CN104077051A - Wearable device standby and standby image providing method and apparatus - Google Patents
Wearable device standby and standby image providing method and apparatus Download PDFInfo
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- CN104077051A CN104077051A CN201410289554.8A CN201410289554A CN104077051A CN 104077051 A CN104077051 A CN 104077051A CN 201410289554 A CN201410289554 A CN 201410289554A CN 104077051 A CN104077051 A CN 104077051A
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Abstract
The invention provides a wearable device standby and standby image providing method and apparatus. An intelligent wearable device can be installed on the watch strap of a wrist watch. The standby image providing method includes a), obtaining an image of the area corresponding to the position of the watch strap, on which the intelligent wearable device is installed; b), sending the obtained image to the intelligent wearable device to enable the intelligent wearable device to display the image during standby.
Description
Technical field
The present invention relates to the communications field.More particularly, relate at electric terminal and provide the method and apparatus of standby image and the idle method of intelligent wearable device and equipment for intelligent wearable device.
Background technology
Along with electronic technology is development, various intelligent wearable devices are more and more universal.User both can use intelligent wearable device as general wristwatch, can obtain by intelligent wearable device again the partial function of intelligent terminal.
But intelligent wearable device in some aspects (such as ornamental) still cannot replace general wristwatch completely, and wear intelligent wearable device and general wristwatch has been brought inconvenience to user simultaneously.
Summary of the invention
The object of the present invention is to provide intelligent wearable device standby and the method and apparatus of standby image is provided.
To achieve these goals, according to an aspect of the present invention, provide a kind of and provide the method for standby image at electric terminal for intelligent wearable device, described intelligent wearable device can be installed on the watchband of wrist-watch, and described method comprises: A) obtain the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband; B) obtained image is sent to intelligent wearable device so that intelligent wearable device shows in the time of standby.
Alternatively, steps A) can comprise: A1) obtain the image that comprises described watchband; The region of the position A2) being mounted on described watchband corresponding to intelligent wearable device in described framing; A3) from described image, intercept the image in the region of locating as the image in the region of the position being mounted at described watchband corresponding to intelligent wearable device.
Alternatively, steps A 1) can comprise: the identifying information that obtains described watchband; Comprise the image of described watchband based on described identifying information search.
Alternatively, steps A 1) can comprise: show the list of watchband image and receive the selection to watchband image, or, take the image of described watchband in the time that described intelligent wearable device is not installed in response to user's operation and obtain the image that comprises described watchband.
Alternatively, the step of obtaining the identifying information of described watchband described in can comprise: the identifying information that receives the described watchband of user's input; Or, take in response to user's operation the information being associated with described watchband, and the information analysis being associated with described watchband of taking obtained to the identifying information of described watchband.
Alternatively, at least one in lising under the information that described and described watchband is associated can comprise: the model of the Quick Response Code of watchband, the bar code of watchband, watchband, the title of watchband, with watchband corresponding wrist-watch model, with the title of wrist-watch corresponding to watchband, with the bar code of wrist-watch corresponding to watchband and with the Quick Response Code of wrist-watch corresponding to watchband.
Alternatively, steps A 2) can comprise: the region that reception user selects on described image is as the region of the position being mounted on described watchband corresponding to intelligent wearable device.
Alternatively, steps A 2) can also comprise: the operation of selecting on described image in response to described user, communicate with intelligent wearable device, the image in selected region is sent to intelligent wearable device, to show the image in selected region at intelligent wearable device.
Alternatively, steps A 2) can comprise: the image image as a comparison when taking described watchband intelligent wearable device is installed in response to user's operation; Described image and contrast images are contrasted to the region to obtain the position being mounted corresponding to intelligent wearable device on described watchband on described image.
Alternatively, steps A) can comprise: take the image of the respective regions of described watchband in the time that described intelligent wearable device is not installed as the image in the region of the position being mounted corresponding to intelligent wearable device in response to user's operation on described watchband.
Alternatively, steps A) can comprise: A1) obtain the image that comprises described watchband; A2) analyze the image that obtains to determine the image in region of the position being mounted corresponding to intelligent wearable device on described watchband.
Alternatively, steps A 2) can comprise: analyze the perceptual property of watchband included in the image obtaining, wherein, the color attribute that described perceptual property is watchband and/or watchband texture properties; In the time that the perceptual property of watchband included in obtained image is the texture of solid color or rule, generate the image corresponding to intelligent wearable device screen area of meeting of described color or texture; The image of generation is defined as to the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband.
According to a further aspect in the invention, a kind of idle method for intelligent wearable device is provided, described intelligent wearable device is installed on the watchband of wrist-watch, and described method comprises: A) obtain the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband; B) detect and whether reach waiting condition; C), in the time reaching waiting condition, show that the image obtaining is as standby image.
Alternatively, steps A) can comprise: connect with electric terminal; Receive the image in the region of the position being mounted at described watchband corresponding to intelligent wearable device from electric terminal.
