CN102880339A - Wireless touch remote control device and operation identification method thereof - Google Patents
Wireless touch remote control device and operation identification method thereof Download PDFInfo
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Abstract
The invention discloses a wireless touch remote control device and an operation identification method thereof. The device comprises a touch control end and a receiving end; the touch control end comprises a touchpad, a central processor and a wireless transmitting module; the touchpad comprises a touch region and a touch control chip; the central processor comprises a data register, an operation judgment module, a data conversion module, a touch control end state controlling module, a touch control end state indicating module and a touch control end match code controlling module; the receiving end comprises a wireless receiving module, a microprocessor and a USB (universal serial bus) standard interface; and the microprocessor comprises a data verification module, a receiving end match code control module, a receiving end state indicating module and a receiving end state control module. The wireless touch remote control device is simple, convenient and rapid to operate, is flexible and efficient to use and is auxiliary equipment which is indispensable to a home intelligent terminal product.
Description
Technical field
The present invention relates to a kind of telecontrol engineering field, particularly a kind of wireless touch telechiric device and operation recognition methods thereof.
Background technology
At present, domestic electrical equipment remote controller on the market is mainly the mechanical push-key type infrared remote controller, along with household electrical appliance are more and more intelligent, having developed into current collection such as traditional TV looks, media play, surf the web and the various functions family multi-media intelligent terminal product such as game, this telepilot can not satisfy the demand of powerful intelligent terminal product, even become the development bottleneck of intelligent terminal, bring into play the advantage of intelligent terminal in the urgent need to seeking a kind of better mode of operation, make people better experience the enjoyment that intelligence is brought.Along with touching technique in the closely application in the electronic product of operation such as the handheld device such as mobile phone or PC, for the inconvenient closely home terminal product of touch operation such as TV, disc player, also compel pursuing this simple and convenient mode of operation rapidly and efficiently.
Also some domestic electrical equipment remote controllers adopts wireless touch remote control mode but there are the following problems now: adopt the infra-red remote control mode, transmission speed is slow, transmission range is short, clear penetration capacity and limited by communication party tropism; Adopt the single-point touch mode, can only identify touch-control and the click of every next finger, can not make correct response to plural touch point of while, user's touch operation is single, very flexible, and man-machine interaction is not good; Adopt the exclusive interface of corresponding its supporting household electrical appliance of every kind of telepilot, telepilot is for the poor compatibility of distinct device, and range of application is little; The limitation of existing telepilot can not satisfy the simple and efficient flexible and efficient demand of controlling home intelligent terminal of user.
Summary of the invention
The present invention is directed to the proposition of above problem, and develop a kind of simple and efficient, flexible and efficient wireless touch telechiric device and control method thereof.
Technological means of the present invention is as follows:
A kind of wireless touch telechiric device comprises touch-control end and receiving end;
Described touch-control end comprises Trackpad and central processing unit;
Described Trackpad comprises the touch area that operates and generate corresponding touch information for detection of user's finger touch; Be connected with the touch area, the touch information that is used for transmitting according to the touch area sends wake-up signal to central processing unit and the touch information that the touch area transmits is carried out being transferred to after the analog to digital conversion touch-control chip of central processing unit;
Described central processing unit comprises with the touch-control chip and being connected, and is used for depositing the data register of the touch information that the touch-control chip transmits; Be connected with data register, the touch information that is used for depositing according to data register is judged the operation of the current execution of user and the operation judges module of output result of determination; Be connected with the operation judges module, be used for the operation information that the operation judges module transmits is converted to the data conversion module of the service data that meets USB HID standard; Be connected with the touch-control chip, finish the touch-control end status control module that touch-control end duty is switched for the wake-up signal that duty and touch-control chip according to current touch-control end send over; Be used for the touch-control end and be connected with receiving end to the code connection, finish the touch-control end of touch-control end and receiving end pairing to the code control module; The code control module is connected with the touch-control end with touch-control end status control module respectively, is used to indicate the duty of touch-control end and the touch-control end state indicating module of communication state;
