CN208401967U - A kind of camera module and electronic equipment - Google Patents
A kind of camera module and electronic equipment Download PDFInfo
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- CN208401967U CN208401967U CN201820290450.2U CN201820290450U CN208401967U CN 208401967 U CN208401967 U CN 208401967U CN 201820290450 U CN201820290450 U CN 201820290450U CN 208401967 U CN208401967 U CN 208401967U
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Abstract
The utility model embodiment discloses a kind of camera module and electronic equipment, for solving the problems, such as pixel loss after focal length amplification.Camera module in the utility model embodiment includes: a kind of camera module, it is characterized in that, it include: wide visual field color camera mould group, wide visual field black and white shoots mould group, focal length shoots mould group and assembly device, width visual field color camera mould group, the width visual field black and white shooting mould group and focal length shooting mould group are cooperatively connected by the assembly device, the light well of width visual field color camera mould group, the light well of the width visual field black and white shooting mould group and the light well of focal length shooting mould group are distributed side by side, and the wide visual field color camera mould group, the width visual field black and white shooting mould group is consistent with the focal length shooting direction of the respective light well of mould group；Wherein, the angle of visibility of the wide visual field color camera mould group is identical with the field angle of the wide visual field black and white shooting mould group, and is greater than the field angle of focal length shooting mould group.
Description
Technical field
The utility model relates to camera field technology more particularly to a kind of camera module and electronic equipments.
Background technique
In recent years, the electronic equipments such as smart phone, tablet computer and laptop become omnipresent.Such electronics
Equipment generally includes one or two rear-mounted digital camera and auxiliary front mounted video camera.The traditional structure of these video cameras
Including imaging sensor and optical component, wherein optical component function is refracted light.
But the electronic equipment capable of taking pictures such as smart phone in the prior art has all been fitted without focal length camera, in number
When zoom, magnification region as shown in Figure 1 is directly amplified by algorithm in imaging often, directly amplifies caused consequence
Be increase image noise, influence the resolution ratio of picture script, cause equipment take pictures focal length amplification after pixel loss.
Utility model content
The embodiment of the present application provides a kind of camera module, for solving the problems, such as pixel loss after focal length is amplified.
The utility model first aspect provides a kind of camera module, comprising: wide visual field color camera mould group, the wide visual field are black
White shooting mould group, focal length shooting mould group and assembly device, the width visual field color camera mould group, wide visual field black and white shoot mould group and
Focal length shoots mould group and is cooperatively connected by assembly device, and the light well of wide visual field color camera mould group, wide visual field black and white shoot mould
The light well of light well and focal length the shooting mould group of group is distributed side by side, and wide visual field color camera mould group, wide visual field black and white shooting
Mould group is consistent with the focal length shooting direction of the respective light well of mould group, is all towards reference object side.
Wherein, the field angle phase of the field angle of the wide visual field color camera mould group and the wide visual field black and white shooting mould group
Together, and it is greater than the field angle that focal length shoots mould group.Field angle is also known as visual field in optical engineering, and the size of field angle determines light
The field range of instrument is learned, field angle is bigger, and the visual field is bigger.
Wide visual field color camera mould group and wide visual field black and white shooting mould group are with the field angle for being greater than focal length shooting mould group
Shooting mould group, " the wide visual field " refer to field angle be greater than standard lens.Wide visual field black and white shooting mould group can be responsible for recording profile,
Picture detail is captured, picture precision is promoted, wide visual field color camera mould group colour camera lens can be used for recording color information, strengthen
Color rendition promotes picture authenticity.Such as black and white+the colour pair used on Huawei's mate9, P10 mobile phone takes the photograph lens module.
Focal length shooting mould group is that have the shooting mould group longer than standard lens focal length.The focal length of telephoto lens is long, and visual angle is small,
It is imaged on egative film big.So can above take the image bigger than standard lens in same distance, it is suitable for shooting pair of distant place
As.
The utility model includes that two wide visual field shooting mould group and a focal length shoot mould group, when taking pictures, is being based on two
On the basis of a wide visual field shooting mould group, additionally it is possible to shoot mould group by focal length and realize focal length function, so as to be effectively reduced
The loss of pixel after focal length amplification.
In a kind of possible embodiment, it includes reflection component, focal length camera module and length that focal length, which shoots mould group,
Burnt imaging sensor, reflection component are set to one end of the focal length camera module optical path, and focal length imaging sensor is located at length
The camera lens symmetry axis of the other end of burnt camera module optical path, reflection component and focal length shooting mould group constitutes predetermined angle, focal length
Imaging sensor and the camera lens symmetry axis of focal length shooting mould group constitute twice of predetermined angle, and focal length shoots the camera lens symmetry axis of mould group
The camera lens symmetry axis of camera lens symmetry axis and wide visual field black and white shooting mould group perpendicular to wide visual field color camera mould group.Wherein, it claps
The camera lens taken the photograph in mould group is usually the shape of rule, then camera lens symmetry axis is the optical axis center of the camera lens of regular shape.Preset angle
Degree is the angle of the plane of reflection component and the camera lens symmetry axis of focal length shooting mould group, and the angle is less than 90 °.
In the utility model embodiment, focal length camera module can be by reflection component by light path folding, and focal length is taken the photograph
Setting is put as head can crouch, the focal length function of shooting in the case where not increasing the integral thickness of camera module, can be increased.
