CN103984499A - Action command control method and electronic equipment - Google Patents
Action command control method and electronic equipment Download PDFInfo
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- CN103984499A CN103984499A CN201410211408.3A CN201410211408A CN103984499A CN 103984499 A CN103984499 A CN 103984499A CN 201410211408 A CN201410211408 A CN 201410211408A CN 103984499 A CN103984499 A CN 103984499A
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Abstract
The invention discloses an action command control method and electronic equipment. The technical scheme is that relative movement action of an operation body relative to the electronic equipment is acquired for obtaining action information of the relative movement action, then the action information is identified for obtaining an identification result, and finally the electronic equipment is controlled to be in a control mode matched with a relative movement direction through the relative movement direction of the operation body relative to the electronic equipment represented by the identification result. Thus, through the technical scheme in the embodiment of the invention, the technical problems of low efficiency and long time of setting the operation mode or switching the operation mode existing in the electronic equipment in the prior art are solved, and further the technical effect of efficiently setting the operation mode or the switching the operation mode is realized.
Description
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of action command control method and electronic equipment.
Background technology
Current electronic equipment, as mobile phone, panel computer etc., the continuous change greatly of display screen along with electronic equipment, so, user is when adopting finger to carry out touch screen operation, because finger length is limit, when carrying out one-handed performance, can not all demonstration objects shown in display screen be operated, as: while gripping electronic equipment leftward, if screen has reached five inches or larger, restriction due to finger length, just can not operate being presented at the demonstration object in the screen upper right corner or the lower right corner, for this reason, in the prior art, " left-handed operation " and " right-hand operated " two kinds of operator schemes in electronic equipment, have been there are, as: when electronic equipment is during in left-handed operation pattern, operation interface on whole screen can be dwindled, and be presented at the left side of screen, to facilitate user to operate the demonstration object on operation interface.
But, in the process of the technical scheme present inventor in invention the embodiment of the present application, find that above-mentioned prior art at least exists following technical matters:
Because the electronic equipment of prior art is only after user being detected and electronic equipment having been carried out to predetermined registration operation or arrange, just can its pattern be set to left-handed operation pattern or right-hand operated pattern.Such as, when electronic equipment is left-handed operation pattern, if need to be set to right-hand operated pattern by electronic equipment, now, first electronic equipment detects user and enters certain menu and respective selection has been carried out to assigned operation, then, response assigned operation, could be set to right-hand operated pattern by electronic equipment.
Visible, electronic equipment of the prior art exist setting operation pattern or switching operation modes efficiency low, the technical matters that the time is long.
And in the process at setting operation pattern or switching operation modes, user need to enter certain menu, and respective selection has been carried out to assigned operation, so, also exist user to experience poor problem.
Summary of the invention
The application provides a kind of action command control method and electronic equipment, the technical matters that electronic equipment of the prior art exists setting operation pattern or switching operation modes efficiency is low in order to solve, the time is long.
The application provides a kind of action command control method on the one hand, is applied in an electronic equipment, and described method comprises:
Gather an operating body with respect to the action that relatively moves of described electronic equipment;
The action message that relatively moves described in obtaining and move;
Identify described action message, obtain recognition result, the direction that relatively moves of the action that relatively moves described in described recognition result characterizes, the wherein said direction that relatively moves comprises relative first direction or the relative second direction different from described relative first direction;
According to described recognition result, according to a preset rules, control the steer mode of described electronic equipment in matching with described recognition result.
Preferably, gather the distance moving action of the described electronic equipment certain distance of described operating body distance, and/or, the shift action that contacts that described operating body contacts with described electronic equipment gathered.
Preferably, when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control described electronic equipment in the first steer mode;
And/or,
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme;
Wherein, described relative second direction is the direction with described relative first direction symmetry.
Preferably, when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control the first area that described operation interface is presented at described display unit, wherein, the center of described first area deviates from the center of described display unit along described relative first direction;
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction.
Preferably, when the direction that relatively moves described in described recognition result characterizes be relative left to time, control the region of taking back, center that described operation interface is presented at described display unit, the region of taking back, described center is described first area;
Or,
When relatively moving direction described in described recognition result characterizes when relatively going up direction, control region on the upper side, center that described operation interface is presented at described display unit, described center on the upper side region is described first area;
Accordingly,
When the direction that relatively moves described in described recognition result characterizes is described relative right, control the region that takes over, center that described operation interface is presented at described display unit, the region that takes over, described center is described second area;
Or,
When the direction that relatively moves described in described recognition result characterizes is described while relatively descending direction, control region on the lower side, center that described operation interface is presented at described display unit, described center on the lower side region is described second area.
