CN211184661U

CN211184661U - Column type double-end wire binding seat for binding integrated wires on printed board

Info

Publication number: CN211184661U
Application number: CN201922191909.0U
Authority: CN
Inventors: 李月华
Original assignee: Luoyang Longsheng Technology Co Ltd
Current assignee: Luoyang Longsheng Technology Co Ltd
Priority date: 2019-12-10
Filing date: 2019-12-10
Publication date: 2020-08-04
Anticipated expiration: 2029-12-10

Abstract

A column type double-head binding seat for binding integrated wires by printed boards comprises a column body, a left binding belt and a right binding belt, wherein the column body comprises an upper self-locking buckle, a lower self-locking buckle and external threads, the left binding belt and the right binding belt are symmetrically distributed in the left-right direction, left-handed strip-shaped sawteeth carved on the upper end surface of the left binding belt and right-handed strip-shaped sawteeth carved on the upper end surface of the right binding belt are opposite in tooth direction and are respectively consistent with the tooth direction of the strip-shaped sawteeth connected in an upper opening hole and the tooth direction of the strip-shaped sawteeth connected in a lower opening hole, the integrated wires at the end of the left binding belt can be locked in the left side by tensioning, the integrated wires at the end of the right binding belt can be locked in the right side by tensioning, excessive space of the printed boards is not occupied, and limited space of the printed boards is utilized to bind the integrated wires in a maximum degree.

Description

Column type double-end wire binding seat for binding integrated wires on printed board

Technical Field

The utility model belongs to the technical field of the printing board accessory, especially, a column type double-end wiring seat that is used for the printing board to tie up integrated wire.

Background

When the number of electronic components on the printed board is large, the number of leads is correspondingly increased, and the integrated leads need to be bundled and fixed on the printed board, so that the problems are as follows:

firstly, the number of the integrated wires is large, the diameter of the bundled integrated wires is large, electronic components are numerous on the printed board, the bundling fixing position of the integrated wires is limited, and the integral quality of the printed board is affected by unstable bundling or interference generated by bundling;

and secondly, each conducting wire is welded and fixed independently, and corresponding mechanical stress is brought, and the mechanical stress is one of factors influencing the overall quality of the printed board.

How to bundle more integrated wires in the limited space area of the printed board is a problem which needs to be solved urgently in the field.

Disclosure of Invention

In order to solve the problem, the utility model discloses a column type double-end wire binding seat for integrated wire is tied up to printing board connects soon the column type double-end wire binding seat and fixes on the printing board, ties up the occupation space that can save the printing board at column type double-end wire binding seat both ends with integrated wire beam splitting, can utilize the finite space of printing board to tie up integrated wire through column type double-end wire binding seat furthest.

In order to achieve the purpose, the utility model adopts the following technical scheme:

the utility model provides a column type double-end wire binding seat for integrated wire is tied up to printed board, column type double-end wire binding seat contain cylinder, left binding tape and right binding tape, characterized by:

the cylinder body is divided into a lock catch section, a support section and a rotary connection section, the lock catch section is provided with an upper mouth hole and a lower mouth hole which have the same caliber, the bottom surfaces of the upper mouth hole and the lower mouth hole are connected with strip-shaped sawtooth tooth plates which have the same structure, the mounting directions of the two strip-shaped sawtooth tooth plates are opposite, the upper mouth hole and the strip-shaped sawtooth tooth plates form an upper self-locking buckle, and the lower mouth hole and the strip-shaped sawtooth tooth plates form a lower self-locking buckle; the two sides of the upper end of the support section are respectively connected with a left binding belt and a right binding belt which are equal in length, the included angle between the left binding belt and the support section and the included angle between the right binding belt and the support section are A degrees, A degrees are controlled to be between 100 degrees and 110 degrees, left-handed strip-shaped sawteeth are carved on the upper end face of the left binding belt, right-handed strip-shaped sawteeth are carved on the upper end face of the right binding belt, the left-handed strip-shaped sawteeth on the left binding belt are consistent with the tooth directions of the strip-shaped sawteeth plates connected in the upper opening hole, the right-handed strip-shaped sawteeth on the right binding belt are consistent with the tooth directions of the strip-shaped sawteeth plates connected in the lower opening hole, the width of the lock catch section is smaller than that of the support section, the diameter of the screwing section is smaller than that of the support section, external threads are turned on the screwing section, and the lock catch section;

the lock catch section, the support section, the screwing section and the strip-shaped sawtooth-shaped tooth plate are all made of NY L ON66 materials.

