CN104090649A - Intelligent watchband and operating control method thereof - Google Patents
Intelligent watchband and operating control method thereof Download PDFInfo
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- CN104090649A CN104090649A CN201410217677.0A CN201410217677A CN104090649A CN 104090649 A CN104090649 A CN 104090649A CN 201410217677 A CN201410217677 A CN 201410217677A CN 104090649 A CN104090649 A CN 104090649A
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Abstract
The invention relates to an intelligent watchband and an operating control method thereof. The intelligent watchband is provided with a watchband main body, a watchband bracket connected with the watchband main body and a display embedded into the watchband bracket, wherein a three-axis gyroscope and a core processor are arranged on the watchband main body; the signal output end of the three-axis gyroscope is connected with the signal input end of the core processor; the three-axis gyroscope is used for detecting angular acceleration signals or angular speed signals of the intelligent watchband in X-axis, Y-axis and Z-axis directions and sending the angular acceleration signals or the angular speed signals to the core processor; the control output end of the core processor is connected with the display; the core processor is used for analyzing and processing the received angular acceleration signals or angular speed signals and sending a control command to the display so as to control on or off state of the display and switching of display interfaces. By wearing the intelligent watchband, a user only needs to rotate the wrist for achieving the operating control on the intelligent watchband, the intelligent watchband is more convenient to use, and the problem of inconvenience in use of existing intelligent wearable equipment is solved.
Description
Technical field
The present invention relates to a kind of watchband, be specifically related to a kind of person-to-person communication electronic equipment and method of controlling operation thereof thereof communicating with intelligent mobile terminal, its profile of this electronic equipment is a kind of watchband of general wristwatch.
Background technology
At present, along with popularizing of intelligent mobile terminal, people are further strong to the serious hope of information pickup, and expectation can be obtained various information whenever and wherever possible.But existing intelligent mobile terminal is as mobile phone and PAD, although small and exquisite, but in order to read, to surf the web and playing, the screen size of intelligent mobile terminal becomes increasing, and when operation in, needs this intelligent mobile terminal of user's finger contacts, head deflects into the screen orientation of intelligent mobile terminal, and needs eyes to pay close attention to this terminal while operating always.Therefore,, if need to when operative intelligence mobile terminal, still can produce inconvenience in walking, being engaged in various work or carrying out recreation, not only affect people's notice, and can cause certain potential safety hazard.
In recent years, along with microelectric technique, computer technology and other correlation techniques are increasingly mature and widespread use, wearable computer appears at as developing direction emerging in computer realm in people's the visual field, be at present developing period with rapid changepl. never-ending changes and improvements, by computing machine being worn on it user, thereby realize man-machine more closely combination, make every effort to allow computing machine more naturally behave service is provided.
Domestic existing wearable computer equipment, comprises two kinds at present, a kind of entirely passive type equipment, and without any display module, another kind is interactive equipment, has independently display module.In the equipment of interactive formula, existing product has all been used at least more than one physical button or touch-screen and has been lighted and closed display interface, or the switching of opertaing device displaying contents, or the activation of sleep pattern.
The shortcoming of prior art is: must use physical button, or use touch-screen, thereby make user cannot be singlehanded carry out the switching of opertaing device displaying contents.In addition, in the time of operation, must come button or slip touch-screen with another hand, this makes user in running or cannot wearing equipment easy to use in driving.
Application number is in one section of Patent Application Publication of 201110439477.6, " a kind of electronic document reading control method of mobile electronic product " disclosed, this patent is in application documents, in mobile electronic product, be provided with gravity rocking bar chip, gravity rocking bar chip sends the electric signal of mobile electronic product center of gravity present position, and complete the conversion of centre of gravity place information and cursor position information, thereby obtain the documents location coordinate that cursor should move to, with tool position coordinates, cursor is positioned, user in use, realize moving up and down or page turning of document by the inclination up and down to mobile electronic product.
