CN206042066U - Split type module of stealthily hoping - Google Patents

Abstract

Split type module of stealthily hoping, it includes that a light turns to a subassembly and a module subassembly, the module subassembly includes a camera lens and a photo -sensitive part spare, mirror head position in the sensitization route of photo -sensitive part spare, wherein light assemble with turning to subassembly components of a whole that can function independently moduleization in the module subassembly, mirror head position in light turns to the light emitting direction of subassembly so that light by light turns to and reachs after the subassembly turns to the outgoing the camera lens.

Description

Split type latent prestige module

Technical field

This utility model is related to camera module field, further, is related to a split type latent prestige module.

Background technology

In recent years with the fast development of smart mobile phone, the demand of mobile phone camera module is even more grown with each passing day, mobile phone Therefore what the competition of camera module also became is growing more intense, particularly to the design requirement of dual camera also more and more higher.Not only to Ask dual camera realize that background blurring, shooting at night is clear, more require that dual camera can realize optical zoom, and while Do not increase module height, therefore generate the dual camera module of periscopic.

Periscopic dual camera module is typically combined by periscopic camera module and traditional module.Periscopic is imaged By way of adding prism in traditional module front end, the light for vertically being incided module end is reflected module, therefore can Module internal is incided so that vertical light is changed into horizontal light, such that it is able to by the module traverse of telephoto lens, reduce mould Group height.Double modules of taking the photograph that periscopic module is formed can meet prior art to a certain extent to double optics changes for taking the photograph module Burnt requirement.

Existing periscopic module is by including parts such as prism, camera lens, motor, light filter, sensitive chip, wiring boards. Wherein prism, camera lens are assembled by way of integral type with motor, i.e. the assembling mode of traditional periscopic module is：Prism group Dress (machinery positioning) → lens assembling (machinery positioning) → motor seal lid assembling → IR attaching → chips, circuit boards half-finished product group Dress.That is, gradually prism, camera lens, motor, optical filter, chip, wiring board are assembled, and the mode being integrated.

The periscopic modular structure of transmission and its assemble method possess certain advantage, such as so that the compact conformation of module And stability is preferably, but while there is many unfavorable factors.

First, in this assembling mode, need to ensure that a right-angle side of prism is vertical with camera lens optical axis, therefore for one Assembling support have the higher depth of parallelism to require, in order to ensure that one puies forward assembling prism, lens assembling relation.

Secondly as the assembling of prism and camera lens is carried out by the way of machinery positioning, therefore current assembling mode According to the angular relationship that cannot ensure prism facets and camera lens end face.The angular relationship for assembling depends on prism and camera lens respective Machining accuracy.

3rd, assembled according to the mode of AA (Active Arrangement are calibrated automatically) technique, prism and No AA adjustment spaces between body support frame, even if cannot also carry out picture glue after AA techniques are completed.

4th, during prism and lens assembling, two parts are exposed in air for a long time, are had in an assembling process Very high dust causes the bad risk of stain into module.

Additionally, in traditional one package assembly, prism is fixably attached to assemble the relative angle of support, prism and camera lens Degree is all difficult to adjust, therefore module is not easy to realize optical anti-vibration.

To sum up, the assembly precision of the latent prestige module and its assembling mode of traditional structure depends on support precision, assembles difficulty Greatly, the assembling mode without science, assembling speed are slow, leverage the imaging effect and module group assembling feasibility module of module The later stage quality of production causes very big hidden danger, so needing to design latent prestige module and its assemble method kind, can either expire The latent original function for hoping module of foot, while and can reduce or avoid due to exposed in processing procedure assembling process for a long time in atmosphere and Cause a large amount of particle to enter module internal, cause stain bad, and avoid the above-mentioned various undesirable elements being induced by it.

Utility model content

A purpose of the present utility model is to provide a split type latent prestige module, and wherein described split type latent prestige module is adopted With the assembling mode of split, such that it is able to modularly be assembled.

