CN102609117A - Mouse with self management function and management method of mouse - Google Patents
Mouse with self management function and management method of mouse Download PDFInfo
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- CN102609117A CN102609117A CN2012100337143A CN201210033714A CN102609117A CN 102609117 A CN102609117 A CN 102609117A CN 2012100337143 A CN2012100337143 A CN 2012100337143A CN 201210033714 A CN201210033714 A CN 201210033714A CN 102609117 A CN102609117 A CN 102609117A
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- 238000007726 management method Methods 0.000 title claims abstract description 36
- 230000001746 atrial effect Effects 0.000 claims description 119
- 238000001514 detection method Methods 0.000 claims description 40
- 238000004321 preservation Methods 0.000 claims description 4
- 241000699666 Mus <mouse, genus> Species 0.000 abstract description 86
- 230000006870 function Effects 0.000 abstract description 6
- 241000699670 Mus sp. Species 0.000 abstract 1
- 238000012544 monitoring process Methods 0.000 abstract 1
- 208000003443 Unconsciousness Diseases 0.000 description 7
- 238000000034 method Methods 0.000 description 4
- 230000036760 body temperature Effects 0.000 description 3
- 238000002474 experimental method Methods 0.000 description 3
- 238000012360 testing method Methods 0.000 description 3
- 238000013461 design Methods 0.000 description 2
- 238000006073 displacement reaction Methods 0.000 description 2
- 241001465754 Metazoa Species 0.000 description 1
- 241000699660 Mus musculus Species 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 238000012217 deletion Methods 0.000 description 1
- 230000037430 deletion Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
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- 230000005622 photoelectricity Effects 0.000 description 1
- 238000012545 processing Methods 0.000 description 1
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Abstract
The invention relates to the field of relevant technology of mice, in particular to a mouse with a self management function and a management method of the mouse. The mouse comprises a memory, and pressure sensors and a temperature sensor are disposed on a mouse shell. The management method of the mouse includes that the mouse begins to receive input when the pressure sensors on the left side and the right side detect that a left side pressure value and a right side pressure value respectively exceed a first left side pressure value and a first right side pressure value which are stored in the memory and temperature detected by the temperature sensor exceeds a first temperature value stored in the memory; and the mouse stops receiving the input when the pressure sensor on the left side detects that the left side pressure value is lower than a second left side pressure value stored in the memory, or the pressure sensor on the right side detects that the right side pressure value is lower than a second right side pressure value, or the temperature sensor detects that the temperature is lower than a second temperature value stored in the memory. Unintentional misoperation of the mouse is avoided by means of monitoring the pressure and the temperature of the mouse.
Description
Technical field
The present invention relates to the mouse correlative technology field, particularly a kind of mouse and management method thereof with self-management function.
Background technology
All there is computer in now a lot of families, and mouse is a standard input device wherein.Mouse has mechanical type and photoelectric type as a kind of equipment commonly used.Common mouse is to be placed on user's the computer desk, and through the mode of machinery or photoelectricity, its displacement on computer desk of perception operation such as is perhaps pushed, thereby in real time it reacted on computers.
But there is following problem in existing mouse:
For family pet or child's user is arranged, pet or child are easy to run into mouse.Particularly in work, both hands are knocking keyboard, and pet or child run into mouse suddenly, can bring very big inconvenience to the user.Or even the adult, also probably under unconscious situation, run into mouse.The user that this correspondence is attentively being worked can constitute very large inconvenience.For example cursor displacement, data are by mistake deletion or the like problem, and the maloperation of mouse has accounted for great majority.
Summary of the invention
The present invention provides a kind of mouse and management method thereof with self-management function, to solve the prior art mouse easily by the technical matters of unconscious maloperation.