Above-mentioned patent documentation is by location and mobile movement or the page turning that realizes document of cursor, reaction velocity is slower, user often needs to wait for that certain hour just can obtain page turning or mobile result, extremely inconvenient for reading, if user is walking or the section in relatively jolting onboard, this control document moves or the mode of page turning tends to occur misoperation, as long as there is inclination on mobile device and ground, just likely there is page turning or movement, use extremely inconvenient.
Summary of the invention
The object of this invention is to provide a kind of intelligent watchband, this intelligence watchband arranges three-axis gyroscope, and be worn in user's wrist, user only need rotate wrist and can realize the interface of intelligent watchband is operated, do not need to touch with hand, and by three-axis gyroscope, the detection of angle acceleration or angular velocity is realized the switching at interface, it is more accurate to control, cannot one-handed performance control in order to solve existing intelligent wearing equipment, and inconvenient problem with use.
For achieving the above object, the solution of the present invention is: a kind of intelligent watchband, comprise watchband main body, the wrist-watch support being connected with watchband main body, be inlaid in the display in wrist-watch support, it is characterized in that: in described watchband main body, be also provided with three-axis gyroscope and core processor, the signal output part of described three-axis gyroscope is connected with the signal input part of core processor, described three-axis gyroscope for detection of intelligent watchband in X-axis, angle acceleration signal or angular velocity signal in Y-axis and Z-direction, and send to core processor, the control output end of described core processor is connected with the driving circuit of display, described core processor is for carrying out analyzing and processing to the described angle acceleration signal receiving, and send control command to display, control lighting of display, close or the switching of display interface, the switching of described display interface comprises the upper of display interface, a left side for lower switching and display interface, right cut is changed.
According to intelligent watchband of the present invention, further, described core processor comprises storage unit, logic analysis unit and control module, the content that described storage unit need to show for iatron, the signal input part of described logic analysis unit is connected with the signal output part of three-axis gyroscope, the angle acceleration signal that described logic analysis unit detects for receiving three-axis gyroscope, and carry out analyzing and processing; The signal output part of described logic analysis unit is connected with the control input end of control module, and described logic analysis is alone in analysis result is sent to control module; The control output end of described control module is connected with display, and described control module is for controlling lighting, close or the switching of display interface of display.
According to intelligent watchband of the present invention, further, described three-axis gyroscope and core processor are all inlaid in wrist-watch support.
According to intelligent watchband of the present invention, further, described core processor comprises bluetooth communication module, and this intelligence watchband is by described bluetooth communication module and mobile terminal wireless connections, for message exchange and parameter configuration.
According to intelligent watchband of the present invention, further, described mobile terminal is smart mobile phone or Intelligent flat computer.
The present invention also aims to provide a kind of method of controlling operation thereof of intelligent watchband, the method is that intelligent watchband is worn in user's wrist, be connected by bluetooth with mobile terminal, user only need rotate wrist can realize the operation to intelligent watchband, do not need to touch operation with hand, cannot one-handed performance control in order to solve existing intelligent wearing equipment, inconvenient problem with use.
For achieving the above object, the solution of the present invention is: a kind of method of controlling operation thereof of intelligent watchband, comprises the steps:
(1) the angle acceleration rate threshold while setting intelligent watchband rotation in X-axis, Y-axis and Z-direction and the time delay of display interfaces;
(2) rotate wrist, detect in real time the angle acceleration signal of intelligent watchband in X-axis, Y-axis and Z-direction, and send to core processor by three-axis gyroscope, core processor carries out analyzing and processing to the described angle acceleration signal receiving;
(3), in the situation that display is closed, if the absolute angle acceleration of intelligent watchband in X-axis or Y-axis or Z-direction is greater than the angle acceleration rate threshold of setting, the order of core processor sending point bright display, controls display and lights;
(4) in the situation that display is lighted, if intelligent watchband is greater than the angle acceleration rate threshold of setting at the angle acceleration in X-direction, core processor sends the control command of switching up and down at interface to display, and the content that the needs of core processor storage inside are shown sends to display, show corresponding contents by display, realize the switching controls up and down of display interfaces;
(5) in the situation that display is lighted, if intelligent watchband is greater than the angle acceleration rate threshold of setting at the angle acceleration in Y direction, core processor sends the control command of switching left and right, interface to display, and the content that the needs of core processor storage inside are shown sends to display, show corresponding contents by display, realize the left and right switching controls of display interfaces;
(6), in the situation that display is lighted, if in time delay is lighted in setting, the angle accekeration of wrist-watch support in X-axis, Y-axis and Z-direction all do not reach the angle acceleration rate threshold of setting, controls display and closes.
