A kind of soft arranging wire digital interface
Technical field:
The utility model relates to the digital interface technical field, refers in particular to a kind of soft arranging wire digital interface.
Background technology:
Soft arranging wire digital interfaces such as general LVDS CABLE, Fi-R, Fi-X comprise heart yearn, terminal etc., the heart yearn manual welding one by one or the good terminal of riveting of this kind soft arranging wire digital interface are assembled up one by one at present, production efficiency is low, the production cost height, welding effect is poor, and easily the parts such as plug on the digital interface are hindered in weldering, and the electrical fraction defective of the product after the manual welding is high, high frequency characteristics is poor, influences and reduced the performance of this kind digital interface.
The utility model content:
The purpose of this utility model is to provide a kind of soft arranging wire digital interface at the deficiencies in the prior art, many heart yearns at random can be fixed and become a row or multi-row proper alignment on this kind soft arranging wire digital interface, make it can realize that mechanization processes automatically, each heart yearn can disposablely be welded on the terminal of digital interface, enhance productivity, and its high frequency characteristics is good, and electrically fraction defective is extremely low.
For achieving the above object, the utility model is achieved through the following technical solutions: the rear end of this digital interface is connected to fixedly plug of a heart yearn, heart yearn fixedly plug is made up of top cement plug and following location plug, form the wire casing of ccontaining heart yearn on the plug of described location down, top cement plug is buckled in down on the plug of location.
The upper end of described wire casing is open " V " shape or other analogous shape, and the width at wire casing upper end open place is greater than the heart yearn external diameter; The wire casing neck closes up, and the width of neck is less than the heart yearn external diameter, and the width of wire casing bottom is greater than the external diameter of heart yearn.
Plug middle part, described location down laterally offers a groove, two ends are provided with guide pillar in the groove, the two ends of top cement plug then form the jack corresponding with guide pillar, and top cement plug buckles into down in the groove of location plug, the then corresponding jack that is inserted in top cement plug of guide pillar of following location plug.
Described top cement plug bottom surface form be used to push down heart yearn and with wire casing deep-slotted chip breaker one to one.
Form at least two location holes on the plug of described down location, the upper shell rear end of digital interface then forms corresponding pin, and location hole inserts with corresponding pin respectively and cooperates.
Be provided with terminal in the described digital interface, the terminal front end is a crotch, and this crotch hooks the upper shell front end.
From technique scheme as can be seen, the utility model is to assemble fixedly plug of a heart yearn in the rear end of digital interface, this heart yearn fixedly plug can be arranged in a row or arrange more fast with many heart yearns at random are easy, convenient each heart yearn is processed and realized that mechanization processes automatically, and can realize on the disposable welding ends that all heart yearns is welded in digital interface; This heart yearn fixedly plug is formed by top cement plug and following location plug snapping, under locate and offer wire casing on the plug, two ends width is greater than the external diameter of heart yearn about it, the wire casing intermediate neck closes up, its width is less than the external diameter of heart yearn, heart yearn is pressed in the wire casing through wire casing " V " shape opening, and heart yearn then be difficult for to eject after being pressed into, and is quick and convenient; Locating plug middle part down also offers one and keeps supplying the groove that plug buckles into, top cement plug bottom forms and wire casing deep-slotted chip breaker one to one, the top cement plug snapping is gone in the groove of location plug down, and the deep-slotted chip breaker of top cement plug bottom is then just withheld on the heart yearn that is pressed in the wire casing, fixing heart yearn further, prevent that it from deviating from and swing, make each heart yearn proper alignment simultaneously, do not need manual threading, simple and convenient, operation is convenient and swift, and the production efficiency height reduces labour cost; Heart yearn fixedly plug is inserted on the pin on the digital interface by the jack on it, and it is assembled on the digital interface, heart yearn fixing glue each heart yearn beyond the Great Wall can be alignd with the welding ends of each terminal of digital interface, convenient heart yearn is processed and welded, and can realize mechanization processing and welding processing automatically automatically, can disposable all heart yearns be welded on the terminal of digital interface, the production efficiency height, and its electrical yield height, high frequency characteristics is good, and cost is low.In sum, the utility model is simple in structure, can be arranged in a row fast or arrange more many heart yearns at random are easy, make things convenient for its processing, the production efficiency height, and its electrical yield height, high frequency characteristics is good, has solved digital interface production cost height such as present FI-R/FI-X, production efficiency is low, the electrical fraction defective of product is high problem.
