CN105786337B

CN105786337B - A kind of information processing method and electronic equipment

Info

Publication number: CN105786337B
Application number: CN201410806971.5A
Authority: CN
Inventors: 朱小恬; 高岩
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-12-22
Filing date: 2014-12-22
Publication date: 2019-02-05
Anticipated expiration: 2034-12-22
Also published as: CN105786337A

Abstract

The invention discloses a kind of information processing method and electronic equipments, are applied to an electronic equipment, the electronic equipment includes image acquisition units and projecting cell, which comprises obtain triggering command；Respond the triggering command, it controls the projecting cell and is in the first projection pattern, wherein, when the projecting cell is projected with first projection pattern, the projecting cell project with first projection pattern part and the acquisition path overlap of image acquisition units of the first optical path of formation；Project content is subjected to projection through first optical path by the projecting cell, a projected picture is presented；Acquisition image is obtained through the acquisition path by described image acquisition unit；It handles the acquisition image and acts on the projected picture.The above method provided by the invention realizes camera image acquisition region corresponding with projection head together with partly overlapping with view field, and preferably meets the technical effect of user demand.

Description

A kind of information processing method and electronic equipment

Technical field

The present invention relates to electronic technology field, in particular to a kind of information processing method and electronic equipment.

Background technique

With the development of electronic technology, the electronic equipments such as mobile phone or tablet computer show multifunction, such as: have certainly The function of bat has the function of navigation, also has the function of projection, etc..

Currently, being both provided with front camera and rear camera, and on many mobile phones in order to guarantee rear camera It can be taken pictures or be shot under low light environment, be also configured on mobile phone and the matched flash lamp of rear camera.Existing In technology, mobile phone is additionally provided with projecting cell, the top of mobile phone is such as arranged in addition to setting front camera and rear camera On side.

In the prior art, the front camera that user can use mobile phone carries out self-timer；In addition, being led when being equipped in mobile phone When application program of navigating, it can also navigate, navigation map may be displayed on the display unit of electronic equipment.

In realizing the embodiment of the present application during technical solution, the discovery prior art at least exists present inventor Following technical problem:

In the prior art, since projecting cell is setting on the side of mobile phone top, and it not can be carried out rotation, so, it throws The view field of shadow unit and the image acquisition region of front camera；Or view field and the rear camera of projecting cell All there is no an overlapping regions for image acquisition region, in this way, when user using front camera when carrying out self-timer, and want to make As soon as self-timer image includes the personalized pattern in mobile phone, it can only be handled after the completion of shooting using image processing software It completes.As it can be seen that the electronic equipment in the prior art with camera and projecting cell, exists and is unable to adjust image acquisition units With projecting cell so that the view field of the image acquisition region and projecting cell that accordingly obtain overlaps as much as possible, And the technical issues of being worked.

Further, it due to the electronic equipment in the prior art with image acquisition units and projecting cell, cannot adjust Whole image acquisition units and projecting cell so that the view field of the image acquisition region and projecting cell that accordingly obtain as far as possible The technical issues of mostly overlaping, and being worked.So carrying out self-timer and environment using front camera as user When light is very weak, since flash lamp belongs to rear camera, and view field and image acquisition region are not overlapped again, institute With electronic equipment in the prior art will exist probably due to light is very weak and can not achieve and utilizes front camera self-timer The technical issues of.

Further, due to the electronic equipment in the prior art with image acquisition units and projecting cell, exist not Image acquisition units and projecting cell can be adjusted so that the view field of the image acquisition region and projecting cell that accordingly obtain is most The technical issues of may mostly overlaping, and being worked.So more under the self-timer mode of the photograph of electronic equipment Coloured silk is taken pictures when projecting a personalized pattern under application program, can not be fit together well with real-world object, and in electronics When the navigation application program of equipment generates the direction instruction pattern for being used to indicate user's walking, the aobvious of electronic equipment may only display in Show on unit, and cannot fit together with real scene, so, electronic equipment presence in the prior art cannot utilize projection Specific pattern is projected to the technical problem on position needed for user by unit.

Summary of the invention

The embodiment of the present application provides a kind of information processing method and electronic equipment, is unable to adjust Image Acquisition for solving Unit and projecting cell are so that the view field of the image acquisition region and projecting cell that accordingly obtain overlaps as much as possible Together, the technical issues of and being worked, realizing electronic equipment can be by camera and the corresponding image acquisition region of projection head Together with partly overlapping with view field, and preferably meet the technical effect of user demand.

On the one hand this application provides a kind of information processing methods, are applied to an electronic equipment, and the electronic equipment includes Image acquisition units and projecting cell, which comprises

Obtain triggering command；

The triggering command is responded, the projecting cell is controlled and is in the first projection pattern, wherein when the projecting cell When being projected with first projection pattern, the projecting cell carries out the first of projection formation with first projection pattern The acquisition path overlap of the part of optical path and image acquisition units；

Project content is subjected to projection through first optical path by the projecting cell, a projected picture is presented；

Acquisition image is obtained through the acquisition path by described image acquisition unit；

It handles the acquisition image and acts on the projected picture.

Optionally, the electronic equipment includes ontology, and the projecting cell and described image acquisition unit are arranged described In ontology, the ontology has the first projection window and the first acquisition window, the first projection window and first acquisition Window is arranged side by side；First optical path of the formation when the projecting cell is projected with first projection pattern Pass through the first projection window projection；The acquisition path of described image acquisition unit passes through first acquisition window.

