CN104717438B - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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- CN104717438B CN104717438B CN201510093341.2A CN201510093341A CN104717438B CN 104717438 B CN104717438 B CN 104717438B CN 201510093341 A CN201510093341 A CN 201510093341A CN 104717438 B CN104717438 B CN 104717438B
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Abstract
The invention discloses a kind of information processing method and electronic equipment, electronic equipment is provided at least N number of projection module, and N is the integer more than or equal to 2；Method includes: that obtain the corresponding picture frame of content of display to be projected for image frame division be M sub-image frame, and M is the integer more than or equal to 2；At least one projection module in N number of projection module is controlled in M sub-image frame of the M sub-regions projection-display image frame of loading end, so that loading end Projection Display has the content.Using the present invention, can sharp zero degree projection when can not be the problem of loading end whole projection shows content.
Description
Technical field
The present invention relates to display technology more particularly to a kind of information processing methods and electronic equipment.
Background technique
Projecting function can be set in the electronic equipments such as smart phone, tablet computer, can be used for Projection Display text file,
Content in electronic equipment display module can also be carried out Projection Display by multimedia file (such as lantern slide, film)；At present
It is often that content is projected into desktop etc. when content is projected metope or electronic equipment standing when electronic equipment Projection Display
Projection Display is realized on loading end, but cannot achieve zero degree projection, and zero degree projection refers to that electronic equipment is placed horizontally at
When loading end (or the angle between loading end is such as no more than 20 degree of angle close to zero degree), due to the throwing of electronic equipment
Shadow module is too close apart from loading end, causes the area of the obtained view field on loading end too small, to can not carry
Whole projection shows content on face.
Summary of the invention
The embodiment of the present invention provides a kind of information processing method and electronic equipment, can make electronic equipment in loading end at zero
Angle or close to zero degree projection when, can loading end whole projection show content.
The technical solution of the embodiment of the present invention is achieved in that
The embodiment of the present invention provides a kind of information processing method, be applied to electronic equipment, the electronic equipment be provided with to
Few N number of projection module, N are the integer more than or equal to 2；
The described method includes:
Obtain the corresponding picture frame of content of display to be projected；
Described image frame is divided into M sub-image frame, M is the integer more than or equal to 2；
At least one projection module controlled in N number of projection module is aobvious in the M sub-regions projection of the loading end
Show M sub-image frame of described image frame, so that the loading end Projection Display has the content.
As an embodiment, at least one projection module in control N number of projection module is held described
M sub-image frame of the M sub-regions Projection Display described image frame of section, comprising:
M projection module is chosen, from N number of projection module to control the M projection module while be projected
It has been shown that, N are more than or equal to M, wherein and the position that N number of projection module is arranged in the ontology of the electronic equipment is fixed, and,
The projecting direction of M projection module of the selection and the M sub-regions of the loading end correspond；
Control i-th sub-district of i-th projection module in the M sub-regions of the loading end in the M projection module
The i-th sub-image frame in M sub-image frame of domain Projection Display described image frame, i are variable and value satisfaction 1≤i≤M of i.
As an embodiment, at least one projection module in control N number of projection module is held described
M sub-image frame of the M sub-regions Projection Display described image frame of section, comprising:
N number of projection module is controlled to change relative to the pose between the ontology of the electronic equipment；
Detection is in the projection module of jth pose, wherein and the projection module is in the projecting direction of the jth pose,
Corresponding with the i-th subregion in the M sub-regions of the loading end, j is variable and value satisfaction 1≤j≤M of j；
I-th subregion of the control projection module in the jth pose in the M sub-regions of the loading end
The i-th sub-image frame in M sub-image frame of Projection Display described image frame.
As an embodiment, the method also includes:
When the display module being arranged by the ontology shows first content, and receive the instruction of the second content of display
When,
Continue to show the first content by the display module, and is based on the corresponding picture frame control of second content
N number of projection module is made in the loading end Projection Display, so that the loading end Projection Display has second content.
As an embodiment, the method also includes:
Based on the sensing module being arranged in the ontology, detection projection on the loading end shows second content
The operation that is sensed of region；
Third content is obtained based on the operation sensed, the third content is used to respond the behaviour sensed
Make；
N number of projection module is controlled in the loading end Projection Display based on the corresponding picture frame of the third content,
So that the loading end Projection Display has the third content.
The embodiment of the present invention provides a kind of electronic equipment, and the electronic equipment is provided at least N number of projection module, and N is big
In the integer for being equal to 2；
The electronic equipment further include:
Obtain module, the corresponding picture frame of content for obtaining display to be projected；
Image processing module, for described image frame to be divided into M sub-image frame, M is the integer more than or equal to 2；
Control module, it is a in the M of the loading end for controlling at least one projection module in N number of projection module
M sub-image frame of subregion Projection Display described image frame, so that the loading end Projection Display has the content.
