CN102411434A - Input device and data-processing method thereof - Google Patents
Input device and data-processing method thereof Download PDFInfo
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- CN102411434A CN102411434A CN2010102905289A CN201010290528A CN102411434A CN 102411434 A CN102411434 A CN 102411434A CN 2010102905289 A CN2010102905289 A CN 2010102905289A CN 201010290528 A CN201010290528 A CN 201010290528A CN 102411434 A CN102411434 A CN 102411434A
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Abstract
The invention provides an input device and a data-processing method of the input device. The input device comprises a shell, a detecting unit, a data-processing unit and an output unit, wherein the shell comprises a curved-surface part and a holding part, wherein the curved-surface part is used for being contacted with a supporting surface; the holding part is used for enabling different points of the curved-surface part to be contacted with the supporting surface by holding the holding part to move by an operator; the detecting unit is used for detecting the moving direction and the moving speed of the movement to obtain detecting data when a first point on the curved-surface part is contacted with the supporting surface and moves to a state that a second point is contacted with the supporting surface; the data-processing unit is used for converting the detecting data into control data for input operation; and the output unit is used for outputting the control data. In the invention, the part of the input device contacted with the supporting surface is designed into a curved surface, and different points on the curved-surface part are contacted with the supporting surface by swinging the input device to output a control command, so that the input device can be placed on the soft supporting surface for use, and thereby the operating position and the operating posture of the operator can be randomly transformed when the input device is used.
Description
Technical field
The present invention relates to technical field of electronic equipment, refer in particular to a kind of being used for to the input media of electronic equipment input operation instruction and the data processing method of input media.
Background technology
Electronic equipment has polytype input media usually, as for computing machine, comprises keyboard, mouse and game paddle etc.
Current, use conventional mouse on smooth hard desktop, to move the control operation cursor.Before the operator must be sitting in table, stretch arm and in desktop, operate, posture is single, and long-time operation can cause potential damage to operator's lumbar vertebrae and arm, finger tissue.
For addressing the above problem, associated production manufacturer also broad research has developed the mouse of multiple version.Like a kind of motion-sensing formula mouse of prior art, adopt minisize gyroscopes to follow the tracks of the action of mouse when brandishing mouse aloft, come the mouse beacon pointer thereby can swing mouse aloft.Yet, adopt this kind to brandish the mode that mouse is operated aloft, because the use of mouse lacks support, long-time use can expend muscle power very much, causes arm acid tired, therefore can not extensively be employed.
Prior art is developed a kind of hand held computer mouse in addition, and mouse is processed the shape and the size of similar handle, and with the held operation, the trace ball of mouse is installed on the dip plane, uses thumb manipulation; The options button of mouse is installed on the position of food, middle finger touch mouse respectively, with forefinger and middle finger operation.The mouse of this kind structure, owing to adopt the hand held operation, the arm fatigue problem of having avoided the arm motion of above-mentioned motion-sensing formula mouse to bring, but mouse lacks support during same because operation, the long-time use still can cause wrist acid tired unavoidably.
More than comprehensive; Prior art also lacks a kind of input media with common mouse input control function; But compare with common mouse, need not to be confined to hard desktop operated, can be positioned on any supporting surface and use; Arbitrarily map function position and operation posture when making the operator use solve the physical impairment problem that long-time single posture operation causes.
Summary of the invention
The purpose of specific embodiment of the invention technical scheme provides the data processing method of a kind of input media and input media, and this input media can be positioned on the flexible support face and use, arbitrarily map function position and operation posture when making the operator use.
Based on above-mentioned purpose, the purpose of technical scheme of the present invention provides a kind of input media, comprising:
Housing includes:
Curvature portion is used for contacting with a supporting surface;
Grip portions is used to make the operator through holding said grip portions motion, and the difference of said curvature portion contacts with said supporting surface;
Detecting unit is used on the said curvature portion at first and contact with said supporting surface, moves at second when contacting with said supporting surface, detects the direction of motion and the movement velocity of said motion, acquisition detection data;
Data processing unit, being used for said detection data-switching is the control data that is used for input operation;
Output unit is used to export said control data.
