CN205485971U - Teaching simulation mouse - Google Patents
Teaching simulation mouse Download PDFInfo
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- CN205485971U CN205485971U CN201620053332.0U CN201620053332U CN205485971U CN 205485971 U CN205485971 U CN 205485971U CN 201620053332 U CN201620053332 U CN 201620053332U CN 205485971 U CN205485971 U CN 205485971U
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Abstract
The utility model provides a teaching simulation mouse, includes interface, mouse control box and simulation mouse main part, the mouse control box passes through the connecting wire and links to each other with simulation mouse main part with the interface, simulation mouse main part includes mouse upper portion casing, two movable buttons, the gyro wheel of taking step motor, mouse bottom shell, spin and spin drive arrangement, spin drive arrangement includes the drive arrangement of spin x axle direction and the drive arrangement of spin Y axle direction, the utility model provides a teaching simulation mouse, this mouse can realize independently moving under computer control with the button action, reappear remote operation personnel mouse operation through come the simulation from the main motion, the learner experiences operating personnel operation according to mouse self motion and deepens results of learning, without the time also can regard as the use of ordinary mouse, it is very convenient that the use is got up.
Description
Technical field
The present invention relates to computer match teaching apparatus field, particularly relate to a kind of teaching analog mouse.
Background technology
Along with the development of electronic technology, traditional teaching equipment cannot meet the teaching demand of present people,
Along with the development of computer technology, software design becomes increasingly complex, only by traditional video teaching demonstrate without
Method obtains preferable teaching efficiency, owing to many softwares can be operated by mouse, therefore can design a kind of teaching
Analog mouse, utilizes mouse to simulate reproduction teleworker by machinery means and operates, and hands is placed on it by such learner
On can according to mouse displacement experience operator's mode of operation deepen learning effect.
Summary of the invention
In order to solve the problem of above-mentioned existence, the present invention provides a kind of teaching analog mouse, and this mouse can be in computer control
Under realize autonomous and actuation of keys, simulated by autonomic movement and remote reappear journey operator's mouse action, learner root
According to mouse displacement experience operator's mode of operation deepen learning effect, without time can also make as common mouse
With, it is the most convenient to use, and for reaching this purpose, the present invention provides a kind of teaching analog mouse, including interface, mouse control box
With analog mouse main body, described mouse control box is connected with interface and analog mouse main body by connecting line；
Described analog mouse main body includes at the bottom of mouse upper body, two active keys, the roller of band motor, mouses
Portion's shell, spin and spin driving means, two active keys before mouse upper body top in end slot, described band stepping electricity
The roller top of machine is between two active keys, and the rotating shaft at the roller two ends of described band motor is arranged on Mus by support
Above base number of a tender portion case nose, the roller side of described band motor has roller to click on switch, solid below described active key
Surely having armature, described electric magnet to have two, described electric magnet is fixedly mounted on mouse bottom enclosure front end, and described electric magnet is right
Answering below active key, the iron core of described electric magnet is below corresponding armature；
Described mouse bottom enclosure rear end has spin to move breach, and described spin moves protection dress bottom spin outside breach
Putting mounting groove, described spin lower end is placed on spin by spin underbelly guard and moves on breach；
Described spin driving means includes driving means and the driving means of spin Y direction in spin x-axis direction, described
The driving means in spin x-axis direction includes motor two, power transmission shaft two, power transmission shaft three, F shape electric control gear two, gear two, gear
Three, roller three, roller four, belt pulley one, belt pulley two, belt one and side spur gear clutch, described motor two passes through mouse
The motor slot position of bottom enclosure is fixed on spin front, described F shape electric control gear two in motor two side, the described automatically controlled dress of F shape
Put the opening of two towards motor two, in the active open of described F shape electric control gear two end, have permanent magnet, described F shape electric control gear
Gear two, described gear two is had to be arranged on power transmission shaft two front end, the spur gear of described motor two end and gear in the opening of two
Two are meshed, the teeth portion of described gear two under the drive of the active open of F shape electric control gear two end along the longitudinal direction of spur gear
Direction moves back and forth, and described mouse bottom enclosure has gear limiting groove, and the spur gear of described side spur gear clutch is at gear
In limiting groove, the spur gear of described side spur gear clutch is arranged on power transmission shaft two rear end, described spur gear has an offside straight
Engagement sleeve grinding tooth, described roller three in spin side, the front end of described roller three at power transmission shaft two rear, described side straight-tooth
The side clutch of wheel clutch is fixed on the front end of roller three, and described side clutch has a pair biography in spur gear clutch side, side
Moving axis grinding tooth, there are gear three, the spur gear of side spur gear clutch and tooth in the top of the spur gear of described side spur gear clutch
Wheel three is meshed, and described gear three is arranged on power transmission shaft three one end, and described power transmission shaft three other end has belt pulley one, described roller
Four is corresponding with roller three at the spin other end, and described roller four rear end is fixed with belt pulley two, and described belt one is sleeved on skin
On belt wheel one and belt pulley two；
The driving means of described spin Y direction include motor one, power transmission shaft one, power transmission shaft four, F shape electric control gear one,
Gear one, roller one, roller two, belt pulley three, belt pulley four, belt two, bevel gear one, bevel gear two and double end bevel gear from
