CN217606342U - Multifunctional ergonomic rocker mouse structure - Google Patents

Abstract

The utility model discloses a multi-functional human engineering rocker mouse structure relates to computer accessories technical field. The technical key points of the scheme are as follows: stir the rocker and replace wrist motion to control mouse motion, two handles about setting up, both hands use jointly, the handle upper cover arches from bottom to top, form protruding cambered surface in centre of the palm department, the sunken cambered surface that forms of handle lower cover outside-in, the laminating palm, control the handle and have certain angle with the horizontal plane, set up extra function button on the handle of the right side, the antiskid base is covered the wrist and is held, do not confine to and use only on the desktop, can place like the first class position of both legs, the utility model discloses overall design adopts the ergonomics structure, use the amount of exercise of rocker in order to reduce the hand, the fatigue degree when holding the mouse of hand has been reduced, play the effect of prevention "mouse hand", the extra function button of setting can reach the purpose of simplified operation.

Description

Multifunctional ergonomic rocker mouse structure

Technical Field

The utility model relates to a computer accessory technical field specifically is an adopt rocker and combination button to realize the mouse function, designs into the human engineering mouse structure that human engineering's assurance mode realized that accords with the shell.

Background

Currently, a mouse is one of indispensable components for a user to operate a computer, and is usually used together with a keyboard. The common mouse has a horizontal bottom surface in shape, the middle part of the upper cover is arched upwards, and the surfaces on the left side and the right side are approximately parallel. When the mouse is used, the horizontal bottom surface is placed on a desktop, the palm is horizontally placed, the palm center is downwards in a semi-bending state to grasp the mouse, the arch part of the upper cover supports the palm center, fingers naturally cling to the surface of the mouse, the mouse is grasped by the fingers through pressing keys, rolling a roller wheel and other modes, and the mouse is moved under the driving of a wrist and an arm. A cavity is formed between the upper cover and the bottom surface of the mouse and is mainly used for placing components such as a circuit board and the like, wherein the photoelectric device records images when the mouse moves, and the movement amount in the X direction and the movement amount in the Y direction are calculated by analyzing the position change of the characteristic points on the images, so that the movement of a cursor on a screen is controlled.

When the computer is used, the motion of the hand is mainly used for controlling the mouse to move, and particularly, the computer is used as a main worker, and the mouse is used most of the time. When a mouse is used for a long time or when a mouse is moved or clicked with high intensity, hands are easily fatigued. The hand drives the mouse to perform short-distance multiple movements after keeping the same posture for a long time, the amount of exercise borne by the wrist is too large, the hand nerve is possibly pressed, and diseases such as 'mouse hand' and the like occur.

Some work can be performed only by matching the mouse with the key positions on the keyboard, and some simple operations and two-hand separation operations often cause inconvenience; if the keyboard and the mouse are not at the same height, the shoulder muscles can be sore and the shoulder can be damaged when the mouse works for a long time.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a solve above-mentioned problem, designed a multi-functional ergonomic rocker mouse.

The mouse adopts a structural design conforming to human engineering, is held by two hands, and the two hands are naturally placed on the two legs and are positioned on the same horizontal plane, so that the amount of hand exercise is reduced under the normal function of the mouse; an additional key is arranged, so that the key function can be freely set; the movement of the mouse is controlled by using the toggle rocker to replace wrist movement, the mouse can be placed at any position on legs and the like, and the mouse is not limited to a horizontal desktop. Two additional buttons are added on the handle to work in a matching way, so that the amount of hand exercise is reduced, and the work is simplified; set up two handles of same height, the handle has certain angle with the horizontal plane, and the skew place ahead slope laminates the palm structure during use, and is more comfortable, has slowed down the fatigue damage that grips mouse production for a long time. The utility model provides a slow down tired, use convenient mouse structural design.

A multifunctional ergonomic rocker mouse structure comprises a left handle 1, a right handle 2 and an anti-slip base 3.