A purpose of the present utility model is to provide a split type latent prestige module, wherein described split type latent Wang Mozubao A smooth steering assembly and a die set is included, the smooth steering assembly and the die set each constitute standalone module, carry out Assemble the split type latent prestige module, reduce impact each other.

A purpose of the present utility model is to provide a split type latent prestige module, wherein described smooth steering assembly and a mould Group component by an assembly carry out it is split type assemble, the assembly and the die set and light steering assembly it Between can reserve enough AA adjustment spaces.

A purpose of the present utility model is to provide a split type latent prestige module, and wherein described split type latent prestige module can To assemble by AA modes, impact of the assembly flatness to assembly precision itself need not be considered.

A purpose of the present utility model is to provide a split type latent prestige module, wherein light steering assembly and die set It is the assembling carried out under respective encapsulation state, each comfortable assembling of the camera lens in prism and its die set in light steering assembly During time for being exposed in air it is short, reduce the generation of module stain.

A purpose of the present utility model is to provide a split type latent prestige module, and wherein described smooth steering assembly is respectively Two independent module monomers, can each be replaced without affecting another module, improve the utilization rate of product, reduce Reprocess cost.

A purpose of the present utility model is to provide a split type latent prestige module, wherein described smooth steering assembly and module The modular construction of component, it is easier to realize different compound modes and form the module of many camera lenses, such as periscopic are double to take the photograph mould Group.

A purpose of the present utility model is to provide a split type latent prestige module, and wherein described smooth steering assembly is by rib The mode of mirror realizes the transformation in the direction of light.

A purpose of the present utility model is to provide a split type latent prestige module, wherein described smooth steering assembly scalable Ground is assembled with the die set, so that the periscopic module is more convenient for realizing optical anti-vibration.

In order to realize above utility model purpose and other purposes of the present utility model and advantage, of the present utility model one Aspect provides a split type latent prestige module, and which includes a smooth steering assembly and a die set, and the die set includes a mirror Head and a photosensitive-member, the camera lens are located at the photosensitive path of the photosensitive-member；Wherein described smooth steering assembly split module Change ground and be assembled in the die set, the camera lens positioned at the beam projecting direction of the smooth steering assembly so that light by The smooth steering assembly reaches the camera lens after turning to outgoing.

According to an embodiment of the present utility model, described in described split type latent prestige module, light steering assembly includes a light Steering mechanism and a pedestal, the smooth rotation mechanism are arranged at the pedestal, and light produces steering through the smooth steering mechanism.

According to an embodiment of the present utility model, described in described split type latent prestige module, light steering assembly includes one turn Motivation structure, drives the smooth steering mechanism to rotate.

According to an embodiment of the present utility model, described in described split type latent prestige module, light steering assembly includes that one is electric Connecting element, electrically connects the rotating mechanism and the die set, in order to obtain the rotation by the die set The work kinetic energy of structure.

According to an embodiment of the present utility model, described in described split type latent prestige module, die set includes a support Part, protrudes from the die set, and the smooth steering assembly is supported on the support member.

According to an embodiment of the present utility model, pedestal described in described split type latent prestige module include an inner support and One support arm, by a predetermined angle by by the inner support is installed on, the inner support is installed on described outer the smooth steering assembly Support, the support arm are supported on the support member.

According to an embodiment of the present utility model, described in described split type latent prestige module, split type latent prestige module includes It is internal that one assembly, the smooth steering assembly and the die set are assembled in the assembling.

According to an embodiment of the present utility model, described in described split type latent prestige module, assembly has a window, The light incident direction of the smooth steering assembly is communicated with the window.

According to an embodiment of the present utility model, assembly and the module group described in described split type latent prestige module With an adjustment gap between part, AA adjustment during in order to assembling, is carried out.

According to an embodiment of the present utility model, described in described split type latent prestige module, die set includes a driving Part, the camera lens are installed in the driver part, in order to adjust the camera lens.

According to an embodiment of the present utility model, described in described split type latent prestige module, driver part includes a sealing Structure, hermetically connects the driver part and the smooth steering assembly.

