CN104244049A - Curved surface television and method capable of dynamically regulating curvature and direction - Google Patents
Curved surface television and method capable of dynamically regulating curvature and direction Download PDFInfo
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- CN104244049A CN104244049A CN201410564364.2A CN201410564364A CN104244049A CN 104244049 A CN104244049 A CN 104244049A CN 201410564364 A CN201410564364 A CN 201410564364A CN 104244049 A CN104244049 A CN 104244049A
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Abstract
The invention discloses a curved surface television and a method capable of dynamically regulating curvature and direction. The curved surface television comprises a gesture gathering module used for gathering gesture information of a user and sending the gesture information to a gesture matching module, the gesture matching module used for pre-storing the corresponding relationship between the gesture information and regulating modes, inquiring the corresponding relationship according to the gesture information obtained from the gesture gathering module to obtain the corresponding regulating mode, and sending the regulating mode to a regulating module, and the regulating module used for regulating the curvature or direction of the curved surface television according to the regulating mode. The curved surface television and method capable of dynamically regulating the curvature and direction are capable of conveniently regulating the curvature and direction of the curved surface television according to the user gesture.
Description
Technical field
The present invention relates to curved surface TV technology, particularly relate to curved surface TV and the method in a kind of dynamic adjustments curvature and direction.
Background technology
Curved surface TV is compared with flat-surface television, and Consumer's Experience is better.Because curve screens surrounds angle towards user side to forming one, provide broader visible angle and broad full-view image, make overall picture telepresenc stronger.
In use curved surface TV process, user often can regulate the curvature of TV and direction, meets the user's request of diverse location.Current curved surface TV, when carrying out curvature or direction regulates, mainly being selected by remote controller or being inputted, then regulating curvature or direction by curvature adjusting device or direction adjusting apparatus, and this regulative mode is inconvenient, and mode is single.
Summary of the invention
The invention provides the curved surface TV in a kind of dynamic adjustments curvature and direction, curvature and the direction of curved surface TV can be regulated more conveniently.
Present invention also offers a kind of method in dynamic adjustments curved surface TV curvature and direction, curvature and the direction of curved surface TV can be regulated more conveniently.
Technical scheme of the present invention is achieved in that
The curved surface TV in dynamic adjustments curvature and direction, comprising:
Gesture acquisition module, for gathering the gesture information of user, is sent to gesture matching module by described gesture information;
Gesture matching module, for preserving the corresponding relation of gesture information and regulative mode in advance, inquires about described corresponding relation according to the described gesture information from gesture acquisition module, obtains corresponding regulative mode, described regulative mode is sent to adjustment module;
Adjustment module, for regulating curvature or the direction of curved surface TV according to described regulative mode.
The method in dynamic adjustments curved surface TV curvature and direction, comprising:
Gather the gesture information of user, search the corresponding relation preserving gesture information and regulative mode in advance according to described gesture information, obtain the regulative mode that this gesture information is corresponding;
Curvature or the direction of curved surface TV is regulated according to this regulative mode.
Visible, the curved surface TV in the dynamic adjustments curvature that the present invention proposes and direction and method, by gathering user's gesture information, and regulating TV curvature and direction according to user's gesture information, can regulate curvature and the direction of curved surface TV more conveniently.
Accompanying drawing explanation
Fig. 1 is the curved surface TV structure schematic diagram in the dynamic adjustments curvature that proposes of the present invention and direction;
Fig. 2 is the method realization flow figure in the dynamic adjustments curved surface TV curvature that proposes of the present invention and direction;
Fig. 3 is the realization flow figure of the embodiment of the present invention one;
Fig. 4 is the realization flow figure of the embodiment of the present invention two;
Fig. 5 is the realization flow figure of the embodiment of the present invention three.
Embodiment
The present invention proposes the curved surface TV in a kind of dynamic adjustments curvature and direction, as the structural representation that Fig. 1 is this curved surface TV, comprising:
Gesture acquisition module 110, for gathering the gesture information of user, is sent to gesture matching module 120 by described gesture information;
Gesture matching module 120, for preserving the corresponding relation of gesture information and regulative mode in advance, according to the described gesture information inquiry corresponding relation from gesture acquisition module 110, obtaining corresponding regulative mode, described regulative mode is sent to adjustment module 130;
Adjustment module 130, for regulating curvature or the direction of curved surface TV according to described regulative mode.