Preferably, above-mentioned described input media, said detecting unit comprises:
A plurality of pressure transducers evenly are laid on the said curvature portion;
The calculation of pressure module is used for contacting with said supporting surface from said first when said curvature portion, moves at said second when contacting with said supporting surface, calculates the pressure size variation of the said pressure transducer of diverse location on the said curvature portion;
Data analysis module is used for the pressure size variation according to the said pressure transducer of diverse location, analyzes said direction of motion and said movement velocity, obtains said detection data.
Preferably, above-mentioned described input media, said calculation of pressure module is used to calculate the pressure size variation of the said pressure transducer of diverse location on the said curvature portion, comprises being used for calculating:
Said first when contacting with said supporting surface, the maximum pressure transducer of force value in a plurality of said pressure transducers, and confirm as first pressure transducer;
Said second when contacting with said supporting surface, the maximum pressure transducer of force value in a plurality of said pressure transducers, and confirm as second pressure transducer;
Said data analysis module is used to analyze said direction of motion and said movement velocity, comprises being used for:
Calculate said first pressure transducer and said second pressure transducer respectively with respect to the position that is provided with of a predetermined point on the said curvature portion, confirm said direction of motion;
Calculating is up to the said second pressure transducer force value maximum interval time from the said first pressure transducer force value, confirms said movement velocity.
Preferably, above-mentioned described input media, said curvature portion is processed by resilient material, and is formed with a plurality of regular concentric rings;
Said detecting unit comprises:
Illuminating source is used to shine a plurality of said concentric rings;
Photosensitive sensor is used for contacting with said supporting surface from said first when said curvature portion, moves at said second when contacting with said supporting surface, the variation of the said concentric ring shape of sensing diverse location;
Computing module is used for the variation according to the said concentric ring shape of diverse location, analyzes said direction of motion and said movement velocity, obtains said detection data.
Preferably, above-mentioned described input media, said photosensitive sensor is used for the variation of the said concentric ring shape of sensing diverse location, comprises being used for:
When contacting with said supporting surface, sense the first concentric ring pressurized deformation in a plurality of said concentric rings at said first;
When contacting with said supporting surface, sense the second concentric ring pressurized deformation in a plurality of said concentric rings at said second;
Said computing module is used to analyze said direction of motion and said movement velocity, comprises being used for:
Calculate said first concentric ring and said second concentric ring respectively with respect to the position of said curvature portion one predetermined concentric ring, confirm said direction of motion;
Calculate the interval time between the said first concentric ring pressurized deformation to the said second concentric ring pressurized deformation, confirm said movement velocity.
Preferably, above-mentioned described input media, said detecting unit comprises:
The variable condenser array evenly is laid on the said curvature portion;
The electric capacity computing module is used for contacting with said supporting surface from said first when said curvature portion, moves at said second when contacting with said supporting surface, the variation of calculating diverse location capacitance;
Data analysis module is used for the variation according to the diverse location capacitance, analyzes said direction of motion and said movement velocity, obtains said detection data.
Preferably, above-mentioned described input media, said detection data are with binary coding representation.
Preferably, above-mentioned described input media, said input media are a mouse, and said output unit is exported said control data, and the cursor that is used to control said mouse moves.
Preferably, above-mentioned described input media, said data processing unit internal memory contains one and concerns swap table, is used to write down the corresponding relation between said detection data and the said control data.
Further aspect of the present invention provides a kind of data processing method of input media, comprising:
The operator holds grip portions when motion of input media, and the curvature portion that detects input media contacts from first with supporting surface, moves to second direction of motion and movement velocity when contacting with supporting surface;
Obtaining the detection data of said direction of motion of record and said movement velocity, is the control data that is used for input operation with said detection data-switching;
Export said control data.
