CN208227149U - Camera - Google Patents

Abstract

A kind of camera, comprising: shell and the circuit board being fixed in the shell；Lens assembly, the lens assembly include pedestal and the camera lens for being fixedly installed on the pedestal, and the pedestal is fixedly installed on the circuit board.By the way that on circuit boards, the fixed installation of lens assembly can be facilitated, makes the component in shell that there is higher integrated level the lens assembly fixed setting of camera.Also, without gap, to save the space between lens assembly and circuit board between lens assembly and circuit board, camera can be made to do relatively thinner, reduce the volume of camera, to promote the use feel of camera.

Description

Camera

Technical field

The utility model relates to photography and vedio recording technical fields, and in particular to a kind of camera.

Background technique

As becoming increasingly abundant for production and living is colorful, people increasingly want to record some fine moments, thus So that camera is increasingly becoming the indispensable necessity of people.Camera generally includes the mirror of shell and setting inside the shell Head, image inductor and circuit board, image inductor are electrically connected to circuit board.The scenery being taken is by lens imaging in image Inductor, and by the digitization of circuit board completion signal, to be transmitted to storage card preservation.But camera in the prior art Circuit board, camera lens be usually fixedly installed on shell respectively, i.e., circuit board and camera lens are separation, and integrated level is not high.Cause to shine The internal component of camera is more, and structure is relative complex, increases the volume of camera.

Utility model content

The utility model solves the problems, such as to be circuit board and camera lens in prior art camera to be separation, and integrated level is not Height causes the internal component of camera more, and structure is relative complex.

To solve the above problems, the utility model provides a kind of camera, comprising: shell and be fixed at the shell Interior circuit board；Lens assembly, the lens assembly include pedestal and the camera lens for being fixedly installed on the pedestal, and the pedestal is solid Surely it is set to the circuit board.

Optionally, the circuit board, one of them in pedestal are equipped with limit hole, another is equipped with spacer pin, the limit Position pin is adapted for insertion into limit hole to limit position of the pedestal on the circuit board.

Optionally, the pedestal is spirally connected, is glued or is connected in the circuit board.

Optionally, the camera further includes image inductor, and described image inductor is fixedly installed on the circuit Plate, and with the axially opposing setting of the camera lens.

Optionally, the pedestal and the circuit board surround accommodating chamber, and described image inductor is fixed at the appearance It receives intracavitary.

Optionally, the lens assembly is multiple, and a plurality of lenses component is fixedly installed on the same plate of the circuit board On face, and the optical axis of a plurality of lenses in a plurality of lenses component is arranged in parallel.

Optionally, a plurality of lenses component is arranged successively along the length direction of the circuit board.

Optionally, the camera further includes the supporting plate being fixedly installed in the shell, the supporting plate and institute The two sides that lens assembly is located at the circuit board are stated, and the supporting plate is arranged face-to-face with the circuit board, the electricity Road plate is fixedly installed on the supporting plate.

Optionally, the camera further includes the rechargeable battery being fixedly installed in the shell, the rechargeable battery The two sides of the supporting plate are located at the circuit board.

Optionally, the camera further includes heat sink, and the heat sink and the lens assembly are located at the circuit The same side of plate, and be arranged face-to-face with the circuit board, the heat sink is fixedly installed on the circuit board.

Optionally, the heat sink, which has, is suitable for the through-hole that the lens assembly passes through.

Compared with prior art, the technical solution of the utility model has the advantage that

By the way that the lens assembly fixed setting of camera on circuit boards, can be facilitated the fixed installation of lens assembly, Make the component in shell that there is higher integrated level.Also, to save between lens assembly and circuit board without gap Space between lens assembly and circuit board, can be such that camera does relatively thinner, reduce the volume of camera, to mention Rise the use feel of camera.

Further, camera includes at least two lens assemblies, and two lens assemblies are matched and shot to object, To obtain better shooting effect.By the way that limit hole is arranged on circuit boards, spacer pin is set on lens assembly, makes spacer pin It is matched with corresponding limit hole, a plurality of lenses component can be limited in the specific region of circuit board, make a plurality of lenses component Relative position with setting.So as to avoid lens assembly that from can not effectively cooperating because of positional shift, shooting matter is reduced Amount.