In said apparatus, the corresponding relation of gesture information and regulative mode can be kept in curved surface TV in advance, and user also can input the corresponding relation of some gesture informations and regulative mode as required voluntarily, preserves this corresponding relation by gesture matching module 120.
Particularly, gesture matching module 120 can also be used for, and after receiving the gesture information from gesture acquisition module, receives the regulative mode that this gesture information of user's input is corresponding, preserves the corresponding relation of described gesture information and regulative mode.
In above-mentioned curved surface TV, gesture acquisition module 110 can comprise:
Gather submodule 111, for gathering the gesture information of user;
Process submodule 112, for the gesture information of user described in analyzing and processing, is processed into the information format preset by the gesture information of user, the gesture information after process is sent to gesture matching module 120.
Above-mentioned collection submodule 111 is specifically as follows single camera, dual camera or 3D camera.
In above-mentioned curved surface TV, gesture matching module 120 can comprise:
Submodule 121 preserved by gesture collection, for preserving the corresponding relation of gesture information and regulative mode;
Search submodule 122, for searching described corresponding relation according to the gesture information received, obtaining corresponding regulative mode, described regulative mode is sent to adjustment module 130;
Adjustment module 130 can comprise:
Analyzing submodule 131, for analyzing described regulative mode, generating concrete regulating command, described regulating command is sent at least one in curvature adjustment submodule 132 and direction adjustment submodule 133;
Curvature regulates submodule 132, for regulating the curvature of curved surface TV according to described regulating command;
Direction regulates submodule 133, for regulating the direction of curved surface TV according to described regulating command.
Such as, when regulative mode is for " being adjusted to optimal curvatures and direction according to customer location ", analysis submodule 131 calculates adjustment data when being adjusted to optimal curvatures and direction according to customer location, adjustment data are carried in regulating command and are sent to curvature adjustment submodule 132 and direction adjustment submodule 133 respectively, regulate submodule 132 and direction to regulate submodule 133 to adjust curvature and the direction of curved surface TV respectively by curvature.
As following table gives the corresponding relation example of several user's gesture and regulative mode, following table is only example, and the corresponding relation of the present invention to concrete user's gesture and regulative mode is not restricted.
Table 1
Use said apparatus, can provide and there is a series of simple gesture and gesture set, as long as user does a specific gesture motion, just can control curved surface TV easily, comprise and regulate TV towards the direction oneself wanted, adjustment curvature views and admires distance etc. to be applicable to the best.
Correspondingly, the present invention proposes a kind of method in dynamic adjustments curved surface TV curvature and direction, as the realization flow figure that Fig. 2 is the method, comprising:
Step 201: the gesture information gathering user;
Step 202: search the corresponding relation preserving gesture information and regulative mode in advance according to described gesture information, obtain the regulative mode that this gesture information is corresponding;
Step 203: the curvature or the direction that regulate curved surface TV according to this regulative mode.
Said method can also comprise: the gesture information gathering user, receives the regulative mode that this gesture information of user's input is corresponding, preserves the corresponding relation of described gesture information and regulative mode.
The concrete mode of above-mentioned steps 201 can be: the gesture information gathering user, the gesture information of user described in analyzing and processing, is processed into the information format preset by the gesture information of user.
The concrete mode of above-mentioned steps 203 can be: analyze described regulative mode, generate concrete regulating command, regulates at least one in the curvature of curved surface TV and direction according to this regulating command.
Below lift specific embodiment to introduce in detail.
Embodiment one:
The present embodiment introduces the concrete mode of one being regulated curved surface TV by gesture, as the realization flow figure that Fig. 3 is the present embodiment, comprising:
Step 301: user turns on the switch in gesture regulating and controlling TV curvature or direction.
Step 302: user is selected interested gesture in the set of control gesture.