Optionally, the processing acquisition image acts on the projected picture, specifically includes:

Calibration object is obtained according to the acquisition image analysis obtained；

The projective parameter that the project content is projected with first projection pattern is determined based on the calibration object；

Based on the projective parameter adjust the projecting cell so that the projecting cell according to the projective parameter with First projection pattern projects the project content and is matched with real-world object corresponding with the calibration object；Alternatively,

Based on the projective parameter adjust first optical path so that the projecting cell according to the projective parameter with The projected picture that first projection pattern projects the project content presentation is matched with corresponding with the calibration object Real-world object.

Optionally, the electronic equipment further includes display unit, and it is interior and described aobvious that the display unit is located at the ontology Show that the display output area of unit is appeared by the first surface of the ontology, the first projection window and first acquisition Window is located at the first surface of the ontology；The method also includes:

Obtain a photographing instruction；

Respond the photographing instruction, by described image acquisition unit currently obtain first acquisition image carry out save and The first acquisition image is shown by the display unit, and the first acquisition image includes the calibration object and described The projected picture presented on calibration object, the projected picture match with the calibration object.

Optionally, the electronic equipment further includes the second projection window, and the second projection window is located at and described first On the second surface of surface intersection, the second surface is located at the first side side of the display unit, first projection window Mouth and the setting of the first acquisition window are located at first side side of the display unit on the first surface；

When the projecting cell is with first projection pattern, by the project content by the first projection window Projected, the display unit with described first at opposite second side the projection of the project content is presented Picture；

When the projecting cell is with second projection pattern, by the project content by the second projection window It is projected, the projected picture of the project content is presented in first side side of the display unit；

The acquisition triggering command includes:

Sensed parameter is obtained by the intrinsic sensor；

Determine that the projection pattern of the projecting cell is first projection according to predetermined policy according to the sensed parameter When mode, the triggering command is generated.

On the other hand, the embodiment of the present application also provides a kind of electronic equipment, the electronic equipment includes:

Image acquisition units；

Projecting cell；

First obtains unit, for obtaining triggering command；

First control unit is in the first projection pattern for controlling the projecting cell, wherein when the projecting cell When being projected with first projection pattern, the projecting cell carries out the first of projection formation with first projection pattern The acquisition path overlap of the part of optical path and image acquisition units；

First processing units, for project content to be carried out projection presentation through first optical path by the projecting cell One projected picture；

The second processing unit, for obtaining acquisition image through the acquisition path by described image acquisition unit；

Third processing unit acts on the projected picture for handling the acquisition image.

Optionally, the electronic equipment further include:

Ontology, the projecting cell and described image acquisition unit are arranged in the ontology, and the ontology has first Window and the first acquisition window are projected, the first projection window and first acquisition window are arranged side by side；

Wherein, when the projecting cell is projected with first projection pattern formation first optical path Pass through the first projection window projection；The acquisition path of described image acquisition unit passes through first acquisition window.

Optionally, the third processing unit specifically includes:

First obtains module, obtains calibration object according to the acquisition image analysis obtained；

First determining module is determined based on the calibration object and projects the project content with first projection pattern Projective parameter；

The first adjustment module adjusts the projecting cell based on the projective parameter so that the projecting cell is according to institute It states projective parameter and true object corresponding with the calibration object is matched with first projection pattern projection project content Body；Alternatively,

Second adjustment module adjusts first optical path based on the projective parameter so that the projecting cell is according to institute Projective parameter is stated to be matched with and the mark with the projected picture that first projection pattern projects the project content presentation The corresponding real-world object of earnest body.

Optionally, the electronic equipment further include:

Display unit, the display unit is located in the ontology and the display output area of the display unit passes through institute The first surface for stating ontology appears, and the first projection window and first acquisition window are located at the first table of the ontology Face；

Second obtaining unit, for obtaining a photographing instruction；

First response unit, for responding the photographing instruction, first that described image acquisition unit is currently obtained is adopted Collection image save and shows the first acquisition image by the display unit, and the first acquisition image includes institute State the projected picture presented on calibration object and the calibration object, the projected picture and the calibration object phase Matching.

Optionally, the electronic equipment further include:

Second projection window, the second projection window is located on the second surface intersected with the first surface, described Second surface is located at the first side side of the display unit, and the first projection window and the first acquisition window are arranged described It is located at first side side of the display unit on first surface；

The project content is passed through institute when the projecting cell is with first projection pattern by fourth processing unit The first projection window is stated to be projected, the display unit with described first at opposite second side the projection is presented The projected picture of content；

The project content is passed through institute when the projecting cell is with second projection pattern by the 5th processing unit It states the second projection window to be projected, the projection of the project content is presented in first side side of the display unit Picture；

The first obtains unit specifically includes:

Second obtains module, obtains sensed parameter by the intrinsic sensor；

First determining module determines that the projection pattern of the projecting cell is according to predetermined policy according to the sensed parameter When first projection pattern, the triggering command is generated.