Alternatively, steps A) can comprise: in the time that described intelligent wearable device is installed in the ad-hoc location of watchband, receive the radio-frequency information from described ad-hoc location, wherein, described radio-frequency information carries the image of watchband or the positional information of described ad-hoc location of described ad-hoc location; Extract the image of watchband of ad-hoc location entrained in described radio-frequency information as the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband, or the image of the positional information corresponding to described ad-hoc location of reading pre-stored is as the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device.
Alternatively, the width of the display screen of described intelligent wearable device can be not more than the width of described watchband.
According to a further aspect in the invention, provide a kind of and provide the equipment of standby image at electric terminal for intelligent wearable device, described intelligent wearable device can be installed on the watchband of wrist-watch, describedly comprise for intelligent wearable device provides the equipment of standby image at electric terminal: acquiring unit, obtains the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device; Transmitting element, sends to intelligent wearable device by obtained image so that intelligent wearable device shows in the time of standby.
Alternatively, acquiring unit can comprise: watchband image acquisition unit, obtains the image that comprises described watchband; Positioning unit, the region of the position being mounted on described watchband corresponding to intelligent wearable device in described framing; Interception unit intercepts the image in the region of locating as the image in the region of the position being mounted at described watchband corresponding to intelligent wearable device from described image.
Alternatively, watchband image acquisition unit can comprise: watchband discrimination information acquisition unit, obtain the identifying information of described watchband; Search unit, based on described identifying information, search comprises the image of described watchband.
Alternatively, watchband image acquisition unit can show the list of watchband image and receive the selection to watchband image, or, can take the image of described watchband in the time that described intelligent wearable device is not installed in response to user's operation and obtain the image that comprises described watchband.
Alternatively, watchband discrimination information acquisition unit can receive the identifying information of the described watchband of user's input; Or, take in response to user's operation the information being associated with described watchband, and the information analysis being associated with described watchband of taking obtained to the identifying information of described watchband.
Alternatively, at least one in lising under the information that described and described watchband is associated can comprise: the model of the Quick Response Code of watchband, the bar code of watchband, watchband, the title of watchband, with watchband corresponding wrist-watch model, with the title of wrist-watch corresponding to watchband, with the bar code of wrist-watch corresponding to watchband and with the Quick Response Code of wrist-watch corresponding to watchband.
Alternatively, positioning unit can receive the region as the position being mounted on described watchband corresponding to intelligent wearable device, region that user selects on described image.
Alternatively, the operation that positioning unit can also be selected on described image in response to described user, communicate with intelligent wearable device, the image in selected region is sent to intelligent wearable device, to show the image in selected region at intelligent wearable device.
Alternatively, positioning unit can comprise: contrast images is taken unit, the image image as a comparison when taking described watchband intelligent wearable device is installed in response to user's operation; Contrast unit, contrasts the region to obtain the position being mounted corresponding to intelligent wearable device on described watchband on described image by described image and contrast images.
Alternatively, acquiring unit can be taken the image of the respective regions of described watchband in the time that described intelligent wearable device is not installed as the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device in response to user's operation.
Alternatively, acquiring unit can comprise: watchband image acquisition unit, obtains the image that comprises described watchband; Analytic unit, analyzes the image that obtains to determine the image in region of the position being mounted corresponding to intelligent wearable device on described watchband.
Alternatively, analytic unit can comprise: perceptual property analytic unit, and the perceptual property of included watchband in the image that analysis is obtained, wherein, the color attribute that described perceptual property is watchband and/or watchband texture properties; Generation unit, in the time that the perceptual property of watchband included in obtained image is the texture of solid color or rule, generates the image corresponding to intelligent wearable device screen area of meeting of described color or texture; Determining unit, is defined as the image of generation the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device.
According to a further aspect in the invention, a kind of machine equipment for the treatment of for intelligent wearable device is provided, described intelligent wearable device is installed on the surface of watchband of wrist-watch, describedly treat that machine equipment comprises: acquiring unit, obtains the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device; Detecting unit, detects and whether reaches waiting condition; Display unit, in the time reaching waiting condition, shows that the image obtaining is as standby image.
Alternatively, acquiring unit can comprise: linkage unit, connects with electric terminal; Receiving element, receives the image in the region of the position being mounted at described watchband corresponding to intelligent wearable device from electric terminal.
Alternatively, acquiring unit can comprise: radio-frequency information receiving element, in the time that described intelligent wearable device is installed in the ad-hoc location of watchband, receive the radio-frequency information from described ad-hoc location, wherein, described radio-frequency information carries the image of watchband or the positional information of described ad-hoc location of described ad-hoc location; Extraction unit, extract the image of watchband of ad-hoc location entrained in described radio-frequency information as the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband, or the image of the positional information corresponding to described ad-hoc location of reading pre-stored is as the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device.
Alternatively, the width of the display screen of described intelligent wearable device is not more than the width of described watchband.
According to scheme described above, make user wear easily wrist-watch and intelligent wearable device, and improved the ornamental of intelligent wearable device simultaneously, bring convenience to user.
By part in ensuing description set forth the present invention other aspect and/or advantage, some will be clearly by descriptions, or can pass through enforcement of the present invention and learning.
