CN203313289U

CN203313289U - Camera lens structure

Info

Publication number: CN203313289U
Application number: CN2013203482933U
Authority: CN
Inventors: 蒋铭达
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-06-18
Filing date: 2013-06-18
Publication date: 2013-11-27
Anticipated expiration: 2023-06-18

Abstract

The utility model discloses a camera lens structure. According to the camera lens structure of the utility model, a camera lens structure of a mobile communication device is re-designed. The camera lens structure comprises a base; an accommodating groove which can properly accommodate a lens is arranged inside the base; and a light-through hole on the base can form a light-transmitting window of a camera. The base is combined with the lens, such that used materials of the lens can be effectively decreased, and therefore, the processing procedures of the lens of the camera can be simplified, and yield can be improved, and a result, production capacity can be increased; and at the same time, with the above designed structure adopted, scratching of the lens can be decreased, and therefore, the service life of the lens can be prolonged.

Description

The camera lens structure

Technical field

The utility model relates to a kind of lens structure; Refer in particular to a kind of lens structure that is applied to camera, can be applicable to various hand-held devices, as: among the various hand-hold communication devices such as mobile phone, panel computer.

Background technology

Development along with multimedia technology, digital still camera and video camera more and more are consumers in general's favor, people more and more pursue its miniaturization to the numerical digit camera, while is because portable electronic equipment is compact, easy to carry, people wish in the function that can realize the acquisition object image on portable electronic equipment, and obtain clear picture, the portable electronic equipment of camera of having thus arises at the historic moment.

Current portable hand-held device, as mobile phone and panel computer etc., mostly have convenience and interest that communication function (as: 3G function or WIFI line etc.) and camera function promote use, camera generally all is installed on the shell of hand-hold communication device, is beneficial to the user and takes, and the camera outside all is provided with the protection eyeglass, to prevent that camera is affected by external factor and damages, make the eyeglass of camera, if give an example with glass material, on procedure, must pass through: cutting, imitative type, bevelling, tempering, plain grinding, printing and plated film supervisor, just can reach the basic requirement of using such as protection camera and light transmission, because glass material is hard, so can significantly affect the speed of processing, increase the man-hour of making, and in the process of lapping of imitative type and bevelling, if the situation that eyeglass collapses limit occurs, glass material will be cancelled to be submitted an expense account.

The size of camera eyeglass is all very small at present simultaneously, so many procedure of processings must operate piecewise with manual type (as bevelling etc.), very waste of manpower and production efficiency are low, but camera is under microelectronic innovation day by day, developed into very small size, the camera eyeglass only needs to allow camera part light-permeable can reach the shooting purpose in fact, do not need to allow whole lens area printing opacities, so current eyeglass needs with print routine, to cover most eyeglass area (only staying optical transmission window) in addition, so the practice is also wasted lens materials very much, therefore how to improve the shortcoming in aforementioned existing eyeglass production and processing, and then raising speed of production and yield, be a technical task had practical value in fact.

In view of this, the design people is in the design of above-mentioned camera lens structure, not attaining perfect many disappearances and the inconvenience caused, and deeply design, and the active research improvement has a fling at and development and Design goes out this case.

The utility model content

The purpose of this utility model is to provide a kind of camera lens structure; can effectively reduce the use of lens material; and then the procedure of simplification camera eyeglass; and promote yield and then increase production capacity; this kind project organization can reduce the scratch of eyeglass when using simultaneously, protects eyeglass to improve useful life.

In order to reach above-mentioned purpose, solution of the present utility model is:

A kind of camera lens structure, this camera lens structure are arranged at the table edge of an action communication device and in order to protect camera, this camera lens structure comprises:

One pedestal, be provided with a storage tank in this pedestal, this storage tank apical margin also is provided with a light hole; And lens, these lens are arranged in this storage tank and are superimposed under this light hole with this pedestal, to be combined as a whole.

Above-mentioned light hole periphery also is provided with at least one washer, and this washer is in order to top this lens that stand erect, this light hole in case these lens come off.

The said base upper limb also is provided with at least one fin.

Said lens is that in a glass material, an acryl material and a light-transmitting materials, optional one is made.

Said base is also with optional one in a hot melt, a ultrasonic waves, a bonding, the chimeric mode of a punching press and a mechanism, so that these lens are fixed in this storage tank.

Said base back of the body edge also is provided with a bonding coat.