According to an embodiment of the present utility model, described in described split type latent prestige module, sealing structure is a square platform Scalariform.

According to an embodiment of the present utility model, light steering assembly and the drive described in described split type latent prestige module Dynamic component passes through glue bonding in the sealing structure position.

According to an embodiment of the present utility model, described in described split type latent prestige module, photosensitive-member includes that one is photosensitive One circuit panel element of element, the circuit panel element are attached at the circuit panel element, and are electrically connected to the circuit panel element.

According to an embodiment of the present utility model, described in described split type latent prestige module, driver part is electrically connected to institute Circuit panel element is stated, in order to by the circuit panel element acquisition work kinetic energy.

According to an embodiment of the present utility model, described in described split type latent prestige module, photosensitive-member includes a bearing With a filter element, the bearing is installed in the circuit panel element, and the filter element is installed in the bearing.

According to an embodiment of the present utility model, described in described split type latent prestige module, driver part is installed in institute Bearing is stated, so that the camera lens is located at the photosensitive path of the photo-sensitive cell.

According to an embodiment of the present utility model, described in described split type latent prestige module, light steering mechanism is a rib Mirror.

According to an embodiment of the present utility model, the optical axis of a right-angle surface of the prism perpendicular to the camera lens.

According to an embodiment of the present utility model, described in described split type latent prestige module, camera lens is a telephoto lens.

According to an embodiment of the present utility model, described in described split type latent prestige module, split type latent prestige module includes An at least camera module, is arranged at the outside of the smooth steering assembly, the incidence side of optical axis direction and the smooth steering direction To consistent, a periscopic array camera module is formed.

Another aspect of the present utility model provides a latent assemble method for hoping module, and which includes step：

(A) one smooth steering assembly of modularization assembling；

(B) one die set of modularization assembling；With

(C) split ground assembles the smooth steering assembly and the die set.

According to an embodiment of the present utility model, bag in step (A) described in the assemble method of described periscopic module Include step：One smooth steering mechanism's adjustable ground is assembled in into a pedestal and forms the smooth steering assembly.

According to an embodiment of the present utility model, bag in step (C) described in the assemble method of described periscopic module Include：Hermetically connect the smooth steering assembly and the die set.

According to an embodiment of the present utility model, described in the assemble method of described periscopic module, step (C) includes Step：The smooth steering assembly and the die set are encapsulated by an assembly.

According to an embodiment of the present utility model, bag in step (C) described in the assemble method of described periscopic module Include step：AA adjustment is carried out to the smooth steering assembly and the die set.

Description of the drawings

Fig. 1 is the schematic perspective view figure of the split type latent prestige module according to a preferred embodiment of the present utility model.

Fig. 2 is the cross-sectional schematic of the split type latent prestige module according to above preferred embodiment of the present utility model.

Fig. 3 is the light path schematic diagram of the split type latent prestige module according to above preferred embodiment of the present utility model.

Fig. 4 is the decomposing schematic representation of the split type latent prestige module according to above preferred embodiment of the present utility model.

Fig. 5 is the decomposition of the light steering assembly of the split type latent prestige module according to above preferred embodiment of the present utility model Schematic diagram.

Fig. 6 is that the decomposition of the die set of the split type latent prestige component according to above preferred embodiment of the present utility model is shown It is intended to.

Fig. 7 is the sealed structural representation of the split type latent prestige component according to above preferred embodiment of the present utility model.

Fig. 8 is the assembling flow path schematic diagram of the split type latent prestige module according to above preferred embodiment of the present utility model.

Fig. 9 is the assemble method schematic diagram of the split type latent prestige module according to above preferred embodiment of the present utility model.

Figure 10 is to take the photograph mould according to the periscopic pair of the above-mentioned split type latent prestige module group assembling being preferable to carry out of the present utility model Group.

Specific embodiment

Hereinafter describe for disclosing this utility model so that those skilled in the art can realize this utility model.Hereinafter retouch Preferred embodiment in stating is only used as citing, it may occur to persons skilled in the art that other obvious modifications.Retouch following The ultimate principle of the present utility model defined in stating can apply to other embodiments, deformation program, improvement project, etc. Tongfang Case and the other technologies scheme without departing from spirit and scope of the present utility model.