In the specific embodiment of the invention technique scheme at least one has following beneficial effect:
The partial design that input media is contacted with supporting surface is a curved surface; Through the swing input media, the difference on the curvature portion is contacted, the output control command with supporting surface; Changed the structure that traditional input media must adopt plane and plane contact operation, made input media have more novelty;
Input media is not limited to must be positioned on the hard plane and uses, and when being positioned over soft plane, when perhaps being positioned on the curved surface, also can use.Therefore, the operator needn't use input media with anchor at ad-hoc location, and operation posture is varied, can not cause the damage of wrist and finger.
Description of drawings
Fig. 1 is a kind of surface structure synoptic diagram of the said input media of the specific embodiment of the invention;
Fig. 2 is the electrical block diagram of the said input media of the specific embodiment of the invention;
Fig. 3 is in the said input media of first embodiment of the invention, the structural representation of detecting unit;
Fig. 4 is in the said input media of first embodiment of the invention, the workflow synoptic diagram of detecting unit;
Fig. 5 is in the said input media of second embodiment of the invention, the structural representation of detecting unit;
Fig. 6 is in the said input media of second embodiment of the invention, the workflow synoptic diagram of detecting unit;
Fig. 7 is the schematic flow sheet of the data processing method of the said input media of the specific embodiment of the invention.
Embodiment
For making the object of the invention, technical scheme and advantage clearer, will combine accompanying drawing and specific embodiment to describe the present invention below.
The data processing method of said input media of the specific embodiment of the invention and input media, the partial design that input media is contacted with supporting surface is a curved surface, through the swing input media, the difference on the curvature portion is contacted with supporting surface, the output control command.
Like Fig. 1 is a kind of surface structure synoptic diagram of the said input media 100 of the specific embodiment of the invention, comprises curvature portion 10 and grip portions 20.
Wherein, during input device 100, curvature portion 10 (can be hard or soft plane with supporting surface; Also can be hard or soft curved surface) contact, the operator makes the difference of curvature portion 10 contact with supporting surface through hand-held these grip portions 20 swings; Best, the center of gravity of input media 100 is positioned on the vertical curve of place, curvature portion 10 centers, when making input media 100 be positioned on the plane; Can keep vertically forming and waving the roly-poly type structure.
Fig. 2 is the electrical block diagram of the said input media 100 of the specific embodiment of the invention, comprising:
Detecting unit 30 when the hand-held grip portions 20 of operator, makes curvature portion 10 contact from first with supporting surface, moves at second when contacting with supporting surface, and detecting unit 30 is used to detect the direction of motion and the movement velocity of this motion, acquisition detection data;
Adopt above-mentioned structure; The said input media 100 of the specific embodiment of the invention; Through detecting the variation of contact point between curvature portion 10 and the supporting surface; The direction that changes with contact point on the curvature portion 10 and speed are exported control data, as controlling moving direction, shift position and the translational speed of cursor as the controlled variable of input operation.
This kind principle of work based on input media 100; As long as can detect the variation of contact point between curvature portion 10 and the supporting surface; Promptly can accomplish the input control function of input media, so input media 100 is not limited to must be positioned on the hard plane and uses, when being positioned over soft plane (like mattress); When perhaps being positioned on the curved surface, also can use.Therefore, the operator needn't use input media with anchor at ad-hoc location, and operation posture is varied, can not cause the damage of wrist and finger.
Best, input media can be a kind of mouse structure, through the variation of contact point between curvature portion 10 and the supporting surface, comes moving of control computer cursor.When using as mouse, contour structures can have various ways, for example humanoid, animal shape, solid etc., and the single structure of the mouse that thoroughly breaks traditions brings the user unique experience and enjoyment.
Below will be in the said input media 100 of the specific embodiment of the invention, the concrete implementation of detecting unit 30 is carried out illustrated in greater detail.
