CN110198407A - Electronic equipment and image pickup method - Google Patents
Electronic equipment and image pickup method Download PDFInfo
- Publication number
- CN110198407A CN110198407A CN201910563564.9A CN201910563564A CN110198407A CN 110198407 A CN110198407 A CN 110198407A CN 201910563564 A CN201910563564 A CN 201910563564A CN 110198407 A CN110198407 A CN 110198407A
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- China
- Prior art keywords
- light
- casing
- electronic equipment
- lens module
- ccd camera
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/50—Constructional details
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/57—Mechanical or electrical details of cameras or camera modules specially adapted for being embedded in other devices
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
- H04N23/67—Focus control based on electronic image sensor signals
Abstract
The embodiment of the present application provides a kind of electronic equipment and image pickup method, the electronic equipment includes: shell, the shell is provided at least two light inlets, and the opening of at least two light inlet towards difference, inject in the shell for ambient by least two light inlet；CCD camera assembly is arranged in the shell, and the CCD camera assembly is used to carry out Image Acquisition based on the ambient；And reflecting element, it is rotatably connected in the shell, the reflecting element includes reflecting surface, and the ambient is reflexed to the CCD camera assembly by being rotatably connected with the shell so that the reflecting surface turns to one at least two light inlet by the reflecting element.The embodiment of the present application can reduce CCD camera assembly to the occupancy of electronic device space.
Description
Technical field
This application involves camera technical fields, more particularly, to a kind of electronic equipment and image pickup method.
Background technique
Camera module is usually applied to electronic equipment (smart phone, tablet computer etc.), to realize shooting function.
In the related technology, electronic equipment is commonly configured with front camera mould group and rear camera mould group, and front camera mould group is used
Object in front of shooting electronic equipment, rear camera mould group are used to shoot the object at electronic equipment rear.
However, two groups of independent camera shootings such as front camera mould group and rear camera mould group are laid on electronic equipment simultaneously
Head mould group can largely occupy the space of electronic equipment.Therefore, how in the case where meeting shooting demand, camera mould is reduced
Group is to the occupancy of electronic device space, the problem of being camera technical field urgent need to resolve.
Summary of the invention
The embodiment of the present application provides a kind of electronic equipment and image pickup method, it is possible to reduce CCD camera assembly is to electronic equipment sky
Between occupancy.
The embodiment of the present application provides a kind of electronic equipment, comprising:
Shell, the shell are provided at least two light inlets, and the opening direction of at least two light inlet is different, institute
At least two light inlets are stated to inject in the shell for ambient；
CCD camera assembly is arranged in the shell, and the CCD camera assembly is used to carry out figure based on the ambient
As acquisition；And
Reflecting element is rotatably connected in the shell, and the reflecting element includes reflecting surface, the reflecting element by with institute
State being rotatably connected so that the reflecting surface turns to one at least two light inlet, by the external world for shell
Light reflexes to the CCD camera assembly.
The embodiment of the present application provides another electronic equipment, comprising:
Casing, the casing are provided at least two light-transmitting openings, and the direction of at least two light-transmitting opening is different, it is described extremely
Few two light-transmitting openings are injected in the casing for the ambient；
Shell is provided with the accommodating groove being in communication with the outside, and the accommodating groove is for storing the casing；
CCD camera assembly, at least part are arranged in the casing, and the CCD camera assembly is used to be based on the external world
Light is acquired image；
Reflecting element is rotatably connected in the casing, and the reflecting element includes reflecting surface, the reflecting element by with institute
State being rotatably connected so that the reflecting surface turns to one at least two light-transmitting opening, by the external world for casing
Light reflexes to the CCD camera assembly；And
Second driving assembly is connect with the casing, and second driving assembly is for driving the casing in storage shape
State and stretching state conversion, the receiving state refer to that the casing is located in the accommodating groove, and the stretching state refers to the machine
A part of shell is located at outside the accommodating groove, so that at least part of the light-transmitting opening is located at outside the accommodating groove.
The embodiment of the present application also provides a kind of image pickup method, which is characterized in that is applied to electronic equipment, the electronic equipment
Include:
Shell, the shell are provided at least two light inlets, and the opening direction of at least two light inlet is different, institute
At least two light inlets are stated to inject in the shell for ambient；
CCD camera assembly is arranged in the shell, and the CCD camera assembly is used to carry out figure based on the ambient
As acquisition；And
Reflecting element is rotatably connected in the shell, and the reflecting element includes reflecting surface, the reflecting element by with institute
State being rotatably connected so that the reflecting surface turns to one at least two light inlet, by the external world for shell
Light reflexes to the CCD camera assembly；
The described method includes:
Shooting instruction is received, the shooting instruction carries subject position；
According to the subject position, light inlet corresponding with the subject position is determined；
According to the corresponding light inlet, the reflecting element rotation is controlled, so that the reflecting surface turns to the correspondence
Light inlet, and control the CCD camera assembly and respond the shooting instruction.
The embodiment of the present application also provides another image pickup method, is applied to electronic equipment, and the electronic equipment includes:
Casing, the casing are provided at least two light-transmitting openings, and the direction of at least two light-transmitting opening is different, it is described extremely
Few two light-transmitting openings are injected in the casing for the ambient；
Shell is provided with the accommodating groove being in communication with the outside, and the accommodating groove is for storing the casing；
CCD camera assembly, at least part are arranged in the casing, and the CCD camera assembly is used to be based on the external world
Light carries out Image Acquisition；
Reflecting element is rotatably connected in the casing, and the reflecting element includes reflecting surface, the reflecting element by with institute
State being rotatably connected so that the reflecting surface turns to one at least two light-transmitting opening, by the external world for casing
Light reflexes to the CCD camera assembly；And
Second driving assembly is connect with the casing, and second driving assembly is for driving the casing in storage shape
State and stretching state conversion, the receiving state refer to that the casing is located in the accommodating groove, and the stretching state refers to the machine
A part of shell is located at outside the accommodating groove, so that at least part of the light-transmitting opening is located at outside the accommodating groove；
The described method includes:
Shooting instruction is received, the shooting instruction carries subject position；
According to the subject position, light-transmitting opening corresponding with the subject position is determined；
According to the corresponding light-transmitting opening, the reflecting element rotation is controlled, so that the reflecting surface turns to the correspondence
Light-transmitting opening, and control the casing and be converted to stretching state from the receiving state；
Detect whether the casing is in the stretching state；
If the casing is in the stretching state, controls the CCD camera assembly and respond the shooting instruction.
The embodiment of the present application realizes the reflection of the incident light from different light inlets, so that one by the reflecting element of rotation
The image taking at least two orientation can be realized in a CCD camera assembly, it is possible to reduce the quantity of CCD camera assembly, and then reduce
Occupancy of the CCD camera assembly to electronic device space.
Detailed description of the invention
In order to more clearly explain the technical solutions in the embodiments of the present application, make required in being described below to embodiment
Attached drawing is briefly described.It should be evident that the drawings in the following description are only some examples of the present application, for
For those skilled in the art, without creative efforts, it can also be obtained according to these attached drawings other attached
Figure.