As an embodiment, N number of projection module is fixedly installed in the ontology of the electronic equipment；
The electronic equipment further includes choosing module, for choosing M projection module from N number of projection module, with
So that the control module is controlled the M projection module while carrying out Projection Display, N is more than or equal to M, M throwing of the selection
The M sub-regions of the projecting direction of shadow module and the loading end correspond；
The control module is also used to control the i-th projection module in the M projection module in the M of the loading end
The i-th sub-image frame in M sub-image frame of the i-th subregion Projection Display described image frame in sub-regions, i be variable and
The value of i meets 1≤i≤M.
As an embodiment, N number of projection module is movably set in the ontology of the electronic equipment, the N
A projection module is supported to change with the relative pose of the electronic equipment ontology:
The control module is also used to control N number of projection module relative to the position between the ontology of the electronic equipment
Appearance changes；
Detection is in the projection module of jth pose, wherein and the projection module is in the projecting direction of the jth pose,
Corresponding with the i-th subregion in the M sub-regions of the loading end, j is variable and value satisfaction 1≤j≤M of j；
I-th subregion of the control projection module in the jth pose in the M sub-regions of the loading end
The i-th sub-image frame in M sub-image frame of Projection Display described image frame.
As an embodiment, display module is additionally provided in the ontology of the electronic equipment；
The control module is also used to that first content ought be shown by the display module, and receives display second
When the instruction of content,
It controls the display module to continue to show the first content, and is based on the corresponding picture frame control of second content
N number of projection module is made in the loading end Projection Display, so that the loading end Projection Display has second content.
As an embodiment, sensing module is additionally provided in the ontology of the electronic equipment；
The control module is also used to based on the sensing module, and detection projection on the loading end shows described
The operation that the region of second content is sensed；
Third content is obtained based on the operation sensed, the third content is used to respond the behaviour sensed
Make；
N number of projection module is controlled in the loading end Projection Display based on the corresponding picture frame of the third content,
So that the loading end Projection Display has the third content.
In the embodiment of the present invention, by the way that at least two projection modules are arranged in the electronic device, at least one can use
Projection module loading end M sub-regions Projection Display (for example, can by transformation one projection module in the electronic device
The position of setting is realized, in the projected area of different positions corresponds to the different subregions of loading end), alternatively, can use
At least two projection modules it is corresponding in loading end different subregion Projection Displays (at this point, two projection modules can be set in
Different position in electronic equipment, the projected area of two projection modules correspond to the different subregions of loading end on loading end)；
This just overcomes can not be the problem of loading end whole projection shows content when carrying out zero degree projection using single projection module.
Detailed description of the invention
Fig. 1 is the implementation process schematic diagram one of information processing method in the embodiment of the present invention；
Fig. 2 is the side structure schematic view one of electronic equipment in the embodiment of the present invention；
Fig. 3 is the side structure schematic view two of electronic equipment in the embodiment of the present invention；
Fig. 4 is the side structure schematic view three of electronic equipment in the embodiment of the present invention；
Fig. 5 is the side structure schematic view four of electronic equipment in the embodiment of the present invention；
Fig. 6 is the implementation process schematic diagram two of information processing method in the embodiment of the present invention；
Fig. 7 is the progress image frame division of electronic equipment and to carry out the schematic diagram of Projection Display in the embodiment of the present invention；
Fig. 8 is the schematic perspective view of electronic equipment in the embodiment of the present invention；
Fig. 9 is the side structure schematic view five of electronic equipment in the embodiment of the present invention；
Figure 10 is the side structure schematic view six of electronic equipment in the embodiment of the present invention；
Figure 11 is the implementation process schematic diagram three of information processing method in the embodiment of the present invention；
Figure 12 is the implementation process schematic diagram four of information processing method in the embodiment of the present invention；
Figure 13 is the schematic diagram two of the Projection Display of electronic equipment in the embodiment of the present invention；
Figure 14 is the implementation process schematic diagram five of information processing method in the embodiment of the present invention；
Figure 15 is the implementation process schematic diagram four of information processing method in the embodiment of the present invention；
Figure 16 is the connection schematic diagram of functional module in electronic equipment in the embodiment of the present invention.
Specific embodiment
Inventor has found in the practice of the invention, if implementing a kind of information processing side applied to electronic equipment
Method, electronic equipment are provided at least N number of projection module (N is the integer more than or equal to 2)；As shown in Figure 1, in a step 101, obtaining
Take the corresponding picture frame of the content of display to be projected；In a step 102, described image frame is divided into M sub-image frame, M is
Integer more than or equal to 2；In step 103, at least one projection module in N number of projection module is controlled in loading end
M sub-image frame of M sub-regions projection-display image frame, so that loading end Projection Display needs the content of Projection Display；It can
To find out, by the way that at least two projection modules are arranged in the electronic device, at least one projection module can use in loading end
M sub-regions Projection Display (for example, reality can be carried out by converting the position that is arranged in the electronic device of a projection module
It is existing, the different subregions of loading end are corresponded in the projected area of different positions), alternatively, can use at least two projective modules
The corresponding different subregion Projection Displays in loading end of block are (at this point, the difference in electronic equipment can be set in two projection modules
Position, the projected area of two projection modules corresponds to the different subregions of loading end on loading end)；This just overcomes utilization
Single projection module can not be the problem of loading end whole projection shows content when carrying out zero degree projection.