Description of drawings:
Accompanying drawing 1 is the structural representation of the utility model embodiment 1;
Accompanying drawing 2 is the structural representation at the utility model embodiment 1 another visual angle;
Accompanying drawing 3 is the exploded view of the utility model embodiment 1;
Accompanying drawing 4 is the structural representation of the terminal on the digital interface of the utility model embodiment 1;
Accompanying drawing 5 is the structural representation of the top cement plug of the utility model embodiment 1;
Accompanying drawing 6 is the front view of accompanying drawing 5;
Accompanying drawing 7 is the structural representation of the following location plug of the utility model embodiment 1;
Accompanying drawing 8 is the front view of accompanying drawing 7;
Accompanying drawing 9 is the structural representation of the utility model embodiment 2;
Structural representation when accompanying drawing 10 is removed its upper shell for the utility model embodiment 2 digital interfaces;
Accompanying drawing 11 is the structural representation of the top cement plug of the utility model embodiment 2;
Accompanying drawing 12 is the front view of accompanying drawing 11;
Accompanying drawing 13 is the structural representation of the following location plug of the utility model embodiment 2;
Accompanying drawing 14 is the front view of accompanying drawing 13.
Embodiment:
Embodiment 1 sees accompanying drawing 1,2,3,4,5,6,7,8, embodiment 1 is the Fi-X/FI-R digital interface, digital interface comprises upper shell 1, lower house 2, terminal 3, heart yearn 13, upper shell 1 is connected with lower house 2 buckles, terminal 3 is located in the upper shell 1, the rear end of this digital interface is assembled with fixedly plug 5 of heart yearn, and heart yearn fixedly plug 5 is made up of top cement plug 11 and following location plug 12, and top cement plug 11 is connected with following location plug 12 snappings.
Described terminal 3 front ends are crotch 4, and after terminal 3 was assembled on the upper shell 1, this crotch 4 hooked housing 1 front end, this crotch 4 can make terminal 3 hook on upper shell 1, terminal 3 front ends are difficult for perk, and digital interface is then more smooth and easy when female groove that insertion is mated, and then is difficult for blocking.
Offer the wire casing 14 of ccontaining heart yearn 13 on the plug 12 of described location down, wire casing 14 is corresponding one by one with the welding ends of digital interface terminal, the upper end of wire casing 14 is open " V " shape or other analogous shape, be pressed into as long as be convenient to heart yearn 13, the width at wire casing 14 upper end open places is greater than the external diameter of heart yearn 13; The neck of wire casing 14 closes up, and the width of neck is less than the external diameter of heart yearn 13; The width of wire casing 14 bottoms is greater than the external diameter of heart yearn 13.
Plug 12 middle parts, described location down laterally offer a groove 17, two ends in this groove 17 are provided with guide pillar 16, the two ends of top cement plug 11 then form the jack 18 corresponding with guide pillar 16, when top cement plug 11 and plug 12 assemblings of following location, top cement plug 11 buckles into down in the groove 17 of location plug 12, locate 16 corresponding jacks 18 that are inserted in top cement plug 11 of guide pillar of plug 12 down, locate on the plug 12 thereby top cement plug 11 snappings are fixed in down.