In alternatively possible embodiment, focal length shooting mould group include reflection component, focal length camera module and
Focal length imaging sensor, reflection component are set to one end of the focal length camera module optical path, and focal length imaging sensor is located at
The camera lens symmetry axis of the other end of focal length camera module optical path, reflection component and focal length shooting mould group constitutes preset angle
The camera lens symmetry axis of degree, focal length imaging sensor and focal length shooting mould group constitutes twice of predetermined angle, and focal length shoots the mirror of mould group
Head symmetry axis is parallel to the camera lens symmetry axis of wide visual field color camera mould group and the camera lens symmetry axis of wide visual field black and white shooting mould group.
In other words, focal length shooting mould group and wide visual field color camera mould group and width visual field black and white shoot mould group all in " uprightly setting
It sets ".
In alternatively possible embodiment, it includes the first reflection component, the second reflection component, length that focal length, which shoots mould group,
Burnt camera module and focal length imaging sensor, the first reflection component are set to one end of focal length camera module optical path, long
Burnt imaging sensor is located at the other end of focal length camera module optical path, and the second reflection component is parallel with the first reflection component to be put
It sets, the camera lens symmetry axis of the first reflection component and focal length shooting mould group constitutes predetermined angle, and focal length imaging sensor is parallel to length
The camera lens symmetry axis of coke shooting mould group, and focal length imaging sensor and the second reflection component constitute predetermined angle, focal length shoots mould
The camera lens symmetry axis of group is perpendicular to the camera lens symmetry axis of wide visual field color camera mould group and the camera lens of wide visual field black and white shooting mould group
Symmetry axis.
In the utility model embodiment, focal length camera module by two reflection components by light path folding, take the photograph by focal length
Setting is put as head can equally crouch, the focal length of shooting can be increased in the case where not increasing the integral thickness of camera module
Function, and enrich the specific implementation of embodiment.
In alternatively possible embodiment, it includes the first reflection component, the second reflection component, length that focal length, which shoots mould group,
Burnt camera module and focal length imaging sensor, the first reflection component are set to one end of focal length camera module optical path, long
Burnt imaging sensor is located at the other end of focal length camera module optical path, and the second reflection component is parallel with the first reflection component to be put
It sets, the camera lens symmetry axis of the first reflection component and focal length shooting mould group constitutes predetermined angle, and focal length imaging sensor is parallel to length
The camera lens symmetry axis of coke shooting mould group, and focal length imaging sensor and the second reflection component constitute predetermined angle, focal length shoots mould
The camera lens symmetry axis of group is parallel to the camera lens symmetry axis of wide visual field color camera mould group and the camera lens of wide visual field black and white shooting mould group
Symmetry axis.In other words, focal length shooting mould group and wide visual field color camera mould group and wide visual field black and white shooting mould group are all in " straight
It erects and sets ".
In alternatively possible embodiment, wide visual field color camera mould group includes the first lens module and color image
Sensor, the first lens module are located at one end of wide visual field color camera mould group optical path, and color image sensor is located at the wide visual field
The other end of color camera mould group optical path, and color image sensor and the camera lens symmetry axis of wide visual field color camera mould group hang down
Directly, the first lens module is vertical with the camera lens symmetry axis of the wide visual field color camera mould group.
In the utility model embodiment, the internal structure of wide visual field color camera mould group is described, so that embodiment is more
Has realizability, and wide visual field color camera module internal does not need to carry out light path folding, structure is simpler.
In alternatively possible embodiment, wide visual field black and white shooting mould group includes the second lens module and black white image
Sensor, the second lens module are located at one end of wide visual field black and white shooting mould group optical path, and black white image sensor is located at the wide visual field
Black and white shoots the other end of mould group optical path, and black white image sensor and wide visual field black and white shoot hanging down for the camera lens symmetry axis of mould group
Directly, the second lens module is vertical with the wide visual field black and white shooting camera lens symmetry axis of mould group.
In the utility model embodiment, the internal structure of wide visual field black and white shooting mould group is described, so that embodiment is more
Has realizability, and wide visual field black and white shooting module internal does not need to carry out light path folding, structure is simpler.
In alternatively possible embodiment, camera module further includes the 4th camera module, the 4th camera mould
Group is wide visual field color camera mould group, wide visual field black and white shoots mould group or focal length shoots mould group.4th camera module and wide view
Wild color camera mould group, wide visual field black and white shooting mould group, focal length shooting mould group are cooperatively connected by assembly device.
In the utility model embodiment, camera module is in addition to including wide visual field color camera mould group, wide visual field black and white
It shoots except mould group and wide visual field black and white shooting mould group, it is also possible to including other multiple camera modules, such as the 4th camera
Mould group cooperates between multiple camera modules, can to take the photograph pixel come higher.
In alternatively possible embodiment, it includes autofocus mechanism or fixed-focus mechanism that focal length, which shoots mould group,.
In the utility model embodiment, it further includes autofocus mechanism that focal length, which shoots mould group, can be with user's root when taking pictures
It is focused according to concrete condition, shoots required photo as the case may be；Or, focal length shooting mould group further includes fixed-focus machine
Structure, it is possible to reduce the operation of user, so that shooting is more convenient.
In alternatively possible embodiment, the focal length camera module in focal length shooting mould group is internally provided with 6
Lens element.