Invention is further described in detail in the following with reference to the drawings and specific embodiments.
Embodiment one
The present embodiment records a kind of information processing method, is applied to electronic equipments, the electronics such as smart phone, tablet computer and sets
Standby to be provided at least N number of projection module, N is the integer more than or equal to 2；
There are two the schematic side views of projection module as shown in Fig. 2, electronic equipment ontology (practical application for electronic equipment setting
Display module can be set in middle ontology) first end be provided with supporting body for carrying projection module (with circle in figure
For), projection module 1 and projection module 2 are carried on supporting body, wherein projection module 1 and projection module 2 are on the carrier
Set position is different and setting position is fixed, and projected area of the projection module 1 on loading end is the subregion of loading end
1, projected area of the projection module 2 on loading end is the subregion 2 of loading end；
There are three the schematic side views of projection module as shown in figure 3, electronic equipment ontology (practical application for electronic equipment setting
Display module can be set in middle ontology) first end be provided with supporting body for carrying projection module (with circle in figure
For), projection module 1, projection module 2 and projection module 3 are carried on supporting body, wherein projection module 1,2 and of projection module
Set position is different on the carrier and setting position is fixed, projection area of the projection module 1 on loading end for projection module 3
Domain is the subregion 1 of loading end, and projected area of the projection module 2 on loading end is the subregion 2 of loading end, projection module 2
Projected area on loading end is the subregion 3 of loading end；
The shape of supporting body in Fig. 2 and Fig. 3 is example, and supporting body can also use other shapes in practical application,
As shown in Figure 4 and Figure 5, supporting body can be using wedge shape, and wherein there are two projection module, projective modules for setting on supporting body in Fig. 4
Set position is different on the carrier and setting position is fixed for block 1 and projection module 2, and projection module 1 is on loading end
Projected area is the subregion 1 of loading end, and projected area of the projection module 2 on loading end is the subregion 2 of loading end；Fig. 5
The setting of middle supporting body carries projection module 1, projection module 2 and projection module 3 on supporting body there are three projection module, wherein
Set position is different on the carrier and setting position is fixed, projective module for projection module 1, projection module 2 and projection module 3
Projected area of the block 1 on loading end is the subregion 1 of loading end, and projected area of the projection module 2 on loading end is carrying
The subregion 2 in face, projected area of the projection module 2 on loading end are the subregion 3 of loading end.
As shown in fig. 6, the present embodiment record information processing method the following steps are included:
Step 201, the corresponding picture frame of content of display to be projected is obtained.
The picture frame that static image is then obtained when the content of display to be projected is static image, when display to be projected
Content be video when, obtain constitute video a series of images frame；Here picture frame can be arbitrarily to apply in electronic equipment
The picture frame of output, such as text editing application, multimedia application, picture frame may be the corresponding picture frame of any application, example
Such as the corresponding picture frame in the interface desktop launcher.
It step 202, is M sub-image frame by the image frame division of display to be projected, M is the integer more than or equal to 2.
That is, image frame division is the quantity pair for the projection module being arranged in the quantity and electronic equipment of sub-image frame
It answers.
Step 203, M projection module is chosen from N number of projection module.
To control M selected projection module in the next steps while carry out Projection Display, N is more than or equal to M,
In, the projecting direction of M projection module of selection and the M sub-regions of loading end correspond；With electronics shown in Fig. 2 and Fig. 4
2 two projection modules of projection module 1 and projection module, and 1 projecting direction of projection module are provided with for equipment, in electronic equipment
Corresponding with subregion 1, the projecting direction of projection module 2 is corresponding with subregion 2；Again by taking Fig. 3 and Fig. 5 as an example, set in electronic equipment
It is equipped with 3 three projection module 1, projection module 2 and projection module projection modules, and 1 projecting direction of projection module and subregion 1 are right
It answers, the projecting direction of projection module 2 is corresponding with subregion 2, and the projecting direction of projection module 3 is corresponding with subregion 3.
Step 204, i-th sub-district of i-th projection module in the M sub-regions of loading end in M projection module is controlled
The i-th sub-image frame in M sub-image frame of domain projection-display image frame.
