CN203339461U

CN203339461U - Wire clamping rotating mechanism

Info

Publication number: CN203339461U
Application number: CN2013202621892U
Authority: CN
Inventors: 赵维
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-05-15
Filing date: 2013-05-15
Publication date: 2013-12-11
Anticipated expiration: 2023-05-15
Also published as: WO2014183308A1

Abstract

The utility model relates to an electron wire rod machinery specifically is a double-layered line rotary mechanism of processing electron winding displacement, include: the rear end part of the wire clamping piece is connected with the rotating frame through two pins; the two hooks are connected with the middle parts of the wire clamping pieces through two pins and arranged in the rotating frame, and the end surfaces of the hooks are inclined surfaces; two hanging rods which are fixed on the rotating frame and can respectively hook the two hooks; the two guide columns are arranged above the rotating frame, and the end surfaces of the guide columns are inclined planes; the fixed block is provided with two holes which are respectively matched with the two guide pillars to guide the guide pillars; the two pressing pins are arranged above the front ends of the wire clamping sheets; and the two springs are respectively arranged above the two pressing pins and are in a compressed state. The mechanism completes a series of actions of clamping, rotating, bending and loosening the flat cable to the flat cable automatically delivered, is used as one of the mechanisms in an electronic flat cable automatic machine, is high in speed and efficiency, and is not easy to make mistakes to cause quality problems.

Description

A kind of clamp rotating mechanism

Technical field

The utility model relates to the electronic wire mechanical field, specifically a kind of clamp rotating mechanism of processing electronic cable.

Background technology

The application of automated machine makes productivity obtain unprecedented raising, and manufacturing industry also more and more uses automated machine, like this equally in electronic wire manufacture field.Electronic cable is not only thin but also close, if complete manual processing, measure length, cut off, peel off two ends rubber, by the fine rule of winding displacement separate, to every winding displacement upper terminal, this will be a very complicated process, not only lose time, and quality can not be guaranteed.Afterwards, people replaced manually completing electronic cable each procedure from the beginning to the end with automated machine gradually, and productivity is promoted greatly.

But still there are the problems such as product quality, process velocity in current Automated electronic wire rod processing equipment.So constantly Improvement and perfection Automated electronic wire rod processing equipment is will our long term object.

the utility model content

The purpose of this utility model is for the problems referred to above, and a kind of clamp rotating mechanism is provided, and belongs to a mechanism in the electronic cable automatic processing machine, in order to automatically to complete, clamps winding displacement this action of bending wire rod, sensitive, reliable.

In order to achieve the above object, the utility model is by the following technical solutions:

A kind of clamp rotating mechanism comprises: a swivel mount, and its side is provided with rotating shaft; One thread tension disc, end is connected with two pins with swivel mount thereafter, make the thread tension disc leading section relatively swivel mount do open and close movement; Two hooks, is connected with two pins with the middle part of thread tension disc, makes to link up with relatively thread tension disc and rotates in centered by pin, links up with and is located in swivel mount, and the end face of hook is inclined-plane; Two pegs, it is fixed on swivel mount and can makes respectively two hooks catch on; Two guide pillars, be located at the top of swivel mount, and the end face of guide pillar is inclined-plane; One fixed block, be provided with two holes, with two guide pillars, coordinates respectively, to guide pillar, leads; Two pads, be located at the top of thread tension disc front end; Two springs, be located at respectively two pad tops, and in compressive state;

Further, described rotating shaft can make swivel mount take rotating shaft by driven by motor to rotate as axle center.

Further, described guide pillar moves up and down under the effect of cylinder.

Further, the rear end of described thread tension disc also is provided with locating piece.

The utility model adopts said structure, automatically a succession of action that the winding displacement of sending is completed clamping, rotates bending, unclamps winding displacement, as one of them mechanism in the electronic cable automated machine, not only speed is fast but also efficiency is high, is difficult for makeing mistakes causing quality problems.

The accompanying drawing explanation

Fig. 1 is that the utility model clamps schematic perspective view.

Fig. 2 is that the utility model clamps schematic internal view.

Fig. 3 is the local enlarged diagram of the utility model securing pothook.

Fig. 4 is the utility model curved line schematic perspective view.

Fig. 5 is the utility model curved line schematic internal view.

Fig. 6 is that the utility model curved line is linked up with local enlarged diagram.

Fig. 7 is that the utility model loosens schematic perspective view.

Wherein, 1 for hook, 2 be that thread tension disc, 3 is peg for winding displacement, 11 for pad, 10 for rotating shaft, 9 for spring, 8 for swivel mount, 7 for fixing hole, 6 for guide pillar, 5 for locating piece, 4.