The application also provides a kind of electronic equipment based on action command control method, comprising:
Action collecting unit: in order to gather an operating body with respect to the action that relatively moves of described electronic equipment;
Action message acquiring unit: in order to the action message of the action that relatively moves described in obtaining;
Action recognition unit: in order to identify described action message, obtain recognition result, described recognition result characterizes described operating body with respect to the direction that relatively moves of described electronic equipment, and the wherein said direction that relatively moves comprises relative first direction or the relative second direction different from described relative first direction;
Control module: in order to according to described recognition result, according to a preset rules, control the steer mode of described electronic equipment in matching with described recognition result.
Preferably, gather the described distance moving action of the described electronic equipment certain distance of described operating body distance, and/or, the described shift action that contacts that described operating body contacts with described electronic equipment gathered.
Preferably, when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control described electronic equipment in the first steer mode;
And/or,
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme;
Wherein, described relative second direction is the direction with described relative first direction symmetry.
Preferably, when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control the first area that described operation interface is presented at described display unit, wherein, the center of described first area deviates from the center of described display unit along described relative first direction;
Describedly when the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme, be specially:
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction.
Preferably, when the direction that relatively moves described in described recognition result characterizes be relative left to time, control the region of taking back, center that described operation interface is presented at described display unit, the region of taking back, described center is described first area;
Or,
When relatively moving direction described in described recognition result characterizes when relatively going up direction, control region on the upper side, center that described operation interface is presented at described display unit, described center on the upper side region is described first area;
Accordingly,
When the direction that relatively moves described in described recognition result characterizes is described relative right, control the region that takes over, center that described operation interface is presented at described display unit, the region that takes over, described center is described second area;
Or,
When the direction that relatively moves described in described recognition result characterizes is described while relatively descending direction, control region on the lower side, center that described operation interface is presented at described display unit, described center on the lower side region is described second area.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
Technical scheme in the embodiment of the present application by operating body is carried out with respect to electronic equipment relatively move action gather, thereby the action message of the action that relatively moves described in obtaining, then described action message is identified, obtain recognition result, the described operating body characterizing by described recognition result is again with respect to the direction that relatively moves of described electronic equipment, thereby controls the steer mode of described electronic equipment in matching with the described direction that relatively moves.Visible, technical scheme in the embodiment of the present application, can effectively solve setting operation pattern or switching operation modes efficiency that in prior art, electronic equipment exists low, the technical matters that the time is long, and then realized the technique effect with high-level efficiency setting operation pattern or switching operation modes.
Further, because the technical scheme in the application can be carried out by the operating body of the described electronic equipment certain distance of adjusting the distance the collection of distance moving action, also can contact to the operating body contacting with described electronic equipment the collection of shift action, so the technical scheme in the embodiment of the present application also has the technique effect that applicability is strong.
Further, when the direction that relatively moves described in described recognition result characterizes is relative first direction, control described electronic equipment in the first steer mode, and/or, when the direction that relatively moves described in described recognition result characterizes is relative second direction, control described electronic equipment in the second steer mode, wherein, described relative second direction is the direction with described relative first direction symmetry.In this process, because relative first direction is completely contradicted with the moving direction of relative second direction, so the distinctive information feature of the motion track of operating body is also very obvious, so the technical scheme in the embodiment of the present application also has the high and identification accuracy high technique effect of recognition efficiency.
Further, described the first steer mode is, described operation interface is presented at the first area of described display unit, and wherein, the center of described first area deviates from the center of described display unit along described relative first direction; Accordingly, described the second steer mode is, described operation interface is presented at the second area of described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction, and then when the Area comparison of the display unit of electronic equipment is large, also there is the technique effect that operation interface can be placed on to the region that user's finger can touch-control arrives.
Again further, described relative first direction be relative left to or relatively go up direction, accordingly, described relative second direction is relative right or relatively descends direction; When the direction that relatively moves described in described recognition result characterizes be relative left to time, control the region of taking back, center that described operation interface is presented at described display unit, or, when relatively moving direction described in described recognition result characterizes when relatively going up direction, control region on the upper side, center that described operation interface is presented at described display unit; Accordingly, when the direction that relatively moves described in described recognition result characterizes is described relative right, control the region that takes over, center that described operation interface is presented at described display unit, or, when the direction that relatively moves described in described recognition result characterizes is described while relatively descending direction, control region on the lower side, center that described operation interface is presented at described display unit.
Further, because the technical scheme in the embodiment of the present application has above-mentioned technique effect, so, greatly improved the mutual impression of user when using electronic equipment.
Accompanying drawing explanation
The process flow diagram of a kind of action command control method that Fig. 1 provides for the embodiment of the present invention;
A kind of electronic devices structure figure that Fig. 2 provides for the embodiment of the present invention.
Reference numeral: 201-moves collecting unit, 202-action message acquiring unit, 203-action recognition unit, 204-control module, 205-display unit, 206-operation interface
Embodiment
The application provides a kind of action command control method and electronic equipment, and in order to solve in prior art, setting operation pattern or switching operation modes efficiency that electronic equipment exists are low, the technical matters that the time is long.
