CN2638282Y

CN2638282Y - Multi output input terminal contacting structure

Info

Publication number: CN2638282Y
Application number: CN 03275841
Authority: CN
Inventors: 陈茂雄; 陈元勤
Original assignee: Bisheng Science & Technology Co Ltd
Current assignee: Bisheng Science & Technology Co Ltd
Priority date: 2003-07-16
Filing date: 2003-07-16
Publication date: 2004-09-01
Anticipated expiration: 2013-07-16

Abstract

The utility model discloses a multiple output and input ports connector structure with forty-one channels, comprising a male connector and a female connector formed by a first connector and a second connector. A locking structure, a base pin and a jack that match with each other are formed together by the two matching connectors so as to avoid fault. The utility model not only provides convenient operation performances of lock and detachment of the connectors, but also provides enough joint strength of the connectors. Furthermore, the utility model has simple structure, which is favorable for producers.

Description

Many I/O ports connector structure

Technical field

The utility model relates to a kind of connector structure, particularly relates to a kind of many I/O ports connector structure.

Background technology

General connector is the joint by a public connector and a female connectors, so that the signal of two electronic installations or data are able to mutual transmission.Wherein, except the structure that its public affairs/female connectors lead is connected, most important in the structure of connector is exactly that public affairs/female connectors engages fixing structure as can be seen.And the public affairs of this type of connector/female connectors to engage fixed structure be to stress it to have convenient and engage fast and break away from operability, and stress it and have enough bond strengths.

The joint fixed structure of connector is normally sealed based on bolt arrangement at present, or minority also has fastening structure.Yet though this type of bolt arrangement has good connector bond strength, its joint and disengaging operability are very inconvenient; Though and this type of fastening structure has connector joint and disengaging operability easily, its bond strength is not enough to satisfy most connector and uses, and especially is not suitable for using the connector structure at 41 channels.Therefore, the utility model provides the utility model at shortcoming and user demand that known 41 channel connector structures are had.

Summary of the invention

Main purpose of the present utility model is to provide a kind of many I/O ports connector structure, can effectively solve restriction that exists in the known technology or one or more problems that shortcoming produced by the utility model.

Above-mentioned purpose of the present utility model is achieved in that a kind of many I/O ports connector structure, comprising:

One first connector, its front end has a connector, and described connector has a plurality of jacks;

One second connector, its front end have a ringent Connection Block, and described Connection Block has a plurality of pins, and this Connection Block matches with described connector, and described pin matches with jack; It is characterized in that,

The connector leading edge of described first connector is formed with a hole clipping, the contact-making surface part hollow out of this hole clipping and its front end face;

Connection Block in described second connector has a storage tank, and penetrates a perforation of end face;

Described second connector has a fastener components, this fastener components has a fixed part, this fixed part connects one and has suitable flexible adjutage, this adjutage top sets firmly a pressing key, and this adjutage front end is to should perforation place, extend upward the tenon that forms inclined-plane wedge shape outwardly, described fixed part is installed in the storage tank, and described tenon matches with the hole clipping of described connector.

Many I/O ports connector structure described in the utility model, wherein, described a plurality of jacks and pin are arranged in the array that a line is misplaced mutually respectively for corresponding one by one.

Many I/O ports connector structure described in the utility model, wherein, the quantity of described jack and pin is 41.

Many I/O ports connector structure described in the utility model, wherein, the Connection Block opening inner edge of described second connector is installed with a plurality of spring leafs.

As mentioned above, many I/O ports connector structure that the utility model provides, at least comprise: one first connector, its front end extends to form a connector, this connector top leading edge is partial penetration front end face and top end face and form a hole clipping respectively, and have a plurality of pins that penetrate from inside to outside in this connector, have the plain conductor that the signal transmission is provided in each pin; One second connector, its front end extend to form a ringent a connecting seat and constitute, and have the plain conductor that signal transmission is provided in this Connection Block, and each plain conductor extends from inside to outside and forms a plurality of pins; The quantity of aforementioned jack and pin is all 41, and is arranged in line and is misplaced array mutually; Wherein, Connection Block top in this second connector has a groove and extends to this connector and form a storage tank, and in this storage tank installing one fastener components, by pressing joint or the separation that a pressing key that this fastener components top sets firmly and a wedge shape tenon can be finished connector.

Based on aforementioned many I/O ports connector structure of the present utility model, can reach following effect and effect:

By many I/O ports connector structure of the present utility model, the fastening structure that it has and pin that cooperatively interacts and jack can reach the mistake proofing effect.

Utilize many I/O ports connector structure of the present utility model, the fastening structure that it has has the convenient operating characteristic that fastens and break away from, and enough connector bond strengths can be provided.

By many I/O ports connector structure of the present utility model, it is simple in structure and help making, but therefore simplified manufacturing technique, and reduce its cost.

Below, in conjunction with specific embodiment of the utility model and accompanying drawing thereof, technical characterictic of the present utility model and technology contents are described in further detail, yet, shown in accompanying drawing only for reference with the explanation usefulness, be not to be used for the utility model is limited.

Description of drawings

The three-dimensional exploded view of many I/O ports connector structure of 41 channels that Fig. 1 provides for the utility model;

The three-dimensional combination figure of many I/O ports connector structure of 41 channels that Fig. 2 provides for the utility model;

Part sectioned view in many I/O ports connector structure of 41 channels that Fig. 3 provides for the utility model before this fastener components engaging;

Part sectioned view in many I/O ports connector structure of 41 channels that Fig. 4 provides for the utility model after this fastener components engaging;

The connector front view of first connector of many I/O ports connector structure of 41 channels that Fig. 5 provides for the utility model;

The Connection Block front view of second connector of many I/O ports connector structure of 41 channels that Fig. 6 provides for the utility model.

