:

because the office operation time is long, mouse hand phenomenon can appear in many people, wrist joint distortion and finger joint fist develop the range stiffly, five fingers ductility is relatively poor, this is that the fixed form of capillary in finger tip and the palm keeps the numb condition that a posture causes for a long time when holding mouse official working, make the wrist to whole arm blood circuit obstructed, reach the terminal transportation oxygen suppliment that finger joint just flows back and stops the fingertip, cause the phenomenon that the oxygen suppliment is not enough for cell wall and arterial duct, cause the vascular wall cell to reduce the activity gradually, thereby it is insensitive to lead to finger and palm activity, and comparatively slowly, also cause certain puzzlement and the sense of no strength for people's ordinary work and rest application palm after the official working.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a mouse to solve the problems that as the office operation time is long, a plurality of people can have mouse hands, the wrist joint is distorted and deformed, the finger joint fist is unfolded to be stiff, the five fingers have poor ductility, which is the numbness caused by the fact that the fixed shapes of the finger tips and the capillary vessels in the palms keep a posture for too long time when the mouse is held by hands for office, the blood path from the wrist to the whole arm is obstructed, the blood flows back to the finger joints to stop the terminal transportation oxygen supply of the finger tips, and the phenomenon of insufficient oxygen supply is caused to cell walls and arterial ducts, so that the activity of cells in the blood vessel walls is gradually reduced, the fingers and the palms are insensitive and slow, and certain trouble and no strength are caused to the palms which are used for ordinary work and rest of people after office.

In order to achieve the purpose, the invention is realized by the following technical scheme: a mouse, the structure of which comprises: the ball cap lead, the wrist joint support cover, the palm support plate, the right hitting key plate, the roller body, the index finger pressing plate, the soft rubber pad seat and the artery muscle support frame are arranged on the front side of the soft rubber pad seat, the roller body is inserted and embedded between the right hitting key plate and the index finger pressing plate, the right hitting key plate and the index finger pressing plate are tightly attached to the left side of the palm support plate and are positioned on the same arc surface, the palm support plate and the wrist joint support cover are nested on the top of the soft rubber pad seat, the ball cap lead is inserted and embedded on the right side of the soft rubber pad seat, the palm support plate is mechanically connected with the artery muscle support frame, the index finger pressing plate is movably connected with the soft rubber pad seat through a spring, the artery muscle support frame is provided with a convex brush frame fan block, a peristaltic track ball valve, a double-disc stacking wheel, a steel wire rope, an abrasive wheel ring, a vertical frame groove block, a right-angle truss pad plate and an ellipsoidal brush pocket, the convex frame fan block is nested on the top of the peristaltic track ball valve, protruding brush yoke fan piece all is equipped with six and inserts around the centre of a circle that the wheel was folded to the double plate and inlays together, the double plate is folded the wheel and is passed through wire rope and emery wheel ring mechanical connection and be in on same vertical face, the emery wheel ring is installed in the inside of grudging post groove block, grudging post groove block and right angle liner plate nest respectively in the left and right sides of ellipsoid bag truss, the front side at the flexible glue backing is installed to the right angle liner plate.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the convex brush frame fan block consists of a corrugated triangular block, a spring ring ball and a fan brush plate seat, wherein the corrugated triangular block is nested on the right side of the spring ring ball, and the fan brush plate seat and the corrugated triangular block are tightly attached together and are positioned on the same vertical surface.

As a further improvement of the invention, the spring ring ball consists of a ball shell, a spring ring pipe and a square buckle block, wherein the spring ring pipe and the square buckle block are buckled together, and the spring ring pipe and the square buckle block are both arranged in the ball shell, and the axes of the spring ring pipe and the square buckle block are collinear.

As a further improvement of the invention, the creeping road ball valve comprises arc groove spacer blocks, a torsion spring wire frame, a spiral creeping road and a ball shell, wherein the torsion spring wire frame is inserted and embedded in the spiral creeping road, the axes of the torsion spring wire frame are collinear, the spiral creeping road and the ball shell are of an integral structure and are communicated with each other, and the two arc groove spacer blocks are respectively arranged at the upper side and the lower side of the spiral creeping road.