Technical scheme in the embodiment of the present application is for solving the problems of the technologies described above, and general thought is as follows:
In the embodiment of the present application, first by an operating body, the action that relatively moves with respect to described electronic equipment gathers, then from the described action that relatively moves, obtain action message, according to described action message, obtain recognition result again, described recognition result is in order to characterize described operating body with respect to the direction that relatively moves of described electronic equipment, the direction that relatively moves described in last basis determines according to a preset rules described electronic equipment is in which kind of operator scheme, for example, when the direction that relatively moves described in described recognition result characterizes be relative left to time, determine that described electronic equipment adopts with described relative left to corresponding operator scheme, when the direction that relatively moves described in described recognition result characterizes is relative right, determine that described electronic equipment adopts the operator scheme corresponding with described relative right.
Further, the distance moving of described operating body that can be by the described electronic equipment certain distance of adjusting the distance moves, and/or, the operating body contacting with described electronic equipment contacted to shift action collection.
Again further, described electronic equipment also comprises display unit, and in described display unit operation display interface, when the direction that relatively moves described in described recognition result characterizes is relative first direction, control the first area that described operation interface is presented at described display unit, the center of described first area deviates from the center of described display unit along described relative first direction;
And/or,
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction.
As can be seen here, in the embodiment of the present application, described electronic equipment can carry out corresponding operator scheme setting or switching according to the different direction recognition results that relatively moves, no longer need to first detect whether receive specific instruction by electronic equipment, and then by responding this specific instruction, carry out setting or the switching of operator scheme, solved in prior art, electronic equipment exist setting operation pattern or switching operation modes efficiency low, the technical matters that time is long, and then realized the technique effect with the operator scheme of high-level efficiency setting or switching electronic equipment.
Below by accompanying drawing and specific embodiment, present techniques scheme is described in detail, be to be understood that the specific features in the embodiment of the present application and embodiment is the detailed explanation to present techniques scheme, rather than the restriction to present techniques scheme, in the situation that not conflicting, the technical characterictic in the embodiment of the present application and embodiment can combine mutually.
Embodiment mono-
Please refer to Fig. 1, the embodiment of the present application one provides a kind of action command control method, is applied in an electronic equipment, and described method comprises:
Step 101: gather an operating body with respect to the action that relatively moves of described electronic equipment.
Particularly, described operating body refers to respect to the action that relatively moves of described electronic equipment: towards the shift action of the operating body of electronic equipment, the reference point of the described action that relatively moves is the position towards electronic equipment, for example, finger from left to right slides before mobile phone screen, and now, described operating body is finger, reference surface defines the described action that relatively moves to the position of mobile phone, and it is shift action from left to right.
In the specific implementation process of step 101, in order to the device of the action that relatively moves described in gathering and mode, can have multiple, for example, can be by bind a tracer on described operating body, the geometric locus carrying out in moving process is described; Also can adopt a camera in the obvious angle of the described motion characteristic that relatively moves, in image pickup scope, the described action that relatively moves be carried out to picture continuous shooting, obtain the continuous position picture of described operating body in moving process; Also can adopt a plurality of cameras simultaneously, from a plurality of orientation or angle in image pickup scope, the described action that relatively moves is carried out to picture continuous shooting, the continuous position picture of the described operating body that obtains multi-faceted, multi-angle in moving process, the action that relatively moves described in obtaining is thus more accurately in the positional information of different time points; In addition, can also adopt motion sensor to gather the described action that relatively moves, the sensor circuit signal message of action in different time points relatively moves described in obtaining thus; Certainly, can also adopt the shadow equipment such as video camera, infrared camera to complete the collection to the described action that relatively moves, thereby obtain the image information of the different time points of described operating body in moving process; In addition, if object or the physiological structure of operating body for sounding, can also adopt sound transducer to gather the described action that relatively moves, obtain the sound source location information of described operating body different time points in moving process, in a word, in the embodiment of the present application, can adopt various ways to gather the action that relatively moves described in described operating body by multiple device, at this, just not exemplify one by one.
Further particularly, step 101 is the shift action of the described operating body of collection apart from described electronic equipment certain distance in implementation process, and/or, gather the shift action that described operating body contacts with described electronic equipment, thus, the technical scheme in the embodiment of the present application also has the technique effect that applicability is strong.
Step 102: the action message of the action that relatively moves described in obtaining.
Particularly, described action message is to pass through its analysis and identification, thus the information of the motion track of the action that relatively moves described in judging.
For example, described action message can be the geometric locus information of sketching the contours of based on the described action that relatively moves, also can be the positional information of described operating body when the different time points, or can be described operating body corresponding induction information when the different time points, again or, when operating body is during for the object that can sound or physiological structure, the sound source location information of its different time points in moving process etc.
