CN104881215A - Control method and control device of electronic device and electronic device - Google Patents
Control method and control device of electronic device and electronic device Download PDFInfo
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- CN104881215A CN104881215A CN201410069177.7A CN201410069177A CN104881215A CN 104881215 A CN104881215 A CN 104881215A CN 201410069177 A CN201410069177 A CN 201410069177A CN 104881215 A CN104881215 A CN 104881215A
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Abstract
The invention discloses a control method of an electronic device. The electronic device comprises a display unit, the display unit can displays a progress bar, the electronic device further comprises an image acquisition unit or is provided with an external image acquisition unit. The method comprises acquiring images acquired by the image acquisition unit, parsing images, determining user's operation gestures, adjusting the position of a slide block in the process bar according to a first step length if the operation gesture is a first type gesture, and adjusting the position of the slide block in the process bar according to a second step length if the operation gesture is a second type gesture, wherein the first step length is different from the second step length. According to the control method of the electronic device, the position of a slide block can be more accurately adjusted, so an electronic device can be accurately controlled. The invention further discloses an electronic device and a control device.
Description
Technical field
The invention belongs to the control technology field of electronic equipment, particularly relate to the control method of electronic equipment, control device and electronic equipment.
Background technology
Electronic equipment is in the process performing various application and task, and display interface can present a progress bar, and user can be carried out the progress of rapid adjustment application and task by the position of slide block in adjustment progress bar or be changed certain parameter of electronic equipment.Such as: in the below of video playback interface or audio frequency broadcast interface, show a progress bar, user can drag the slide block in progress bar, thus the play position of rapid adjustment file; At the function setting interface of electronic equipment, as volume adjusting interface and brightness regulation interface, also can present a progress bar, user can drag the slide block in progress bar, thus realizes volume adjusting and the brightness regulation of electronic equipment.
At present, increasing electronic equipment has gesture identification function, and user can utilize gesture to adjust the position of slide block in progress bar.But present user can only carry out coarse adjustment to the position of slide block, very large to difficulty slide block being adjusted to target location, increase the operation burden of user.
Therefore, how to improve the control method of electronic equipment, so that user can facilitate the position adjusting slide block in progress bar accurately, thus realizing the accurate control to electronic equipment, is those skilled in the art's problem demanding prompt solutions.
Summary of the invention
In view of this, the object of the present invention is to provide electronic equipment and control method thereof and control device, the position adjusting slide block in progress bar accurately can be facilitated, realize the accurate control to electronic equipment.
For achieving the above object, the invention provides following technical scheme:
The invention discloses a kind of control method of electronic equipment, electronic equipment comprises a display unit, and described display unit shows a progress bar, and described electronic equipment also comprises an image acquisition units or an external image acquisition units, and described method comprises:
Obtain the image that described image acquisition units gathers;
Described image is resolved, determines the operating gesture of the user comprised in described image;
When described operating gesture is first kind gesture, adjust the position of described slide block in described progress bar with the first step-length;
When described operating gesture is Equations of The Second Kind gesture, adjust the position of described slide block in described progress bar with the second step-length;
Wherein, described first step-length is different from described second step-length.
On the other hand, the invention also discloses a kind of control device of electronic equipment, described electronic equipment comprises a display unit, described display unit shows a progress bar, in addition, described electronic equipment also comprises an image acquisition units or an external image acquisition units, and described control device comprises:
Image acquisition unit, for obtaining the image that described image acquisition units gathers;
Image analysis unit, for resolving described image, determines the operating gesture of the user comprised in described image;
First control module, for when described operating gesture is first kind gesture, adjusts the position of described slide block in described progress bar with the first step-length;
Second control module, for when described operating gesture is Equations of The Second Kind gesture, adjusts the position of described slide block in described progress bar with the second step-length;
Wherein, described first step-length is different from described second step-length.
The invention also discloses a kind of electronic equipment, comprise a display unit, described display unit shows a progress bar, and described electronic equipment also comprises an image acquisition units or an external image acquisition units, and described electronic equipment also comprises above-mentioned control device.
As can be seen here, beneficial effect of the present invention is: the control method of electronic equipment disclosed by the invention, electronic equipment gathers image by self or external image acquisition units, afterwards the operating gesture obtaining the user comprised in image is resolved to image, when operating gesture is first kind gesture, with the first step-length adjustment position of slide block in progress bar, when operating gesture is Equations of The Second Kind gesture, adjust the position of slide block in progress bar with the second step-length different from the first step-length.Based on the control method of electronic equipment disclosed by the invention, user is by performing first kind gesture or Equations of The Second Kind gesture, trigger electronics is with the corresponding different step-length adjustment position of slide block in progress bar, by execution one class gesture to progress bar in after the position of slide block carries out coarse adjustment, by performing another kind of gesture, fine tuning is carried out to the position of slide block in progress bar again, it is more accurate to make the adjustment of slide position, realizes the accurate control to electronic equipment.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The process flow diagram of Fig. 1 control method of electronic equipment disclosed in the embodiment of the present invention one;
The process flow diagram of Fig. 2 control method of electronic equipment disclosed in the embodiment of the present invention two;
The process flow diagram of Fig. 3 control method of electronic equipment disclosed in the embodiment of the present invention three;
The process flow diagram of Fig. 4 control method of electronic equipment disclosed in the embodiment of the present invention four;
The process flow diagram of Fig. 5 control method of electronic equipment disclosed in the embodiment of the present invention five;
The process flow diagram of Fig. 6 control method of electronic equipment disclosed in the embodiment of the present invention six;
Fig. 7 is the structural representation of the control device of a kind of electronic equipment disclosed by the invention;
Fig. 8 is the structural representation of the control device of another kind of electronic equipment disclosed by the invention;
Fig. 9 is the structural representation of the control device of another kind of electronic equipment disclosed by the invention.
Embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The present invention discloses a kind of control method of electronic equipment, this electronic equipment comprises display unit, the display unit of this electronic equipment can show a progress bar, the progress bar that this progress bar can show for the application interface (as video playback interface or audio frequency broadcast interface) in electronic equipment, also can be the progress bar that the function setting interface (as volume adjusting interface, brightness regulation interface and contrast adjustment interface) of electronic equipment shows, in addition, this electronic equipment also comprises an image acquisition units or an external image acquisition units.Electronic equipment disclosed by the invention can be the electronic equipment that intelligent television, panel computer or notebook computer etc. have gesture identification function.Based on control method disclosed by the invention, the position adjusting slide block in progress bar accurately can be facilitated, realize the accurate control to electronic equipment.
Embodiment one
See the process flow diagram of Fig. 1, Fig. 1 control method of electronic equipment disclosed in the embodiment of the present invention one.Display unit in electronic equipment shows a progress bar, and this control method comprises:
Step S11: obtain the image that image acquisition units gathers.
Image acquisition units Real-time Collection in electronic equipment is positioned at the image of the object in electronic equipment front.When user carries out in the process of gesture operation in the front of electronic equipment, in the image that image acquisition units collects, comprise the operating gesture of user.
Step S12: resolve image, determines the operating gesture of the user comprised in image.
The image got from image acquisition units is resolved, thus determines the operating gesture that the user comprised in image performs.The operating gesture of user may be the operating gesture of the position for adjusting the slide block in progress bar, also may be the operating gesture carrying out other operations for controlling electronic equipment.
Step S13: when operating gesture is first kind gesture, with the first step-length adjustment position of slide block in progress bar.
Step S14: when operating gesture is Equations of The Second Kind gesture, with the second step-length adjustment position of slide block in progress bar, wherein the second step-length is different from the first step-length.
The first kind gesture of user and Equations of The Second Kind gesture are all for the position of slide block in trigger electronics adjustment progress bar, but, electronic equipment is different for the first kind gesture of user and the response policy of Equations of The Second Kind gesture, concrete: electronic equipment is when determining the first kind operation receiving user, with the first step-length adjustment slide block in the position of progress bar, and when determining the Equations of The Second Kind operation receiving user, to be different from the second step-length adjustment slide block of the first step-length in the position of progress bar.
For user, coarse adjustment can being carried out to the position during slide block is in progress bar by trigger electronics when execution one class gesture, thin tuning can be carried out to the position of slide block in progress bar by trigger electronics when performing another kind of gesture.Concrete, when the first step is grown up in the second step-length, user can perform once or repeatedly first kind gesture, to carry out coarse adjustment to the position of slide block in progress bar in a big way, after slide block is roughly adjusted to target location, perform once or repeatedly Equations of The Second Kind gesture again, thin tuning is carried out to the position of slide block in progress bar, to complete the accurate adjustment to slide position.
The control method of electronic equipment disclosed in the embodiment of the present invention one, electronic equipment gathers image by self or external image acquisition units, afterwards the operating gesture obtaining the user comprised in image is resolved to image, when operating gesture is first kind gesture, with the first step-length adjustment position of slide block in progress bar, when operating gesture is Equations of The Second Kind gesture, adjust the position of slide block in progress bar with the second step-length different from the first step-length.Based on the control method of electronic equipment disclosed by the invention, user is by performing first kind gesture or Equations of The Second Kind gesture, trigger electronics is with the corresponding different step-length adjustment position of slide block in progress bar, by execution one class gesture to progress bar in after the position of slide block carries out coarse adjustment, by another kind of gesture, fine tuning is carried out to the position of slide block in progress bar again, it is more accurate to make the adjustment of slide position, realizes the accurate control to electronic equipment.
Here it should be noted that, the first step-length and the second step-length can, for the numerical value preset, also can be the accounting of default whole progress bar.
Such as: at audio frequency broadcast interface or video playback interface, the progress bar shown in interface is for characterizing the time span of the current file play, then the first step-length and the second step-length can be set to different durations, and as the first step-length is set to 5 minutes, the second step-length is set to 1 minute.At the parameter adjustment interface (as volume adjusting interface, brightness regulation interface and contrast adjustment interface) of electronic equipment, be arranged in the range of adjustment of show bar for characterization parameter of parameter adjustment interface, one end as progress bar characterizes 0, the other end characterizes 100, now the first step-length and the second step-length are set to different numerical value, as the first step-length is set to 10, the second step-length is set to 1.
When electronic equipment runs Video Applications or voice applications, the time span being in the file of broadcast state may be different, and accordingly, the time span that the progress bar shown in interface characterizes also is different, even there is very large difference.Such as: when Video Applications is in movie, the duration of film can reach more than 2 hours usually, the time span that now progress bar characterizes is more than 2 hours, and when Video Applications plays TV play, the duration of TV play is generally only 45 minutes, and the time span that now progress bar characterizes is only 45 minutes.Therefore, when display unit display video broadcast interface or the audio frequency broadcast interface of electronic equipment, first step-length and the second step-length are preferably set to the accounting of the whole progress bar preset, and the absolute adjusted value that is the first step-length is corresponding with the second step-length is relevant to the time span that progress bar characterizes.
In enforcement, the first kind gesture of user and Equations of The Second Kind gesture can be various, as long as electronic equipment can carry out distinguishing to perform different subsequent treatment strategies.Be described respectively below.
Embodiment two
See the process flow diagram of Fig. 2, Fig. 2 control method of electronic equipment disclosed in the embodiment of the present invention two.This control method comprises:
Step S21: obtain the image that image acquisition units gathers.
Step S22: resolve image, determines the operating gesture of the user comprised in image.
Step S23: when operating gesture is the first gesture of moving along first direction, with the first step-length along first direction moving slider.
Step S24: when operating gesture is the first gesture of moving along second direction, with the first step-length along second direction moving slider.
Step S25: when operating gesture is second gesture of moving along first direction, with the second step-length along first direction moving slider.
Step S26: when operating gesture is second gesture of moving along second direction, with the second step-length along second direction moving slider.