The left handle 1 and the right handle 2 are fixed above the antiskid base 3 to form an integral structure of the mouse.

The left handle 1 comprises a left upper cover 10, a left lower cover 11, a left key shell 12, a right key shell 13, a control area circuit board 4, a left key button 40, a right key button 41 and a roller 42 which are arranged on the control area circuit board 4; the lower end of the left lower cover 11 is fixed on the antiskid base 3, and the left upper cover 10 is buckled above the left lower cover 11; the left key shell 12 and the right key shell 13 are arranged on the lower surface of the left lower cover 11, and the inner side surfaces of the left key shell and the right key shell are respectively contacted with the left key button 40 and the right key button 41; the control area circuit board 4 is located in a cavity formed by buckling the left upper cover 10 and the left lower cover 11, and the roller 42 partially extends out of the hole of the left upper cover 10.

The right handle 2 comprises a right upper cover 20, a right lower cover 21, a rocker shell 22, a first function key shell 23, a second function key shell 24, a function area circuit board 5, and a rocker potentiometer 50, a first function key button 51 and a second function key button 52 which are arranged on the function area circuit board 5; the lower end of the right lower cover 21 is fixed on the antiskid base 3, and the right upper cover 20 is buckled above the right lower cover 21; the first function key shell 23 and the second function key shell 24 are arranged on the lower surface of the right lower cover 21, and the inner side surfaces of the first function key shell and the second function key shell are respectively contacted with the first function key 51 and the second function key 52; the functional area circuit board 5 is positioned in a cavity formed by buckling the right upper cover 20 and the right lower cover 21; the rocker housing 22 is secured to the rocker potentiometer 50 through an aperture in the right upper cover 20.

The antiskid base 3 comprises a bottom cover 30, a wrist support 31, a battery bin 32 and a switch 33; the bottom cover 30 is provided with a battery bin 32 and a switch 33; the wrist rest 31 is covered above the bottom cover 30.

Further, a wireless communication module 43 is arranged on the control area circuit board 4, and the wireless communication module 43 has functions of data processing and wireless data transmission, and is used for collecting signals generated by each key and the rocker potentiometer 50, converting the signals into digital quantity, and transmitting the digital quantity to a computer through the wireless communication module 43 according to a protocol of communication between a mouse, a keyboard and the computer to complete corresponding operation.

Compared with the prior art, the beneficial effects of the utility model are that:

1. the mouse adopts the ergonomic design, is comfortable to hold and reduces fatigue.

2. The rocker is used for replacing movement, the limitation that the mouse can be used only by a plane is broken, the mouse can be used in any place, the amount of hand exercise is reduced, and fatigue is reduced.

3. The function keys are added, and the work is simple and convenient.

Drawings

FIG. 1 is an exploded view of a mouse;

FIG. 2 is a top view of the mouse;

FIG. 3 is a rear view of the mouse;

FIG. 4 is a front view of the mouse;

FIG. 5 is a side view of the mouse;

FIG. 6 is a diagram of a circuit board structure; wherein, (a) is a function area circuit board, and (b) is a control area circuit board.

In the figure: 1 left handle, 10 left upper cover, 11 left lower cover, 12 left key shell, 13 right key shell, 4 control area circuit board, 40 left key, 41 right key, 42 idler wheel, 43 wireless communication module, 2 right handle, 20 right upper cover, 21 right lower cover, 22 rocker shell, 23 first function key shell, 24 second function key shell, 5 function area circuit board, 50 rocker potentiometer, 51 first function key, 52 second function key, 3 antiskid base, 30 bottom cover, 31 wrist support, 32 battery compartment, 33 switch.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein, but rather should be construed as being presented in order to provide a more thorough and complete disclosure of the invention.