Fig. 1 is the structural schematic diagram of electronic equipment provided by the embodiments of the present application.
Fig. 2 is partial cutaway schematic of the electronic equipment shown in Fig. 1 along the direction P1-P1.
Fig. 3 is the structural schematic diagram of the reflecting element in electronic equipment shown in Fig. 2.
Fig. 4 is another structural schematic diagram of the casing in electronic equipment shown in Fig. 2.
Fig. 5 is the first structural schematic diagram that casing shown in Fig. 4 is in stretching state.
Fig. 6 is second of structural schematic diagram that casing shown in Fig. 4 is in stretching state.
Fig. 7 is the first flow diagram of image pickup method provided by the embodiments of the present application.
Fig. 8 is second of flow diagram of image pickup method provided by the embodiments of the present application.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation description.Obviously, described embodiments are only a part of embodiments of the present application, instead of all the embodiments.It is based on
Embodiment in the application, those skilled in the art's every other implementation obtained without making creative work
Example, shall fall in the protection scope of this application.
As shown in FIG. 1, FIG. 1 is the structural schematic diagrams of electronic equipment provided by the embodiments of the present application.Electronic equipment 20 can be
Calculate equipment such as laptop computer, the computer monitor comprising embedded computer, tablet computer, cellular phone, matchmaker
Body player or other hand-helds or portable electronic device, lesser equipment (such as watch equipment, hanging equipment, earphone or
Receiver device, the equipment being embedded in glasses or the other equipment being worn on the head of user or other Wearables
Or micromodule equipment), it is television set, the computer display not comprising embedded computer, game station, navigation equipment, embedded
System (such as system that wherein electronic equipment with display is installed in information kiosk or automobile) is realized in these equipment
Two or more equipment function equipment or other electronic equipments.In the exemplary configuration of Fig. 1, electronic equipment
20 be portable device, such as cellular phone, media player, tablet computer or other portable computing devices.If needed
It wants, other configurations can be used for electronic equipment 20.The example of Fig. 1 is merely exemplary.
As shown in connection with fig. 2, Fig. 2 is diagrammatic cross-section of the electronic equipment shown in Fig. 1 along the direction P1-P1.Electronic equipment 20 can
To include shell such as shell 200, CCD camera assembly such as CCD camera assembly 400 and reflecting element such as reflecting element 600.Wherein,
Shell 200 is used to form the exterior contour of electronic equipment 20, and CCD camera assembly 400 realizes electronic equipment 20 for shooting image
Shooting function, reflecting element 600 is for reflecting the light being incident to inside shell 200, to change the optical path of light.This
The CCD camera assembly 400 for applying for embodiment is that the light reflected based on reflecting element 400 is acquired image, the object shot with video-corder
After reflection by reflecting element 600, it is imaged in CCD camera assembly 600, completes image camera function.
Wherein, shell 200 can be regular shape, such as rectangular parallelepiped structure, round rectangle structure, housing unit 200
It can be irregular shape.Shell 200 can be by plastics, glass, ceramics, fibrous composite, metal (for example, stainless steel, aluminium
Deng), two or more any combinations of other suitable materials or these materials formed.First shell 200 can be used one
Body formula configures to be formed, and in integral type configuration, some or all first shells 200 are processed or are molded as single structure, or
Multiple structures (for example, bearing wall and frame structure, the one or more structures for forming outer enclosure side etc.) can be used to be formed for person.
At least two light inlets 220 have can be set in shell 200, and the opening direction of at least two light inlets 220 is different.Than
If shell 200 can be set there are two the light inlet 220 of light inlet 220, four of light inlet 220, three or six light inlets 220,
The quantity of light inlet 220 can be set according to actual needs, and the embodiment of the present application not limits this.Light inlet 220 can be
Through-hole, or set a transparent substrate in through-hole upper cover and be formed by window, for example one can be set thoroughly in through-hole upper cover
Bright glass plate or transparent plastic board.Ambient can be penetrated by light inlet 220 to the inside of shell 200, form incident light,
Incident light can be radiated on reflecting element 600.The shape of light inlet 220 can be regular texture, such as round, and rectangle can also
Think irregular structure.
CCD camera assembly 400 and reflecting element 600 are mountable in shell 200, and reflecting element 600 is installed in rotation on shell
Shaft such as shaft 240 can be set inside 200, such as inside shell 200, reflecting element 600 can be set in shaft 240
On, reflecting element 600 can be rotated around shaft 240.
As shown in connection with fig. 3, Fig. 3 is the structural schematic diagram of the reflecting element in electronic equipment shown in Fig. 2.Reflecting element 600 can be with
For prism, for example reflecting element 600 can be prism, and the section of prism is right angled triangle, wherein incident light can be from right angle
Hypotenuse is incident, and bevel edge is by the reflection of generation incident light to CCD camera assembly.Reflecting element 600 may include reflecting surface 620, reflection
For changing the path of incident light, reflecting surface 620 can be using in reflective materials such as one of side of prism coating silver in face 620
Material is formed.Reflecting surface 620 is the plane where bevel edge.When reflecting element 600 is rotated around shaft 240, thus it is possible to vary reflecting surface 620
Relative position in shell 200, and then make reflecting surface 620 that can reflect the incident light from different light inlets 220.In some realities
It applies in example, when carrying out light reflection, reflecting surface 620 is tilted relative to 220 place plane of light inlet.For example, reflecting surface 620 with
The angle of 220 place plane of light inlet can be 45 degree.Preferably reflected in this way, can be incident light, have compared with
Good optical path changes effect.
For example, can touch or click the related key in electronic equipment 20 when user needs to carry out image taking to send out
Shooting instruction out, shooting instruction carries the position of subject, after electronic equipment 20 receives shooting instruction, according to object
The position of body determines light inlet 220 corresponding with the position of the subject, and electronic equipment 20 can be according to corresponding entering light
Mouth 220 controls reflecting elements 600 and rotates, and so that reflecting surface 620 is turned to corresponding light inlet 220, will pass through corresponding light inlet 220
Ambient reflex in CCD camera assembly 400, after CCD camera assembly 400 captures ambient, carry out subject
Image Acquisition, to complete the shooting of subject.
The embodiment of the present application penetrates into shell for ambient by the way that at least two light inlets, light inlet are arranged on shell
Internal portion forms incident light, and reflecting element is connect with housing into rotation turns to reflecting surface at least two light inlets
One, CCD camera assembly is reflected incident light to, completes image taking.The embodiment of the present application is realized by the reflecting element of rotation
The reflection of incident light from different light inlets, so that the image that at least two orientation can be realized in a CCD camera assembly is clapped
It takes the photograph.In compared with the prior art, the image taking in multiple orientation is realized by the way that multiple cameras are arranged, the embodiment of the present application can
To reduce the quantity of CCD camera assembly, and then CCD camera assembly is reduced to the occupancy of electronic device space.