As a further improvement of the invention, the right-angle liner plate consists of a spring wire column, a knob gear carrier and an inclined plane supporting plate, wherein the knob gear carrier is inserted in the spring wire column and is positioned on the same vertical plane, and the inclined plane supporting plate is tightly attached to the lower right corner of the spring wire column and is vertical to the spring wire column.

As a further improvement of the invention, the ellipsoidal capsule truss is composed of a plunger inclined pressing rod, a slider frame, a cross rod, a spherical-bead fin plate and a fan-shaped-plate ellipsoidal capsule, wherein the plunger inclined pressing rod is inserted into the slider frame, the left side of the cross rod is welded to the right side of the plunger inclined pressing rod and is positioned on the same horizontal line, the cross rod is inserted into the left side of the fan-shaped-plate ellipsoidal capsule, and the spherical-bead fin plate is arranged inside the fan-shaped-plate ellipsoidal capsule.

As a further improvement of the invention, the ball bead fin plate consists of an inner arc rail groove, a solid ball body, a rubber edge pressing strip and an edge fin plate, wherein the inner arc rail groove is in rubber connection with the rubber edge pressing strip and is positioned on the same cambered surface, the inner arc rail groove is nested at the rear side of the edge fin plate, and the inner arc rail groove and the solid ball body are in clearance fit.

As a further improvement of the invention, the corrugated triangular block is in a spacer block structure with a triangular single-side corrugated film surface, the corrugated surface forms a pressing paste for a tiger mouth meat block between a thumb and a forefinger, and then the blood heat surge of a capillary vessel is promoted by rotary friction.

As a further improvement of the invention, the spiral creeping duct is in a creeping duct structure with a large-inner-diameter spiral segmental groove arc choke, and a ball groove effect of spiral spring pressure elastic rotation is formed through the creeping duct, so that a cushion block is pushed out of a spacer of the ball valve to form a base load compression-resistant effect.

As a further improvement of the invention, the fan-plate elliptical balloon is of an elliptical balloon structure with narrow ends and thick middle part and fan-plate spacers, and the up-and-down penetration rotary scraping effect is formed through the fins and the fan-plate spacers arranged in the balloon, so that a loose and comprehensive scraping blood dredging effect is formed for muscle groups at the side of the palm.

As a further improvement of the invention, the edge fin plate is of a fan plate structure with seventy-five-degree edge fin splicing, and the ball body is driven to roll along the folding angle fluctuation one by one to separate and pad the thumb artery muscle group, so that the muscle relaxing and massaging effect of pressing muscle belly compacted muscle tendons is formed.

Advantageous effects

The invention relates to a mouse, wherein an operator supplies power to a spherical cap lead to butt joint a circuit board in a soft rubber pad seat, then a wrist presses a wrist joint support cover, a palm center is pressed close to a palm center support plate to form an up-down contraposition covering effect, then a middle finger is pressed against a right click key plate, and a forefinger pressing plate is pressed by a forefinger to form a hand shape ready for controlling the mouse, a roller body is occasionally stirred by the forefinger to slide a computer page, then a thumb animation muscle group is pressed on a right-angle pad plate of an arterial muscle support frame, a palm center arc line is pressed by a spring wire column, then the thumb can rotate a knob gear frame to adjust the lifting comfort of a spring, then the muscle group is attached to an ellipsoid bag truss spliced with an inclined plane support plate to form the operation effect that a plunger inclined pressure rod and a sliding block frame push a left-right sliding transverse rod to drive a spherical fin plate and a fan plate ellipsoid bag to scrape, so that an inner arc rail groove is pressed on a solid spherical bead body to be tightly attached to a rubber edge pressing strip to match with an edge fin plate lifting concave-convex motion track, pressing the acupuncture points of the muscle groups to form press-response to achieve the effect of muscle relaxation, pressing a soft rubber pad seat by a thumb to respectively slide and push a mouse to move, pulling a steel wire rope to drag a double-disc laminated wheel by friction and rolling of a sliding block frame through a grinding wheel ring, enabling an arc groove spacer block and a spiral creeping channel of the creeping channel ball valve to reset by the deformation pressure of a torsional spring wire frame in a spherical shell to form a left and right spherical unloading feeling, also linking and pushing a fan brush plate seat of a convex brush frame fan block, enabling a corrugated triangular block and a spring ring ball arranged in a roller on a vertical frame groove block to rotate to form the effect of brushing a palm tiger's mouth meat block, enabling a spring ring pipe and a square buckle block in a ball shell to erect pressing, enabling friction to be transmitted to capillary tube surge transmission of an internal heat palm, and ensuring the dissipation of a mouse hand, after the mouse is fixed to act, a certain massage effect is achieved in all directions of the palm, so that the numbness degree of the hand joints is reduced, and the blood activity is improved.

