CN201392422Y - Plucking jig - Google Patents

Abstract

The utility model discloses a plucking jig which comprises a base body and two tongs. An insertion hole is arranged at the middle part of the base body, the upper end of the base body protrudes to have two support parts, and the lower end of the base body protrudes to have a resisting block. One end of each tong serves as a handle, the other end serves as a grabbing part, and the handle and the grabbing part are respectively provided with a pivoting part. The pivoting parts of the two tongs are assembled on the support parts of the base body. When using the plucking jig to pluck a lens module, part of the lens is inserted into the insertion hole of the base body, the resisting block pushes and presses a plurality of elastic plates of the fixed lens module outward and a resisting plate is clamped on the outer side wall of the base of the lens module, at this time, by holding the two handles to enable the two handles to round in, the grabbing parts can be clamped on the outer walls of the lens module. The lens module can be released conveniently and quickly by uplifting the whole body of the plucking jig on which the lens module is arranged.

Description

The tool of choosing

Technical field

The utility model relates to a kind of tool of choosing, and relates in particular to a kind of being used for from the choose tool of choosing of camera lens module of the supporting base of consumption electronic product.

Background technology

Along with the user to the multi-functional demand of consumption electronic products such as mobile phone, increasing manufacturer begins camera lens module with camera and is integrated in the consumption electronic product such as mobile phone, to satisfy the demand of user to camera function.

See also Fig. 6, a kind of existing camera lens module 80 is assembled in the supporting base 90.This camera lens module 80 comprises that one is the base 81 of rectangular parallelepiped usually and is positioned at the camera lens coupling part 82 at base 81 1 tops, and camera lens coupling part 82 is convexly equipped with a projection 83 to a side.Supporting base 90 comprises an insulating body 91 with receiving space, is fastened on the metal shell 92 of insulating body 91 outsides.Metal shell 92 has some shell fragments 921, when camera lens module 80 is inserted in the supporting base 90, some shell fragments 921 are held on the end face of base 81 of camera lens module 80 or replace on the side of the base 81 of camera lens module 80, thereby reach the purpose of stable assembling camera lens module 80.

The camera lens module 80 of above-mentioned electronic product is because camera lens module volume is little and assembling is closely and not quick detachable, so often adopt the special tool of choosing that camera lens module 80 is disassembled out from supporting base 90.

Yet, the complex structure of the current tool of choosing specially, the manufacturing cost height is so be necessary the further development tool of choosing simple in structure.

The utility model content

The purpose of this utility model is at above-mentioned the deficiencies in the prior art, and a kind of simple in structure, tool of choosing that can reduce cost is provided.

For achieving the above object, the utility model provides the tool of choosing to comprise a matrix and two calipers; The matrix middle part offers an embedding hole, and the matrix upper end is raised with two support portions, and the matrix lower end is protruding with a press block; One end of caliper is an one handle, and the other end is a crawl section, and has a pivot dress portion between this crawl section and the handle respectively; The pivot dress portion of two calipers is assembled on the support portion of described matrix.

As mentioned above, the utility model is chosen tool when choosing the camera lens module in a supporting base, the camera lens coupling part is inserted in the embedding hole, containing hole of matrix, at this moment, press block will outwards push some shell fragments of the fixed lens module on the supporting base, compress plate and then be fastened in the lateral wall of camera lens module, make the camera lens module no longer be subjected to the buckle of shell fragment, subsequently, hold two handles and make its relative gathering, this moment, the crawl section can be fastened in the outer wall of camera lens module, clamping can be had the tool integral body of choosing of camera lens module upwards to mention, and the camera lens module is taken out from supporting base.The utility model jig structure of choosing is simple, can realize accurately location, is easy to finish easily and efficiently the work of choosing.

Description of drawings

Fig. 1 is the choose stereographic map of tool of the utility model.

Fig. 2 is the three-dimensional exploded view of the tool of choosing shown in Figure 1.

Fig. 3 is the stereographic map of the matrix of the tool of choosing shown in Figure 1.

Fig. 4 is the stereographic map of another angle of matrix shown in Figure 3.

Fig. 5 is the utility model stereographic map of tool when cooperating with the camera lens module of choosing.

Fig. 6 is the stereographic map of an existing camera lens module and supporting base.

Each description of reference numerals is as follows among the figure:

[background technology]

Camera lens module 80 bases 81

Camera lens coupling part 82 projections 83

Supporting base 90 insulating bodies 91

Metal shell 92 shell fragments 921

[the utility model]

Tool 1 matrix 10 of choosing

Base portion 11 support portions 12

Pilot hole 13 press blocks 14

Compress plate 15 embedding holes 16

Containing hole 17 is dodged hole 18

Caliper 20 handles 21

Pivot dress portion 22 spliced eyes 23

Crawl section 24 crawl arms 25

Buckle 26 fixed pins 30

Packing ring 40

Embodiment

By describing technology contents of the present utility model, structural attitude in detail, realized purpose and effect, give explanation below in conjunction with embodiment and conjunction with figs. are detailed.