Shell 200 can have multiple sides, for example shell can have six sides, and two neighboring side mutually interconnects
It connects, a side is connected with other two side.As shown in Fig. 2, shell 200 can have first side 260 and second side
270.Electronic equipment 20 has opposite display surface and non-display face, and first side 260 is Chong Die with display surface on vertical space,
Second side 270 is Chong Die with non-display face on vertical space.At least two light inlets 220 may include the first light inlet 222
With the second light inlet 224.
Wherein, the first light inlet 222 can be set in first side 260, can be using the first side in shell 200
A through-hole is opened up on 260 to realize, can also be realized using other modes.The opening of first light inlet 222 is towards electronic equipment
20 display surface, the light positioned at display surface side can be injected inside shell 200 by the first light inlet 222, form first
Incident light, reflecting element 600 rotate the position for making reflecting surface 620 move to the first light inlet 222 around shaft 240, and reflecting surface will
For first the reflection of generation incident light to CCD camera assembly 400, CCD camera assembly 400 captures the first incident light, and is based on the first incident light
Acquisition is located at the image of the object of display surface side.It is understood that carrying out figure when CCD camera assembly is based on the first incident light
When as acquisition, CCD camera assembly 400 at this time is equivalent to the front camera of electronic equipment.
Second light inlet 224 can be set in second side 270, can be using in the second side 270 of shell 200
It opens up a through-hole to realize, can also be realized using other modes.The opening of second light inlet 224 is towards the non-of electronic equipment 20
Display surface, the light positioned at non-display face side can be penetrated inside shell 200 by the second light inlet 224, formed second and entered
Penetrate light, reflecting element 600 rotates the position for making reflecting surface 620 move to the second light inlet 224, and reflecting surface 620 is by the second incident light
CCD camera assembly 400 is reflexed to, CCD camera assembly 400 captures the second incident light, and based on the second incident light collection positioned at non-
The image of the object of display surface side.It is understood that when CCD camera assembly is based on the second incident light progress Image Acquisition,
CCD camera assembly 400 at this time is equivalent to the rear camera of electronic equipment.
The embodiment of the present application can realize the multiplexing of CCD camera assembly by the rotation of reflecting element, so that a camera group
The function of preposition camera shooting and postposition camera shooting can be realized in part, and relative in the related technology, preposition take the photograph is arranged in electronic equipment internal
As two independent CCD camera assemblies such as head and rear cameras, it is possible to reduce a CCD camera assembly can not only reduce electricity
The production cost of sub- equipment can also reduce the occupancy to electronic device space, be conducive to the slimming development of electronic equipment.
It should be noted that the position of the first light inlet 222 and the second light inlet 224 on shell 220 is not limited to this,
Such as: first side 260 can be disposed adjacent with second side 270, second side 270 on vertical space with electronic equipment
Overlapping sideways, the first light inlet 222 may be used to inject in shell 200 positioned at the light of display surface side at this time, take the photograph at this time
As head assembly is equivalent to front camera；Second light inlet 224 may be used to penetrate positioned at the light of electronic equipment side side
Enter in shell 200, CCD camera assembly is equivalent to side camera at this time.For another example: first side 260 can be with second side
270 are disposed adjacent, and first side 270 is with the overlapping sideways of electronic equipment on vertical space, and the first light inlet 222 can be at this time
For injecting the light positioned at electronic equipment side side in shell 200, CCD camera assembly is equivalent to front camera at this time；
Second light inlet 224 may be used to inject in shell 200 positioned at the light of non-display face side, and CCD camera assembly is suitable at this time
In rear camera.In addition, shell 220 also can be set, there are two above light inlets 220, for example shell 220 can be every
A light inlet 220 is provided on one side, light inlet 220 can also be in three sides, four sides or six wherein
Light inlet 220 is provided on a side, this can be configured according to the actual demand of electronic equipment 20, and the embodiment of the present application is simultaneously
It is not limited.
Please continue to refer to Fig. 2, shell 200 includes accommodating groove such as accommodating groove 280 and casing such as casing 290, accommodating groove
280 can be used for storing casing 290, and accommodating groove 280 can not be in communication with the outside, and casing 290 is encapsulated in inside shell 200.
Casing 290 can have multiple side walls, and two neighboring side wall is interconnected so as to form an accommodation space, and the accommodation space is available
In storage reflecting element 600 or part CCD camera assembly 400 or whole CCD camera assemblies 600.Casing 290 may include opposite sets
The first side wall 292 and second sidewall 294 set.Wherein, first side 260 of the first side wall 292 close to shell 200, second side
Second side 270 of the wall close to shell 200.
Casing 290 is provided at least two light-transmitting openings, and the opening direction of at least two light-transmitting openings is different.The position of light-transmitting opening
It is correspondingly arranged with light inlet 220, so that ambient can enter light-transmitting opening by light inlet 220, and enters inside shell 200.
Illustratively, the first light-transmitting opening 2962 and the second light-transmitting opening 2964 has can be set in casing 290.Wherein, second thoroughly
Optical port 2964 can be set in second sidewall 294, and the first light-transmitting opening 2962 can be set on the first side wall 292.First thoroughly
The opening direction of optical port 2962 is different from the opening of the second light-transmitting opening 2964 direction, and such as the first light-transmitting opening 2962 can be towards electricity
The display surface of sub- equipment, the second light-transmitting opening 2964 can be towards the non-display faces of electronic equipment.The position of first light-transmitting opening 2962
Corresponding with the position of the first light inlet 222, the position of the second light-transmitting opening 2964 is corresponding with the position of the second light inlet 224.
Reflecting element 600 can be set in casing 290 in above-described embodiment.For example, holding tank has can be set in casing 290
Such as holding tank 298, shaft 240 may be provided in holding tank 298, and reflecting element 600 can be set in shaft 240, reflecting element
600 can rotate in holding tank 298 around shaft 240.
Reflecting element 600 can be correspondingly arranged with light-transmitting opening, so that reflecting element 600 is can receive in slewing area from saturating
The incident light of optical port.For example, reflecting element 600 can be Chong Die with light-transmitting opening on vertical space.Vertical space is referred to Horizon
Line is reference line, and electronic equipment 20 is placed perpendicular to horizon, perpendicular to horizontal space in electronic equipment 20.It can also manage
Xie Wei, reflecting element 600 be overlapped or reflecting element 600 and light transmission on the length direction of shell 200 or width direction with light-transmitting opening
Mouth can be both overlapped in the length direction of shell 200, can also be overlapped in the width direction of shell 200.For another example, reflecting element
600 can be Chong Die with light-transmitting opening on horizontal space.Horizontal space refers to that using horizon as reference line, electronic equipment 20 hangs down
It is directly placed in horizon, is parallel to horizontal space in electronic equipment 20.It is also understood that reflecting element 600 and light-transmitting opening
It is overlapped on the thickness direction of shell 200.Certainly, reflecting element 600 is all Chong Die with light-transmitting opening in vertical space and horizontal space
It is possible.It should be noted that the above-mentioned position setting to reflecting element 600 is by way of example only, as long as reflecting element 600 can turn
It moves to a corresponding position at least two light-transmitting openings, and by one incident light at least two light-transmitting openings
Reflex to CCD camera assembly 400.