Described touch-control end also comprises respectively and the code control module being connected with the touch-control end with data conversion module, is used for data conversion module is transmitted the wireless transmitter module that unpaired message that the service data that meets USB HID standard and touch-control end transmit the code control module sends to receiving end;
Described receiving end comprises with wireless transmitter module and being connected, and is used for receiving the service data that meets USB HID standard that wireless transmitter module sends over and wireless receiving module and the microprocessor of unpaired message;
Described microprocessor comprises the receiving-end state control module that communicates for controlling USB standard interface and home intelligent terminal; The code control module is connected with receiving end with the receiving-end state control module respectively, is used to indicate the receiving-end state indicating module of the communication state of receiving end and touch-control end and home intelligent terminal; Be used for receiving end and be connected with the touch-control end to the code connection, finish the receiving end of receiving end and touch-control end pairing to the code control module; Be connected with wireless receiving module, be used for behind the service data that meets USB HID standard that the verification wireless receiving module transmits and the transfer check the accurately data check module of complete service data; Described receiving end also comprises respectively and being connected with the receiving-end state control module with the data check module, is transferred to the USB standard interface of home intelligent terminal for the service data that will meet USB HID standard;
Also being included as the touch-control end provides the lithium battery of power supply; Be used to the touch-control end that the charging inlet of grafting charging plug is provided; The on ﹠ off switch that is used for the control power switch; Described central processing unit is the super low-power consumption processor;
A kind of operation recognition methods of wireless touch telechiric device comprises the steps:
S1000: Trackpad detects the operation of user's finger touch in real time;
S2000: operate when Trackpad detects user's finger touch, Trackpad sends wake-up signal to central processing unit;
S3000: the duty of central processing unit control touch-control end enters mode of operation by standby mode;
S4000: Trackpad transmission touch information is to central processing unit;
S5000: central processing unit judges whether the finger touch operation is that two fingers touch; Two fingers touch in this way, execution in step S5100; Such as no execution S5800;
S5100: whether central processing unit comparison two finger touch informations can judge two finger touch operation sequencings; If could execution in step S5200; Such as no execution S6100;
S5200: the positioning action information that central processing unit transmits first finger touch point skips to cursor simultaneously and touches first the finger place; Execution in step S5300;
S5300: central processing unit judges whether two fingers had movement in 1 second; If it is execution in step S5400; Such as no execution S6200;
S5400: central processing unit judges whether two fingers are reverse slide; If two fingers are reverse slide then execution in step S5500; If two fingers are for sliding in the same way then execution in step S6300;
S5500: central processing unit judges that two spans are from whether shortening; If it is execution in step S5600; If otherwise execution in step S5700;
S5600: central processing unit transmits the reduction operation information of two finger touch points;
S5700: central processing unit transmits amplifieroperation information;
S5800: central processing unit judges that whether the finger touch time is less than 0.2 second; If less than 0.2 second then execution in step S5900; Such as no execution S6000;
S5900: central processing unit transmits the single-click operation information of current touch point;
S6000: central processing unit skips to the finger place with cursor and follows finger movement;
S6100: central processing unit skips to left side or top finger place with cursor; Execution in step S5300;
S6200: central processing unit transmits long pressing or the right mouse button operation information;
S6300: central processing unit transmits drag operation information.
Describedly also comprise: set up for detection of the touch area of User Defined finger touch operation and bind the respective action instruction; The operation of described User Defined finger touch comprises with drawing a circle or drawing triangle, singly refer to or the finger touch operation of two fingers; Described respective action instruction comprises Back, Home, Menu order or the user development order under the Android system; Set up the Trackpad coordinate to the ratio mapping relations between the display screen coordinate of family's intelligent terminal; The finger touch point of user on Trackpad be as the Trackpad coordinate, the display screen respective coordinates place display highlighting of home intelligent terminal; The user on Trackpad during moveable finger, the corresponding mobile pointer of the demonstration screen display of home intelligent terminal.