The technical scheme that adopts is following:
A kind of mouse with self-management function, said mouse comprises storer, processor, be arranged on mouse case left side the left side pressure transducer, be arranged on the right atrial pressure sensor on mouse case right side and be arranged on the temperature sensor of mouse case;
One or more modules are stored in the storer, and are carried out by said one or more processors, and said one or more modules comprise:
Left side pressure detection module is used for from the left side that pressure transducer reads the left side force value;
The right atrial pressure detection module is used for reading the right atrial pressure value from the right atrial pressure sensor;
Temperature detecting module is used for reading temperature value from temperature sensor;
The mouse control module is used for:
When left side pressure detection module detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure detection module detects the right atrial pressure value above being kept at the first right atrial pressure value in the storer; And temperature sensor detects temperature above being kept at first temperature value in the storer, and then mouse begins to receive input;
When detecting the left side force value, left side pressure detection module hanged down the second left side force value that is kept in the storer; Or detect the right atrial pressure value and hanged down the second right atrial pressure value that is kept in the storer when the right atrial pressure detection module; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
Further, said one or more module also comprises:
Left side gripping pressure value receiver module is used for from the left side that pressure transducer reads the left side force value and is kept at storer as left side gripping pressure value;
Right side gripping pressure value receiver module is used for reading the right atrial pressure value and being kept at storer as right side gripping pressure value from the right atrial pressure sensor;
Said mouse control module also is used for:
When left side pressure detection module detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure detection module detects the right atrial pressure value above being kept at the first right atrial pressure value in the storer; And the difference that left side pressure detection module receiver module detects the left side force value and is kept at the left side gripping pressure value in the storer is in the permissible error scope; And the difference that the right atrial pressure detection module detects the right atrial pressure value and is kept at the right side gripping pressure value in the storer is in the permissible error scope; And temperature sensor detects temperature above being kept at first temperature value in the storer, and then mouse begins to receive input;
When detecting the left side force value, left side pressure detection module hanged down the second left side force value that is kept in the storer; Or detect the right atrial pressure value and hanged down the second right atrial pressure value that is kept in the storer when the right atrial pressure detection module; Or left side pressure detection module detects the left side force value and exceeds the permissible error scope with the difference that is kept at the left side gripping pressure value in the storer; Or the right atrial pressure detection module detects the right atrial pressure value and exceeds the permissible error scope with the difference that is kept at the right side gripping pressure value in the storer; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
Further, said one or more module also comprises:
Grip the temperature value receiver module, be used for reading temperature value and being kept at storer as gripping temperature value from temperature sensor;
Said mouse control module also is used for:
When left side pressure detection module detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure detection module detects the right atrial pressure value above being kept at the first right atrial pressure value in the storer; And temperature sensor detects temperature above being kept at first temperature value in the storer; And temperature sensor detects temperature value and is kept at the difference that grips temperature value in the storer in the permissible error scope, and then mouse begins to receive input;
When detecting the left side force value, left side pressure detection module hanged down the second left side force value that is kept in the storer; Or detect the right atrial pressure value and hanged down the second right atrial pressure value that is kept in the storer when the right atrial pressure detection module; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer; Or temperature sensor detects temperature value and exceeds the permissible error scope with the difference that grips temperature value that is kept in the storer, and then mouse stops to receive input.
Further, said pressure transducer is arranged on the grip part of the both sides of mouse case, and said temperature sensor is arranged on the top of mouse case.
Further, said temperature sensor is arranged on top latter half of of mouse case.
Further, said mouse is a wireless mouse.
