CN106557184A - A kind of method and intelligent terminal that mouse input is carried out to display device - Google Patents
A kind of method and intelligent terminal that mouse input is carried out to display device Download PDFInfo
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- CN106557184A CN106557184A CN201510603695.7A CN201510603695A CN106557184A CN 106557184 A CN106557184 A CN 106557184A CN 201510603695 A CN201510603695 A CN 201510603695A CN 106557184 A CN106557184 A CN 106557184A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/038—Control and interface arrangements therefor, e.g. drivers or device-embedded control circuitry
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
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- General Engineering & Computer Science (AREA)
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- General Physics & Mathematics (AREA)
- Position Input By Displaying (AREA)
- User Interface Of Digital Computer (AREA)
Abstract
The present invention provides a kind of method and intelligent terminal that mouse input is carried out to display device, wherein by wireless connection between the display device and the intelligent terminal.Methods described includes：Detect that the intelligent terminal is overturn to state change information during the second state from first state；The state change information is compared respectively with multiple default mobile status, when the state change information meets the therein first default mobile status, it is determined that the first output control instruction corresponding with the described first default mobile status, mobile status is preset described in each of which and correspond to an output control instruction respectively；The first output control instruction is exported to the display device, the cursor in the display device is moved according to first output control instruction.The present invention is easy-to-use, while improve user operation experience, and without the need for separately purchasing extra means, has saved the use cost of user.
Description
Technical field
The present invention relates to intelligent terminal control technology field, particularly relate to that a kind of mouse to be carried out to display device defeated
The method for entering and intelligent terminal.
Background technology
With the appearance of Intelligent set top box, increasing family uses Intelligent set top box, Intelligent set top box one
As be all to be operated using remote controller, but for operation browse webpage etc. some apply when, remote control dress
Put operation and just seem inconvenient, simultaneously for user for, control device of taking operation there is also certain
Not convenient, user cannot get preferable Consumer's Experience.Certainly some aerial flying squirrels of existing design are available for user
Using operation, but aerial flying squirrel is bought using the use cost that increased user.
The content of the invention
The technical problem to be solved in the present invention be to provide a kind of method that mouse input is carried out to display device and
Intelligent terminal, it is possible to increase Consumer's Experience, and it is easy to use, reduce use cost.
To solve above-mentioned technical problem, embodiments of the invention offer is a kind of to carry out mouse input to display device
Method, be applied to intelligent terminal, wherein by wirelessly connecting between the display device and the intelligent terminal
Connect, methods described includes：
Detect that the intelligent terminal is overturn to state change information during the second state from first state；
The state change information is compared respectively with multiple default mobile status, when the state change
When information meets the therein first default mobile status, it is determined that corresponding with the described first default mobile status the
One output control is instructed, and presets mobile status and correspond to an output control instruction respectively described in each of which；
The first output control instruction is exported to the display device, the cursor root in the display device is made
Move according to first output control instruction.
Preferably, described detect that the intelligent terminal is overturn to state change during the second state from first state
The step of information, includes：
Detect that the first edge of the intelligent terminal is overturn to rotation during the second state from the first state
Direction and rotational angle, obtain the first rotation direction and the first rotational angle；
The state change information is obtained according to first rotation direction and first rotational angle.
Specifically, it is described that the state change information is compared respectively with multiple default mobile status, when
When the state change information meets the therein first default mobile status, move it is determined that default with described first
In the step of corresponding first output control of state is instructed：
Judge whether first rotation direction is the first preset direction or is contrary with the first preset direction
Second preset direction, and whether first rotational angle reaches the first default value scope；
When first rotation direction be the first preset direction, and first rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves first pixel distance towards the first coordinate direction to determine cursor；
When first rotation direction is second preset direction contrary with the first preset direction, and described first
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction are moved towards the contrary direction of the first coordinate direction to determine cursor
Move first pixel distance.
Further, the detection intelligent terminal overturns to state during the second state from first state and becomes
The step of change information, also includes：
Detect that the second edge of the intelligent terminal is overturn to rotation during the second state from the first state
Direction and rotational angle, obtain the second rotation direction and the second rotational angle, wherein the second edge is vertical
In the first edge；
According to first rotation direction, second rotation direction, first rotational angle and described
Two rotational angles obtain the state change information.
Specifically, it is described that the state change information is compared respectively with multiple default mobile status, when
When the state change information meets the therein first default mobile status, move it is determined that default with described first
In the step of corresponding first output control of state is instructed：
Whether first rotational angle is judged in predetermined angular range, when first rotational angle is predetermined
When in angular range, judge whether second rotation direction is the 3rd preset direction or is and the 3rd default side
To the 4th contrary preset direction, and whether second rotational angle reaches the first default value scope；
When second rotation direction be the 3rd preset direction, and second rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves second pixel distance towards the second coordinate direction to determine cursor, wherein described second sits
Mark direction is perpendicular to first coordinate direction；
When second rotation direction is fourth preset direction contrary with the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction are moved towards the contrary direction of the second coordinate direction to determine cursor
Move second pixel distance.
Specifically, it is described that the state change information is compared respectively with multiple default mobile status, when
When the state change information meets the therein first default mobile status, move it is determined that default with described first
In the step of corresponding first output control of state is instructed：
When first rotational angle not in predetermined angular range when, whether judge first rotation direction
For the first preset direction or be second preset direction contrary with the first preset direction, and first angle of rotation
Whether degree reaches the first default value scope；
When first rotation direction be the first preset direction, and first rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves first pixel distance towards the first coordinate direction to determine light the first coordinate components of target；
When first rotation direction is second preset direction contrary with the first preset direction, and described first
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction is determination light the first coordinate components of target, towards the first coordinate
Move the first pixel distance in direction in opposite direction；
When second rotation direction be the 3rd preset direction, and second rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves second pixel distance towards the second coordinate direction to determine light the second coordinate components of target；
When second rotation direction is fourth preset direction contrary with the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction is determination light the second coordinate components of target, towards the second coordinate
Move the second pixel distance in direction in opposite direction；
First coordinate components and second coordinate point for determining are instructed according to first output control
Amount determines the final moving direction of light target and mobile pixel distance.