As shown in Figures 1 to 8, it is that module 100 is hoped according to the split type latent of a preferred embodiment of the present utility model.It is described The split type latent modular construction for hoping module 100 using split, so that substitute the mode of traditional integral type assembling, it is to avoid one Unfavorable factor present in formula structure and its assembling mode.In this utility model by split modular mode, there is provided it is different Module, so as to can be more easily applied in the assembling of the camera module of many camera lenses 21, such as periscopic is double to take the photograph module, the latent prestige Module can be combined with traditional module, be easy to be formed different the double of assembling layouts and taken the photograph module.

Referring to figs. 1 to Fig. 8, according to this each embodiment of the present utility model, the split type latent prestige module 100 includes a light Steering assembly 10, a die set 20 and an assembly 30.

The smooth steering assembly 10 and the die set 20 are assembled by 30 respective split of assembly ground The split type latent prestige module 100.That is, the smooth steering assembly 10 and the die set 20 each constitute a group Die-filling piece, two assembling module assembleds are constituted by the split type latent prestige module 100 by the assembly 30, different from passing The integral type assembling of system.

Further, referring to figs. 1 to Fig. 4, the assembly 30 is a shell structure, and which has a window 31, the window 31 are used for thang-kng.The smooth steering assembly 10 is relative with the window 31, is arrived by the window 31 in order to extraneous light Up to the smooth steering assembly 10, the transformation of radiation direction is realized by the smooth steering assembly 10.Especially, it is new in this practicality In this embodiment of type, the smooth steering assembly 10 causes light to realize 90 degree of direction transformation, such as, is entered by vertical direction The light penetrated, by the smooth steering assembly 10 after, by horizontal direction outgoing.

According to this embodiment of the present utility model, housing of the assembly 30 for a regular shape is such as square, from And entirely the smooth steering assembly 10 and the die set 20 are socketed on inside which so that 10 He of smooth steering assembly The die set 20 is advantageously mounted on electronic equipment after assembling, such as smart mobile phone, panel computer, notebook computer, can Mobile device.

It is noted that the smooth steering assembly 10 and the die set 20 are each independent, in modular construction, because This when it is described it is split type it is latent prestige module 100 in one of part go wrong when, such as described smooth steering assembly 10 or described Die set 20, can individually carry out modularity replacing, without affecting another part, so as to improve the utilization rate of each part, Cost is reprocessed in reduction.

Further, with reference to Fig. 2, according to this embodiment of the present utility model, the assembly 30 and the die set One is formed between 20 and adjusts gap 32, in order to carry out AA adjustment.That is, assembling described point by the way of assembling using AA Body formula is dived when hoping module 100, and the regulation gap is that the die set 20 provides adjustment space so that the position of the module Can be adjusted, reduce the impact of the flatness for assembly precision of the assembly 30, reduce further assembling difficulty, And image quality can be improved by AA adjustment.

Further, according to this embodiment of the present utility model, the smooth steering assembly 10 and the die set 20 are logical The mode for crossing glue bonding is assembled in the assembly 30.That is, when the split type latent prestige module 100 is assembled, can Glue is drawn with the enclosure interior in the assembly 30, then the smooth steering assembly 10 and 20 bonding of the die set are assembled In inside, and when assembling, AA adjustment can be carried out by the adjustment gap 32.

The smooth steering assembly 10 includes a smooth steering mechanism 11 and a pedestal 12.The smooth steering mechanism 11 is installed in The pedestal 12.The smooth steering mechanism 11 is used for the transformation of radiation direction, especially, in this embodiment of the present utility model In, the smooth steering mechanism 11 causes light to realize 90 degree of direction transformation.The smooth steering mechanism 11 includes two right-angle surfaces 111 With an inclined-plane 112, two right-angle surface 111 with two right-angle surfaces, 111 shape in angle of 45 degrees, right-angle surface 111 described in one and institute The optical axis for stating die set 20 is vertical.Citing ground but be not limited to, the smooth steering mechanism 11 may be implemented as a plane mirror or One prism.Especially, in this embodiment of the present utility model, it is special that the smooth steering mechanism 11 is implemented as a prism Ground, the prism are a total reflection prism.That is, described prism includes inclined-plane 112 described in two right-angle surfaces 111 and, and inclined-plane 112 It it is 45 degree with two right-angle surfaces, 111 angle.