The invention has the following advantages after operation:

the soft rubber cushion seat is matched with the artery muscle cushion frame, the right-angle cushion plate and the ellipsoid capsule truss are supported and cushioned under the artery muscle group of the thumb, so that the massage and relaxation operation can be conveniently carried out on the bottom surface with the highest density of the finger muscle group in the work of the mouse, the blood circulation and the blood vessel transportation are convenient, the important blood supply power for external auxiliary operation is formed for the artery, the circulation of the blood to the finger tip is ensured, the metabolism oxygen supply activity of the whole finger to the palm is improved, and the sliding linkage displacement of the soft rubber cushion seat is also matched, then, the roller is erected at the dense part of the capillary vessel of the palm tiger's mouth through the convex brush frame fan block and the creeping road ball valve in a splicing manner by the double-disk stacking wheel, so that an effect of hot blood in a friction epithelial tissue is formed, people are conveniently stimulated to refresh and restore consciousness, the tired feedback in the working process is avoided, the body inertia is reduced, the activity of human cells and the brain is improved, and the effect of consistent flexibility when the palm presses the mouse and leaves the mouse is ensured.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural diagram of a mouse according to the present invention.

Fig. 2 is a detailed cross-sectional structure diagram of the artery muscle support frame of the invention.

FIG. 3 is a cross-sectional view of the rectangular spacer plate and the ellipsoidal bladder truss of the present invention in an operational state.

FIG. 4 is an enlarged structural diagram of the convex brush holder segment in the cross-section in the working state.

Fig. 5 is a perspective view of the circlip ball of the present invention in a working state.

FIG. 6 is a schematic cross-sectional internal view of a peristaltic ball valve according to the present invention.

Fig. 7 is a schematic view of a three-dimensional internal view structure of the ball fin plate in a working state.