In electronic equipment operational process, the slide block that can control in progress bar slides from current location to the first end of progress bar or the second end.In the present embodiment, first kind gesture comprises the first gesture of moving along first direction and the first gesture of moving along second direction, and Equations of The Second Kind gesture comprises second gesture of moving along first direction and second gesture of moving along second direction.Here it should be noted that, first direction refers to that the mid point from progress bar points to the direction of one end of progress bar, and second direction refers to that the mid point from progress bar points to the direction of the other end of progress bar.
Be described in conjunction with example: the progress bar showing a horizontally set in the bottom at video playback interface, the first gesture of user can be configured to gesture of clenching fist, and second gesture of user can be configured to the five fingers and opens gesture.When user make clench fist the gesture moved right time, electronic equipment adjusts the position of slide block to the right with the first step-length, and when user makes the gesture of clenching fist to left movement, electronic equipment adjusts the position of slide block left with the first step-length.When user make the five fingers open the gesture moved right time, electronic equipment adjusts the position of slide block to the right with the second step-length, and when user makes the gesture that the five fingers open to left movement, electronic equipment adjusts the position of slide block left with the second step-length.
Based on the control method of electronic equipment disclosed in the embodiment of the present invention two, user, by performing two different gestures of moving along first direction and second direction, just can adjust the position of slide block by trigger electronics to the two ends of progress bar with different step-lengths.For user, user only needs to be grasped two gestures, just accurately can adjust the position of slide block in progress bar.
Embodiment three
See the process flow diagram of Fig. 3, Fig. 3 control method of electronic equipment disclosed in the embodiment of the present invention three.This control method comprises:
Step S31: obtain the image that image acquisition units gathers.
Step S32: resolve image, determines the operating gesture of the user comprised in image.
Step S33: when operating gesture is the 3rd gesture, with the first step-length along the direction moving slider corresponding with the 3rd gesture.
Step S34: when operating gesture is the 4th gesture, with the first step-length along the direction moving slider corresponding with the 4th gesture.
Step S35: when operating gesture is the 5th gesture, with the second step-length along the direction moving slider corresponding with the 5th gesture.
Step S36: when operating gesture is the 6th gesture, with the second step-length along the direction moving slider corresponding with the 6th gesture.
In the present embodiment, first kind gesture comprises the 3rd gesture and the 4th gesture, and Equations of The Second Kind gesture comprises the 5th gesture and the 6th gesture.Here it should be noted that, direction corresponding to the 3rd gesture refers to that the mid point from progress bar points to the direction of one end of progress bar, direction corresponding to the 4th gesture refers to that the mid point from progress bar points to the direction of the other end of progress bar, direction corresponding to the 5th gesture refers to that the mid point from progress bar points to the direction of one end of progress bar, and direction corresponding to the 6th gesture refers to that the mid point from progress bar points to the direction of the other end of progress bar.In enforcement, the 3rd gesture and direction corresponding to the 5th gesture can be same direction, and the 4th gesture and direction corresponding to the 6th gesture can be same direction; Or the 3rd gesture and direction corresponding to the 6th gesture are same direction, the 4th gesture and direction corresponding to the 5th gesture are same direction.
In addition, the 3rd gesture, the 4th gesture, the 5th gesture and the 6th gesture alleged in the present embodiment, four kinds of gestures only for performing user are distinguished, and do not represent that four kinds of gestures in the present embodiment must be different with the second gesture from first gesture alleged in embodiment two.In enforcement, any two gestures in the 3rd gesture, the 4th gesture, the 5th gesture and the 6th gesture can be same gesture with the first gesture in embodiment two and the second gesture.
In the control method of electronic equipment disclosed in the embodiment of the present invention two, user only needs to be grasped two gestures, just accurately can adjust the position of slide block in progress bar, but for electronic equipment, due to will after the direction of motion determining first gesture and the second gesture, just can determine the adjustment direction of slide block in progress bar, therefore the operand of electronic equipment is larger, and electronic equipment will by resolving to the multiple images collected in a period of time the direction of motion just can determining first gesture and the second gesture, therefore the response time is longer.And based on the control method of electronic equipment disclosed in the embodiment of the present invention two, user passes through four different gestures, trigger electronics is with the position of different step-lengths to the two ends adjustment slide block of progress bar, because electronic equipment only needs to identify gesture, and do not need the direction of motion determining gesture, because this reducing the operand of electronic equipment, shorten the response time of electronic equipment simultaneously.
Occurred the 3D camera comprising two cameras at present, two cameras have certain angle difference for the image that same measured object collects, and utilize the distance that the image of 3D camera collection can be determined between measured object and 3D camera.When electronic equipment comprises a 3D camera, or the external 3D camera of electronic equipment, and when this 3D camera is positioned on electronic equipment, electronic equipment can utilize image determination measured object and the distance of self of 3D camera collection, when user performs gesture operation, the image determination operation body that electronic equipment can utilize 3D camera collection to arrive and the distance of self.Based on the above-mentioned hardware structure of electronic equipment, the open control method shown in Fig. 4 and Fig. 5 of the present invention.
Embodiment four
See the process flow diagram of Fig. 4, Fig. 4 control method of electronic equipment disclosed in the embodiment of the present invention four.This control method comprises:
Step S41: obtain the image that image acquisition units gathers.
Image acquisition units in the present embodiment is specially 3D camera, and 3D camera generates two discrepant images of angle at synchronization.
Step S42: resolve image, determines the operating gesture of the user comprised in image.
When user performs gesture operation for electronic equipment, electronic equipment to 3D camera collection to the image with angle difference resolve, not only can determine the direction of motion of the operating gesture that user performs and operating gesture, but also can determination operation gesture (namely operating body, hand or upper limbs as user) executing location and the distance value of self.
Step S43: when operating gesture is the 7th gesture of moving along first direction in first distance range in electronic equipment front, with the first step-length along first direction moving slider.
Step S44: when operating gesture is the 7th gesture of moving along second direction in first distance range in electronic equipment front, with the first step-length along second direction moving slider.