After adopting said structure, the utility model camera lens structure, by the design of pedestal in conjunction with lens, can effectively simplify the loaded down with trivial details processing flow process of existing whole eyeglass and reduce material cost, wherein pedestal can select the material that is easy to production (ejection formation) to make, can allow pedestal be easier to be assemblied in the upper of mobile communication device and good laminating degree is arranged, pedestal more can be selected diversified color, or be easy to print the material of colouring, break through existing framework prints on eyeglass restriction, make the camera eyeglass can create the visual effect of more diversification, larger error on the design tolerable lens sizes of storage tank, and the procedure of the imitative type of omission and bevelling, reduction is collapsed limit and is improved yield, and outside the minimizing of lens material can reduce costs, the probability of static dust absorption in the time of more can reducing assembling, and the utility model can be reached the shoot function of camera optical transmission window by the combination of pedestal light hole and lens, and by pedestal the difference of height after lens are combined, can when using, reduce the scratch of lens, and then the protection lens improve useful life.

The accompanying drawing explanation

Fig. 1 is the first embodiment stereogram of the utility model camera lens structure;

Fig. 2 A is the first embodiment front view of the utility model camera lens structure;

Fig. 2 B is the first embodiment dorsal view of the utility model camera lens structure;

Fig. 3 is the first embodiment cutaway view of the utility model camera lens structure;

Fig. 4 is the second embodiment stereogram of the utility model camera lens structure;

Fig. 5 A is the second embodiment front view of the utility model camera lens structure;

Fig. 5 B is the second embodiment dorsal view of the utility model camera lens structure;

Fig. 6 is the second embodiment cutaway view of the utility model camera lens structure.

Symbol description

10 pedestal 11 washer 12 fin 20 lens 30 bonding coats.

Embodiment

In order further to explain the technical solution of the utility model, the utility model is elaborated below by specific embodiment.

, first with reference to Fig. 1, be please the first embodiment stereogram of the utility model camera lens structure.

The utility model camera lens structure consists predominantly of

pedestal

10 and 20 two unit of lens form, wherein in pedestal 10, be provided with a storage tank, just can be used for accommodating these lens 20, and the storage tank apical margin of pedestal 10 is provided with a light hole, can be in order to printing opacity as the camera window, the primary colors of pedestal 10 materials can select different colors to make, even pedestal 10 bodies also can utilize special engineering method, produce three-dimensional concavo-convex embossment kenel, or the different shape-designing such as form concentric spirals line, to increase the rich of visual perception, again or by the positive surface treatment of doing not in specie of pedestal 10, as: printing, spray paint, bat printing, the variety of way such as silk-screen or plating, form various different colours, the style pattern, provide the user to have diversified outward appearance to select, during production, also can after finishing dealing with, aforementioned surfaces print additional again word and numeral (as: brand, model and pixel) etc., reach the specific purposes of show message.

Next please continue with reference to Fig. 2 A is the first embodiment front view of the utility model camera lens structure; The utility model is in anterior view, approximate with existing camera eyeglass, but structure is entirely different in the existing camera eyeglass of one-piece construction, the utility model replaces the printed layers on existing camera eyeglass with pedestal 10, makes more simple and easy in processing and outward appearance be rich in changeableization; From dorsal view, can find out, the periphery of light hole is provided with the washer 11 of a slice at least, this washer 11 can be used to the top lens 20 that stand erect, and drops out outside pedestal 10 to prevent lens 20, and aforementioned structure can be the first embodiment dorsal view of the utility model camera lens structure with reference to Fig. 2 B.

Finally please refer to Fig. 3 is the first embodiment cutaway view of the utility model camera lens structure, as can be seen from the figure lens 20 are after standing erect in washer 11 tops, can form difference of height distance a little with pedestal 10 surfaces, due within lens 20 can slightly be recessed in pedestal 10, like this can effectively reduce the chance of scratch lens 20, by pedestal 10 and the dimension scale of lens 20, can be found out simultaneously, structure of the present utility model can significantly reduce uses lens 20 materials (not adopting full wafer lens material to carry out processing and fabricating like existing camera eyeglass), (for example: the program that can save imitative type and bevelling can effectively reduce the expenditure of lens 20 costs and processing charges, reduce lens and add the chance that limit is collapsed in the generation in man-hour), after lens 20 are arranged at storage tank, can further use hot melt, ultrasonic waves, bind, the chimeric mode of punching press or design organization, lens 20 are fixed in storage tank, pedestal 10 back of the body edge can be provided with bonding coat 30, be beneficial to the bonding linkage editor of camera lens structure finished product and hand-hold communication device.