Description of reference numerals: ball cap wire-1, wrist joint support cover-2, palm center support plate-3, right click key plate-4, roller body-5, index finger press plate-6, soft rubber pad seat-7, artery muscle support pad frame-8, convex brush frame fan-8A, creeping ball valve-8B, double-disk folding wheel-8C, steel wire rope-8D, grinding wheel ring-8E, vertical frame groove block-8F, right angle pad plate-8G, ellipsoid capsule truss-8H, corrugated triangular block-8A 1, spring ring ball-8A 2, fan brush plate seat-8A 3, ball shell-8A 21, spring ring tube-8A 22, square buckle block-8A 23, arc groove isolation pad block-8B 1, torsion spring wire frame-8B 2, spiral creeping channel-8B 3, ball shell-8B 4, spring wire column-8G 1, The device comprises a knob gear rack-8G 2, an inclined plane supporting plate-8G 3, a plunger inclined pressure rod-8H 1, a sliding block frame-8H 2, a cross rod-8H 3, a ball fin plate-8H 4, a sector oval balloon-8H 5, an inner arc rail groove-8H 41, a solid ball body-8H 42, a rubber edge pressure strip-8H 43 and an edge fin plate-8H 44.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1 to 7, the present invention provides a mouse, which comprises: the artery muscle cushion comprises a ball cap lead 1, a wrist joint support cover 2, a palm center support plate 3, a right click plate 4, a roller body 5, a forefinger pressing plate 6, a soft rubber cushion seat 7 and an artery muscle support cushion frame 8, wherein the artery muscle support cushion frame 8 is arranged on the front side of the soft rubber cushion seat 7, the roller body 5 is inserted and embedded between the right click plate 4 and the forefinger pressing plate 6, the right click plate 4 and the forefinger pressing plate 6 are tightly attached to the left side of the palm center support plate 3 and are positioned on the same cambered surface, the palm center support plate 3 and the wrist joint support cover 2 are both arranged on the top of the nested soft rubber cushion seat 7, the ball cap lead 1 is inserted and embedded on the right side of the soft rubber cushion seat 7, the palm center support plate 3 is mechanically connected with the artery muscle support cushion frame 8, the forefinger pressing plate 6 is movably connected with the soft rubber cushion seat 7 through a spring, and the artery muscle support cushion frame 8 is provided with a convex brush frame fan block 8A, a creeping channel 8B, a double-disc-folding wheel 8C and a steel wire rope 8D, Emery wheel ring 8E, grudging post groove 8F, right angle liner board 8G, ellipsoid bag truss 8H, protruding brush yoke fan piece 8A nests on wriggling way ball valve 8B's top, protruding brush yoke fan piece 8A all is equipped with six and inserts around the centre of a circle that double plate folded wheel 8C and inlay together, double plate folded wheel 8C passes through wire rope 8D and emery wheel ring 8E mechanical connection and is in on same vertical face, emery wheel ring 8E installs in grudging post groove 8F's inside, grudging post groove 8F and right angle liner board 8G nest respectively in oval bag truss 8H's the left and right sides, right angle liner board 8G installs the front side at flexible glue base 7.

Referring to fig. 4, the protruding brush holder fan block 8A is composed of a corrugated triangular block 8A1, a spring ring ball 8A2, and a fan brush base 8A3, the corrugated triangular block 8A1 is nested on the right side of the spring ring ball 8A2, the fan brush base 8A3 is tightly attached to the corrugated triangular block 8A1 and is located on the same vertical plane, the corrugated triangular block 8A1 is a spacer block structure with a triangular single-side corrugated film surface, a tiger mouth meat block between a thumb and an index finger is pressed by the corrugated surface, then blood heat surge of a capillary vessel is promoted by rotary friction, the corrugated triangular block 8A1 is pressed against the spring ring ball 8A2 to roll and pop out the film surface, so that a tiger mouth meat block internal heat effect is formed, blood heat surge of the capillary vessel is guaranteed, and neuron brain stimulation spirit work is also achieved.

Referring to fig. 5, the circlip ball 8a2 is composed of a ball housing 8a21, a circlip 8a22, and a square buckle block 8a23, the circlip 8a22 and the square buckle block 8a23 are buckled together, the circlip 8a22 and the square buckle block 8a23 are both installed inside the ball housing 8a21, the axes are collinear, the effect of a lattice-groove three-ring frame buckle is achieved by buckling the circlip 8a22 and the square buckle block 8a23 in an elliptical twisting manner, and the whole internal bearing buffering is achieved to achieve rolling top pressure processing.

Referring to fig. 6, the creeping duct ball valve 8B is composed of an arc groove spacer block 8B1, a torsion spring wire frame 8B2, a spiral creeping duct 8B3 and a ball shell 8B4, the torsion spring wire frame 8B2 is inserted into the spiral creeping duct 8B3, the axes of the torsion spring wire frame and the spiral creeping duct 8B3 and the ball shell 8B4 are collinear, the spiral creeping duct 8B3 and the ball shell 8B4 are integrated and communicated with each other, the arc groove spacer block 8B1 is provided with two spiral groove spacer blocks and respectively arranged on the upper side and the lower side of the spiral creeping duct 8B3, the spiral creeping duct 8B3 is a creeping duct structure with a large inner diameter spiral segmental groove arc choke, a spiral spring pressure elastic rotary ball groove effect is formed through the creeping duct, a base load compression resistance effect is formed for pushing out the spacer block of the ball valve, and the spiral creeping duct 8B3 is clamped by the arc groove spacer block 8B1 to facilitate pressing and pressing the deformation of the upper and the lower pressure resistance effect, thereby forming a dynamic pressure resistance effect for the left and right circular surface.