Step S45: when operating gesture is the 7th gesture of moving along first direction within the scope of the second distance in electronic equipment front, with the second step-length along first direction moving slider.
Step S46: when operating gesture is the 7th gesture of moving along second direction within the scope of the second distance in electronic equipment front, with the second step-length along second direction moving slider.
In the present embodiment, first kind gesture comprises: the 7th gesture of moving along first direction respectively in first distance range in electronic equipment front and the 7th gesture of moving along second direction.Equations of The Second Kind gesture comprises: the 7th gesture of moving along first direction within the scope of the second distance in electronic equipment front and the 7th gesture of moving along second direction.Here it should be noted that, first direction refers to that the mid point from progress bar points to the direction of one end of progress bar, and second direction refers to that the mid point from progress bar points to the direction of the other end of progress bar.Further, the first distance range and second distance scope do not overlap.
In addition, the 7th gesture alleged in the present embodiment, can with the first gesture in previous embodiment two and the second gesture, and in the 3rd gesture, the 4th gesture, the 5th gesture and the 6th gesture in previous embodiment three one is same gesture.
Be described in conjunction with example: the progress bar longitudinally arranged in the left side display one at brightness regulation interface, the 7th gesture of user can be configured to gesture of clenching fist.When the first distance range that user is being positioned at electronic equipment front makes the gesture of clenching fist and moving upward. time, electronic equipment adjusts upward the position of slide block with the first step-length, when user the first distance range being positioned at electronic equipment front make clench fist the gesture moved downward time, electronic equipment adjusts the position of slide block downwards with the first step-length.When user the second distance scope being positioned at electronic equipment front make clench fist the gesture moved upward time, electronic equipment adjusts upward the position of slide block with the second step-length, when user the second distance scope being positioned at electronic equipment front make clench fist the gesture moved downward time, electronic equipment adjusts the position of slide block downwards with the second step-length.
Based on the control method of electronic equipment disclosed in the embodiment of the present invention four, user performs the 7th gesture along first direction or second direction at different distance place, electronic equipment front, just can adjust the position of slide block to the two ends of progress bar with different step-lengths by trigger electronics.For user, user only needs to be grasped a gesture, just accurately can adjust the position of slide block in progress bar, compared with foregoing embodiments, reduce further the operation easier of user and the difficulty of learning gesture.
Embodiment five
See the process flow diagram of Fig. 5, Fig. 5 control method of electronic equipment disclosed in the embodiment of the present invention five.This control method comprises:
Step S51: obtain the image that image acquisition units gathers.
Image acquisition units in the present embodiment is specially 3D camera, and 3D camera generates two discrepant images of angle at synchronization.
Step S52: resolve image, determines the operating gesture of the user comprised in image.
When user performs gesture operation for electronic equipment, electronic equipment to 3D camera collection to the image with angle difference resolve, not only can determine the operating gesture that user performs, but also can determination operation gesture (namely operating body, hand or upper limbs as user) executing location and the distance value of self.
Step S53: when operating gesture is the 8th gesture performed in the distance range of electronic equipment front first, with the first step-length along the direction moving slider corresponding with the 8th gesture.
Step S54: when operating gesture is the 9th gesture performed in the distance range of electronic equipment front first, with the first step-length along the direction moving slider corresponding with the 9th gesture.
Step S55: when operating gesture is the 8th gesture performed within the scope of the second distance of electronic equipment front, with the second step-length along the direction moving slider corresponding with the 8th gesture.
Step S56: when operating gesture is the 9th gesture performed within the scope of the second distance of electronic equipment front, with the second step-length along the direction moving slider corresponding with the 9th gesture.
In the present embodiment, first kind gesture comprises: the 8th gesture performed in the distance range of electronic equipment front first and the 9th gesture.Equations of The Second Kind gesture comprises: the 8th gesture performed within the scope of the second distance of electronic equipment front and the 9th gesture.Here it should be noted that, direction corresponding to the 8th gesture refers to that the mid point from progress bar points to the direction of one end of progress bar, and direction corresponding to the 9th gesture refers to that the mid point from progress bar points to the direction of the other end of progress bar.Further, the first distance range and second distance scope do not overlap.
In addition, the 8th gesture alleged in the present embodiment and the 9th gesture, two kinds of gestures only for performing user are distinguished, and do not represent that two kinds of gestures in the present embodiment must be different with the 7th gesture from alleged first gesture, the second gesture, the 3rd gesture, the 4th gesture, the 5th gesture, the 6th gesture above.
In the control method of electronic equipment disclosed in the embodiment of the present invention four, user only needs to be grasped a gesture, just accurately can adjust the position of slide block in progress bar, but for electronic equipment, due to will after the direction of motion determining the 7th gesture, just can determine the adjustment direction of slide block in progress bar, therefore the operand of electronic equipment is larger, and electronic equipment will by resolving to the multiple images collected in a period of time the direction of motion just can determining the 7th gesture, therefore the response time is longer.And in the control method of electronic equipment disclosed in the embodiment of the present invention five, the gesture that electronic equipment performs according to user inherently can determine the adjustment direction of slide block in progress bar, and do not need the direction of motion determining gesture, because this reducing the operand of electronic equipment, shorten the response time of electronic equipment simultaneously.
State in each embodiment disclosed on the invention, after with the first position of step-length adjustment slide block in progress bar, or after adjusting the position of slide block in progress bar with the second step-length, also comprise control electronic equipment and run according to the current position of slide block.That is, after user's execution once adjusts the operating gesture of slide position, electronic equipment adjusts accordingly the position of slide block in progress bar according to this operating gesture, electronic equipment runs according to the position of the slide block after adjustment afterwards, as the playing progress rate according to slide block current location adjustment audio file or video file, or adjust luminance parameter or the contrast level parameter of electronic equipment according to slide block current location.
The present invention also discloses a kind of control method of electronic equipment, with the first step-length position of adjustment slide block in progress bar or with the second position of step-length adjustment slide block in progress bar after, electronic equipment is not that the current position of direct basis slide block is run.