As shown in figure 3, reflecting element 600 can also include one or more shading surfaces 640, shading surface 640 can be used for hindering
Gear ambient enters inside shell 200.For example one layer of light absorbent or light-locking material can be coated on reflecting element 600 with shape
At shading surface 640.It should be noted that the generation type of shading surface 640 is not limited to this, shading board making can also be used
Form the shading surface 640.The embodiment of the present application does not limit the generation type of shading surface 640 specifically.In reflecting surface 620
When reflecting the incident light from one of light-transmitting opening, shading surface 640 is parallel to plane where other light-transmitting openings, in this way
Shading surface 640 can be improved to the blocking effect of the incident light from other light inlets.In some embodiments, shading surface 640
It can be the plane where the right-angle side in the prism in above-described embodiment.
It, can be according to the position of subject, by reflecting element when the control reflecting element 600 of electronic equipment 20 rotates around the axis
600 reflecting surface 620 turns to one of them close at least two light-transmitting openings, and shading surface 640 is turned to close at least
Other light-transmitting openings of two light-transmitting openings.It is understood that reflecting surface 620 is in incident light of the reflection from one of light-transmitting opening
When, shading surface 640 shelters from the incident light from other light-transmitting openings, to prevent other incident lights from exposing to CCD camera assembly 400.
When user needs using preposition camera function, electronic equipment 20 can control the rotation of reflecting element 600, by reflecting surface
620 turn to close to the first light-transmitting opening 2962 and deviate from the position of the second light-transmitting opening 2964, and shading surface 640 is turned to and is leaned on
Nearly second light-transmitting opening 2964 and the position for deviating from the first light-transmitting opening 2962, so that reflecting surface 620 is by the first the reflection of generation incident light to taking the photograph
As head assembly, shading surface 640 stops the second incident light to expose to CCD camera assembly 400, and it is incident that CCD camera assembly 400 is based on first
Light collection image realizes the preposition camera function of electronic equipment 20.
When user needs using postposition camera function, electronic equipment 20 can control the rotation of reflecting element 600, by reflecting surface
620 turn to close to the second light-transmitting opening 2964 and deviate from the position of the first light-transmitting opening 2962, and shading surface 640 is turned to and is leaned on
Nearly first light-transmitting opening 2962 and the position for deviating from the second light-transmitting opening 2964, so that reflecting surface 620 is by the second the reflection of generation incident light to taking the photograph
As head assembly, shading surface 640 stops the first incident light to expose to CCD camera assembly 400, and it is incident that CCD camera assembly 400 is based on second
Light collection image realizes the postposition camera function of electronic equipment 20.
As shown in Fig. 2, CCD camera assembly 400 may include lens module 420 and photosensitive element 440.Lens module 420 is used
In the Image Acquisition for participating in CCD camera assembly 400 based on incident light, lens module 420 may include one or more eyeglasses, should
Eyeglass can be made using optical materials such as glass or resins.Lens module 420 may include spheric glass and aspherical
Eyeglass.Photosensitive element 440 is used to receive the light by lens module, and converts optical signals into as electric signal.
Wherein, at least part of CCD camera assembly 400 is arranged in casing 290.It such as can be only by lens module 420
It is arranged in holding tank 298, photosensitive element 440 is arranged to the outside of casing 290, and be located in accommodating groove 280, or can incites somebody to action
Lens module 420 and photosensitive element 440 are all disposed in holding tank 298.
Illustratively, whole devices of CCD camera assembly 400 are arranged in casing 290.Electronic equipment 20 further includes
One driving assembly (not shown), the first driving assembly can be connect with lens module 420, and the first driving assembly is for driving
Lens module 420 moves in casing 290, to adjust the distance between lens module 420 and photosensitive element 440, and then realizes
The zoom of CCD camera assembly 400.Specifically, the focusing that electronic equipment 20 can be sent according to user instructs, the first driving of control
Component driver lens module 420 is mobile, to adjust the distance between lens module 420 and photosensitive element 440, completes camera group
The Focussing of part 400.Electronic equipment 20 can also be preset with screening-mode, set corresponding coke according to screening-mode
Away from, for example electronic equipment 20 can preset portrait mode of figure, and set target focal length for the portrait mode of figure, when user opens people
When as mode, electronic equipment 20 can drive lens module 420 mobile automatically, so that between lens module 420 and photosensitive element 440
Distance meet the requirement of target focal length.
CCD camera assembly 400 in above-described embodiment can also be partially arranged in casing 290.For example, lens module 420
It can be set in casing 290, photosensitive element 440 can be set in the accommodating groove 280 of shell 200, and photosensitive element 440 is hanging down
It is straight spatially Chong Die with lens module 420.The bottom wall of casing 290 is provided with light-conductive hole, allows incident ray through camera lens
Mould group 420, and injected in photosensitive element 440 by light-conductive hole.The bottom wall of casing 290 makes to be formed using transparent material, with reality
The light that now will transmit through lens module 420 is injected in photosensitive element.Electronic equipment 20 further includes that the second driving assembly (does not show in figure
Out), the second driving assembly can be connect with casing 290, and the second driving assembly can be used for driving casing 290 mobile, to drive
The lens module 420 being arranged on casing 290 is mobile, adjusts the distance between lens module 420 and photosensitive element 440, in turn
Realize the zoom of CCD camera assembly 400.It is mobile to drive that the embodiment of the present application can control casing 290 by the second driving assembly
Lens module 420 is mobile, and casing 290 not only may be implemented and converted in stretching state and receiving state, but also camera lens may be implemented
The adjustment of distance between mould group 420 and photosensitive element 440.
As shown in figure 4, Fig. 4 is another structural schematic diagram of the casing in electronic equipment shown in Fig. 2.Casing 290 can wrap
Include dismountable upper cover 295 and lower cover 297, upper cover 295 and lower cover 297 be combined with each other the receiving that can be formed in above-described embodiment
Slot 298.Wherein lens module 420 can be fixed in upper cover 295, and photosensitive element 440 can be set on lower cover 294.Second
Driving assembly can be connect with upper cover 295, mobile by driving upper cover 295, to drive lens module 420 mobile, to adjust mirror
The distance between head mould group 420 and photosensitive element 440, realize the focusing function of CCD camera assembly 400.
In the related technology, the focusing of electronic equipment 20 is the camera by the way that multiple and different burnt sections are arranged, by calling not
Camera with coke section realizes focusing, and the embodiment of the present application can be by changing between lens module 420 and photosensitive element 440
Distance carry out the adjusting of focal length, can be with the quantity of the lens module in CCD camera assembly, and then reduce CCD camera assembly in electricity
Occupied space in sub- equipment 20.
With continued reference to FIG. 4, the accommodating groove 280 in above-described embodiment can also be in communication with the outside, so that casing 290 can be with
It stretches out outside accommodating groove 280.Casing 290 can be connect with the second driving assembly, and the second driving assembly can drive casing 290 to exist
Receiving state and stretching state conversion.Wherein, the receiving state of casing 290 refers to that casing 290 is accommodated in inside accommodating groove 280
State, casing 290 is located inside shell 200 at this time；The stretching state of casing 290 refers to that casing 290 stretches out accommodating groove 280
Outside, casing 290 is located at the outside of electronic equipment 20 at this time, is placed in the external world, and keep at least part of light-transmitting opening exposed
The external world is incident to ambient directly in casing 290 by light-transmitting opening, without being entered back by light inlet 220
Optical port.