In the utility model embodiment, use 6 lens elements that at least 75% can be made to enter focal length camera mould
The light of block can project focal length imaging sensor, so that focal length imaging sensor is available to arrive enough light, obtain
The photo got is more clear.
In alternatively possible embodiment, assembly device includes total bracket or cobasis plate, wide visual field color camera mould
Group, wide visual field black and white shooting mould group and focal length shooting mould group are cooperatively connected by total bracket or cobasis plate.
In the utility model embodiment, each camera module is assembled by total bracket or cobasis plate, can be made
It obtains each camera module and assembles stronger.
In alternatively possible embodiment, the assembly device is L-shaped.
In some implementations, wide visual field color camera mould group and wide visual field black and white shooting mould group configuration are in assembly device
On, the camera lens symmetry axis that focal length shoots mould group is clapped perpendicular to the camera lens symmetry axis of wide visual field color camera mould group and wide visual field black and white
The camera lens symmetry axis for taking the photograph mould group is formed by plane.
In the utility model embodiment, the arrangement between the shape of assembly device and each camera module is corresponding,
Save assembling space.
In alternatively possible embodiment, the thickness of focal length camera module is not more than 5.7 millimeters.
In the utility model embodiment, the thickness of focal length camera module is not more than 5.7 millimeters, so that focal length camera
Mould group is more beautiful.
In alternatively possible embodiment, side and width of the wide visual field color camera mould group close to the assembly device
Visual field color camera mould group is connect with the first flexible circuit board respectively close to the side of assembly device, and focal length shoots mould group close to group
The side of dress device is connect with the second flexible circuit board.
In the utility model embodiment, wide visual field color camera mould group, wide visual field black and white shooting mould group and focal length shooting
Mould group can all be connected with flexible circuit board, so that wide visual field color camera mould group, wide visual field black and white shooting mould group and focal length shooting
The signal of mould group can be exported by flexible circuit board, increase the integrality of embodiment.
The utility model second aspect provides a kind of electronic equipment, and the electronic equipment includes shell and camera mould
Group, the camera module is disposed in the housing, and the camera module is times of aforementioned first aspect and first aspect
Camera module described in a kind of possible embodiment.
Detailed description of the invention
Fig. 1 is a kind of schematic diagram of image amplification in the prior art；
Fig. 2 is a composition schematic diagram of camera module in the utility model embodiment；
Fig. 3 is a kind of structural schematic diagram that focal length shoots mould group in the utility model embodiment；
Fig. 4 is a composition schematic diagram of camera module in the utility model embodiment；
Fig. 5 is another structural schematic diagram that focal length shoots mould group in the utility model embodiment；
Fig. 6 is a kind of structural schematic diagram of wide visual field color camera mould group in the utility model embodiment；
Fig. 7 is a kind of structural schematic diagram that wide visual field black and white shoots mould group in the utility model embodiment；
Fig. 8 is a kind of structural schematic diagram of assembly device in the utility model embodiment；
Fig. 9 is a composition schematic diagram of camera module in the utility model embodiment；
Figure 10 is another structural schematic diagram that focal length shoots mould group in the utility model embodiment；
Figure 11 is a composition schematic diagram of camera module in the utility model embodiment；
Figure 12 is another composition schematic diagram of camera module in the utility model embodiment；
Figure 13 is a composition schematic diagram of electronic equipment in the utility model embodiment；
Figure 14 is another composition schematic diagram of electronic equipment in the utility model embodiment.
Specific embodiment
The embodiment of the present application provides a kind of camera module and electronic equipment, solves asking for pixel loss after focal length amplification
Topic.
The description and claims of this application and term " first ", " second ", " third ", " in above-mentioned attached drawing
The (if present)s such as four " are to be used to distinguish similar objects, without being used to describe a particular order or precedence order.It should manage
The data that solution uses in this way are interchangeable under appropriate circumstances, so that the embodiments described herein can be in addition to illustrating herein
Or the sequence other than the content of description is implemented.In addition, term " includes " and " having " and their any deformation, it is intended that
Cover it is non-exclusive include, for example, containing the process, method, system, product or equipment of a series of steps or units need not limit
In step or unit those of is clearly listed, but may include be not clearly listed or for these process, methods, produce
The other step or units of product or equipment inherently.
Camera module in the embodiment of the present application is more mesh camera modules, including the two wide visual field shoots mould group, one
A focal length shoots mould group, wherein includes one wide visual field color camera mould group and a wide view in two wide visual field shooting mould group
Wild black and white shoots mould group, wherein wide visual field color camera mould group shoots mould for obtaining wide visual field color image, wide visual field black and white
Group is for obtaining wide visual field black white image.
In practical applications, the camera module in the embodiment of the present application can be applied to electronic equipment, and electronic equipment can be with
For in the terminals such as terminal, such as smart phone, tablet computer, notebook, smartwatch, intelligent glasses, specific terminal type this
Without limitation, with the development of technology, in order to make the thickness of the terminals such as smart phone thinner, the embodiment of the present application is imaged at place
Focal length shooting mould group in head mould group, which can crouch, puts in the terminal.