Embodiment six
Refer to Fig. 6, the process flow diagram of Fig. 6 control method of electronic equipment disclosed in the embodiment of the present invention six.This control method comprises:
Step S61: obtain the image that image acquisition units gathers.
Step S62: resolve image, determines the operating gesture of the user comprised in image.
Step S63: when operating gesture is first kind gesture, with the first step-length adjustment position of slide block in progress bar, performs step S65 afterwards.
Step S64: when operating gesture is Equations of The Second Kind gesture, with the second step-length adjustment position of slide block in progress bar, performs step S65 afterwards.
Step S65: judge whether to receive the gesture characterizing and confirm, if so, then perform step S66, otherwise wait for.
Step S66: after receiving the gesture characterizing and confirm, controls electronic equipment and runs according to the current present position of slide block.
Based on the control method of electronic equipment disclosed in the embodiment of the present invention six, behind the position of the gesture operation adjustment slide block performed response user in progress bar, electronic equipment, after receiving the gesture characterizing and confirm, just runs according to the current residing position of slide block.For user, user after slide block is adjusted to target location by multiple exercise gesture operation, then can perform the gesture characterizing and confirm, runs according to the current residing position of slide block to make electronic equipment.
The control method of the above disclosed electronic equipment of the present invention, accordingly, the present invention also discloses the control device of electronic equipment.This electronic equipment comprises display unit, the display unit of this electronic equipment can show a progress bar, the progress bar that this progress bar can show for the application interface (as video playback interface or audio frequency broadcast interface) in electronic equipment, also can be the progress bar that the function setting interface (as volume adjusting interface, brightness regulation interface and contrast adjustment interface) of electronic equipment shows, in addition, this electronic equipment also comprises an image acquisition units or an external image acquisition units.Electronic equipment disclosed by the invention can be the electronic equipment that intelligent television, panel computer or notebook computer etc. have gesture identification function.
It is the structural representation of the control device of a kind of electronic equipment disclosed by the invention see Fig. 7, Fig. 7.This control device comprises:
Image acquisition unit 1, for obtaining the image that image acquisition units gathers.
Image analysis unit 2, for resolving image, determines the operating gesture of the user comprised in image.
First control module 3, for when operating gesture is first kind gesture, with the first step-length adjustment position of slide block in progress bar.
Second control module 4, for when operating gesture is Equations of The Second Kind gesture, with the second step-length adjustment position of slide block in progress bar.Wherein, the first step-length is different from the second step-length.
The control device of the above-mentioned disclosed electronic equipment of the present invention, image is gathered by electronic equipment self or external image acquisition units, afterwards the operating gesture obtaining the user comprised in image is resolved to image, when operating gesture is first kind gesture, with the first step-length adjustment position of slide block in progress bar, when operating gesture is Equations of The Second Kind gesture, adjust the position of slide block in progress bar with the second step-length different from the first step-length.Based on the control device of electronic equipment disclosed by the invention, user is by performing first kind gesture or Equations of The Second Kind gesture, trigger electronics is with the corresponding different step-length adjustment position of slide block in progress bar, by execution one class gesture to progress bar in after the position of slide block carries out coarse adjustment, by another kind of gesture, fine tuning is carried out to the position of slide block in progress bar again, it is more accurate to make the adjustment of slide position, realizes the accurate control to electronic equipment.
Here it should be noted that, the first step-length and the second step-length can, for the numerical value preset, also can be the accounting of default whole progress bar.
In enforcement, the first kind gesture of user and Equations of The Second Kind gesture can be various, as long as electronic equipment can carry out distinguishing to perform different subsequent treatment strategies.
1) comprise the first gesture of moving along first direction and the first gesture of moving along second direction in first kind gesture, Equations of The Second Kind gesture comprise second gesture of moving along first direction and move along second direction the second gesture when:
First control module 3 comprises the first control module and the second control module.Wherein, the first control module is used for when operating gesture is the first gesture of moving along first direction, with the first step-length along first direction moving slider.Second control module is used for when operating gesture is the first gesture of moving along second direction, with the first step-length along second direction moving slider.
Second control module 4 comprises the 3rd control module and the 4th control module.Wherein, the 3rd control module is used for when operating gesture is second gesture of moving along first direction, with the second step-length along first direction moving slider.4th control module is used for when operating gesture is second gesture of moving along second direction, with the second step-length along second direction moving slider.
Wherein, first direction is the direction pointing to one end of progress bar from the mid point of progress bar, and second direction is point to the direction of the other end of progress bar from the mid point of progress bar.
2) the 3rd gesture and the 4th gesture is comprised, when Equations of The Second Kind gesture comprises the 5th gesture and the 6th gesture in first kind gesture:
First control module 3 comprises the 5th control module and the 6th control module.Wherein, the 5th control module is used for when operating gesture is the 3rd gesture, with the first step-length along the direction moving slider corresponding with the 3rd gesture.6th control module is used for when operating gesture is the 4th gesture, with the first step-length along the direction moving slider corresponding with the 4th gesture.Direction corresponding to the 3rd gesture is the direction pointing to one end of progress bar from the mid point of progress bar, and direction corresponding to the 4th gesture is the direction pointing to the other end of progress bar from the mid point of progress bar.
Second control module 4 comprises the 7th control module and the 8th control module.Wherein, the 7th control module is used for when operating gesture is the 5th gesture, with the second step-length along the direction moving slider corresponding with the 5th gesture.8th control module is used for when operating gesture is the 6th gesture, with the second step-length along the direction moving slider corresponding with the 6th gesture.Direction corresponding to the 5th gesture is the direction pointing to one end of progress bar from the mid point of progress bar, and direction corresponding to the 6th gesture is the direction pointing to the other end of progress bar from the mid point of progress bar.
3) when the image acquisition units of electronic equipment self is 3D camera, or the external object collecting unit of electronic equipment is 3D camera, and when this 3D camera is arranged on electronic equipment, electronic equipment can utilize image determination measured object and the distance of self of 3D camera collection.