Detailed description of the invention

Fig. 1 is the schematic perspective view of the utility model specific embodiment camera；

Fig. 2 is the stereochemical structure exploded view of camera shown in Fig. 1；

Fig. 3, Fig. 4 are when lens assembly in camera shown in Fig. 2, circuit board are fixedly connected with supporting plate on different directions Structural schematic diagram；

Fig. 5 is the structural exploded view of lens assembly in camera shown in Fig. 3, circuit board and supporting plate.

Specific embodiment

It is understandable to enable the above objects, features, and advantages of the utility model to become apparent, with reference to the accompanying drawing to this The specific embodiment of utility model is described in detail.

Referring to Fig.1, Fig. 2, a kind of camera 100, including shell 10, circuit board 20, image inductor 30 (shown in Fig. 5) and Lens assembly 40.Circuit board 20 is electrically connected image inductor 30, and is fixed in shell 10 together with image inductor 30, Lens assembly 40 is suitable for finding a view, and the scenery being taken images in image inductor 30 by lens assembly 40, and passes through circuit board 20 complete the digitization of signal, and image data is transmitted to storage card and is saved.

In the present embodiment, lens assembly 40 includes pedestal 41 and the camera lens 42 for being fixedly installed on pedestal 41.Wherein, pedestal 41 It is fixed on circuit board 20.That is, the lens assembly 40 for finding a view is fixedly disposed on circuit board 20.One Aspect can facilitate the fixed installation of lens assembly 40, and the component in shell 10 is made to have higher integrated level.Another party Face, when lens assembly 40 is fixedly installed on circuit board 20, so that it is very close to each other between lens assembly 40 and circuit board 20, it saves Space between lens assembly 40 and circuit board 20, can be such that camera 100 does relatively thinner, reduce camera 100 Volume, to promote the use feel of camera 100.

Referring to Fig. 3, Fig. 4, camera 100 is specially double cameras, including two lens assemblies 40, two lens assemblies 40 It is fixed on same circuit board 20, towards same direction.Also, the light of two camera lenses 42 in two lens assemblies 40 Axis is arranged in parallel.By the way that two lens assemblies 40 are arranged, so as to realize better shooting effect.In compared to the prior art Double cameras can preferably make two camera lenses since two lens assemblies 40 are fixed on same circuit board 20 Component 40 is fixed on same plane, simplifies the mounting process of lens assembly 40.

In the present embodiment, two lens assemblies 40 are arranged successively setting along the length direction x of circuit board 20.

It should be noted that after the design parameter of two lens assemblies 40 determines in camera 100, then two lens groups The relative position of part 40 is also just determined.Therefore, two lens assemblies 40 are not any setting on circuit board 20, two The position of lens assembly 40 on the circuit board 10 is fixed.

During camera 100 is manufactured, after two lens assemblies 40 and circuit board 20 are determined, according to two The design parameter of a lens assembly 40 and the dimension information of circuit board 20, on circuit board 20 determine two installation sites, with In two lens assemblies 40 of installation respectively.

To avoid lens assembly 40 during the installation process, the position of lens assembly 40 shifts.As shown in figure 5, photograph Machine 100 further includes two position-limit mechanisms, and two position-limit mechanisms are respectively used to two lens assemblies 40 of restriction and are mounted on circuit board 20 Specific position.It is specifically described for corresponding lens assembly 40 by one of position-limit mechanism in detail below, it is another A position-limit mechanism is specifically referred to aforesaid way with the design method of corresponding lens assembly 40.

In the present embodiment, position-limit mechanism includes being fixedly installed on two limit hole 20a of circuit board 20 and being fixedly installed on Two spacer pin (not shown)s of pedestal 41.Wherein, two spacer pins are matched with two limit hole 20a respectively, will Pedestal 41 is limited in the specific region of circuit board 20.