Referring to fig. 3, the right-angle liner plate 8G is composed of a spring wire column 8G1, a knob gear carrier 8G2 and a slope supporting plate 8G3, the knob gear carrier 8G2 is inserted and embedded inside the spring wire column 8G1 and is located on the same vertical plane, the slope supporting plate 8G3 is closely attached to the lower right corner of the spring wire column 8G1 and is perpendicular to each other, the oval balloon truss 8H is composed of a plunger slant pressing rod 8H1, a slider frame 8H2, a cross rod 8H3, a ball fin plate 8H4 and a fan plate oval balloon 8H5, the plunger slant pressing rod 8H1 is inserted and embedded inside the balloon slider frame 8H2, the left side of the cross rod 8H3 is welded to the right side of the plunger slant pressing rod 8H1 and is located on the same horizontal line, the cross rod 8H3 is inserted and embedded on the left side of the fan plate 8H5, the ball fin plate 8H4 is located inside the fan plate 8H 582, the fan plate 8H 695 is provided with a narrow-head structure, and the fan plate with a fan plate 82695, the rotary scraping effect is formed by the up-and-down penetration of the fins and the fan plate spacers arranged in the saccule, a loose and comprehensive scraping and blood dredging effect is formed for muscle groups at the side of the palm, the top of the spring wire column 8G1 elastically supports palm center curved lines, and then the inclined plane supporting plate 8G3 is matched to form erection for supporting and protecting the comfort of the right-angled inclined plane, so that the loose feeling of the thumb artery muscle groups is guaranteed, and the relaxing effect is formed for the palm.

Referring to fig. 7, the ball-and-bead fin plate 8H4 is composed of an inner arc rail groove 8H41, a solid ball body 8H42, a rubber edge pressing strip 8H43 and an edge fin plate 8H44, the inner arc rail groove 8H41 is connected with the rubber edge pressing strip 8H43 by glue and is located on the same arc surface, the inner arc rail groove 8H41 is nested on the rear side of the edge fin plate 8H44, the inner arc rail groove 8H41 is in clearance fit with the solid ball body 8H42, the edge fin plate 8H44 is a fan plate structure with seventy-five-degree edge-angle fins spliced, the ball body is driven to roll and separate the pad thumb artery muscle group by folding and rolling along the folding angle one by one, a muscle relaxation and massage safeguard function of pressing and pressing muscle compacting muscle tendon is formed, the inner arc groove 8H41 is pressed to adhere to the solid ball body 8H42 to roll the edge fin plate 8H44 to form a rolling palm muscle to form a rolling effect of massaging and blood flow along the acupoints, and forming a blood kneading effect, avoid the phenomenon of blood circuit blockage and delay.