Now, respectively along the 7th gesture that first direction and second direction move in the first distance range that first kind gesture is included in electronic equipment front, respectively along the 7th gesture that first direction and second direction move within the scope of the second distance that Equations of The Second Kind gesture is included in electronic equipment front.
First control module 3 comprises the 9th control module and the tenth control module.Wherein, the 9th control module is used for when operating gesture is the 7th gesture of moving along first direction in first distance range in electronic equipment front, with the first step-length along first direction moving slider.Tenth control module is used for when operating gesture is the 7th gesture of moving along second direction in first distance range in electronic equipment front, with the first step-length along second direction moving slider.
Second control module 4 comprises the 11 control module and the 12 control module.Wherein, the 11 control module is used for when operating gesture is the 7th gesture of moving along first direction within the scope of the second distance in electronic equipment front, with the second step-length along first direction moving slider.12 control module is used for when operating gesture is the 7th gesture of moving along second direction within the scope of the second distance in electronic equipment front, with the second step-length along second direction moving slider.
Wherein, first direction is the direction pointing to one end of progress bar from the mid point of progress bar, and second direction is point to the direction of the other end of progress bar from the mid point of progress bar.
4) when the image acquisition units of electronic equipment self is 3D camera, or the external object collecting unit of electronic equipment is 3D camera, and when this 3D camera is arranged on electronic equipment, electronic equipment can utilize image determination measured object and the distance of self of 3D camera collection.
Now, first kind gesture is included in the 8th gesture and the 9th gesture that perform in the distance range of electronic equipment front first, and Equations of The Second Kind gesture is included in the 8th gesture and the 9th gesture that perform within the scope of the second distance of electronic equipment front.
First control module 3 comprises the 13 control module and the 14 control module.Wherein, the 13 control module is used for when operating gesture is the 8th gesture performed in the distance range of electronic equipment front first, with the first step-length along the direction moving slider corresponding with the 8th gesture.14 control module is used for when operating gesture is the 9th gesture performed in the distance range of electronic equipment front first, with the first step-length along the direction moving slider corresponding with the 9th gesture.
Second control module 4 comprises the 15 control module and the 16 control module.Wherein, the 15 control module is used for when operating gesture is the 8th gesture performed within the scope of the second distance of electronic equipment front, with the second step-length along the direction moving slider corresponding with the 8th gesture.16 control module is used for when operating gesture is the 9th gesture performed within the scope of the second distance of electronic equipment front, with the second step-length along the direction moving slider corresponding with the 9th gesture.
Wherein, direction corresponding to the 8th gesture is the direction pointing to one end of progress bar from the mid point of progress bar, and direction corresponding to the 9th gesture is the direction pointing to the other end of progress bar from the mid point of progress bar.
State in the control device of disclosed electronic equipment on the invention, the 3rd control module 5 can also be set further, as shown in Figure 8.After the first control module 3 is with the first position of step-length adjustment slide block in progress bar, or after the second control module 4 is with the second position of step-length adjustment slide block in progress bar, the 3rd control module 5 controls electronic equipment and runs according to slide block current location.
The control device of electronic equipment disclosed in Fig. 8 of the present invention, with the first step-length position of adjustment slide block in progress bar or with the second position of step-length adjustment slide block in progress bar after, electronic equipment is not that the current position of direct basis slide block is run.
It is the structural representation of the control device of another kind of electronic equipment disclosed by the invention see Fig. 9, Fig. 9.This control device comprises:
Image acquisition unit 1, for obtaining the image that image acquisition units gathers.
Image analysis unit 2, for resolving image, determines the operating gesture of the user comprised in image.
First control module 3, for when operating gesture is first kind gesture, with the first step-length adjustment position of slide block in progress bar.
Second control module 4, for when operating gesture is Equations of The Second Kind gesture, with the second step-length adjustment position of slide block in progress bar.Wherein, the first step-length is different from the second step-length.
4th control module 6, after adjusting the position of slide block in progress bar with the first step-length or after adjusting the position of slide block in progress bar with the second step-length, 4th control module 6, after determining to receive the gesture characterizing and confirm, controls electronic equipment and runs according to the current present position of slide block.
The control device of electronic equipment disclosed in Fig. 9 of the present invention, after the gesture operation responding user's execution adjusts the position of slide block in progress bar, electronic equipment is after receiving the gesture characterizing and confirm, the position residing for ability foundation slide block is current is run.For user, user after slide block is adjusted to target location by multiple exercise gesture operation, then can perform the gesture characterizing and confirm, runs according to the current residing position of slide block to make electronic equipment.
The present invention also discloses a kind of electronic equipment, this electronic equipment comprises a display unit, this display unit shows a progress bar, and electronic equipment also comprises an image acquisition units or an external image acquisition units, and electronic equipment also comprises above-mentioned any one control device disclosed of the present invention.Electronic equipment disclosed by the invention, can realize the accurate adjustment to slide position.
In this instructions, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.For device disclosed in embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part illustrates see method part.
Professional can also recognize further, in conjunction with unit and the algorithm steps of each example of embodiment disclosed herein description, can realize with electronic hardware, computer software or the combination of the two, in order to the interchangeability of hardware and software is clearly described, generally describe composition and the step of each example in the above description according to function.These functions perform with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.Professional and technical personnel can use distinct methods to realize described function to each specifically should being used for, but this realization should not thought and exceeds scope of the present invention.
The software module that the method described in conjunction with embodiment disclosed herein or the step of algorithm can directly use hardware, processor to perform, or the combination of the two is implemented.Software module can be placed in the storage medium of other form any known in random access memory (RAM), internal memory, ROM (read-only memory) (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (15)
1. a control method for electronic equipment, electronic equipment comprises a display unit, and described display unit shows a progress bar, and described electronic equipment also comprises an image acquisition units or an external image acquisition units, and it is characterized in that, described method comprises:
Obtain the image that described image acquisition units gathers;
Described image is resolved, determines the operating gesture of the user comprised in described image;
When described operating gesture is first kind gesture, adjust the position of described slide block in described progress bar with the first step-length;
When described operating gesture is Equations of The Second Kind gesture, adjust the position of described slide block in described progress bar with the second step-length;
Wherein, described first step-length is different from described second step-length.
