CN2837895Y

CN2837895Y - Camera module connector

Info

Publication number: CN2837895Y
Application number: CN200520018801.7U
Authority: CN
Inventors: 杨明勋
Original assignee: Molex LLC
Current assignee: Molex LLC
Priority date: 2005-05-23
Filing date: 2005-05-23
Publication date: 2006-11-15
Anticipated expiration: 2015-05-23

Abstract

A camera module connector comprises an insulating body, a plurality of conductive terminals, a metal frame, a camera module and a metal shell, wherein the outer edges of four side walls of the insulating body are respectively provided with at least one clamping groove, the top edges of the clamping grooves respectively form a first end surface, the conductive terminals are installed on the insulating body, four side plates of the metal frame are respectively provided with at least one opening, the metal frame is sleeved and coated outside the insulating body, the top edge of the opening is the first end surface lower than the top edge of the clamping groove, the camera module is placed in a containing space of the insulating body, the top plate of the metal shell is provided with a pressing unit, four side plates of the metal shell are respectively provided with at least one first elastic arm metal shell, the metal shell is sleeved and coated outside the metal frame, the first elastic arms on the four side plates of the metal shell enter the openings of the four side plates of the metal frame and are abutted against the first end surfaces, the pressing unit on the top plate of the metal shell elastically presses the camera module, and pressing and fixing the camera module in the accommodating space of the insulating body.

Description

The camera model connector

Technical field

The utility model relates to a kind of camera model connector, refers to that especially a kind of structural stability is preferable, and the combination closely of each parts is difficult for the camera model connector that gets loose, rocks.

Background technology

See also Fig. 1, it is a kind of existing camera model connector 9, include an insulating body 91, a plurality of conducting terminal 92, a metal framework 93, a camera model 94 and a metal shell 95, wherein these insulating body 91 inside are formed with a receiving space (figure slightly), and these conducting terminals 92 are to be installed on four sidewalls of this insulating body 91.This metal framework 93 is sheathed this insulating body 91 outsides that are coated on.These conducting terminal 92 1 ends are to be welded in circuit board 8 corresponding electrical contacts 81, make these conducting terminals 92 reach electric connection with circuit board 8.

This camera model 94 is to insert in the receiving space of this insulating body 91, these conducting terminal 92 other ends are the electrical contacts that are crimped on substrate four limits of this camera model 94, make this camera model 94 reach electric connection with these conducting terminals 92, so this camera model 94 can be reached electric connection with circuit board 8 through these conducting terminals 92.

This metal shell 95 is to make with metal material; this metal shell 95 includes a top board 951 and four side plates 952; these side plates 952 are to be extended to form downwards by top board 951 4 limits; these side plates 952 are the lamellar bodies that disconnect each other for four; this metal shell 95 is coated on camera model 94, insulating body 91 and metal framework 93 outsides; and can prevent electromagnetic interference (EMI), can reach the better protection effect of covering.

But, above-mentioned existing camera model connector 9, its metal shell 95 has four side plates 952 that disconnect each other, outwards raise easily, therefore this metal shell 95 is difficult to the stable camera model 94 that is coated on, insulating body 91 and metal framework 93 outsides, make this camera model connector 9 after assembling is finished, the gapped generation of meeting between camera model 94 and the insulating body 91, be easy to generate and rock, one-piece construction is comparatively loose, and structure is unstable, gets loose easily between each parts, especially this camera model connector generally is to be installed on to need to cause above-mentioned many problems even more serious on the regular mobile portable electronic equipment.

Therefore, as from the foregoing, above-mentioned existing camera model connector on reality is used, obviously has inconvenience and exists with disappearance, and can treat in addition improver.

Summary of the invention

Fundamental purpose of the present utility model is to provide a kind of camera model connector, and structure is firm after assembling, and structural stability is preferable, the combination closely of each parts, and each parts is difficult for getting loose, rocking.