It is noted that plane mirror and prism can optically realize optical steering purpose, but due to reality There is film layer and predetermined thick bottom on the plane mirror on border so that refraction occurs when reflection is turned in light, and refraction number of times is more, And prism passes through the 45 degree construction featuress of itself so that light after refraction by prism in 90 jiaos of outgoing, the refraction number of times of generation Less, reflection efficiency is higher, and in an assembling process, and the angle of plane mirror needs to preset, it is more difficult to install, therefore from excellent For the mode that choosing is implemented, it is more suitable for choosing prism as light steering mechanism 11.But prism is not intended to be limited to, the skill of this area Art personnel are it should be appreciated that the specific embodiment of the smooth steering structure, is not restriction of the present utility model.

The pedestal 12 includes an inner support 121 and a support arm 122.The smooth steering mechanism 11 is by described by being installed on Inner support 121, and cause the right-angle surface 111 that the light is turned to vertical with the optical axis of the die set 20, the light is turned to One inclined-plane 112 of mechanism 11 is fixed against the inner support 121.The inner support 121 is installed in the smooth steering mechanism 11 The support arm 122, so as to form the modular smooth steering assembly 10, in order to by the smooth steering assembly 10 with it is described Die set 20 is assembled.That is, the support arm 122 is the smooth steering assembly 10 and the inner support 121 carrying For an assembling base plane so that the smooth steering mechanism 11 can arrange at a predetermined angle, and it is convenient entirely with the module Component 20 is assembled.

Further, the smooth steering assembly 10 includes a rotating mechanism 13, for rotating the smooth steering mechanism 11.It is described Rotating mechanism 13 is installed in the support arm 122, and is rotationally connected with the inner support 121, in order to pass through to rotate institute State inner support 121 and rotate the prism.

It is noted that in traditional mode, prism is fixably attached in integral support, it is impossible to adjusted Section, therefore for the optical zoom of module can only be realized by 21 part of camera lens, and according to this enforcement of the present utility model Example, the smooth steering mechanism 11 and module adjustable ground assembling, such that it is able to pass through the smooth steering mechanism 11 and described Realizing the latent optical zoom for hoping module, optical zoom effect that must be more excellent is prevented so as to reach optics for the cooperation of module Tremble.

Further, the smooth steering assembly 10 includes an electrical connecting element 14, for being electrically connected to the die set 20. The electrical connecting element 14 electrically connects the rotating mechanism 13 and the die set 20, in order to obtain from the die set 20 Take driving kinetic energy.That is, when the latent prestige module needs to carry out optical zoom regulation, can be from the die set 20 Electric energy is obtained, the rotating mechanism 13 is driven, the smooth steering mechanism 11 is driven by the rotating mechanism 13.Especially, institute State rotating mechanism 13 and the optical anti-vibration that the steering mechanism realizes different directions is adjusted in axial rotation mode.Such as along module light Axle axial rotation realizes the optical anti-vibration of both direction along 10 incident illumination axial rotation of light steering assembly.

With reference to Fig. 6, according to this embodiment of the present utility model, the die set 20 includes a camera lens 21, a driving Part 22 and a photosensitive-member 23.The camera lens 21 is installed in the driver part 22, in order to pass through the driver part 22 drivings adjust the camera lens 21.The driver part 22 is installed in the photosensitive-member 23, and one causes 21, the camera lens In the photosensitive path of the photosensitive-member 23.Citing ground but be not limited to, the driver part 22 may be implemented as voice coil motor Or piezo-electric motor.