A kind of management method of mouse, the management method of said mouse comprises:
When the left side pressure transducer detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure sensor surpasses to the right atrial pressure value and is kept at the first right atrial pressure value in the storer; And temperature sensor detects temperature above being kept at first temperature value in the storer, and then mouse begins to receive input;
When detecting the left side force value, the left side pressure transducer hanged down the second left side force value that is kept in the storer; Or work as the right atrial pressure sensor and hanged down the second right atrial pressure value that is kept in the storer to the right atrial pressure value; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
Further, the management method of said mouse also comprises:
Detect and preserve left side gripping pressure value to storer through the left side pressure transducer;
Through the right atrial pressure sensor and preserve right side gripping pressure value to storer;
When the left side pressure transducer detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure sensor surpasses to the right atrial pressure value and is kept at the first right atrial pressure value in the storer; And the difference that the left side pressure transducer detects the left side force value and is kept at the left side gripping pressure value in the storer is in the permissible error scope; And the right atrial pressure sensor to right atrial pressure value and the difference that is kept at the right side gripping pressure value in the storer in the permissible error scope; And temperature sensor detects temperature above being kept at first temperature value in the storer, and then mouse begins to receive input;
When detecting the left side force value, the left side pressure transducer hanged down the second left side force value that is kept in the storer; Or work as the right atrial pressure sensor and hanged down the second right atrial pressure value that is kept in the storer to the right atrial pressure value; Or the left side pressure transducer detects the left side force value and exceeds the permissible error scope with the difference that is kept at the left side gripping pressure value in the storer; Or the right atrial pressure sensor exceeds the permissible error scope to right atrial pressure value and the difference that is kept at the right side gripping pressure value in the storer; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
Further, the management method of said mouse also comprises:
Grip temperature value to storer through temperature sensor detection and preservation;
When the left side pressure transducer detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure sensor surpasses to the right atrial pressure value and is kept at the first right atrial pressure value in the storer; And temperature sensor detects temperature above being kept at first temperature value in the storer; And temperature sensor detects temperature value and is kept at the difference that grips temperature value in the storer in the permissible error scope, and then mouse begins to receive input;
When detecting the left side force value, the left side pressure transducer hanged down the second left side force value that is kept in the storer; Or work as the right atrial pressure sensor and hanged down the second right atrial pressure value that is kept in the storer to the right atrial pressure value; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer; Or temperature sensor detects temperature value and exceeds the permissible error scope with the difference that grips temperature value that is kept in the storer, and then mouse stops to receive input.
Further, said mouse is a wireless mouse, and the management method of said mouse also comprises:
When mouse begins to receive input, start the wireless connections of mouse and computer;
When mouse stops to receive input, stop the wireless connections of mouse and computer.
The present invention monitors through the pressure and temperature to mouse, thereby has avoided the unconscious maloperation to mouse.Make the user when with the hands knocking keyboard, need not constantly to be concerned about whether its mouse has other people, pet or child to run into, thereby user's work efficiency is provided, reduce wrong input.
Description of drawings
Fig. 1 is the structural representation of the embodiment of the invention;
Fig. 2 is the management method process flow diagram of the embodiment of the invention;
Fig. 3 is the management method flow process after the embodiment of the invention is carried out gripping pressure and gripped temperature test the user.
Embodiment
Below in conjunction with accompanying drawing and specific embodiment the present invention is done further detailed explanation.
Be illustrated in figure 1 as the structural representation of the embodiment of the invention.
A kind of mouse with self-management function, said mouse comprise button 1, pulley 2, storer (not marking among the figure), processor (not marking among the figure), are arranged on the pressure transducer 3 and the temperature sensor 4 of mouse case 5.Wherein, Pressure transducer 3 is arranged on the left side of mouse case or the grip part on right side (has only shown the left side pressure transducer among the figure; The right atrial pressure sensor is at the relative position on right side); Said grip part is fit to the position of user with held promptly according to ergonomic design, and temperature sensor 4 is arranged on top latter half of of mouse case 5.
Concrete management process is as shown in Figure 2:
Step S201, pressure transducer 3 detected pressures values, temperature sensor 4 detected temperatures values;
If force value and temperature value satisfy following beginning condition:
If force value and temperature value satisfy following stop condition:
Force value was hanged down the second left side force value that is kept in the storer on the left of the pressure transducer 3 in left side detects; Or, the pressure transducer 3 on right side hanged down the second right atrial pressure value that is kept in the storer when detecting the right atrial pressure value; Or temperature sensor 4 detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
Step S202, mouse begin to receive input;
Step S203, mouse stop to receive input.
Because the conscious mouse that grips of people needs certain pressure, and animal or other people unconscious touching mouse, it at most only can cause wherein that the pressure transducer of a side detects pressure, and can not cause the pressure transducer of both sides all to produce pressure.
Simultaneously, human body has temperature, and general normal human body temperature is 36 ℃ ~ 37 ℃.And transmit temperature to mouse from human body, also be to need the regular hour, and unconscious touching because its duration of contact is short, therefore is difficult to mouse is constituted suitable heat transmission.