Owing to adopt as above technical scheme, the utility model discloses produce following positive effect:

1. the utility model discloses a left side ligature area and right ligature area are bilateral symmetry and distribute, but left side ligature area up end carve its dentition of left-handed strip sawtooth and right ligature area up end carve its dentition of dextrorotation strip sawtooth of making to opposite, nevertheless respectively with go up the downthehole hookup of mouth the strip sawtooth dental lamina dentition unanimous, with the downthehole hookup of mouth down strip sawtooth dental lamina dentition is unanimous, and left side locking can be realized to the integrated wire of taut left ligature area end, and right side locking can be realized to the integrated wire of taut right ligature area end.

2. The utility model discloses an its structural design novelty of column type double-end wiring seat is unique, ties the wiring seat with the column type double-end and can connect on the printing board through the external screw thread soon to do not occupy the too much space of printing board, furthest utilizes the finite space of printing board to tie up multi-beam integrated wire.

Drawings

Fig. 1 is a schematic diagram of the structure of a pillar double-headed wire binding seat.

FIG. 2 is a schematic diagram of the AA-oriented structure of FIG. 1.

Fig. 3 is a top view of fig. 1.

In the above figures: 1-column, 2-left binding band, 3-right binding band, 4-upper self-locking buckle, 5-lower self-locking buckle and 6-external thread.

Detailed Description

The utility model relates to a column type double-end wiring seat of pricking for integrated wire is tied up to printing board, the problem that the background art exists can effectively be solved to column type double-end wiring seat of pricking.

Referring to fig. 1-3, the pillar-type double-headed binding seat includes a pillar 1, a left binding band 2 and a right binding band 3, and the pillar 1 includes an upper self-locking buckle 4, a lower self-locking buckle 5 and an external thread 6.

When the column type double-head wire binding seat is used on a printed board, the external thread 6 is firstly screwed at a useless place of the printed board, then the integrated conducting wires are divided into two bundles according to requirements, the integrated conducting wires are split and inserted into the nearby upper self-locking buckle or the nearby lower self-locking buckle, then the integrated conducting wires at the left end and the right end are respectively tensioned and respectively bound on the respective wire binding belts, and the integrated conducting wires are locked through the left rotating strip-shaped saw teeth on the upper end surface of the left wire binding belt and the right rotating strip-shaped saw teeth on the upper end surface of the right wire binding belt.

The left binding belt 2 is matched with the upper self-locking buckle 4 for use, the right binding belt 3 is matched with the lower self-locking buckle 5 for use, and when the integrated lead is not split, the binding belts on any side can be used. The position direction of post type double-end binding seat can be adjusted according to the line direction of walking of each beam splitting integrated wire in addition for each beam splitting integrated wire bundle changes in tying up, the utility model discloses the positive effect and the novelty that produce are obvious to technical personnel in the field.

Claims

1. A column type double-head binding seat for binding integrated wires of a printed board comprises a column body (1), a left binding belt (2) and a right binding belt (3), and is characterized in that the column body (1) is divided into a locking section, a supporting section and a screwing section, an upper opening hole and a lower opening hole which are the same in caliber are arranged ON the locking section, strip-shaped sawtooth tooth plates which are the same in structure are connected to the bottom surfaces of the upper opening hole and the lower opening hole, the mounting directions of the two strip-shaped sawtooth tooth plates are opposite, an upper self-locking buckle (4) is formed by the upper opening hole and the strip-shaped sawtooth tooth plates, a lower self-locking buckle (5) is formed by the lower opening hole and the strip-shaped sawtooth tooth plates, a left binding belt (2) and a right binding belt (3) which are the same in length are connected to two sides of the upper end of the supporting section, the left binding belt (2) and the right binding belt (3) and the supporting section are both formed by a left binding belt (3) and the supporting section, an included angle A degree is controlled to be between 100 degrees and 110 degrees, the upper end face of the left binding belt (2) and the right binding belt (3) is made of the left binding belt, an included angle of the left binding belt (66) is smaller than that of the left binding belt, the left binding belt is made of the lower locking section, the upper locking buckle section, the left binding belt is made of the left binding belt, the supporting section is made of the upper locking belt, the upper locking section is made of the left binding belt, the right binding belt, the left binding belt, the supporting section is made of the left binding belt, the right binding belt is made of the left binding belt, the.