As shown in Fig. 2, the camera module 200 in the embodiment of the present application may include wide visual field color camera mould group 201, width
Visual field black and white shoots mould group 202, focal length shoots mould group 203, further includes assembly device 204, wide visual field color camera mould group 201,
Wide visual field black and white shooting mould group 202 and focal length shooting mould group 203 are cooperatively connected by assembly device 204, wide visual field color camera
The entering light of the light well 2011 of mould group 201, the light well 2021 of wide visual field black and white shooting mould group 202 and focal length shooting mould group 203
Hole 2031 is distributed side by side, and light well 2011, light well 2021 are consistent with the direction of light well 2031.
It should be noted that in the embodiment of the present application wide visual field color camera mould group 201 field angle (Field of
View, FOV) it is equal to the FOV of wide visual field black and white shooting mould group 202, and it is greater than the FOV of focal length shooting mould group 203.
Specifically, light well is distributed side by side and direction is consistent it is to be understood that light well 2011, light well 2021 and entering light
Hole 2031 is distributed side by side in the plane, and non-superimposed is overlapped, and the direction of aforementioned three light wells is all towards reference object side.
Wherein, the assembly device 204 in the embodiment of the present application can be bracket or cobasis plate altogether.Wide visual field color camera mould
Group 201, wide visual field black and white shooting mould group 202 and focal length shooting mould group 203 can be connected by the bracket altogether or the cooperation of cobasis plate
It connects.
The light well 2011 of wide visual field color camera mould group 201 in the present embodiment, wide visual field black and white shooting mould group 202 into
Unthreaded hole 2021 and the light well 2031 of focal length shooting mould group 203 can be distributed side by side, can keep preferable appearance.And the present embodiment
In include that wide visual field color camera mould group, wide visual field black and white shooting mould group and focal length shoot mould group；Wide visual field color camera mould group
Wide visual field pixel, wide visual field color camera mould group and wide visual field black and white can be improved with the shooting mould group mutual cooperation of wide visual field black and white
Shooting mould group and focal length shooting mould group cooperate can solve electronic equipment focal length amplified when taking pictures after pixel loss ask
Topic.
As shown in figure 3, Fig. 3 is that focal length shoots the structure chart of mould group 203 in camera module 200 in the embodiment of the present application.
In the present embodiment, focal length shooting mould group 203 may include reflection component 2032, focal length camera module 2033 and focal length image
Sensor 2034.The light entered from third light well 2031 is irradiated on reflection component 2032, and reflection component 2032 is set to
One end of 2033 optical path of focal length camera module, focal length imaging sensor 2034 are located at 2033 optical path of focal length camera module
The other end.The camera lens symmetry axis L3 of plane and focal length the shooting mould group 203 of reflection component 2032 constitutes predetermined angle, predetermined angle
Angle θ that can be as shown in Figure 3.The camera lens symmetry axis L3 of plane and focal length the shooting mould group 203 of focal length imaging sensor 2034 is constituted
Twice of predetermined angle allows optical path perpendicular to focal length imaging sensor 2034.
Wherein, predetermined angle corresponding to Fig. 3 embodiment may be configured as 45 °, when predetermined angle is 45 °, focal length image
The plane of sensor 2034 is vertical with the focal length shooting camera lens symmetry axis L3 of mould group 203, when the predetermined angle is 30 °, focal length
The camera lens symmetry axis L3 of plane and focal length the shooting mould group 203 of imaging sensor 2034 constitutes 60 ° of angles.
Referring to Fig. 4, the camera module 200 in Fig. 4 includes that focal length described in Fig. 3 shoots mould group 203, in Fig. 4 institute
In corresponding embodiment, focal length shoots mirror of the camera lens symmetry axis L3 perpendicular to wide visual field color camera mould group 201 of mould group 203
The camera lens symmetry axis L2 of head symmetry axis L1 and wide visual field black and white shooting mould group 202.Focal length in the present embodiment shoots mould group 203
Camera lens symmetry axis L3 shoots mould group 202 perpendicular to the camera lens symmetry axis L1 of wide visual field color camera mould group 201 and wide visual field black and white
Camera lens symmetry axis L2, that is, when wide visual field color camera mould group 201 and the wide visual field black and white shooting mould group 202 uprightly place
When, focal length shooting mould group 203 is sleeping to put, since the length of focal length shooting mould group 203 is than wide visual field color camera mould group 201
It is long with wide visual field black and white shooting mould group 202, therefore focal length shooting mould group 203 crouches and puts the thickness that can reduce camera module 200, together
When keep electronic equipment beauty.
Specifically, as shown in figure 4, the camera lens symmetry axis L3 of focal length shooting mould group 203 also is normal to wide visual field color camera
The camera lens symmetry axis L1 of mould group 201 and the camera lens symmetry axis L2 of wide visual field black and white shooting mould group 202 are formed by plane A.
In other implementations, focal length shoots the camera lens symmetry axis L3 of mould group 203 perpendicular to wide visual field color camera
While the camera lens symmetry axis L1 of the mould group 201 and camera lens symmetry axis L2 of wide visual field black and white shooting mould group 202, it can also be parallel to width
The camera lens symmetry axis L1 of visual field color camera mould group 201 and the camera lens symmetry axis L2 of wide visual field black and white shooting mould group 202 are formed
Plane A.
It should be noted that the shape of focal length shooting mould group 203 can be cuboid, or other shapes, for example (,) it is round
Platform, concrete shape is herein without limitation.