Do not violating under same creation spirit, the utility model more can have following enforcement state, please continue with reference to Fig. 4, is the second embodiment stereogram of the utility model camera lens structure, this camera lens structure of implementing state consists predominantly of

pedestal

10 and 20 two unit of lens form, wherein pedestal 10 table edge are provided with at least one fin 12, in pedestal 10, be provided with storage tank, just can be used for accommodating these lens 20, and on the storage tank apical margin of pedestal 10, be provided with a light hole, can be in order to printing opacity as the camera window, the primary colors of pedestal 10 materials can select different colors to make, to increase the rich of visual perception, or by positive in specie the printing treatment done not of pedestal 10 (as color, style), provide the user to have diversified outward appearance to select.

Next please continue with reference to Fig. 5 A is the second embodiment front view of the utility model camera lens structure; The utility model is in anterior view, can find out that the utility model replaces the printed layers on existing camera eyeglass with pedestal 10, make processing more simple and easy, on pedestal 10 fronts, be provided with fin 12 and more can produce protection effectiveness to lens, and increase the third dimension of whole vision; From dorsal view, can find out, the periphery of light hole is provided with the washer 11 of a slice at least, this washer 11 can be used to the top lens 20 that stand erect, and drops out outside pedestal 10 to prevent lens 20, and aforementioned structure can be the second embodiment dorsal view of the utility model camera lens structure with reference to Fig. 5 B.

Finally please refer to Fig. 6 is the second embodiment cutaway view of the utility model camera lens structure, as can be seen from the figure lens 20 are after standing erect in washer 11 tops, can form difference of height a little with pedestal 10 surfaces, the fin 12 that adds top base 10 table edge will make within lens 20 are recessed in pedestal 10, like this can prevent effectively that lens 20 are by the chance of scratch, by pedestal 10 and the dimension scale of lens 20, can be found out simultaneously, structure of the present utility model can significantly reduce uses lens 20 materials (not adopting full wafer lens material to carry out processing and fabricating like existing camera eyeglass), (for example: the program that can save imitative type and bevelling can effectively reduce the expenditure of lens 20 costs and processing charges, reduce lens and add the chance that limit is collapsed in the generation in man-hour), after lens 20 are arranged at storage tank, can further use hot melt, ultrasonic waves, bind, the chimeric mode of punching press or design organization, lens 20 are fixed in storage tank, pedestal 10 back of the body edge can be provided with bonding coat 30, be beneficial to the bonding linkage editor of finished product.

By above stated specification, can understand the utility model camera lens structure, by the design of pedestal in conjunction with lens, can effectively simplify the loaded down with trivial details processing flow process of existing whole eyeglass and reduce material cost, wherein pedestal can select the material that is easy to production (ejection formation) to make, can allow pedestal be easier to be assemblied in the upper of mobile communication device and good laminating degree is arranged, pedestal more can be selected diversified color, or be easy to print the material of colouring, break through existing framework prints on eyeglass restriction, make the camera eyeglass can create the visual effect of more diversification, larger error on the design tolerable lens sizes of storage tank, and the procedure of the imitative type of omission and bevelling, reduction is collapsed limit and is improved yield, and outside the minimizing of lens material can reduce costs, the probability of static dust absorption in the time of more can reducing assembling.Although the utility model discloses as above with aforesaid preferred embodiment; so it is not in order to limit the utility model; and the kenel of each parts of framework of the present utility model is not limited with embodiment not violating under same novel spirit; size and style as lens; or the appearance design of pedestal; as long as within not breaking away from spirit and scope of the present utility model, when doing a little change and retouching, therefore protection range of the present utility model defines and is as the criterion when looking accompanying claim.

Claims

1. camera lens structure, this camera lens structure are arranged at the table edge of an action communication device and, in order to protect camera, it is characterized in that, this camera lens structure comprises:

One pedestal, be provided with a storage tank in this pedestal, this storage tank apical margin also is provided with a light hole; And

One lens, these lens are arranged in this storage tank and are superimposed under this light hole with this pedestal, to be combined as a whole.

2. camera lens structure as claimed in claim 1, it is characterized in that: this light hole periphery also is provided with at least one washer, and this washer is in order to top this lens that stand erect, this light hole in case these lens come off.

3. camera lens structure as claimed in claim 1, it is characterized in that: this pedestal upper limb also is provided with at least one fin.

4. camera lens structure as claimed in claim 1 is characterized in that: these lens are that in a glass material, an acryl material and a light-transmitting materials, optional one is made.

5. camera lens structure as claimed in claim 1 is characterized in that: this pedestal also with a hot melt, a ultrasonic waves, bind, optional one in the chimeric mode of a punching press and a mechanism, so that these lens are fixed in this storage tank.

6. camera lens structure as claimed in claim 1 is characterized in that: this pedestal back of the body edge also is provided with a bonding coat.