Said one or multiple technical solutions in the embodiment of the present application, have at least the following technical effects or advantages:

Due to using and obtaining triggering command, responding the triggering command in the technical solution of the embodiment of the present application, control It makes the projecting cell and is in the first projection pattern, project content will be carried out by the projecting cell through first optical path A projected picture is presented in projection, obtains acquisition image through the acquisition path by described image acquisition unit, adopts described in processing Collection image acts on the technological means of the projected picture, in this way, determining that projecting cell is projected with the first projection pattern Afterwards, the acquisition path overlap of the part of the first optical path by projecting cell at this time and image acquisition units, to projected picture and After acquisition image is respectively processed, the projected picture for meeting user demand is obtained, thus it is possible to effectively solve in the prior art Electronic equipment with camera and projecting cell exists and is unable to adjust image acquisition units and projecting cell so that corresponding obtain Image acquisition region and the view field of projecting cell overlap as much as possible, and the technical issues of worked, It realizes together with electronic equipment can partly overlap camera image acquisition region corresponding with projection head with view field, and Preferably meet the technical effect of user demand.

Work as the projecting cell due to using in the technical solution of the embodiment of the present application with first projection pattern First optical path of the formation passes through the first projection window projection when being projected；The described of described image acquisition unit is adopted Collect path and pass through first acquisition window, wherein the first projection window and first acquisition window are arranged side by side, i.e., Projecting cell project with first projection pattern the first light path part and the acquisition of image acquisition units of the formation Path overlap it is as more as possible, to provide good light filling for user's self-timer in the case of dark, so, can be light User's self-timer under line weaker condition provides preferable light filling effect, and becoming user's self-timer in the case of dark can Energy.

Due to being marked using according to the acquisition image analysis obtained in the technical solution of the embodiment of the present application Earnest body is determined the projective parameter for being projected the project content with first projection pattern based on the calibration object, is based on The projective parameter adjusts the projecting cell so that the projecting cell is projected according to the projective parameter with described first Mode projects the project content and is matched with real-world object corresponding with the calibration object, alternatively, alternatively, being based on the projection Parameter adjusts first optical path so that the projecting cell is projected according to the projective parameter with first projection pattern The projected picture that the project content is presented is matched with real-world object corresponding with the calibration object.I.e. by obtaining Such as size of real scene or real-world object is first calibrated before projected picture, then position adjusts projecting cell, from And make project content such as " dragon ", " the peach heart ", " directive property arrow " etc. projects to the certain bits of real scene or real-world object Place is set, thus meet the various demands of user, so, realize the technology effect specific group projected at position needed for user Fruit.

Detailed description of the invention

In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, will be described below to embodiment Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only of the invention some Embodiment.

Fig. 1 is the flow chart for one of information processing method that the embodiment of the present application one provides；

A kind of structure chart for the electronic equipment that information processing method is applied in Fig. 2 the embodiment of the present application one；

Fig. 3 is a kind of also included flow chart of steps of information processing method in the embodiment of the present application one；

Fig. 4 be in the embodiment of the present application one a kind of electronic equipment that information processing method is applied to the first projection pattern into The schematic diagram of row projection；

Fig. 5 be in the embodiment of the present application one a kind of electronic equipment that information processing method is applied to the second projection pattern into The schematic diagram of row projection；

Fig. 6 is a kind of step flow chart that the step S101 of information processing method is specifically included in the embodiment of the present application one；

Fig. 7 is the functional structure block diagram for a kind of electronic equipment that the embodiment of the present application two provides.

Specific embodiment

In order to solve the above technical problems, general thought is as follows for technical solution in the embodiment of the present application:

A kind of information processing method is applied to an electronic equipment, and the electronic equipment includes image acquisition units and projection Unit, which comprises

Obtain triggering command；

It handles the acquisition image and acts on the projected picture.

In order to better understand the above technical scheme, below by attached drawing and specific embodiment to technical solution of the present invention It is described in detail, it should be understood that the specific features in the embodiment of the present application and embodiment are to the detailed of technical solution of the present invention Thin explanation, rather than the restriction to technical solution of the present invention, in the absence of conflict, the embodiment of the present application and embodiment In technical characteristic can be combined with each other.

Embodiment one

A kind of information processing method provided by the embodiments of the present application, is applied to an electronic equipment, and the electronic equipment includes Image acquisition units and projecting cell, which comprises

S101: triggering command is obtained；

S102: responding the triggering command, controls the projecting cell and is in the first projection pattern, wherein when the throwing When shadow unit is projected with first projection pattern, the projecting cell carries out projection formation with first projection pattern The first optical path part and the acquisition path overlap of image acquisition units；

S103: project content is subjected to projection through first optical path by the projecting cell, a projected picture is presented；

S104: acquisition image is obtained through the acquisition path by described image acquisition unit；

S105: the processing acquisition image acts on the projected picture.

In the embodiment of the present application, the execution step of step S103, S104, S105 in no particular order sequence, referring to FIG. 1, For one of information processing method flow chart provided by the embodiments of the present application.

Referring to FIG. 2, being applied to the structure of electronic equipment for a kind of information processing method that the embodiment of the present application one provides Figure.The electronic equipment includes ontology 10, and the projecting cell and described image acquisition unit are arranged in ontology 10, and ontology 10 has There are the first projection window 20 and the first acquisition window 30, the first projection window 20 and the first acquisition window 30 are arranged side by side；Work as institute First optical path for stating formation when projecting cell is projected with first projection pattern passes through the first projection window 20 projections；The acquisition path of described image acquisition unit passes through the first acquisition window 30.As shown in Figure 2, the projection is single Member project with first projection pattern part and the acquisition path overlap of image acquisition units of the first optical path of formation.

