CN202633550U

CN202633550U - Soft plate connector

Info

Publication number: CN202633550U
Application number: CN 201220255845
Authority: CN
Inventors: 汪文艳; 杨鸥; 陈秉智
Original assignee: Foxlink Electronics Dongguan Co Ltd; Cheng Uei Precision Industry Co Ltd
Current assignee: Foxlink Electronics Dongguan Co Ltd; Cheng Uei Precision Industry Co Ltd
Priority date: 2012-06-01
Filing date: 2012-06-01
Publication date: 2012-12-26
Anticipated expiration: 2022-06-01

Abstract

The utility model discloses a soft plate connector which comprises an insulating body, a metal casing, a plurality of conducting terminals and a plurality of magnetic members. The insulating body comprises a base body and a fixing block, wherein an inserting groove is arranged in the middle of the base body and provided with taking-in grooves penetrating through the base body and respectively arranged on two sides of the inserting groove; and the fixing block is fixed in the inserting groove, a containing groove is arranged on the upper surface of the fixing block in inward concave mode, and a flat plate is arranged on a lower groove wall in the containing groove in inward convex mode. The metal casing is integrally formed at the bottom of the insulating body and provided with a horizontal plate-shaped base plate which shields the lower end of the containing groove. The magnetic members are placed in the containing groove, and the bottoms of the magnetic members are adsorbed on the base plate. Each conducting terminal is provided with a base, wherein a soft plate is welded with the base of the conducting terminal, the conducting terminals welded with the soft plates are assembled on the fixing block, the bases are inserted below the flat plate, and the soft plates are fixed between the fixing block and the insulating body in clamping mode. By means of the structural design of the soft plate connector, the soft plate connector can be stably assembled on relative electronic products.

Description

The soft board connector

Technical field

The utility model relates to a kind of connector, particularly relates to the soft board connector that a kind of processing procedure is simple and cost is low.

Background technology

Along with development of science and technology; Electronic product miscellaneous is more and more; For the high assembled density of realizing electronic product and highly integrated, (Flexible Printed Circuit FPC) arises at the historic moment to have flexible flexible print circuit; Thereby realized lightweight, miniaturization, the slimming of electronic product, made the assembly apparatus in the electronic product be connected integrated with lead.Flexible print circuit is printed on the soft board usually, and along with the extensive use of flexible print circuit, is used to connect the also constantly development thereupon of soft board connector of electronic component and flexible print circuit.Existing soft board connector generally is made up of members such as insulating body, conducting terminal group and actuation plates, and the soft board that will be printed with flexible print circuit through actuation plate is crimped on the conducting terminal group, realizes the electrical connection of conducting terminal and flexible print circuit.But soft board connector members of the prior art is more and complicated, so processing procedure is complicated, and production cost is high.

The utility model content

The purpose of the utility model is to overcome above-mentioned deficiency of the prior art, and the soft board that a kind of processing procedure is simple and cost is low connector is provided.

For reaching above-mentioned purpose, the utility model provides a kind of soft board connector, is used for being connected with the soft board that is printed with flexible print circuit, comprises an insulating body, a metal-back, plurality of conductive terminals and some magnetic parts.Insulating body comprises matrix and the separable fixed block that is fixed in matrix; The matrix middle part is concaved with inserting groove; Matrix is concaved with the accepting groove that runs through matrix respectively in the inserting groove both sides, and fixed block and inserting groove are complementary and are fixed in the inserting groove, and the fixed block upper surface is concaved with holding tank; The below cell wall inwardly convexes with a flat board in the holding tank, and dull and stereotyped middle part offers a perforate; Metal-back is shaped in the insulating body bottom, has the tabular substrate of a level, and substrate covers the accepting groove lower end; Magnetic part places in the accepting groove, and the magnetic part bottom is adsorbed in the substrate of metal-back; Conducting terminal has a base,

The base top raises up and forms a fixed leg; The base welding of soft board and conducting terminal; The conducting terminal that is welded with soft board is assembled on the fixed block; The base of conducting terminal is inserted in the dull and stereotyped below of holding tank, and fixed leg passes perforate and stretches into the dull and stereotyped top in the holding tank, and soft board is fixedly clamped between fixed block and insulating body.

In sum; The utility model soft board connector through will and the soft board of conducting terminal welding be fixedly clamped between fixed block and insulating body; Processing procedure is simple and cost is low; Be assembled in magnetic part and the metal-back on the insulating body and pipe fitting produced magnetic attraction, thus make the soft board connector more firm be assembled in the associated electrical product.

Description of drawings

Fig. 1 is the stereogram of the utility model soft board connector.

Fig. 2 is the three-dimensional exploded view of the utility model soft board connector.

Fig. 3 is the stereogram of the utility model soft board connector and soft board assembling.

Each description of reference numerals is following among the figure.

Soft board connector 100

Insulating body 10 metal-backs 20

Substrate 21 otch 22

Clamp 23 fixed heads 24

Fixed block 30 holding tanks 31

Perforate 32 dull and stereotyped 33

Conducting terminal 40 bases 41

Fixed leg 42 magnetic parts 50

Matrix 110 inserting grooves 111

Accepting groove 112.

Embodiment

By the technology contents, the structural feature that specify the utility model, reached purpose and effect, below now for example and cooperate graphic knowing clearly to give explanation.

See also Fig. 1 to Fig. 3, the utility model soft board connector 100 is used for being connected with the soft board that is printed with flexible print circuit 60, comprises an insulating body 10, a metal-back 20, plurality of conductive terminals 40 and some magnetic parts 50.