I is variable and value satisfaction 1≤i≤M of i；
It is sub-image frame 1 and sub-image frame by the corresponding image frame division of display content to be projected by taking Fig. 2 and Fig. 4 as an example
2, control projection module 1 controls projection module 2 in 2 Projection Display subgraph of subregion in 1 Projection Display sub-image frame 1 of subregion
As frame 2；
It is sub-image frame 1 and subgraph by the corresponding image frame division of display content to be projected again by taking Fig. 3 and Fig. 5 as an example
Frame 2, control projection module 1 control projection module 2 in subregion 2 Projection Display in 1 Projection Display sub-image frame 1 of subregion
Picture frame 2.
For example, when there are two when projection module, display content segmentation to be projected is 2 sub-image frames for setting in electronic equipment
A schematic diagram as shown in fig. 7, the corresponding image frame division of the content of display to be projected be sub-image frame 1 and sub-image frame 2,
It controls projection module 1 and carries out Projection Display in subregion 1 using sub-image frame 1, control projection module 2 is existed using sub-image frame 2
Subregion 2 carries out Projection Display.
Embodiment two
The present embodiment records a kind of information processing method, is applied to electronic equipment, and electronic equipment is provided at least N number of projection
Module, N are the integer more than or equal to 2；
The schematic top plan view of electronic equipment is as shown in figure 8, the side perspective there are two projection module is arranged in electronic equipment
As shown in figure 9, in conjunction with Fig. 8 and Fig. 9, the first end of electronic equipment ontology (display module can be set in practical application in ontology)
Portion is provided with the supporting body (in Fig. 9 by taking circle as an example) for carrying projection module, and supporting body can be based on erection and bracket
Axis body rotation, projection module 1 and projection module 2 are carried on supporting body, and (projection module 1 and projection module 2 are on the carrier
The position of setting is opposite), wherein when supporting body is based on axis body rotation, form the different location of projection module 1 and projection module 2；
In Fig. 9, projection module rotates counterclockwise to position 2 towards loading end, and from position 1, and projection module 1 is located at position
Projected area when setting 1 on loading end is the subregion 1 of loading end, throwing when projection module 1 is located at position 2 on loading end
Penetrate the subregion 2 that region is loading end；Position shown in Fig. 10 is rotated counterclockwise to when supporting body is based on position shown in Fig. 9
It sets, in Figure 10, view field of the projection module 2 towards loading end, throwing when projection module 2 is located at position 1 on loading end
The subregion 1 that region is loading end is penetrated, projected area when projection module 2 is located at position 2 on loading end is the son of loading end
Region 2.
Fig. 8 is illustrated for two projection modules are arranged on supporting body into Figure 10, can held in practical application
Three or more projection modules are set on carrier, and spaced set is best to projection module on the carrier.
As shown in figure 11, the present embodiment record information processing method the following steps are included:
Step 301, the corresponding picture frame of content of display to be projected is obtained.
The picture frame that static image is then obtained when the content of display to be projected is static image, when display to be projected
Content be video when, obtain constitute video a series of images frame；Here picture frame can be arbitrarily to apply in electronic equipment
The picture frame of output, such as text editing application, multimedia application, picture frame may be the corresponding picture frame of any application, example
Such as the corresponding picture frame in the interface desktop launcher.
It step 302, is M sub-image frame by the image frame division of display to be projected, M is the integer more than or equal to 2.
The corresponding picture frame of content of reality to be projected is corresponding with the quantity of pose locating for projection module；In Fig. 9 and figure
Projection module carries out Projection Display in the first pose and the second pose in 10, therefore as shown in fig. 7, in step 302 will be to
The corresponding image frame division of projection display contents is 2 (locating for the corresponding picture frame of content and projection module of reality to be projected
Pose quantity it is corresponding) sub-image frame, the corresponding image frame division of the content of display to be projected is sub-image frame 1 and subgraph
Frame 2.
Step 303, N number of projection module is controlled to become relative to the pose between the ontology of the electronic equipment
Change.
By taking Fig. 9 as an example, supporting body is based on axis body and is rotated counterclockwise, actually answer in can be by the way that electric motor be arranged
Mode drives supporting body to be rotated based on axis body.
Step 304, detection is in the projection module of jth pose.
Wherein, the projection module is in the projecting direction of the jth pose, in the M sub-regions of the loading end
The i-th subregion it is corresponding, j is that the value of variable and j meet 1≤j≤M；
By taking Fig. 9 as an example, projection module 1 is towards loading end, and the first pose of projection module 1 is corresponding with position 1, projection module
1 the second pose is corresponding with position 2, and when rotation counterclockwise occurs for supporting body, projection module 1 is initially positioned at position 1 namely is in
First position, at this point, the projected area of projection module is the subregion 1 of loading end；With rotation projection module 1 of supporting body
In position 2 namely it is in the second pose, the projected area of projection module is the subregion 2 of loading end at this time；Therewith supporting body after
Continuous rotation counterclockwise, projection module 2 is towards loading end, and as shown in Figure 10, the first pose of projection module 2 is corresponding with position 1, holds
The second pose that carrier continues to rotate constantly projection module 2 is corresponding with position 2, when rotation counterclockwise occurs for supporting body, projective module
Block 2 is initially positioned at position 1 namely in first position, at this point, the projected area of projection module is the subregion 1 of loading end；With
The rotation projection module 2 of supporting body be located at position 2 namely in the second pose, the projected area of projection module is carrying at this time
The subregion 2 in face；
It is located at two different positions (namely two different poses) in the example of Fig. 9 and Figure 10 with projection module to carry out
Illustrate, in practical application, projection module can have three or more poses towards loading end, thus corresponding in loading end
Three or more subregions.