In order to then be incident to the intracorporal light of shell by light-transmitting opening and distinguish with above by light inlet 220, the application is real
It applies example and ambient is directly passed through to the light that the first light-transmitting opening 2962 is incident in casing 290, referred to as third incident ray；It will
Ambient directly passes through the light that the second light-transmitting opening 2964 is incident in casing 290, referred to as the 4th incident ray.
Casing 290 can be as above to state the structure described in embodiment with detachable top cover 295 and lower cover 294, second
Driving assembly can be connect with upper cover 295.First light-transmitting opening 2962 and the second light-transmitting opening 2964 can be set on upper lid.When connecing
When receiving shooting instruction, electronic equipment 20 can control the driving movement of upper cover 295 of the second driving assembly, so that upper cover 295 is stretched out
Accommodating groove 280 allows the first light-transmitting opening 2962 and the second light-transmitting opening 2964 exposed in the external world, and ambient can pass through
One light-transmitting opening 2962 or the second light-transmitting opening 2964 are injected in casing 290.
As shown in figure 5, Fig. 5 is the first structural schematic diagram that casing shown in Fig. 4 is in stretching state.When user need into
When the preposition image taking of row, the related key in electronic equipment 20 can be touched or clicked to issue shooting instruction, shooting instruction
The position of subject is carried, electronic equipment 20 drives reflecting element 400 to turn to first and presets according to the position of subject
Position, when reflecting element 400 is located at the first predeterminated position, reflecting surface 620 is located at close to the first light-transmitting opening 2962 and away from second thoroughly
The position of optical port 2964, and shading surface 640 is located at close to the second light-transmitting opening 2964 and deviates from the position of the first light-transmitting opening 2962
It sets.Electronic equipment 20 can detecte whether reflecting element 600 is located at the first predeterminated position, preset if reflecting element 600 is located at first
Position then controls the driving movement of upper cover 295 of the second driving assembly, so that a part of the first light-transmitting opening 2962 is located at accommodating groove
Outside, extraneous light can be injected into casing 290 by the first light-transmitting opening 2962, to form third incident light, reflecting surface 620
Photosensitive element 440, photosensitive element can be reached by third the reflection of generation incident light to lens module 420, and through lens module 420
440 receive third incident light, and complete the acquisition of preposition image, while reflecting surface 620 reflects third incident light,
Shading surface 640 stops the 4th incident light to enter in casing 290, to prevent influence of other light to CCD camera assembly 400, improves
The effect of preposition camera shooting.
As shown in fig. 6, Fig. 6 is second of structural schematic diagram that casing shown in Fig. 4 is in stretching state.When user need into
When row postposition image taking, the related key in electronic equipment 20 can be touched or clicked to issue shooting instruction, shooting instruction
The position of subject is carried, electronic equipment 20 drives reflecting element 400 to turn to second and presets according to the position of subject
Position, when reflecting element 400 is located at the second predeterminated position, reflecting surface 620 is located at close to the second light-transmitting opening 2964 and away from first thoroughly
The position of optical port 2962, and shading surface 640 is located at close to the first light-transmitting opening 2962 and deviates from the position of the second light-transmitting opening 2964
It sets.Electronic equipment 20 can detecte whether reflecting element 600 is located at the second predeterminated position, preset if reflecting element 600 is located at second
Position then controls the driving movement of upper cover 295 of the second driving assembly, so that a part of the second light-transmitting opening 2964 is located at accommodating groove
Outside, extraneous light can be injected into casing 290 by the second light-transmitting opening 2964, to form the 4th incident light, reflecting surface 620
Photosensitive element 440, photosensitive element can be reached by the 4th the reflection of generation incident light to lens module 420, and through lens module 420
440 receive the 4th incident light, and complete the acquisition of postposition image, while reflecting surface 620 reflects the 4th incident light,
Shading surface 640 stops third incident light to enter in casing 290, to prevent influence of other light to CCD camera assembly 400, improves
The effect of postposition camera shooting.
It should be noted that the setting position of the first light-transmitting opening 2962 and the second light-transmitting opening 2964 on casing 290 is not
It is limited to this.For example, the first light-transmitting opening 2962 be arranged in the first side wall 292, the second light-transmitting opening 2 can be set with the first side wall
On 292 other adjacent side walls.Second light-transmitting opening 2 is arranged when in second sidewall 292, and the first light-transmitting opening 2962 can be set
In on the adjacent side wall of second sidewall 292.In addition, the quantity of light-transmitting opening may be two or more, the quantity of such as light-transmitting opening
It can be three, three light-transmitting openings are located at the different location of casing 290；The quantity of light-transmitting opening can be five, and casing 290 can be naked
It can be provided with a light-transmitting opening in the every one side wall to expose outside, comprehensive shooting may be implemented.
The embodiment of the present application is connect by the second driving assembly with casing, driving casing external conversion in accommodating groove, can be with
So that ambient is needed not move through light inlet, casing internal is directly incident to by light-transmitting opening, the incidence of ambient can be improved
Efficiency.Moreover, user can be not suitable for some by under the scene outside casing stretching accommodating groove, casing is not stretched out in selection, directly
Connect and complete image taking using the light inlet on shell, can further rich image style of shooting, promote user experience.
It should be noted that the shell in above-described embodiment can also be not provided with light inlet, directly using on casing
Light-transmitting opening is shot, so that being located at the first side of display surface, i.e. the front of electronic equipment may be implemented to shield effect comprehensively, the
Two side faces can be not provided with the associated components of CCD camera assembly, so that second side, that is, electronic equipment back side is more succinct.Moreover,
Not under shooting state, CCD camera assembly is stored inside housings, so that can't see in appearance from the external observation of electronic equipment
CCD camera assembly, appearance are more preferable.
In order to further illustrate the shooting style of electronic equipment, it is described below from the angle of image pickup method.Such as Fig. 7 institute
Show, Fig. 7 is the first flow diagram of image pickup method provided by the embodiments of the present application.The method of the embodiment of the present application is applied to
In electronic equipment as shown in Figures 2 and 3.
101, shooting instruction is received, the shooting instruction carries subject position.
When user needs to carry out image taking, the related key in electronic equipment 20 can be touched or clicked to issue and clap
Instruction is taken the photograph, shooting instruction carries the position of subject.Key can be the virtual key on display screen, can be electronics and sets
Standby upper physical button, the side switch of such as electronic equipment.
102, according to the subject position, determine light inlet corresponding with the subject position.
After electronic equipment 20 receives shooting instruction, according to the position of subject, the determining position pair with subject
The light inlet 220 answered.For example, when subject be located at electronic equipment 20 before when, electronic equipment 20 can find with
Corresponding first light inlet 222 in display surface side.When subject is located at behind electronic equipment, electronic equipment 20 can
To find the second light inlet 224 corresponding with non-display face side.Similarly, when subject is located at certain of electronic equipment 20
When one side, electronic equipment 20 can find other light inlets corresponding with certain one side.