In the specific implementation process, the electronic equipment can be with display unit and projecting cell and have one first The electronic equipments such as mobile phone, tablet computer, the laptop of window 20 are projected, are also possible to other electronic equipment, here, just not It schematically illustrates one by one.

The specific embodiment of the embodiment of the present application will be explained so that electronic equipment is mobile phone as an example below.

In the embodiment of the present application, there is no the sequencing of processing between step S103, step S104, step S105, until There are two types of specific implementations for few tool, but are not limited only to both implementations.

First way

Based on the projective parameter adjust the projecting cell so that the projecting cell according to the projective parameter with First projection pattern projects the project content and is matched with real-world object corresponding with the calibration object；

In the specific implementation process, before projection, acquisition image is obtained by image acquisition units first, for example, can To be collected facial image, people's foot image, the image, etc. that road width is in.It is, being adopted by image acquisition units Collect the image information of any real-world object, does not include the projected picture that projecting cell is projected in corresponding image information.Then Image analysis is carried out to the image information of acquisition and obtains such as face, people's foot, the size of the real-world objects such as road, orientation letter Breath, traffic informations such as road width, etc., wherein the size of real-world object, azimuth information, the road conditions such as road width letter Breath can be used to demarcate corresponding real-world object, that is to say, that obtain calibrated object.According to calibrated object figure As information can correspondingly determine projecting cell with first projection pattern projection project content projective parameter information, also It is the range that defines project content and can be incident upon on real-world object.Here project content can be such as " dragon " " state The patterns such as flag " " road sign ".Projecting cell is adjusted according to projective parameter information is obtained, so that projecting cell just will be to be projected Content projects in the appropriate area of real-world object, for example, wanting to exist " the peach heart " pattern projection during user's self-timer At its place between the eyebrows, after opening the first projection mode, facial image is collected by camera first, then clicks collected face Place between the eyebrows position on image, obtains the calibration information of face, i.e., using face as reference, according to the calibration information of user's face, really The approximate region of user's place between the eyebrows is made, then, projecting cell will be somebody's turn to do " the peach heart " pattern projection in the user's place between the eyebrows determined Approximate region in.It is more when realizing the projection on the specified regional location on real-world object, and realizing user's self-timer Coloured silk is taken pictures, and the interest of self-timer is increased.

Equally, first way applies also for the case where Mobile Telephone Gps, for example, user is when using Mobile Telephone Gps, firstly, Obtained by camera current road width situation and user's foot towards situation, therefrom determine with center between people's foot Specific location of the position on road can be the position that user determines pattern displaying to be projected manually here, be also possible to Electronic equipment detects automatically, then projects to directive property road sign pattern to be projected on the road.

The second way obtains calibration object according to the acquisition image analysis obtained；

In a particular embodiment, can also be acquisition image in include projected picture, but project it is oversized or It is too small to act on the projected picture in the unmatched situation of real-world object to be collected to handle the acquisition image.That is, Project content is projected in acquisition image, image to be collected is analyzed, according to the ruler between project content and real-world object Then project content is adjusted to suitably sized and suitable position according to comparison result by very little comparison.For example, user needs Acquiring has " imperial shape " pattern also to open projection head while starting camera at face brow ridge, when discovery should " dragon Shape " is incident upon the chin of user, makes " imperial shape " pattern by original at this point, the first optical path can be adjusted based on the projective parameter It is adjusted at the brow ridge of user at the user's chin position come.

Equally, the second way is also applied for the case where Mobile Telephone Gps, for example, user is when using Mobile Telephone Gps, the Under one projection mode, while camera and projection head are opened, road direction disk pattern to be projected is projected into the road first On the road, when user observes the direction disk pattern, some is shown on road, then, the first optical path can be adjusted The road direction disk pattern is projected at road centre position, thus real-time navigation bring better user's body It tests, and it is more accurate to navigate.

In the embodiment of the present application, either first way processes captured image acts on projected picture still with second Kind of mode processes captured image acts on projected picture, or other modes, can be by the manual cell phone of user, Projecting cell is manually adjusted or the other electron component of projecting cell and camera or interior of mobile phone from Dynamic adjustment, and then realize that the acquisition image of processing acts on projected picture.

In addition, in the embodiment of the present application, the first projection window 20 and the first acquisition window 30 can be disposed side by side on hand On surface where machine display screen, it can also be arranged on the mobile phone surface opposite with surface where display screen, certainly, this First projection window 20 and the first acquisition window 30 can also be arranged side by side electronics and set by field those of ordinary skill as needed On standby other surfaces, here, just different one schematically illustrating.

In the embodiment of the present application, the electronic equipment further includes display unit 40, and display unit 40 is located in ontology 10 And the display output area of display unit 40 is appeared by the first surface 50 of ontology 10, the first projection window 20 and the first acquisition Window 30 is located at the first surface 50 of ontology 10；The process of acquisition image in the embodiment of the present application, please refers to shown in Fig. 3, institute It is further comprising the steps of to state method:

S301: a photographing instruction is obtained；

S302: responding the photographing instruction, and the first acquisition image that described image acquisition unit is currently obtained is protected Deposit and the first acquisition image show by the display unit, described first acquire image include the calibration object with And the projected picture presented on the calibration object, the projected picture match with the calibration object.