Clutch, described motor one is fixed on spin front by the motor slot position of mouse bottom enclosure, and described F shape electric control gear one is at electricity
Machine one side, the opening of described F shape electric control gear one, towards motor one, has gear one, institute in the opening of described F shape electric control gear one
Stating gear one and be arranged on power transmission shaft one front end, the spur gear of described motor one end is meshed with gear one, described gear one
Teeth portion moves back and forth along the longitudinal direction of spur gear, and described double end bevel gear clutch includes coupling cone shape gear one and clutch
Device angular wheel two, described power transmission shaft one rear end passes clutch angular wheel one and the coupling cone of double end bevel gear clutch
Shape gear two, described clutch angular wheel one tail end has a pair clutch angular wheel grinding tooth one, described clutch conical tooth
Taking turns two tail ends and have a pair clutch angular wheel grinding tooth two, described power transmission shaft one is on corresponding bevel gear clutch grinding tooth position
Being respectively arranged with a power transmission shaft grinding tooth, described power transmission shaft grinding tooth one is corresponding with clutch angular wheel grinding tooth one, and described power transmission shaft is nibbled
Tooth two is corresponding with clutch angular wheel grinding tooth two, when power transmission shaft upper gnawing tooth is in two bevel gear clutch centre positions
Time, power transmission shaft upper gnawing tooth does not engages with two bevel gear clutch upper gnawing tooths, and described roller one and roller two are respectively before spin
After, described power transmission shaft four is at roller two rear, and described roller one one end has bevel gear one, described power transmission shaft four one end to have bevel gear
Two, described double end bevel gear clutch is different according to present position, described clutch angular wheel one and clutch angular wheel
Two are meshed with bevel gear one and bevel gear two respectively, and described power transmission shaft four other end has belt pulley four, described roller two one end
Belt pulley three, described belt two is had to be sleeved on belt pulley three and belt pulley four.
Further improvement of the present invention, has optical induction device groove position, described light above described mouse bottom enclosure side
There is optical induction device data collection mouth in learning induction installation groove position, described optical induction device groove position is provided with optical sensor
Device, the induction end of described optical induction device passes through optical induction device data collection mouth gather data, optical induction device
Effect is to realize the monitoring to mouse actual motion, and feeds back information to mouse control box, reduces the autonomic movement of mouse by mistake
Difference；After the control that computer stops mouse, it is possible to utilize optical induction device to be used as optical mouse by this mouse.
Further improvement of the present invention, described teaching analog mouse also includes spin protection cap, described mouse bottom enclosure
On have a 3-4 spin protection cap mounting seat, spin protection cap installing hole is stamped in the protection of described spin, and described spin protection cap is passed through
Spin protection cap installing hole is arranged in spin protection cap mounting seat, have below described spin protection cap a pair electric machine spacing groove with
Motor one and motor two are corresponding, also have smooth sphere below described spin protection cap, and described smooth sphere, above spin, rolls
Ball protection cap effect is the position limiting spin, prevents spin generation of stall condition under uncertain outer force-disturbance.
Further improvement of the present invention, in described smooth sphere, there is through hole center, has contact switch in described through hole.When
When moving in spin, spin and sphere are identical, and described through hole can add a switch as ventilative use in through hole,
Touch switch when moving in spin and be considered as spin arrival appointment position.
Further improvement of the present invention, described interface is USB interface or PS/2 connection interface, and multiple interfaces of the present invention is the suitableeest
With.
Further improvement of the present invention, is respectively arranged with a lubrication with front end down either side below described mouse bottom enclosure rear end
Pad, arranges the contactants such as lubricating pad and mouse pad and contacts, can reduce frictional force.
Further improvement of the present invention, described mouse bottom enclosure also has bevel gear distance limit plate, described bevel gear
Distance limit plate is between two double end bevel gear clutches, because power transmission shaft sliding in bevel gear clutch, so
It is preferably provided bevel gear distance limit plate double end bevel gear clutch position is limited.
The invention discloses a kind of teaching analog mouse, this mouse can realize autonomous under computer, it is possible to makees
Use for common mouse.It mainly includes mouse main body, USB, mouse control box, motor roller, motor, spin, rolling
Ball driving means, electric magnet, spin driving means support and optical induction device.Spin driving means is in the bottom surface of mouse and props up
On frame, spin is in four roller central authorities of spin driving means and is in close contact with spin, and roller drives rolling by frictional force
Ball moves, and motor transfers power in spin by spin driving means, is respectively arranged with an electromagnetism on spin driving means both sides
Ferrum, drives the sliding of both sides power transmission shafts, it is achieved the list to four rollers driving spin by electric magnet to the suction of magnetic core and scolding
Solely control.Having a motor roller at mouse main body front center, it may be implemented in the stepping of the lower both forward and reverse directions of computer manipulation
Motion, the rotation of analog mouse roller, an electric magnet it is respectively arranged with on roller both sides, the armature corresponding to electric magnet is fixed on mouse
On two buttons of upper casing, computer passes through the high-speed double electromagnet manipulation to two buttons.There is an optical sensor right, mouse bottom surface
Device, its effect is that the actual motion to mouse is monitored, and feeds back information to mouse control box, the fortune of regulation spin
Dynamic, reduce the autonomic movement error of mouse；After the control that computer stops mouse, it is possible to utilize optical induction device by this Mus
It is denoted as using for optical mouse.