Therefore only need to set the first left side force value, the first right atrial pressure value, the second left side force value, the second right atrial pressure value, first temperature value and second temperature value preferably, then can extraordinaryly avoid the unconscious of non-user to touch.
The first left side force value, the first right atrial pressure value, the second left side force value and the second right atrial pressure value can grip experiment through the mouse that the adult is done repeatedly; Thereby measure the force value that mouse causes on left side and right side that grips of normal adult; Thereby set the force value that the first left side force value and the first right atrial pressure value obtain a little less than experiment, the force value that the second left side force value and the second right atrial pressure value then obtain far below experiment.
And first temperature value and second temperature value can be provided with according to the normal body temperature of human body, and the normal body temperature of human body is generally between 36 ℃ ~ 37 ℃.Can be set in first temperature value a little less than 36 ℃, be about 33 ℃, and be set in second temperature value far below 36 ℃, be about 20 ℃.
Simultaneously, consider that everyone dynamics that grips and the temperature of hand all have difference.Therefore, can be through in advance the user being carried out gripping pressure and grips temperature test, the gripping pressure value of preserving the user with grip temperature value in storer, through with its relatively, thereby judge whether the people who grips mouse is suitable user.Avoid child's the unconscious mouse that grips, influence the user and use.Therefore child's curable grip can better be distinguished through this method with to grip temperature all different with the adult.
The concrete following steps that adopt:
Step S301; Carry out gripping pressure and grip temperature test; Arrive storer through pressure transducer 3 detections of both sides and the gripping pressure value of preservation both sides; Grip temperature value to storer through temperature sensor 4 detections and preservation, set permissible error scope, set the permissible error scope that grips temperature value by the user the gripping pressure value by the user;
Step S302, pressure transducer 3 detected pressures values, temperature sensor 4 detected temperatures values;
If force value and temperature value satisfy following beginning condition:
If force value and temperature value satisfy following stop condition:
Force value was hanged down the second left side force value that is kept in the storer on the left of the pressure transducer 3 in left side detects; Or, the pressure transducer 3 on right side hanged down the second right atrial pressure value that is kept in the storer when detecting the right atrial pressure value; Or the pressure transducer 3 in left side detects the left side force value and exceeds the permissible error scope with the difference that is kept at the left side gripping pressure value in the storer; Or the pressure transducer 3 on right side detects the right atrial pressure value and exceeds the permissible error scope with the difference that is kept at the right side gripping pressure value in the storer; Or temperature sensor 4 detects temperature and hanged down second temperature value that is kept in the storer; Or temperature sensor detects temperature value and exceeds in the permissible error scope with the difference that grips temperature value that is kept in the storer, then execution in step S304.
Step S303, mouse begin to receive input;
Step S304, mouse stop to receive input.
The above-mentioned meaning that begins to receive input is that finger mouse responds for the mobile perhaps click of button 1, and stops to receive the meaning of input, is that the click that finger mouse is ignored mobile or button 1 responds.
And for wireless mouse, owing to consider the operating position that reduces battery, and therefore, for wireless mouse, the design below also having, that is:
When mouse begins to receive input, start the wireless connections of mouse and computer;
When mouse stops to receive input, stop the wireless connections of mouse and computer.
Above-mentioned storer generally can adopt the flash storage chip to realize.The Flash storer is claimed flash memory again, and it has combined the strong point of ROM and RAM, not only possesses the performance of electronics erasable programmable (EEPROM), and reading of data can not lost data because of outage fast.
And processor then can adopt existing single-chip microcomputer or central processing unit (CPU) and interlock circuit to realize.