In the specific implementation process, either by first way or the second way by treated acquisition figure As acting on projected picture, image will be acquired by image acquisition units.When being taken pictures with the camera in mobile phone, It first has to obtain a photographing instruction, can be the application of taking pictures that user triggers manually, the side of mobile phone can also be held by user Formula triggers photographing instruction the first projection pattern for triggering, and under the first projection pattern, can also be through interior of mobile phone Angular transducer, gravity sensor etc. know that user will execute Photographing Mode with mobile phone at this time.It is then responding to the finger of taking pictures It enables, and the first acquisition image that camera is currently obtained is stored in local cloud or temporal cache, certainly User can select other preserving types according to demand, in order to be better seen image to first acquisition image be It is no to meet user demand, the first acquisition image is preferably shown to the display output area in ontology 10 by display unit 40 On, acquisition first can be acquired into image down and shown, be also possible to be displayed in full screen.Wherein, it is acquired in image in acquisition first Including such as face, people's foot, calibration object corresponding to the real-world objects such as road, and presented such as on calibration object Projected pictures such as " dragon " " the peach heart " " road signs ", the first acquisition image acceptance of the bid earnest body obtained and shadowgraph being finally shown to Face matches.It is also possible to first pass through whether camera matches to observe collected calibration object with projected picture, that is, It says, real-time collected acquisition image can be shown on the display screen of mobile phone, user is showing to observe acquisition image Display effect on screen prompts the manual cell phone of user, or manually adjust to projecting cell if mismatched, The either automated intelligent adjustment of the other electron component of projecting cell and camera or interior of mobile phone, then obtains calibration object The the first acquisition image to match with projected picture.

In the embodiment of the present application, the electronic equipment further includes the second projection window 60, wherein the second projection window 60 On the second surface 70 that first surface 50 intersects, display unit 40 has first while 80 and 80 opposite second when with first Side 90, first while 80 with second while it is 90 parallel, second surface 70 is located at 80 side of the first side of display unit 40, the first projection window 80 side of the first side for being located at display unit 40 on first surface 50 is arranged in mouth 20 and the first acquisition window 30.When the projection When unit is with first projection pattern, the project content is projected by the first projection window 20, display unit 40 With first at 80 opposite second 90 sides the projected picture is presented, be illustrated in figure 4 electronic equipment with the first projection The schematic diagram that mode is projected.

It is illustrated in figure 5 the schematic diagram that electronic equipment is projected with the second projection pattern, when the projecting cell is with institute When stating the second projection pattern, project content is projected by the second projection window 60, the first side 80 1 of display unit 40 The projected picture of the project content is presented in side.

That is, electronic equipment in the embodiment of the present application, which can be only, has a projection window and an acquisition The electronic equipment of window, it is also possible that tool is of course not solely limited to there are two window, the electronic equipment of an acquisition window is projected The electronic equipment of both the above form, the electronic equipment of other forms, those of ordinary skill in the art, which can according to need, to come It is designed.Certainly, in the embodiment of the present application, the electronic equipment that can be only the first projection pattern is also possible to existing First projection pattern has the electronic equipment of the second projection pattern again, wherein can be between the first projection pattern and the second projection pattern Switching mutually, to select applicable projection pattern for different usage scenarios to be projected.

In the embodiment of the present application, no matter electronic equipment only has the first projection pattern, still both has the first projection side Formula has the case where the second projection pattern again, and electronic equipment can be made to be in the first projection pattern.Referring to FIG. 6, step S101: the acquisition triggering command, specifically includes the following steps:

S601: sensed parameter is obtained by the intrinsic sensor；

S602: determine that the projection pattern of the projecting cell is described first according to predetermined policy according to the sensed parameter When projection pattern, the triggering command is generated.

In the embodiment of the present application, step S601 is as follows to step S602 specific implementation:

When by taking electronic equipment is mobile phone as an example, the specific implementation of step S601 are as follows: there is gravity sensor in ontology 10, Holding mode detection sensor, contact sensor etc., wherein gravity sensor can detecte first where mobile phone display unit 40 Angle between surface 50 and a plane of reference, the sensed parameters such as mobile speed of mobile phone；Holding mode detection sensor can be detected Whether mobile phone is in the state that user has hand to hold；Contact sensor can be detected whether user touches mobile phone.And in mobile phone Various kinds of sensors can detect mobile phone in sensed parameter in different positions.

It is executing step S601: after obtaining sensed parameter by the sensor in ontology 10, executing step S602: according to When the sensed parameter determines that the projection pattern of the projecting cell is first projection pattern according to predetermined policy, institute is generated State triggering command.

Since the parameter that various kinds of sensors detects in electronic equipment is different, the predetermined policy of setting is also different, it is determined that goes out The projection pattern of the projecting cell is that the decision procedure of the first projection pattern is also different.Step S602 at least has that there are four types of specific Implementation, but be not limited only to these four implementations.

First way

It is opened manually by user colorful under the self-timer mode or self-timer mode under the Photographing Mode of interior of mobile phone Mode, or application corresponding to navigation mode isotype, other application mode just different one schematically illustrate herein.In opening After stating any application model, the projecting cell of interior of mobile phone will be determined to be projected with the first projection pattern, and then is triggered Instruction, controls the projecting cell and is in the first projection pattern.

