CN103941528A - Mode switching method and electronic device - Google Patents
Mode switching method and electronic device Download PDFInfo
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- CN103941528A CN103941528A CN201310019772.5A CN201310019772A CN103941528A CN 103941528 A CN103941528 A CN 103941528A CN 201310019772 A CN201310019772 A CN 201310019772A CN 103941528 A CN103941528 A CN 103941528A
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Abstract
The invention discloses a mode switching method and an electronic device. The mode switching method is applied to the electronic device. The electronic device comprises a projection head. The mode switching method includes the first step of obtaining a projection object, the second step of obtaining projection positions of the projection head, the third step of determining projection modes of the projection object according to the projection positions, and the fourth step of projecting the projection object according to the projection positions on the basis of the projection modes, wherein when the projection head is located at the first projection position, the electronic device corresponds to the first projection mode; when the projection head is located at the second projection position different from the first projection position, the electronic device corresponds to the second projection mode; a first operational instruction set that the electronic device responding to the projection object in the first projection mode is smaller than a second operational instruction set that the electronic device responding to the projection object in the second projection mode.
Description
Technical field
The present invention relates to electronic technology field, method and a kind of electronic equipment that particularly a kind of pattern is switched.
Background technology
At present, along with the development of electronic technology, more and more different types of electronic equipments have entered people's life, and such as video camera, the use of projector etc., has enriched people's life greatly.
Give an example with projector, projector claims again projector, is a kind ofly image or video to be projected to the equipment on curtain, can be by different interfaces same computing machine, VCD, DVD, BD, game machine, DV etc. be connected and play corresponding vision signal.Projector is widely used in family, office, school and public place of entertainment, according to working method difference, has CRT, LCD, and DLP etc. are dissimilar.
In addition, if according to applied environment classification, projector can be divided into home theater type projector, or business type projector, or educational conference type projector, or main flow Engineering-type projector, or professional theater type projector, or measuring projector etc.
And being developed so far of electronic technology be not limited in projector to connect the electronic equipments such as computing machine by interface to use, projector can also be arranged at computer-internal, and a newly-increased function that becomes computing machine is used.
And according to the use of projector, the applicant, in the process that realizes the application, finds that prior art at least exists following technical matters:
In use, great majority all only possess the function of projection to current projector, and such as projection one PPT, now PPT, in browse mode, can not edit.If when user need to modify to the content of projection, while adding the editing operations such as annotations and comments, need to operate the electronic equipment that projector is corresponding PPT is carried out to pattern switching, and can not make projector carry out the switching of pattern.In addition, after user has edited PPT, need again electronic equipment again to operate to switch display mode.
Therefore the technical matters that, prior art exists is: projector can not independently switch projection mode.
Summary of the invention
The invention provides method and a kind of electronic equipment that a kind of pattern is switched, can not independently switch the technical matters of projection mode in order to solve the projector existing in prior art.
On the one hand, the present invention, by the application's a embodiment, provides following technical scheme:
The method that pattern is switched, described method is applied to electronic equipment, and described electronic equipment comprises projection head, and described method comprises: obtain projection objects; Obtain the projected position of described projection head; Determine the projection mode of described projection objects according to described projected position; Based on described projection mode, according to described projected position, described projection objects is carried out to projection; Wherein, in the time that described projection head is positioned at the first projected position, corresponding the first projection mode of described electronic equipment, in the time that described projection head is positioned at the second projected position that is different from described the first projected position, corresponding the second projection mode of described electronic equipment, wherein, under the first projection mode, the response of described electronic equipment is less than under described the second projection mode described electronic equipment response for the second operational order set of described projection objects for the first operational order set of described projection objects.
Optionally, described electronic equipment comprises adjustment structure, and the projected position of the described projection head of described acquisition, is specially: by described adjustment structure, described projected position is adjusted into described the first projected position; Or by described adjustment structure, described projected position is adjusted into described the second projected position.
Optionally, in the time that described projected position is specially described the first projected position, the described projection mode of determining described projection objects according to described projected position, is specially: determine that according to described the first projected position the projection mode of described projection objects is described the first projection mode; In the time that described projected position is specially described the second projected position, the described projection mode of determining described projection objects according to described projected position, is specially: determine that according to described the second projected position the projection mode of described projection objects is described the second projection mode.