Step 303: user, when wanting to regulate TV curvature or direction, makes corresponding gesture.
Step 304: gesture acquisition module catches gesture information, sends to gesture matching module after process.
Step 305: gesture matching module searches gesture set (comprising the corresponding relation of gesture information and regulative mode) according to the gesture information received, if find regulative mode corresponding to this gesture information, then continues to perform step 306; Otherwise prompting user makes gesture again, return and perform step 303.
Step 306: the regulative mode found is sent to adjustment module by gesture matching module, adjustment module analyzes this regulative mode, generates concrete regulating command, and regulates curvature or the direction of curved surface TV according to regulating command.
Such as, when regulating command is for adjustment direction, submodule is regulated to regulate the direction of curved surface TV by direction;
When regulating command is for the upper and lower curvature of adjustment, submodule is regulated to regulate the curvature up and down of curved surface TV by curvature;
When regulating command is for adjustment left and right curvature, submodule is regulated to regulate the left and right curvature of curved surface TV by curvature;
When regulative mode is for being adjusted to optimal curvatures and direction according to customer location, adjustment data when being adjusted to optimal curvatures and direction are calculated according to user's current location by the analysis submodule in adjustment module, and adjustment data are carried in regulating command are sent to curvature respectively and regulate submodule and direction to regulate submodule, regulate submodule and direction to regulate submodule to adjust curvature and the direction of curved surface TV respectively by curvature.
After adjustment, user closes the switch in gesture regulating and controlling TV curvature or direction, and the present embodiment flow process terminates.
Embodiment two:
After the gesture information that the present embodiment introduction obtains, regulate a kind of execution mode in curved surface TV curvature or direction, this process relates to gesture matching module and adjustment module.As the realization flow figure that Fig. 4 is the present embodiment, comprising:
Step 401: the submodule of searching in gesture matching module gets gesture information from gesture acquisition module, search the corresponding relation that gesture collection to preserve in module gesture information whether and regulative mode, obtain the regulative mode that this gesture information is corresponding, regulative mode is sent to adjustment module.
Step 402: the analysis submodule in adjustment module judges whether this regulative mode is be adjusted to optimal curvatures and direction according to customer location, if, then calculate the adjustment data that curvature and direction need to carry out, these adjustment data are carried in adjustment instruction, being sent to curvature respectively regulates submodule and direction to regulate submodule, regulates submodule and direction to regulate submodule to adjust curvature and direction respectively according to adjustment instruction by curvature; Otherwise, continue to perform step 403.
Step 403: the analysis submodule in adjustment module judges whether this regulative mode is regulate direction, if, then analyze submodule and the regulating command of carrying adjustment data is sent to direction adjustment submodule, regulate submodule to adjust the direction of curved surface TV according to adjustment instruction by direction; Otherwise, continue to perform step 404.
Step 404: the analysis submodule in adjustment module judges whether this regulative mode is regulate curvature, if, then analyze submodule and the regulating command of carrying adjustment data is sent to curvature adjustment submodule, regulate submodule to adjust the curvature of curved surface TV according to adjustment instruction by curvature; Otherwise prompting user re-enters gesture.
Embodiment three:
The present embodiment introduces the concrete mode of one of User Defined gesture information, as the realization flow figure that Fig. 5 is the present embodiment, comprising:
Step 501: user opens the switch of typing gesture information.
Step 502: the self-defining gesture of user's typing oneself.
Step 503: gesture acquisition module catches gesture information, sends to gesture matching module after process; The regulative mode that the described gesture information that the user of gesture matching module reception simultaneously inputs is corresponding.
Step 504: gesture matching module judges whether there is this gesture information or regulative mode in the gesture collection (comprising the corresponding relation of gesture information and regulative mode) preserved in advance, if there is no, then the corresponding relation of this gesture information and this regulative mode is preserved; If existed, before explanation, the relevant information of this gesture information existing or regulative mode, for avoiding repetition typing, can perform step 505.
Step 505: prompting user selects the corresponding relation whether preserving this gesture information and this regulative mode.