Embodiment

Below in conjunction with the drawings and specific embodiments, the utility model is described in detail, but not as to restriction of the present utility model.

As shown in Figures 1 to 7, a kind of clamp rotating mechanism comprises: a swivel mount 6, and its side is provided with rotating shaft 8; One thread tension disc 2, end is connected with swivel mount 6 use two pins thereafter, make thread tension disc 2 leading sections relatively swivel mount 6 do open and close movement; Two hooks 1, be connected with two pins with the middle part of thread tension disc 2, make to link up with 1 relatively thread tension disc 2 rotate in centered by pin, link up with 1 and be located in swivel mount 6, linking up with 1 end face is inclined-plane; Two pegs 11, it is fixed on swivel mount 6 and can makes respectively two hooks 1 catch on; Two guide pillars 4, be located at the top of swivel mount 6, and the end face of guide pillar 4 is inclined-plane; One fixed block 5, be provided with two holes, with two guide pillars 4, coordinates respectively, gives guide pillar 4 guiding; Two pads 9, be located at the top of thread tension disc 2 front ends; Two springs 7, be located at respectively two pad 9 tops, and in compressive state, described rotating shaft 8 can make swivel mount 6 take rotating shaft 8 by driven by motor to rotate as axle center, described guide pillar 4 moves up and down under the effect of cylinder, and the rear end of described thread tension disc 2 also is provided with locating piece 3.

During initial state, swivel mount 6 forwards are placed, and guide pillar 4 is suspended from swivel mount 6 tops, link up with 1 and catch on peg 11, the state of thread tension disc 2 in opening at this moment, line sending in the thread tension disc 2 that winding displacement 10 is opened from trend, the length of locating piece 2 restriction line sendings.

As shown in Figure 1 to Figure 3, guide pillar 4 moves downward under the effect of cylinder, and the effect by inclined-plane makes to link up with 1 disengagement and peg 11, at this moment pad 9 under the effect of spring 7 by thread tension disc 2 to pressing down, make thread tension disc 2 clamp winding displacements 10.

As shown in Figures 4 to 6, thread tension disc 2 clamps winding displacement 10 BB1s 4 and upwards do drawback movement under the effect of cylinder, then rotating shaft 8 driven rotary frame 6 under driven by motor is done 180 degree rotations along winding displacement 10 directions of advance, and clamped and then swivel mount 6 motions of winding displacement 10 make wire rod be 180 degree bendings.

As shown in Figure 7, guide pillar 4 moves downward at this under the effect of cylinder, from stretching in rotation status swivel mount 6 tops, promotes thread tension disc 2 and unclamps winding displacement 10, and spring 7 compresses again, links up with 1 simultaneously and catches on peg 11, makes thread tension disc 2 get back to open mode.

After guide pillar 4 backhauls, rotating shaft 8 driven rotary framves 5 anti-winding displacement 10 direction of advancing do 180 degree rotations, at this moment swivel mount 6 is got back to initial state, thereby has completed an actuation cycle.Made winding displacement 10 complete in this process clamping, rotation bending of clamp rotating mechanism, a succession of automation action of unclamping.

Below the utility model is described in detail, but apparent, those skilled in the art can carry out various changes and improvements, and does not deviate from the scope of the present utility model that appended claims limits.

Claims

1. a clamp rotating mechanism is characterized in that comprising:

One swivel mount, its side is provided with rotating shaft;

One thread tension disc, end is connected with two pins with swivel mount thereafter, make the thread tension disc leading section relatively swivel mount do open and close movement;

Two hooks, is connected with two pins with the middle part of thread tension disc, makes to link up with relatively thread tension disc and rotates in centered by pin, links up with and is located in swivel mount, and the end face of hook is inclined-plane;

Two pegs, it is fixed on swivel mount and can makes respectively two hooks catch on;

Two guide pillars, be located at the top of swivel mount, and the end face of guide pillar is inclined-plane;

One fixed block, be provided with two holes, with two guide pillars, coordinates respectively, to guide pillar, leads;

Two pads, be located at the top of thread tension disc front end;

Two springs, be located at respectively two pad tops, and in compressive state.

2. a kind of clamp rotating mechanism according to claim 1 is characterized in that: described rotating shaft can make swivel mount take rotating shaft by driven by motor to rotate as axle center.

3. a kind of clamp rotating mechanism according to claim 1, it is characterized in that: described guide pillar moves up and down under the effect of cylinder.

4. a kind of clamp rotating mechanism according to claim 1, it is characterized in that: the rear end of described thread tension disc also is provided with locating piece.