CN207508478U - Multigroup electric wire moves yaw wetting device - Google Patents

Abstract

The utility model discloses multigroup electric wires to move yaw wetting device, including glue shell block, the glue shell block front surface is equipped with multiple rectangular washers, penetration pipe is embedded in each rectangular washer, cylinder is fixedly connected under each penetration pipe, motor is equipped in the glue shell block, No.1 synchronous pulley is set on the motor, No.1 synchronous belt is set on the No.1 synchronous pulley, No. two synchronous pulleys are embedded in the No.1 synchronous belt, No. two synchronous pulley front surfaces are equipped with No. three synchronous pulleys, No. two synchronous belts are set on No. three synchronous pulleys, No. four synchronous pulleys are embedded in No. two synchronous belts, central rotating shaft is embedded in No. four synchronous pulleys, multiple clutches are set on the central rotating shaft.The beneficial effects of the utility model are, simple in structure, can make accurately to control the length of tin sticky, while can improve tin sticky efficiency using tin sticky is automatically controlled, avoid artificial tin sticky efficiency low, easily cause scald phenomenon.

Description

Multigroup electric wire moves yaw wetting device

Technical field

The utility model is related to tin sticky field, particularly multigroup electric wire movement yaw wetting device.

Background technology

Connecting line and terminal, can be attached by existing connecting line welding system automatically, be carried out certainly to connecting line During dynamic welding, a terminal can only be welded every time, and welding efficiency is low, while setting is needed to send scolding tin and welding gun automatically, ties Structure is more complicated, and control unit is more, and debugging is complicated, therefore can be by way of tin sticky, and it is that setting send tin to fill to avoid in welding It puts.

When carrying out tin sticky operation to connection before welding at present, when generally use manual operation carries out tin sticky, on the one hand it is stained with The efficiency of tin is low, and the length of tin sticky is difficult to control, and another aspect manual operation easily causes scald, in order to solve the problems, such as this, design Multigroup electric wire movement yaw wetting device is necessary.

Invention content

The purpose of this utility model is to solve the above-mentioned problems, to devise multigroup electric wire movement yaw wetting device.

Realize that above-mentioned purpose the technical solution of the utility model is, multigroup electric wire moves yaw wetting device, including glue shell Seat, the glue shell block front surface is equipped with multiple rectangular washers, penetration pipe is embedded in each rectangular washer, each described to wear Cylinder is fixedly connected under spool, motor is equipped in the glue shell block, is set with No.1 synchronous pulley on the motor, the No.1 is same It walks and No.1 synchronous belt is set on belt wheel, be embedded in No. two synchronous pulleys in the No.1 synchronous belt, table before No. two synchronous pulleys Face is equipped with No. three synchronous pulleys, and No. two synchronous belts are set on No. three synchronous pulleys, No. four are embedded in No. two synchronous belts Synchronous pulley is embedded in central rotating shaft in No. four synchronous pulleys, multiple clutches is set on the central rotating shaft.

The glue shell block lower surface is equipped with L-shaped swaging block at penetration pipe, and the L-shaped swaging block lower surface is equipped with pendulum Head.

The cylinder is corresponded with L-shaped swaging block upper-lower position.

The multiple clutch quantity is 6-8.

Yaw wetting device is moved using multigroup electric wire that the technical solution of the utility model makes, it is simple in structure, it can be with Make the length of accurately control tin sticky, while tin sticky efficiency can be improved using tin sticky is automatically controlled, avoid artificial tin sticky efficiency low, Easily cause scald phenomenon.

Description of the drawings

Fig. 1 is the structure diagram of multigroup electric wire movement yaw wetting device described in the utility model.

Fig. 2 is the L-shaped swaging block structure schematic diagram of multigroup electric wire movement yaw wetting device described in the utility model.

In figure, 1, glue shell block；2nd, rectangular washer；3rd, penetration pipe；4th, cylinder；5th, motor；6th, No.1 synchronous pulley；7th, No.1 Synchronous belt；8th, No. two synchronous pulleys；9th, No. three synchronous pulleys；10th, No. two synchronous belts；11st, No. four synchronous pulleys；12nd, center turns Axis；13rd, clutch；14th, L-shaped swaging block；15th, yaw.

Specific embodiment

The utility model is specifically described below in conjunction with the accompanying drawings, as shown in Figs. 1-2, multigroup electric wire moves yaw tin sticky Device, including glue shell block 1,1 front surface of glue shell block is equipped with multiple rectangular washers 2, is embedded in each rectangular washer 2 Penetration pipe 3 is each fixedly connected with cylinder 4, motor 5 is equipped in the glue shell block 1, is set on the motor 5 under the penetration pipe 3 No.1 synchronous pulley 6, suit No.1 synchronous belt 7 on the No.1 synchronous pulley 6, be embedded in the No.1 synchronous belt 7 No. two it is same Belt wheel 8 is walked, 8 front surface of No. two synchronous pulleys is equipped with No. three synchronous pulleys 9, No. two are set on No. three synchronous pulleys 9 Synchronous belt 10, No. four synchronous pulleys 11 are embedded in No. two synchronous belts 10, and being embedded in center in No. four synchronous pulleys 11 turns Axis 12 is set with multiple clutches 13 on the central rotating shaft 12；1 lower surface of glue shell block is equipped with L-shaped pressure at penetration pipe 3 Shape block 14,14 lower surface of L-shaped swaging block are equipped with yaw 15；The cylinder 4 and L-shaped swaging 14 upper-lower positions of block are mutually right It should；The multiple 13 quantity of clutch is 6-8.