Preferably, methods described also includes：
Show that mousebutton shows interface；
The mousebutton is triggered according to user and shows that interface obtains respective keys instruction, to the display device
The key command is sent, the display device is operated according to the key command.
Embodiments of the invention also provide a kind of intelligent terminal, and the intelligent terminal is with display device by wireless
Connection, the intelligent terminal include：
State detection module, for detecting that the intelligent terminal is overturn to shape during the second state from first state
State change information；
Instruction determining module, for the state change information is compared respectively with multiple default mobile status
It is right, when the state change information meets the therein first default mobile status, it is determined that pre- with described first
If the corresponding first output control instruction of mobile status, mobile status is preset described in each of which and correspond to one respectively
Individual output control instruction；
First command output module, for exporting the first output control instruction to the display device, makes
Cursor in the display device is moved according to first output control instruction.
Preferably, the state detection module includes：
First detection sub-module, for detecting that the first edge of the intelligent terminal is overturn from the first state
To rotation direction and rotational angle during the second state, the first rotation direction and the first rotational angle are obtained；
First acquisition submodule, for obtaining institute according to first rotation direction and first rotational angle
State state change information.
Further, the instruction determining module includes：
First judging submodule, for judge first rotation direction be whether the first preset direction or be with
The second contrary preset direction of first preset direction, and whether first rotational angle reaches the first present count
Value scope；
First instruction submodule, for working as first rotation direction for the first preset direction, and described first
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction move first pixel towards the first coordinate direction to determine cursor
Distance；
Second instruction submodule, for being second contrary with the first preset direction when first rotation direction
Preset direction, and first rotational angle is when reaching the first default value scope, the state change information
Meet the therein first default mobile status, corresponding the first output control instruction is to determine cursor towards first
Move first pixel distance in the contrary direction of coordinate direction.
Further, the state detection module also includes：
Second detection sub-module, for detecting that the second edge of the intelligent terminal is overturn from the first state
To rotation direction and rotational angle during the second state, the second rotation direction and the second rotational angle are obtained, its
Described in second edge perpendicular to the first edge；
Second acquisition submodule, for according to first rotation direction, second rotation direction, described
First rotational angle and second rotational angle obtain the state change information.
Further, the instruction determining module also includes：
Second judging submodule, for judging that first rotational angle, whether in predetermined angular range, works as institute
When the first rotational angle is stated in predetermined angular range, judge whether second rotation direction is the 3rd default
Direction is fourth preset direction contrary with the 3rd preset direction, and whether second rotational angle reaches
First default value scope；
3rd instruction submodule, for working as second rotation direction for the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction move second pixel towards the second coordinate direction to determine cursor
Distance, wherein second coordinate direction is perpendicular to first coordinate direction；
4th instruction submodule, for being fourth contrary with the 3rd preset direction when second rotation direction
Preset direction, and second rotational angle is when reaching the first default value scope, the state change information
Meet the therein first default mobile status, corresponding the first output control instruction is to determine cursor towards second
Move second pixel distance in the contrary direction of coordinate direction.
Further, the instruction determining module also includes：
3rd judging submodule, for when first rotational angle not in predetermined angular range when, judge
Whether first rotation direction is the first preset direction or is that second contrary with the first preset direction is preset
Direction, and whether first rotational angle reaches the first default value scope；
5th instruction submodule, for working as first rotation direction for the first preset direction, and described first
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction is determination light the first coordinate components of target, towards the first coordinate
Move the first pixel distance in direction；
6th instruction submodule, for being second contrary with the first preset direction when first rotation direction
Preset direction, and first rotational angle is when reaching the first default value scope, the state change information
Meet the therein first default mobile status, corresponding the first output control instruction is determination light target first
Coordinate components, move the first pixel distance towards the contrary direction of the first coordinate direction；
7th instruction submodule, for working as second rotation direction for the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction is determination light the second coordinate components of target, towards the second coordinate
Move the second pixel distance in direction；
8th instruction submodule, for being fourth contrary with the 3rd preset direction when second rotation direction
Preset direction, and second rotational angle is when reaching the first default value scope, the state change information
Meet the therein first default mobile status, corresponding the first output control instruction is determination light target second
Coordinate components, move the second pixel distance towards the contrary direction of the second coordinate direction；
9th instruction submodule, for instructing first coordinate for determining point according to first output control
Amount and second coordinate components determine the final moving direction of light target and mobile pixel distance.
Preferably, the intelligent terminal also includes：
Display module, for showing that mousebutton shows interface；
Second command output module, for according to user trigger the mousebutton show interface obtain it is corresponding by
Key is instructed, and is sent the key command to the display device, the display device is referred to according to the button
Order is operated.
The above-mentioned technical proposal of the present invention has the beneficial effect that：
State change information of the above-mentioned technical proposal of the present invention by detection user operation intelligent terminal upset
Compare with multiple default mobile status, it is determined that exporting with one of those default mobile status corresponding one
Control instruction；The output control is exported to display device again to instruct, makes the cursor in display device defeated according to this
Go out control instruction to move, it is easy-to-use, while user operation experience is improved, and without the need for separately purchasing aerial
The extra means such as flying squirrel, have saved the use cost of user.
Description of the drawings
Fig. 1 represents the flow chart element line chart of the method that mouse input is carried out to display device of the embodiment of the present invention；
Fig. 2 represents the structured flowchart of the intelligent terminal of the embodiment of the present invention；
Fig. 3 represents that the smart mobile phone of a specific embodiment of the invention shows schematic diagram；
Fig. 4 represents the schematic diagram that coordinate shift position determines in display device in a specific embodiment of the invention.