Step 305, i-th subregion projection of projection module of the control in jth pose in the M sub-regions of loading end
Show the i-th sub-image frame in M sub-image frame of picture frame.
1) static projection shows content
It is illustrated for carrying out Projection Display to picture frame shown in Fig. 7, in Fig. 9, when projection module 1 is located at position
When setting 1 namely the first pose, control projection module 1 carries out Projection Display in subregion 1 using sub-image frame 1, with supporting body
Rotation counterclockwise, 1 in-position 2 of projection module occurs, control projection module 1 is projected using sub-image frame 2 in subregion 2
Display；When supporting body continuation rotation counterclockwise, make projection module 2 towards loading end, as shown in Figure 10, when projection module 2 is located at
When position 1 namely the first pose, control projection module 2 carries out Projection Display in subregion 1 using sub-image frame 1, with carrying
Rotation counterclockwise, 2 in-position 2 of projection module occur for body, and control projection module 2 is thrown using sub-image frame 2 in subregion 2
Shadow is shown；
Since supporting body is in quick rotation status, content of the projection module in 2 Projection Display of position 1 and position
Understand the visual persistence effect due to people and forms a complete picture frame in human eye.
2) Projection Display dynamic content
It (can be with reference picture for the processing of multiple images frame if the content of Dynamically Announce includes picture frame 1 and picture frame 2
The processing of frame 1 and picture frame 2), the partitioning scheme of picture frame 1 and picture frame 2 is referred to Fig. 7；Referring to Fig. 9, when projection module 1
When positioned at position 1 namely the first pose, control projection module 1 is projected using the sub-image frame 1 of picture frame 1 in subregion 1
It has been shown that, as rotation counterclockwise occurs for supporting body, 1 in-position 2 of projection module controls projection module 1 using the son of picture frame 1
Picture frame 2 carries out Projection Display in subregion 2；When supporting body continuation rotation counterclockwise, make projection module 2 towards loading end, such as
Shown in Figure 10, when projection module 2 is located at position 1 namely the first pose, control projection module 2 utilizes the subgraph of picture frame 2
Frame 1 carries out Projection Display in subregion 1, as rotation counterclockwise, 2 in-position 2 of projection module, control projection occur for supporting body
Module 2 carries out Projection Display in subregion 2 using the sub-image frame 2 of picture frame 2；
That is, alternating projection shows the corresponding picture frame of project content when projection module is towards loading end.
It is projected it should be pointed out that also can control projection module and treat each picture frames of projection display contents
Display；For example, referring to Fig. 9, when projection module 1 is located at position 1 namely the first pose, control projection module 1 utilizes picture frame 1
Sub-image frame 1 subregion 1 carry out Projection Display, with supporting body occur counterclockwise rotation, 1 in-position 2 of projection module,
It controls projection module 1 and carries out Projection Display in subregion 2 using the sub-image frame 2 of picture frame 1；When supporting body continues rotation counterclockwise
Turn, make projection module 2 towards loading end, as shown in Figure 10, when projection module 2 is located at position 1 namely the first pose, control is thrown
Shadow module 2 carries out Projection Display in subregion 1 using the sub-image frame 1 of picture frame 1, as rotation counterclockwise occurs for supporting body,
2 in-position 2 of projection module, control projection module 2 carry out Projection Display in subregion 2 using the sub-image frame 2 of picture frame 2；
It is subsequent, it controls projection module 1 and projection module 2 and Projection Display, specific processing and projection-display image frame 1 is carried out to picture frame 2
Identical, which is not described herein again.
Embodiment three
The present embodiment is illustrated processing when showing content on the display screen of electronic equipment, when electronic equipment is aobvious
Show first content, and when electronic equipment also needs the second content of instant playback, can control projection module and projected on loading end
It shows the second content, will not only interrupt the display of first content, but also the second content of family timely learning can be used.
As shown in figure 12, the present embodiment record information processing method the following steps are included:
Step 401, first content is shown by the display module that electronic equipment ontology is arranged.
Here first content arbitrary content shown when can light for arbitrary content namely display module is the
One content；Alternatively, first content can be judged whether it is according to the type of the content currently shown, such as user can be set not
It is expected that the content for interrupting specific application (such as multimedia application, Video chat application) output of display is first content.
Step 402, detect whether that the instruction for receiving the second content of display thens follow the steps 403 if received；It is no
Then, it continues to test, until display module stops display first content.