Fig. 3 is in the said input media 100 of first embodiment of the invention, the concrete structure synoptic diagram of detecting unit 30, and this detecting unit 30 comprises:
A plurality of pressure transducers 310 evenly are laid on the curvature portion 10 of input media 100 shown in Figure 1, are used for when curvature portion 10 contacts with supporting surface, through the pressure of sensing relevant position, confirm curvature portion 10 and supporting surface position contacting;
Calculation of pressure module 311 is used for contacting from first with supporting surface when curvature portion 10, moves at second when contacting with supporting surface, the pressure size variation of diverse location pressure transducer 310 on the calculating curvature portion 10;
Fig. 4 implements said input media 100 for adopting the present invention first, and the workflow synoptic diagram of detecting unit 30 comprises step:
S401, when first on the curvature portion 10 contacts with supporting surface, the maximum pressure transducer of force value in calculation of pressure module 311 calculation pressure sensors 310, and confirm as first pressure transducer;
S402, when curvature portion 10 moves at second when contacting with supporting surface, the maximum pressure transducer of force value in calculation of pressure module 311 calculation pressure sensors 310, and confirm as second pressure transducer;
S403; Data analysis module 312 calculates first pressure transducers and second pressure transducer respectively with respect to the position that is provided with of a predetermined point on the curvature portion 10; Confirm the direction of motion of curvature portion 10; Can be the central point of curvature portion 10 bottoms like this predetermined point,, can calculate and obtain the position of second pressure transducer with respect to first pressure transducer through calculating first pressure transducer and second pressure transducer respectively with respect to the position of curvature portion 10 central points; Confirm that promptly curvature portion 10 contacts from first with supporting surface, moves to second direction of motion that contacts with supporting surface;
S404; Data analysis module 312 calculates from obtaining the first pressure transducer force value maximum; To the interval time that obtains second pressure transducer force value maximum, confirm that curvature portion 10 contacts from first with supporting surface, move to second movement velocity that contacts with supporting surface.
Above-mentioned detection data based on detecting unit 30 acquisitions; Data processing unit 40 will detect data-switching for being used for the control data of input operation (like the cursor of mouse beacon); The foundation rule of concrete conversion; Can preestablish, can store one like data processing unit 40 and concern swap table, be used to write down curvature portion 10 direction of motion and speed and the corresponding corresponding relation of exporting between the control data.
Illustrate; Adopt following mode like being provided with of a plurality of pressure transducers 310 in the detecting unit 30 of the present invention: the center with curvature portion 10 is the center of circle; Spaced set N pressure transducer circlewise; And employing binary coding form; For this N pressure transducer be encoded to 0,1,2 clockwise ..., N-1, with respect to the center of curvature portion 10 be arranged at respectively 0 degree,
degree,
degree ...,
degree; During user's input device 100, respectively around the swing of the center of curvature portion 10.
When curvature portion 10 contacts with supporting surface from central point (first point); Moving at second contacts with supporting surface; Calculation of pressure machine module 311 judges which pressure is maximum in N pressure transducer 310 this moment; Data analysis module 312 is according to the position of this pressure maximum sensor with respect to the central point of curvature portion 10, and curvature portion 10 moves to second time from central point, confirms direction of motion and the movement velocity of curvature portion 10 with respect to supporting surface.
The motion that mapping table in the data processing unit 40 can preestablish curvature portion 10 with the rule of controlling cursor output is: with the direction setting with respect to the center on the curvature portion 10 is 0 degree direction; When detecting 0 degree the pressure transducer force value maximum (also being that curvature portion 10 is to 0 degree direction swing) of direction is set, the definition cursor moves directly over screen; Spend the pressure transducer pressure that direction is set maximum (also being that curvature portion is to 90 degree directions swings) when detecting 90, the definition cursor is just right-hand mobile to screen; In like manner, according to this rule, other directions of moving of definition cursor adopt the swap table that concerns as shown in table 1, write down the curvature portion pendulum angle and control the corresponding relation of cursor between moving:
Table 1
According to the predefined corresponding relation of above-mentioned table 1; When curvature portion 10 contacts with supporting surface from central point (first point); Move at second when contacting with supporting surface; According to second the time, in a plurality of pressure transducers pressure for maximum sensor with respect to the angle that is provided with through central point 0 degree direction, confirm the moving direction of cursor.