Owing to adopted technique scheme, 2.4GHz wireless radio frequency remote control mode is adopted in wireless touch telechiric device provided by the invention and operation recognition methods thereof, and transmission speed is fast, transmission range is long, possess the barrier penetration capacity and not limited by communication party tropism; Adopt the operation recognition methods of the two finger touch operation modes that embed central processing unit, can realize the touch-control of each two fingers, dirigibility is high, can be handling good with man-machine interaction; The data transmission of telechiric device and home intelligent terminal is finished in employing based on the usb communication agreement, catering to present home intelligent terminal extensively supports the HID interface to connect the applied environment of peripherals, as long as support the home intelligent terminal of HID interface all can use this telechiric device, compatible high, range of application is wide; The present invention is simple and efficient to handle, use is flexible and efficient, is the indispensable utility appliance of home intelligent terminal product.
Description of drawings
Fig. 1 is apparatus structure block diagram of the present invention;
Fig. 2 is the process flow diagram of operation recognition methods of the present invention.
Embodiment
Below in conjunction with accompanying drawing the present invention is elaborated:
Wireless touch telechiric device as shown in Figure 1 comprises touch-control end and receiving end; Described touch-control end comprises Trackpad 1100 and central processing unit 1200; Described Trackpad 1100 comprises the touch area 1101 that operates and generate corresponding touch information for detection of user's finger touch; Be connected with touch area 1101, the touch information that is used for transmitting according to touch area 1101 sends wake-up signal to central processing unit 1200 and the touch information that touch area 1101 transmits is carried out being transferred to after the analog to digital conversion touch-control chip 1102 of central processing unit 1200; Described central processing unit 1200 comprises with touch-control chip 1102 and being connected, and is used for depositing the data register 1201 of the touch information that touch-control chip 1102 transmits; Be connected with data register 1201, the touch information that is used for depositing according to data register 1201 is judged the operation of the current execution of user and the operation judges module 1202 of output result of determination; Be connected with operation judges module 1202, be used for the operation information that operation judges module 1202 transmits is converted to the data conversion module 1203 of the service data that meets USB HID standard; Be connected with touch-control chip 1102, finish the touch-control end status control module 1204 that touch-control end duty is switched for the wake-up signal that duty and touch-control chip 1102 according to current touch-control end send over; Be used for the touch-control end and be connected with receiving end to the code connection, finish the touch-control end of touch-control end and receiving end pairing to code control module 1206; Code control module 1206 is connected with the touch-control end with touch-control end status control module 1204 respectively, is used to indicate the duty of touch-control end and the touch-control end state indicating module 1205 of communication state; Described touch-control end also comprises respectively and code control module 1206 being connected with the touch-control end with data conversion module 1203, is used for data conversion module 1203 is transmitted the wireless transmitter module 1300 that unpaired message that the service data that meets USB HID standard and touch-control end transmit code control module 1206 sends to receiving end; Described receiving end comprises with wireless transmitter module 1300 and being connected, and is used for receiving the service data that meets USB HID standard that wireless transmitter module 1300 sends over and wireless receiving module 2100 and the microprocessor 2200 of unpaired message; Described microprocessor 2200 comprises the receiving-end state control module 2204 that communicates for controlling USB standard interface and home intelligent terminal; Code control module 2202 is connected with receiving end with receiving-end state control module 2204 respectively, is used to indicate the receiving-end state indicating module 2203 of the communication state of receiving end and touch-control end and home intelligent terminal; Be used for receiving end and be connected with the touch-control end to the code connection, finish the receiving end of receiving end and touch-control end pairing to code control module 2202; Be connected with wireless receiving module 2100, be used for behind the service data that meets USB HID standard that verification wireless receiving module 2100 transmits and the transfer check the accurately data check module 2201 of complete service data; Described receiving end also comprises respectively and being connected with receiving-end state control module 2204 with data check module 2201, is transferred to the USB standard interface 2300 of home intelligent terminal for the service data that will meet USB HID standard; Also being included as the touch-control end provides the lithium battery of power supply; Be used to the touch-control end that the charging inlet of grafting charging plug is provided; The on ﹠ off switch that is used for the control power switch; Described central processing unit 1200 is the super low-power consumption processor.