The middle cavity formed after the left upper cover 10 and the left lower cover 11 are fixed is used for placing the control area circuit board 4; when the button and the roller are pressed, the wireless communication module 43 receives signals from the left button 40, the right button 41 and the roller 42, converts the signals into digital quantity, and transmits the digital quantity to the computer through the wireless communication module 43 according to the communication protocol of the mouse, the keyboard and the computer, so as to control the cursor to complete the corresponding operation.

The middle cavity formed after the right upper cover 20 and the right lower cover 21 are fixed is used for placing the functional area circuit board 5; when the button is pressed and the rocker potentiometer 50 is dialed, the wireless communication module 43 receives signals from the first function key 51, the second function key 52 and the rocker potentiometer 50, converts the signals into digital quantity, and transmits the digital quantity to the computer through the wireless communication module 43 according to the communication protocol of the mouse, the keyboard and the computer, so as to control the cursor to complete the corresponding operation.

Different key position combinations can be set for the first function key 51 and the second function key 52 through a computer, so that the switching of hands between a mouse and a keyboard is reduced, the operation speed is increased, and the aim of simplifying the work is fulfilled; analog quantities in two directions of X, Y are generated when the rocker potentiometer 50 is shifted, the generated signals are processed into relative quantities of cursor movement through the wireless communication module 43, the processed signals are transmitted to a computer to control the cursor movement according to a communication protocol of the mouse and the computer, the analog quantities generated when the rocker potentiometer 50 is shifted replace signals generated when a common mouse is moved, the finger is shifted to shift the rocker potentiometer 50 to replace the overall movement of the mouse, the amount of exercise is reduced, and the fatigue of the wrist is relieved; the wireless transmission module 43 adopts a 2.4G Bluetooth data communication module to transmit the key information to the computer.

The left upper cover 10 is fixed above the left lower cover 11, the left upper cover 10 is arched from bottom to top to form an arc surface, the left lower cover 11 is sunken from outside to inside to form an arc surface, a convex arc surface is formed at the palm center part when the palm is held, the palm is attached to the palm center to support the whole palm, meanwhile, fingers are bent, ring fingers and little fingers are naturally attached to the arc surface of the left lower cover 11, and a forefinger and a middle finger are respectively placed on the left key shell 12 and the right key shell 13; the left key shell 12 and the right key shell 13 have a distance difference in the vertical direction and are arranged in a stepped manner, and the structure of the left key shell and the right key shell is more suitable for the state of fingers when the fingers are bent; the left upper cover 10 has an arc surface at the position of the thumb, the arc surface of the thumb is approximately vertical to the convex arc surface at the center of the palm, and the thumb can naturally extend forwards and is attached to the arc surface when idle; the palm binding face and the four-finger binding face are opposite, force application is easy when the mouse is used, the position of the mouse can be easily and randomly adjusted when the mouse is held by a hand, and lifting and other actions are accomplished without labor by matching with the support of the thumb.

The outer surface structures of the right upper cover 20 and the right lower cover 21 are respectively similar to those of the left upper cover 10 and the left lower cover 11, the cambered surfaces formed by the bulges and the depressions are well attached to palms and fingers by adopting an ergonomic design, and the mouse is held by two hands simultaneously to be uniformly stressed.

The antiskid base 3 comprises a wrist support 31, a bottom cover 30, a battery bin 32 and a switch 33; the wrist support 31 covers the bottom cover 30, and the battery bin 32 is fixed on the bottom cover 30, accommodates a No. 5 battery and supplies power for the mouse; the switch 33 is fixed on the bottom cover 30 to control the mouse to start and stop.

The left handle 1 and the right handle 2 are fixed on the antiskid base 3, are inclined towards the middle, form an included angle of 50 degrees with the horizontal plane, and are directed towards the inclined front in the horizontal direction, the rotating angle is 35 degrees, when the fingers are naturally bent and the arms are half bent, the palm is placed on a table top or legs, the hand holding direction is similar to the two angles, and the fatigue and the damage to the wrists caused by the holding posture can be reduced to the maximum extent; the surface of the wrist support 31 is made of rubber, the inner filler is slow-resilience sponge, when a mouse is used, the wrist is placed on the wrist support 31, the shape of the wrist support 31 is changed under the action of pressure and is attached to the wrist part, the stress area is increased, the stress is uniform, and the fatigue is reduced.