Here the second content can be the arbitrary content different from first content, or the operation of electronic equipment
The content of application (Tathagata fulgurite ought to use, short message receiving-transmitting application) output with requirement of real-time.
Step 403, continue to show the first content by display module, and be based on the corresponding picture frame control of the second content
N number of projection module is made in loading end Projection Display, so that loading end Projection Display has the second content.
N number of projection module is controlled in the loading end Projection Display, can by the way of previous embodiment one,
It can also be repeated no more in the present embodiment by the way of previous embodiment two.
An example in practical application is as shown in figure 13, and tablet computer is lain against in carrying, and the display of electronic equipment
Display film (corresponding first content) in module (screen)；If electronic equipment receives wechat message (in corresponding second at this time
Hold), then projection module 1 and projection module 2 the Projection Display wechat message on loading end are controlled, so that user can obtain in time
Take wechat message.
Example IV
The present embodiment is illustrated processing when showing content on the display screen of electronic equipment, when electronic equipment is aobvious
Show first content, and when electronic equipment also needs the second content of instant playback, can control projection module and projected on loading end
It shows the second content, will not only interrupt the display of first content, but also the second content of family timely learning can be used, and can examine
Operation of the user user to the second content is surveyed, and the content in loading end Projection Display is updated according to the operation in user, namely
While interrupting display module display content, it can be formed on loading end and the interaction of user.
As shown in figure 14, the present embodiment record information processing method the following steps are included:
Step 501, first content is shown by the display module that electronic equipment ontology is arranged.
Here first content arbitrary content shown when can light for arbitrary content namely display module is the
One content；Alternatively, first content can be judged whether it is according to the type of the content currently shown, such as user can be set not
It is expected that the content for interrupting specific application (such as multimedia application, Video chat application) output of display is first content.
Step 502, detect whether that the instruction for receiving the second content of display thens follow the steps 503 if received；It is no
Then, it continues to test, until display module stops display first content.
Here the second content can be the arbitrary content different from first content, or the operation of electronic equipment
The content of application (Tathagata fulgurite ought to use, short message receiving-transmitting application) output with requirement of real-time.
Step 503, continue to show the first content by display module, and be based on the corresponding picture frame control of the second content
N number of projection module is made in loading end Projection Display, so that loading end Projection Display has the second content.
N number of projection module is controlled in the loading end Projection Display, can by the way of previous embodiment one,
It can also be repeated no more in the present embodiment by the way of previous embodiment two.
Step 504, based on the sensing module being arranged in ontology, the area that the projection on loading end shows the second content is detected
The operation that domain is sensed.
Here sensing module can be 3D rendering acquisition module, for detecting user to the second content shown on loading end
The operation of progress, such as the object and action type (including slide, single-click operation, double click operation etc.) of operation.
Step 505, third content is obtained based on the operation sensed, third content is for responding the operation sensed.
That is third content passes through the content of operation triggering Projection Display by user.
Step 506, N number of projection module is controlled based on the corresponding picture frame of the third content to throw in the loading end
Shadow is shown, so that the loading end Projection Display has the third content.
As an example of step 505 and step 506, when the content of projection is PUSH message, if user is throwing
Implement the operation (virtual push button that triggering replies message) that triggering replies message in film-world face, then Projection Display message editing interface
(corresponding third content).
An example in practical application is as shown in figure 15, and tablet computer is lain against in carrying, and the display of electronic equipment
Display film (corresponding first content) in module (screen)；If electronic equipment receives wechat message (in corresponding second at this time
Hold), then projection module 1 and projection module 2 the Projection Display wechat message on loading end are controlled, so that user can obtain in time
Take wechat message；When triggering replies message user on projecting interface, then update is to disappear in the content of loading end Projection Display
Edit page is ceased, the message content for implementing Projection Display user input is inputted with user, until message input is finished and touched by user
Hair sends message.
Embodiment five
The present embodiment records a kind of electronic equipment, and the electronic equipment is provided at least N number of projection module, N be greater than etc.
In 2 integer；The schematic diagram of the projection module of electronic equipment setting is as shown in Figures 2 and 3；
As shown in figure 16, it has been can be set in the ontology of Fig. 2 and electronic equipment shown in Fig. 3 with lower module:
Obtain module 10, the corresponding picture frame of content for obtaining display to be projected；
Image processing module 20 (couples) with module 10 is obtained, for described image frame to be divided into M sub-image frame, M
For the integer more than or equal to 2；
Control module 30 (couples) with image processing module 20 and projection module, for controlling N number of projection module
In at least one projection module the loading end M sub-regions Projection Display described image frame M sub-image frame, with
The loading end Projection Display is set to have the content；
In practical application, above-mentioned module can be by the microprocessor (MCU) in electronic equipment, logic programmable gate array
(FPGA) or specific integrated circuit (ASIC) is realized.