The operation recognition methods of wireless touch telechiric device as shown in Figure 2 comprises the steps:
S1000: Trackpad detects the operation of user's finger touch in real time;
S2000: operate when Trackpad detects user's finger touch, Trackpad sends wake-up signal to central processing unit;
S3000: the duty of central processing unit control touch-control end enters mode of operation by standby mode;
S4000: Trackpad transmission touch information is to central processing unit;
S5000: central processing unit judges whether the finger touch operation is that two fingers touch; Two fingers touch in this way, execution in step S5100; Such as no execution S5800;
S5100: whether central processing unit comparison two finger touch informations can judge two finger touch operation sequencings; If could execution in step S5200; Such as no execution S6100;
S5200: the positioning action information that central processing unit transmits first finger touch point skips to cursor simultaneously and touches first the finger place; Execution in step S5300;
S5300: central processing unit judges whether two fingers had movement in 1 second; If it is execution in step S5400; Such as no execution S6200;
S5400: central processing unit judges whether two fingers are reverse slide; If two fingers are reverse slide then execution in step S5500; If two fingers are for sliding in the same way then execution in step S6300;
S5500: central processing unit judges that two spans are from whether shortening; If it is execution in step S5600; If otherwise execution in step S5700;
S5600: central processing unit transmits the reduction operation information of two finger touch points;
S5700: central processing unit transmits amplifieroperation information;
S5800: central processing unit judges that whether the finger touch time is less than 0.2 second; If less than 0.2 second then execution in step S5900; Such as no execution S6000;
S5900: central processing unit transmits the single-click operation information of current touch point;
S6000: central processing unit skips to the finger place with cursor and follows finger movement;
S6100: central processing unit skips to left side or top finger place with cursor; Execution in step S5300;
S6200: central processing unit transmits long pressing or the right mouse button operation information;
S6300: central processing unit transmits drag operation information.
The operation information that central processing unit transmits sends to receiving end by wireless transmitter module and wireless receiving module and exports to home intelligent terminal by the USB standard interface finish and control after the verification of data check module;
Described method also comprises: set up the touch area that operates for detection of the User Defined finger touch and bind the respective action instruction; The operation of described User Defined finger touch comprises with drawing a circle or drawing triangle, singly refer to or the finger touch operation of two fingers; Described respective action instruction comprises Back, Home, Menu order or the user development order under the Android system; Set up the Trackpad coordinate to the ratio mapping relations between the display screen coordinate of family's intelligent terminal; The finger touch point of user on Trackpad be as the Trackpad coordinate, the display screen respective coordinates place display highlighting of home intelligent terminal; The user on Trackpad during moveable finger, the corresponding mobile pointer of the demonstration screen display of home intelligent terminal.
When using this wireless touch telechiric device, the user is connected to the home intelligent terminal of supporting the HID interface with receiving end by the USB standard interface, hand takes the touch-control end to press on ﹠ off switch startup wireless touch telechiric device, the touch-control end carries out wireless code being connected to the code control module to code control module and receiving end, finish the pairing of touch-control end and receiving end, the home intelligent terminal of connection receiving end can be carried out the user's operation from the touch-control end, Trackpad detects the operation of user's finger touch in real time, Trackpad does not detect the operation of user's finger touch in 30 seconds, touch-control end status control module will be switched the touch-control end and enter standby mode, when detecting the operation of user's finger touch, Trackpad sends wake-up signal to touch-control end status control module, touch-control end status control module is switched the touch-control end and is entered mode of operation, data register is deposited the touch information that touch-control chip 1102 transmits, the operation judges module is judged the operation of the current execution of user and is converted to the service data that meets USB HID standard via data conversion module and is sent to the data check module by wireless transmitter module and wireless receiving module and carries out outputing to home intelligent terminal by the USB standard interface again after the verification, has realized the controlling home intelligent terminal by this wireless touch telechiric device and operation recognition methods completing user two finger touch operation modes thereof.