Certainly, the swap table that concerns of above-mentioned table 1 form can further include more contents, like the swing of record through curvature portion 10, and rules such as distance that the control cursor moves and speed.As, this rule can be set at, and is the be provided with distance of maximum sensor with respect to central point according to pressure in a plurality of pressure transducers second time, confirms the displacement of cursor; Can also contact with supporting surface from central point (first point) according to curvature portion 10, move to second interval time when contacting, confirm the translational speed of cursor, as when preestablishing interval time and being 0.5 second, corresponding cursor moving speed is 10cm/s with supporting surface; Interval time, corresponding cursor moving speed was 5cm/s etc. when being 1 second.
In addition, data processing unit 40 also can be confirmed the translational speed of cursor according to the pressure rating of pressure transducer.For instance, the pressure that pressure transducer 310 can just be experienced is converted into the real-time voltage signal, for example voltage is divided into 32 grades, and pressure is big more, and corresponding cursor moving speed is big more, sets the translational speed of cursor with this.Like this, when curvature portion 10 contacts with supporting surface from central point, move at second when contacting with supporting surface, according to second the time, the pressure rating of the sensor that pressure is maximum is confirmed the translational speed of cursor.
In addition; Detecting unit 30 can carry out the triad coding to each pressure transducer 310; Run duration or the pressure rating of pressure transducer 310 of curvature portion between 2 o'clock carried out five binary codings, those coded datas are sent to data processing unit 40, make data processing unit 40 according to preestablishing rule; Convert those coded datas into control command, control onscreen target moving direction and translational speed.
The present invention also provides the input media 100 of second embodiment, adopts the input media 100 of this second embodiment, and curvature portion 10 is processed by resilient material, and is formed with a plurality of regular concentric rings on the curvature portion 10, and wherein this detecting unit 30 specifically comprises like Fig. 5:
Illuminating source 320 is arranged at input media 100 inside, is used to shine a plurality of concentric rings 321 on the curvature portion 10;
Fig. 6 is in the said input media of second embodiment of the invention, the testing process schematic flow sheet of detecting unit 30.Consult Fig. 4, comprise step:
S601 when 10 first of curvature portions contact with supporting surface, is positioned at first the first concentric ring pressurized generation deformation of locating, and photosensitive sensor 322 senses the pressurized deformation of this first concentric ring;
S602 when second of curvature portion 10 contacts with supporting surface, is positioned at second the second concentric ring pressurized generation deformation of locating, and photosensitive sensor 322 senses the pressurized deformation of this second concentric ring;
S603, computing module 323 calculate first concentric rings and second concentric ring respectively with respect to the position of a predetermined concentric ring on the curvature portion 10 concentric ring of curvature portion 10 centers (as be positioned at), confirm the direction of motion of curvature portion 10;
S604, computing module 323 calculates the interval time between first concentric ring pressurized deformation to the second concentric ring pressurized deformation, confirms the movement velocity of curvature portion 10.
In the second embodiment of the invention; The mode of photosensitive sensor sensing concentric ring pressurized deformation can for: take the concentric ring picture on the curvature portion 10 with the constant time interval (for example 1k/s), and the image data that was photographed be sent to the computing module of detecting unit 30.Computing module 323 is through contrast forward and backward two picture successively; The situation of change of concentric ring in the analytic surface part 10; From the picture that is obtained, contact from first with supporting surface when curvature portion 10, to second with motion process that supporting surface contacts in; Computing module 323 can be judged and be positioned at first the first concentric ring generation deformation of locating; Convert the picture situation of change that is positioned at second the second concentric ring deformation of locating gradually into, according to first concentric ring and second concentric ring respectively with respect to the position of a predetermined concentric ring (as be the concentric ring of curvature portion 10 centers) on the curvature portion 10, the direction of motion and the move distance of judgement curvature portion 10; And according to clap win concentric ring deformation picture to clap the interval number of pictures between the second concentric ring deformation picture, judge the movement velocity of curvature portion 10.
For simplifying the computation process of computing module 323; In the said input media 100 of second embodiment of the invention; The user imports control at input device 100, during like the cursor of control computer, all the time with input media 100 with respect to the vertical state of supporting surface as original state; Promptly begin from the state of input media 100 central shafts perpendicular to supporting surface at every turn; Input device 100 makes curvature portion 10 contact with supporting surface from central point, and another point that moves on the curvature portion 10 contacts with supporting surface.