Optionally, describedly determine that according to described the first projected position the projection mode of described projection objects is described the first projection mode, be specially: according to described the first projected position, obtain the first angle value, described the first angle value is specially the angle value of described the first projected position and reference surface; Judge that whether described the first angle value is in the first preset angles threshold range; If so, the projection mode of determining described projection objects is described the first projection mode.
Optionally, describedly determine that according to described the second projected position the projection mode of described projection objects is described the second projection mode, be specially: according to described the second projected position, obtain the second angle value, described the second angle value is specially the angle value of described the second projected position and reference surface; Judge that whether described the second angle value is in the second preset angles threshold range; If so, the projection mode of determining described projection objects is described the second projection mode.
Optionally, described the first operational order set is specially and controls the instruction set of described projection objects in browse state; Described the second operational order set specifically forms in the second instruction that can browse editing mode by controlling described projection objects in the first instruction that can editing mode and controlling described projection objects.
Optionally, described projection head is made up of N sub-projection head, projection objects of described N sub-projection head projection simultaneously, now a described projection objects can be identical projection mode in described N sub-projection head, also can be different projection mode, wherein N be more than or equal to 2 integer; Or in described N sub-projection head, each sub-projection head can be distinguished the different projection objects of projection, now described different projection objects projection mode in each sub-projection head in described N sub-projection head can be identical projection mode, can be also different projection mode.
Optionally, in the time that a described projection objects is different projection mode in described N sub-projection head, a described projection objects is described the first projection mode in P sub-projection head, a described projection objects is described the second projection mode in M sub-projection head, and the content of upgrading for described projection objects under described the second projection mode can show simultaneously in described the first projection mode, wherein, P+M=N.
On the other hand, the present invention provides by another embodiment of the application:
A kind of electronic equipment, described electronic equipment comprises projection head, described electronic equipment comprises: first obtains unit, for obtaining projection objects; Second obtains unit, for obtaining the projected position of described projection head; Determining unit, for determining the projection mode of described projection objects according to described projected position; Projecting cell, for based on described projection mode, carries out projection according to described projected position to described projection objects; Wherein, in the time that described projection head is positioned at the first projected position, corresponding the first projection mode of described electronic equipment, in the time that described projection head is positioned at the second projected position that is different from described the first projected position, corresponding the second projection mode of described electronic equipment, wherein, under the first projection mode, the response of described electronic equipment is less than under described the second projection mode described electronic equipment response for the second operational order set of described projection objects for the first operational order set of described projection objects.
Optionally, described electronic equipment comprises adjustment structure, and described second obtains unit specifically for by described adjustment structure, and described projected position is adjusted into described the first projected position; Or for by described adjustment structure, described projected position is adjusted into described the second projected position.
Optionally, in the time that described projected position is specially described the first projected position, described determining unit, specifically for determining that according to described the first projected position the projection mode of described projection objects is described the first projection mode.In the time that described projected position is specially described the second projected position, described determining unit, specifically for determining that according to described the second projected position the projection mode of described projection objects is described the second projection mode.
One or more technical schemes in technique scheme, have following technique effect or advantage:
In one or more embodiment of the present invention, by first obtaining projection objects; Secondly obtain the projected position of projection head; Then determine the projection mode of projection objects according to projected position; Finally, based on projection mode, according to projected position, projection objects is carried out to projection; Wherein, in the time that projection head is positioned at the first projected position, corresponding the first projection mode of electronic equipment, in the time that projection head is positioned at the second projected position that is different from the first projected position, corresponding the second projection mode of electronic equipment, wherein, under the first projection mode, electronic equipment response is less than under the second projection mode electronic equipment response for the second operational order set of projection objects for the first operational order set of projection objects.Projector in the application can trigger and adjust projection mode according to projected position, thereby has solved the projector existing in prior art and can not independently switch the technical matters of projection mode, can carry out according to the projected position of projector the switching of pattern.
