CN2442411Y

CN2442411Y - Electric connector module

Info

Publication number: CN2442411Y
Application number: CN00218905U
Authority: CN
Inventors: 王麒胜; 师乐善
Original assignee: Foxconn Kunshan Computer Connector Co Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Foxconn Kunshan Computer Connector Co Ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2000-08-18
Filing date: 2000-08-18
Publication date: 2001-08-08
Anticipated expiration: 2010-08-18

Abstract

The utility model relates to an electric connector component used for assembling a medium storage device in a portable electronic device. The utility model comprises a first connector and a second connector, wherein, the first connector comprises a first insulation body, a spacing board and a plurality of first terminals, the first insulation body is provided with a horizontally extended through groove, and the spacing board comprises a vertically extended board body part having two sides with grooves. One end of each of the plurality of first terminals is accommodated in the horizontal through groove, the other end of each of the plurality of first terminals is accommodated in the grooves of the board body part, and partial surfaces of the first terminals are exposed. One end of the first connector is horizontally inserted in the medium storage device, and other end of the first connector is vertically inserted in the second connector.

Description

Electric coupler component

The utility model is a kind of electric coupler component, refers in particular to a kind of electric coupler component that is applied to the Storage Media device is mounted on portable electronic devices.

Hard drive is realized being connected by an electric coupler component and portable electronic devices (as: notebook computer), and existing electric coupler component generally can make hard drive peg graft with the horizontal inserted mode that is parallel to circuit board.Because the grafting stroke of horizontal inserted mode must occupy the certain level space, thus this kind electric coupler component generally only be fit to be located at the host computer panel edges so that hard drive directly inserts the receiving space of computer inside from space outerpace.This mode of inserting from the computer edge helps hard drive and changes, but owing to must be positioned at the edge of computer, so can cause the restrictive condition on the computer design, moreover, adopt the computer of this kind design form that a deep hard drive receiving space must be set, when hard drive is pegged graft, must guide rail be set in receiving space inside, guide rail is set occupies certain space again, thereby this kind hard drive inserting mode is not best design sometimes.

Therefore, when hard drive inconvenience is arranged at the edge of computer or based on the demand in the space utilization, and hard drive must be plugged in computer when inner with vertical form, then need to provide a kind of new connector combination, hard drive is pegged graft with the direction perpendicular to circuit board, make its position configuration that is beneficial to internal mechanism, and its grafting stroke does not occupy circuit board space.

The purpose of this utility model is to provide a kind of electric coupler component for Storage Media device and electronic installation grafting, it can make the Storage Media device peg graft with the direction perpendicular to circuit board, and the grafting stroke does not occupy circuit board space, and is beneficial to the position configuration of internal mechanism.

The purpose of this utility model is achieved in that electric coupler component is to include first connector and second connector.Wherein first connector comprises first insulating body, space bar and some the first terminals, this first insulating body is the lengthwise shape, its front surface is made as adapter surface, and the rear surface is made as interface, runs through adapter surface and interface and at least flatly is provided with some grooves that two rows accommodate the first terminal.Space bar includes a board body part, and this board body part is extended straight down from the front lower place of the adapter surface of first insulating body, and its forward and backward two sides are provided with some grooves respectively.Some the first terminal one ends are contained in aforementioned groove, electrically connect with the corresponding terminal of the Storage Media device that is connected with desire, and the other end then is contained in the groove of board body part both sides, and its part surface is exposed, electrically to contact with outside terminal.

Second connector comprises second insulating body and some second terminals, and this second insulating body is the lengthwise shape, and its upper surface is made as adapter surface, and lower surface is made as solder side.Run through adapter surface and solder side one slot is set, the slot both sides are provided with some in order to accommodate the accepting groove of second terminal, aforementioned second terminal is contained in respectively in this accepting groove, each second terminal comprises contact site and weld part, this contact site is exposed in the slot, and weld part then extends solder side to weld mutually with circuit board.Wherein, slot can allow the aforementioned panels body to insert just, and the position of slot both sides accepting groove and number are corresponding with the groove number of aforementioned plate body both sides.When board body part was inserted slot, the contact site lucky and that second terminal is exposed in the slot of the surface outside its both sides the first terminal is exposed to electrically contacted.