2.4GHz wireless radio frequency remote control mode is adopted in wireless touch telechiric device provided by the invention and operation recognition methods thereof, and transmission speed is fast, transmission range is long, possess the barrier penetration capacity and not limited by communication party tropism; Adopt the operation recognition methods of the two finger touch operation modes that embed central processing unit, can realize the touch-control of each two fingers, dirigibility is high, can be handling good with man-machine interaction; The data transmission of telechiric device and home intelligent terminal is finished in employing based on the usb communication agreement, catering to present home intelligent terminal extensively supports the HID interface to connect the applied environment of peripherals, as long as support the home intelligent terminal of HID interface all can use this telechiric device, compatible high, range of application is wide; The present invention is simple and efficient to handle, use is flexible and efficient, is the indispensable utility appliance of home intelligent terminal product.
The above; only be the better embodiment of the present invention; but protection scope of the present invention is not limited to this; anyly be familiar with those skilled in the art in the technical scope that the present invention discloses; be equal to replacement or change according to technical scheme of the present invention and inventive concept thereof, all should be encompassed within protection scope of the present invention.
Claims (8)
1. a wireless touch telechiric device is characterized in that, comprises touch-control end and receiving end;
Described touch-control end comprises Trackpad (1100) and central processing unit (1200);
Described Trackpad (1100) comprises the touch area (1101) that operates and generate corresponding touch information for detection of user's finger touch; Be connected with touch area (1101), the touch information that is used for transmitting according to touch area (1101) sends wake-up signal to central processing unit (1200) and the touch information that touch area (1101) transmit is carried out being transferred to after the analog to digital conversion touch-control chip (1102) of central processing unit (1200);
Described central processing unit (1200) comprises with touch-control chip (1102) and being connected, and is used for depositing the data register (1201) of the touch information that touch-control chip (1102) transmits; Be connected with data register (1201), the touch information that is used for depositing according to data register (1201) is judged the operation of the current execution of user and the operation judges module (1202) of output result of determination; Be connected with operation judges module (1202), be used for the operation information that operation judges module (1202) transmits is converted to the data conversion module (1203) of the service data that meets USB HID standard; Be connected with touch-control chip (1102), finish the touch-control end status control module (1204) that touch-control end duty is switched for the wake-up signal that duty and touch-control chip (1102) according to current touch-control end send over; Be used for the touch-control end and be connected with receiving end to the code connection, finish the touch-control end of touch-control end and receiving end pairing to code control module (1206); Code control module (1206) is connected with the touch-control end with touch-control end status control module (1204) respectively, is used to indicate the duty of touch-control end and the touch-control end state indicating module (1205) of communication state;
Described touch-control end also comprises respectively and code control module (1206) being connected with the touch-control end with data conversion module (1203), is used for data conversion module (1203) is transmitted the wireless transmitter module (1300) that unpaired message that the service data that meets USB HID standard and touch-control end transmit code control module (1206) sends to receiving end;
Described receiving end comprises with wireless transmitter module (1300) and being connected, and is used for receiving the service data that meets USB HID standard that wireless transmitter module (1300) sends over and wireless receiving module (2100) and the microprocessor (2200) of unpaired message;
Described microprocessor (2200) comprises the receiving-end state control module (2204) that communicates for controlling receiving end and home intelligent terminal; Code control module (2202) is connected with receiving end with receiving-end state control module (2204) respectively, is used to indicate the receiving-end state indicating module (2203) of the communication state of receiving end and touch-control end and home intelligent terminal; Be used for receiving end and be connected with the touch-control end to the code connection, finish the receiving end of receiving end and touch-control end pairing to code control module (2202); Be connected with wireless receiving module (2100), be used for behind the service data that meets USB HID standard that verification wireless receiving module (2100) transmits and the transfer check the accurately data check module (2201) of complete service data; Described receiving end also comprises respectively and being connected with receiving-end state control module (2204) with data check module (2201), is transferred to the USB standard interface (2300) of home intelligent terminal for the service data that will meet USB HID standard.
2. a kind of wireless touch telechiric device according to claim 1 characterized by further comprising the lithium battery that power supply is provided for the touch-control end.
3. a kind of wireless touch telechiric device according to claim 1 and 2 characterized by further comprising the charging inlet that is used to the touch-control end that the grafting charging plug is provided.
4. a kind of wireless touch telechiric device according to claim 1 and 2 characterized by further comprising the on ﹠ off switch for the control power switch.