The control area circuit board 4 is electrically connected with the function area circuit board 5 and is connected with the battery.

The whole structure of the mouse is designed according to the palm and the wrist, the holding is easy, the fatigue and the damage generated in the using process are reduced, the diseases such as 'mouse hand' and the like are prevented, and the mouse accords with the human engineering; the mouse can be placed at any position according to the using habit, and the limitation that the mouse can be used only by a plane is eliminated.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (7)

1. A multifunctional ergonomic rocker mouse structure is characterized by comprising a left handle (1), a right handle (2) and an anti-skid base (3);

the left handle (1) and the right handle (2) are fixed above the anti-skid base (3) to form an integral mouse structure;

the left handle (1) comprises a left upper cover (10), a left lower cover (11), a left key shell (12), a right key shell (13), a control area circuit board (4), and a left key button (40), a right key button (41) and a roller (42) which are arranged on the control area circuit board (4); the lower end of the left lower cover (11) is fixed on the antiskid base (3), and the left upper cover (10) is buckled above the left lower cover (11); the left key shell (12) and the right key shell (13) are arranged on the lower surface of the left lower cover (11), and the inner side surfaces of the left key shell and the right key shell are respectively contacted with the left key button (40) and the right key button (41); the control area circuit board (4) is positioned in a cavity formed by buckling the left upper cover (10) and the left lower cover (11), and the roller (42) extends out of a part of the hole of the left upper cover (10);

the right handle (2) comprises a right upper cover (20), a right lower cover (21), a rocker shell (22), a first function key shell (23), a second function key shell (24), a function area circuit board (5), a rocker potentiometer (50), a first function key button (51) and a second function key button (52) which are arranged on the function area circuit board (5); the lower end of the right lower cover (21) is fixed on the antiskid base (3), and the right upper cover (20) is buckled above the right lower cover (21); the first function key shell (23) and the second function key shell (24) are arranged on the lower surface of the right lower cover (21), and the inner side surfaces of the first function key shell and the second function key shell are respectively contacted with the first function key button (51) and the second function key button (52); the functional area circuit board (5) is positioned in a cavity formed by buckling the right upper cover (20) and the right lower cover (21); the rocker shell (22) is fixed on the rocker potentiometer (50) through a hole of the right upper cover (20);

the antiskid base (3) comprises a bottom cover (30), a wrist support (31), a battery bin (32) and a switch (33); a battery bin (32) and a switch (33) are arranged on the bottom cover (30); the wrist support (31) covers the bottom cover (30).

2. The structure of the multifunctional ergonomic rocking mouse of claim 1, wherein the left upper cover (10) and the right upper cover (20) are arched from bottom to top to form a cambered surface, and a convex cambered surface is formed at the center of the palm.

3. The structure of a multifunctional ergonomic rocker mouse of claim 1, characterized in that the left and right lower covers (11, 21) are concave from outside to inside to form a cambered surface.

4. The multifunctional ergonomic rocker mouse structure of claim 1, characterized in that the left and right upper covers (10, 20) present a cambered surface at the thumb position.

5. The multifunctional ergonomic rocker mouse structure of claim 1, characterized in that the left key housing (12) and the right key housing (13) are arranged in a stepped manner in a vertical direction.

6. The multifunctional ergonomic rocker mouse structure of claim 1, wherein the left handle (1) and the right handle (2) are inclined towards the middle and form an included angle of 45-55 degrees with the horizontal plane, and are directed towards the inclined front in the horizontal direction, and the rotation angle is 30-35 degrees.

7. The multifunctional ergonomic rocker mouse structure of claim 1, characterized in that the wrist rest (31) surface is made of rubber and the internal filling is slow rebound sponge.

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