It should be noted that in each embodiment of the application, wide visual field color camera mould group, wide visual field black and white shooting
Camera lens in mould group or focal length shooting mould group is usually the shape of rule, then the optical axis center of the camera lens of regular shape is in the application
In be referred to as camera lens symmetry axis, the symmetry axis occurred in the application is all camera lens symmetry axis.
As shown in figure 5, Fig. 5 is that focal length shoots another knot of mould group 203 in camera module 200 in the embodiment of the present application
Composition, wherein Fig. 5 is that focal length shoots the vertical tangent plane figure of mould group 203 along the x-axis direction, in the present embodiment, focal length in Fig. 2 or Fig. 3
Shooting mould group 203 includes the first reflection component 2035, the second reflection component 2036, focal length camera module 2033 and focal length
Imaging sensor 2034, the first reflection component 2035 are set to one end of 2033 optical path of focal length camera module, and focal length image passes
Sensor 2034 is located at the other end of 2033 optical path of focal length camera module, the second reflection component 2036 and the first reflection component 2035
It is placed in parallel, the camera lens symmetry axis of plane and focal length the shooting mould group 203 of the first reflection component 2035 constitutes predetermined angle, focal length
Imaging sensor 2034 is parallel to the camera lens symmetry axis L3 of focal length shooting mould group 203, and the plane of focal length imaging sensor 2034
Above-mentioned predetermined angle is also constituted with the plane of the second reflection component 2036, the camera lens symmetry axis L3 that focal length shoots mould group 203 hangs down
Directly in the camera lens symmetry axis L2 of the camera lens symmetry axis L1 of wide visual field color camera mould group 201 and wide visual field black and white shooting mould group 202.
The present embodiment can save optical path refolding relative to one piece of reflection component of the shooting mould group more than 203 of focal length corresponding to Fig. 3
Save space.
Wherein, predetermined angle corresponding to Fig. 5 embodiment may be configured as 45 °, when predetermined angle is 45 °, focal length image
The plane of sensor 2034 is parallel with the focal length shooting camera lens symmetry axis L3 of mould group 203.
It should be noted that may include multiple reflection components for folding optical path, the application in focal length shooting mould group 203
Embodiment is with 1 and 2 with for example, and the specific number of reflection component is herein without limitation.
As shown in fig. 6, Fig. 6 be the embodiment of the present application in wide visual field color camera mould group 201 a structure chart wherein, figure
6 be the vertical tangent plane figure of wide visual field color camera mould group 201 along the x-axis direction in Fig. 2, and wide visual field color camera mould group 201 includes the
One lens module 2012 and color image sensor 2013, the first lens module 2012 are located at wide visual field color camera mould group 201
Optical path one end, color image sensor 2013 is located at the other end of wide 201 optical path of visual field color camera mould group, and color image
Sensor 2013 is vertical with the camera lens symmetry axis L1 of wide visual field color camera mould group 201, the first lens module 2012 and the wide visual field
The camera lens symmetry axis L1 of color camera mould group 201 is vertical, wherein the first lens module 2012 includes multiple lens, this figure is only
Illustrated with 1 lens.Wide visual field color camera mould group 201 in the embodiment of the present application, light can directly pass through the first lens
Module 2012 is vertically penetrated on color image sensor 2013, does not need to fold optical path using reflection component, internal structure compares
Simply.
It should be noted that the shape of wide visual field color camera mould group 201 can be cuboid, or other shapes,
Such as rotary table, cylinder etc., concrete shape is herein without limitation.
As shown in fig. 7, Fig. 7 is the structure chart that wide visual field black and white shoots mould group 202 in the embodiment of the present application, wherein
Fig. 7 is that wide visual field black and white shoots the vertical tangent plane figure of mould group 202 along the x-axis direction in Fig. 2, and wide visual field black and white shooting mould group 202 includes
Second lens module 2022 and black white image sensor 2023, the second lens module 2022 are located at wide visual field black and white and shoot mould group
One end of 202 optical paths, black white image sensor 2023 are located at the wide visual field black and white shooting 202 optical path other end of mould group, and artwork master
As sensor 2023 and the wide visual field black and white shooting camera lens symmetry axis L2 of mould group 202 are vertical, the second lens module 2022 is regarded with wide
The camera lens symmetry axis L2 of wild black and white shooting mould group 202 is vertical, wherein the second lens module 2022 includes multiple lens, this figure
Only illustrated with 1 lens.
It should be noted that in the present embodiment, being arranged inside the focal length camera module 2033 of focal length shooting mould group 203
There can be 6 lens elements, wherein use 6 lens elements that at least 75% can be made to enter focal length camera module 2033
Light can project focal length imaging sensor 2034.
It should be noted that the focal length of the camera module 200 in embodiment corresponding to Fig. 2 to Fig. 4 shoots mould group 203
It is sleeping to put, and the light well of the light well 2011 of wide visual field color camera mould group 201, the wide visual field black and white shooting mould group 202
2021 and focal length shooting mould group 203 light well 2031 be distributed side by side, focal length shoot mould group 203 camera lens symmetry axis perpendicular to width
The camera lens symmetry axis of the camera lens symmetry axis of visual field color camera mould group 201 and wide visual field black and white shooting mould group 202.Focal length shoots mould
Light path folding can be kept good appearance and space utilization rate by group 203 in this way, and taking the photograph for thinner thickness may be implemented
Camera mould group.