When using as optical mouse, mouse moving type actuating mechanism, by moving in spin, makes spin contact with mouse bottom surface
Thing departs from, and mouse control box stops the control to mouse moving type actuating mechanism.Optical induction device moves letter as mouse
Breath collector, passes to mobile message mouse control box and is transferred to computer after treatment, uses left button and right button
Time, the iron core of electric magnet 1 and electric magnet 2 and its corresponding armature, as clicking on switch, are clicked to computer export during triggering
With double-click signal, when using roller, motor can be as microgenerator, and the Forced rotation of motor can outwards export
Pulse signal；Roller clicks on switch output click signal, is changed by the information of mouse control box, moves to computer export roller
Make.
Accompanying drawing explanation
Fig. 1 is general components connection diagram of the present invention；
Fig. 2 is mouse bottom schematic view of the present invention；
Fig. 3 is the internal a kind of partial schematic diagram of mouse of the present invention；
Fig. 4 is the internal another kind of partial schematic diagram of mouse of the present invention；
Fig. 5 is the internal another kind of partial schematic diagram of mouse of the present invention；
Fig. 6 is mouse bottom enclosure schematic diagram of the present invention；
Fig. 7 is spin protection cap schematic diagram of the present invention；
Fig. 8 is roller schematic diagram of the present invention；
Fig. 9 is double end bevel gear clutch schematic diagram of the present invention；
Figure 10 is side of the present invention spur gear clutch schematic diagram；
Illustrate:
1, interface；2, mouse control box；
3, mouse upper body；4, active key；
5, the roller of band motor；6, mouse bottom enclosure；
6-1, optical induction device groove position；6-2, bevel gear distance limit plate；
6-3, motor slot position；6-4, gear limiting groove；
6-5, spin protection cap mounting seat；6-6, spin move breach；
6-7, optical induction device data collection mouth；6-8, spin underbelly guard mounting groove；
7, spin underbelly guard；8, spin；
9, electric magnet；9-1, iron core；
10, lubricating pad；11, roller clicks on switch；
12, armature；13, optical induction device；
14, spin protection cap；14-1, electric machine spacing groove；
14-2, through hole；14-3, spin protection cap installing hole；
14-4. smooth sphere；15-1, motor one；
15-2, motor two；16-1, power transmission shaft one；
16-2, power transmission shaft two；16-3, power transmission shaft three；
16-4, power transmission shaft four；17-1, F shape electric control gear one；
17-2, F shape electric control gear two；18-1, gear one；
18-2, gear two；18-3, gear three；
19-1, roller one；19-2, roller two；
19-3, roller three；19-4, roller four；
191, in the middle part of roller；20-1, belt pulley one；
20-2, belt pulley two；20-3, belt pulley three；
20-4, belt pulley four；21-1, belt one；
21-2, belt two；22-1, bevel gear one；
22-2, bevel gear two；23, double end bevel gear clutch；
23-1, clutch angular wheel one；23-2, clutch angular wheel two；
23-3, clutch angular wheel grinding tooth one；23-4, clutch angular wheel grinding tooth two；
23-5, power transmission shaft grinding tooth one；23-6, power transmission shaft grinding tooth two；
24, side spur gear clutch；24-1, spur gear；
24-2, side clutch；24-3, power transmission shaft grinding tooth；
24-4, side spur gear clutch grinding tooth.
Detailed description of the invention
With detailed description of the invention, the present invention is described in further detail below in conjunction with the accompanying drawings:
The present invention provides a kind of teaching analog mouse, and this mouse can realize autonomous under computer and button moves
Making, simulate reproduction teleworker's mouse action by autonomic movement, learner experiences operation according to mouse displacement
Human users's mode deepens learning effect, without time can also use as common mouse, it is the most convenient to use.