The above-mentioned characteristics of motion according to input media 100; Data processing unit 40 can further preestablish the control law that is used to control cursor output; As set the corresponding relation between curvature portion 10 motions and the moving direction of cursor, this control law can adopt as follows and be:
With being 0 degree direction with respect to the direction setting at center on the curvature portion 10, when curvature portion 10 during to 0 degree direction swing, the definition cursor moves directly over screen; When curvature portion 10 to counterclockwise 90 degree directions whens swing with respect to 0 degree direction, the definition cursor moves to screen is just right-hand, in like manner, according to this rule, other directions that the definition cursor moves, as shown in table 1, also promptly the setting rule with first embodiment is identical.Equally, identical with first embodiment, the swap table that concerns of table 1 form can further include more contents, like the motion control cursor displacement of record curvature portion 10 and the rule between the speed etc.
According to exchange relation table like above-mentioned table 1 form; When curvature portion 10 contacts with supporting surface from central point (first point); Move at second when contacting with supporting surface, according to the picture that photosensitive sensor photographs, computing unit judges that curvature portion 10 is when contact with supporting surface at second; The concentric ring of pressurized deformation is spent angle and the position that direction is set with respect to 0, confirms the moving direction and the position of cursor.Further, can also contact with supporting surface from central point (first point) according to curvature portion 10, move at second when contacting with supporting surface, the interval number of the captured picture of photosensitive sensor is confirmed the translational speed of cursor.
The present invention also provides the input media 100 of the 3rd embodiment, and wherein detecting unit 30 comprises:
The variable condenser array evenly is laid on the said curvature portion 10, and when a bit contacting with supporting surface on the curvature portion 10, the capacitance that is arranged at the variable condenser of corresponding site changes;
The electric capacity computing module is used for contacting from first with supporting surface when curvature portion 10, moves at second when contacting with supporting surface, the variation of diverse location capacitance on the calculating variable condenser array;
Data analysis module is used for the variation according to the diverse location capacitance, and analytic surface part 10 obtains said detection data from first direction of motion and movement velocity when supporting surface contact movement to the second contacts with supporting surface.
When the difference of curvature portion 10 contacts with supporting surface, utilize the capacitance variation of variable condenser array diverse location variable condenser on the curvature portion 10, judge direction of motion and the movement velocity of curvature portion 10 when difference contacts with supporting surface; When detecting unit 30 adopts this kind mode of operations, identical with the principle of work that a plurality of pressure transducers are set on the curvature portion 10, unique different when being adopts pressure sensor; The information source that is used to detect is that pressure changes; And when adopting the variable condenser array, the information source that is used to detect is a capacitance variation, therefore in third embodiment of the invention; The testing process of detecting unit 30; And according to the movement velocity and the direction of motion of curvature portion 10, the rule of control cursor output can consult first embodiment and second embodiment is said, is not described in detail in this.
It will be understood by those skilled in the art that above cited can making between curvature portion 10 differences and the supporting surface contacts, and controls the mode that cursor moves; Be not limited to above-mentioned several kinds; Those skilled in the art can also otherwise realize according to prior art, comprise like the mode that can also adopt: the outside surface at curvature portion 10 is provided with radiation source, through the external environment condition of radiation source irradiation curved face part office; When operator's input device; When the difference of curvature portion 10 is contacted with supporting surface, on supporting surface, can present multiple different shadow shapes, utilize photosensitive sensor can sense the variation of those shadow shapes; Detecting unit 30 can be confirmed direction of motion and the movement velocity of curvature portion 10 with respect to supporting surface according to the switching time of variation He those variations of different shadow shapes.And data processing unit 40 promptly can be realized the function of input media 100 further according to the swap table that concerns that is used to write down corresponding relation between said direction of motion, said movement velocity and the action of control cursor of storage in advance, controls cursor and moves.
Therefore, the implementation that is used to make the said input media control of specific embodiment of the invention cursor to move has multiple, details no longer one by one at this.