The method according to this invention, described step (4) further comprises:
(1) if be greater than around X-axis angle acceleration forward the angle acceleration rate threshold that the party upwards sets, switch from bottom to top an interface;
(2) if the angle acceleration on X-axis negative sense is greater than the angle acceleration rate threshold that the party upwards sets, switch from the top down an interface.
The method according to this invention, described step (5) further comprises:
(1) if be greater than around Y-axis angle acceleration forward the angle acceleration rate threshold that the party upwards sets, switch from left to right an interface;
(2) if the angle acceleration on Y-axis negative sense is greater than the angle acceleration rate threshold that the party upwards sets, switch from right to left an interface;
The beneficial effect that the present invention reaches: intelligent watchband of the present invention can make the singlehanded display interface of controlling of user, just can light display interface without button or contact touch-screen, and interface switching checks different content, in the time running or drive, bring more convenient and safe mode of operation; And intelligent watchband of the present invention is not in the time obvious angular velocity varies being detected, can automatically close, save electric weight.
And, this intelligence watchband is realized the function of page turning by detection angles acceleration or angular velocity, react sensitiveer, even the section of jolting, as long as angle acceleration or the angular velocity of setting are not rotated or do not reached to wrist, just there will not be misoperation, it is more accurate to control, and uses convenient.
Brief description of the drawings
Fig. 1 is intelligent meter band structure figure of the present invention;
Fig. 2 is the schematic diagram of the present invention's intelligence watchband;
Fig. 3 is control method process flow diagram of the present invention;
Fig. 4 is the direction schematic diagram of the present invention's operation display of rotating wrist.
Embodiment
Below in conjunction with accompanying drawing, the present invention is further detailed explanation.
Intelligent watchband embodiment of the present invention:
As shown in Figure 1,1 is display, and 2 is watchband main body, and 3 is wrist-watch support.Wrist-watch support is connected with watchband main body, and display and wrist-watch support assorted embed in wrist-watch support.
In described watchband main body, be also provided with three-axis gyroscope and core processor, described three-axis gyroscope and core processor are all inlaid in wrist-watch support.As shown in Figure 2, the signal output part of described three-axis gyroscope is connected with the signal input part of core processor, angle acceleration signal or angular velocity signal for detection of intelligent watchband in X-axis, Y-axis and Z-direction, and send to core processor.The control output end of described core processor is connected with display, for the described angle acceleration signal or the angular velocity signal that receive are carried out to analyzing and processing, and send control command to display, control lighting, close and the switching of display interface of display.
Core processor in the present embodiment comprises storage unit, logic analysis unit and control module, the content that in described storage unit, iatron need to show, the signal input part of described logic analysis unit is connected with the signal output part of three-axis gyroscope, and the angle acceleration signal receiving or angular velocity signal are carried out to analyzing and processing.The signal output part of described logic analysis unit is connected with the control input end of control module, for analysis result is sent to control module.The control output end of described control module is connected with display, send control command to display, control lighting, close and the switching of display interface of display, in the time that needs switch display interface, control module is according to the analysis result of logic analysis unit, corresponding displaying contents in storage unit is sent to display, realize the switching of display interface.