103, according to the corresponding light inlet, control the reflecting element rotation so that the reflecting surface turn to it is described
Corresponding light inlet, and control the CCD camera assembly and respond the shooting instruction.
Electronic equipment 20 then can control reflecting element 600 after determining light inlet corresponding with subject position
Rotation so that the reflecting surface 620 of reflecting element 600 turn to the position of corresponding light inlet, and corresponding light inlet will be passed through
The ambient of injection is reflected on CCD camera assembly.At this point, electronic equipment 20 can determine whether reflecting element 600 has turned to
Corresponding position then can control CCD camera assembly starting, after starting after determining that reflecting element 600 has been positioned at corresponding position
CCD camera assembly be based on being incident on the intracorporal light of shell and carry out Image Acquisition work, complete image capture operations, clapped with responding
Take the photograph instruction.
For example, shooting instruction indicates object position at this time when user opens preposition camera function to send shooting instruction
Before electronic equipment 20, electronic equipment 20 receives shooting instruction, according to subject position, determining and object position
Setting corresponding light inlet is the first light inlet 222, then the rotation of reflecting element 600 is controlled, so that the reflecting surface 620 of reflecting element 600
Turn to the position with the first light inlet 222, and the ambient that will be injected by the first light inlet 222, i.e. the first incident light
In line reflection to CCD camera assembly.At this point, electronic equipment 20 can determine whether the reflecting surface 620 of reflecting element 600 is located at and the
The corresponding position of one light inlet 222 can control camera group if the reflecting surface 620 of reflecting element 600 is located at corresponding position
Part starting, the CCD camera assembly after starting are based on the first incident ray and carry out Image Acquisition work, complete preposition image taking behaviour
Make, to respond shooting instruction.
In above-mentioned application embodiment according to the corresponding light inlet, the reflecting element rotation is controlled, so that described anti-
The face of penetrating turned to after the step of corresponding light inlet, can comprise the further steps of:
(1) according to the position of the subject, determine whether current focus is equal to target focal length.
Electronic equipment 20 can determine whether the current focus of CCD camera assembly meets target according to the position of subject
The requirement of focal length.For example, electronic equipment 20 can also be preset with screening-mode, target focal length is set according to screening-mode,
For example electronic equipment 20 can preset portrait mode of figure, and set target focal length such as 15 times of focal lengths for the portrait mode of figure, when
When user opens portrait mode of figure, electronic equipment 20 can detecte the current focus of CCD camera assembly, for example testing result is current
Focal length is 13 times of focal lengths.
(2) if the current focus is not equal to the target focal length, according to camera lens mould described in the target focus controlling
Group movement, so that the distance between the lens module and the photosensitive element meet the requirement of the target focal length.
Electronic equipment 20 can compare current focus and target focal length, determine whether current focus is equal to target coke
Away from if current focus shows that current focus can satisfy current shooting demand equal to target focal length；If current focus
Not equal to target focal length, then show that current focus cannot meet current shooting demand.When testing result be current focus not
When equal to the target focal length, electronic equipment 20 can be mobile according to target focus controlling lens module 420, adjusts lens module
The distance between 420 and photosensitive element 440, until current focus be equal to target focal length until so that lens module 420 with it is photosensitive
The distance between element 440 meets the requirement of target focal length.
It should be noted that the focusing that electronic equipment 20 can also be sent according to user instructs, the first driving assembly is controlled
It drives lens module 420 mobile, to adjust the distance between lens module 420 and photosensitive element 440, completes CCD camera assembly
400 Focussing.
As shown in figure 8, Fig. 8 is second of flow diagram of image pickup method provided by the embodiments of the present application.The application is real
The method for applying example is applied in electronic equipment as shown in Figure 5 and Figure 6.
201, shooting instruction is received, the shooting instruction carries subject position.
202, according to the subject position, determine light-transmitting opening corresponding with the subject position.
201 and 202 can refer in above-described embodiment 101 and 102 content, and details are not described herein.
203, according to the corresponding light-transmitting opening, control the reflecting element rotation so that the reflecting surface turn to it is described
Corresponding light-transmitting opening, and control the casing and be converted to the stretching state from the receiving state.
Electronic equipment 20 then can control reflecting element 600 after determining light-transmitting opening corresponding with subject position
Rotation so that the reflecting surface 620 of reflecting element 600 turn to the position of corresponding light-transmitting opening, then can control the second driving group
Part drives casing 290 to be converted to stretching state from receiving state, stretches out at least part of casing 290 outside accommodating groove 280,
And make at least part of light-transmitting opening exposed in the external world, in order to which light can be injected in casing 290 by light-transmitting opening.
204, detect whether the casing is in the stretching state, electronic equipment 20 can be by detecting casing at this time
Whether 290 position in accommodating groove 280, detection casing 290 have been converted to stretching state via receiving state.
205, if the casing is in the stretching state, controls the CCD camera assembly and respond the shooting instruction.
If electronic equipment 20 determines that casing 290 is converted to stretching state via receiving state, ambient can at this time
To be injected in casing 290 by corresponding light-transmitting opening, the reflecting surface 620 of reflecting element 600 receives incident ray, then by incident light
In line reflection to CCD camera assembly 400.At this point, after electronic equipment 20 can be in stretching state determining casing 290, control
CCD camera assembly 400 starts, and the CCD camera assembly 400 after starting carries out Image Acquisition based on the light being incident in casing 290
Work completes image capture operations, to respond shooting instruction.
For example, shooting instruction indicates object position at this time when user opens preposition camera function to send shooting instruction
Before electronic equipment 20, electronic equipment 20 receives shooting instruction, according to subject position, determining and object position
Setting corresponding light inlet is the first light-transmitting opening 2962, then the rotation of reflecting element 600 is controlled, so that the reflecting surface 620 of reflecting element 600
Turn to the position with the first light-transmitting opening 2962.At this point, electronic equipment 20 can determine reflecting element 600 reflecting surface 620 whether
It can be controlled positioned at position corresponding with the first light-transmitting opening 2962 if the reflecting surface 620 of reflecting element 600 is located at corresponding position
It makes the second driving assembly driving casing 290 and stretches out the external world from accommodating groove 280, be converted to stretching state from receiving state.Work as casing
290 be in stretching state when, ambient can by the first light-transmitting opening 2692 inject casing 290 in, formed third incident light
Line, third incident ray can be irradiated to the reflecting surface 620 of reflecting element 600, and the reflecting surface 620 of reflecting element 600 receives third
Third incident ray is then reflected on CCD camera assembly 400 by incident ray.Electronic equipment 20 determine casing 290 be in stretch
It does well, and after the reflecting surface of reflecting element is located at corresponding position, can control the starting of CCD camera assembly 400, the camera shooting after starting
Head assembly 400 is based on third incident ray and carries out Image Acquisition work, completes preposition image capture operations.