Brief description of the drawings
By the detailed description of carrying out below in conjunction with accompanying drawing, above and other objects of the present invention, feature and advantage will become apparent, wherein:
Fig. 1 illustrates according to an exemplary embodiment of the present invention at electric terminal provides the process flow diagram of the method for standby image for intelligent wearable device;
Fig. 2 illustrates the first pass figure of the concrete steps of the image in the region that obtains according to an exemplary embodiment of the present invention the position being mounted corresponding to intelligent wearable device on described watchband;
Fig. 3 illustrates the second process flow diagram of the concrete steps of the image in the region that obtains according to an exemplary embodiment of the present invention the position being mounted corresponding to intelligent wearable device on described watchband;
Fig. 4 illustrates according to an exemplary embodiment of the present invention the process flow diagram for the idle method of intelligent wearable device;
Fig. 5 illustrates according to an exemplary embodiment of the present invention at electric terminal provides the block diagram of the equipment of standby image for intelligent wearable device;
Fig. 6 illustrates the first block diagram of acquiring unit according to an exemplary embodiment of the present invention;
Fig. 7 illustrates the second block diagram of acquiring unit according to an exemplary embodiment of the present invention;
Fig. 8 illustrates the block diagram for the treatment of machine equipment for intelligent wearable device according to an exemplary embodiment of the present invention;
Fig. 9 illustrates the schematic diagram of taking according to an exemplary embodiment of the present invention watchband bar code;
Figure 10 illustrates the schematic diagram that shows according to an exemplary embodiment of the present invention watchband list;
Figure 11 illustrates the schematic diagram of taking according to an exemplary embodiment of the present invention the image of described watchband in the time that intelligent wearable device is not installed.
Embodiment
Below, describe more fully with reference to the accompanying drawings exemplary embodiment of the present invention, exemplary embodiment is shown in the drawings.But, exemplifying embodiment embodiment in many different forms, and should not be construed as limited to exemplary embodiment set forth herein.On the contrary, thereby provide these embodiment disclosure will be thoroughly and complete, and will fully the scope of exemplary embodiment be conveyed to those skilled in the art.
Intelligent according to an exemplary embodiment of the present invention wearable device can be installed on the watchband of wrist-watch so that user wears wrist-watch and intelligent wearable device easily simultaneously, in addition, intelligence wearable device can show in the time of standby that the watchband region taking with it conforms to and standby image, improve the ornamental of intelligent wearable device, brought convenience to user.
Fig. 1 illustrates according to an exemplary embodiment of the present invention at electric terminal provides the process flow diagram of the method for standby image for intelligent wearable device.
With reference to Fig. 1, at step S10, obtain the image in the region of the position being mounted corresponding to intelligent wearable device on watchband.
As example, Fig. 2 shows the detailed step of step S10 according to an exemplary embodiment of the present invention.With reference to Fig. 2, at step S1110, obtain the image that comprises watchband.Can obtain the image that comprises watchband by various watchband image acquiring methods.
As an example obtaining the image that comprises watchband, can obtain the identifying information of watchband, the identifying information search based on obtaining comprises the image of watchband.For example, the step of obtaining the identifying information of watchband can comprise: the identifying information that receives the watchband of user's input; Or, the information being associated with watchband in response to user's operation shooting, and the information analysis being associated with watchband of taking is obtained to the identifying information of watchband.At least one in lising under can comprising of the information being associated with watchband: the model of the Quick Response Code of watchband, the bar code of watchband, watchband, the title of watchband, with watchband corresponding wrist-watch model, with the title of wrist-watch corresponding to watchband, with the bar code of wrist-watch corresponding to watchband and with the Quick Response Code of wrist-watch corresponding to watchband.For example, the model of the watchband that reception user inputs in the search box of the browser of electric terminal, to search for the watchband image of corresponding model on network.In addition, can also be in response to user's operation, use the camera of communication terminal to take the bar code of watchband, for example, Fig. 9 illustrates the schematic diagram of taking according to an exemplary embodiment of the present invention watchband bar code, from bar code, extract the identifying information (for example, the model of watchband etc. are for searching for the key word of watchband) of watchband, on network, search for the watchband image of corresponding model.
As another example of obtaining the image that comprises watchband, can show the list of watchband image and receive the selection to watchband image.For example, at the image of the pre-stored various watchbands of electric terminal, show that the list of the watchband image of storing is selected for user, for example, Figure 10 illustrates the schematic diagram that shows according to an exemplary embodiment of the present invention watchband list, and the image that receives the watchband of user's selection obtains the image that comprises watchband.
As another example of obtaining the image that comprises watchband, can take the image of watchband in the time that intelligent wearable device is not installed in response to user's operation and obtain the image that comprises watchband.For example, Figure 11 illustrates the schematic diagram of taking according to an exemplary embodiment of the present invention the image of watchband in the time that intelligent wearable device is not installed.With reference to Figure 11, can, in response to user's operation, take corresponding watchband with the camera of electric terminal and obtain the image that comprises watchband.
At step S1120, the region of the position being mounted on watchband corresponding to intelligent wearable device in the framing of obtaining by step S1110.