The said input media of the specific embodiment of the invention, when controlling cursor and move as a mouse, corresponding finger placement location can also be provided for operating and accomplish the button of confirming order on grip portions 20, realizes the basic operational functions of common mouse.
The present invention also provides a kind of data processing method of input media on the other hand, and is as shown in Figure 7, comprising:
Step S701, operator hold grip portions when motion of input media, and the curvature portion that detects input media contacts from first with supporting surface, move to second direction of motion and movement velocity when contacting with supporting surface;
Step S702, the detection data of acquisition said direction of motion of record and said movement velocity are the control data that is used for input operation with said detection data-switching;
Step S703 exports said control data.
The concrete structure that can realize the input media of above-mentioned data processing method as above details, and repeats no more at this.
Adopt said input media of the specific embodiment of the invention and said data processing method; Can make the contact portion of input media and supporting surface be designed to curved surface,, the difference on the curvature portion contacted with supporting surface through the swing input media; Output control command so curvature portion are not limited to must be positioned on the hard plane and use; When being positioned over soft plane (like mattress), when perhaps being positioned on the curved surface, also can use.
The above only is a preferred implementation of the present invention; Should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; Can also make some improvement and retouching, these improvement and retouching also should be regarded as protection scope of the present invention.
Claims (10)
1. an input media is characterized in that, comprising:
Housing includes:
Curvature portion is used for contacting with a supporting surface;
Grip portions is used to make the operator through holding said grip portions motion, and the difference of said curvature portion contacts with said supporting surface;
Detecting unit is used on the said curvature portion at first and contact with said supporting surface, moves at second when contacting with said supporting surface, detects the direction of motion and the movement velocity of said motion, acquisition detection data;
Data processing unit, being used for said detection data-switching is the control data that is used for input operation;
Output unit is used to export said control data.
2. input media as claimed in claim 1 is characterized in that, said detecting unit comprises:
A plurality of pressure transducers evenly are laid on the said curvature portion;
The calculation of pressure module is used for contacting with said supporting surface from said first when said curvature portion, moves at said second when contacting with said supporting surface, calculates the pressure size variation of the said pressure transducer of diverse location on the said curvature portion;
Data analysis module is used for the pressure size variation according to the said pressure transducer of diverse location, analyzes said direction of motion and said movement velocity, obtains said detection data.
3. input media as claimed in claim 2 is characterized in that, said calculation of pressure module is used to calculate the pressure size variation of the said pressure transducer of diverse location on the said curvature portion, comprises being used for calculating:
Said first when contacting with said supporting surface, the maximum pressure transducer of force value in a plurality of said pressure transducers, and confirm as first pressure transducer;
Said second when contacting with said supporting surface, the maximum pressure transducer of force value in a plurality of said pressure transducers, and confirm as second pressure transducer;
Said data analysis module is used to analyze said direction of motion and said movement velocity, comprises being used for:
Calculate said first pressure transducer and said second pressure transducer respectively with respect to the position that is provided with of a predetermined point on the said curvature portion, confirm said direction of motion;
Calculating is up to the said second pressure transducer force value maximum interval time from the said first pressure transducer force value, confirms said movement velocity.
4. input media as claimed in claim 1 is characterized in that said curvature portion is processed by resilient material, and is formed with a plurality of regular concentric rings;
Said detecting unit comprises:
Illuminating source is used to shine a plurality of said concentric rings;
Photosensitive sensor is used for contacting with said supporting surface from said first when said curvature portion, moves at said second when contacting with said supporting surface, the variation of the said concentric ring shape of sensing diverse location;
Computing module is used for the variation according to the said concentric ring shape of diverse location, analyzes said direction of motion and said movement velocity, obtains said detection data.
5. input media as claimed in claim 4 is characterized in that said photosensitive sensor is used for the variation of the said concentric ring shape of sensing diverse location, comprises being used for:
When contacting with said supporting surface, sense the first concentric ring pressurized deformation in a plurality of said concentric rings at said first;
When contacting with said supporting surface, sense the second concentric ring pressurized deformation in a plurality of said concentric rings at said second;
Said computing module is used to analyze said direction of motion and said movement velocity, comprises being used for:
Calculate said first concentric ring and said second concentric ring respectively with respect to the position of said curvature portion one predetermined concentric ring, confirm said direction of motion;
Calculate the interval time between the said first concentric ring pressurized deformation to the said second concentric ring pressurized deformation, confirm said movement velocity.