As an embodiment of the present invention, the present invention provides a kind of teaching analog mouse, includes interface 1, Mus as shown in Figure 1
Mark controls box 2 and analog mouse main body, and described mouse control box 2 is connected with interface 1 and analog mouse main body by connecting line；
Analog mouse main body of the present invention includes mouse upper body 3, two active keys 4, the rollings of band motor
Wheel 5, mouse bottom enclosure 6, spin 8 and spin driving means, two active key 4 end slots before mouse upper body 3 top
In, roller 5 top of described band motor between two active keys 4, determining of roller 5 two ends of described band motor
Axle is arranged on above mouse bottom enclosure 6 front end by support, and roller 5 side of described band motor has roller to click on switch
11, it is fixed with armature 12 below described active key 4, described electric magnet 9 has two, and described electric magnet 9 is fixedly mounted on mouse
Bottom enclosure 6 front end, described electric magnet 9 is below corresponding active key 4, and the iron core 9-1 of described electric magnet 9 is at corresponding armature 12
Lower section；
Mouse bottom enclosure 6 rear end of the present invention has spin to move breach 6-6, and described spin moves to be had outside breach 6-6
Spin underbelly guard mounting groove 6-8, described spin 8 lower end is placed on spin by spin underbelly guard 7 and moves scarce
On mouth 6-6；
Spin driving means of the present invention includes the driving means in spin x-axis direction and the driving dress of spin Y direction
Putting, the driving means in described spin x-axis direction includes that motor two 15-2, power transmission shaft two 16-2, power transmission shaft three 16-3, F shape are automatically controlled
Device two 17-2, gear two 18-2, gear three 18-3, roller three 19-3, roller four 19-4, belt pulley one 20-1, belt pulley two
20-2, belt one 21-1 and side spur gear clutch 24, described motor two 15-2 motor slot position 6-by mouse bottom enclosure 6
3 are fixed on spin 8 front, described F shape electric control gear two 17-2 in motor two 15-2 side, described F shape electric control gear two 17-2
Opening towards motor two 15-2, have permanent magnet in the active open of described F shape electric control gear two 17-2 end, described F shape is automatically controlled
Gear two 18-2, described gear two 18-2 is had to be arranged on power transmission shaft two 16-2 front end, described motor in the opening of device two 17-2
The spur gear of two 15-2 ends is meshed with gear two 18-2, and the teeth portion of described gear two 18-2 is at F shape electric control gear two 17-2
Under the drive of the active open of end, the longitudinal direction along spur gear moves back and forth, and described mouse bottom enclosure 6 has gear to limit
Groove 6-4 processed, the spur gear 24-1 of described side spur gear clutch 24 in gear limiting groove 6-4, described side spur gear clutch
24 spur gear 24-1 as shown in Figure 10 are arranged on power transmission shaft two 16-2 rear end, and described spur gear 24-1 has an offside spur gear
Clutch grinding tooth 24-4, described roller three 19-3 are in spin 8 side, and the front end of described roller three 19-3 is after power transmission shaft two 16-2
Side, the side clutch 24-2 of described side spur gear clutch 24 is fixed on the front end of roller three 19-3, described side clutch 24-2
A pair power transmission shaft grinding tooth 24-3 is had in spur gear clutch 24 side, side, the spur gear 24-1's of described side spur gear clutch 24
Top has gear three 18-3, the spur gear 24-1 of side spur gear clutch 24 to be meshed with gear three 18-3, described gear three 18-
3 are arranged on power transmission shaft three 16-3 one end, and the described power transmission shaft three 16-3 other end has belt pulley one 20-1, described roller four 19-4 to exist
Spin 8 other end is corresponding with roller three 19-3, and described roller four 19-4 rear end is fixed with belt pulley two 20-2, described belt one
21-1 is sleeved on belt pulley one 20-1 and belt pulley two 20-2；
The driving means of spin Y direction of the present invention includes motor one 15-1, power transmission shaft one 16-1, power transmission shaft four
16-4, F shape electric control gear one 17-1, gear one 18-1, roller one 19-1, roller two 19-2, belt pulley three 20-3, belt pulley four
20-4, belt two 21-2, bevel gear one 22-1, bevel gear two 22-2 and double end bevel gear clutch 23, described motor one 15-1
Being fixed on spin 8 front by the motor slot position 6-3 of mouse bottom enclosure 6, described F shape electric control gear one 17-1 is at motor one
15-1 side, the opening of described F shape electric control gear one 17-1 towards motor one 15-1, described F shape electric control gear one 17-1 end
There is permanent magnet in active open, in the opening of described F shape electric control gear one 17-1, have gear one 18-1, described gear one 18-1 to pacify
Being contained in power transmission shaft one 16-1 front end, the spur gear of described motor one 15-1 end is meshed with gear one 18-1, described gear two
The teeth portion of 18-2 longitudinal direction along spur gear under the drive of the active open of F shape electric control gear one 17-1 end backhauls
Dynamic, described double end bevel gear clutch 23 includes clutch angular wheel one 23-1 and clutch angular wheel two as shown in Figure 9
23-2, described power transmission shaft one 16-1 rear end passes clutch angular wheel one 23-1 and the clutch of double end bevel gear clutch 23
Angular wheel two 23-2, described clutch angular wheel one 23-1 tail end has a pair clutch angular wheel grinding tooth one 23-3, institute
Stating clutch angular wheel two 23-2 tail end and have a pair clutch angular wheel grinding tooth two 23-4, described power transmission shaft one 16-1 is in institute
A power transmission shaft grinding tooth, described power transmission shaft grinding tooth one 23-5 and clutch taper it is respectively arranged with on corresponding bevel gear clutch grinding tooth position
23-3 is corresponding for gear grinding tooth one, and described power transmission shaft grinding tooth two 23-6 is corresponding with clutch angular wheel grinding tooth two 23-4, when
When power transmission shaft upper gnawing tooth is in two bevel gear clutch 23 centre positions, power transmission shaft upper gnawing tooth not with two bevel gear clutches
23 upper gnawing tooth engagements, described roller one 19-1 and roller two 19-2 is respectively before and after spin 8, and described power transmission shaft four 16-4 is at roller
Two 19-2 rears, described roller one 19-1 one end has bevel gear one 22-1, described power transmission shaft four 16-4 one end to have bevel gear two 22-
2, described double end bevel gear clutch 23 is different according to present position, described clutch angular wheel one 23-1 and clutch taper
Gear two 23-2 is meshed with bevel gear one 22-1 and bevel gear two 22-2 respectively, and the described power transmission shaft four 16-4 other end has belt
Take turns four 20-4, described roller two 19-2 one end have belt pulley three 20-3, described belt two 21-2 be sleeved on belt pulley three 20-3 and
On belt pulley four 20-4.