The core processor of the present embodiment also comprises bluetooth communication module, and this intelligence watchband is by described bluetooth communication module and mobile terminal wireless connections, for message exchange and parameter configuration.The state of mobile terminal can show on the display of intelligent watchband, comprise: note, phone, battery electric quantity or Email etc., avoid because missing important information, the loss bringing to user, mobile terminal can be smart mobile phone or Intelligent flat computer.
This intelligence watchband is worn in user's wrist, and user only need bring line operate into intelligent meter by rotating wrist.Angle acceleration or the angular velocity of intelligence watchband in X-axis, Y-axis and Z-direction when described three-axis gyroscope rotates for detection of wrist, and send to core processor to carry out analyzing and processing, after core processor carries out analyzing and processing to the received signal, send control command to display, realize the corresponding function of controlling, specific operation process is as follows:
Under state at display in closing, if user wants a bright display, rotate wrist, three-axis gyroscope in intelligence watchband sends to core processor to carry out analyzing and processing the angle acceleration signal detecting or angular velocity signal, in the time detecting that absolute angle acceleration in X-axis or Y-axis or Z-direction or angular velocity reach the angle acceleration rate threshold of setting or angular velocity threshold value, just control display and light.
Under state at display in lighting, if user wants the display interface of left and right switching display, clockwise and rotate counterclockwise wrist, three-axis gyroscope in intelligence watchband sends to core processor to carry out analyzing and processing the angle acceleration signal detecting or angular velocity signal, in the time detecting that angle acceleration in Y direction or angular velocity reach the threshold value of setting, just control display left and right interface switching.As shown in Figure 4, when wrist clockwise rotates, display interfaces switches from left to right, when wrist rotates counterclockwise, and the display interfaces switching of turning left from the right side.
Under state at display in lighting, if user wants the display interface of upper and lower switching display, rotate wrist with outside to the inside, three-axis gyroscope in intelligence watchband sends to core processor to carry out analyzing and processing the angle acceleration signal detecting or angular velocity signal, in the time detecting that angle acceleration in X-direction or angular velocity reach the angle acceleration rate threshold of setting or angular velocity threshold value, just control the upper and lower interface switching of display.As shown in Figure 4, wrist inwardly turns, and display interfaces switches from top to bottom, and wrist outwards turns, and display interfaces switches from the bottom up.
If lighting in time delay of setting, angle acceleration in X-axis, Y-axis and Z-direction or angular velocity all do not reach angle acceleration rate threshold or the angular velocity threshold value of setting, core processor sends the control command of closing display, controls display and closes.Be 4 to 10 seconds the time delay of lighting that the present embodiment is set, and the angular velocity threshold value of setting is for being greater than 1/2rad/s, and the angle acceleration rate threshold of setting is for being greater than 1/2rad/s
2.
Intelligent watchband in the present embodiment is worn in user's wrist, and user only need bring line operate into intelligent meter by rotating wrist, without button or releasing touch-screen, uses convenient.