The optical axis of the camera lens 21 is in 45 degree of angles with the inclined-plane 112 of the smooth steering mechanism 11.Specifically, in group When filling the split type latent prestige module 100, can be by dynamically adjusting the smooth steering assembly 10 and the die set 20 Mode cause the optical axis of the camera lens 21 and 112 angle of inclined-plane of the smooth steering mechanism 11 to reach 45 degree.

The camera lens 21 may be implemented as a telephoto lens 21, standard lens 21 or a wide-angle lens 21.

Further, the photosensitive-member 23 includes a photo-sensitive cell 231, a circuit panel element 232, a filter element 233 With a bearing 234.The photo-sensitive cell 231 is electrically connected to the circuit panel element 232, and the bearing 234 is installed in described Circuit panel element 232, the filter element 233 are installed in the bearing 234.The driver part 22 is installed in described On seat 234, it is located on the photosensitive path of the photo-sensitive cell 231 in order to the camera lens 21, and the drive division can be passed through Part 22 adjusts the camera lens 21.The driver part 22 is electrically connected to the circuit panel element 232, in order to from the wiring board Element 232 obtains work energy.

According to this embodiment of the present utility model, the photo-sensitive cell 231 is attached at the circuit panel element 232, And it is electrically connected to the circuit panel element 232.Citing ground, the photo-sensitive cell 231 may be implemented as the photosensitive cores of CCD or CMOS Piece.Especially, in one embodiment, the sensitive chip is attached at the circuit panel element 232, and by gold thread electricity It is connected to the circuit panel element 232.The filter element 233 may be implemented as a cutoff filter IRCF, wafer Level cutoff filter, smalt optical filter.

The smooth steering assembly 10 is installed in the end of the driver part 22, relative with the camera lens 21.

Further, right-angle surface 111 described in the one of the smooth steering assembly 10 is relative with the camera lens 21, and with the camera lens 21 optical axis is vertical.Citing ground, in this enforcement of the present utility model, when the smooth steering mechanism 11 is implemented as a prism When, during periscopic module collection image, the institute of the assembly 30 is passed through by the light that acquisition target reflects State window 31 and reach the smooth steering mechanism 11, it is incident through right-angle surface 111 described in the smooth steering mechanism 11 1, into described The inside of light steering mechanism 11, then reflects on the inclined-plane 112 of the smooth steering mechanism 11 and turns to, then by the light 111 outgoing of another described right-angle surface of steering mechanism 11, reaches the camera lens 21 of the die set 20, further, turns to Light afterwards reaches the photosensitive unit through the refraction of the camera lens 21 and the light filtration of the filter element 233 Part 231, further, converts light signals into the signal of telecommunication through the photosensitization of the photo-sensitive cell 231, is transmitted in the line Road panel element 232, and then the signal of telecommunication can be sent to the electronic equipment of application by the circuit panel element 232, so as to reality The collection of existing image, realizes the reproduction of image by electronic equipment.

It is noted that in this embodiment of the present utility model, the smooth steering assembly 10 and the module group Part 20 is each individually packaged, and the prism and the camera lens 21 are each encapsulated as the shape of light steering assembly 10 and module group valency Assembled under state, therefore the time that prism and camera lens 21 are each exposed in air is shorter, reduces the attachment of dust, so as to The generation of the split type latent stain for hoping module 100 is reduced, image quality is improved.

According to this embodiment of the present utility model, the die set 20 includes a support member 24, the supporting part Part 24 is arranged at outside the driver part 22, and protrudes from the driver part 22, in order to for the smooth steering assembly 10 provide a Support Position.That is, when the smooth steering assembly 10 is assembled with the die set 20, will be described Light steering assembly 10 is positioned over the projection of the support member 24, and then realizes the smooth steering assembly 10 and the module The docking of component 20.More specifically, the support member 24 is a platy structure, the support arm of the smooth steering structure 122 bottom surfaces are placed in the support member 24.