As one specific embodiment of the present invention, the present invention provides a kind of teaching analog mouse, includes interface as shown in Figure 1
1, mouse control box 2 and analog mouse main body, described mouse control box 2 is by connecting line and interface 1 and analog mouse main body phase
Even, described interface 1 is USB interface or PS/2 connection interface, and multiple interfaces of the present invention is the most applicable；
Analog mouse main body of the present invention includes that 3, two active keys 4 of mouse upper body, band walk as in Figure 3-5
Entering the roller 5 of motor, mouse bottom enclosure 6, spin 8 and spin driving means, two active keys 4 are in mouse upper body 3
Before top in end slot, roller 5 top of described band motor is between two active keys 4, and described mouse bottom enclosure 6 is such as
It is respectively arranged with a lubricating pad 10 with front end down either side below rear end shown in Fig. 2 and Fig. 6, the contactants such as lubricating pad and mouse pad are set
Contact, can reduce frictional force, and described mouse bottom enclosure 6 also has bevel gear distance limit plate 6-2, described bevel gear distance limit
Making sheet 6-2 is between two double end bevel gear clutches 23, because power transmission shaft sliding in bevel gear clutch, so
Arrange well bevel gear distance limit plate double end bevel gear clutch position is limited, the roller 5 of described band motor
The dead axle at two ends is arranged on above mouse bottom enclosure 6 front end by support, and there is roller roller 5 side of described band motor
Clicking on switch 11, be fixed with armature 12 below described active key 4, described electric magnet 9 has two, the described fixing peace of electric magnet 9
Being contained in mouse bottom enclosure 6 front end, described electric magnet 9 is below corresponding active key 4, and the iron core 9-1 of described electric magnet 9 is right
Answer below armature 12；
Mouse bottom enclosure 6 rear end of the present invention has spin to move breach 6-6, and described spin moves to be had outside breach 6-6
Spin underbelly guard mounting groove 6-8, described spin 8 lower end is placed on spin by spin underbelly guard 7 and moves scarce
On mouth 6-6；
Spin driving means of the present invention includes the driving means in spin x-axis direction and the driving dress of spin Y direction
Putting, the driving means in described spin x-axis direction includes that motor two 15-2, power transmission shaft two 16-2, power transmission shaft three 16-3, F shape are automatically controlled
Device two 17-2, gear two 18-2, gear three 18-3, roller three 19-3, roller four 19-4, belt pulley one 20-1, belt pulley two
20-2, belt one 21-1 and side spur gear clutch 24, described motor two 15-2 motor slot position 6-by mouse bottom enclosure 6
3 are fixed on spin 8 front, described F shape electric control gear two 17-2 in motor two 15-2 side, described F shape electric control gear two 17-2
Opening towards motor two 15-2, have permanent magnet in the active open of described F shape electric control gear two 17-2 end, described F shape is automatically controlled
Gear two 18-2, described gear two 18-2 is had to be arranged on power transmission shaft two 16-2 front end, described motor in the opening of device two 17-2
The spur gear of two 15-2 ends is meshed with gear two 18-2, and the teeth portion of described gear two 18-2 is at F shape electric control gear two 17-2
Under the drive of the active open of end, the longitudinal direction along spur gear moves back and forth, and described mouse bottom enclosure 6 has gear to limit
Groove 6-4 processed, the spur gear 24-1 of described side spur gear clutch 24 in gear limiting groove 6-4, described side spur gear clutch
24 spur gear 24-1 as shown in Figure 10 are arranged on power transmission shaft two 16-2 rear end, and described spur gear 24-1 has an offside spur gear
Clutch grinding tooth 24-4, described roller three 19-3 are in spin 8 side, and the front end of described roller three 19-3 is after power transmission shaft two 16-2
Side, the side clutch 24-2 of described side spur gear clutch 24 is fixed on the front end of roller three 19-3, described side clutch 24-2
A pair power transmission shaft grinding tooth 24-3 is had in spur gear clutch 24 side, side, the spur gear 24-1's of described side spur gear clutch 24
Top has gear three 18-3, the spur gear 24-1 of side spur gear clutch 24 to be meshed with gear three 18-3, described gear three 18-
3 are arranged on power transmission shaft three 16-3 one end, and the described power transmission shaft three 16-3 other end has belt pulley one 20-1, described roller four 19-4 to exist
Spin 8 other end is corresponding with roller three 19-3, and described roller four 19-4 rear end is fixed with belt pulley two 20-2, described belt one
21-1 is sleeved on belt pulley one 20-1 and belt pulley two 20-2；
The driving means of spin Y direction of the present invention includes motor one 15-1, power transmission shaft one 16-1, power transmission shaft four