As an embodiment, N number of projection module is fixedly installed in the ontology of the electronic equipment；
There are two the schematic side views of projection module as shown in Fig. 2, electronic equipment ontology (practical application for electronic equipment setting
Display module can be set in middle ontology) first end be provided with supporting body for carrying projection module (with circle in figure
For), projection module 1 and projection module 2 are carried on supporting body, wherein projection module 1 and projection module 2 are on the carrier
Set position is different and setting position is fixed, and projected area of the projection module 1 on loading end is the subregion of loading end
1, projected area of the projection module 2 on loading end is the subregion 2 of loading end；
There are three the schematic side views of projection module as shown in figure 3, electronic equipment ontology (practical application for electronic equipment setting
Display module can be set in middle ontology) first end be provided with supporting body for carrying projection module (with circle in figure
For), projection module 1, projection module 2 and projection module 3 are carried on supporting body, wherein projection module 1,2 and of projection module
Set position is different on the carrier and setting position is fixed, projection area of the projection module 1 on loading end for projection module 3
Domain is the subregion 1 of loading end, and projected area of the projection module 2 on loading end is the subregion 2 of loading end, projection module 2
Projected area on loading end is the subregion 3 of loading end；
It can also be arranged in the ontology of the electronic equipment and choose module (by MCU, FPGA or ASIC reality in electronic equipment
It is existing), for choosing M projection module from N number of projection module, so that the control module 30 controls the M projection
Module carries out Projection Display simultaneously, and N is more than or equal to M, projecting direction and the loading end of M projection module of the selection
M sub-regions correspond；
The control module 30 is also used to control the i-th projection module in the M projection module in the loading end
The i-th sub-image frame in M sub-image frame of the i-th subregion Projection Display described image frame in M sub-regions, i is variable
And the value of i meets 1≤i≤M.
As an embodiment, N number of projection module is movably set in the ontology of the electronic equipment, the N
A projection module is supported to change with the relative pose of the electronic equipment ontology:
The schematic top plan view of electronic equipment is as shown in figure 8, the side perspective there are two projection module is arranged in electronic equipment
As shown in figure 9, in conjunction with Fig. 8 and Fig. 9, the first end of electronic equipment ontology (display module can be set in practical application in ontology)
Portion is provided with the supporting body (in Fig. 9 by taking circle as an example) for carrying projection module, and supporting body can be based on erection and bracket
Axis body rotation, projection module 1 and projection module 2 are carried on supporting body, and (projection module 1 and projection module 2 are on the carrier
The position of setting is opposite), wherein when supporting body is based on axis body rotation, form the different location of projection module 1 and projection module 2；
In Fig. 9, projection module rotates counterclockwise to position 2 towards loading end, and from position 1, and projection module 1 is located at position
Projected area when setting 1 on loading end is the subregion 1 of loading end, throwing when projection module 1 is located at position 2 on loading end
Penetrate the subregion 2 that region is loading end；Position shown in Fig. 10 is rotated counterclockwise to when supporting body is based on position shown in Fig. 9
It sets, in Figure 10, view field of the projection module 2 towards loading end, throwing when projection module 2 is located at position 1 on loading end
The subregion 1 that region is loading end is penetrated, projected area when projection module 2 is located at position 2 on loading end is the son of loading end
Region 2.
The control module 30 is also used to control between ontology of the N number of projection module relative to the electronic equipment
Pose changes；
Detection is in the projection module of jth pose, wherein and the projection module is in the projecting direction of the jth pose,
Corresponding with the i-th subregion in the M sub-regions of the loading end, j is variable and value satisfaction 1≤j≤M of j；
I-th subregion of the control projection module in the jth pose in the M sub-regions of the loading end
The i-th sub-image frame in M sub-image frame of Projection Display described image frame.
Display module (display screen) is additionally provided in the ontology of the electronic equipment；
The control module 30 is also used to when by the display module showing first content, and receives display the
When the instruction of two contents,
It controls the display module to continue to show the first content, and is based on the corresponding picture frame control of second content
N number of projection module is made in the loading end Projection Display, so that the loading end Projection Display has second content.
As an embodiment, sensing module is additionally provided in the ontology of the electronic equipment；
The control module 30 is also used to based on the sensing module, and detection projection on the loading end shows institute
State the operation that the region of the second content is sensed；
Third content is obtained based on the operation sensed, the third content is used to respond the behaviour sensed
Make；N number of projection module is controlled in the loading end Projection Display, so that institute based on the corresponding picture frame of the third content
Stating loading end Projection Display has the third content.
Those of ordinary skill in the art will appreciate that: realize that all or part of the steps of above method embodiment can pass through
The relevant hardware of program instruction is completed, and program above-mentioned can be stored in a computer readable storage medium, the program
When being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned include: movable storage device, it is read-only
Memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disk or
The various media that can store program code such as person's CD.