In order to reach above-mentioned purpose, the utility model provides a kind of camera model connector, comprise: an insulating body, it comprises a diapire and four sidewalls, form a receiving space between this diapire and four sidewalls, this four sidewalls outer rim respectively is provided with at least one fixing slot, and this fixing slot apical margin respectively forms one first end face; A plurality of conducting terminals, it is installed on this insulating body; One camera model is to insert in the receiving space of this insulating body; One metal framework, it comprises four continuous side plates, and four side plates of this metal framework respectively are provided with at least one opening, and this metal framework is sheathed this insulating body outside that is coated on, these openings are corresponding with these fixing slots, and the opening apical margin is first end face that is lower than the fixing slot apical margin; An and metal shell, it comprises a top board and four side plates, the top board of this metal shell is provided with a press unit, respectively be provided with at least one first elastic arm on four side plates of this metal shell, these first elastic arm upper ends form free end and extend to this metal shell inside inwardly, this metal shell is the sheathed metal framework outside that is coated on, first elastic arm on four side plates of this metal shell enters in the opening of four side plates of this metal framework, and be resisted against first end face of this fixing slot, press unit on the top board of this metal shell is that elasticity is suppressed this camera model, and this camera model compacting is fixed in the receiving space of this insulating body.

The utility model mainly is that the top board in this metal shell is provided with press unit and four side plates are provided with first elastic arm, and can utilize stable being snapped between insulating body and the metal framework of these first elastic arms, make stable the combining of this metal shell and insulating body.In addition, utilize this press unit elasticity compacting camera model, make in the receiving space that is arranged at this insulating body that this camera model can be stable, thereby the gap of non-loosening between this camera model and the insulating body is existed, make very firm of camera model connector assembling back structure, structural stability is preferable, the combination closely of each parts, and each parts is difficult for getting loose, rocking.

For enabling further to understand feature of the present utility model and technology contents, see also following about detailed description of the present utility model and accompanying drawing, yet appended graphic only provide with reference to and the explanation usefulness, be not to be used for the utility model is limited.

Description of drawings

Fig. 1 is the stereographic map of existing camera model connector;

Fig. 2 is the three-dimensional exploded view of the utility model camera model connector;

Fig. 3 is the three-dimensional exploded view of another angle of the utility model camera model connector;

Fig. 4 is the stereographic map of the utility model camera model connector;

Fig. 5 is the stereographic map of another angle of the utility model camera model connector;

Fig. 6 is the side view of the utility model camera model connector;

Fig. 7 is the 7-7 cut-open view of Fig. 6.

Embodiment

See also Fig. 2 to Fig. 7, the utility model provides a kind of camera model connector 1, include an insulating body 11, a plurality of conducting terminal 12, a metal framework 13, a camera model 14 and a metal shell 15, wherein this insulating body 11 is to make with plastic material, it includes diapire 111 and four sidewalls 112 that one links to each other, forms a receiving space 113 between this diapire 111 and four sidewalls 112.Be to be interval with a plurality of terminal containing slots 114 on four sidewalls 112 of this insulating body 11, these terminal containing slots 114 also are through to sidewall 112 and diapire 111 joints, and these terminal containing slots 114 also extend upwardly to sidewall 112 inner edges.

Four sidewalls, 112 outer rims of this insulating body 11 respectively are provided with at least one fixing slot 1121, are that each sidewall 112 in this insulating body 11 is provided with two fixing slots 1121 in the present embodiment, and these fixing slot 1121 apical margins respectively form one first end face 1122.Fixing slot 1,121 one sides partly also stretch out, and respectively form one second end face 1123 in apical margin, and this second end face 1123 is to be lower than first end face 1122.

These conducting terminals 12 are to have electric conductivity and flexible metal material is made, it respectively has a body 121, these body 121 2 ends have extended to form a contact site 122 and a weld part 123 respectively, these conducting terminals 12 are to be embedded in the terminal containing slot 114 on four sidewalls 112 that are fixed in this insulating body 11 with body 121, making these conducting terminals 12 is to be installed on this insulating body 11, and the contact site 122 and the elasticity of each conducting terminal 12 stretch in this receiving space 113.123 of the weld parts of each conducting terminal 12 are exposed to outside the bottom surface of this insulating body 11, and the weld part 123 of these conducting terminals 12 can make this camera model connector 1 reach electric connection with circuit board in order to be welded in the corresponding electrical contact of circuit board.