Specific embodiment
To make the technical problem to be solved in the present invention, technical scheme and advantage clearer, below in conjunction with attached
Figure and specific embodiment are described in detail.
, for existing when display device is operated, remote controller is using inconvenience, or another purchase is extra for the present invention
Operation device brings the problem that extra use cost increases, there is provided a kind of to carry out mouse input to display device
Method and intelligent terminal, it is default with multiple by the state change information for detecting the upset of user operation intelligent terminal
Mobile status is compared, it is determined that output control instruction corresponding with one of those default mobile status；
The output control is exported to display device again to instruct, the cursor in display device is instructed according to the output control
Move, it is easy-to-use, while improving user operation experience, and without the need for separately purchasing extra means, save
The use cost of user.
Intelligent terminal of the present invention refers to the Android of the intelligent operating systems such as operation Android, IOS
Smart mobile phone, Android panel computers, iPhone, iPad etc..
It is illustrated in figure 1 the flow chart element of the method that mouse input is carried out to display device of the embodiment of the present invention
A kind of line chart, method for carrying out mouse input to display device of the embodiment of the present invention, is applied to intelligent terminal,
By wireless connection between wherein described display device and the intelligent terminal, methods described includes：
Step 101, detects that the intelligent terminal is overturn to state change during the second state from first state and believes
Breath.The first state and second state can be any one location status residing for intelligent terminal, you can
Think intelligent terminal be horizontal, between vertical position or relative horizontal position and relative vertical position
Any position.
In this step, imaginary intelligent terminal is in first state position and sets up a space coordinates, should
Space coordinates are with first edge or the direction parallel with first edge and second edge or and second edge
Parallel direction is x or y-axis, the Touch screen with vertical smart mobile phone upwardly-directed as z-axis, by intelligence
Flip angle detection of the energy terminal in the space coordinates obtains the first edge of intelligent terminal from the first shape
State is overturn to the rotation direction and rotational angle during the second state, obtains the corresponding first rotation side of first edge
To and the first rotational angle；Then obtain the state change information.In the same manner, second edge is obtained from
One state is overturn to the rotation direction and rotational angle during the second state, obtain corresponding second rotation direction and
Second rotational angle.The first edge can be any one in the periphery edge of Jing intelligent terminals set in advance
Individual or any one line of reference in addition to periphery edge, second edge is the peripheral edge perpendicular to first edge
Edge or any line of reference in addition to periphery edge.
Step 102, the state change information is compared respectively with multiple default mobile status, works as institute
When stating state change information and meeting the therein first default mobile status, it is determined that mobile shape default with described first
The corresponding first output control instruction of state, default mobile status described in each of which correspond to an output control respectively
System instruction.
In a step 102, judge whether first rotation direction is the first preset direction or is pre- with first
The second contrary preset direction of set direction, and whether first rotational angle reaches the first default value scope；
When first rotation direction be the first preset direction, i.e. first edge with respect to first state when overturn upward,
And first rotational angle, when reaching the first default value scope, the state change information meets therein
First default mobile status, corresponding the first output control instruction are moved towards the first coordinate direction to determine cursor
Dynamic first pixel distance；When first rotation direction is second preset direction contrary with the first preset direction,
And first rotational angle, when reaching the first default value scope, the state change information meets therein
First default mobile status, corresponding the first output control instruction are determination cursor towards the first coordinate direction phase
Move first pixel distance in anti-direction.
It is assumed herein that intelligent terminal is horizontally situated during first state, and the first preset direction is first edge
Overturn during with respect to first state upward, in its corresponding output control instruction, coordinate direction is light in display device
Mark is moved down, then the second preset direction is overturn with respect to first state down for second edge, corresponding output
In control instruction, coordinate direction is moved upwardly by for cursor in display device.So, as when user overturns mobile phone
Make first edge relative horizontal position flip angle a upward, and angle a meets default value scope, then it is defeated
Go out control instruction to determine that cursor relative initial position moves the individual pixel distances of a ' down, a ' and a is located default
Number range correspondence；When user's upset mobile phone makes first edge relative horizontal position flip angle a down, then
Output control instruction is moved upwardly by the individual pixel distances of a ' to determine cursor relative initial position.In the same manner, it is assumed that the
Corresponding 3rd preset direction of two rotation directions is overturn with respect to during first state upward for second edge, its correspondence
Output control instruction in coordinate direction be that cursor is towards moving right, contrary with the 3rd preset direction in display device
The 4th preset direction overturn with respect to during first state down for second edge, its corresponding output control instruction
Middle coordinate direction is cursor in display device towards moving left, then when user's upset mobile phone makes the relative water of second edge
Prosposition puts flip angle b upward, and angle b meets default value scope, then output control instruction is determination
, towards the individual pixel distances of b ' are moved right, b ' is corresponding with b places default value scope for cursor relative initial position；When
User's upset mobile phone makes second edge relative horizontal position flip angle b down, then output control instruction is true
Determine cursor relative initial position court and move left the individual pixel distances of b '.
Step 103, exports the first output control instruction to the display device, makes the display device
On cursor according to first output control instruction move.
In the above-described embodiments, will connect by wifi, bluetooth etc. are wireless between display device and intelligent terminal
Mode connects, and when user operation intelligent terminal overturns, then intelligent terminal is detected from first state and overturn to the
State change information during two-state, and the state change information is compared with multiple default mobile status,
It is determined that output control instruction corresponding with one of those default mobile status；Again should to display device output
Output control is instructed, and the cursor in display device is moved according to the output control instruction.Such user
The state change information of intelligent terminal upset is made to lead to by meeting default mobile status by overturning intelligent terminal
The cursor movement crossed in corresponding output control command operating display device, it is simple to operate, and user can be given
Bring good Consumer's Experience.