If alternatively, the above-mentioned integrated unit of the present invention is realized in the form of software function module and as independent product
When selling or using, it also can store in a computer readable storage medium.Based on this understanding, the present invention is implemented
Substantially the part that contributes to existing technology can be embodied in the form of software products the technical solution of example in other words,
The computer software product is stored in a storage medium, including some instructions are used so that computer equipment (can be with
It is personal computer, server or network equipment etc.) execute all or part of each embodiment the method for the present invention.
And storage medium above-mentioned includes: that movable storage device, ROM, RAM, magnetic or disk etc. are various can store program code
Medium.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (6)
1. a kind of information processing method is applied to electronic equipment, which is characterized in that the electronic equipment is provided at least N number of throwing
Shadow module, N are the integer more than or equal to 2；
The described method includes:
Obtain the corresponding picture frame of content of display to be projected；
Described image frame is divided into M sub-image frame, M is the integer more than or equal to 2；
Control at least one projection module figure described in the M sub-regions Projection Display of loading end in N number of projection module
As M sub-image frame of frame, so that the loading end Projection Display has the content；
At least one projection module in control N number of projection module is aobvious in the M sub-regions projection of the loading end
Show M sub-image frame of described image frame, comprising:
N number of projection module is controlled to change relative to the pose between the ontology of the electronic equipment；
Detection is in the projection module of jth pose, wherein the projection module is in the projecting direction of the jth pose, with institute
The i-th subregion stated in the M sub-regions of loading end is corresponding, and j meets 1≤j≤M for the value of variable and j, and i is variable and takes
It is worth range and meets 1≤i≤M；
I-th subregion projection of the control projection module in the jth pose in the M sub-regions of the loading end
Show the i-th sub-image frame in M sub-image frame of described image frame；
Wherein, it is provided with the supporting body for carrying projection module in the electronic equipment, carries the N on the supporting body
A projection module forms the different location of N number of projection module when the supporting body is based on axis body rotation.
2. the method according to claim 1, wherein the method also includes:
When the display module being arranged by the ontology shows first content, and receives the instruction of the second content of display,
Continue to show the first content by the display module, and institute is controlled based on the corresponding picture frame of second content
N number of projection module is stated in the loading end Projection Display, so that the loading end Projection Display has second content.
3. according to the method described in claim 2, it is characterized in that, the method also includes:
Based on the sensing module being arranged in the ontology, the area that the projection on the loading end shows second content is detected
The operation that domain is sensed；
Third content is obtained based on the operation sensed, the third content is used to respond the operation sensed；
N number of projection module is controlled in the loading end Projection Display based on the corresponding picture frame of the third content, so that
The loading end Projection Display has the third content.
4. a kind of electronic equipment, which is characterized in that the electronic equipment is provided at least N number of projection module, and N is more than or equal to 2
Integer；
The electronic equipment further include:
Obtain module, the corresponding picture frame of content for obtaining display to be projected；
Image processing module, for described image frame to be divided into M sub-image frame, M is the integer more than or equal to 2；
Control module is thrown for controlling at least one projection module in N number of projection module in the M sub-regions of loading end
Shadow shows M sub-image frame of described image frame, so that the loading end Projection Display has the content；
N number of projection module is movably set in the ontology of the electronic equipment, and N number of projection module is supported and the electricity
The relative pose of sub- apparatus body changes；
The control module is also used to:
N number of projection module is controlled to change relative to the pose between the ontology of the electronic equipment；
Detection is in the projection module of jth pose, wherein the projection module is in the projecting direction of the jth pose, with institute
The i-th subregion stated in the M sub-regions of loading end is corresponding, and j meets 1≤j≤M for the value of variable and j, and i is variable and takes
It is worth range and meets 1≤i≤M, M is the integer more than or equal to 2；
I-th subregion projection of the control projection module in the jth pose in the M sub-regions of the loading end
Show the i-th sub-image frame in M sub-image frame of described image frame；
Wherein, it is provided with the supporting body for carrying projection module in the electronic equipment, carries the N on the supporting body
A projection module forms the different location of N number of projection module when the supporting body is based on axis body rotation.
5. electronic equipment according to claim 4, which is characterized in that be additionally provided with display in the ontology of the electronic equipment
Module；
The control module is also used to that first content ought be shown by the display module, and receives the second content of display
Instruction when,
It controls the display module to continue to show the first content, and institute is controlled based on the corresponding picture frame of second content
N number of projection module is stated in the loading end Projection Display, so that the loading end Projection Display has second content.
6. electronic equipment according to claim 5, which is characterized in that be additionally provided with sensing in the ontology of the electronic equipment
Module；
The control module is also used to based on the sensing module, and detection projection on the loading end shows described second
The operation that the region of content is sensed；
Third content is obtained based on the operation sensed, the third content is used to respond the operation sensed；
N number of projection module is controlled in the loading end Projection Display based on the corresponding picture frame of the third content, so that
The loading end Projection Display has the third content.
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