Further, also, by after adjusting to corresponding position, can judge concrete projected position, and then according to judged result adjustment modes, the wrong pattern that has maloperation can avoid adjusting projected position time and cause is switched, the accuracy rate of can raising pattern switching.
Brief description of the drawings
Fig. 1 is the process flow diagram of the method that in the embodiment of the present application, pattern is switched;
Fig. 2 is the schematic diagram that in the embodiment of the present application, projector carries out projection;
Fig. 3 judges in the embodiment of the present application that projection mode is the concrete implementation process of the first projection mode;
Fig. 4 judges in the embodiment of the present application that projection mode is the concrete implementation process of the second projection mode;
Fig. 5 is the module composition diagram of projector in the embodiment of the present application.
Embodiment
Can not independently switch the technical matters of projection mode in order to solve the projector existing in prior art, method and a kind of electronic equipment that the embodiment of the present application provides a kind of pattern to switch, its solution general thought is as follows:
In this application, propose method and a kind of electronic equipment that a kind of pattern is switched, first obtained projection objects; Secondly obtain the projected position of projection head; Then determine the projection mode of projection objects according to projected position; Finally, based on projection mode, according to projected position, projection objects is carried out to projection; Wherein, in the time that projection head is positioned at the first projected position, corresponding the first projection mode of electronic equipment, in the time that projection head is positioned at the second projected position that is different from the first projected position, corresponding the second projection mode of electronic equipment, wherein, under the first projection mode, electronic equipment response is less than under the second projection mode electronic equipment response for the second operational order set of projection objects for the first operational order set of projection objects.
Therefore, the projector in the application can trigger and adjust projection mode according to projected position, thereby has solved the projector existing in prior art and can not independently switch the technical matters of projection mode, can carry out according to the projected position of projector the switching of pattern.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that the specific features in the embodiment of the present invention and embodiment is the detailed explanation to technical solution of the present invention, instead of restriction to technical solution of the present invention, in the situation that not conflicting, the technical characterictic in the embodiment of the present invention and embodiment can combine mutually.
Embodiment mono-:
In the embodiment of the present application, a kind of method that pattern is switched has been described.
Further, method is applied to electronic equipment.
In the embodiment of the present application, electronic equipment can be projector, can be also the computer with projection module, the electronic equipments such as mobile phone.
In the time that this electronic equipment is projector, projector now has CPU, reception user's that can be autonomous operational order, and analyze execution.
When electronic equipment is specially the computer with projection module, when the electronic equipments such as mobile phone, now use projector, such as watching film, user can use mobile phone controlling projection module, by projection module, this motion-picture projection is watched to a certain position.
Further, electronic equipment comprises projection head, and in the time that electronic equipment is projector, projection head is contained in projector; When electronic equipment is that while having the electronic equipment of projection module, projection head is contained in projection module.
Please refer to Fig. 1 below, the specific implementation process of the method that in the embodiment of the present application, pattern is switched is as follows.
S101, obtains projection objects.
S102, the projected position of acquisition projection head.
S103, determines the projection mode of projection objects according to projected position.
S104, based on projection mode, carries out projection according to projected position to projection objects.
Wherein, in the time that projection head is positioned at the first projected position, corresponding the first projection mode of electronic equipment, in the time that projection head is positioned at the second projected position that is different from the first projected position, corresponding the second projection mode of electronic equipment, wherein, under the first projection mode, electronic equipment response is less than under the second projection mode electronic equipment response for the second operational order set of projection objects for the first operational order set of projection objects.
Further, the projection objects in S101 can be film in actual conditions, PPT, word Input Software, text document etc.
In S102, adjust projected position and adjust by adjusting structure, adjust structure and be present in electronic equipment.
Further, obtain the projected position of projection head, be specially:
By adjusting structure, projected position is adjusted into the first projected position.Or
By adjusting structure, projected position is adjusted into the second projected position.
Projected position now specifically projection head towards, and projected position also has angle value.
As shown in Figure 2, in Fig. 2, there is a projector, this projector has the structure 201 of adjustment, projection head 202 and base 203, adjust structure 201 and be connected between projection head 202 and base 203, and adjust structure 201 can flexible rotating, and then drive projection head 202 to project to the optional position on projecting plane 21, in Fig. 2, also there is projecting plane 21, can accept the projection of projection head 202, PPT is projected to projecting plane 21.