Also, it is additionally provided with the first mounting hole 20b on circuit board 20, is additionally provided on pedestal 41 corresponding with the first mounting hole 20b The second mounting hole 41b being arranged.During by the installation of lens assembly 40 to circuit board 20, first two spacer pins are inserted respectively In two limit hole 20a, at this point, the first mounting hole 20b is oppositely arranged with the second mounting hole 41b, worn using fixing piece 21b The first mounting hole 20b and the second mounting hole 41b are crossed to realize being fixedly connected for pedestal 41 and circuit board 20.

Wherein, the first mounting hole 20b is the through-hole through circuit board 20, and the second mounting hole 41b is threaded hole, fixing piece 21b is screw, and pedestal 41 is spirally connected using screw and is fixed on circuit board 20.

To enable pedestal 41 to be firmly set to circuit board 20, pedestal 41 is equipped with multiple second mounting hole 41b, and more A second mounting hole 41b is along the circumferentially distributed of pedestal 41.Corresponding, circuit board 20 is equipped with multiple first installations of corresponding number Hole 20b, multiple first mounting hole 20b are arranged in a one-to-one correspondence with multiple second mounting hole 41b respectively.

It should be appreciated that pedestal 41, which can not only be spirally connected, is fixed on circuit board 20, it also can use cement splicing and be fixed on Circuit board 20, or circuit board 20 is fastened on using fastener.In addition, the quantity of the limit hole 20a on circuit board 20 can It is even more to be three；Correspondingly, the quantity of spacer pin can be three, it is even more.The number of limit hole 20a, spacer pin Amount is more, then has better limit effect.

Also, limit hole 20a can not only be provided on circuit board 20, also can be set on pedestal 41；Alternatively, simultaneously Limit hole is set on circuit board 20 and pedestal 41, recycles independent spacer pin, make spacer pin while being inserted into corresponding two In a limit hole, to realize the limit to pedestal 41.

In addition, the camera 100 of the present embodiment includes two lens assemblies 40, two lens assemblies 40 are fixedly installed on Circuit board 20.In other variations, camera can also only include the lens assembly for being set to circuit board 20, or packet Three arrangement above are included in the lens assembly of circuit board 20, the tool of lens assembly can be equally limited using corresponding position-limit mechanism Body position, and be fixed and be installed on circuit board 20, the implementation of the technical program is not influenced.

With continued reference to Fig. 5, image inductor 30 is specially two, is correspondingly arranged respectively with two lens assemblies 40.Wherein, Image inductor 30 is fixedly installed on circuit board 20, and the same side of circuit board 20, and corresponding image are located at lens assembly 40 Inductor 30 and the axially opposing setting of lens assembly 40.30 electrical connection circuit plate 20 of image inductor, the scenery being taken pass through Camera lens 42 can image in image inductor 30, and be converted into electric signal by circuit board 20, be stored.

In conjunction with Fig. 3, Fig. 4, pedestal 41 can surround accommodating chamber (not shown) with circuit board 20.When lens assembly 40 is solid When be set on circuit board 20 surely, image inductor 30 is located in accommodating chamber.Therefore, it can be avoided the exposure of image inductor 30 It suffers damage outside.Wherein, multiple first mounting hole 20b are around the circumferentially distributed of image inductor 30.

In the present embodiment, camera 100 further includes the supporting plate 50 being arranged in shell 10, supporting plate 50 and circuit board 20 It is arranged face-to-face, and is located at the two sides of circuit board 20 with lens assembly 40.Wherein, 50 rectangular in shape of supporting plate, tool There are four the first threaded hole 50a for being located at four apex angles, supporting plate 50 is spirally connected by four the first threaded hole 50a to be fixed on Shell 10.Also, circuit board 20 has the second threaded hole 20c, and circuit board 20 is spirally connected by the second threaded hole 20c is fixed on bracket Plate 50.

As shown in Fig. 2, shell 10 includes positioned at the first shell 11 of 100 front side of camera and positioned at 100 rear side of camera Second shell 12.Camera 100 further includes the battery (not shown) for being powered to circuit board 20, and battery is consolidated It is fixed to be arranged between second shell 12 and supporting plate 50, i.e. battery and circuit board 20 two sides that are located at supporting plate 50.Bracket One of effect of plate 50 is fixing circuit board 20, another effect is that battery and circuit board 20 is isolated.