Control method embodiment of the present invention:
As shown in Figure 3, the control method in the present embodiment comprises the steps:
(1) angle acceleration rate threshold or angular velocity threshold value while setting intelligent watchband and rotate in X-axis, Y-axis and Z-direction, and the lighting time delay of set and display device;
(2) rotate wrist, detect in real time angle acceleration signal or the angular velocity signal of intelligent watchband in X-axis, Y-axis and Z-direction by three-axis gyroscope, and sending to core processor, core processor carries out analyzing and processing to the described angle acceleration signal or the angular velocity signal that receive;
(3) in the situation that display is closed, if the absolute angle acceleration of intelligent watchband in X-axis or Y-axis or Z-direction is greater than angle acceleration rate threshold or the angular velocity threshold value of setting, the order of core processor sending point bright display, controls display and lights;
(4) in the situation that display is lighted, if intelligent watchband is greater than angle acceleration rate threshold or the angular velocity threshold value of setting at the angle acceleration in X-direction or angular velocity, core processor sends the control command of switching up and down at interface to display, and the content that the needs of core processor storage inside are shown sends to display, show corresponding contents by display, realize the switching controls up and down of display interfaces;
(5) in the situation that display is lighted, if intelligent watchband is greater than angle acceleration rate threshold or the angular velocity threshold value of setting at the angle acceleration in Y direction or angular velocity, core processor sends the control command of switching left and right, interface to display, and the content that the needs of core processor storage inside are shown sends to display, show corresponding contents by display, realize the left and right switching controls of display interfaces;
(6), in the situation that display is lighted, if in setting-up time, the angle acceleration of intelligent watchband in X-axis, Y-axis and Z-direction or magnitude of angular velocity all do not reach the threshold value of setting, control display and close
Core processor comprises storage unit, logic analysis unit and control module, the content that in described storage unit, iatron need to show, logic analysis unit carries out analyzing and processing to the angle acceleration signal receiving or angular velocity signal, control module sends control command to display, control lighting, close and the switching of display interface of display, in the time that needs switch display interface, control module is according to the analysis result of logic analysis unit, corresponding displaying contents in storage unit is sent to display, realize the switching of display interface.Concrete operating process is as follows:
Under state at display in closing, if user wants a bright display, rotate wrist, three-axis gyroscope in intelligence watchband sends to core processor to carry out analyzing and processing the angle acceleration signal detecting or angular velocity signal, in the time detecting that absolute angle acceleration in X-axis, Y-axis Z-direction or angular velocity reach the angle acceleration rate threshold of setting or angular velocity threshold value, just control display and light.
Under state at display in lighting, if user wants the display interface of left and right switching display, clockwise and rotate counterclockwise wrist, three-axis gyroscope in intelligence watchband sends to core processor to carry out analyzing and processing the angle acceleration signal detecting or angular velocity signal, in the time detecting that angle acceleration in Y direction or angular velocity reach the threshold value of setting, just control display left and right interface switching.As shown in Figure 4, when wrist clockwise rotates, display interfaces switches from left to right, when wrist rotates counterclockwise, and the display interfaces switching of turning left from the right side.
Under state at display in lighting, if user wants the display interface of upper and lower switching display, rotate wrist with outside to the inside, three-axis gyroscope in intelligence watchband sends to core processor to carry out analyzing and processing the angle acceleration signal detecting or angular velocity signal, in the time detecting that angle acceleration in X-direction or angular velocity reach the threshold value of setting, just control the upper and lower interface switching of display.As shown in Figure 4, wrist inwardly turns, and display interfaces switches from top to bottom, and wrist outwards turns, and display interfaces switches from the bottom up.
If lighting in time delay of setting, angle acceleration in X-axis, Y-axis and Z-direction or angular velocity all do not reach angle acceleration rate threshold or the angular velocity threshold value of setting, core processor sends the control command of closing display, controls display and closes.Be 4 to 10 seconds the time delay of lighting that the present embodiment is set, and the angular velocity threshold value of setting is for being greater than 1/2rad/s, and the angle acceleration rate threshold of setting is for being greater than 1/2rad/s
2.
Intelligent watchband of the present invention can make the singlehanded display interface of controlling of user, just can light display interface without button or contact touch-screen, and interface switching checks different content, brings more convenient and safe mode of operation in the time running or drive; And intelligent watchband of the present invention is not in the time obvious angular velocity varies being detected, can automatically close, save electric weight.
Claims (8)
1. an intelligent watchband, comprise watchband main body, the wrist-watch support being connected with watchband main body, be inlaid in the display in wrist-watch support, it is characterized in that: in described watchband main body, be also provided with three-axis gyroscope and core processor, the signal output part of described three-axis gyroscope is connected with the signal input part of core processor, described three-axis gyroscope for detection of wrist-watch support in X-axis, angle acceleration signal or angular velocity signal in Y-axis and Z-direction, and send to core processor, the control output end of described core processor is connected with the driving circuit of display, described core processor is for carrying out analyzing and processing to the angle acceleration signal receiving or angular velocity signal, and send control command to display, control lighting of display, close or the switching of display interface, the switching of described display interface comprises the upper of display interface, a left side for lower switching and display interface, right cut is changed.