As an example of step S1120, can receive the region as the position being mounted corresponding to intelligent wearable device, region that user selects on the image of watchband on watchband.In addition, the operation that can also select on the image of watchband in response to user, communicates with intelligent wearable device, and the image in selected region is sent to intelligent wearable device, to show the image in selected region at intelligent wearable device.For example, can show and comprise the image of watchband and for selecting the choice box in region, receive the adjustment of area, shape or the direction of user to choice box, the selected region of choice box after adjusting is as the region of the position being mounted on watchband corresponding to intelligent wearable device.When reception user adjusts choice box, can (for example communicate with intelligent wearable device, Bluetooth communication), the image in selected region is sent to intelligent wearable device in real time, to show in real time the image in selected region at intelligent wearable device.
As another example of step S1120, the image image as a comparison can intelligent wearable device be installed in response to user's operation shooting watchband time; The watchband image obtaining at step S1110 and contrast images are contrasted to obtain to the region of the position being mounted corresponding to intelligent wearable device on watchband.For example, take the image of a width with the watchband of intelligent wearable device, receive the operation of user-selected area, wherein, the operation in the operation of the user-selected area selection region that can be user input by the image obtaining at the step S1110 image of the watchband of intelligent wearable device (, without) is contrasted with the image of the watchband with intelligent wearable device; Or, (for example can utilize conventional image processing method, the feature extraction of image, image the method such as cut apart) to the image obtaining at step S1110 (, without the image of the watchband of intelligent wearable device) contrast with the image of the watchband with intelligent wearable device, obtain the region of the position being mounted corresponding to intelligent wearable device on watchband by contrast.
At step S1130, from the watchband image obtaining at step S1110, intercept the image in the region of locating as the image in the region of the position being mounted at watchband corresponding to intelligent wearable device.
Referring again to Fig. 1, as another example of step S10, can take the image of the respective regions of watchband in the time that intelligent wearable device is not installed as the image in the region of the position being mounted corresponding to intelligent wearable device on watchband in response to user's operation.For example, in response to user's operation, the camera of use electric terminal meets the image in the shared region of intelligent wearable device, the image using captured image as the region of the position being mounted on watchband corresponding to intelligent wearable device in the watchband photographs that intelligent wearable device is not installed.
As another example of step S10, Fig. 3 shows another exemplary detail flowchart of step S10.With reference to Fig. 3, at step S1210, obtain the image that comprises watchband.Can adopt the conventional method of obtaining image to obtain the image that comprises watchband, this part content is similar with the content of introducing at step S1110, does not repeat them here.
At step S1220, analyze the image that obtains to determine the image in region of the position being mounted corresponding to intelligent wearable device on watchband.For example, can analyze the perceptual property of watchband included in obtained image, wherein, the color attribute that described perceptual property is watchband and/or watchband texture properties; In the time that the perceptual property of watchband included in obtained image is the texture of solid color or rule, generate the image that meets intelligent wearable device screen area corresponding to the texture of described solid color or described rule; The image of generation is defined as to the image in the region of the position being mounted corresponding to intelligent wearable device on watchband.
As an example of step S1220, to analyze the color attribute of watchband as example, can extract the color value of the pixel of watchband part in obtained image, in the time that color value is single value, can think that watchband is pure color watchband, can utilize the color of extraction to generate the image as the region of the position being mounted corresponding to intelligent wearable device corresponding to the image of intelligent wearable device screen on watchband.
As another example of step S1220, to analyze the texture properties of watchband as example, can analyze the texture information of watchband, for example, the colouring information of watchband part can be transformed to frequency field, analyze color rule by analysis frequency Changing Pattern, for example, in the time that the color of watchband presents cyclical variation (for example, watchband is chequered with black and white watchband), can think that the color characteristic of various piece is similar on watchband, utilization analyzes texture information becomes the image as the region of the position being mounted on watchband corresponding to intelligent wearable device corresponding to the image of intelligent wearable device screen next life.
Referring again to Fig. 1, at step S20, obtained image is sent to intelligent wearable device so that intelligent wearable device shows in the time of standby.For example, set up bluetooth with intelligent wearable device and be connected, by Bluetooth communication mode, the image obtaining is sent to intelligent wearable device.
Fig. 4 illustrates according to an exemplary embodiment of the present invention the process flow diagram for the idle method of intelligent wearable device.
With reference to Fig. 4, at step S30, obtain the image in the region of the position being mounted corresponding to intelligent wearable device on watchband.
As an example of step S30, can connect with electric terminal, receive the image in the region of the position being mounted at watchband corresponding to intelligent wearable device from electric terminal.For example, can set up bluetooth with electric terminal and be connected, receive the image in the region of the position being mounted corresponding to intelligent wearable device by Bluetooth communication mode on watchband.