In another embodiment of the invention, step 102, by the state change information and multiple default shiftings
Dynamic state is compared respectively, when the state change information meets the therein first default mobile status,
It is determined that in the step of the first output control corresponding with the described first default mobile status is instructed：
Whether first rotational angle is judged in predetermined angular range, when first rotational angle is predetermined
When in angular range, judge whether second rotation direction is the 3rd preset direction or is and the 3rd default side
To the 4th contrary preset direction, and whether second rotational angle reaches the first default value scope；
When second rotation direction be the 3rd preset direction, and second rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves second pixel distance towards the second coordinate direction to determine cursor, wherein described second sits
Mark direction is perpendicular to first coordinate direction；
When second rotation direction is fourth preset direction contrary with the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction are moved towards the contrary direction of the second coordinate direction to determine cursor
Move second pixel distance.
In this embodiment, when detecting intelligent terminal and there is upset, first determine whether that whether intelligent terminal is
There is upset in unilateral direction, second edge is such as detected in the embodiment upset occurs, then judge the first rotation
Angle whether there is predetermined angle scope, and the predetermined angle scope is the permission upset that intelligent terminal overturns setting
The angular error scope of presence, i.e., when the first rotational angle is in predetermined angular range, intelligent terminal is only deposited
Upset on using second edge as the direction of reference, at this moment judges the second rotation side of second edge upset
To and the second rotational angle；First state, each preset direction with reference to the hypothesis in previous embodiment and
Flip angle, when the second rotational angle b reaches the first default value scope, if the second rotation direction is
3rd preset direction, i.e. second edge relative horizontal position are overturn upward, according to the default movement of first for meeting
State correspondence the first output control instruction, that is, determine that cursor relative initial position court moves right the second pixel distance
b’；If the second rotation direction is the 4th preset direction, i.e. second edge relative horizontal position is overturn down,
According to first for meeting default mobile status correspondence the first output control instruction, that is, determine cursor with respect to initial bit
Put court and move left contrary direction the second pixel distance b '.
When first rotational angle not in predetermined angular range when, i.e. the first edge of intelligent terminal and
Two edges all there occurs upset with respect to first state, judge whether first rotation direction is the first default side
To or be second preset direction contrary with the first preset direction, and whether first rotational angle reaches
One default value scope；
When first rotation direction be the first preset direction, i.e. first edge with respect to first state when turn over upward
Turn, and the first rotational angle a, when reaching the first default value scope, the state change information meets
Therein first default mobile status, corresponding the first output control instruction are determination light the first coordinate of target
Component, cursor relative initial position move the first pixel distance a ' down；
When first rotation direction is second preset direction contrary with the first preset direction, i.e. first edge
Relative horizontal position is overturn down, and the first rotational angle a is when reaching the first default value scope, institute
State state change information and meet the therein first default mobile status, corresponding the first output control instruction is
Determine the first coordinate components of light target, cursor relative initial position is moved upwardly by the first pixel distance a '；
When second rotation direction is the 3rd preset direction, i.e. second edge relative horizontal position overturn upward,
And the second rotational angle b, when reaching the first default value scope, the state change information meets wherein
The first default mobile status, corresponding the first output control instruction to determine light the second coordinate components of target,
Cursor relative initial position court moves right the second pixel distance b '；
When second rotation direction is fourth preset direction contrary with the 3rd preset direction, i.e. second edge
Relative horizontal position is overturn down, and the second rotational angle b is when reaching the first default value scope, institute
State state change information and meet the therein first default mobile status, corresponding the first output control instruction is
Determine the second coordinate components of light target, cursor relative initial position court moves left the second pixel distance b '；
First coordinate components and second coordinate point for determining are instructed according to first output control
Amount determines the final moving direction of light target and mobile pixel distance.Here can be using by by the first coordinate
The mode of component and the second coordinate components vector addition obtains the pixel of the final moving direction of light target and movement
Distance.
In this embodiment, permitted when operating intelligent terminal to overturn by arranging predetermined angular range, i.e. user
Perhaps there is certain angular error, make user there is inspectable space in operation, reduce the maloperation of user
The generation of behavior, operation more meet Consumer's Experience.
Preferably, the methods described of the above embodiment of the present invention also includes：
Show that mousebutton shows interface；
The mousebutton is triggered according to user and shows that interface obtains respective keys instruction, to the display device
The key command is sent, the display device is operated according to the key command.
User can trigger the button that mousebutton shows interface, and the button can include left mouse button, mouse
Right button and it is some other based on equipment need control button, then intelligent terminal triggered according to user
Instruct to respective keys, the key command is sent to display device, display device is made according to the key command
Perform corresponding command operating.
The structured flowchart of the intelligent terminal of the embodiment of the present invention is illustrated in figure 2, embodiments of the invention are also carried
For a kind of intelligent terminal, with display device by being wirelessly connected, the intelligent terminal includes the intelligent terminal：
State detection module 21, for detect the intelligent terminal from first state overturn to the second state when
State change information；
Instruction determining module 22, for the state change information is entered respectively with multiple default mobile status
Row is compared, when the state change information meets the therein first default mobile status, it is determined that with described the
One presets the corresponding first output control instruction of mobile status, and default mobile status described in each of which is right respectively
Answer an output control instruction；
First command output module 23, for exporting the first output control instruction to the display device,
The cursor in the display device is made to be moved according to first output control instruction.
In the above-described embodiments, will connect by wifi, bluetooth etc. are wireless between display device and intelligent terminal
Mode wirelessly connects, and when user operation intelligent terminal overturns, then the state detection module 21 of intelligent terminal is examined
Measure from first state and overturn to state change information during the second state, determining module 22 is instructed by the shape
State change information is compared with multiple default mobile status, it is determined that with one of those default mobile status pair
The output control instruction answered；Then the output control is exported from the first command output module 23 to display device
System instruction, makes the cursor in display device be moved according to the output control instruction.So user is by turning over
Turning intelligent terminal makes the state change information of intelligent terminal upset pass through correspondence by meeting default mobile status
Output control command operating display device on cursor movement, it is simple to operate, and can bring good to user
Good Consumer's Experience.