This metal framework 13 is to make with the rubber-like metal material, and it includes four continuous side plates 131, and this four side plate 131 is to surround into a square framed structure, and can be used to be sheathed on insulating body 11 outsides.These side plate 131 upper limbs respectively extend internally and are formed with an eaves portion 132.Respectively be provided with at least one opening 1311 on four side plates 131 of this metal framework 13, these openings 1311 are corresponding with fixing slot 1121.Opening 1,311 one sides partly also stretch out and are formed with a buckling piece 1312, and these buckling piece 1312 upper ends form free end, and this buckling piece 1312 is the extensions inwardly of tilting, and makes these buckling piece 1312 upper ends stretch into this metal framework 13 inside.

This metal framework 13 is sheathedly from top to bottom to be fixed in this insulating body 11 outsides, and makes eaves portion 132 whole this insulating body 11 tops that are pressed on of these metal framework 13 upper limbs, makes this insulating body 11 be coated on metal framework 13 inside.These metal framework 13 sheathed these insulating bodies 11 that are coated on are outside to the location, these openings 1311 are corresponding with these fixing slots 1121, and opening 1311 apical margins are first end faces 1122 that are lower than fixing slot 1121 apical margins, make the fixing slot 1121 nearly apical margins of side plate 131 inboards that are positioned at this metal framework 13 partly be formed with a depression 1124.These buckling piece 1312 upper ends are to be resisted against these second end faces 1123, make this metal framework 13 be sheathed on these insulating body 11 outsides from top to bottom when locating, this metal framework 13 and insulating body 11 buckle mutually combine, and can prevent that metal framework 13 breaks away from insulating body 11 to top offset.

This camera model 14 comprises a body 141 and a substrate 142, this body 141 has a square column type base portion 1411 and a cylindrical boss 1412, this protuberance 1412 is connected in the end face of this base portion 1411, is formed with a platform 1413 between this base portion 1411 and the protuberance 1412.The end face of this substrate 142 is connected in the bottom surface of the base portion 1411 of this body 141, and four limits of this substrate 142 are provided with a plurality of electrical contacts 1421, and these electrical contacts 1421 are four limits in this substrate 142 of being arranged with at interval.

This camera model 14 can be inserted in the receiving space 113 of this insulating body 11, make these contact sites 122 that are arranged at the conducting terminal 12 on the sidewall 112 of insulating body 11 be contacted with the electrical contact 1421 on substrate 142 4 limits of this camera model 14 respectively with the crimping of side pressure mode by this, make this camera model 14 reach electric connection with these conducting terminals 12, so this camera model 14 can be reached electric connection with circuit board by these conducting terminals 12.

This metal shell 15 is to make with the rubber-like metal material, it includes a top board 151 and four side plates 152, this top board 151 and four side plates 152 are to surround into a square shell structure, and can be sheathed on this insulating body 11, metal framework 13 and camera model 14 outsides.These top board 151 central authorities be formed with one with the protuberance 1412 corresponding circular through-holes 1511 of the body 141 of camera model 14.This four side plate 152 is to be extended to form downwards by top board 151 4 limits, and these side plates 152 are the lamellar bodies that disconnect each other for four.

The top board 151 of this metal shell 15 is provided with a press unit 153, and this press unit 153 comprises at least one pair of rolled-up stock 1530, and this is that to be located at top board 151 diagonal angles of metal shell 15 online to rolled-up stock 1530.This press unit 153 includes two pairs of rolled-up stocks 1530 in the present embodiment, is located at 151 4 corners of top board of metal shell 15 respectively.Each rolled-up stock 1530 comprises at least one shell fragment 1531, this rolled-up stock 1530 includes two shell fragments that are oppositely arranged 1531 in the present embodiment, this shell fragment 1531 is that the top board 151 by metal shell 15 extends to form, these shell fragment 1,531 one ends form free end, and extend to this metal shell 15 inside down, and on can platform 1413 in order to the body 141 that is resisted against camera model 14.

Respectively be provided with at least one first elastic arm 154 and one second elastic arm 155 on four side plates 152 of this metal shell 15, these first elastic arms 154 and second elastic arm 155 are for having the elastic arm body of suitable length, these first elastic arms 154 and second elastic arm 155 are to be extended to form by side plate 152, these first elastic arms 154 and second elastic arm, 155 upper ends form free end and tilt extend to this metal shell 15 inside inwardly.