16-4, F shape electric control gear one 17-1, gear one 18-1, roller one 19-1, roller two 19-2, belt pulley three 20-3, belt pulley four
20-4, belt two 21-2, bevel gear one 22-1, bevel gear two 22-2 and double end bevel gear clutch 23, described motor one 15-1
Being fixed on spin 8 front by the motor slot position 6-3 of mouse bottom enclosure 6, described F shape electric control gear one 17-1 is at motor one
15-1 side, the opening of described F shape electric control gear one 17-1 towards motor one 15-1, described F shape electric control gear one 17-1 end
There is permanent magnet in active open, in the opening of described F shape electric control gear one 17-1, have gear one 18-1, described gear one 18-1 to pacify
Being contained in power transmission shaft one 16-1 front end, the spur gear of described motor one 15-1 end is meshed with gear one 18-1, described gear two
The teeth portion of 18-2 longitudinal direction along spur gear under the drive of the active open of F shape electric control gear one 17-1 end backhauls
Dynamic, described double end bevel gear clutch 23 includes clutch angular wheel one 23-1 and clutch angular wheel two as shown in Figure 9
23-2, described power transmission shaft one 16-1 rear end passes clutch angular wheel one 23-1 and the clutch of double end bevel gear clutch 23
Angular wheel two 23-2, described clutch angular wheel one 23-1 tail end has a pair clutch angular wheel grinding tooth one 23-3, institute
Stating clutch angular wheel two 23-2 tail end and have a pair clutch angular wheel grinding tooth two 23-4, described power transmission shaft one 16-1 is in institute
A power transmission shaft grinding tooth, described power transmission shaft grinding tooth one 23-5 and clutch taper it is respectively arranged with on corresponding bevel gear clutch grinding tooth position
23-3 is corresponding for gear grinding tooth one, and described power transmission shaft grinding tooth two 23-6 is corresponding with clutch angular wheel grinding tooth two 23-4, when
When power transmission shaft upper gnawing tooth is in two bevel gear clutch 23 centre positions, power transmission shaft upper gnawing tooth not with two bevel gear clutches
23 upper gnawing tooth engagements, described roller one 19-1 and roller two 19-2 is respectively before and after spin 8, and described power transmission shaft four 16-4 is at roller
Two 19-2 rears, described roller one 19-1 one end has bevel gear one 22-1, described power transmission shaft four 16-4 one end to have bevel gear two 22-
2, described double end bevel gear clutch 23 is different according to present position, described clutch angular wheel one 23-1 and clutch taper
Gear two 23-2 is meshed with bevel gear one 22-1 and bevel gear two 22-2 respectively, and the described power transmission shaft four 16-4 other end has belt
Take turns four 20-4, described roller two 19-2 one end have belt pulley three 20-3, described belt two 21-2 be sleeved on belt pulley three 20-3 and
On belt pulley four 20-4；
Optical induction device groove position 6-1, described optical induction device is had above mouse bottom enclosure 6 side of the present invention
There is optical induction device data collection mouth 6-7 in the 6-1 of groove position, described optical induction device groove position 6-1 is provided with optical sensor
Device 13, the induction end of described optical induction device 13 passes through optical induction device data collection mouth 6-7 gather data, optics sense
Answering device effect is to realize the monitoring to mouse actual motion, and feeds back information to mouse control box, reduces the autonomous of mouse
Kinematic error；After the control that computer stops mouse, it is possible to utilize optical induction device to be made as optical mouse by this mouse
With.
Teaching analog mouse of the present invention also includes spin protection cap 14 as shown in Figure 7, and described mouse bottom enclosure 6 has
3-4 spin protection cap mounting seat 6-5, described spin protection cap 14 has spin protection cap installing hole 14-3, described spin protection cap
14 are arranged in spin protection cap mounting seat 6-5 by spin protection cap installing hole 14-3, have one below described spin protection cap 14
Corresponding to electric machine spacing groove 14-1 and motor one 15-1 and motor two 15-2, also have smooth ball below described spin protection cap 14
Face 14-4, described smooth sphere 14-4 are above spin 8, and spin protection cap effect is the position limiting spin, prevents spin from existing
The generation of stall condition under uncertain outer force-disturbance, in described smooth sphere 14-4, there are through hole 14-2, described through hole 14-in center
Contact switch is had in 2.When moving in spin, spin and sphere are identical, and described through hole can be as ventilative use, in through hole
A switch can be added, touch switch when spin is moved and be considered as spin arrival appointment position.