Preferably, the state detection module 21 includes：
First detection sub-module, for detecting that the first edge of the intelligent terminal is overturn from the first state
To rotation direction and rotational angle during the second state, the first rotation direction and the first rotational angle are obtained；
First acquisition submodule, for obtaining institute according to first rotation direction and first rotational angle
State state change information.
Further, the instruction determining module 22 includes：
First judging submodule, for judge first rotation direction be whether the first preset direction or be with
The second contrary preset direction of first preset direction, and whether first rotational angle reaches the first present count
Value scope, and being the first preset direction when first rotation direction, and first rotational angle reaches
During the first default value scope, triggering first instructs submodule, and when first rotation direction is and the
The second contrary preset direction of one preset direction, and first rotational angle reaches the first default value scope
When, triggering second instructs submodule；
First instruction submodule, for the triggering according to first judging submodule, the state change letter
Breath meets the therein first default mobile status, and corresponding the first output control instruction is to determine cursor towards the
One coordinate direction moves the first pixel distance；
Second instruction submodule, for the triggering according to first judging submodule, the state change letter
Breath meets the therein first default mobile status, and corresponding the first output control instruction is to determine cursor towards the
Move first pixel distance in the contrary direction of one coordinate direction.
Further, the state detection module 21 also includes：
Second detection sub-module, for detecting that the second edge of the intelligent terminal is overturn from the first state
To rotation direction and rotational angle during the second state, the second rotation direction and the second rotational angle are obtained, its
Described in second edge perpendicular to the first edge；
Second acquisition submodule, for according to first rotation direction, second rotation direction, described
First rotational angle and second rotational angle obtain the state change information.
Further, the instruction determining module 22 also includes：
Second judging submodule, for judging that first rotational angle, whether in predetermined angular range, works as institute
When the first rotational angle is stated in predetermined angular range, judge whether second rotation direction is the 3rd default
Direction is fourth preset direction contrary with the 3rd preset direction, and whether second rotational angle reaches
First default value scope, and be the 3rd preset direction when second rotation direction, and described second turn
When dynamic angle reaches the first default value scope, triggering the 3rd instructs submodule, and when the described second rotation
Direction is fourth preset direction contrary with the 3rd preset direction, and second rotational angle to reach first pre-
If during number range, triggering the 4th instructs submodule；
3rd instruction submodule, for the triggering according to second judging submodule, the state change letter
Breath meets the therein first default mobile status, and corresponding the first output control instruction is to determine cursor towards the
Two coordinate directions move the second pixel distance, wherein second coordinate direction is perpendicular to the first coordinate side
To；
4th instruction submodule, for the triggering according to second judging submodule, the state change letter
Breath meets the therein first default mobile status, and corresponding the first output control instruction is to determine cursor towards the
Move second pixel distance in the contrary direction of two coordinate directions.
Further, the instruction determining module 22 also includes：
3rd judging submodule, for when first rotational angle not in predetermined angular range when, judge
Whether first rotation direction is the first preset direction or is that second contrary with the first preset direction is preset
Direction, and whether first rotational angle reaches the first default value scope, and judge described second turn
Whether dynamic direction be the 3rd preset direction or be fourth preset direction contrary with the 3rd preset direction, and described
Whether the second rotational angle reaches the first default value scope, and is being first pre- when first rotation direction
Set direction, and first rotational angle is when reaching the first default value scope, triggering the 5th instructs submodule,
Being second preset direction contrary with the first preset direction when first rotation direction, and described first turn
When dynamic angle reaches the first default value scope, triggering the 6th instructs submodule, when the second rotation side
When the first default value scope is reached for the 3rd preset direction, and second rotational angle, triggering the 7th
Instruction submodule, and when second rotation direction is fourth preset direction contrary with the 3rd preset direction,
And second rotational angle is when reaching the first default value scope, triggering the 8th instructs submodule；
5th instruction submodule, for the triggering according to the 3rd judging submodule, the state change letter
Breath meets the therein first default mobile status, and corresponding the first output control instruction is to determine light target the
One coordinate components, move the first pixel distance towards the first coordinate direction；
6th instruction submodule, for the triggering according to the 3rd judging submodule, the state change letter
Breath meets the therein first default mobile status, and corresponding the first output control instruction is to determine light target the
One coordinate components, move the first pixel distance towards the contrary direction of the first coordinate direction；
7th instruction submodule, for the triggering according to the 3rd judging submodule, the state change letter
Breath meets the therein first default mobile status, and corresponding the first output control instruction is to determine light target the
Two coordinate components, move the second pixel distance towards the second coordinate direction；
8th instruction submodule, for the triggering according to the 3rd judging submodule, the state change letter
Breath meets the therein first default mobile status, and corresponding the first output control instruction is to determine light target the
Two coordinate components, move the second pixel distance towards the contrary direction of the second coordinate direction；
9th instruction submodule, for instructing first coordinate for determining point according to first output control
Amount and second coordinate components determine the final moving direction of light target and mobile pixel distance.
Preferably, the intelligent terminal also includes：
Display module, for showing that mousebutton shows interface；
Second command output module, for according to user trigger the mousebutton show interface obtain it is corresponding by
Key is instructed, and is sent the key command to the display device, the display device is referred to according to the button
Order is operated.
Of the invention more specific detailed to make, the present invention provides a specific embodiment example, sheet as shown in Figure 3
The smart mobile phone for inventing a specific embodiment shows schematic diagram, using the smart mobile phone of android system as this
The intelligent terminal of inventive embodiments.In the smart mobile phone of the specific embodiment, state detection module is included in
Direction sensor, the first command output module and the second command output module are included in timer, and for convenience
Description, it is using direction sensor as the executive agent of state detection module, defeated as the first instruction using timer
Go out the executive agent of module and the second command output module；Timer is understood timing (high-frequency) or ought be received
Key command and receive output control instruct when to display device service terminal software send dependent instruction.