In the present embodiment, camera 100 further includes the heat sink 60 being arranged in shell 10, heat sink 60 and circuit board 20 It is arranged face-to-face, and is located at the same side of circuit board 20 with lens assembly 40.Wherein, heat sink 60, which is spirally connected, is fixed on circuit board 20。

Camera 100 is first in the battery, circuit board 20 and lens assembly 40 in use, being set in shell 10 etc. Device inevitably generates heat, and the heat of generation needs timely to be discharged outside to, to avoid camera 100 is influenced Normal use.By the way that heat sink 60 is arranged, the heat that related component generates can quickly be transferred to heat sink 60, and pass through Heat sink 60 is distributed to the external world, and heat is avoided to gather in shell 10, influences the normal use of camera 100.

Wherein, two through-holes 61 are additionally provided at heat sink 60 and the axially opposing position of two lens assemblies 40, two logical Hole 61 is suitable for passing through lens assembly 40 interfering to avoid to lens assembly 40.

With continued reference to Fig. 2, before first shell 11 is including enclosure body 11a and suitable for being fixedly installed on enclosure body 11a Cover 11b.Camera aperture 11c there are two setting on front cover 11b, two camera aperture 11c are suitable for accommodating two lens assemblies 40 respectively, to mirror Head assembly 40 plays the role of support.

Camera 100 further includes the screen assembly 70 for being set to 12 rear side of second shell, and screen assembly 70 is for showing institute The object of shooting, for photographer's observation.Wherein, screen assembly 70 is rotatably arranged on second shell 12, so that group of screens Part 70 and lens assembly 40 can be simultaneously towards photographers, so that photographer be made to observe captured image by screen assembly 70 (photographer itself), determines the quality of shooting quality, realizes better self-timer effect.

Although the utility model discloses as above, the utility model is not limited to this.Anyone skilled in the art, It does not depart from the spirit and scope of the utility model, can make various changes or modifications, therefore the protection scope of the utility model It should be defined by the scope defined by the claims..

Claims (11)

1. a kind of camera characterized by comprising

Shell and the circuit board being fixed in the shell；

Lens assembly, the lens assembly include pedestal and the camera lens for being fixedly installed on the pedestal, the pedestal fixed setting In the circuit board.

2. camera as described in claim 1, which is characterized in that one of them in the circuit board, pedestal is equipped with limit Hole, another is equipped with spacer pin, and the spacer pin is adapted for insertion into limit hole to limit the pedestal on the circuit board Position.

3. camera as described in claim 1, which is characterized in that the pedestal is spirally connected, is glued or is connected in the circuit board.

4. camera as described in claim 1, which is characterized in that further include image inductor, described image inductor is fixed Be set to the circuit board, and with the axially opposing setting of the camera lens.

5. camera as claimed in claim 4, which is characterized in that the pedestal and the circuit board surround accommodating chamber, described Image inductor is fixed in the accommodating chamber.

6. camera as described in claim 1, which is characterized in that the lens assembly be it is multiple, a plurality of lenses component is solid Surely it is set in the same plate face of the circuit board, and the optical axis of a plurality of lenses in a plurality of lenses component is arranged in parallel.

7. camera as claimed in claim 6, which is characterized in that a plurality of lenses component along the circuit board length direction according to Secondary arrangement.

8. camera as described in claim 1, which is characterized in that it further include the supporting plate being fixedly installed in the shell, The supporting plate and the lens assembly are located at the two sides of the circuit board, and the supporting plate is faced with the circuit board Face setting, the circuit board are fixedly installed on the supporting plate.

9. camera as claimed in claim 8, which is characterized in that further include the charging electricity being fixedly installed in the shell Pond, the rechargeable battery and the circuit board are located at the two sides of the supporting plate.

10. camera as described in claim 1, which is characterized in that it further include heat sink, the heat sink and the lens group Part is located at the same side of the circuit board, and is arranged face-to-face with the circuit board, and the heat sink is fixedly installed on the electricity Road plate.

11. camera as claimed in claim 10, which is characterized in that the heat sink has to be passed through suitable for the lens assembly Through-hole.