Further, adjustment structure 201 can be accepted user's operational order, automatically adjusts the projected position of projector, and in addition, adjustment structure 201 can also be accepted user's manual adjustment operation, changes the projected position of projector.
And automatically or after manually having adjusted projected position by user, can remove to adjust according to projected position the switch mode of projector.
More specifically, when projection head 202 is carried out projection towards projecting plane 21, be to carry out obliquely projection, now 202 of projection head can have a concrete projected position.
If when the plane that now reference surface 22 is vertical level, can know the angle value specifically comprising of projected position.
Certainly, reference surface 22 can be selected arbitrarily according to actual conditions, and selects which kind of reference surface 22 electronic equipments to know, and then the result obtaining according to this reference surface 22 is carried out sequence of operations, follow-up being described in detail this operation.
In S103, can determine projection mode according to projected position.
And concrete definite mode is as follows:
In the time that projected position is specially the first projected position, the concrete steps in S103 are: determine that according to the first projected position the projection mode of projection objects is the first projection mode.
Please refer to Fig. 3 below, judge that projection mode is that the concrete implementation process of the first projection mode is as follows:
S301, according to the first projected position, obtains the first angle value, and the first angle value is specially the angle value of the first projected position and reference surface.
S302, judges that whether the first angle value is in the first preset angles threshold range.
S303, if so, determines that the projection mode of projection objects is the first projection mode.
In S301, owing to there being the parameters of reference surface in electronic equipment, therefore, when projection head is during in the first projected position, can, according to the first projected position, obtain the first angle value that the first projected position comprises.
After having obtained this first angle value, can carry out S302: judge that whether the first angle value is in the first preset angles threshold range.
Concrete, electronic equipment can set in advance the first angle threshold scope, and judges the first angle value based on this scope.Such as the first angle threshold scope is [70 °, 110 °], when the projected position of projection head is after this angle value scope, can carry out S303, determine that the projection mode of projection objects is the first projection mode.
In addition, in the time that projected position is specially the second projected position, the concrete steps in S103 become: determine that according to the second projected position the projection mode of projection objects is the second projection mode.
Please refer to Fig. 4 below, projection mode is that the concrete implementation process of the first projection mode is as follows:
S401: according to the second projected position, obtain the second angle value, the second angle value is specially the angle value of the second projected position and reference surface.
S402: judge that whether the second angle value is in the second preset angles threshold range.
S403: the projection mode of if so, determining projection objects is the second projection mode.
In S401, owing to there being the parameters of reference surface in electronic equipment, therefore, when projection head is during in the second projected position, can, according to the second projected position, obtain the second angle value that the second projected position comprises.
After having obtained this second angle value, can carry out S402: judge that whether the second angle value is in the second preset angles threshold range.
Concrete, electronic equipment can set in advance the second angle threshold scope, and judges the second angle value based on this scope.Such as the second angle threshold scope is [150 °, 180 °], when the projected position of projection head is after this angle value scope, can carry out S403, determine that the projection mode of projection objects is the second projection mode.
Below with concrete example to describing above.
Taking PPT as example, the first projection mode is set to browse mode, and the second projection mode is set to edit pattern.
The PPT of projector projection is in the time of browse mode, and the projection head on projector and the angular range of reference surface are [70 °, 110 °], and when PPT is during in edit pattern, the projection head on projector and the angular range of reference surface are [150 °, 180 °].
Certainly, when PPT is during in above-described pattern, the projection head on projector and the angular range of reference surface can also be an independent angle, such as when PPT is during in browse mode, projection head on projector and the angle of reference surface are 90 °, and other Pattern Class seemingly.
When having obtained PPT, and the PPT of projector projection is in the time of browse mode, if now need switch mode, can receive the operational order for adjusting projector projected position, and send projector to.