In this specific embodiment, smart mobile phone is built with service terminal software in display device beforehand through wifi
Vertical connection, show in the Touch screen (display module is arranged at Touch screen) of smart mobile phone mouse by
Key shows interface, and left button and the button of right button as schematically shown in Figure 3 show that user can be by clicking on the left button
With the button of right button, and then make intelligent terminal obtain respective keys instruction, and transmitted to display by timer
Device, makes to perform corresponding operating according to right and left key instruction in display device.Smart mobile phone initial position is to be placed in
Horizontal level, upward, i.e., first state is level to Touch screen, it is assumed that the smart mobile phone shown in Fig. 3 is placed in
Horizontal level；And using the lower limb of smart mobile phone anticipated shown in Fig. 3 as first edge, with Fig. 3
The left hand edge of the smart mobile phone of middle signal is used as second edge；Imaginary smart mobile phone is in first state simultaneously,
When being to be horizontally situated in this specific embodiment, there are a space coordinates, respectively with parallel to the first side
The axle center of edge is y-axis, with the axle center parallel to second edge as x-axis, the Touch screen of vertical smart mobile phone
(vertical paper is upwards) direction is z-axis upward.
When user only carries out unilateral upset or the wherein angle of a side to overturn in the mistake for allowing to smart mobile phone
When difference angular range (predetermined angular range) is interior, direction sensor detects monolateral upset：When detection intelligence
The first edge of mobile phone from horizontal level (i.e. relative paper upwards) flip angle a upwards, then after overturning
Smart mobile phone there occurs angle change on x-z coordinate systems, and corresponding output control instruction is determination cursor court
The individual pixel distance of lower mobile a ', it is assumed that the absolute value of a is in the range of [10,20], it is assumed that [10,20] scope is pre-
If one of number range, corresponding output control instruction moves 5 pixel distances down to determine cursor；Phase
To, when the first edge of detection smart mobile phone is from downward (i.e. relative paper the is downward) flip angle of horizontal level
Degree a, corresponding output control instruction are moved upwardly by the individual pixel distances of a ' to determine cursor, it is also assumed that a's
Absolute value in the range of [10,20], the instruction of corresponding output control for determine cursor be moved upwardly by 5 pixels away from
From；When the second edge of detection smart mobile phone is from horizontal level (i.e. relative paper upwards) flip angle upwards
B, the then smart mobile phone after overturning there occurs angle change on y-z coordinate systems, and corresponding output control refers to
Make to determine that cursor court moves right the individual pixel distances of b ', it is assumed that the absolute value of b is in the range of [10,20], corresponding
Output control instruction to determine cursor towards moving right 5 pixel distances；Relative, when detection smart mobile phone
Second edge from downward (i.e. relative paper is downward) the flip angle b of horizontal level, the then intelligence after overturning
Mobile phone there occurs angle change on y-z coordinate systems, and corresponding output control instruction is moved to left to determine cursor court
The individual pixel distance of dynamic b ', it is assumed that in the range of [10,20], corresponding output control instruction is true to the absolute value of b
Determine cursor court and move left 5 pixel distances；At this moment, check whether timer is opened, do not open
When device, and the instruction of corresponding output control is sent to display device by timer, makes light be denoted as corresponding movement.
When user is overturn in two reference directions to smart mobile phone simultaneously, and the angle of two side to overturn is all
Not in the error angle scope (predetermined angular range) for allowing, it is assumed that the first edge of detection smart mobile phone
From downward (i.e. relative paper is downward) the flip angle a of horizontal level, detect the second edge of smart mobile phone from
Horizontal level (i.e. with respect to paper upwards) flip angle b upwards, corresponding output control instruction is light target
First coordinate components are moved upwardly by the individual pixel distances of a ' for cursor, and the second coordinate components are that cursor court moves right b '
Individual pixel distance, then as shown in Figure 4, the final moving direction of light target and mobile pixel distance are according to the
One coordinate components and second coordinate components determine.In addition, when smart mobile phone two reference directions or its
In have certain upset on a direction, but flip angle is in error angle scope (predetermined angular range),
Now still judge that smart mobile phone is in horizontal level (first state), cursor is not moved.
When the flip angle of smart mobile phone is bigger, cursor is movably faster, and flip angle is in bigger
Default value in the range of, corresponding cursor movement pixel distance is bigger；The pixel distance of light target movement simultaneously
The screen of the division size reference display device of value is arranged automatically, i.e. the same flip angle of smart mobile phone, is shown
The screen of showing device is bigger, and cursor moves that pixel distance value is bigger accordingly, and the screen size of display device can
To obtain from service terminal software after smart mobile phone (intelligent terminal) is connected with display device service terminal software.
It should be noted that in above-mentioned specific embodiment, choosing smart mobile phone and being placed in horizontal level for first
State merely for the convenient description to embodiment, the not position to the first state of intelligent terminal in the present invention
Setting is defined.
The above embodiment of the present invention, user is by overturning the state change that intelligent terminal overturns intelligent terminal
Information meets by default mobile status by the cursor in corresponding output control command operating display device
It is mobile, it is simple to operate, and good Consumer's Experience can be brought to user.
In describing the invention, used in cursor movement " left side " " right side " " on " term such as D score
Only it is for convenience of description the present embodiment and the orientation description of relative its initial position of the cursor made, not to this
The restriction of bright appropriate technical solution.In addition, first edge and second edge in embodiments of the present invention
Use described by selection, setting coordinate etc. " on " D score " left side " term, and for smart mobile phone is turned over
Turn direction description used in " upwards " " downward " term be based on orientation shown in the drawings or position relationship,
Not to there is in the present invention specific orientation or constructing and operate with particular orientation, it is impossible to be interpreted as to this
The restriction of bright protection domain.