Grafting for ease of first connector and second connector, the lower end of aforementioned panels body is provided with chamfering, and in the last notch of aforementioned slot guiding face is set, and relies on the guiding function of chamfering and guiding face, first connector can with second connector aligned position easily and exactly, and be convenient to the operation of pegging graft.

Owing to adopt such scheme, the utility model electric coupler component can make the Storage Media device peg graft with the direction perpendicular to circuit board, and the grafting stroke does not occupy circuit board space, helps the position configuration of internal mechanism.And first connector space bar be set protected the first terminal, the guiding face of the board body part of space bar adds easily the grafting change of first connector and second connector in addition.

The utility model is described in further detail below in conjunction with drawings and Examples.

Fig. 1 is the exploded perspective view of first connector of the utility model electric coupler component.

Fig. 2 is first connector of the utility model electric coupler component and the stereogram before the combination of second connector.

Fig. 3 is the cutaway view of first connector of the utility model electric coupler component.

Fig. 4 is the cutaway view of second connector of the utility model electric coupler component.

Fig. 5 is the cutaway view of the utility model electric coupler component in user mode.

See also shown in Figure 2ly, the utility model electric coupler component comprises first connector 1 and second connector 2.Wherein the structure of first connector 1 sees also Fig. 1, Fig. 2 and shown in Figure 5, first connector 1 comprises first insulating body 10, space bar 12 and some the first terminals 14, this first insulating body 10 is lengthwise shapes, its front surface is made as adapter surface 100, the rear surface is made as interface 102, runs through adapter surface 100 and interface 102 some grooves 104 that two rows accommodate the first terminal 14 flatly are set; Between two row's grooves 104, extend a bearing plate 106 in adapter surface 100 middle parts forward, and a top row of corresponding some grooves 104, some breach 108 offered in the front end of bearing plate.Space bar 12 is the T-shaped lengthwise bodies of a cross section, it includes a board body part 120 and a carrier 122, this carrier 122 is engaged to the lower surface of aforementioned dielectric body 10 bearing plates 106,120 of board body part are extended in the middle part of carrier 122 lower surfaces straight down, and be in the position, front lower place of the adapter surface 100 of first insulating body 10, two sides, board body part 120 front and back are provided with some grooves 124 facing each other respectively, this groove 124 upwards connects carrier 122, and, offer the short slot 123 of linking up to adapter surface 100 directions in the position of carrier 122 end faces near insulating body adapter surface 100 1 rows' groove 124.Some the first terminal 14 1 ends are made into the female terminal structure of hollow form to allow outside terminal to insert, and it is contained in aforementioned two row's grooves 104, with corresponding terminal 30 electric connections of the Storage Media device 3 (consulting Fig. 5) that is connected with desire; The first terminal 14 other ends are made into bar-shaped male terminal structure, and it extends through carrier 122 downwards and is contained in some grooves 124 of aforementioned panels body 120 both sides.Wherein, the first terminal 14 that is positioned at the top passes the breach 108 on the bearing plate and inserts the groove 124 of board body part 120 front sides, the first terminal 14 that is positioned at the below passes short slot 123 and the groove 124 of insertion board body part 120 rear sides, and outside the part surface that makes each the first terminal 14 is exposed to, electrically to contact with the conducting terminal 22 of second connector 2.

See also Fig. 2 and consult Fig. 4 and shown in Figure 5 in the lump, second connector 2 comprises second insulating body 20, some second terminals 22 and two intensive aspects 24, this second insulating body 20 is lengthwise shapes, its upper surface is made as adapter surface 200, lower surface is made as solder side 202, and an intensive aspect 24 is respectively installed at insulating body 20 two ends, and solder side 202 extends guide pillar 208.Run through adapter surface 200 and solder side 202 slot 204 is set, slot 204 both sides are provided with some accepting grooves 206 in order to accommodate second terminal 22.Aforementioned second terminal 22 is contained in respectively in this accepting groove 204, each second terminal 22 comprises contact site 220 and weld part 222, this contact site 220 is exposed in the slot 204, and it is outer to weld mutually with circuit board 4 (consulting Fig. 5) that weld part 222 then extends solder side 202.Wherein, slot 204 can hold the board body part 120 of aforementioned first connector 1 just and insert, and the position of slot 204 both sides accepting grooves 206 and number are lucky corresponding with the groove 124 of aforementioned panels body 120 both sides.When board body part 120 was inserted in the slot 204, the contact site 220 that just surperficial and second terminal 22 outside its both sides the first terminal 14 is exposed to is exposed to slot interior 204 electrically contacted.