Claims (10)
1. mouse with self-management function; It is characterized in that; Said mouse comprises storer, processor, be arranged on mouse case left side the left side pressure transducer, be arranged on the right atrial pressure sensor on mouse case right side and be arranged on the temperature sensor of mouse case;
One or more modules are stored in the storer, and are carried out by said one or more processors, and said one or more modules comprise:
Left side pressure detection module is used for from the left side that pressure transducer reads the left side force value;
The right atrial pressure detection module is used for reading the right atrial pressure value from the right atrial pressure sensor;
Temperature detecting module is used for reading temperature value from temperature sensor;
The mouse control module is used for:
When left side pressure detection module detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure detection module detects the right atrial pressure value above being kept at the first right atrial pressure value in the storer; And temperature sensor detects temperature above being kept at first temperature value in the storer, and then mouse begins to receive input;
When detecting the left side force value, left side pressure detection module hanged down the second left side force value that is kept in the storer; Or detect the right atrial pressure value and hanged down the second right atrial pressure value that is kept in the storer when the right atrial pressure detection module; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
2. the mouse with self-management function according to claim 1 is characterized in that, said one or more modules also comprise:
Left side gripping pressure value receiver module is used for from the left side that pressure transducer reads the left side force value and is kept at storer as left side gripping pressure value;
Right side gripping pressure value receiver module is used for reading the right atrial pressure value and being kept at storer as right side gripping pressure value from the right atrial pressure sensor;
Said mouse control module also is used for:
When left side pressure detection module detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure detection module detects the right atrial pressure value above being kept at the first right atrial pressure value in the storer; And the difference that left side pressure detection module receiver module detects the left side force value and is kept at the left side gripping pressure value in the storer is in the permissible error scope; And the difference that the right atrial pressure detection module detects the right atrial pressure value and is kept at the right side gripping pressure value in the storer is in the permissible error scope; And temperature sensor detects temperature above being kept at first temperature value in the storer, and then mouse begins to receive input;
When detecting the left side force value, left side pressure detection module hanged down the second left side force value that is kept in the storer; Or detect the right atrial pressure value and hanged down the second right atrial pressure value that is kept in the storer when the right atrial pressure detection module; Or left side pressure detection module detects the left side force value and exceeds the permissible error scope with the difference that is kept at the left side gripping pressure value in the storer; Or the right atrial pressure detection module detects the right atrial pressure value and exceeds the permissible error scope with the difference that is kept at the right side gripping pressure value in the storer; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
3. the mouse with self-management function according to claim 1 is characterized in that, said one or more modules also comprise:
Grip the temperature value receiver module, be used for reading temperature value and being kept at storer as gripping temperature value from temperature sensor;
Said mouse control module also is used for:
When left side pressure detection module detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure detection module detects the right atrial pressure value above being kept at the first right atrial pressure value in the storer; And temperature sensor detects temperature above being kept at first temperature value in the storer; And temperature sensor detects temperature value and is kept at the difference that grips temperature value in the storer in the permissible error scope, and then mouse begins to receive input;
When detecting the left side force value, left side pressure detection module hanged down the second left side force value that is kept in the storer; Or detect the right atrial pressure value and hanged down the second right atrial pressure value that is kept in the storer when the right atrial pressure detection module; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer; Or temperature sensor detects temperature value and exceeds the permissible error scope with the difference that grips temperature value that is kept in the storer, and then mouse stops to receive input.
4. the mouse with self-management function according to claim 1 is characterized in that said pressure transducer is arranged on the grip part of the both sides of mouse case, and said temperature sensor is arranged on the top of mouse case.
5. the mouse with self-management function according to claim 1 is characterized in that, said temperature sensor is arranged on top latter half of of mouse case.
6. the mouse with self-management function according to claim 1 is characterized in that, said mouse is a wireless mouse.