Further particularly, obtain the device of described action message or mode also should with gather described in the relatively move device of action corresponding.
For example, described in adopting operating body and tracer to bundle to gather, relatively move in the process of moving, accordingly, the device that obtains described action message is the drawing paper contacting with this tracer, or the image display interfaces being connected with this tracer or device etc.
For example, carry out shooting continuously relatively move in the process of moving described in gathering at employing camera, accordingly, the device that obtains described action message is the image data memory storage being connected with this camera.
Again for example, obtain sensor circuit signal relatively move in the process of moving described in gathering at employing motion sensor, accordingly, the device that obtains described action message is the sensor circuit signal receiving/storing device being connected with this motion sensor.
Again for example, when operating body is during for the object that can sound or physiological structure, at employing sound transducer, obtain voice response signal relatively moves in the process of moving described in gathering, accordingly, the device that obtains described action message is for the voice response signal being connected with this sound transducer is accepted memory storage.
Step 103: identify described action message, obtain recognition result, the direction that relatively moves that relatively moves and move described in described recognition result characterizes, the wherein said direction that relatively moves comprises relative first direction or the relative second direction different from described relative first direction.
In the specific implementation process of step 103, described action message is according to the difference of its form or performing content, its analysis recognition method is also not quite similar, be specially: if described action message for based on the described geometric locus information sketched the contours of of action that relatively moves, thereby can obtain by analyzing the corresponding relation of point on this geometric locus and time parameter the motion track of described shift action.
If described action message is the positional information of described operating body when different time points, can, according to this positional information, according to time order and function sequence analysis, obtain the motion track of described shift action.
If described action message is can be described operating body corresponding induction information when the different time points, can search its corresponding signal of induced signal that different time points occurs by analysis and come source position, thereby obtain the position that described operating body occurs in different time points, and then obtain the motion track of described shift action.
If when operating body is during for the object that can sound or physiological structure, for example, face, side drum, whistle etc., described action message is the sound source location information of its different time points in moving process, can come source position by analyzing the sound of different time points, thereby the residing position of operating body described in determining when different time points, and then obtain the motion track of the described shift action of described operating body.
In a word, in the detailed process of the described action message of identification, to adopt suitable analysis recognition method according to the source of described action message, form, content, then can analyze the motion track that obtains described operating body by modes such as employing computer programmings, and then by described motion track analysis identification is obtained to described recognition result.
Particularly, described recognition result is and characterizes described operating body with respect to the direction that relatively moves described in described electronic equipment, in specific implementation process, the described direction that relatively moves comprises both direction: relative first direction and the relative second direction different from described relative first direction, for example, the described direction that relatively moves comprises both direction: described relative first direction is upper direction, corresponding described relative second direction is non-upper direction, or described first direction is lower direction, corresponding described second direction is non-lower direction.
Further, described relative first direction is symmetrical or contrary with described relative second direction, for example, when described first direction be left to time, corresponding described relative second direction is right, or when described relative first direction is upper left, corresponding described relative second direction is lower right, by that analogy.
Step 104: according to described recognition result, according to a preset rules, control the steer mode of described electronic equipment in matching with described recognition result.
Particularly, described steer mode in present techniques scheme is for being applied to based on the different function of controlling position or electronic equipment of electronic equipment adjustment or the change that carry out different positions, specifically comprising the first steer mode that is adapted to relative first direction and the second steer mode that is adapted to relative second direction.
For example, an electronic game machine with left lever and right lever, its steer mode comprises that being applicable to electronic equipment left controls the left steer mode of position and be applicable to the right-hand right-hand steer mode of controlling position of electronic equipment, particularly, when adopting left steer mode, the right lever of this electronic game machine is locked, power-off or be hidden, and the operating function of left lever is normal, and this electronic game machine is controlled by left lever; And when adopting right-hand steer mode, the left lever of this electronic game machine is locked, power-off or be hidden, and the operating function of right lever is normal, and this electronic game machine is controlled by right lever.Visible, described in to be applicable to that left controls the left steer mode of position and be applicable to the right-hand right-hand steer mode of controlling position be the steer mode of electronic equipment described in the embodiment of the present application.
Again for example, the electronics diving telescope that comprises a lens barrel, this lens barrel can slide up and down automatically, its steer mode comprises and is applied to the top steer mode of top distant surveillance operation and is applied to closely water-bed below steer mode of observing operation of below, particularly, when adopting top steer mode, the lens barrel of this electronics diving telescope slides into top, now can to water surface top position, carry out distant surveillance operation by described lens barrel; When adopting below steer mode, the lens barrel of this electronics diving telescope slides into below, now can to underwater location, carry out underwater observation operation by described lens barrel, the described top steer mode that is applied to distant surveillance operation, with the below steer mode that is applied to underwater observation operation, it is the steer mode of electronic equipment described in the embodiment of the present application.