Grafting for ease of first connector 1 and second connector 2, the lower end of aforementioned panels body 120 is provided with chamfering 121, and guiding face 205 is set in the upper shed of aforementioned slot 204, the guiding function that relies on chamfering 121 and guiding face 205, the board body part 120 of first connector 1 can be aimed at easily and exactly with the slot 204 of second connector 2, thereby is convenient to the operation of pegging graft.

See also shown in Figure 5, Storage Media device 3 connects from the interface 102 and first connector 1 of first connector 1, its terminal 30 is inserted in the groove 104, electrically to contact with the first terminal 14 of first connector 1, again first connector 1 is utilized the guiding function of the guiding face 205 of 120 times chamfers of board body part 121 and slot 204, insert perpendicular to the circuit board direction in the slot 204 of second connector 2 to the lower edge, the first terminal 14 just forces the contact site 220 of second terminal 22 to produce deformation and realize electrical contact.The weld part 222 of cause second terminal 22 is welded in circuit board 4, thereby Storage Media device 3 is just realized electrically connecting with circuit board 4.

Claims

1. electric coupler component, be applied to the Storage Media device is mounted on portable electronic devices, and realize electrically connecting, it comprises first connector and second connector, wherein, first connector comprises first insulating body with adapter surface and interface, runs through adapter surface and interface the some grooves of two rows at least flatly are set; Some the first terminals are contained in aforementioned groove; Second connector comprises second insulating body and some second terminals, and second insulating body has adapter surface and solder side, runs through adapter surface and solder side is provided with slot, and the slot both sides are provided with some accepting grooves; Second terminal is contained in respectively in this accepting groove, and each second terminal comprises contact site and weld part, and this contact site is exposed in the slot, and weld part extends outside the solder side to weld mutually with circuit board; It is characterized in that: first connector also comprises a space bar, and this space bar includes a board body part at least, and this board body part is extended straight down from the place ahead of the adapter surface of first insulating body, and its both side surface is respectively arranged with some grooves; Aforementioned the first terminal one end is contained in aforementioned groove, and the other end is contained in the groove of board body part both sides, and its part surface is exposed; Aforementioned slot can hold board body part and insert, and in the time of in board body part is inserted slot, its both sides the first terminal is exposed to outer surface and can electrically contacts with the contact site that second terminal is exposed in the slot.

2. electric coupler component according to claim 1 is characterized in that: the end that the first terminal is contained in aforementioned groove is made into the female terminal structure of hollow form, and the other end is made into bar-shaped male terminal structure.

3. electric coupler component according to claim 1 is characterized in that: the position and the number of aforementioned slot both sides accepting groove are corresponding with the groove of aforementioned plate body both sides.

4. according to claim 2 or 3 described electric coupler components, it is characterized in that: first insulating body is the lengthwise shape, and aforementioned some grooves are to go to upper and lower two rows to be provided with, and extend a bearing plate at the adapter surface middle part forward between two row's grooves, row's groove is offered some breach on this bearing plate front end correspondence.

5. electric coupler component according to claim 4, it is characterized in that: aforementioned space bar is the T-shaped lengthwise body of a cross section, it includes a board body part and a carrier, this carrier is engaged to the lower surface of aforementioned dielectric body bearing plate, board body part is then extended straight down from accepting middle part, subordinate surface, and is in the position, front lower place of the adapter surface of first insulating body.

6. electric coupler component according to claim 5, it is characterized in that: the groove of two sides is relatively to be provided with respectively in twos before and after the board body part, this groove upwards connects carrier, and offers the short slot of linking up to the adapter surface direction in row's groove location place of the close insulating body adapter surface of carrier end face.

7. electric coupler component according to claim 6, it is characterized in that: the first terminal that is positioned at the top is to pass the breach on the bearing plate and insert the groove of board body part front side, the first terminal that is positioned at the below is to pass short slot and the groove that inserts the board body part rear side, and the part surface of each the first terminal is exposed.

8. electric coupler component according to claim 7 is characterized in that: the lower end of aforementioned panels body is provided with chamfering, and the upper shed of aforementioned slot is provided with guiding face.

9. electric coupler component according to claim 8 is characterized in that: an intensive aspect is respectively installed at the insulating body both ends, and extends guide pillar by solder side.