2. control method according to claim 1, is characterized in that:
Described first kind gesture comprises the first gesture of moving along first direction and the first gesture of moving along second direction; Described Equations of The Second Kind gesture comprises second gesture of moving along first direction and second gesture of moving along second direction;
Describedly adjust the position of described slide block in described progress bar with the first step-length and comprise: when described operating gesture is the first gesture of moving along first direction, move described slide block with the first step-length along described first direction; When described operating gesture is the first gesture of moving along second direction, move described slide block with the first step-length along described second direction;
Describedly adjust the position of described slide block in described progress bar with the second step-length and comprise: when described operating gesture is second gesture of moving along first direction, move described slide block with the second step-length along described first direction; When described operating gesture is second gesture of moving along second direction, move described slide block with the second step-length along described second direction;
Wherein, described first direction is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and described second direction is the direction of the other end pointing to described progress bar from the mid point of described progress bar.
3. control method according to claim 1, is characterized in that:
Described first kind gesture comprises the 3rd gesture and the 4th gesture; Described Equations of The Second Kind gesture comprises the 5th gesture and the 6th gesture;
Describedly adjust the position of described slide block in described progress bar with the first step-length and comprise: when described operating gesture is the 3rd gesture, move described slide block with the first step-length along the direction corresponding with described 3rd gesture; When described operating gesture is the 4th gesture, move described slide block with the first step-length along the direction corresponding with described 4th gesture; Wherein, direction corresponding to described 3rd gesture is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and direction corresponding to described 4th gesture is the direction of the other end pointing to described progress bar from the mid point of described progress bar;
Describedly adjust the position of described slide block in described progress bar with the second step-length and comprise: when described operating gesture is the 5th gesture, move described slide block with the second step-length along the direction corresponding with described 5th gesture; When described operating gesture is the 6th gesture, move described slide block with the second step-length along the direction corresponding with described 6th gesture; Wherein, direction corresponding to described 5th gesture is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and direction corresponding to described 6th gesture is the direction of the other end pointing to described progress bar from the mid point of described progress bar.
4. control method according to claim 1, described image acquisition units is 3D camera, and described electronic equipment can utilize image determination measured object and the distance of self of described 3D camera collection, it is characterized in that:
Described first kind gesture comprises: respectively along the 7th gesture that first direction and second direction move in first distance range in described electronic equipment front; Described Equations of The Second Kind gesture comprises: respectively along the 7th gesture that first direction and second direction move within the scope of the second distance in described electronic equipment front;
Describedly adjust the position of described slide block in described progress bar with the first step-length and comprise: when described operating gesture is the 7th gesture of moving along first direction in first distance range in described electronic equipment front, move described slide block with the first step-length along described first direction; When described operating gesture is the 7th gesture of moving along second direction in first distance range in described electronic equipment front, move described slide block with the first step-length along described second direction;
Describedly adjust the position of described slide block in described progress bar with the second step-length and comprise: when described operating gesture is the 7th gesture of moving along first direction within the scope of the second distance in described electronic equipment front, move described slide block with the second step-length along described first direction; When described operating gesture is the 7th gesture of moving along second direction within the scope of the second distance in described electronic equipment front, move described slide block with the second step-length along described second direction;
Wherein, described first direction is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and described second direction is the direction of the other end pointing to described progress bar from the mid point of described progress bar.
5. control method according to claim 1, described image acquisition units is 3D camera, and described electronic equipment can utilize image determination measured object and the distance of self of described 3D camera collection, it is characterized in that:
Described first kind gesture is included in the 8th gesture and the 9th gesture that perform in the distance range of described electronic equipment front first; Described Equations of The Second Kind gesture is included in the 8th gesture and the 9th gesture that perform within the scope of the second distance of described electronic equipment front;
Describedly adjust the position of described slide block in described progress bar with the first step-length and comprise: when described operating gesture is the 8th gesture performed in the distance range of described electronic equipment front first, move described slide block with the first step-length along the direction corresponding with described 8th gesture; When described operating gesture is the 9th gesture performed in the distance range of described electronic equipment front first, move described slide block with the first step-length along the direction corresponding with described 9th gesture;
Describedly adjust the position of described slide block in described progress bar with the second step-length and comprise: when described operating gesture is the 8th gesture performed within the scope of the second distance of described electronic equipment front, move described slide block with the second step-length along the direction corresponding with described 8th gesture; When described operating gesture is the 9th gesture performed within the scope of the second distance of described electronic equipment front, move described slide block with the second step-length along the direction corresponding with described 9th gesture;
Wherein, direction corresponding to described 8th gesture is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and direction corresponding to described 9th gesture is the direction of the other end pointing to described progress bar from the mid point of described progress bar.
6. control method according to any one of claim 1 to 5, is characterized in that,
After adjusting the position of described slide block in described progress bar with the first step-length, also comprise: control described electronic equipment and run according to the current present position of described slide block;
After adjusting the position of described slide block in described progress bar with the second step-length, also comprise: control described electronic equipment and run according to the current described position of described slide block.
7. control method according to any one of claim 1 to 5, is characterized in that,
After adjusting the position of described slide block in described progress bar with the first step-length, also comprise: after receiving the gesture characterizing and confirm, control described electronic equipment and run according to the current present position of described slide block;
After adjusting the position of described slide block in described progress bar with the second step-length, also comprise: after receiving the gesture characterizing and confirm, control described electronic equipment and run according to the current present position of described slide block.