Visible, so long as electronic equipment different is being controlled position or its function is applied to different positions based on it, and adjustment or the change at aspects such as hardware, control, demonstration, functions made all can be thought the different steer mode described in present techniques scheme.
Particularly, described preset rules can be that, when the direction that relatively moves described in described recognition result characterizes is described relative first direction, this electronic equipment is set as the first steer mode matching with described first direction; When the direction that relatively moves described in described recognition result characterizes is relative second direction, this electronic equipment is set as the second steer mode matching with described relative second direction.
For example, when the direction that relatively moves described in recognition result characterizes is upper direction, this electronic equipment is defined as the first steer mode matching with upper direction, when the moving direction that characterizes described shift action when recognition result is non-upper direction, this electronic equipment is defined as the second steer mode matching with non-upper direction.This kind of rule arrange the steer mode make electronic equipment with described in the direction that relatively moves be consistent, meet electronic equipment steer mode set-up mode generally.
Certainly, described preset rules can be also that, when the direction that relatively moves described in described recognition result characterizes is relative first direction, this electronic equipment can be set as the second steer mode matching with described relative second direction; When the direction that relatively moves described in described recognition result characterizes is relative second direction, this electronic equipment can be set as the first steer mode matching with described relative first direction.
For example, when the moving direction that characterizes described shift action when described recognition result is lower direction, this electronic equipment is defined as the second steer mode matching with non-lower direction, when the moving direction that characterizes described shift action when described recognition result is non-lower direction, this electronic equipment is defined as the first steer mode matching with lower direction.Like this, can provide for the user of different operating custom on the one hand the selection of more polyelectron equipment steer mode switching or set-up mode, make the technical scheme applicability in the embodiment of the present application stronger; Effectively avoided on the other hand following situation, for example: when adopting left-handed electronic equipment, think electronic equipment be set to left to match steer mode time, by right finger, carry out the awkward sense of shift action from right to left and be inconvenient to feel, can directly adopt right finger from left to right to slide, can realize matched steer mode switches or arranges, visible, in the embodiment of the present application, technical scheme, when arranging or switch steer mode, also has the technique effect that the operation used time is shorter, user's impression is better.
In actual implementation process, because the different directions that relatively moves is realized by the different actions that relatively moves, and be applicable to different steer mode, under the prerequisite based on user-friendly, select as required different preset rules to carry out rapidly setting or the switching of steer mode.
Further particularly, when described electronic equipment also comprises display unit, and on described display unit during operation display interface, when the direction that relatively moves that characterizes described operating body when described recognition result is described relative first direction, control the first area that described operation interface is presented at described display unit, wherein, the center of described first area deviates from the center of described display unit along first direction; And/or, when the direction that relatively moves that characterizes described operating body when described recognition result is described relative second direction, control the second area that described operation interface is presented at described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction.
For example, the one positive mobile phone of vertically placing, when with finger at mobile phone previous crops during with respect to shift action from top to bottom of mobile phone screen, the direction that relatively moves described in described recognition result characterizes is lower direction, it is described relative first direction, now control the below that described operation interface is presented at the center of described display unit, the display position center of described operation interface deviates from the center of described display unit along described lower direction, the below of the center of described display unit is described first area; When with finger at mobile phone previous crops during with respect to slip from top to bottom of mobile phone screen, described in described recognition result characterizes, relatively move action described in the direction that relatively moves be upper direction, it is described relative second direction, now control the top that described operation interface is presented at the center of described display unit, the display position center of described operation interface deviates from the center of described display unit along described upper direction, the top of the center of described display unit is described second area.
Further particularly, the direction that relatively moves that characterizes described operating body when described recognition result be left to, be described relative first direction, control the region of taking back, center that described operation interface is presented at described display unit, the region of taking back, described center is described first area; The moving direction that characterizes described operating body when described recognition result is right, i.e. described relative second direction is controlled the region that takes over, center that described operation interface is presented at described display unit, and the region that takes over, described center is described second area.
For example, the one positive mobile phone of vertically placing, when with finger at mobile phone previous crops during with respect to shift action from left to right of mobile phone screen, the direction that relatively moves described in described recognition result characterizes is right, control center right-hand that described operation interface is presented at described display unit, the display position center of described operation interface deviates from the center of described display unit along described right, the center of described display unit right-hand is described first area; When with finger at mobile phone previous crops during with respect to shift action from right to left of mobile phone screen, the direction that relatively moves described in described recognition result characterizes be left to, control the left that described operation interface is presented at the center of described display unit, the display position center of described operation interface is along described left to the center that deviates from described display unit, and the left of the center of described display unit is described second area.
Certainly, in specific implementation process, described operation interface also can, for the direction that relatively moves described in edge moves to first area or second area with certain speed, can have the technique effect of further lifting user impression thus.