This metal shell 15 is sheathed from top to bottom camera model 14, insulating body 11 and metal framework 13 outsides of being coated on; the top board 151 of this metal shell 15 and four side plates 152 are to hide respectively in base portion 1411 tops of the body 141 of this camera model 14 and four side plates, 131 outsides of this metal framework 13; and can prevent electromagnetic interference (EMI), can reach the better protection effect of covering.1412 of the protuberances of the body 141 of this camera model 14 are piercing in top board 151 outsides of metal shell 15 via open-work 1511, make these camera model 14 tops be exposed to the outside.

This metal shell 15 is sheathed on camera model 14 from top to bottom, when insulating body 11 and metal framework 13 outsides, first elastic arm 154 on four side plates 152 of this metal shell 15 enters in the opening 1311 of four side plates 131 of this metal framework 13 immediately, and the shell fragment 1531 of the press unit 153 on this metal shell 15 can elasticity contacts on the platform 1413 of body 141 of camera model 14, make metal shell 15 can produce the strength of past top offset, so that first elastic arm 154 on four side plates 152 of this metal shell 15 is resisted against this first end face 1122, this first elastic arm 154 is snapped in the corresponding depression 1124, makes first elastic arm, 154 stable being snapped between insulating body 11 and the metal framework 13 on four side plates 152 of this metal shell 15.155 of second elastic arms on four side plates 152 of this metal shell 15 can be resisted against four side plates, 131 outer rims of this metal framework 13, use the increase holding force.

Press unit 153 on the top board 151 of this metal shell 15 can utilize shell fragment 1531 elastic top to be butted on the platform 1413 of body 141 of camera model 14, make these press unit 153 elasticity suppress this camera model 14, and these camera model 14 stable compactings can be fixed in the receiving space 113 of this insulating body 11; By above-mentioned composition to form camera model connector of the present utility model.

The utility model mainly is that the top board 151 in this metal shell 15 is provided with press unit 153 and four side plates 152 are provided with first elastic arm 154, and can utilize stable being snapped between insulating body 11 and the metal framework 13 in the formed depression 1124 of these first elastic arms 154, make combining that this metal shell 15 and insulating body 11 can be stable.In addition, can utilize this press unit 153 elasticity compacting camera model 14, make in the receiving space that is fixed in this insulating body 11 113 that this camera model 14 can be stable, thereby make the gap existence of non-loosening between this camera model 14 and the insulating body 11.Be that structural stability is preferable with very firm of, camera model connector of the present utility model assembling back structure, the combination closely of each parts, each parts is difficult for getting loose, rocking, and being particularly useful for needs on the regular mobile portable electronic equipment.

Moreover, four side plates 152 of this metal shell 15 are provided with second elastic arm 155, can be resisted against four side plates, 131 outer rims of this metal framework 13, make this metal framework 13 firm be held in metal shell 15 inside, use the increase holding force, what make that this metal shell 15 can be more stable is coated on camera model 14, insulating body 11 and metal framework 13 outsides.

In addition, four side plates 131 of this metal framework 13 are provided with buckling piece 1312, these buckling pieces 1312 can be resisted against second end face 1123 of four sidewalls 112 of these these insulating bodies 11, this metal framework 13 is combined with insulating body 11 mutual buckles, make metal framework 13 and insulating body 11 more firmly decide to link, each parts is difficult for getting loose, rocking.

But the above only is a preferable possible embodiments of the present utility model, non-so promptly arrest limit claim of the present utility model, so the equivalent structure that uses the utility model instructions and graphic content to do such as changes, and all in like manner all is contained in the scope of the present utility model.