The second way

When the sensor is gravity sensor, and the predetermined policy is the first strategy, obtained based on gravity sensor The sensed parameter and it is described first strategy, determine when the sensed parameter meet be located at the first preset range when, determine institute Stating projection pattern is first projection pattern；When the sensed parameter is located at second preset range, the electricity is characterized Angle between the display unit of sub- equipment and the support platform for supporting electronic equipment is greater than 0 degree less than 90 °.Continuation is set with electronics It is standby be mobile phone for, the second way is explained.Gravity sensor in mobile phone detects mobile phone and horizontal plane phase Pair surface horizontal by the first angle, the first angle is to be less than or equal to 90 ° of angle greater than 0 °.Mobile phone is come with the first strategy Determine the projection pattern of projecting cell, the first strategy in mobile phone is when the first angle is located in the first preset range, with The projection of one projection pattern.First preset range is pre-set parameter in mobile phone.Such as: the first preset range may be configured as hand Angular range between the machine surface opposite with horizontal plane and horizontal plane be (0 °, 15 °], [10 °, 35 °], [45 °, 70 °], [60 °, 90 °] etc. ranges, the those of ordinary skill in certain the application field can be arranged according to the needs of concrete scene different default Range.

Determine obtain the mobile phone surface opposite with horizontal plane horizontal by the first angle and the first strategy in the After one preset range, mobile phone judges whether the first angle is located in the first preset range, when one angle is located at the first default model When enclosing interior, determine that the projection pattern of mobile phone projection unit is the first projection pattern, and generate corresponding with the first projection pattern the One control information.Such as: the first angle between the mobile phone surface opposite with horizontal plane and horizontal plane is 60 °, and the first default model The angular range enclosed between the mobile phone surface opposite with horizontal plane and horizontal plane is [45 °, 70 °], is located at for 60 ° due to the first angle In first preset range [45 °, 70 °], accordingly, it is determined that the projection pattern of the projecting cell of mobile phone at this time is the first projection side out Formula, and the first control information corresponding with the first projection pattern is generated, the first control information is that control projecting cell is thrown with first The command information that shadow mode is projected.

The third mode, the different sensed parameters and difference that mobile phone can be detected according to two different sensors The second strategy determine projection pattern, and then generate control information corresponding with projection pattern.Such as: the gravity in mobile phone passes Surface where sensor detection acquisition mobile phone display screen and the first angle between horizontal plane are the folder for being less than or equal to 180 ° greater than 0 ° Angle.Also, the holding mode inductor in mobile phone detects whether user holds mobile phone.At this point, will be come with the second strategy true Determine the projection pattern of projecting cell.When mobile phone determines the projection pattern of projecting cell with third strategy, the third plan in mobile phone It is slightly be located in the first preset range when the first angle, it, can be true and when holding mode inductor detects user's gripping mobile phone The projection pattern for making mobile phone projection unit is the first projection pattern.First preset range is pre-set parameter in mobile phone. Such as: the first preset range may be configured as the first face where mobile phone display unit and the angular range between relative level is [90 °, 180 °) range, may be alternatively provided as other parameters range, such as the ranges such as [90 °, 120 °], [100 °, 150 °].May be used also To be when the first angle is not in the first preset range, the projecting cell of mobile phone can be defaulted as with the first projection pattern It is projected.Either mobile phone generates a prompt information, for prompting user to select projection pattern, when user's selection the When one projection pattern, control information corresponding with the first projection pattern is generated.

4th kind of mode

In the embodiment of the present application, it can also be to be detected according to sensor and obtain the mobile phone surface and water opposite with horizontal plane After plane is in the second preset range in the second angle and third strategy, it is pre- that mobile phone judges whether the first angle is located at second If in range, when the first angle is located in the second preset range, the projection pattern of mobile phone projection unit is the second projection at this time Mode, in conjunction with concrete scene, while light sensor detects dark in ambient enviroment, camera unit is but in out State is opened, at this point, the first projection pattern singly can be automatically switched to for the second projection.So that it is determined that projection pattern is at this time out First projection pattern, and generate the first control information corresponding with the first projection pattern.Certain special screne it is to be understood that When user is in the scene of dark, user realizes self-timer with mobile phone, and the projecting cell of mobile phone is also against user at this time, The first angle that gravity sensor detection in mobile phone obtains between mobile phone display screen and horizontal plane is 75 °, and the first default model It encloses and is set as, the angular range where mobile phone display unit between surface and horizontal plane is [30 °, 85 °], although detection obtains first 75 ° of angle are located in the second preset range [30 °, 85 °], determine that the projection pattern of mobile phone projection unit at this time is the second projection side Formula, at that time, mobile phone light sensor detect that ambient light is weaker, and mobile phone holding mode detection sensor detects that user holds Mobile phone is hold, shows the self-timer mode that user is now under Photographing Mode.Then the second projection pattern is automatically switched into One projection pattern, by meat answer content project to user on the face or surrounding, while can to user take pictures situation carry out Timely light filling, and the light filling carried out by projecting cell are softer compared to light for flash lamp.

In addition, in the embodiment of the present application, can be by the way that the second projection pattern of mobile phone projection unit is switched to One projection pattern, the projection pattern that sensed parameter can also be obtained according to detection to determine mobile phone projection unit are the first projection Mode.Wherein, the switching between two kinds of projection patterns, can be manually implemented, be also possible to electronic equipment according to detected Sensed parameter automatically switches.Can various forms be arranged by electronics according to the actual situation in those skilled in the art The projection pattern of the projecting cell of equipment is determined as the first projection pattern, and details are not described herein again.