Roller of the present invention and spin are in close contact, and described roller relies on frictional force dynamic to spin output as shown in Figure 8
Power, in the middle part of described roller, 191 is higher with the coefficient of friction of spin contact portion and spin.
The above, be only presently preferred embodiments of the present invention, is not the restriction that the present invention makees any other form,
And any amendment made according to the technical spirit of the present invention or equivalent variations, still fall within scope of the present invention.
Claims (7)
1. a teaching analog mouse, including interface (1), mouse control box (2) and analog mouse main body, it is characterised in that: institute
State mouse control box (2) to be connected with interface (1) and analog mouse main body by connecting line；
Described analog mouse main body include mouse upper body (3), two active keys (4), the roller (5) of band motor,
Mouse bottom enclosure (6), spin (8) and spin driving means, two active keys (4) are before mouse upper body (3) top
In end slot, roller (5) top of described band motor between two active keys (4), the roller of described band motor
(5) dead axle at two ends is arranged on above mouse bottom enclosure (6) front end by support, the roller (5) of described band motor
Side has roller to click on switch (11), and described active key (4) lower section is fixed with armature (12), and electric magnet (9) has two, described electricity
Magnet (9) is fixedly mounted on mouse bottom enclosure (6) front end, and described electric magnet (9) is in corresponding active key (4) lower section, described
The iron core (9-1) of electric magnet (9) is in corresponding armature (12) lower section；
Described mouse bottom enclosure (6) rear end has spin to move breach (6-6), and described spin moves has spin outside breach (6-6)
Underbelly guard mounting groove (6-8), described spin (8) lower end is placed on spin by spin underbelly guard (7) and moves
On breach (6-6)；
Described spin driving means includes driving means and the driving means of spin Y direction in spin x-axis direction, described spin
The driving means in x-axis direction includes motor two (15-2), power transmission shaft two (16-2), power transmission shaft three (16-3), F shape electric control gear two
(17-2), gear two (18-2), gear three (18-3), roller three (19-3), roller four (19-4), belt pulley one (20-1), skin
Belt wheel two (20-2), belt one (21-1) and side spur gear clutch (24), outside described motor two (15-2) is passed through bottom mouse
The motor slot position (6-3) of shell (6) is fixed on spin (8) front, and described F shape electric control gear two (17-2) is at motor two (15-2)
Side, the opening of described F shape electric control gear two (17-2) towards motor two (15-2), described F shape electric control gear two (17-2) end
There is permanent magnet in active open, in the opening of described F shape electric control gear two (17-2), have gear two (18-2), described gear two
(18-2) being arranged on power transmission shaft two (16-2) front end, the spur gear of described motor two (15-2) end is nibbled mutually with gear two (18-2)
Close, the teeth portion of described gear two (18-2) under the drive of the active open of F shape electric control gear two (17-2) end along spur gear
Longitudinal direction move back and forth, described mouse bottom enclosure (6) has gear limiting groove (6-4), described side spur gear clutch
(24) spur gear (24-1) is in gear limiting groove (6-4), and the spur gear (24-1) of described side spur gear clutch (24) is pacified
It is contained in power transmission shaft two (16-2) rear end, described spur gear (24-1) has offside spur gear clutch grinding tooth (24-4), described
Roller three (19-3) is in spin (8) side, and the front end of described roller three (19-3) is at power transmission shaft two (16-2) rear, and described side is straight
The side clutch (24-2) of engagement sleeve (24) is fixed on the front end of roller three (19-3), and described side clutch (24-2) is in side
There are a pair power transmission shaft grinding tooth (24-3), the spur gear (24-of described side spur gear clutch (24) in spur gear clutch (24) side
1) there is gear three (18-3) top, and the spur gear (24-1) of side spur gear clutch (24) is meshed with gear three (18-3),
Described gear three (18-3) is arranged on power transmission shaft three (16-3) one end, and described power transmission shaft three (16-3) other end has belt pulley one
(20-1), described roller four (19-4) is corresponding with roller three (19-3) at spin (8) other end, after described roller four (19-4)
End is fixed with belt pulley two (20-2), and described belt one (21-1) is sleeved on belt pulley one (20-1) and belt pulley two (20-2)
On；
The driving means of described spin Y direction includes motor one (15-1), power transmission shaft one (16-1), power transmission shaft four (16-4), F
Shape electric control gear one (17-1), gear one (18-1), roller one (19-1), roller two (19-2), belt pulley three (20-3), belt
Wheel four (20-4), belt two (21-2), bevel gear one (22-1), bevel gear two (22-2) and double end bevel gear clutch (23),
Described motor one (15-1) is fixed on spin (8) front, described F shape electricity by the motor slot position (6-3) of mouse bottom enclosure (6)
Control device one (17-1) in motor one (15-1) side, the opening of described F shape electric control gear one (17-1) towards motor one (15-1),
Permanent magnet, the opening of described F shape electric control gear one (17-1) is had in the active open of described F shape electric control gear one (17-1) end