See also Fig. 2, insulating body 10 comprises that one roughly is the matrix 110 and the separable fixed block 30 that is fixed in matrix 110 of cuboid.Matrix 110 upper surfaces slightly tilt to an end.

Matrix 110 middle parts are concaved with a roughly rectangular inserting groove 111; Matrix 110 is concaved with one respectively and roughly is square and through the accepting groove 112 of matrix 110, convexes with several convexities (figure does not show) on accepting groove 112 madial walls in inserting groove 111 both sides.Matrix 110 bottoms are concaved with a rectangular cell body (figure does not show).It is rectangular-shaped that fixed block 30 roughly is, and be complementary with inserting groove 111.Fixed block 30 is fixed in the inserting groove 111, and fixed block 30 upper surfaces are concaved with two holding tanks 31, and the below cell wall inwardly convexes with a flat board 33 in the holding tank 31, and dull and stereotyped 33 middle parts offer a perforate 32.

See also Fig. 2, metal-back 20 has the tabular substrate of a level 21, and substrate 21 1 ora terminalis middle part forms a kerf 22 to incised, and substrate 21 two ends upwards are bent to form a clamp 23 respectively, and substrate 21 protrudes out forward in otch 22 both sides and forms a fixed part 24.Metal-back 20 is shaped in insulating body 10 bottoms, makes metal-back 20 place in the cell body of insulating body 10 bottoms, and substrate 21 covers accepting groove 112 lower ends, the clamp 23 of metal-back 20, fixed part 24 integrated being fastened in the insulating body 10.Therefore, metal-back 20 firm being assembled in the insulating body 10.

See also Fig. 2; It is cube-shaped that magnetic part 50 roughly is, and its size is consistent with accepting groove 112, and magnetic part 50 places in the accepting groove 112; Feasible convexity is fastened in magnetic part 50 sidewalls; Magnetic part 50 bottoms are adsorbed in the substrate 21 of metal-back 20, and therefore, magnetic part 50 is firm is clamped in the magnetic force that has increased magnetic part 50 in the accepting groove 112 and through metal-back 20.This magnetic part 50 is a magnet in the present embodiment.

See also Fig. 2, conducting terminal 40 has a base 41, and base 41 tops raise up and form a fixed leg 42, and conducting terminal 40 makes fixed leg 42 be fixed in the perforate 32 in packing the holding tank 31 of fixed block 30 into from holding tank 31 bottoms of fixed block 30.

See also Fig. 3, the utility model soft board connector 100 directly is connected with soft board 60, soft board 60 be welded in conducting terminal 40 and be fixed in fixed block 30 and insulating body 10 between.Concrete, at first, the mode through SMT welds together the base 41 of soft board 60 and conducting terminal 40; Then, the conducting terminal that is welded with soft board 60 40 is assembled on the fixed block 30, makes the base 41 of conducting terminal 40 be inserted in flat board 33 belows of holding tank 31, fixed leg 42 passes perforate 32 and stretches into flat board 33 tops in the holding tank 31; Then, fixed block 30 is fixed in the inserting groove 111, soft board 60 is fixedly clamped between fixed block 30 and insulating body 10, therefore, soft board 60 electrically connects with soft board connector 100.

In sum; The utility model soft board connector 100 through will and the soft board 60 of conducting terminal 40 welding be fixedly clamped between fixed block 30 and insulating body 10; Processing procedure is simple and cost is low; And the magnetic part 50 that is assembled on the insulating body 10 produces magnetic attraction with metal-back 20 and to pipe fitting, thus make soft board connector 100 more firm be assembled in the associated electrical product.

Claims

1. soft board connector; Be used for being connected with the soft board that is printed with flexible print circuit, it is characterized in that: comprise an insulating body, insulating body comprises matrix and the separable fixed block that is fixed in matrix; The matrix middle part is concaved with inserting groove; Matrix is concaved with the accepting groove that runs through matrix respectively in the inserting groove both sides, and fixed block and inserting groove are complementary and are fixed in the inserting groove, and the fixed block upper surface is concaved with holding tank; The below cell wall inwardly convexes with a flat board in the holding tank, and dull and stereotyped middle part offers a perforate; One metal-back is shaped in the insulating body bottom, has the tabular substrate of a level, and substrate covers the accepting groove lower end; Some magnetic parts place in the accepting groove, and the magnetic part bottom is adsorbed in the substrate of metal-back; Plurality of conductive terminals; All have a base, the base top raises up and forms a fixed leg, the base welding of soft board and conducting terminal; The conducting terminal that is welded with soft board is assembled on the fixed block; The base of conducting terminal is inserted in the dull and stereotyped below of holding tank, and fixed leg passes perforate and stretches into the dull and stereotyped top in the holding tank, and soft board is fixedly clamped between fixed block and insulating body.

2. soft board connector according to claim 1 is characterized in that: said matrix roughly is cuboid, and body upper surface slightly tilts to an end, convexes with several convexities on the accepting groove madial wall of matrix, and convexity is fastened in the magnetic part sidewall.

3. soft board connector according to claim 1; It is characterized in that: said substrate one ora terminalis middle part forms a kerf to incised; The substrate two ends upwards are bent to form a clamp respectively, and substrate protrudes out forward in the otch both sides and forms a fixed part, and the matrix bottom is concaved with a rectangular cell body; Metal-back places in the cell body of insulating body bottom, and the clamp of metal-back, fixed part is integrated is fastened in the insulating body.

4. soft board connector according to claim 1 is characterized in that: said magnetic part roughly is cube-shaped, and accepting groove roughly is square, and the magnetic part size is consistent with accepting groove.