It is noted that according to this this embodiment of the present utility model, the support member 24 and the assembly The 30 relative closure structures for cooperatively forming a regular shape so that the smooth steering assembly 10 and the die set 20 are located at institute State in the enclosed construction that assembly 30 and the support member 24 are formed so that the split type latent prestige module 100 be easier to by It is applied to other electronic equipments.

Further, according to this utility model, this is embodiment, and the electrical connector of the smooth steering assembly 10 is by reality Apply as welding pin, the welding pin is electrically connected to the support member 24, and the support member 24 is electrically connected to the line Road panel element 232, drives the kinetic energy of the work of smooth steering mechanism 11 so as to facilitate the rotating mechanism 13 to provide.More specifically Ground, the support member 24 can be by the embedded circuits in the support member 24 with the electric connection mode of the wiring board Mode is realized, in the corresponding position setting pad of the welding pin.

In another embodiment, the electrical connecting element 14 may be implemented as lead, will be the lead directly electric The circuit panel element 232 is connected to, so as to provide the electric energy of the work of the rotating mechanism 13.

According to this embodiment of the present utility model, the driver part 22 includes a sealing structure 221, for hermetically Connect the smooth steering assembly 10 and the driver part 22.Further, the sealing structure 221 is arranged at the drive division 22 external port of part.Specifically, according to this embodiment of the present utility model, the sealing structure 221 is implemented as a square platform Stepped structure, and the end face structure relative with the smooth steering mechanism 11 be engaged, so as to by the smooth steering mechanism 11 and institute State die set 20 hermetically to dock.Especially, the sealing structure 221 may be implemented as a rubber seal port.

Further, the smooth steering assembly 10 and the die set 20 pass through glue bonding.That is, in assembling institute When stating light steering assembly 10 and the die set 20, after AA adjustment is carried out, apply in 221 position of the sealing structure Glue so that the smooth steering assembly 10 and the die set 20 hermetically connect so that the split type latent prestige module 100 Sealing is light tight.

With reference to Fig. 9, according to above preferred embodiment of the present utility model, this utility model provides the group of a periscopic module Dress method 1000, the assemble method 1000 include step：

1100：One smooth steering assembly 10 of modularization assembling；

1200：One die set 20 of modularization assembling；With

1300：The split ground assembling smooth steering assembly 10 and the die set 20.

In the step 1100, including step：One smooth steering mechanism, 11 adjustable ground is assembled in into a pedestal 12.

Further, the step 1300 includes step：Hermetically connect the smooth steering assembly 10 and the module group Part 20.Specifically, such as by light steering assembly 10 described in glue bonding and the die set 20.

Further, the step 1300 includes step：The smooth steering assembly 10 and institute are encapsulated by an assembly 30 State die set 20.Specifically, the smooth steering assembly 10 and the die set 20 are encapsulated by way of AA adjustment such as.

In the step 1300, the die set 20 is assembled in into the beam projecting side of the smooth steering assembly 10 To.

The step 1300 includes step：AA adjustment is carried out to the smooth steering assembly 10 and the die set 20. Specifically, when the smooth steering assembly 10 is implemented as a prism, during AA is adjusted so that the inclined-plane 112 of prism Optical axis with camera lens 21 is in 45 degree.

As shown in Figure 10, be according to above preferred embodiment of the present utility model it is split type latent prestige module group assembling latent prestige Formula is double to take the photograph module.The periscopic pair takes the photograph module includes periscopic module 100 described in a camera module 200 and.The shooting Module 200 is arranged at the outside of the split type latent described smooth steering assembly 10 for hoping module 100, the optical axis of the camera module Direction is consistent with the light incident direction of the smooth steering assembly 10.

The camera module 200 can be to focus camera module or dynamic Jiao's camera module.

It is noted that the split type latent prestige module 100 of the present utility model can be from different camera module groups Close, and constitute the camera module of many camera lenses, and assembling layout can be set according to specific needs, such as, by two camera modules Latent prestige module described with one constitutes three camera modules, or two it is described it is latent hope modules and a camera module constitute three take the photograph Module is hoped as head is latent.Those skilled in the art it should be appreciated that the number of shots of the latent prestige module of the multi-cam and Layout structure, is not restriction of the present utility model.