Inside having gear one (18-1), described gear one (18-1) to be arranged on power transmission shaft one (16-1) front end, described motor one (15-1) is held
The spur gear in portion is meshed with gear one (18-1), and the teeth portion of described gear two (18-2) is held at F shape electric control gear one (17-1)
Under the drive of the active open in portion, the longitudinal direction along spur gear moves back and forth, described double end bevel gear clutch (23) include from
Clutch angular wheel one (23-1) and clutch angular wheel two (23-2), described power transmission shaft one (16-1) rear end is bored through double end
The clutch angular wheel one (23-1) of engagement sleeve (23) and clutch angular wheel two (23-2), described clutch taper
Gear one (23-1) tail end has a pair clutch angular wheel grinding tooth one (23-3), described clutch angular wheel two (23-2) tail
End has a pair clutch angular wheel grinding tooth two (23-4), and described power transmission shaft one (16-1) is at corresponding bevel gear clutch grinding tooth
A power transmission shaft grinding tooth, described power transmission shaft grinding tooth one (23-5) and clutch angular wheel grinding tooth one (23-3) phase it is respectively arranged with on position
Correspondence, described power transmission shaft grinding tooth two (23-6) is corresponding with clutch angular wheel grinding tooth two (23-4), when power transmission shaft upper gnawing tooth
When being in two bevel gear clutch (23) centre positions, power transmission shaft upper gnawing tooth not with two bevel gear clutch (23) upper gnawing tooths
Engagement, described roller one (19-1) and roller two (19-2) are respectively before and after spin (8), and described power transmission shaft four (16-4) is at roller
Two (19-2) rear, described roller one (19-1) one end has bevel gear one (22-1), described power transmission shaft four (16-4) one end to have cone
Gear two (22-2), described double end bevel gear clutch (23) is different according to present position, described clutch angular wheel one
(23-1) it is meshed with bevel gear one (22-1) and bevel gear two (22-2) respectively with clutch angular wheel two (23-2), described
Power transmission shaft four (16-4) other end has belt pulley four (20-4), described roller two (19-2) one end to have belt pulley three (20-3), institute
State belt two (21-2) to be sleeved on belt pulley three (20-3) and belt pulley four (20-4).
A kind of teaching analog mouse the most according to claim 1, it is characterised in that: described mouse bottom enclosure (6) side
There is optical induction device groove position (6-1), in described optical induction device groove position (6-1), have optical induction device data collection mouth
(6-7), described optical induction device groove position (6-1) is provided with optical induction device (13), described optical induction device (13)
Induction end by optical induction device data collection mouth (6-7) gather data.
A kind of teaching analog mouse the most according to claim 1, it is characterised in that: described teaching analog mouse also includes rolling
Ball protection cap (14), described mouse bottom enclosure (6) has 3-4 spin protection cap mounting seat (6-5), described spin protection cap
(14) having spin protection cap installing hole (14-3), described spin protection cap (14) is installed by spin protection cap installing hole (14-3)
In spin protection cap mounting seat (6-5), there are a pair electric machine spacing groove (14-1) and motor in described spin protection cap (14) lower section
One (15-1) and motor two (15-2) are corresponding, and described spin protection cap (14) lower section also has smooth sphere (14-4), described light
Sliding sphere (14-4) is in spin (8) top.
A kind of teaching analog mouse the most according to claim 3, it is characterised in that: described smooth sphere (14-4) interior center
There is through hole (14-2) at place, has contact switch in described through hole (14-2).
A kind of teaching analog mouse the most according to claim 1, it is characterised in that: described interface (1) be USB interface or
PS/2 connects interface.
A kind of teaching analog mouse the most according to claim 1, it is characterised in that: described mouse bottom enclosure (6) rear end
Lower section and front end down either side are respectively arranged with a lubricating pad (10).
A kind of teaching analog mouse the most according to claim 1, it is characterised in that: described mouse bottom enclosure (6) is upper also
Have bevel gear distance limit plate (6-2), described bevel gear distance limit plate (6-2) two double ends bevel gear clutch (23) it
Between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620053332.0U CN205485971U (en) | 2016-01-20 | 2016-01-20 | Teaching simulation mouse |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620053332.0U CN205485971U (en) | 2016-01-20 | 2016-01-20 | Teaching simulation mouse |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205485971U true CN205485971U (en) | 2016-08-17 |
Family
ID=56670438
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620053332.0U Withdrawn - After Issue CN205485971U (en) | 2016-01-20 | 2016-01-20 | Teaching simulation mouse |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205485971U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105549767A (en) * | 2016-01-20 | 2016-05-04 | 李伟超 | Teaching simulative mouse |
-
2016
- 2016-01-20 CN CN201620053332.0U patent/CN205485971U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105549767A (en) * | 2016-01-20 | 2016-05-04 | 李伟超 | Teaching simulative mouse |
| CN105549767B (en) * | 2016-01-20 | 2018-05-04 | 永春科盛机械技术开发有限公司 | A kind of teaching analog mouse |
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