When packing heart yearn 13 into, heart yearn 13 is pressed into to its bottom from the opening part of wire casing 14, because wire casing 14 necks close up, this place's width is less than the external diameter of heart yearn 13, heart yearn 13 then can not eject wire casing 14 after being pressed into wire casing 14 easily, the width of wire casing 14 bottom spaces is greater than the external diameter of heart yearn 13, convenient ccontaining heart yearn 13, behind the snapping top cement plug 11, top cement plug 11 covers each wire casing 14 again, and top cement plug 11 bottom surfaces form and wire casing 14 deep-slotted chip breaker 19 one to one, behind the plug 12 of location, top cement plug 11 bottom surface deep-slotted chip breakers 19 are withheld on each heart yearn 13, further fix each heart yearn 13 under top cement plug 11 is buckled in, prevent that it from deviating from and swing, make each heart yearn 13 proper alignment, do not need manual threading, simple and convenient, operation is convenient and swift, high efficiency; Make simultaneously heart yearn fixedly each heart yearn 13 on the plug 5 can align with the welding ends of each terminal, convenient heart yearn 13 is processed and with its welding, and can realize mechanization processing and automatic welding processing automatically, can disposable it be welded on the terminal of digital interface.
Form three location holes 15 on the plug 12 of described location down, upper shell 1 rear end of digital interface then forms the pin 10 of three correspondences, location hole 15 inserts with corresponding three pins 10 respectively and cooperates, pin 10 and the location hole 15 main guiding that rise, positioning action, during assembling, the heart yearn that is fixed with heart yearn 13 fixedly plug 5 is inserted on the pin 10 by the location hole on it 15, these pin 10 guiding heart yearn fixing glue plugs 5 are assembled in the digital interface rear end, after the assembling, heart yearn fixedly just corresponding with each terminal of each heart yearn 13 on the plug 5 aligns overlapping, accurate positioning, conveniently utilize the light firing equipment to carry out welding processing, as infrared ray heating, on the disposable terminal that is welded in digital interface of each heart yearn.
Embodiment 2 sees accompanying drawing 9,10,11,12,13,14, digital interface in the present embodiment is the Fi-R digital interface, the terminal 3 that this digital interface adopts pcb board 6 to replace on original digital interface, on the pcb board 6 copper wire is arranged, the copper wire two ends form row's contact jaw 7 and row's welding ends 8 respectively, this kind digital interface rear end is assembled with fixedly plug 5 of heart yearn, and heart yearn fixedly plug 5 is made up of top cement plug 11 and following location plug 12, and top cement plug 11 is connected with following location plug 12 snappings.
Offer the wire casing 14 of ccontaining heart yearn 13 on the plug 12 of described location down, wire casing 14 is corresponding one by one with the welding ends 8 of digital interface terminal, and the width at the upper end open place of wire casing 14 is greater than the external diameter of heart yearn 13; The neck of wire casing 14 closes up, and the width of neck is less than the external diameter of heart yearn 13; The width of wire casing 14 bottoms is greater than the external diameter of heart yearn 13.
Plug 12 middle parts, described location down laterally offer a groove 17, two ends in this groove 17 are provided with guide pillar 16, the two ends of top cement plug 11 then form the jack 18 corresponding with guide pillar 16, and top cement plug 11 is buckled in down on the plug 12 of location by the cooperation of guide pillar 16 and jack 18.
Described top cement plug 11 bottom surfaces form and wire casing 14 deep-slotted chip breaker 19 one to one, and deep-slotted chip breaker 19 is used for further pushing down each heart yearn 13.
Form three location holes 15 on the plug 12 of described location down, upper shell 1 rear end of digital interface then forms the pin of three correspondences, location hole 15 inserts with corresponding three pins respectively and cooperates, in addition, following two ends of locating plug 12 also offer for two of pcb board 6 and insert the through hole 19 that pins insert.
It only is preferred embodiment of the present utility model that above institute is chatted, the utility model be utilize its heart yearn fixedly plug 5 each heart yearn 13 is fixed, make each heart yearn 13 marshalling, be easy to utilize machining and realize automation processing, this kind structure can be applicable on the various digital interfaces, so all equivalences of doing according to the described structure of the utility model patent claim, feature and principle change or modify, and are included in the utility model patent claim.