As another example of step S30, in the time that intelligent wearable device is installed in the ad-hoc location of watchband, receive the radio-frequency information from this ad-hoc location, wherein, the radio-frequency information of reception carries the image of the watchband of ad-hoc location; Can extract the image of watchband of ad-hoc location entrained in the radio-frequency information of reception as the image in the region of the position being mounted corresponding to intelligent wearable device on watchband.For example, can be uniformly distributed multiple near-field communication NFC integrated circuit at watchband, when intelligent wearable device near distribute multiple near-field communication integrated circuit in certain time, receive the radio-frequency information of this near-field communication integrated circuit, the radio-frequency information receiving comprises the image information of the watchband of integrated circuit present position, extracts the image of watchband of integrated circuit present position as the image in the region of the position being mounted at watchband corresponding to intelligent wearable device from the radio-frequency information receiving.
As another example of step S30, in the time that intelligent wearable device is installed in the ad-hoc location of watchband, receive the radio-frequency information from this ad-hoc location, wherein, the radio-frequency information of reception carries the positional information of ad-hoc location; Can read the image of positional information of the pre-stored ad-hoc location carrying corresponding to radio-frequency information as the image in the region of the position being mounted corresponding to intelligent wearable device on watchband.For example, can be uniformly distributed multiple near-field communication NFC integrated circuit at watchband, when intelligent wearable device near distribute multiple near-field communication integrated circuit in certain time, receive the radio-frequency information of this near-field communication integrated circuit, the radio-frequency information receiving comprises the identification information of the image of the watchband that is used to indicate this integrated circuit present position, at this moment, can in the image of multiple positions of pre-stored watchband, search the image as the region of the position being mounted corresponding to intelligent wearable device corresponding to the image of the watchband of the integrated circuit present position of the identification information that comprises of radio-frequency information receiving on watchband.
In exemplary embodiment of the present, the width of the display screen of intelligent wearable device can be not more than the width of watchband, so that the position of the watchband that intelligent wearable device takies with intelligent wearable device in the time showing standby image conforms to.
At step S40, detect and whether reach waiting condition.Can adopt conventional method to detect whether reach waiting condition, for example, can carry out timing to the time of the operation that does not receive user, in the time that the time of timing reaches Preset Time, can determine and reach waiting condition.
At step S50, in the time reaching waiting condition, show that the image obtaining is as standby image.Can adopt conventional display packing to show that the image obtaining is as standby image.
Fig. 5 illustrates according to an exemplary embodiment of the present invention at electric terminal provides the block diagram of the equipment of standby image for intelligent wearable device.With reference to Fig. 5, described equipment comprises: acquiring unit 10 and transmitting element 20.
As example, Fig. 6 shows the block diagram of acquiring unit 10 according to an exemplary embodiment of the present invention.With reference to Fig. 6, acquiring unit 10 comprises: watchband image acquisition unit 1110, positioning unit 1120 and interception unit 1130.
Watchband image acquisition unit 1110, for obtaining the image that comprises described watchband.Can obtain described image by various conventional acquisition methods.
An example obtaining the image that comprises watchband as watchband image acquisition unit 1110, watchband image acquisition unit 1110 can comprise: watchband discrimination information acquisition unit, obtain the identifying information of watchband; Search unit, the identifying information search based on obtaining comprises the image of watchband.Watchband discrimination information acquisition unit can receive the identifying information of the watchband of user's input; Or, the information being associated with watchband in response to user's operation shooting, and the information analysis being associated with watchband of taking is obtained to the identifying information of watchband.At least one in lising under can comprising of the information being associated with watchband: the model of the Quick Response Code of watchband, the bar code of watchband, watchband, the title of watchband, with watchband corresponding wrist-watch model, with the title of wrist-watch corresponding to watchband, with the bar code of wrist-watch corresponding to watchband and with the Quick Response Code of wrist-watch corresponding to watchband.For example, watchband discrimination information acquisition unit can receive the model of the watchband that user inputs in the search box of the browser of electric terminal, and search unit is searched for the watchband image of corresponding model on network.In addition, watchband discrimination information acquisition unit can also be in response to user's operation, use the camera of communication terminal to take the bar code of watchband, for example, Fig. 9 illustrates the schematic diagram of taking according to an exemplary embodiment of the present invention watchband bar code, watchband discrimination information acquisition unit is extracted the identifying information (for example, the model of watchband etc. are for searching for the key word of watchband) of watchband from bar code, and search unit is searched for the watchband image of corresponding model on network.
Obtain another example of the image that comprises watchband as watchband image acquisition unit 1110, watchband image acquisition unit 1110 can show the list of watchband image and receive the selection to watchband image.For example, at the image of the pre-stored various watchbands of electric terminal, watchband image acquisition unit 1110 shows that the list of stored watchband image is for user's selection, for example, Figure 10 illustrates the schematic diagram that shows according to an exemplary embodiment of the present invention watchband list, and the image that watchband image acquisition unit 1110 receives the watchband of user's selection obtains the image that comprises watchband.
Obtain another example of the image that comprises watchband as watchband image acquisition unit 1110, watchband image acquisition unit 1110 can be taken the image of watchband in the time that intelligent wearable device is not installed in response to user's operation and obtain the image that comprises watchband.For example, Figure 11 illustrates the schematic diagram of taking according to an exemplary embodiment of the present invention the image of watchband in the time that intelligent wearable device is not installed.With reference to Figure 11, watchband image acquisition unit 1110 can, in response to user's operation, be taken corresponding watchband with the camera of electric terminal and obtain the image that comprises watchband.