It should be noted that in camera module 200 corresponding to Fig. 2 to Fig. 4, wide 201 He of visual field color camera mould group
The position of wide visual field black and white shooting mould group 202 can also exchange.
Wherein, focal length shooting mould group 203 symmetry axis perpendicular to wide visual field color camera mould group 201 camera lens symmetry axis with
When the camera lens symmetry axis of wide visual field black and white shooting mould group 202, as shown in figure 8, assembly device 204 is L-shaped.Specifically, wide view
Wild color camera mould group 201, wide visual field black and white shooting mould group 202 and focal length shooting mould group 203 are mounted in assembly device 204.
The camera lens symmetry axis that focal length shoots mould group 203 is black perpendicular to the camera lens symmetry axis of wide visual field color camera mould group 201 and the wide visual field
The camera lens symmetry axis of white shooting mould group 202 is formed by plane, as shown in Figure 4.As shown in figure 8, focal length shooting mould group 203 can be with
It is mounted on the B area of assembly device 204, corresponding, wide visual field color camera mould group 201, wide visual field black and white shooting mould group 202 are pacified
It is mounted at the a-quadrant of assembly device 204.
In other implementations, in L-shaped assembly device 204, wide visual field color camera mould group 201 and the wide visual field
This installation site for shooting mould group 203 to mould group and focal length of black and white shooting mould group 202 can be interchanged.
It should be noted that the effect of color image sensor 2013 is to utilize to be incident upon colour in the embodiment of the present application
Light on imaging sensor 2013 generates image；The effect of black white image sensor 2023 is to utilize to be incident upon black white image biography
Light on sensor 2023 generates image；The effect of focal length imaging sensor 2034 is to utilize to be incident upon focal length imaging sensor
Light on 2034 generates image.
In other implementations, as shown in figure 9, the camera lens symmetry axis of focal length shooting mould group 203 can also be parallel to wide view
The camera lens symmetry axis of the camera lens symmetry axis of wild color camera mould group 201 and wide visual field black and white shooting mould group 202.In other words, wide
Visual field color camera mould group 201, wide visual field black and white shooting mould group 202 and focal length shooting mould group 203 are all connected using upright structures
Cooperation is connect, focal length shooting mould group 203 does not need to crouch and put at this time, the camera lens symmetry axis of wide visual field color camera mould group 201, the wide visual field
The camera lens symmetry axis of black and white shooting mould group 202 and the camera lens symmetry axis of focal length shooting mould group 203 are parallel to each other, and the wide visual field is colored
Shoot the light well 2011 of mould group 201, the light well 2021 of wide visual field black and white shooting mould group 202 and focal length shooting mould group 203
Light well 2031 is distributed side by side, and light well 2011, light well 2021 are consistent with the direction of light well 2031.In the present embodiment,
Focal length shooting mould group 203 does not need to crouch and put, and does not need setting reflection component inside focal length shooting mould group 203 and is used to fold optical path,
So when focal length shooting mould group 203 internal structure it is fairly simple.
Wherein, the internal structure of the mould group 203 of focal length shooting at this time is as shown in Figure 10, and Figure 10 is that focal length shoots mould group in Fig. 9
203 vertical tangent plane figure along the x-axis direction, it includes the third lens module 2037 and focal length imaging sensor that focal length, which shoots mould group 203,
2034, the third lens module 2037 is located at optical path one end of focal length shooting mould group 203, and focal length imaging sensor 2034 is located at focal length
The other end of 203 optical path of mould group is shot, and focal length imaging sensor 2034 and the camera lens symmetry axis L3 of focal length shooting mould group 203 hang down
Directly, the third lens module 2037 is vertical with the focal length shooting camera lens symmetry axis L3 of mould group 203, wherein the third lens module 2037
It include multiple lens, this figure only uses 1 lens signal.Focal length in the embodiment of the present application shoots mould group 203, and light can be straight
It connected the third lens module 2037 vertically to penetrate on focal length imaging sensor 2034, and did not needed to fold light using reflection component
Road, therefore internal structure is fairly simple.
It should be noted that wide visual field color camera mould group 201, wide visual field black and white shooting mould group 202 and focal length in Fig. 9
Shooting 203 position of mould group put in order it is specific herein without limitation.
It should be noted that as shown in figure 4, the thickness of the focal length shooting mould group 203 in the embodiment of the present application is not more than 5.7
Millimeter, in the embodiment corresponding to Fig. 2 to Fig. 4, focal length shooting mould group 203 be can be configured as with following technical parameter:
Effective focal length (effective focal length, EFL)>11mm, aperture FNO<3；In embodiment corresponding to Fig. 9, EFL
>7mm, FNO<3.
It should be noted that the wide visual field color camera mould group 201, wide visual field black and white in the embodiment of the present application shoot mould group
Auto-focusing (auto focus, AF) mechanism is provided in 202, focal length shooting mould group 203 is provided with AF mechanism or fixed-focus
(fixed focus, FF) mechanism, the magnet containing at least one set of coupling coil in AF mechanism, wherein focal length shoots mould group 203
Interior AF mechanism or FF mechanism is vertical with the perpendicular bisector of light well 2031.Focal length shoots the AF mechanism or fixed-focus in mould group 203
(fixed focus, FF) mechanism may be provided at focal length camera module 2033.