The working process is as follows: an operator supplies power to the spherical cap lead 1 to butt joint the circuit board in the soft rubber pad seat 7, then the wrist presses the wrist joint support cover 2, the palm center is close to the palm center support plate 3 to form an up-down contraposition covering effect, then the middle finger presses the right keystroke plate 4 and the forefinger presses the forefinger press plate 6 to form a hand shape ready for controlling a mouse, the forefinger occasionally stirs the roller body 5 to slide a computer page, then the thumb cartoon muscle group presses the right-angle pad plate 8G of the arterial muscle support frame 8, the palm center arc line is pressed by the spring wire column 8G1, then the thumb can rotate the knob gear frame 8G2 to adjust the spring lifting comfort, then the muscle group is attached to the ellipsoidal balloon truss 8H spliced with the inclined surface support plate 8G3 to form the scraping operation effect of the plunger inclined pressure rod 8H1 and the sliding block 8H2 left-right sliding cross rod pushing the ball wing plate 8H3 to drive the spherical bead fin plate 8H 4H pressing strip 8H 9258 to tightly press the inner arc rail groove 8H 8298H 8H2 to cover the edge of the solid ball pad seat 8H 925 to tightly by scraping operation effect The fin plate 8H44 lifts the concave-convex motion track to press the acupuncture points of the muscle groups to form pressing response to achieve the muscle relaxation effect, the thumb presses the soft rubber pad seat 7 to respectively slide and push the mouse to move, the grinding wheel ring 8E is rubbed by the slider frame 8H2 to roll and draw the steel wire rope 8D to drag the double-disk laminated wheel 8C, the arc groove spacer block 8B1 of the creeping channel ball valve 8B and the spiral creeping channel 8B3 are reset by the deformation pressure of the torsion spring wire frame 8B2 in the spherical shell 8B4 to form a left and right spherical internal heat relieving force sense, the sector brush plate seat 8A3 of the convex brush frame sector 8A is also pushed up in a linkage manner, the corrugated block 8A1 arranged in the roller on the vertical frame slot block 8F and the spring ring ball 8A2 rotate to form the effect of moving hand palm meat blocks, the spring 8A22 arranged in the ball shell 8A21 and the square button block 8A23 are pressed by the three-ring frame, and the capillary tube is transmitted to the blood, the dissipation of the mouse hand is guaranteed, after the mouse is fixed to act, a certain massage effect is achieved in all directions of the palm, the numbness degree of the hand joints is reduced, and the blood activity is improved.

The invention achieves the purposes that the soft rubber cushion seat 7 is matched with the artery muscle cushion frame 8, the right-angle cushion plate 8G and the ellipsoidal bladder truss 8H are supported under the artery muscle group of the thumb, the massage and relaxation operation can be conveniently carried out on the bottom surface with the highest density of the finger muscle group in the mouse work, the blood circulation is ensured to be circulated by forming an important blood supply power for external auxiliary operation for the artery tube, the metabolism oxygen supply activity of the whole finger to the palm is improved by ensuring the blood to circulate, the linked displacement of the sliding of the soft rubber cushion seat 7 is also matched, then a roller is erected at the dense part of the capillary vessel of the palm mouth through the double-disk folding wheel 8C inserted between the convex brush frame fan block 8A and the peristaltic path ball valve 8B, the effect of hot blood in the friction epithelial tissue is formed, the refreshing of people is convenient to stimulate and refresh, and the fatigue feedback in the working process is avoided, reduce the inertia of the body, improve the activity of human cells and brain, ensure the consistent flexibility of pressing the mouse by the palm and leaving the mouse, thereby solving the problems that a plurality of people can have the mouse hand phenomenon due to long office operation time, the wrist joint is distorted and deformed, the finger joint fist opening range is stiff, the five fingers have poor ductility, the condition is numbness caused by that the fixed shapes of the finger tips and the capillary vessels in the palms are kept for a long time when the mouse is held by hands for working, the blood path from the wrist to the whole arm is not blocked, the blood returns to the finger joints to stop the terminal transportation oxygen supply of the finger tips, the phenomenon of insufficient oxygen supply is caused to the cell wall and the artery tube, the activity of the vascular wall cells is gradually reduced, therefore, the fingers and the palms are not sensitive to movement and slow, and the problems of certain puzzlement and no strength are caused to the ordinary work and rest of people after work.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. A mouse, the structure of which comprises: ball cap wire (1), wrist support lid (2), palm center mounting panel (3), right side hit keypad (4), gyro wheel body (5), forefinger clamp plate (6), flexible glue base (7), artery muscle pad frame (8), its characterized in that:

the artery muscle cushion support (8) is arranged on the front side of the soft rubber cushion seat (7), the roller body (5) is inserted and embedded between the right hitting key plate (4) and the forefinger pressing plate (6), the right hitting key plate (4) and the forefinger pressing plate (6) are tightly attached to the left side of the palm support plate (3), the palm support plate (3) and the wrist joint support cover (2) are nested on the top of the soft rubber cushion seat (7), the ball cap lead (1) is inserted and embedded on the right side of the soft rubber cushion seat (7), the palm support plate (3) is mechanically connected with the artery muscle cushion support (8), and the forefinger pressing plate (6) is movably connected with the soft rubber cushion seat (7) through a spring;