Concrete, this operational order is sent by user, such as user need to be switched the display mode of PPT, can operate a button, this button is used for adjusting the rotation direction of structure, and the particular location of this button can be the surperficial optional position of projector, and has annexation with adjustment structure.In addition, in adjustment structure, sensor can also be set, be used for detecting user to adjusting the operation of structure, certainly, two kinds of embodiments that the triggering mode of operational order exemplifies in the embodiment of the present application, in actual conditions, can also there is other triggering mode, do not limit in this application.
When detecting while thering is operational order, can, by adjusting structure, the projected position of projector be adjusted into the second projected position from the first projected position.
In the time adjusting to the second projected position, can determine concrete projection mode according to the second projected position.
Concrete, be first to obtain corresponding angle value according to projected position.Then judge that whether this angle value is in the second preset angles threshold range.If so, the projection mode of determining projection objects is the second projection mode, i.e. edit pattern.
Such as the angle value that now the second projected position is corresponding is 160 °, can detect projection head within the scope of the angle value in the second projection mode, therefore projection mode can be adjusted into edit pattern from browse mode.
In superincumbent description, the detailed process of how to carry out pattern switching is described.
And in the embodiment of the present application, in the first projection mode, also there is the first operational order set.And the first operational order set is less than the second operational order set corresponding under the second projection mode.
The first operational order set is specially the instruction set of controlling projection object in browse state, carry out the first operational order set, can so that projection objects in browse state.
The second operational order set is specifically made up of in the second instruction that can browse editing mode in the first instruction and controlling projection object that can editing mode controlling projection object.
Carry out the instruction in the second operational order set, the pattern that projection objects can be adjusted into edit pattern or editor and browse both and deposit, the pattern that not only can edit but also can browse.
In addition, in superincumbent description, browse head and can be one and browse head, also can multiplely browse the set of head.
Specifically please refer to description below:
Projection head is made up of N sub-projection head, projection objects of N sub-projection head projection simultaneously, and now a projection objects can be identical projection mode in N sub-projection head, can be also different projection mode, wherein N is more than or equal to 2 integer.
Such as projection head is made up of 5 sub-projection head, projection objects of these 5 sub-projection head projection simultaneously, as identical PPT of while projection.In the time of the identical PPT of projection, the projection mode of these 5 sub-projection head can be edit pattern or browse mode simultaneously.Or in these 5 sub-projection head, having the projection mode of 2 sub-projection head is browse mode, and the projection mode of other 3 sub-projection head is edit pattern.
Certainly, in N sub-projection head, each sub-projection head can be distinguished the different projection objects of projection, now different projection objects projection mode in each sub-projection head in N sub-projection head can be identical projection mode, can be also different projection mode.
Certainly, these 5 sub-projection head also respectively can the different projection objects of projection, such as projection: PPT respectively, and WORD, film, text document, webpage etc.
In the time of the different projection objects of projection, these 5 sub-projection head can be in identical projection mode, such as all in browse mode; Or these 5 sub-projection head are in different projection mode, and such as projection film, the projection mode of 2 sub-projection head of webpage is browse mode, other 3 projection P PT, WORD, the sub-projection head of text document is in edit pattern.
In addition, between these 5 sub-projection head, can also distribute as follows: wherein 2 identical PPT of sub-projection head projection, other 2 identical WORD of sub-projection head projection, the sub-projection head projection of another one film.
More specifically, in the time that a projection objects is different projection mode in N sub-projection head, a projection objects is the first projection mode in P sub-projection head, a projection objects is the second projection mode in M sub-projection head, and the content of upgrading for projection objects under the second projection mode can show simultaneously in the first projection mode, wherein, P+M=N.
Such as, when PPT carries out projection in 5 sub-projection head, the projection mode that has 2 sub-projection head is browse mode; The projection mode of other 2 sub-projection head is edit pattern.
Now, if user upgrades operation to PPT under edit pattern, as added content etc., the content of interpolation can show in the sub-projection head under browse mode at 2 simultaneously.
If sub-projection head projection be different projection objects time, such as 1 sub-projection head projection film, another sub-projection head projection P PT.Now, if PPT is operated under edit pattern, can not show in the sub-projection head under browse mode, the content of PPT being edited can not show in the sub-projection head of projection film.