It should be noted that in the embodiment of the present application wide visual field color camera mould group 201 field angle (Field of
View, FOV) it is equal to the FOV of wide visual field black and white shooting mould group 202, and it is greater than the FOV of focal length shooting mould group 203.
As shown in figure 11, wide visual field color camera mould group 201 is shot close to the side of assembly device 204 and wide visual field black and white
Mould group 202 is connect with the first flexible circuit board 205 respectively close to the side of assembly device 204, and focal length shoots mould group 203 close to group
The side of dress device 204 is connect with the second flexible circuit board 206, in addition, the first flexible circuit board 205 and the first connector 207
Connection, the second flexible circuit board 206 connect with the second connector 208, and camera module 200 passes through the first connector 207 and the
The electric signal of first connector 207 and the second connector 208 is input on the mainboard of terminal by two connectors 208.
It should be noted that the camera module 200 in the embodiment of the present application can also include multiple camera modules, example
It such as further include the 4th camera module 209, when the 4th camera module 209 is that focal length shoots mould group, the 4th camera module
209 internal structure is similar with focal length shooting mould group 203, and specific structure is not repeated herein；When the 4th camera module 209
When shooting mould group or visual field color camera mould group for wide visual field black and white, the internal structure of the 4th camera module 209 is also regarded with width
Wild color camera mould group 201 is similar with wide visual field black and white shooting mould group 202, and specific structure is not repeated herein.Work as camera
When mould group 200 can also include multiple camera modules, multiple camera modules and wide visual field color camera mould group 201, wide view
Wild black and white shooting mould group 202 and focal length shooting mould group 203 cooperate, and can make the camera function of camera module 200 more
It is good.4th camera module and wide visual field color camera mould group, wide visual field black and white shooting mould group, focal length shooting mould group pass through assembling
Device is cooperatively connected.
It should be noted that the modes of emplacement of the 4th camera module 209 can crouch and put, can also uprightly place, and the
The light well of four camera modules 209 can shoot mould group 202 with above-mentioned wide visual field color camera mould group 201, wide visual field black and white
And the light well of focal length shooting mould group 203 is distributed side by side, can not also be distributed side by side, as shown in figure 12, Figure 12 is when the 4th takes the photograph
It is sleeping to put and light well is with above-mentioned wide visual field color camera mould group 201, wide visual field black and white as head mould group 209 is that focal length shoots mould group
Shooting mould group 202 and focal length shoot a kind of situation that the light well of mould group 203 is distributed side by side, at this time the 4th camera module 209
It is placed in parallel with focal length shooting mould group 203.
As shown in figure 13, the embodiment of the present application provides a kind of electronic equipment, which includes shell 300 and camera
Mould group 200, the camera module 200 being provided in shell 300 in the embodiment of the present application, and shell 300 has corresponding aperture, it should
Aperture is used for so that the light well of camera module can be with entering light, wherein placement location of the camera module 200 in shell 300
Can be as shown in figure 13, it can also be other placement locations, such as the placement location in Figure 14, specific location does not limit herein
It is fixed.
It should be noted that the wide visual field color camera mould group 201, wide visual field black and white in the application shoot 202 and of mould group
Focal length shooting mould group 203 is at least connected with an image processor, which can be located in camera module 200,
It can be a processor in terminal, which is used to clap wide visual field color camera mould group 201, wide visual field black and white
It takes the photograph the image synthesis that mould group 202 and focal length shooting mould group 203 are got and is processed into output image, different light paths will be passed through by being equivalent to
Received image co-registration exports image at a width.
It should be noted that wide visual field color camera mould group 201 in the application, the wide visual field black and white shooting mould group 202 with
Focal length shooting mould group 203 may be mounted on the same substrate, can also install a substrate respectively.
It should be noted that when assembling camera module 200, to guarantee assembly precision, in the cobasis plate of respective mould group
Surface increases contraposition mark label, facilitates contraposition.Mark alignment mark shape is not limited to the identifiable figure such as round, rectangular
At least two mark label is arranged on the cobasis plate of each mould group for shape.
In the above-described embodiments, it can be realized wholly or partly by hardware, firmware or any combination thereof.When making
When with software realization, can entirely or partly it realize in the form of a computer program product.
The above, above embodiments are only to illustrate the technical solution of the application, rather than its limitations；Although referring to before
Embodiment is stated the application is described in detail, those skilled in the art should understand that: it still can be to preceding
Technical solution documented by each embodiment is stated to modify or equivalent replacement of some of the technical features；And these
It modifies or replaces, the spirit and scope of each embodiment technical solution of the application that it does not separate the essence of the corresponding technical solution.
Claims (14)
1. a kind of camera module characterized by comprising wide visual field color camera mould group, wide visual field black and white shoot mould group, length
Coke shooting mould group and assembly device, width visual field color camera mould group, the wide visual field black and white shooting mould group and the length
Coke shooting mould group is cooperatively connected by the assembly device, the light well of width visual field color camera mould group, the wide visual field
The light well of black and white shooting mould group and the light well of focal length shooting mould group are distributed side by side, and the wide visual field color camera mould
Group, the wide visual field black and white shooting mould group are consistent with the focal length shooting direction of the respective light well of mould group；
Wherein, the angle of visibility of the wide visual field color camera mould group is identical with the field angle of the wide visual field black and white shooting mould group,
And it is greater than the field angle of focal length shooting mould group.