Embodiment two

Based on inventive concept same as information processing method a kind of in the embodiment of the present application one, referring to FIG. 7, the application Embodiment provides a kind of electronic equipment, comprising:

Image acquisition units；

Projecting cell；

First obtains unit 100, for obtaining triggering command；

First control unit 101 is in the first projection pattern for controlling the projecting cell, wherein when the projection When unit is projected with first projection pattern, the projecting cell carries out projection formation with first projection pattern The acquisition path overlap of the part of first optical path and image acquisition units；

First processing units 102, for projecting project content through first optical path by the projecting cell A projected picture is presented；

The second processing unit 103, for obtaining acquisition image through the acquisition path by described image acquisition unit；

Third processing unit 104 acts on the projected picture for handling the acquisition image.

In order to guarantee that the projecting cell carries out projecting the first of the formation with first projection pattern as much as possible More as far as possible, the electronic equipment of the part of optical path and the acquisition path overlap of image acquisition units further include:

In order to guarantee the projection that the projecting cell is projected according to the projective parameter with first projection pattern Content matching and real-world object, third processing unit 104 specifically include:

In the embodiment of the present application, the electronic equipment further include:

Second obtaining unit, for obtaining a photographing instruction；

Wherein, the first obtains unit specifically includes:

Second obtains module, obtains sensed parameter by the intrinsic sensor；

By one or more technical solutions in the embodiment of the present application, it is at least able to achieve following technical effect:

It should be understood by those skilled in the art that, the embodiment of the present invention can provide as method, system or computer program Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the present invention Apply the form of example.Moreover, it wherein includes the computer of computer usable program code that the present invention, which can be used in one or more, The computer program implemented in usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) produces The form of product.

The present invention be referring to according to the method for the embodiment of the present invention, the process of equipment (system) and computer program product Figure and/or block diagram describe.It should be understood that every one stream in flowchart and/or the block diagram can be realized by computer program instructions The combination of process and/or box in journey and/or box and flowchart and/or the block diagram.It can provide these computer programs Instruct the processor of general purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce A raw machine, so that being generated by the instruction that computer or the processor of other programmable data processing devices execute for real The device for the function of being specified in present one or more flows of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions, which may also be stored in, is able to guide computer or other programmable data processing devices with spy Determine in the computer-readable memory that mode works, so that it includes referring to that instruction stored in the computer readable memory, which generates, Enable the manufacture of device, the command device realize in one box of one or more flows of the flowchart and/or block diagram or The function of being specified in multiple boxes.

These computer program instructions also can be loaded onto a computer or other programmable data processing device, so that counting Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, thus in computer or The instruction executed on other programmable devices is provided for realizing in one or more flows of the flowchart and/or block diagram one The step of function of being specified in a box or multiple boxes.

Specifically, the corresponding computer program instructions of information processing method in the embodiment of the present application can be stored in CD, hard disk, on the storage mediums such as USB flash disk, when the computer program instructions quilt corresponding with information processing method in storage medium One electronic equipment reads or is performed, and includes the following steps:

Obtain triggering command；

It handles the acquisition image and acts on the projected picture.

Optionally, the electronic equipment includes ontology, and the projecting cell and described image acquisition unit are arranged described In ontology, the ontology has the first projection window and the first acquisition window, the first projection window and first acquisition Window is arranged side by side, when the computer program instructions corresponding with information processing method in storage medium are read by an electronic equipment Or it is performed, which comprises

When the projecting cell is projected with first projection pattern, first optical path of the formation passes through The first projection window projection；The acquisition path of described image acquisition unit passes through first acquisition window.

Optionally, store in the storage medium and step, the processing acquisition image act on the projection Picture, corresponding computer program instructions when executed, specifically include:

Optionally, the electronic equipment further includes display unit, and it is interior and described aobvious that the display unit is located at the ontology Show that the display output area of unit is appeared by the first surface of the ontology, the first projection window and first acquisition Window is located at the first surface of the ontology；When the computer program instructions quilt corresponding with information processing method in storage medium One electronic equipment reads or is performed, the method also includes:

Obtain a photographing instruction；

Optionally, the electronic equipment further includes the second projection window, and the second projection window is located at and described first On the second surface of surface intersection, the second surface is located at the first side side of the display unit, first projection window Mouth and the setting of the first acquisition window are located at first side side of the display unit on the first surface；When storage is situated between Computer program instructions corresponding with information processing method in matter are read or are performed by an electronic equipment, and the method is also Include:

Store in storage medium and step, the acquisition triggering command, corresponding computer program instructions are being performed When, comprising:

Sensed parameter is obtained by the intrinsic sensor；

During specific implementation, although preferred embodiments of the present invention have been described, but those skilled in the art Once knowing basic creative concept, then additional changes and modifications may be made to these embodiments.So appended right is wanted It asks and is intended to be construed to include preferred embodiment and all change and modification for falling into the scope of the invention.

Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies Within, then the present invention is also intended to include these modifications and variations.