It should be noted that the image pickup method in above-described embodiment can also first control the stretching of casing 290, then control reflection
Part 600 rotates, and there is no front and back requirements for the action control of casing and reflecting element, as long as after casing and reflecting element are ready,
Restart CCD camera assembly 400.
If can also include following below scheme after the casing is in the stretching state:
(1) according to the subject position, determine whether current focus is equal to target focal length；
(2) it if the current focus is not equal to the target focal length, is moved according to upper cover described in the target focus controlling
It is dynamic, so that the distance between the lens module and the photosensitive element meet the requirement of the target focal length.
The specific working mode of above-mentioned process is identical as the mode of focus adjustment in above-mentioned application embodiment, herein no longer
It repeats.
Electronic equipment provided by the embodiments of the present application and image pickup method are described in detail above.It is used herein
The principle and implementation of this application are described for specific case, and the above embodiments are only used to help understand originally
Application.Meanwhile for those skilled in the art, according to the thought of the application, in specific embodiments and applications
It will change, in conclusion the contents of this specification should not be construed as limiting the present application.
Claims (21)
1. a kind of electronic equipment characterized by comprising
Shell, the shell are provided at least two light inlets, the opening of at least two light inlet towards different, it is described extremely
Few two light inlets are injected in the shell for ambient；
CCD camera assembly is arranged in the shell, and the CCD camera assembly is used to carry out image based on the ambient to adopt
Collection；And
Reflecting element is rotatably connected in the shell, and the reflecting element includes reflecting surface, the reflecting element by with the shell
Body is rotatably connected so that the reflecting surface turns to one at least two light inlet, by the ambient
Reflex to the CCD camera assembly.
2. electronic equipment according to claim 1, which is characterized in that the shell have multiple sides, described in one into
Optical port is arranged on a side.
3. electronic equipment according to claim 2, which is characterized in that at least two light inlet includes the first light inlet
With the second light inlet, the multiple side includes:
First side, first light inlet are arranged in the first side, to be used for the ambient from described first
Side is injected in the shell；With
Second side is oppositely arranged with the first side or is disposed adjacent with the first side, and second light inlet is set
It sets in the second side, to be injected in the shell for the ambient from the second side.
4. electronic equipment according to claim 3, which is characterized in that the electronic equipment has opposite display surface and non-
Display surface, the first side is Chong Die with the display surface on vertical space, positioned at the external world of the display surface side
Light can be injected in the shell by first light inlet；The second side on vertical space with the non-display face
Overlapping, the ambient positioned at the non-display face side can be injected in the shell by second light inlet.
5. electronic equipment according to any one of claims 1 to 4, which is characterized in that the reflecting element further include one or
Multiple shading surfaces, the reflecting element with the shell by being rotatably connected so that the shading surface turns to described at least two
Other described light inlets in a light inlet, to stop the ambient to enter the camera group from light inlet described in other
Part.
6. electronic equipment according to claim 1, which is characterized in that the electronic equipment further includes the first driving assembly,
The CCD camera assembly includes separable photosensitive element and lens module, and the lens module and first driving assembly connect
It connects, first driving assembly is for driving the lens module mobile, to adjust the lens module and the photosensitive element
The distance between.
7. electronic equipment according to claim 1, which is characterized in that the electronic equipment further includes the second driving assembly,
The shell is provided with the accommodating groove and casing being in communication with the outside, and the accommodating groove is for storing the casing, the reflecting element
It is arranged in the casing at least part of the CCD camera assembly, the casing is provided with corresponding with the light inlet
Light-transmitting opening, so that the ambient is injected in the casing by the light-transmitting opening；The casing and second driving group
Part connection, second driving assembly is for driving the casing to convert in receiving state and stretching state, the receiving state
Refer to that the casing is located in the accommodating groove, the stretching state refers to that a part of the casing is located at outside the accommodating groove, makes
At least part for obtaining the light-transmitting opening is located at outside the accommodating groove.
8. electronic equipment according to claim 7, which is characterized in that the CCD camera assembly includes separable camera lens mould
Group and photosensitive element, the photosensitive element are arranged in the accommodating groove, and the lens module is arranged in the casing, described
Light-conductive hole is provided on casing, the reflecting element is used to the ambient reflexing to the lens module, the light-conductive hole
The ambient for will transmit through the lens module is oriented to the photosensitive element.
9. electronic equipment according to claim 7, which is characterized in that the casing includes dismountable upper cover and lower cover,
The lower cover is arranged in the accommodating groove, and the upper cover is connect with second driving assembly, and the light-transmitting opening is arranged in institute
It states on lid, second driving assembly is for driving the upper cover mobile, so that the upper cover is in receiving state and stretching
State conversion, the CCD camera assembly include separable lens module and photosensitive element, and the photosensitive element is arranged described
On lower lid, the lens module setting is on the cover to follow the upper cover mobile, and the lens module is by following
State mobile adjustment the distance between the lens module and the photosensitive element of upper cover.
10. a kind of electronic equipment characterized by comprising
Casing, the casing are provided at least two light-transmitting openings, and the direction of at least two light-transmitting opening is different, and described at least two
A light-transmitting opening is injected in the casing for the ambient；
Shell is provided with the accommodating groove being in communication with the outside, and the accommodating groove is for storing the casing；
CCD camera assembly, at least part are arranged in the casing, and the CCD camera assembly is used to be based on the ambient
It is acquired image；
Reflecting element is rotatably connected in the casing, and the reflecting element includes reflecting surface, the reflecting element by with the machine
Shell is rotatably connected so that the reflecting surface turns to one at least two light-transmitting opening, by the ambient
Reflex to the CCD camera assembly；And
Second driving assembly is connect with the casing, second driving assembly for driving the casing in receiving state and
The conversion of stretching state, the receiving state refer to that the casing is located in the accommodating groove, and the stretching state refers to the casing
A part is located at outside the accommodating groove, so that at least part of the light-transmitting opening is located at outside the accommodating groove.
11. electronic equipment according to claim 10, which is characterized in that the casing has multiple sides, described in one
Light-transmitting opening is arranged on a side.
12. electronic equipment shown in 1 according to claim 1, which is characterized in that at least two light-transmitting opening includes the first light transmission
Mouth and the second light-transmitting opening, the casing include:
The first side wall, first light-transmitting opening are arranged on the first side wall, for being in the stretching in the casing
When state, the ambient is injected in the casing from first light-transmitting opening；With
Second sidewall is oppositely arranged with the first side wall or is disposed adjacent with the first side wall, and second light-transmitting opening is set
It sets in the second sidewall, with for when the casing is in the stretching state, the ambient is from described second
Light-transmitting opening is injected in the casing.
13. electronic equipment shown in 2 according to claim 1, which is characterized in that the electronic equipment have opposite display surface and
Non-display face, the first side wall is Chong Die with the display surface on vertical space, positioned at the described outer of the display surface side
Boundary's light can be injected in the casing by first light-transmitting opening；The second sidewall on vertical space with it is described non-display
Face overlapping, the ambient positioned at the non-display face side can be injected in the casing by second light-transmitting opening.