Embodiment bis-
Please refer to Fig. 2, the embodiment of the present invention two provides a kind of electronic equipment based on information control method, and this electronic equipment, such as being the electronic equipments such as mobile phone, panel computer, notebook computer, specifically comprises:
Action collecting unit 201, in order to gather an operating body with respect to the action that relatively moves of described electronic equipment;
Action message acquiring unit 202, in order to the action message of the action that relatively moves described in obtaining;
Action recognition unit 203, in order to identify described action message, obtain recognition result, described recognition result characterizes described operating body with respect to the direction that relatively moves of described electronic equipment, and the wherein said direction that relatively moves comprises relative first direction or the relative second direction different from described relative first direction;
Control module 204, in order to according to described recognition result, according to a preset rules, controls the steer mode of described electronic equipment in matching with described recognition result.
Further particularly, described action collecting unit 201 moves in order to gather the described distance moving of the described electronic equipment certain distance of described operating body distance, and/or, gather the described shift action that contacts that described operating body contacts with described electronic equipment.
Further particularly, described control module 204, in order to when the direction that relatively moves described in described recognition result characterizes is described relative first direction, controls described electronic equipment in the first steer mode; And/or, when the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme; Wherein, described relative second direction is the direction with described relative first direction symmetry.
Further particularly, when described electronic equipment also comprises display unit 205, and in described display unit 205 during operation display interface 206, described control module 204, in order to when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control the first area that described operation interface is presented at described display unit, wherein, the center of described first area deviates from the center of described display unit along described relative first direction; When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction.
Again further particularly, when described electronic equipment also comprises display unit 205, and in described display unit 205 during operation display interface 206, described control module 204, in order to when the direction that relatively moves described in described recognition result characterizes, be relative left to time, control the region of taking back, center that described operation interface is presented at described display unit, the region of taking back, described center is described first area; Or, when relatively moving direction described in described recognition result characterizes when relatively going up direction, control region on the upper side, center that described operation interface is presented at described display unit, described center on the upper side region is described first area.
Accordingly, when the direction that relatively moves described in described recognition result characterizes is described relative right, control the region that takes over, center that described operation interface is presented at described display unit, the region that takes over, described center is described second area; Or, when the direction that relatively moves described in described recognition result characterizes is described while relatively descending direction, control region on the lower side, center that described operation interface is presented at described display unit, described center on the lower side region is described second area.
Can there be for burning the chip of corresponding software program above-mentioned each unit, can be also the treatment facilities such as electronic equipment CPU module, and in use can realize intercommunication mutually.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
Technical scheme in the embodiment of the present application by operating body is carried out with respect to electronic equipment relatively move action gather, thereby the action message of the action that relatively moves described in obtaining, then described action message is identified, obtain recognition result, the described operating body characterizing by described recognition result is again with respect to the direction that relatively moves of described electronic equipment, thereby controls the steer mode of described electronic equipment in matching with the described direction that relatively moves.Visible, technical scheme in the embodiment of the present application, so it is low effectively to solve setting operation pattern or switching operation modes efficiency that in prior art, electronic equipment exists, the technical matters that the time is long, and then realized the technique effect with high-level efficiency setting operation pattern or switching operation modes.
Further, because the technical scheme in the application can be carried out by the operating body of the described electronic equipment certain distance of adjusting the distance the collection of distance moving action, also can contact to the operating body contacting with described electronic equipment the collection of shift action, so the technical scheme in the embodiment of the present application also has the technique effect that applicability is strong.
Further, when the direction that relatively moves described in described recognition result characterizes is relative first direction, control described electronic equipment in the first steer mode, and/or, when the direction that relatively moves described in described recognition result characterizes is relative second direction, control described electronic equipment in the second steer mode, wherein, described relative second direction is the direction with described relative first direction symmetry.In this process, because relative first direction is completely contradicted with the moving direction of relative second direction, so so the distinctive information feature of the motion track of operating body is also very obvious, the technical scheme in the embodiment of the present application also has the high and high technique effect of identification accuracy of recognition efficiency.
Further, described the first steer mode is, described operation interface is presented at the first area of described display unit, and wherein, the center of described first area deviates from the center of described display unit along described relative first direction; Accordingly, described the second steer mode is, described operation interface is presented at the second area of described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction, and then when the Area comparison of the display unit of electronic equipment is large, also there is the technique effect that operation interface can be placed on to the region that user's finger can touch-control arrives.
Again further, described relative first direction be relative left to or relatively go up direction, accordingly, described relative second direction is relative right or relatively descends direction; When the direction that relatively moves described in described recognition result characterizes be relative left to time, control the region of taking back, center that described operation interface is presented at described display unit, or, when relatively moving direction described in described recognition result characterizes when relatively going up direction, control region on the upper side, center that described operation interface is presented at described display unit; Accordingly, when the direction that relatively moves described in described recognition result characterizes is described relative right, control the region that takes over, center that described operation interface is presented at described display unit, or, when the direction that relatively moves described in described recognition result characterizes is described while relatively descending direction, control region on the lower side, center that described operation interface is presented at described display unit.