the artery muscle cushion support (8) is provided with a convex brush support fan block (8A), a creeping ball valve (8B), a double-disk folding wheel (8C), a steel wire rope (8D), a grinding wheel ring (8E), a vertical support groove block (8F), a right-angle cushion plate (8G) and an ellipsoidal capsule truss (8H);

the brush frame sector (8A) is nested on the top of the creeping road ball valve (8B), the brush frame sector (8A) and the creeping road ball valve (8B) are both provided with six and are inserted and nested together around the circle center of a double-disc laminated wheel (8C), the double-disc laminated wheel (8C) is mechanically connected with a grinding wheel ring (8E) through a steel wire rope (8D), the grinding wheel ring (8E) is installed inside a vertical frame groove block (8F), the vertical frame groove block (8F) and a right-angle liner plate (8G) are respectively nested on the left side and the right side of an ellipsoid capsule truss (8H), and the right-angle liner plate (8G) is installed on the front side of a soft rubber liner seat (7);

the convex brush frame fan block (8A) consists of a corrugated triangular block (8A1), a spring ring ball (8A2) and a fan brush plate seat (8A3), wherein the corrugated triangular block (8A1) is nested on the right side of the spring ring ball (8A2), and the fan brush plate seat (8A3) is tightly attached to the corrugated triangular block (8A 1);

the spring ring ball (8A2) consists of a ball shell (8A21), a spring ring pipe (8A22) and a square buckle block (8A23), the spring ring pipe (8A22) and the square buckle block (8A23) are buckled together, and the spring ring pipe (8A22) and the square buckle block (8A23) are both arranged inside the ball shell (8A 21);

the creeping channel ball valve (8B) consists of an arc groove spacer block (8B1), a torsion spring wire frame (8B2), a spiral creeping channel (8B3) and a spherical shell (8B4), wherein the torsion spring wire frame (8B2) is inserted and embedded in the spiral creeping channel (8B3), the spiral creeping channel (8B3) and the spherical shell (8B4) are of an integral structure, and two arc groove spacer blocks (8B1) are arranged and are respectively arranged at the upper side and the lower side of the spiral creeping channel (8B 3);

the right-angle liner plate (8G) consists of a spring wire column (8G1), a knob gear carrier (8G2) and an inclined plane supporting plate (8G3), wherein the knob gear carrier (8G2) is inserted and embedded in the spring wire column (8G1), and the inclined plane supporting plate (8G3) is tightly attached to the lower right corner of the spring wire column (8G 1);

the oval balloon truss (8H) consists of a plunger inclined pressing rod (8H1), a slider frame (8H2), a cross rod (8H3), a ball fin plate (8H4) and a fan-shaped oval balloon (8H5), wherein the plunger inclined pressing rod (8H1) is inserted into the slider frame (8H2), the left side of the cross rod (8H3) is welded to the right side of the plunger inclined pressing rod (8H1), the cross rod (8H3) is inserted into the left side of the fan-shaped oval balloon (8H5), and the ball fin plate (8H4) is arranged inside the fan-shaped oval balloon (8H 5);

ball pearl fin board (8H4) comprises inner arc rail groove (8H41), solid ball body (8H42), gluey limit layering (8H43), edge fin board (8H44), inner arc rail groove (8H41) and gluey limit layering (8H43) are glued and are connected, inner arc rail groove (8H41) nests in the rear side of edge fin board (8H44), inner arc rail groove (8H41) and solid ball body (8H42) cooperate.

2. The mouse of claim 1, wherein: the corrugated triangular block (8A1) is a spacer block structure with a triangular single-side corrugated film surface.

3. The mouse of claim 1, wherein: the spiral creeping duct (8B3) is a creeping duct structure with a large inner diameter and an arc-shaped choke of a spiral segmental groove.