14. electronic equipment according to any one of claims 10 to 13, which is characterized in that the reflecting element further includes one
Or multiple shading surfaces, the reflecting element by with the casing be rotatably connected so that the shading surface turn to it is described at least
Other described light-transmitting openings in two light-transmitting openings, to stop the ambient to enter the camera from light-transmitting opening described in other
Component.
15. electronic equipment according to claim 10, which is characterized in that the CCD camera assembly includes separable camera lens
Mould group and photosensitive element, the photosensitive element are arranged in the accommodating groove, the lens module be arranged in the casing with
Follow the casing mobile, the lens module is by following the casing is mobile to adjust the lens module and the photosensitive member
The distance between part, light-conductive hole is provided on the casing, and the reflecting element is used to the ambient reflexing to the mirror
Head mould group, the ambient that the light-conductive hole is used to will transmit through the lens module are oriented to the photosensitive element.
16. electronic equipment according to claim 10, which is characterized in that the casing includes dismountable upper cover under
Lid, the lower cover are arranged in the accommodating groove, and the upper cover is connect with second driving assembly, and the light-transmitting opening setting exists
On the upper lid, second driving assembly is for driving the upper cover mobile, so that the upper cover is in receiving state and stretches
Do well conversion, and the CCD camera assembly includes separable lens module and photosensitive element, and the photosensitive element is arranged in institute
It states on lower lid, the lens module setting is on the cover to follow the upper cover mobile, and the lens module is by following
Mobile adjustment the distance between the lens module and the photosensitive element of the upper cover.
17. a kind of image pickup method, which is characterized in that be applied to electronic equipment, the electronic equipment includes:
Shell, the shell are provided at least two light inlets, the opening of at least two light inlet towards different, it is described extremely
Few two light inlets are injected in the shell for ambient；
CCD camera assembly is arranged in the shell, and the CCD camera assembly is used to carry out image based on the ambient to adopt
Collection；And
Reflecting element is rotatably connected in the shell, and the reflecting element includes reflecting surface, the reflecting element by with the shell
Body is rotatably connected so that the reflecting surface turns to one at least two light inlet, by the ambient
Reflex to the CCD camera assembly；
The described method includes:
Shooting instruction is received, the shooting instruction carries subject position；
According to the subject position, light inlet corresponding with the subject position is determined；
According to the corresponding light inlet, control the reflecting element rotation so that the reflecting surface turn to it is described it is corresponding into
Optical port, and control the CCD camera assembly and respond the shooting instruction.
18. according to image pickup method described in the claim 17, which is characterized in that the electronic equipment further includes the first driving
Component, the CCD camera assembly include separable photosensitive element and lens module, and the lens module and described first drive
Component connection, first driving assembly is for driving the lens module mobile, to adjust the lens module and the sense
The distance between optical element；
It is described according to the corresponding light inlet, the reflecting element rotation is controlled, so that the reflecting surface turns to the entering light
After mouthful further include:
According to the subject position, determine whether current focus is equal to target focal length；
It is mobile according to lens module described in the target focus controlling if the current focus is not equal to the target focal length,
So that the current focus is equal to the target focal length.
19. a kind of image pickup method, which is characterized in that be applied to electronic equipment, the electronic equipment includes:
Casing, the casing are provided at least two light-transmitting openings, and the direction of at least two light-transmitting opening is different, and described at least two
A light-transmitting opening is injected in the casing for the ambient；
Shell is provided with the accommodating groove being in communication with the outside, and the accommodating groove is for storing the casing；
CCD camera assembly, at least part are arranged in the casing, and the CCD camera assembly is used to be based on the ambient
Carry out Image Acquisition；
Reflecting element is rotatably connected in the casing, and the reflecting element includes reflecting surface, the reflecting element by with the machine
Shell is rotatably connected so that the reflecting surface turns to one at least two light-transmitting opening, by the ambient
Reflex to the CCD camera assembly；And
Second driving assembly is connect with the casing, second driving assembly for driving the casing in receiving state and
The conversion of stretching state, the receiving state refer to that the casing is located in the accommodating groove, and the stretching state refers to the casing
A part is located at outside the accommodating groove, so that at least part of the light-transmitting opening is located at outside the accommodating groove；
The described method includes:
Shooting instruction is received, the shooting instruction carries subject position；
According to the subject position, light-transmitting opening corresponding with the subject position is determined；
According to the corresponding light-transmitting opening, control the reflecting element rotation so that the reflecting surface turn to it is described corresponding
Optical port, and control the casing and be converted to the stretching state from the receiving state；
Detect whether the casing is in the stretching state；
If the casing is in the stretching state, controls the CCD camera assembly and respond the shooting instruction.
20. image pickup method according to claim 19, which is characterized in that the CCD camera assembly includes separable camera lens
Mould group and photosensitive element, the photosensitive element are arranged in the accommodating groove, the lens module be arranged in the casing with
Follow the casing mobile, the lens module is by following the casing is mobile to adjust the lens module and the photosensitive member
The distance between part, light-conductive hole is provided on the casing, and the reflecting element is used to the ambient reflexing to the mirror
Head mould group, the ambient that the light-conductive hole is used to will transmit through the lens module are oriented to the photosensitive element；
If the casing is in after the stretching state further include:
According to the subject position, determine whether current focus is equal to target focal length；
It is mobile according to casing described in the target focus controlling if the current focus is not equal to the target focal length, so that
The current focus is equal to the target focal length.
21. image pickup method according to claim 19, which is characterized in that the casing includes dismountable upper cover under
Lid, the lower cover are arranged in the accommodating groove, and the upper cover is connect with second driving assembly, and the light-transmitting opening setting exists
On the upper lid, second driving assembly is for driving the upper cover mobile, so that the upper cover is in receiving state and stretches
Do well conversion, and the CCD camera assembly includes separable lens module and photosensitive element, and the photosensitive element is arranged in institute
It states on lower lid, the lens module setting is on the cover to follow the upper cover mobile, and the lens module is by following
Mobile adjustment the distance between the lens module and the photosensitive element of the upper cover；
If the casing is in after the stretching state further include:
According to the subject position, determine whether current focus is equal to target focal length；
It is mobile according to upper cover described in the target focus controlling if the current focus is not equal to the target focal length, so that
The distance between the lens module and the photosensitive element meet the requirement of the target focal length.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910563564.9A CN110198407A (en) | 2019-06-26 | 2019-06-26 | Electronic equipment and image pickup method |
| PCT/CN2020/097473 WO2020259442A1 (en) | 2019-06-26 | 2020-06-22 | Electronic device and photographing method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910563564.9A CN110198407A (en) | 2019-06-26 | 2019-06-26 | Electronic equipment and image pickup method |
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| Publication Number | Publication Date |
|---|---|
| CN110198407A true CN110198407A (en) | 2019-09-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910563564.9A Pending CN110198407A (en) | 2019-06-26 | 2019-06-26 | Electronic equipment and image pickup method |
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|---|---|
| CN (1) | CN110198407A (en) |
| WO (1) | WO2020259442A1 (en) |
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