In the above embodiments, the specific implementation process of the method for specifically pattern being switched is described in detail, and uses another embodiment to be described electronic equipment corresponding to the method below.
Embodiment bis-:
A kind of electronic equipment, electronic equipment comprises projection head.
In the embodiment of the present application, electronic equipment can be projector, can be also the computer with projection module, the electronic equipments such as mobile phone.
In the time that this electronic equipment is projector, projector now has CPU, reception user's that can be autonomous operational order, and analyze execution.
When electronic equipment is specially the computer with projection module, when the electronic equipments such as mobile phone, now use projector, such as watching film, user can use mobile phone controlling projection module, by projection module, this motion-picture projection is watched to a certain position.
Further, electronic equipment comprises projection head, and in the time that electronic equipment is projector, projection head is contained in projector; When electronic equipment is that while having the electronic equipment of projection module, projection head is contained in projection module.
Please refer to Fig. 5 below, electronic equipment specifically comprises:
First obtains unit 501, for obtaining projection objects.
Second obtains unit 502, for obtaining the projected position of projection head.
Determining unit 503, for determining the projection mode of projection objects according to projected position.
Projecting cell 504, for based on projection mode, carries out projection according to projected position to projection objects.
Wherein, in the time that projection head is positioned at the first projected position, corresponding the first projection mode of electronic equipment, in the time that projection head is positioned at the second projected position that is different from the first projected position, corresponding the second projection mode of electronic equipment, wherein, under the first projection mode, electronic equipment response is less than under the second projection mode electronic equipment response for the second operational order set of projection objects for the first operational order set of projection objects.
Further, electronic equipment comprises adjustment structure, and second obtains unit 502 specifically for by adjusting structure, and projected position is adjusted into the first projected position.Or for by adjusting structure, projected position is adjusted into the second projected position.
Further, in the time that projected position is specially the first projected position, determining unit 503, is the first projection mode specifically for the projection mode of determining projection objects according to the first projected position.
In the time that projected position is specially the second projected position, determining unit 503, is the second projection mode specifically for the projection mode of determining projection objects according to the second projected position.
By one or more embodiment of the present invention, can be achieved as follows technique effect:
In one or more embodiment of the present invention, by first obtaining projection objects; Secondly obtain the projected position of projection head; Then determine the projection mode of projection objects according to projected position; Finally, based on projection mode, according to projected position, projection objects is carried out to projection; Wherein, in the time that projection head is positioned at the first projected position, corresponding the first projection mode of electronic equipment, in the time that projection head is positioned at the second projected position that is different from the first projected position, corresponding the second projection mode of electronic equipment, wherein, under the first projection mode, electronic equipment response is less than under the second projection mode electronic equipment response for the second operational order set of projection objects for the first operational order set of projection objects.Projector in the application can trigger and adjust projection mode according to projected position, thereby has solved the projector existing in prior art and can not independently switch the technical matters of projection mode, can carry out according to the projected position of projector the switching of pattern.
Further, also, by after adjusting to corresponding position, can judge concrete projected position, and then according to judged result adjustment modes, the wrong pattern that has maloperation can avoid adjusting projected position time and cause is switched, the accuracy rate of can raising pattern switching.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the present invention can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) that wherein include computer usable program code.
The present invention is with reference to describing according to process flow diagram and/or the block scheme of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or 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 that makes to carry out by the processor of computing machine or other programmable data processing device produces the device for realizing the function of specifying at flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.
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 specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple 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 specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame on computing machine or other programmable devices.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if these amendments of the present invention and within modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (11)
1. the method that pattern is switched, described method is applied to electronic equipment, and described electronic equipment comprises projection head, it is characterized in that, and described method comprises:
Obtain projection objects;
Obtain the projected position of described projection head;
Determine the projection mode of described projection objects according to described projected position;
Based on described projection mode, according to described projected position, described projection objects is carried out to projection;
Wherein, in the time that described projection head is positioned at the first projected position, corresponding the first projection mode of described electronic equipment, in the time that described projection head is positioned at the second projected position that is different from described the first projected position, corresponding the second projection mode of described electronic equipment, wherein, under the first projection mode, the response of described electronic equipment is less than under described the second projection mode described electronic equipment response for the second operational order set of described projection objects for the first operational order set of described projection objects.