Positioning unit 1120, the region of the position that the framing of obtaining at watchband image acquisition unit 1110 is mounted on watchband corresponding to intelligent wearable device.
As an example of positioning unit 1120, positioning unit 1120 can receive the region as the position being mounted on watchband corresponding to intelligent wearable device, region that user selects on the image of watchband.In addition, the operation that positioning unit 1120 can also be selected in response to user on the image of watchband, communicate with intelligent wearable device, the image in selected region is sent to intelligent wearable device, to show the image in selected region at intelligent wearable device.For example, positioning unit 1120 can show and comprises the image of watchband and for selecting the choice box in region, receive the adjustment of area, shape or the direction of user to choice box, the selected region of choice box after adjusting is as the region of the position being mounted on watchband corresponding to intelligent wearable device.Positioning unit 1120 is when reception user adjusts choice box, can (for example communicate with intelligent wearable device, Bluetooth communication), the image in selected region is sent to intelligent wearable device in real time, to show in real time the image in selected region at intelligent wearable device.
As another example of positioning unit 1120, positioning unit 1120 can comprise: contrast images is taken unit, the image image as a comparison can intelligent wearable device be installed in response to user's operation shooting watchband time; Contrast unit, the watchband image that watchband image acquisition unit 1110 is obtained and contrast images contrast to obtain the region of the position being mounted on watchband corresponding to intelligent wearable device.For example, contrast images is taken unit can take the image of a width with the watchband of intelligent wearable device, contrast unit can receive the operation of user-selected area, wherein, can to be user contrast with the image of the watchband with intelligent wearable device and the operation in the selection region inputted by the image that watchband image acquisition unit 1110 the is obtained image of the watchband of intelligent wearable device (, without) in the operation of user-selected area; Or, contrast unit (for example can utilize conventional image processing method, the feature extraction of image, image the method such as cut apart) image that watchband image acquisition unit 1110 is obtained (, without the image of the watchband of intelligent wearable device) contrast with the image of the watchband with intelligent wearable device, obtain the region of the position being mounted corresponding to intelligent wearable device on watchband by contrast.
The watchband image that interception unit 1130 is obtained from watchband image acquisition unit 1110, intercept the image in the region of locating as the image in the region of the position being mounted at watchband corresponding to intelligent wearable device.
Referring again to Fig. 5, as another example of acquiring unit 10, acquiring unit 10 can be taken the image of the respective regions of watchband in the time that intelligent wearable device is not installed as the image in the region of the position being mounted on watchband corresponding to intelligent wearable device in response to user's operation.For example, acquiring unit 10 is in response to user's operation, the camera of use electric terminal meets the image in the shared region of intelligent wearable device, the image using captured image as the region of the position being mounted on watchband corresponding to intelligent wearable device in the watchband photographs that intelligent wearable device is not installed.
Fig. 7 shows another exemplary block diagram of acquiring unit 10.With reference to Fig. 7, acquiring unit 10 comprises: watchband image acquisition unit 1210 and analytic unit 1220.
Watchband image acquisition unit 1210, obtains the image that comprises watchband.Can adopt the conventional method of obtaining image to obtain the image that comprises watchband, the content that this part content and watchband image acquisition unit 1110 are introduced is similar, does not repeat them here.
Analytic unit 1220 can comprise: perceptual property analytic unit, analyze the image that obtains to determine the image in region of the position being mounted corresponding to intelligent wearable device on watchband.For example, can analyze the perceptual property of watchband included in obtained image, wherein, the color attribute that described perceptual property is watchband and/or watchband texture properties; Analytic unit 1220 can also comprise: generation unit, in the time that the perceptual property of watchband included in the image that perceptual property analytic unit obtains is the texture of solid color or rule, generation unit generates the image that meets intelligent wearable device screen area corresponding to the texture of described solid color or described rule; Analytic unit 1220 can also comprise: determining unit, is defined as the image of generation the image in the region of the position being mounted on watchband corresponding to intelligent wearable device.
As an example of analytic unit 1220, to analyze the color attribute of watchband as example, perceptual property analytic unit can extract the color value of the pixel of watchband part in obtained image, in the time that color value is single value, can think that watchband is pure color watchband, generation unit can utilize the color of extraction to generate the image corresponding to intelligent wearable device screen; The image that determining unit generates generation unit is defined as the image in the region of the position being mounted on watchband corresponding to intelligent wearable device.
As another example of step S1220, to analyze the texture properties of watchband as example, perceptual property analytic unit can be analyzed the texture information of watchband, for example, perceptual property analytic unit can transform to frequency field by the colouring information of watchband part, analyze color rule by analysis frequency Changing Pattern, for example, in the time that the color of watchband presents cyclical variation (for example, watchband is chequered with black and white watchband), can think that the color characteristic of various piece is similar on watchband, the texture information one-tenth in next life that generation unit utilization analyzes is corresponding to the image of intelligent wearable device screen, the image that determining unit generates generation unit is defined as the image in the region of the position being mounted on watchband corresponding to intelligent wearable device.