2. camera module according to claim 1, which is characterized in that
The focal length shooting mould group includes reflection component, focal length camera module and focal length imaging sensor, the reflecting part
Part is set to one end of the focal length camera module optical path, and the focal length imaging sensor is located at the focal length camera module
The camera lens symmetry axis of the other end of optical path, the reflection component and focal length shooting mould group constitutes predetermined angle, the focal length
Imaging sensor and the camera lens symmetry axis of focal length shooting mould group constitute twice of predetermined angle, and the focal length shoots mould group
Camera lens symmetry axis shoot mould group perpendicular to the camera lens symmetry axis of the wide visual field color camera mould group and the wide visual field black and white
Camera lens symmetry axis.
3. camera module according to claim 1, which is characterized in that the focal length shooting mould group includes the first reflecting part
Part, the second reflection component, focal length camera module and focal length imaging sensor, first reflection component are set to the length
One end of burnt camera module optical path, the focal length imaging sensor are located at the other end of the focal length camera module optical path,
Second reflection component is placed in parallel with first reflection component, and first reflection component and the focal length shoot mould group
Camera lens symmetry axis constitute predetermined angle, the camera lens that the focal length imaging sensor is parallel to focal length shooting mould group is symmetrical
Axis, and the focal length imaging sensor and second reflection component constitute the predetermined angle, the focal length shooting mould group
Camera lens symmetry axis shoots mould group perpendicular to the camera lens symmetry axis of the wide visual field color camera mould group and the wide visual field black and white
Camera lens symmetry axis.
4. camera module according to any one of claim 1 to 3, which is characterized in that width visual field color camera
Mould group includes the first lens module and color image sensor, and first lens module is located at the wide visual field color camera mould
One end of group optical path, the color image sensor are located at the other end of the wide visual field color camera mould group optical path, and described
Vertical, first lens module and the institute of color image sensor and the camera lens symmetry axis of the wide visual field color camera mould group
The camera lens symmetry axis for stating wide visual field color camera mould group is vertical.
5. camera module according to any one of claim 1 to 3, which is characterized in that the width visual field black and white shooting
Mould group includes the second lens module and black white image sensor, and second lens module is located at the wide visual field black and white and shoots mould
One end of group optical path, the black white image sensor are located at the other end of the wide visual field black and white shooting mould group optical path, and described
Vertical, second lens module and the institute of black white image sensor and the camera lens symmetry axis of the wide visual field black and white shooting mould group
The camera lens symmetry axis for stating wide visual field black and white shooting mould group is vertical.
6. camera module according to any one of claim 1 to 3, which is characterized in that the camera module is also wrapped
The 4th camera module is included, the 4th camera module and the wide visual field color camera mould group, the wide visual field black and white are clapped
Take the photograph mould group, focal length shooting mould group is cooperatively connected by the assembly device；
Wherein, the 4th camera module is wide visual field color camera mould group, wide visual field black and white shoots mould group or focal length is shot
Mould group.
7. camera module according to any one of claim 1 to 3, which is characterized in that the focal length shoots mould group packet
Containing autofocus mechanism or fixed-focus mechanism.
8. camera module according to any one of claim 1 to 3, which is characterized in that in the focal length shooting mould group
Focal length camera module be internally provided with 6 lens elements.
9. camera module according to any one of claim 1 to 3, which is characterized in that the assembly device includes altogether
Bracket or cobasis plate, width visual field color camera mould group, the wide visual field black and white shooting mould group and the focal length shoot mould group
It is cooperatively connected by the bracket altogether or cobasis plate.
10. camera module according to any one of claim 1 to 3, which is characterized in that the assembly device is in " L "
Type.
11. camera module according to claim 10, which is characterized in that the width visual field color camera mould group and described
Wide visual field black and white shooting mould group configuration is in the assembly device, and the camera lens symmetry axis of the focal length shooting mould group is perpendicular to described
The camera lens symmetry axis of wide visual field color camera mould group and the camera lens symmetry axis of the wide visual field black and white shooting mould group are formed by flat
Face.
12. camera module according to any one of claim 1 to 3, which is characterized in that the focal length camera module
Thickness be not more than 5.7 millimeters.
13. camera module according to any one of claim 1 to 3, which is characterized in that width visual field color camera
Mould group is distinguished close to the side of the assembly device and the wide visual field black and white shooting mould group close to the side of the assembly device
It is connect with the first flexible circuit board, the focal length shooting mould group connects close to the side of the assembly device and the second flexible circuit board
It connects.
14. a kind of electronic equipment, which is characterized in that the electronic equipment includes shell and camera module, the camera mould
Group is disposed in the housing, and the camera module is camera module described in any one of claims 1 to 13.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820290450.2U CN208401967U (en) | 2018-03-01 | 2018-03-01 | A kind of camera module and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820290450.2U CN208401967U (en) | 2018-03-01 | 2018-03-01 | A kind of camera module and electronic equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208401967U true CN208401967U (en) | 2019-01-18 |
Family
ID=65063470
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820290450.2U Active CN208401967U (en) | 2018-03-01 | 2018-03-01 | A kind of camera module and electronic equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208401967U (en) |
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2018
- 2018-03-01 CN CN201820290450.2U patent/CN208401967U/en active Active
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