Wherein, description of reference numerals is as follows:

First connector 1

Hole clipping 11

Connector 12

Jack 14

Second connector 2

Connection Block 20

Storage tank 21

Perforation 22

Snapping assembly 23

Pin 24

Fixed part 25

Adjutage 26

Pressing key 27

Tenon 28

Spring leaf 29

Embodiment

The specific embodiment of many I/O ports connector structure of the utility model 41 channels is described with reference to figure 1, Fig. 2, Fig. 3 and Fig. 4, Fig. 1, Fig. 2 are respectively the three-dimensional exploded view and the three-dimensional combination figure of many I/O ports connector structure of the utility model 41 channels, and it mainly comprises:

One first connector 1, its front end extends to form a connector 12, these connector 12 top leading edges penetrate front end face and top end face respectively and form a hole clipping 11, and have a plurality of jacks 14 that penetrate from inside to outside in this connector 12, have the plain conductor that the signal transmission is provided in each jack 14; One second connector 2 extends to form a ringent a connecting seat 20 by its front end and is constituted, and has the plain conductor that signal transmission is provided in this Connection Block 20, and each plain conductor extends from inside to outside and forms a plurality of pins 24.

The Connection Block 20 opening inner edges of connector 12 outer rims in aforesaid first connector 1 and this second connector 2 form a tight fit socket join structure.

Connection Block 20 tops in aforesaid second connector 2 have a groove and extend forward and penetrate and form a storage tank 21, and penetrate end face one the perforation 22, make a fastener components 23 can be placed in this storage tank 21, one fixed part 25 of these fastener components 23 1 ends is installed in the storage tank 21, and this fixed part 25 stretches out and suitably has a suitably flexible adjutage 26 apart from forming to these Connection Block 20 inside, these adjutage 26 tops set firmly a pressing key 27, and front end extends upward the tenon 28 that forms inclined-plane wedge shape outwardly to 22 places of should boring a hole.Wherein, when this pressing key 27 was subjected to pressing, these adjutage 26 front ends can be bent downwardly and allow this tenon 28 this 22 belows of boring a hole of submerging fully.

Adjutage 26 in aforesaid second connector 2 and tenon 28 are the hole clippings 11 that cooperate this first connector 1, make that this tenon 28 can snap in this hole clipping 11 when this first connector 1 docks mutually with this second connector 2.

By preceding described, please also refer to Fig. 3 and Fig. 4, Fig. 3, Fig. 4 are respectively the part sectioned view before and after this fastener components engaging in many I/O ports connector structure of the utility model 41 channels, when this first connector 1 docks mutually with this second connector 2, the hole clipping 11 of this first connector 1 can be oppressed tenon 28 in this second connector 2 at the opening root edge of these connector 12 front end faces, make this tenon 28 to descend gradually, and make adjutage 26 front ends of this fastener components 23 be bent downwardly along the inclined-plane.Along with this first connector 1 and this second connector 2 are approaching mutually, and after this tenon 28 entered this hole clipping 11, the adjutage 26 of this fastener components 23 recovered straight, promptly finished being connected of this first connector 1 and this second connector 2.When this first connector 1 breaks away from mutually with this second connector 2, push the pressing key 27 of this fastener components 23, make adjutage 26 front ends of this fastener components 23 be bent downwardly and drive this tenon 28 and drop to and break away from this hole clipping 11, and along with this first connector 1 and this second connector 2 mutually away from, can finish separating of this first connector 1 and this second connector.

In addition, a plurality of spring leafs 29 that the Connection Block 20 opening inner edges of this second connector 2 set firmly can make these Connection Block 20 opening inner edges more tight when combining with these connector 12 outer rims, therefore form a tight fit socket join structure.

Please refer to Fig. 5 and shown in Figure 6, Fig. 5 and Fig. 6 are respectively the front view of the Connection Block of the connector of first connector of many I/O ports connector structure of the utility model 41 channels and second connector, aforesaid a plurality of jack 14 and a plurality of pin 24 are corresponding one by one and be arranged in the array that a line is misplaced mutually respectively.

The quantity of aforesaid a plurality of jack 14 and a plurality of pin 24 is all 41, its be respectively one by one to should connector 12 and Connection Block 20 in signal transmission wire, and be arranged in line and be misplaced array mutually.

By preceding described, when this first connector 1 docks mutually with this second connector 2, if this first connector 1 is not right with the direction that this second connector 2 cooperates, it has jack 14 and the pin 24 that the line of being arranged in is misplaced array mutually and has the mistake proofing effect, preventing combining of this first connector 1 and this second connector 2, and avoid damaging this jack 14 and this pin 24.

Though the utility model with specific embodiment explanation as above; yet; be not to be used for limiting the utility model; any personnel that are familiar with this type of technology; in not breaking away from spirit and scope of the present utility model; when doing various changes and modification, therefore, protection range of the present utility model is looked the accompanying Claim scope and is as the criterion.

Claims

1. the structure of I/O port connector more than a kind comprises:

2. many I/O ports connector structure as claimed in claim 1 is characterized in that, described a plurality of jacks and pin are arranged in the array that a line is misplaced mutually respectively for corresponding one by one.

3. many I/O ports connector structure as claimed in claim 1 or 2 is characterized in that the quantity of described jack and pin is 41.

4. many I/O ports connector structure as claimed in claim 1 or 2 is characterized in that, the Connection Block opening inner edge of described second connector is installed with a plurality of spring leafs.