Further, because the technical scheme in the embodiment of the present application has above-mentioned technique effect, so, greatly improved the mutual impression of user when using electronic equipment.
Those skilled in the art should understand, the application's embodiment can be provided as method, system or computer program.Therefore, the application can adopt complete hardware implementation example, implement software example or in conjunction with the form of the embodiment of software and hardware aspect completely.And the application can adopt the form that wherein includes the upper computer program of implementing of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) of computer usable program code one or more.
The application is with reference to describing according to process flow diagram and/or the block scheme of the method for the embodiment of the present application, equipment (system) and computer program.Should understand can be in computer program instructions realization flow figure and/or block scheme each flow process and/or the flow process in square frame and process flow diagram and/or block scheme and/or the combination of square frame.Can provide these computer program instructions to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction of carrying out by the processor of computing machine or other programmable data processing device is produced for realizing the device in the function of flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame appointments.
These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of appointment in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame.
These computer program instructions also can be loaded in computing machine or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computing machine or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of appointment in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame on computing machine or other programmable devices.
Specifically, a kind of action command control method in the embodiment of the present application is applied in electronic equipment, computer program instructions corresponding to described method can be stored in CD, hard disk, on the storage mediums such as USB flash disk, when the computer program instructions corresponding with a kind of action command control method in storage medium read or be performed by an electronic equipment, comprise the steps:
Identify described action message, obtain recognition result, described recognition result characterizes described operating body with respect to the direction that relatively moves of described electronic equipment, and the wherein said direction that relatively moves comprises relative first direction or the relative second direction different from described relative first direction;
According to described recognition result, according to a preset rules, control the steer mode of described electronic equipment in matching with described recognition result.
Optionally, in described storage medium, also store other computer instruction, these computer instructions with step: identify described action message, obtain recognition result, after corresponding computer instruction is performed, be performed, when being performed, comprise the steps:
When the direction that relatively moves described in described recognition result characterizes is described relative first direction, control described electronic equipment in the first steer mode;
And/or,
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme;
Wherein, described relative second direction is the direction with described relative first direction symmetry.
Optionally, when described electronic equipment also comprises display unit, and while showing operation interface on described display unit, in described storage medium, store with step: when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control described electronic equipment in the first steer mode, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:
When the direction that relatively moves described in described recognition result characterizes is described relative first direction, control the first area that described operation interface is presented at described display unit, wherein, the center of described first area deviates from the center of described display unit along described relative first direction.
Optionally, when described electronic equipment also comprises display unit, and while showing operation interface on described display unit, in described storage medium, store with step: when the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, wherein, the center of described first area deviates from the center of described display unit along described relative second direction.
Optionally, in described storage medium, store with step: when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control the first area that described operation interface is presented at described display unit, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:
When the direction that relatively moves described in described recognition result characterizes be relative left to time, control the region of taking back, center that described operation interface is presented at described display unit, the region of taking back, described center is described first area;
Or,
When relatively moving direction described in described recognition result characterizes when relatively going up direction, control region on the upper side, center that described operation interface is presented at described display unit, described center on the upper side region is described first area.
Optionally, in described storage medium, store with step: when the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:
When the direction that relatively moves described in described recognition result characterizes is described relative right, control the region that takes over, center that described operation interface is presented at described display unit, the region that takes over, described center is described second area;
Or,
When the direction that relatively moves described in described recognition result characterizes is described while relatively descending direction, control region on the lower side, center that described operation interface is presented at described display unit, described center on the lower side region is described second area.
Although described the application's preferred embodiment, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the application's scope.
Obviously, those skilled in the art can carry out various changes and modification and the spirit and scope that do not depart from the application to the application.Like this, if within these of the application are revised and modification belongs to the scope of the application's claim and equivalent technologies thereof, the application is also intended to comprise these changes and modification interior.
Claims (10)
1. an action command control method, is applied in an electronic equipment, and described method comprises:
Gather an operating body with respect to the action that relatively moves of described electronic equipment;
The action message that relatively moves described in obtaining and move;
Identify described action message, obtain recognition result, described recognition result characterizes described operating body with respect to the direction that relatively moves of described electronic equipment, and the wherein said direction that relatively moves comprises relative first direction or the relative second direction different from described relative first direction;
According to described recognition result, according to a preset rules, control the steer mode of described electronic equipment in matching with described recognition result.
2. the method for claim 1, is characterized in that, described collection one operating body, with respect to the action that relatively moves of described electronic equipment, specifically comprises:
Gather the distance moving action of the described electronic equipment certain distance of described operating body distance, and/or, the shift action that contacts that described operating body contacts with described electronic equipment gathered.