The characteristics of the present embodiment is that, manually by the front and rear penetration pipe of electric wire charging apparatus, gas is arranged at preceding penetration pipe lower part Electric wire is fixed on top on L-shaped swaging block by cylinder pressure by cylinder, and device is equipped with motor, and motor rotation drives No.1 to synchronize Belt wheel rotates, and has No.1 synchronous belt on No.1 synchronous pulley, and No.1 synchronizes No. two synchronous pulleys of band connection, on No. two synchronous pulleys There are smaller No. three synchronous pulleys, No. three synchronous pulleys play decelerating effect, there are No. two synchronous belts on No. three synchronous pulleys, and No. two same Step band is connected with No. four synchronous pulleys, and No. four synchronous pulleys are connected by central rotating shaft with multigroup clutch, pass through clutch It is attracted（Energization just sucks, and power-off is just unclamped, and is controlled by system according to production requirement）Yaw bottom tin sticky is controlled, can only be selected every time One group of yaw is selected, the selection of yaw is controlled by system, and selected yaw bottom tin sticky, remaining yaw behind yaw by setting The cylinder put pushes L-shaped swaging block to compress yaw, avoids yaw because the vibrations that machine work generates disorderly are put, simple in structure, can So that the accurately length of control tin sticky, while can improve tin sticky efficiency using tin sticky is automatically controlled, avoids artificial tin sticky efficiency It is low, easily cause scald phenomenon.

In the present embodiment, programmable Series Controller and a relay are installed first at the present apparatus free time, with For the controller of MAM-200 models, by three leading-out terminals of the model controller by conducting wire respectively with a relay, Motor is connected with the input terminal of clutch, and those skilled in the art are connected in Jiang Yitai relays by the terminals of conducting wire and cylinder, After those skilled in the art are by controller programming, the job order of each electrical part of fully controllable system, concrete operating principle is as follows：People By in the front and rear penetration pipe 3 of electric wire charging apparatus, cylinder 4 is arranged work at preceding 3 lower part of penetration pipe, by 4 pressure of cylinder by L-shaped swaging block Electric wire is fixed on top on 14, and device is equipped with motor 5, and the rotation of motor 5 drives No.1 synchronous pulley 6 to rotate, No.1 synchronous pulley 6 On have a No.1 synchronous belt 7, No.1 synchronous belt 7 connects No. two synchronous pulleys 8, has smaller 9 No. three synchronizations on No. two synchronous pulleys 8 Belt wheel has No. two synchronous belts 10 on No. three synchronous pulleys 9, and No. two synchronous belts 10 are connected with No. four synchronous pulleys 11, No. four synchronizations Belt wheel 11 is connected by central rotating shaft 12 with multigroup clutch 13, passes through the actuation of clutch 13（Energization just sucks, and power-off is just loose It opens, is controlled by system according to production requirement）15 bottom tin sticky of yaw is controlled, one group of yaw 15 can only be selected every time, yaw 15 Selection is controlled by system, and selected 15 bottom tin sticky of yaw, the cylinder 4 that remaining yaw 15 is set below by yaw 15 pushes away Dynamic L-shaped swaging block 14 compresses yaw 15, avoids yaw 15 because the vibrations that machine work generates disorderly are put.

Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art Personnel embody some variations that some of which part may be made the principle of the utility model, belong to the utility model Protection domain within.

Claims (4)

1. multigroup electric wire moves yaw wetting device, including glue shell block（1）, which is characterized in that the glue shell block（1）Front surface is set There are multiple rectangular washers（2）, each rectangular washer（2）Inside it is embedded in penetration pipe（3）, each penetration pipe（3）It is lower solid Surely cylinder is connected（4）, the glue shell block（1）It is interior to be equipped with motor（5）, the motor（5）Upper suit No.1 synchronous pulley（6）, institute State No.1 synchronous pulley（6）Upper suit No.1 synchronous belt（7）, the No.1 synchronous belt（7）It is interior to be embedded in No. two synchronous pulleys（8）, No. two synchronous pulleys（8）Front surface is equipped with No. three synchronous pulleys（9）, No. three synchronous pulleys（9）Upper suit two is same Walk band（10）, No. two synchronous belts（10）It is interior to be embedded in No. four synchronous pulleys（11）, No. four synchronous pulleys（11）It is interior to be embedded in Central rotating shaft（12）, the central rotating shaft（12）The upper multiple clutches of suit（13）.

2. multigroup electric wire movement yaw wetting device according to claim 1, which is characterized in that the glue shell block（1）Under Surface is close to penetration pipe（3）Place is equipped with L-shaped swaging block（14）, the L-shaped swaging block（14）Lower surface is equipped with yaw（15）.

3. multigroup electric wire movement yaw wetting device according to claim 1, which is characterized in that the cylinder（4）With L-shaped Swaging block（14）Upper-lower position corresponds.

4. multigroup electric wire movement yaw wetting device according to claim 1, which is characterized in that the multiple clutch （13）Quantity is 6-8.