Referring again to Fig. 5, transmitting element 20, sends to intelligent wearable device by obtained image so that intelligent wearable device shows in the time of standby.For example, set up bluetooth be connected with intelligent wearable device, transmitting element 20 sends to intelligent wearable device by Bluetooth communication mode by the image obtaining.
Fig. 8 illustrates the block diagram for the treatment of machine equipment for intelligent wearable device according to an exemplary embodiment of the present invention.With reference to Fig. 8, described equipment comprises: acquiring unit 30, detecting unit 40 and display unit 50.
With reference to Fig. 8, acquiring unit 30, obtains the image in the region of the position being mounted on watchband corresponding to intelligent wearable device.
As an example of acquiring unit 30, acquiring unit can comprise: linkage unit, can connect with electric terminal; Receiving element, receives the image in the region of the position being mounted at watchband corresponding to intelligent wearable device from electric terminal.For example, linkage unit can be set up bluetooth with electric terminal and be connected, and receiving element receives the image in the region of the position being mounted on watchband corresponding to intelligent wearable device by Bluetooth communication mode.
As another example of acquiring unit 30, acquiring unit 30 can comprise: radio-frequency information receiving element, in the time that intelligent wearable device is installed in the ad-hoc location of watchband, receives the radio-frequency information from this ad-hoc location, wherein, the radio-frequency information of reception carries the image of the watchband of ad-hoc location; Extraction unit, can extract the image of watchband of ad-hoc location entrained in the radio-frequency information of reception as the image in the region of the position being mounted on watchband corresponding to intelligent wearable device.For example, can be uniformly distributed multiple near-field communication NFC integrated circuit at watchband, when intelligent wearable device near distribute multiple near-field communication integrated circuit in certain time, radio-frequency information receiving element receives the radio-frequency information of this near-field communication integrated circuit, the radio-frequency information that radio-frequency information receiving element receives comprises the image information of the watchband of integrated circuit present position, and extraction unit extracts the image of watchband of integrated circuit present position as the image in the region of the position being mounted at watchband corresponding to intelligent wearable device from the radio-frequency information receiving.
As another example of acquiring unit 30, acquiring unit 30 can comprise: radio-frequency information receiving element, in the time that intelligent wearable device is installed in the ad-hoc location of watchband, receives the radio-frequency information from this ad-hoc location, wherein, the radio-frequency information of reception carries the positional information of ad-hoc location; Extraction unit, can read the image of positional information of the pre-stored ad-hoc location carrying corresponding to radio-frequency information as the image in the region of the position being mounted on watchband corresponding to intelligent wearable device.For example, can be uniformly distributed multiple near-field communication NFC integrated circuit at watchband, when intelligent wearable device near distribute multiple near-field communication integrated circuit in certain time, radio-frequency information receiving element receives the radio-frequency information of this near-field communication integrated circuit, the radio-frequency information that radio-frequency information receiving element receives comprises the identification information of the image of the watchband that is used to indicate this integrated circuit present position, at this moment, extraction unit is searched the image as the region of the position being mounted on watchband corresponding to intelligent wearable device corresponding to the image of the watchband of the integrated circuit present position of the identification information that comprises of radio-frequency information receiving in the image of multiple positions of pre-stored watchband.
In exemplary embodiment of the present, the width of the display screen of intelligent wearable device can be not more than the width of watchband, so that the position of the watchband that intelligent wearable device takies with intelligent wearable device in the time showing standby image conforms to.
Detecting unit 40, detects and whether reaches waiting condition.Detecting unit 40 can adopt conventional method to detect whether reach waiting condition, and for example, detecting unit 40 can carry out timing to the time of the operation that does not receive user, in the time that the time of timing reaches Preset Time, can determine and reach waiting condition.
Display unit 50, in the time reaching waiting condition, display unit 50 shows that obtained image is as standby image.Display unit 50 can adopt conventional display packing to show that the image obtaining is as standby image.
By the technical scheme of exemplary embodiment of the present, make user wear easily wrist-watch and intelligent wearable device, and improved the ornamental of intelligent wearable device simultaneously, bring convenience to user.
Should be appreciated that, according to an embodiment of the invention for the standby of wearable device and provide modules and the unit of the equipment of standby image can be implemented nextport hardware component NextPort.Those skilled in the art, according to the performed processing of modules and unit limiting, can for example use field programmable gate array (FPGA) or special IC (ASIC) to realize modules and unit.
In addition, according to an embodiment of the invention for the standby of wearable device and provide the method for standby image to may be implemented as the computer code of computer readable recording medium storing program for performing.Those skilled in the art can be according to the description of said method is realized to described computer code.In the time that being performed in computing machine, realizes described computer code said method of the present invention.
Although specifically shown with reference to its exemplary embodiment and described the present invention, but it should be appreciated by those skilled in the art, in the case of not departing from the spirit and scope of the present invention that claim limits, can carry out the various changes in form and details to it.