The above is the preferred embodiment of the present invention, it is noted that for the common skill of the art
For art personnel, on the premise of without departing from principle of the present invention, some improvements and modifications can also be made,
These improvements and modifications also should be regarded as protection scope of the present invention.
Claims (14)
1. a kind of method for carrying out mouse input to display device, is applied to intelligent terminal, wherein described aobvious
By wireless connection between showing device and the intelligent terminal, it is characterised in that methods described includes：
Detect that the intelligent terminal is overturn to state change information during the second state from first state；
The state change information is compared respectively with multiple default mobile status, when the state change
When information meets the therein first default mobile status, it is determined that corresponding with the described first default mobile status the
One output control is instructed, and presets mobile status and correspond to an output control instruction respectively described in each of which；
The first output control instruction is exported to the display device, the cursor root in the display device is made
Move according to first output control instruction.
2. the method for claim 1, it is characterised in that the detection intelligent terminal is from
The step of one state is overturn to state change information during the second state includes：
Detect that the first edge of the intelligent terminal is overturn to rotation during the second state from the first state
Direction and rotational angle, obtain the first rotation direction and the first rotational angle；
The state change information is obtained according to first rotation direction and first rotational angle.
3. method as claimed in claim 2, it is characterised in that it is described by the state change information with
Multiple default mobile status are compared respectively, when the state change information meets the therein first default shifting
During dynamic state, it is determined that in the step of the first output control corresponding with the described first default mobile status is instructed：
Judge whether first rotation direction is the first preset direction or is contrary with the first preset direction
Second preset direction, and whether first rotational angle reaches the first default value scope；
When first rotation direction be the first preset direction, and first rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves first pixel distance towards the first coordinate direction to determine cursor；
When first rotation direction is second preset direction contrary with the first preset direction, and described first
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction are moved towards the contrary direction of the first coordinate direction to determine cursor
Move first pixel distance.
4. method as claimed in claim 2, it is characterised in that the detection intelligent terminal is from
The step of one state is overturn to state change information during the second state also includes：
Detect that the second edge of the intelligent terminal is overturn to rotation during the second state from the first state
Direction and rotational angle, obtain the second rotation direction and the second rotational angle, wherein the second edge is vertical
In the first edge；
According to first rotation direction, second rotation direction, first rotational angle and described
Two rotational angles obtain the state change information.
5. method as claimed in claim 4, it is characterised in that it is described by the state change information with
Multiple default mobile status are compared respectively, when the state change information meets the therein first default shifting
During dynamic state, it is determined that in the step of the first output control corresponding with the described first default mobile status is instructed：
Whether first rotational angle is judged in predetermined angular range, when first rotational angle is predetermined
When in angular range, judge whether second rotation direction is the 3rd preset direction or is and the 3rd default side
To the 4th contrary preset direction, and whether second rotational angle reaches the first default value scope；
When second rotation direction be the 3rd preset direction, and second rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves second pixel distance towards the second coordinate direction to determine cursor, wherein described second sits
Mark direction is perpendicular to first coordinate direction；
When second rotation direction is fourth preset direction contrary with the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction are moved towards the contrary direction of the second coordinate direction to determine cursor
Move second pixel distance.
6. method as claimed in claim 5, it is characterised in that it is described by the state change information with
Multiple default mobile status are compared respectively, when the state change information meets the therein first default shifting
During dynamic state, it is determined that in the step of the first output control corresponding with the described first default mobile status is instructed：
When first rotational angle not in predetermined angular range when, whether judge first rotation direction
For the first preset direction or be second preset direction contrary with the first preset direction, and first angle of rotation
Whether degree reaches the first default value scope；
When first rotation direction be the first preset direction, and first rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves first pixel distance towards the first coordinate direction to determine light the first coordinate components of target；
When first rotation direction is second preset direction contrary with the first preset direction, and described first
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction is determination light the first coordinate components of target, towards the first coordinate
Move the first pixel distance in direction in opposite direction；
When second rotation direction be the 3rd preset direction, and second rotational angle reach first preset
During number range, the state change information meets the therein first default mobile status, and corresponding first
Output control instruction moves second pixel distance towards the second coordinate direction to determine light the second coordinate components of target；
When second rotation direction is fourth preset direction contrary with the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction is determination light the second coordinate components of target, towards the second coordinate
Move the second pixel distance in direction in opposite direction；
First coordinate components and second coordinate point for determining are instructed according to first output control
Amount determines the final moving direction of light target and mobile pixel distance.
7. the method for claim 1, it is characterised in that methods described also includes：
Show that mousebutton shows interface；
The mousebutton is triggered according to user and shows that interface obtains respective keys instruction, to the display device
The key command is sent, the display device is operated according to the key command.
8. a kind of intelligent terminal, the intelligent terminal is with display device by being wirelessly connected, it is characterised in that
The intelligent terminal includes：
State detection module, for detecting that the intelligent terminal is overturn to shape during the second state from first state
State change information；
Instruction determining module, for the state change information is compared respectively with multiple default mobile status
It is right, when the state change information meets the therein first default mobile status, it is determined that pre- with described first
If the corresponding first output control instruction of mobile status, mobile status is preset described in each of which and correspond to one respectively
Individual output control instruction；
First command output module, for exporting the first output control instruction to the display device, makes
Cursor in the display device is moved according to first output control instruction.
9. intelligent terminal as claimed in claim 8, it is characterised in that the state detection module includes：
First detection sub-module, for detecting that the first edge of the intelligent terminal is overturn from the first state
To rotation direction and rotational angle during the second state, the first rotation direction and the first rotational angle are obtained；
First acquisition submodule, for obtaining institute according to first rotation direction and first rotational angle
State state change information.