2. the method for claim 1, is characterized in that, described electronic equipment comprises adjustment structure, and the projected position of the described projection head of described acquisition, is specially:
By described adjustment structure, described projected position is adjusted into described the first projected position; Or
By described adjustment structure, described projected position is adjusted into described the second projected position.
3. method as claimed in claim 2, is characterized in that,
In the time that described projected position is specially described the first projected position, the described projection mode of determining described projection objects according to described projected position, is specially:
Determine that according to described the first projected position the projection mode of described projection objects is described the first projection mode;
In the time that described projected position is specially described the second projected position, the described projection mode of determining described projection objects according to described projected position, is specially:
Determine that according to described the second projected position the projection mode of described projection objects is described the second projection mode.
4. method as claimed in claim 3, is characterized in that, describedly determines that according to described the first projected position the projection mode of described projection objects is described the first projection mode, is specially:
According to described the first projected position, obtain the first angle value, described the first angle value is specially the angle value of described the first projected position and reference surface;
Judge that whether described the first angle value is in the first preset angles threshold range;
If so, the projection mode of determining described projection objects is described the first projection mode.
5. method as claimed in claim 3, is characterized in that, describedly determines that according to described the second projected position the projection mode of described projection objects is described the second projection mode, is specially:
According to described the second projected position, obtain the second angle value, described the second angle value is specially the angle value of described the second projected position and reference surface;
Judge that whether described the second angle value is in the second preset angles threshold range;
If so, the projection mode of determining described projection objects is described the second projection mode.
6. the method for claim 1, is characterized in that,
Described the first operational order set is specially controls the instruction set of described projection objects in browse state;
Described the second operational order set specifically forms in the second instruction that can browse editing mode by controlling described projection objects in the first instruction that can editing mode and controlling described projection objects.
7. the method for claim 1, is characterized in that,
Described projection head is made up of N sub-projection head, projection objects of described N sub-projection head projection simultaneously, now a described projection objects can be identical projection mode in described N sub-projection head, can be also different projection mode, and wherein N is more than or equal to 2 integer; Or
In described N sub-projection head, each sub-projection head can be distinguished the different projection objects of projection, now described different projection objects projection mode in each sub-projection head in described N sub-projection head can be identical projection mode, can be also different projection mode.
8. the method for claim 1, it is characterized in that, in the time that a described projection objects is different projection mode in described N sub-projection head, a described projection objects is described the first projection mode in P sub-projection head, a described projection objects is described the second projection mode in M sub-projection head, and the content of upgrading for described projection objects under described the second projection mode can show simultaneously in described the first projection mode, wherein, P+M=N.
9. an electronic equipment, described electronic equipment comprises projection head, it is characterized in that, described electronic equipment comprises:
First obtains unit, for obtaining projection objects;
Second obtains unit, for obtaining the projected position of described projection head;
Determining unit, for determining the projection mode of described projection objects according to described projected position;
Projecting cell, for based on described projection mode, carries out projection according to described projected position to described projection objects;
Wherein, in the time that described projection head is positioned at the first projected position, corresponding the first projection mode of described electronic equipment, in the time that described projection head is positioned at the second projected position that is different from described the first projected position, corresponding the second projection mode of described electronic equipment, wherein, under the first projection mode, the response of described electronic equipment is less than under described the second projection mode described electronic equipment response for the second operational order set of described projection objects for the first operational order set of described projection objects.
10. electronic equipment as claimed in claim 9, is characterized in that, described electronic equipment comprises adjustment structure, and described second obtains unit specifically for by described adjustment structure, and described projected position is adjusted into described the first projected position; Or for by described adjustment structure, described projected position is adjusted into described the second projected position.
11. electronic equipments as claimed in claim 10, is characterized in that,
In the time that described projected position is specially described the first projected position, described determining unit, specifically for determining that according to described the first projected position the projection mode of described projection objects is described the first projection mode;
In the time that described projected position is specially described the second projected position, described determining unit, specifically for determining that according to described the second projected position the projection mode of described projection objects is described the second projection mode.
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