Claims (18)
1. provide the method for standby image at electric terminal for intelligent wearable device, described intelligent wearable device can be installed on the watchband of wrist-watch, and described method comprises:
A) obtain the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband;
B) obtained image is sent to intelligent wearable device so that intelligent wearable device shows in the time of standby.
2. method according to claim 1, wherein, steps A) comprising:
A1) obtain the image that comprises described watchband;
The region of the position A2) being mounted on described watchband corresponding to intelligent wearable device in described framing;
A3) from described image, intercept the image in the region of locating as the image in the region of the position being mounted at described watchband corresponding to intelligent wearable device.
3. method according to claim 2, wherein, steps A 1) comprising:
Obtain the identifying information of described watchband;
Comprise the image of described watchband based on described identifying information search.
4. method according to claim 2, wherein, steps A 1) comprising:
Show the list of watchband image and receive the selection to watchband image, or, take the image of described watchband in the time that described intelligent wearable device is not installed in response to user's operation and obtain the image that comprises described watchband.
5. method according to claim 3, wherein, described in obtain the identifying information of described watchband step comprise:
Receive the identifying information of the described watchband of user's input; Or, take in response to user's operation the information being associated with described watchband, and the information analysis being associated with described watchband of taking obtained to the identifying information of described watchband.
6. method according to claim 5, wherein, the information that described and described watchband is associated comprises at least one in following: the model of the Quick Response Code of watchband, the bar code of watchband, watchband, the title of watchband, with watchband corresponding wrist-watch model, with the title of wrist-watch corresponding to watchband, with the bar code of wrist-watch corresponding to watchband and with the Quick Response Code of wrist-watch corresponding to watchband.
7. method according to claim 2, wherein, steps A 2) comprising:
The region that reception user selects on described image is as the region of the position being mounted on described watchband corresponding to intelligent wearable device.
8. method according to claim 7, wherein, steps A 2) also comprise: the operation of selecting on described image in response to described user, communicate with intelligent wearable device, the image in selected region is sent to intelligent wearable device, to show the image in selected region at intelligent wearable device.
9. method according to claim 2, steps A 2) comprising:
Image image as a comparison when taking described watchband intelligent wearable device is installed in response to user's operation;
Described image and contrast images are contrasted to the region to obtain the position being mounted corresponding to intelligent wearable device on described watchband on described image.
10. method according to claim 1, wherein, steps A) comprising:
Take the image of the respective regions of described watchband in the time that described intelligent wearable device is not installed as the image in the region of the position being mounted corresponding to intelligent wearable device in response to user's operation on described watchband.
11. methods according to claim 1, wherein, steps A) comprising:
A1) obtain the image that comprises described watchband;
A2) analyze the image that obtains to determine the image in region of the position being mounted corresponding to intelligent wearable device on described watchband.
12. methods according to claim 11, wherein, steps A 2) comprising:
Analyze the perceptual property of watchband included in the image obtaining, wherein, the color attribute that described perceptual property is watchband and/or watchband texture properties;
In the time that the perceptual property of watchband included in obtained image is the texture of solid color or rule, generate the image corresponding to intelligent wearable device screen area of meeting of described color or texture;
The image of generation is defined as to the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband.
13. 1 kinds of idle methods for intelligent wearable device, described intelligent wearable device is installed on the watchband of wrist-watch, and described method comprises:
A) obtain the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband;
B) detect and whether reach waiting condition;
C), in the time reaching waiting condition, show that the image obtaining is as standby image.
14. methods according to claim 13, steps A) comprising:
Connect with electric terminal;
Receive the image in the region of the position being mounted at described watchband corresponding to intelligent wearable device from electric terminal.
15. methods according to claim 13, steps A) comprising:
In the time that described intelligent wearable device is installed in the ad-hoc location of watchband, receive the radio-frequency information from described ad-hoc location, wherein, described radio-frequency information carries the image of watchband or the positional information of described ad-hoc location of described ad-hoc location;
Extract the image of watchband of ad-hoc location entrained in described radio-frequency information as the image in the region of the position being mounted corresponding to intelligent wearable device on described watchband, or the image of the positional information corresponding to described ad-hoc location of reading pre-stored is as the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device.
16. methods according to claim 13, wherein, the width of the display screen of described intelligent wearable device is not more than the width of described watchband.
17. 1 kinds provide the equipment of standby image at electric terminal for intelligent wearable device, and described intelligent wearable device can be installed on the watchband of wrist-watch, describedly comprise for intelligent wearable device provides the equipment of standby image at electric terminal:
Acquiring unit, obtains the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device;
Transmitting element, sends to intelligent wearable device by obtained image so that intelligent wearable device shows in the time of standby.
18. 1 kinds of machine equipments for the treatment of for intelligent wearable device, described intelligent wearable device is installed on the surface of watchband of wrist-watch, described in treat that machine equipment comprises:
Acquiring unit, obtains the image in the region of the position being mounted on described watchband corresponding to intelligent wearable device;
Detecting unit, detects and whether reaches waiting condition;
Display unit, in the time reaching waiting condition, shows that the image obtaining is as standby image.
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