Claims

1, a kind of camera model connector is characterized in that: comprising:

One insulating body, it comprises a diapire and four sidewalls, forms a receiving space between this diapire and four sidewalls, and this four sidewalls outer rim respectively is provided with at least one fixing slot, and this fixing slot apical margin respectively forms one first end face;

A plurality of conducting terminals, it is installed on this insulating body;

One camera model is to insert in the receiving space of this insulating body;

One metal framework, it comprises four continuous side plates, and four side plates of this metal framework respectively are provided with at least one opening, and this metal framework is sheathed this insulating body outside that is coated on, these openings are corresponding with these fixing slots, and the opening apical margin is first end face that is lower than the fixing slot apical margin; And

One metal shell, it comprises a top board and four side plates, the top board of this metal shell is provided with a press unit, respectively be provided with at least one first elastic arm on four side plates of this metal shell, these first elastic arm upper ends form free end and extend to this metal shell inside inwardly, this metal shell is the sheathed metal framework outside that is coated on, first elastic arm on four side plates of this metal shell enters in the opening of four side plates of this metal framework, and be resisted against first end face of this fixing slot, press unit on the top board of this metal shell is that elasticity is suppressed this camera model, and this camera model compacting is fixed in the receiving space of this insulating body.

2, camera model connector according to claim 1 is characterized in that, four sidewalls of this insulating body are provided with a plurality of terminal containing slots, and these conducting terminals are in the terminal containing slot that is fixed on four sidewalls of this insulating body.

3, camera model connector according to claim 1, it is characterized in that, fixing slot one epitaxial lateral overgrowth of four side wall upper part parts of this insulating body is stretched and is respectively formed one second end face in apical margin, this second end face is to be lower than first end face, a buckling piece is stretched and respectively be formed with to part opening one epitaxial lateral overgrowth on this metal framework, these buckling piece upper ends are to be resisted against these second end faces, and the mutual buckle of this metal framework and insulating body is combined.

4, camera model connector according to claim 1, it is characterized in that, these conducting terminals respectively have a body, these body two ends extend to form a contact site and a weld part respectively, these conducting terminals are to be fixed in this insulating body with body, the contact site of these conducting terminals stretches in this receiving space, and the contact site of these conducting terminals contacts with camera model reaches electric connection, and the weld part of these conducting terminals is exposed to outside this insulating body.

5, camera model connector according to claim 1 is characterized in that, four side plate upper limbs of this metal framework respectively extend internally and are formed with an eaves portion, and the eaves portion of this metal framework upper limb is pressed on this insulating body top.

6, camera model connector according to claim 1 is characterized in that, the nearly apical margin of the fixing slot of the insulating body of the side plate inboard of this metal framework partly respectively forms a depression, and this first elastic arm is to be snapped in the depression.

7, camera model connector according to claim 1, it is characterized in that, this camera model comprises a body and a substrate, this body has a base portion and a protuberance, this protuberance is connected in the end face of this base portion, forms a platform between this base portion and the protuberance, and the end face of this substrate is connected in the bottom surface of the base portion of this body, this substrate is provided with a plurality of electrical contacts, and the press unit on the top board of this metal shell is the platform that elasticity is suppressed this camera model.

8, camera model connector according to claim 7 is characterized in that, the electrical contact of this camera model is to contact with these conducting terminals to reach electric connection.

9, camera model connector according to claim 7 is characterized in that, the top board central authorities of this metal shell are formed with an open-work, and the protuberance of the body of this camera model is the top board outside that is piercing in metal shell via open-work.

10, camera model connector according to claim 1 is characterized in that, four side plates of this metal shell are to be extended to form downwards by top board four limits, and these side plates are the lamellar bodies that disconnect each other for four.

11, camera model connector according to claim 1, it is characterized in that, this press unit comprises at least one pair of rolled-up stock, each rolled-up stock comprises at least one shell fragment, this shell fragment is that the top board by metal shell extends to form, these shell fragment one ends form free end, and extend to this metal shell inside down.

12, camera model connector according to claim 11 is characterized in that, this is the top board diagonal line of being located at metal shell to rolled-up stock.

13, camera model connector according to claim 11 is characterized in that, this press unit includes two pairs of rolled-up stocks, is located at four corners of top board of metal shell respectively.

14, according to claim 11 or 13 described camera model connectors, it is characterized in that this rolled-up stock includes two shell fragments that are oppositely arranged, these shell fragments are that the top board by metal shell extends to form, these shell fragment one ends form free end, and extend to this metal shell inside down.

15, camera model connector according to claim 1, it is characterized in that, respectively be provided with at least one second elastic arm on four side plates of this metal shell, these second elastic arm upper ends form free end and extend to this metal shell inside inwardly, and these second elastic arms are resisted against four side plate outer rims of this metal framework.