7. the management method of a mouse is managed the said mouse with self-management function of claim 1, it is characterized in that the management method of said mouse comprises:
When the left side pressure transducer detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure sensor surpasses to the right atrial pressure value and is kept at the first right atrial pressure value in the storer; And temperature sensor detects temperature above being kept at first temperature value in the storer, and then mouse begins to receive input;
When detecting the left side force value, the left side pressure transducer hanged down the second left side force value that is kept in the storer; Or work as the right atrial pressure sensor and hanged down the second right atrial pressure value that is kept in the storer to the right atrial pressure value; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
8. the management method of mouse according to claim 7 is characterized in that, the management method of said mouse also comprises:
Detect and preserve left side gripping pressure value to storer through the left side pressure transducer;
Through the right atrial pressure sensor and preserve right side gripping pressure value to storer;
When the left side pressure transducer detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure sensor surpasses to the right atrial pressure value and is kept at the first right atrial pressure value in the storer; And the difference that the left side pressure transducer detects the left side force value and is kept at the left side gripping pressure value in the storer is in the permissible error scope; And the right atrial pressure sensor to right atrial pressure value and the difference that is kept at the right side gripping pressure value in the storer in the permissible error scope; And temperature sensor detects temperature above being kept at first temperature value in the storer, and then mouse begins to receive input;
When detecting the left side force value, the left side pressure transducer hanged down the second left side force value that is kept in the storer; Or work as the right atrial pressure sensor and hanged down the second right atrial pressure value that is kept in the storer to the right atrial pressure value; Or the left side pressure transducer detects the left side force value and exceeds the permissible error scope with the difference that is kept at the left side gripping pressure value in the storer; Or the right atrial pressure sensor exceeds the permissible error scope to right atrial pressure value and the difference that is kept at the right side gripping pressure value in the storer; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer, and then mouse stops to receive input.
9. the management method of mouse according to claim 7 is characterized in that, the management method of said mouse also comprises:
Grip temperature value to storer through temperature sensor detection and preservation;
When the left side pressure transducer detects the left side force value above being kept at the first left side force value in the storer; And the right atrial pressure sensor surpasses to the right atrial pressure value and is kept at the first right atrial pressure value in the storer; And temperature sensor detects temperature above being kept at first temperature value in the storer; And temperature sensor detects temperature value and is kept at the difference that grips temperature value in the storer in the permissible error scope, and then mouse begins to receive input;
When detecting the left side force value, the left side pressure transducer hanged down the second left side force value that is kept in the storer; Or work as the right atrial pressure sensor and hanged down the second right atrial pressure value that is kept in the storer to the right atrial pressure value; Or temperature sensor detects temperature and hanged down second temperature value that is kept in the storer; Or temperature sensor detects temperature value and exceeds the permissible error scope with the difference that grips temperature value that is kept in the storer, and then mouse stops to receive input.
10. the management method of mouse according to claim 7 is characterized in that, said mouse is a wireless mouse, and the management method of said mouse also comprises:
When mouse begins to receive input, start the wireless connections of mouse and computer;
When mouse stops to receive input, stop the wireless connections of mouse and computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100337143A CN102609117A (en) | 2012-02-15 | 2012-02-15 | Mouse with self management function and management method of mouse |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100337143A CN102609117A (en) | 2012-02-15 | 2012-02-15 | Mouse with self management function and management method of mouse |
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| CN102609117A true CN102609117A (en) | 2012-07-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012100337143A Pending CN102609117A (en) | 2012-02-15 | 2012-02-15 | Mouse with self management function and management method of mouse |
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| CN103777787A (en) * | 2014-01-06 | 2014-05-07 | 中国航空无线电电子研究所 | Trackball automatic restraining device and method used in aircraft cursor control system |
| CN104462906A (en) * | 2014-12-19 | 2015-03-25 | 中国农业银行股份有限公司 | Mouse with information collection function and identity recognition method and system |
| CN105117016A (en) * | 2015-09-07 | 2015-12-02 | 众景视界（北京）科技有限公司 | Interaction handle used in interaction control of virtual reality and augmented reality |
| CN105138156A (en) * | 2015-10-08 | 2015-12-09 | 苏州亿馨源光电科技有限公司 | Intelligent multi-angle palm self-adaptive mouse |
| CN105138155A (en) * | 2015-10-08 | 2015-12-09 | 苏州亿馨源光电科技有限公司 | Palm electrically controlled supporting mouse |
| CN105138154A (en) * | 2015-10-08 | 2015-12-09 | 苏州亿馨源光电科技有限公司 | Multi-angle palm-center filtering adaptive mouse |
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| CN105138152A (en) * | 2015-10-08 | 2015-12-09 | 苏州亿馨源光电科技有限公司 | Intelligent driving supporting type palm mouse |
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