It should be understood by those skilled in the art that the embodiment of the present utility model shown in foregoing description and accompanying drawing is only used as Illustrate and be not intended to limit this utility model.The purpose of this utility model completely and is effectively realized.Work(of the present utility model Energy and structural principle in embodiment show and illustrate, under without departing from the principle, embodiment of the present utility model Can there are any deformation or modification.

Claims (20)

1. a split type latent prestige module, it is characterised in that include：

One smooth steering assembly；With

One die set, which includes a camera lens and a photosensitive-member, and the camera lens is located at the photosensitive path of the photosensitive-member；Its Described in light steering assembly split modularity be assembled in the die set, the camera lens is located at the light of the smooth steering assembly Line exit direction, so that light reaches the camera lens after turning to outgoing by the smooth steering assembly.

2. split type latent prestige module according to claim 1, wherein described smooth steering assembly include a smooth steering mechanism and One pedestal, the smooth rotation mechanism are arranged at the pedestal, and light produces steering through the smooth steering mechanism.

3. split type latent prestige module according to claim 2, wherein described smooth steering assembly include a rotating mechanism, drive The smooth steering mechanism rotates.

4. split type latent prestige module according to claim 3, wherein described smooth steering assembly include an electrical connecting element, electricity Connect the rotating mechanism and the die set, the work in order to be obtained the rotational structure by the die set is moved Energy.

5. split type latent prestige module according to claim 2, wherein described die set include a support member, protrude from The die set, the smooth steering assembly are supported on the support member.

6. split type latent prestige module according to claim 5, wherein described pedestal include an inner support and a support arm, institute Light steering assembly is stated by a predetermined angle by by the inner support is installed on, the inner support is installed on the support arm, described outer Support is supported on the support member.

7. split type latent prestige module according to claim 1, wherein described split type latent prestige module include an assembly, institute State light steering assembly and the die set is assembled in the assembling in vivo.

8. split type latent prestige module according to claim 7, wherein described assembly have a window, the light steering group The light incident direction of part is communicated with the window.

9. split type latent prestige module according to claim 7, has between wherein described assembly and the die set One adjustment gap, carries out AA adjustment during in order to assembling.

10., according to the arbitrary described split type latent prestige module of claim 2 to 9, wherein described die set includes a drive division Part, the camera lens are installed in the driver part, in order to adjust the camera lens.

11. split type latent prestige modules according to claim 10, wherein described driver part include a sealing structure, sealing Ground connects the driver part and the smooth steering assembly.

12. split type latent prestige modules according to claim 11, wherein described sealing structure are one square step-like.

13. split type latent prestige modules according to claim 11, wherein described smooth steering assembly are existed with the driver part The sealing structure position passes through glue bonding.

14. split type latent prestige modules according to claim 10, wherein described photosensitive-member include one line of a photo-sensitive cell Road panel element, the circuit panel element are attached at the circuit panel element, and are electrically connected to the circuit panel element.

15. split type latent prestige modules according to claim 14, wherein described driver part are electrically connected to the wiring board Element, in order to by the circuit panel element acquisition work kinetic energy.

16. split type latent prestige modules according to claim 14, wherein described photosensitive-member include a bearing and an optical filtering Element, the bearing are installed in the circuit panel element, and the filter element is installed in the bearing.

17. split type latent prestige modules according to claim 14, wherein described driver part are installed in the bearing, with So that the camera lens is located at the photosensitive path of the photo-sensitive cell.

18. split type latent prestige modules according to claim 10, wherein described smooth steering mechanism are a prism.

19. split type latent prestige modules according to claim 18, a right-angle surface of wherein described prism is perpendicular to the mirror The optical axis of head.

20. split type latent prestige modules according to claim 10, wherein described split type latent prestige module include that at least one takes the photograph As module, the outside of the smooth steering assembly is arranged at, optical axis direction is consistent with the incident direction of the smooth steering direction, shape Into a periscopic array camera module.