6. input media as claimed in claim 1 is characterized in that, said detecting unit comprises:
The variable condenser array evenly is laid on the said curvature portion;
The electric capacity computing module is used for contacting with said supporting surface from said first when said curvature portion, moves at said second when contacting with said supporting surface, the variation of calculating diverse location capacitance;
Data analysis module is used for the variation according to the diverse location capacitance, analyzes said direction of motion and said movement velocity, obtains said detection data.
7. like each described input media of claim 1 to 6, it is characterized in that said detection data are with binary coding representation.
8. like each described input media of claim 1 to 6, it is characterized in that said input media is a mouse, said output unit is exported said control data, and the cursor that is used to control said mouse moves.
9. like each described input media of claim 1 to 6, it is characterized in that said data processing unit internal memory contains one and concerns swap table, be used to write down the corresponding relation between said detection data and the said control data.
10. the data processing method of an input media is characterized in that, comprising:
The operator holds grip portions when motion of input media, and the curvature portion that detects input media contacts from first with supporting surface, moves to second direction of motion and movement velocity when contacting with supporting surface;
Obtaining the detection data of said direction of motion of record and said movement velocity, is the control data that is used for input operation with said detection data-switching;
Export said control data.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104503602A (en) * | 2014-12-17 | 2015-04-08 | 济南大学 | Wireless mouse based on stereo sensing |
| CN104978046A (en) * | 2015-06-15 | 2015-10-14 | 亢焜 | Input device, input system and input method |
| CN106293044A (en) * | 2015-06-29 | 2017-01-04 | 北京智谷睿拓技术服务有限公司 | Information processing method, information processor and subscriber equipment |
| CN107168555A (en) * | 2017-03-17 | 2017-09-15 | 联想(北京)有限公司 | Controlling equipment and information processing method |
| CN108829278A (en) * | 2018-08-24 | 2018-11-16 | 京东方科技集团股份有限公司 | The control method and device of mouse, mouse |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001331274A (en) * | 2000-05-23 | 2001-11-30 | Funai Electric Co Ltd | Three-dimensional input device |
| CN101154137A (en) * | 2006-09-27 | 2008-04-02 | 联想(北京)有限公司 | GUI input mechanism |
| US20090160771A1 (en) * | 1999-11-05 | 2009-06-25 | Microsoft Corporation | Generating audio signals based on input device position |
-
2010
- 2010-09-21 CN CN201010290528.9A patent/CN102411434B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20090160771A1 (en) * | 1999-11-05 | 2009-06-25 | Microsoft Corporation | Generating audio signals based on input device position |
| JP2001331274A (en) * | 2000-05-23 | 2001-11-30 | Funai Electric Co Ltd | Three-dimensional input device |
| CN101154137A (en) * | 2006-09-27 | 2008-04-02 | 联想(北京)有限公司 | GUI input mechanism |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104503602A (en) * | 2014-12-17 | 2015-04-08 | 济南大学 | Wireless mouse based on stereo sensing |
| CN104978046A (en) * | 2015-06-15 | 2015-10-14 | 亢焜 | Input device, input system and input method |
| CN106293044A (en) * | 2015-06-29 | 2017-01-04 | 北京智谷睿拓技术服务有限公司 | Information processing method, information processor and subscriber equipment |
| CN106293044B (en) * | 2015-06-29 | 2023-02-28 | 北京智谷睿拓技术服务有限公司 | Information processing method, information processing device and user equipment |
| CN107168555A (en) * | 2017-03-17 | 2017-09-15 | 联想(北京)有限公司 | Controlling equipment and information processing method |
| CN108829278A (en) * | 2018-08-24 | 2018-11-16 | 京东方科技集团股份有限公司 | The control method and device of mouse, mouse |
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