3. the method for claim 1, is characterized in that, described according to described recognition result, according to a preset rules, controls the steer mode of described electronic equipment in matching with described recognition result, is specially:
When the direction that relatively moves described in described recognition result characterizes is described relative first direction, control described electronic equipment in the first steer mode;
And/or,
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme;
Wherein, described relative second direction is the direction with described relative first direction symmetry.
4. method as claimed in claim 3, it is characterized in that, when described electronic equipment also comprises display unit, and while showing operation interface on described display unit, it is described when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control described electronic equipment in the first steer mode, be specially:
When the direction that relatively moves described in described recognition result characterizes is described relative first direction, control the first area that described operation interface is presented at described display unit, wherein, the center of described first area deviates from the center of described display unit along described relative first direction;
Describedly when the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme, be specially:
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction.
5. method as claimed in claim 4, is characterized in that, describedly when the direction that relatively moves described in described recognition result characterizes is described relative first direction, controls the first area that described operation interface is presented at described display unit, is specially:
When the direction that relatively moves described in described recognition result characterizes be relative left to time, control the region of taking back, center that described operation interface is presented at described display unit, the region of taking back, described center is described first area;
Or,
When relatively moving direction described in described recognition result characterizes when relatively going up direction, control region on the upper side, center that described operation interface is presented at described display unit, described center on the upper side region is described first area;
Accordingly,
Describedly when the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, be specially:
When the direction that relatively moves described in described recognition result characterizes is described relative right, control the region that takes over, center that described operation interface is presented at described display unit, the region that takes over, described center is described second area;
Or,
When the direction that relatively moves described in described recognition result characterizes is described while relatively descending direction, control region on the lower side, center that described operation interface is presented at described display unit, described center on the lower side region is described second area.
6. the electronic equipment based on information control method, comprising:
Action collecting unit, in order to gather an operating body with respect to the action that relatively moves of described electronic equipment;
Action message acquiring unit, in order to the action message of the action that relatively moves described in obtaining;
Action recognition unit, in order to identify described action message, obtain recognition result, described recognition result characterizes described operating body with respect to the direction that relatively moves of described electronic equipment, and the wherein said direction that relatively moves comprises relative first direction or the relative second direction different from described relative first direction;
Control module, in order to according to described recognition result, according to a preset rules, controls the steer mode of described electronic equipment in matching with described recognition result.
7. electronic equipment as claimed in claim 6, is characterized in that, described collection one operating body, with respect to the action that relatively moves of described electronic equipment, specifically comprises:
Gather the described distance moving action of the described electronic equipment certain distance of described operating body distance, and/or, the described shift action that contacts that described operating body contacts with described electronic equipment gathered.
8. electronic equipment as claimed in claim 6, is characterized in that, described according to described recognition result, according to a preset rules, controls the steer mode of described electronic equipment in matching with described recognition result, is specially:
When the direction that relatively moves described in described recognition result characterizes is described relative first direction, control described electronic equipment in the first steer mode;
And/or,
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme;
Wherein, described relative second direction is the direction with described relative first direction symmetry.
9. electronic equipment as claimed in claim 8, it is characterized in that, when described electronic equipment also comprises display unit, and while showing operation interface on described display unit, it is described when the direction that relatively moves described in described recognition result characterizes is described relative first direction, control described electronic equipment in the first steer mode, be specially:
When the direction that relatively moves described in described recognition result characterizes is described relative first direction, control the first area that described operation interface is presented at described display unit, wherein, the center of described first area deviates from the center of described display unit along described relative first direction;
Describedly when the direction that relatively moves described in described recognition result characterizes is described relative second direction, control described electronic equipment in second operator scheme different from described the first operator scheme, be specially:
When the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, wherein, the center of described second area deviates from the center of described display unit along described relative second direction.
10. electronic equipment as claimed in claim 9, is characterized in that, describedly when the direction that relatively moves described in described recognition result characterizes is described relative first direction, controls the first area that described operation interface is presented at described display unit, is specially:
When the direction that relatively moves described in described recognition result characterizes be relative left to time, control the region of taking back, center that described operation interface is presented at described display unit, the region of taking back, described center is described first area;
Or,
When relatively moving direction described in described recognition result characterizes when relatively going up direction, control region on the upper side, center that described operation interface is presented at described display unit, described center on the upper side region is described first area;
Accordingly,
Describedly when the direction that relatively moves described in described recognition result characterizes is described relative second direction, control the second area that described operation interface is presented at described display unit, be specially:
When the direction that relatively moves described in described recognition result characterizes is described relative right, control the region that takes over, center that described operation interface is presented at described display unit, the region that takes over, described center is described second area;
Or,
When the direction that relatively moves described in described recognition result characterizes is described while relatively descending direction, control region on the lower side, center that described operation interface is presented at described display unit, described center on the lower side region is described second area.
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Application publication date: 20140813 |