8. a control device for electronic equipment, described electronic equipment comprises a display unit, and described display unit shows a progress bar, in addition, described electronic equipment also comprises an image acquisition units or an external image acquisition units, and it is characterized in that, described control device comprises:
Image acquisition unit, for obtaining the image that described image acquisition units gathers;
Image analysis unit, for resolving described image, determines the operating gesture of the user comprised in described image;
First control module, for when described operating gesture is first kind gesture, adjusts the position of described slide block in described progress bar with the first step-length;
Second control module, for when described operating gesture is Equations of The Second Kind gesture, adjusts the position of described slide block in described progress bar with the second step-length;
Wherein, described first step-length is different from described second step-length.
9. control device according to claim 8, is characterized in that: described first kind gesture comprises the first gesture of moving along first direction and the first gesture of moving along second direction; Described Equations of The Second Kind gesture comprises second gesture of moving along first direction and second gesture of moving along second direction;
Described first control module comprises: the first control module, during for being the first gesture of moving along first direction at described operating gesture, moves described slide block with the first step-length along described first direction; Second control module, during for being the first gesture of moving along second direction at described operating gesture, moves described slide block with the first step-length along described second direction;
Described second control module comprises: the 3rd control module, during for being second gesture of moving along first direction at described operating gesture, moves described slide block with the second step-length along described first direction; 4th control module, during for being second gesture of moving along second direction at described operating gesture, moves described slide block with the second step-length along described second direction;
Wherein, described first direction is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and described second direction is the direction of the other end pointing to described progress bar from the mid point of described progress bar.
10. control device according to claim 8, is characterized in that: described first kind gesture comprises the 3rd gesture and the 4th gesture; Described Equations of The Second Kind gesture comprises the 5th gesture and the 6th gesture;
Described first control module comprises: the 5th control module, for when described operating gesture is the 3rd gesture, moves described slide block with the first step-length along the direction corresponding with described 3rd gesture; 6th control module, for when described operating gesture is the 4th gesture, moves described slide block with the first step-length along the direction corresponding with described 4th gesture; Wherein, direction corresponding to described 3rd gesture is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and direction corresponding to described 4th gesture is the direction of the other end pointing to described progress bar from the mid point of described progress bar;
Described second control module comprises: the 7th control module, for when described operating gesture is the 5th gesture, moves described slide block with the second step-length along the direction corresponding with described 5th gesture; 8th control module, for when described operating gesture is the 6th gesture, moves described slide block with the second step-length along the direction corresponding with described 6th gesture; Wherein, direction corresponding to described 5th gesture is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and direction corresponding to described 6th gesture is the direction of the other end pointing to described progress bar from the mid point of described progress bar.
11. control device according to claim 8, described image acquisition units is 3D camera, and described electronic equipment can utilize image determination measured object and the distance of self of described 3D camera collection, it is characterized in that:
Described first kind gesture comprises: respectively along the 7th gesture that first direction and second direction move in first distance range in described electronic equipment front; Described Equations of The Second Kind gesture comprises: respectively along the 7th gesture that first direction and second direction move within the scope of the second distance in described electronic equipment front;
Described first control module comprises: the 9th control module, during for being the 7th gesture of moving along first direction in first distance range in described electronic equipment front at described operating gesture, moves described slide block with the first step-length along described first direction; Tenth control module, during for being the 7th gesture of moving along second direction in first distance range in described electronic equipment front at described operating gesture, moves described slide block with the first step-length along described second direction;
Described second control module comprises: the 11 control module, during for being the 7th gesture of moving along first direction within the scope of the second distance in described electronic equipment front at described operating gesture, moves described slide block with the second step-length along described first direction; 12 control module, during for being the 7th gesture of moving along second direction within the scope of the second distance in described electronic equipment front at described operating gesture, moves described slide block with the second step-length along described second direction;
Wherein, described first direction is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and described second direction is the direction of the other end pointing to described progress bar from the mid point of described progress bar.
12. control device according to claim 8, described image acquisition units is 3D camera, and described electronic equipment can utilize image determination measured object and the distance of self of described 3D camera collection, it is characterized in that:
Described first kind gesture is included in the 8th gesture and the 9th gesture that perform in the distance range of described electronic equipment front first; Described Equations of The Second Kind gesture is included in the 8th gesture and the 9th gesture that perform within the scope of the second distance of described electronic equipment front;
Described first control module comprises: the 13 control module, during for being the 8th gesture performed in the distance range of described electronic equipment front first at described operating gesture, moves described slide block with the first step-length along the direction corresponding with described 8th gesture; 14 control module, during for being the 9th gesture performed in the distance range of described electronic equipment front first at described operating gesture, moves described slide block with the first step-length along the direction corresponding with described 9th gesture;
Described second control module comprises: the 15 control module, during for being the 8th gesture performed within the scope of the second distance of described electronic equipment front at described operating gesture, moves described slide block with the second step-length along the direction corresponding with described 8th gesture; 16 control module, during for being the 9th gesture performed within the scope of the second distance of described electronic equipment front at described operating gesture, moves described slide block with the second step-length along the direction corresponding with described 9th gesture;
Wherein, direction corresponding to described 8th gesture is the direction of the one end pointing to described progress bar from the mid point of described progress bar, and direction corresponding to described 9th gesture is the direction of the other end pointing to described progress bar from the mid point of described progress bar.
Control device according to any one of 13. according to Claim 8 to 12, it is characterized in that, also comprise the 3rd control module, after adjusting the position of described slide block in described progress bar with the first step-length or after adjusting the position of described slide block in described progress bar with the second step-length, described 3rd control module controls described electronic equipment and runs according to the current described position of described slide block.
Control device according to any one of 14. according to Claim 8 to 12, it is characterized in that, also comprise the 4th control module, after adjusting the position of described slide block in described progress bar with the first step-length or after adjusting the position of described slide block in described progress bar with the second step-length, described 4th control module, after determining to receive the gesture characterizing and confirm, controls described electronic equipment and runs according to the current present position of described slide block.
15. 1 kinds of electronic equipments, comprise a display unit, described display unit shows a progress bar, described electronic equipment also comprises an image acquisition units or an external image acquisition units, it is characterized in that, described electronic equipment also comprises as the control device in claim 8 to 14 as described in any one.
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