10. intelligent terminal as claimed in claim 9, it is characterised in that the instruction determining module includes：
First judging submodule, for judge first rotation direction be whether the first preset direction or be with
The second contrary preset direction of first preset direction, and whether first rotational angle reaches the first present count
Value scope；
First instruction submodule, for working as first rotation direction for the first preset direction, and described first
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction move first pixel towards the first coordinate direction to determine cursor
Distance；
Second instruction submodule, for being second contrary with the first preset direction when first rotation direction
Preset direction, and first rotational angle is when reaching the first default value scope, the state change information
Meet the therein first default mobile status, corresponding the first output control instruction is to determine cursor towards first
Move first pixel distance in the contrary direction of coordinate direction.
11. intelligent terminals as claimed in claim 9, it is characterised in that the state detection module is also wrapped
Include：
Second detection sub-module, for detecting that the second edge of the intelligent terminal is overturn from the first state
To rotation direction and rotational angle during the second state, the second rotation direction and the second rotational angle are obtained, its
Described in second edge perpendicular to the first edge；
Second acquisition submodule, for according to first rotation direction, second rotation direction, described
First rotational angle and second rotational angle obtain the state change information.
12. intelligent terminals as claimed in claim 11, it is characterised in that the instruction determining module is also
Including：
Second judging submodule, for judging that first rotational angle, whether in predetermined angular range, works as institute
When the first rotational angle is stated in predetermined angular range, judge whether second rotation direction is the 3rd default
Direction is fourth preset direction contrary with the 3rd preset direction, and whether second rotational angle reaches
First default value scope；
3rd instruction submodule, for working as second rotation direction for the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction move second pixel towards the second coordinate direction to determine cursor
Distance, wherein second coordinate direction is perpendicular to first coordinate direction；
4th instruction submodule, for being fourth contrary with the 3rd preset direction when second rotation direction
Preset direction, and second rotational angle is when reaching the first default value scope, the state change information
Meet the therein first default mobile status, corresponding the first output control instruction is to determine cursor towards second
Move second pixel distance in the contrary direction of coordinate direction.
13. intelligent terminals as claimed in claim 12, it is characterised in that the instruction determining module is also
Including：
3rd judging submodule, for when first rotational angle not in predetermined angular range when, judge
Whether first rotation direction is the first preset direction or is that second contrary with the first preset direction is preset
Direction, and whether first rotational angle reaches the first default value scope；
5th instruction submodule, for working as first rotation direction for the first preset direction, and described first
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction is determination light the first coordinate components of target, towards the first coordinate
Move the first pixel distance in direction；
6th instruction submodule, for being second contrary with the first preset direction when first rotation direction
Preset direction, and first rotational angle is when reaching the first default value scope, the state change information
Meet the therein first default mobile status, corresponding the first output control instruction is determination light target first
Coordinate components, move the first pixel distance towards the contrary direction of the first coordinate direction；
7th instruction submodule, for working as second rotation direction for the 3rd preset direction, and described second
When rotational angle reaches the first default value scope, the state change information meets the therein first default shifting
Dynamic state, corresponding the first output control instruction is determination light the second coordinate components of target, towards the second coordinate
Move the second pixel distance in direction；
8th instruction submodule, for being fourth contrary with the 3rd preset direction when second rotation direction
Preset direction, and second rotational angle is when reaching the first default value scope, the state change information
Meet the therein first default mobile status, corresponding the first output control instruction is determination light target second
Coordinate components, move the second pixel distance towards the contrary direction of the second coordinate direction；
9th instruction submodule, for instructing first coordinate for determining point according to first output control
Amount and second coordinate components determine the final moving direction of light target and mobile pixel distance.
14. intelligent terminals as claimed in claim 8, it is characterised in that the intelligent terminal also includes：
Display module, for showing that mousebutton shows interface；
Second command output module, for according to user trigger the mousebutton show interface obtain it is corresponding by
Key is instructed, and is sent the key command to the display device, the display device is referred to according to the button
Order is operated.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510603695.7A CN106557184A (en) | 2015-09-21 | 2015-09-21 | A kind of method and intelligent terminal that mouse input is carried out to display device |
| PCT/CN2016/084167 WO2017049947A1 (en) | 2015-09-21 | 2016-05-31 | Method and intelligent terminal for performing mouse input on display apparatus |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510603695.7A CN106557184A (en) | 2015-09-21 | 2015-09-21 | A kind of method and intelligent terminal that mouse input is carried out to display device |
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| CN108234760A (en) * | 2017-12-28 | 2018-06-29 | 努比亚技术有限公司 | Athletic posture recognition methods, mobile terminal and computer readable storage medium |
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| US20090248200A1 (en) * | 2007-10-22 | 2009-10-01 | North End Technologies | Method & apparatus for remotely operating a robotic device linked to a communications network |
| CN103167338A (en) * | 2012-10-09 | 2013-06-19 | 深圳市金立通信设备有限公司 | System and method for input control of smart television based on mobile terminal |
| CN103034447B (en) * | 2012-12-14 | 2016-02-03 | 深圳市夏瑞科技有限公司 | A kind of analog mouse or touch pad control method and the mobile terminal of remote equipment |
| CN104254011B (en) * | 2013-06-28 | 2018-07-27 | 中国电信股份有限公司 | set-top box cursor movement control method, device and mobile phone |
| CN104298461A (en) * | 2014-09-10 | 2015-01-21 | 海信集团有限公司 | Method for controlling intelligent device through mobile terminal and mobile terminal of method |
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| CN108234760A (en) * | 2017-12-28 | 2018-06-29 | 努比亚技术有限公司 | Athletic posture recognition methods, mobile terminal and computer readable storage medium |
| CN108234760B (en) * | 2017-12-28 | 2020-12-15 | 湖南塔澳通信有限公司 | Motion gesture recognition method, mobile terminal and computer readable storage medium |
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