5. a kind of wireless touch telechiric device according to claim 1 is characterized in that described central processing unit (1200) is the super low-power consumption processor.
6. the operation recognition methods of a wireless touch telechiric device is characterized in that comprising the steps:
S1000: Trackpad detects the operation of user's finger touch in real time;
S2000: operate when Trackpad detects user's finger touch, Trackpad sends wake-up signal to central processing unit;
S3000: the duty of central processing unit control touch-control end enters mode of operation by standby mode;
S4000: Trackpad transmission touch information is to central processing unit;
S5000: central processing unit judges whether the finger touch operation is that two fingers touch; Two fingers touch in this way, execution in step S5100; Such as no execution S5800;
S5100: whether central processing unit comparison two finger touch informations can judge two finger touch operation sequencings; If could execution in step S5200; Such as no execution S6100;
S5200: the positioning action information that central processing unit transmits first finger touch point skips to cursor simultaneously and touches first the finger place; Execution in step S5300;
S5300: central processing unit judges whether two fingers had movement in 1 second; If it is execution in step S5400; Such as no execution S6200;
S5400: central processing unit judges whether two fingers are reverse slide; If two fingers are reverse slide then execution in step S5500; If two fingers are for sliding in the same way then execution in step S6300;
S5500: central processing unit judges that two spans are from whether shortening; If it is execution in step S5600; If otherwise execution in step S5700;
S5600: central processing unit transmits the reduction operation information of two finger touch points;
S5700: central processing unit transmits amplifieroperation information;
S5800: central processing unit judges that whether the finger touch time is less than 0.2 second; If less than 0.2 second then execution in step S5900; Such as no execution S6000;
S5900: central processing unit transmits the single-click operation information of current touch point;
S6000: central processing unit skips to the finger place with cursor and follows finger movement;
S6100: central processing unit skips to left side or top finger place with cursor; Execution in step S5300;
S6200: central processing unit transmits long pressing or the right mouse button operation information;
S6300: central processing unit transmits drag operation information.
7. the operation recognition methods of a kind of wireless touch telechiric device according to claim 6 characterized by further comprising: set up the touch area that operates for detection of the User Defined finger touch and bind the respective action instruction; The operation of described User Defined finger touch comprises with drawing a circle or drawing triangle, singly refer to or the finger touch operation of two fingers; Described respective action instruction comprises Back, Home, Menu order or the user development order under the Android system.
8. the operation recognition methods of a kind of wireless touch telechiric device according to claim 6 characterized by further comprising: set up the Trackpad coordinate to the ratio mapping relations between the display screen coordinate of family's intelligent terminal; The finger touch point of user on Trackpad be as the Trackpad coordinate, the display screen respective coordinates place display highlighting of home intelligent terminal; The user on Trackpad during moveable finger, the corresponding mobile pointer of the demonstration screen display of home intelligent terminal.
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| CN103297833B (en) * | 2013-05-10 | 2017-01-25 | 深圳Tcl新技术有限公司 | Data processing method and date processing device based on intelligent remote control system |
| WO2014190600A1 (en) * | 2013-05-31 | 2014-12-04 | 深圳市同洲电子股份有限公司 | Method and system thereof for controlling remotely digital television terminal via mobile terminal |
| CN103353802A (en) * | 2013-06-26 | 2013-10-16 | 瑞安市峰达汽车部件有限公司 | Touch sensitive remote-control unit |
| CN103885707A (en) * | 2014-02-27 | 2014-06-25 | 四川长虹电器股份有限公司 | Multi-touch technology based human-computer interaction method and remote controller |
| CN104020875A (en) * | 2014-05-13 | 2014-09-03 | 小米科技有限责任公司 | Touch module, equipment control method, controller and electronic equipment |
| CN104636065A (en) * | 2014-12-31 | 2015-05-20 | 小米科技有限责任公司 | Method and device for awakening terminal |
| CN109544887A (en) * | 2018-11-02 | 2019-03-29 | 苏州云之维昊电子科技有限公司 | Touch interaction wireless connection device and system |
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| CN102880339B (en) | 2016-01-27 |
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