Step 506: judge whether the information that user inputs is preservation, if so, then preserves the corresponding relation of this gesture information and this regulative mode, and delete and the afoul record of this corresponding relation; Otherwise, return and perform step 502.
After typing is complete, with the switch of closing typing gesture information, the present embodiment flow process terminates.
As fully visible, the curved surface TV in the dynamic adjustments curvature that the present invention proposes and direction and method, can according to the curvature of gesture dynamic adjustments curved surface TV and direction.Concrete, the built-in gesture collection of curved surface TV, also can User Defined gesture collection, is preset, the corresponding corresponding regulative mode of each gesture by user to gesture.User can store multiple interested regulative mode, as conventional setting, for directly selecting below according to hobby.Gesture, by catching user's gesture, is mated with the gesture collection in TV, and is called corresponding adjustment operation, thus reach the function in dynamic adjustments TV curvature and direction by TV.Support of the present invention regulates curvature and the direction of curved surface TV automatically according to customer location, makes user when watching curved surface TV, and screen curvature and direction reach best.Compared with prior art, regulate curvature and direction more flexible by gesture, operability is high, effectively raises the experience of curved surface TV user.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (10)
1. the curved surface TV in dynamic adjustments curvature and direction, is characterized in that, described curved surface TV comprises:
Gesture acquisition module, for gathering the gesture information of user, is sent to gesture matching module by described gesture information;
Gesture matching module, for preserving the corresponding relation of gesture information and regulative mode in advance, inquires about described corresponding relation according to the described gesture information from gesture acquisition module, obtains corresponding regulative mode, described regulative mode is sent to adjustment module;
Adjustment module, for regulating curvature or the direction of curved surface TV according to described regulative mode.
2. curved surface TV according to claim 1, it is characterized in that, described gesture matching module also for, after receiving the gesture information from gesture acquisition module, receive the regulative mode that this gesture information of user's input is corresponding, preserve the corresponding relation of described gesture information and regulative mode.
3. curved surface TV according to claim 1, is characterized in that, described gesture acquisition module comprises:
Gather submodule, for gathering the gesture information of user;
Process submodule, for the gesture information of user described in analyzing and processing, is processed into the information format preset by the gesture information of user, the gesture information after process is sent to gesture matching module.
4. curved surface TV according to claim 3, is characterized in that, described collection submodule is single camera, dual camera or 3D camera.
5. curved surface TV according to claim 1 and 2, is characterized in that, described gesture matching module comprises:
Submodule preserved by gesture collection, for preserving the corresponding relation of gesture information and regulative mode;
Search submodule, for searching described corresponding relation according to the gesture information received, obtaining corresponding regulative mode, described regulative mode is sent to adjustment module.
6. curved surface TV according to claim 1, is characterized in that, described adjustment module comprises:
Analyzing submodule, for analyzing described regulative mode, generating concrete regulating command, described regulating command is sent at least one in curvature adjustment submodule and direction adjustment submodule;
Curvature regulates submodule, for regulating the curvature of curved surface TV according to described regulating command;
Direction regulates submodule, for regulating the direction of curved surface TV according to described regulating command.
7. the method in dynamic adjustments curved surface TV curvature and direction, is characterized in that, described method comprises:
Gather the gesture information of user, search the corresponding relation preserving gesture information and regulative mode in advance according to described gesture information, obtain the regulative mode that this gesture information is corresponding;
Curvature or the direction of curved surface TV is regulated according to this regulative mode.
8. method according to claim 7, is characterized in that, described method also comprises: the gesture information gathering user, receives the regulative mode that this gesture information of user's input is corresponding, preserves the corresponding relation of described gesture information and regulative mode.
9. method according to claim 7, is characterized in that, the mode of the gesture information of described collection user is: the gesture information gathering user, the gesture information of user described in analyzing and processing, is processed into the information format preset by the gesture information of user.
10. method according to claim 7, it is characterized in that, describedly regulate the curvature of curved surface TV or the mode in direction to be according to regulative mode: to analyze described regulative mode, generate concrete regulating command, regulate at least one in the curvature of curved surface TV and direction according to this regulating command.
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Application publication date: 20141224 |