Claims

1. a kind of information processing method is applied to an electronic equipment, the electronic equipment includes ontology, image acquisition units and throwing Shadow unit, the projecting cell and described image acquisition unit are arranged in the ontology, and the ontology has the first projection window Mouth and the first acquisition window, the first projection window and first acquisition window are disposed side by side on the surface of the ontology On；The first optical path formed when the projecting cell is projected with the first projection pattern is thrown by the first projection window It penetrates；The acquisition path of described image acquisition unit by first acquisition window, then the described method includes:

Obtain triggering command；

The triggering command is responded, the projecting cell is controlled and is in the first projection pattern, wherein when the projecting cell is with institute When stating the first projection pattern and being projected, the projecting cell carries out the first optical path of projection formation with first projection pattern Part and the acquisition path overlap of image acquisition units；

It handles the acquisition image and acts on the projected picture.

2. the method as described in claim 1, which is characterized in that the processing acquisition image acts on the shadowgraph Face specifically includes:

Based on the projective parameter adjust the projecting cell so that the projecting cell according to the projective parameter with described First projection pattern projects the project content and is matched with real-world object corresponding with the calibration object；Alternatively,

Based on the projective parameter adjust first optical path so that the projecting cell according to the projective parameter with described The projected picture that first projection pattern projects the project content presentation is matched with corresponding with the calibration object true Object.

3. the method as described in claim 1, which is characterized in that the electronic equipment further includes display unit, and the display is single Member is located in the ontology and the display output area of the display unit is appeared by the first surface of the ontology, and described the One projection window and first acquisition window are located at the first surface of the ontology；The method also includes:

Obtain a photographing instruction；

The photographing instruction is responded, the first acquisition image that described image acquisition unit is currently obtained is saved and passed through The display unit shows the first acquisition image, and the first acquisition image includes calibration object and the calibration object On the projected picture that is presented, the projected picture matches with the calibration object.

4. method as claimed in claim 3, which is characterized in that the electronic equipment further includes the second projection window, and described Two projection windows are located on the second surface that intersects with the first surface, and the second surface is located at the of the display unit One side side, the first projection window and the setting of the first acquisition window are on the first surface positioned at the display unit First side side；

When the projecting cell is with first projection pattern, the project content is carried out by the first projection window Projection, the display unit with described first at opposite second side the shadowgraph of the project content is presented Face；

When the projecting cell is with second projection pattern, the project content is carried out by the second projection window Projection, the projected picture of the project content is presented in first side side of the display unit；

The acquisition triggering command includes:

Sensed parameter is obtained by the intrinsic sensor；

Determine that the projection pattern of the projecting cell is first projection pattern according to predetermined policy according to the sensed parameter When, generate the triggering command.

5. a kind of electronic equipment, the electronic equipment include:

Image acquisition units；

Projecting cell；

First obtains unit, for obtaining triggering command；

First control unit is in the first projection pattern for controlling the projecting cell, wherein when the projecting cell is with institute When stating the first projection pattern and being projected, the projecting cell carries out the first optical path of projection formation with first projection pattern Part and the acquisition path overlap of image acquisition units；

A throwing is presented for project content to be carried out projection through first optical path by the projecting cell in first processing units Shadow picture；

Third processing unit acts on the projected picture for handling the acquisition image；

Wherein, the electronic equipment further include:

Ontology, the projecting cell and described image acquisition unit are arranged in the ontology, and the ontology has the first projection Window and the first acquisition window, the first projection window and first acquisition window are disposed side by side on the surface of the ontology On；

Wherein, when the projecting cell is projected with first projection pattern, first optical path of the formation passes through The first projection window projection；The acquisition path of described image acquisition unit passes through first acquisition window.

6. electronic equipment as claimed in claim 5, which is characterized in that the third processing unit specifically includes:

First determining module determines the projection that the project content is projected with first projection pattern based on the calibration object Parameter；

The first adjustment module adjusts the projecting cell based on the projective parameter so that the projecting cell is according to the throwing Shadow parameter projects the project content with first projection pattern and is matched with real-world object corresponding with the calibration object；Or Person,

Second adjustment module adjusts first optical path based on the projective parameter so that the projecting cell is according to the throwing Shadow parameter projects the projected picture that the project content is presented with first projection pattern and is matched with and the calibration object The corresponding real-world object of body.

7. electronic equipment as claimed in claim 5, which is characterized in that the electronic equipment further include:

Display unit, the display unit is located in the ontology and the display output area of the display unit is by described The first surface of body appears, and the first projection window and first acquisition window are located at the first surface of the ontology；

Second obtaining unit, for obtaining a photographing instruction；

First response unit, for responding the photographing instruction, the first acquisition figure that described image acquisition unit is currently obtained As save and showing that the first acquisition image, the first acquisition image include calibration object by the display unit The projected picture presented on body and the calibration object, the projected picture match with the calibration object.

8. electronic equipment as claimed in claim 7, which is characterized in that the electronic equipment further include:

Second projection window, the second projection window are located on the second surface intersected with the first surface, and described second Surface is located at the first side side of the display unit, and the first projection window and the first acquisition window are arranged described first It is located at first side side of the display unit on surface；

Fourth processing unit, when the projecting cell is with first projection pattern, by the project content by described the One projection window is projected, the display unit with described first at opposite second side the project content is presented The projected picture；

5th processing unit, when the projecting cell is with second projection pattern, by the project content by described the Two projection windows are projected, and the shadowgraph of the project content is presented in first side side of the display unit Face；

The first obtains unit specifically includes:

Second obtains module, obtains sensed parameter by the intrinsic sensor；

First determining module determines that the projection pattern of the projecting cell is described according to predetermined policy according to the sensed parameter When the first projection pattern, the triggering command is generated.