See also Fig. 1 and Fig. 2, the present embodiment tool 1 of choosing mainly comprises a matrix 10, is journaled into two calipers 20, fixed pin 30 and two packing rings 40 on this matrix 10.

See also Fig. 2, Fig. 3 and Fig. 4, matrix 10 has one and is the tabular base portion 11 of square substantially, and these base portion 11 lower ends are protruding with a square press block 14, and the embedding hole 16 of a circle is offered at base portion 11 middle parts.Be concaved with two semicircle containing holes 17 on the madial wall in embedding hole 16 relatively.Base portion 11 upwards vertically convexes with a support portion 12 respectively in the footpath perpendicular to described two containing holes 17 in described embedding hole 16.Run through respectively on described two support portions 12 and offer a pilot hole 13, this to pilot hole 13 in line.Matrix 10 offers one and dodges hole 18 on the madial wall in its embedding hole 16.

See also Fig. 4, the exterior contour of the press block 14 of the tool 1 of choosing in the present embodiment is a rectangle, and the place, both sides of the edge of press block 14 respectively protrudes out one and compresses plate 15, and this length that compresses plate 15 is slightly less than the length of side of press block 14.

See also Fig. 1 and Fig. 2, described caliper 20 comprises handle 21, and handle 21 is long column shape, and handle 21 lower ends protrude out pivot dress portion 22, and pivot dress portion 22 roughly is square, and its thickness is half of handle 21 thickness, and a spliced eye 23 is offered at its middle part.Pivot dress portion 22 lower ends are extended with crawl section 24, and this crawl section 24 has crawl arm 25, and crawl arm 25 lower ends protrude out and form buckle 26.

Please continue to consult Fig. 1 and Fig. 2, described fixed pin 30 is inserted in pilot hole 13 and the spliced eye 23, and two calipers 20 are installed on the matrix 10.Described two calipers, 20 symmetries are superimposed together, and are set with described two packing rings 40 on the fixed pin 30, and this packing ring 40 lays respectively between the pivot dress portion 22 of the support portion 12 of matrix 10 and caliper 20, and two crawl sections 24 are separately positioned in the containing hole 17 of matrix 10.

See also Fig. 5, the utility model tool 1 of choosing is assembled in camera lens module 80 in the supporting base 90 in order to choose, camera lens module 80 comprises that one is the base 81 of rectangular parallelepiped usually and is positioned at the camera lens coupling part 82 at base 81 1 tops, camera lens coupling part 82 is convexly equipped with a projection 83 to a side, supporting base 90 comprises an insulating body 91 with receiving space, is fastened on the metal shell 92 of insulating body 91 outsides, and metal shell 92 has some shell fragments 921.

When in supporting base 90, choosing camera lens module 80, can make camera lens coupling part 82 be inserted in the embedding hole 16 of matrix 10, in the containing hole 17, and the projection 83 of camera lens coupling part 82 is inserted in dodging in the hole 18 of matrix 10, at this moment, press block 14 will outwards push some shell fragments 921 of fixed lens module 80, compress 15 of plates and be fastened in 81 liang of relative lateral walls of base, make camera lens module 80 no longer be subjected to the buckle of shell fragment 921, at this moment, hold two handles 21 and make its relative gathering, crawl section 24 can be fastened in the outer wall of camera lens module 80, clamping can be had tool 1 integral body of choosing of camera lens module 80 upwards to mention subsequently, and then camera lens module 80 is taken out from supporting base 90.

As mentioned above, the utility model the simple in structure of tool 1 of choosing now, and can realize being easy to finish easily and efficiently the extracting work of camera lens module in accurately location.

The utility model is not limited to above-mentioned embodiment, those skilled in the art that also can make multiple variation in view of the above, be not concaved with two containing holes on the madial wall as the embedding hole, and directly two crawl sections of caliper being arranged on the base portion top of described matrix, these variations all should be encompassed in the scope of the utility model claim.

Claims (5)

1. the tool of choosing is characterized in that: comprise a matrix and two calipers; The matrix middle part offers an embedding hole, and the matrix upper end is raised with two support portions, and the matrix lower end is protruding with a press block; One end of caliper is an one handle, and the other end is a crawl section, and has a pivot dress portion between this crawl section and the handle respectively, and the pivot dress portion of two calipers is assembled on the support portion of described matrix.

2. the tool of choosing as claimed in claim 1 is characterized in that: be concaved with two containing holes relatively on the madial wall in described embedding hole, two crawl sections of described caliper are arranged on respectively in the containing hole of described matrix.

3. the tool of choosing as claimed in claim 1, it is characterized in that: run through respectively on the described support portion and offer a pilot hole, the pivot dress portion of described two calipers offers a spliced eye respectively, is plugged with a fixed pin in described spliced eye and the pilot hole, and two calipers are installed on the matrix.

4. the tool of choosing as claimed in claim 3 is characterized in that: be set with packing ring on the described fixed pin, this packing ring lays respectively between the pivot dress portion of the support portion of matrix and caliper.

5. the tool of choosing as claimed in claim 1 is characterized in that: protruded out on the described press block and compressed plate.

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