2. intelligent watchband according to claim 1, it is characterized in that described core processor comprises storage unit, logic analysis unit and control module, the content that described storage unit need to show for iatron, the signal input part of described logic analysis unit is connected with the signal output part of three-axis gyroscope, angle acceleration signal or angular velocity signal that described logic analysis unit detects for receiving three-axis gyroscope, and carry out analyzing and processing; The signal output part of described logic analysis unit is connected with the control input end of control module, and described logic analysis is alone in analysis result is sent to control module; The control output end of described control module is connected with display, and described control module is for controlling lighting, close or the switching of display interface of display.
3. intelligent watchband according to claim 1, is characterized in that described three-axis gyroscope and core processor are all inlaid in wrist-watch support.
4. intelligent watchband according to claim 2, is characterized in that described core processor comprises bluetooth communication module, and this intelligence watchband is by described bluetooth communication module and mobile terminal wireless connections, for message exchange and parameter configuration.
5. intelligent watchband according to claim 4, is characterized in that described mobile terminal is smart mobile phone or Intelligent flat computer.
6. a method of controlling operation thereof for intelligent watchband as claimed in claim 1, is characterized in that comprising the steps:
(1) angle acceleration rate threshold or angular velocity threshold value while setting wrist-watch support and rotate in X-axis, Y-axis and Z-direction, and the lighting time delay of set and display device;
(2) rotate wrist, detect in real time angle acceleration signal or the angular velocity signal of wrist-watch support in X-axis, Y-axis and Z-direction by three-axis gyroscope, and sending to core processor, core processor carries out analyzing and processing to the described angle acceleration signal or the angular velocity signal that receive;
(3) in the situation that display is closed, if the absolute angle acceleration of intelligent watchband in X-axis or Y-axis or Z-direction or angular velocity are greater than angle acceleration rate threshold or the angular velocity threshold value of setting, the order of core processor sending point bright display, controls display and lights;
(4) in the situation that display is lighted, if intelligent watchband is greater than angle acceleration rate threshold or the angular velocity threshold value of setting at the angle acceleration in X-direction or angular velocity, the control command that core processor sends the upper and lower switching in interface is to display, and the content that the needs of core processor storage inside are shown sends to display, show corresponding contents by display, realize the upper and lower switching controls of display interfaces;
(5) in the situation that display is lighted, if intelligent watchband is greater than angle acceleration rate threshold or the angular velocity threshold value of setting at the angle acceleration in Y direction or angular velocity, the control command that core processor sends the left and right switching in interface is to display, and the content that the needs of core processor storage inside are shown sends to display, show corresponding contents by display, realize the left and right switching controls of display interfaces;
(6), in the situation that display is lighted, if in time delay is lighted in setting, the angle acceleration of wrist-watch support in X-axis, Y-axis and Z-direction or angular velocity all do not reach the threshold value of setting, control display and close.
7. the method for controlling operation thereof of intelligent watchband according to claim 6, is characterized in that described step (4) comprising:
(1) if be greater than around X-axis angle acceleration or angular velocity forward angle acceleration rate threshold or the angular velocity threshold value that the party upwards sets, switch from bottom to top an interface;
(2) if the angle acceleration on X-axis negative sense is greater than angle acceleration rate threshold or the angular velocity threshold value that the party upwards sets, switch from the top down an interface.
8. the method for controlling operation thereof of intelligent watchband according to claim 6, is characterized in that described step (5) comprising:
(1) if be greater than around Y-axis angle acceleration or angular velocity forward angle acceleration rate threshold or the angular velocity threshold value that the party upwards sets, switch from left to right an interface;
(2) if angle acceleration or angular velocity on Y-axis negative sense are greater than angle acceleration rate threshold or the angular velocity threshold value that the party upwards sets, switch from right to left an interface.
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