CN201660324U

CN201660324U - Steel belt winding device by extrusion method

Info

Publication number: CN201660324U
Application number: CN2010201111174U
Authority: CN
Inventors: 王希玉
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-02-04
Filing date: 2010-02-04
Publication date: 2010-12-01
Anticipated expiration: 2020-02-04

Abstract

A steel belt winding device by an extrusion method consists of a square shaft II (11), a speed reducer (12), a bobbin (13), a motor (14) and a frame (15), and is characterized in that a centering device (19) is connected to the front upper end of the frame (15), a photoelectric switch (3) is connected to the frame (15) under the centering device (19), a reflector seat (1) is connected to the lower end of the frame (15), a reflector (2) is connected to the reflector seat (1), a portion of the frame (15) on the inner side of the centering device (19) is connected with an S-roll (18) via an S-roll fixing base (17), a brush roll (4) is connected to a portion of the frame (15) at the lower end of the S-roll (18), and a portion of the frame (15) on the inner side of the brush roll (4) is connected with a square shaft I (5) via a square shaft I seat (6), thereby reducing labor intensity, increasing efficiency, decreasing maintenance frequency, achieving simple maintenance and increasing winding quality. The steel belt winding device is particularly applicable to winding steel belts of semisteel radial tires.

Description

Extrusion molding steel wire bracing ply batch up gear

Technical field:

The utility model relates to batch up gear in a kind of tire production, taking-up equipment after the severing of particularly a kind of extrusion molding bracing ply.

Background technology:

At present, during semi-steel radial tire is produced, the steel wire bracing ply that uses extrusion molding to produce, use the glass-felt plastic spool to batch when batching, the spool volume is gone up shield, be put on the conveyer belt of running, the passive bracing ply that batches with the conveyer belt running, this method of batching is batched only 50 meters of length weak points/volume, it is frequent that the operative employee changes frock, and labour intensity is big, and batch irregular, the Tension Control shakiness, cause the conveyer belt sideslip easily, winding off spindle often is out of shape, and bearing often damages, maintenance is frequent, and needs 2 people's cooperatings.

Summary of the invention:

The purpose of this utility model be exactly to provide that a kind of labour intensity is low, high efficiency, maintenance are simple, be applicable to the extrusion molding steel wire bracing ply batch up gear that the extrusion molding severing is batched.

The purpose of this utility model is achieved in that a kind of extrusion molding steel wire bracing ply batch up gear, form by square shaft II, reductor, I-beam wheel, motor, framework, the front end that it is characterized in that described framework upper end connects centering device, connect photoelectric switch on the framework under the centering device, the lower end of framework connects reflective panel seat, connect reflector on the reflective panel seat, on the framework of centering device inboard, connect the S roller by S roller permanent seat, on the framework of the lower end of S roller, connect brush roll, on the framework of brush roll inboard, connect square shaft I by the square shaft Building I.

The utility model optimum implementation is: captive joint cylinder on base of frame, cylinder and I-beam wheel flexibly connect, captive joint platform on the framework under the I-beam wheel position, the flat-bed upper end connects the table dog edge, its outer end connects the platform slope, the S roller has 3 rollers to be " S " type to rearrange, and reflector and photoelectric switch all are two, and corresponding one by one.

The utility model compared with prior art has the following advantages:

Owing to adopted the front end of framework upper end to connect centering device, connect photoelectric switch on the framework under the centering device, the lower end of framework connects reflective panel seat, connect reflector on the reflective panel seat, on the framework of centering device inboard, connect the S roller, on the framework of the lower end of S roller, connect brush roll by S roller permanent seat, the version that on the framework of brush roll inboard, connects square shaft I by the square shaft Building I, thereby, to raise the efficiency, frequency of maintenance is low, maintenance is simple, the effect of raising reeling quality;

Connected cylinder and platform owing on the framework again, thereby, without the manual cleaning, get final product with the cylinder release, make things convenient for the I-beam wheel loading and unloading, realized minimizing labour intensity

Description of drawings:

Figure: be the utility model concrete structure scheme drawing

1, reflective panel seat 2, reflector 3, photoelectric switch 4, brush roll 5, square shaft I

6, square shaft Building I 7, platform 8, platform slope 9, table dog along 10, cylinder

11, square shaft II 12, reductor 13, I-beam wheel 14, motor 15, framework

16, shield volume 17, S roller permanent seat 18, S roller 19, centering device 20, bracing ply

The specific embodiment:

Fixing reflector 2 on the reflective panel seat 1, reflector 2 is total to 2 up and down, reflective panel seat 2 is connected with the bottom of framework 15, on framework 15, be connected the upper end that and connect photoelectric switch 3 with reflective panel seat 2, totally 2 of photoelectric switchs 3, and it is corresponding one by one with reflector 2, the upper end of the framework 15 directly over photoelectric switch 3 connects centering device 19, on the framework 15 of the inboard of centering device 19, connect S rollers 18 by S roller permanent seat 17, S roller 18 has 3 rollers to be " S " type to rearrange, on the framework 15 of the lower end of S roller 18, connect brush roll 4 by bearing and bearing seat, brush roll 4 has two, on the framework 15 of brush roll 4 inboards, connect square shaft Building I 6, square shaft Building I 6 connects square shaft I 5 by bearing, the other end at framework 15 connects motor 14, motor 14 is connected with reductor 12, reductor 12 is connected with framework 15 by permanent seat, square shaft II 11 is connected on the delivery port of reductor 12, and be fixedly connected on the framework 15, square shaft II 11 external activities connect I-beam wheel 13, S roller 18 is connected with reductor 12 by chain and gear, at framework 15 bottom captive joint cylinders 10, cylinder 10 flexibly connects with I-beam wheel 13, on the framework 15 under I-beam wheel 13 positions, connect platform 7, platform 7 outsides connect platform slope 8, and the jig retaining is along 9 on two limits of platform 7.

During use, I-beam wheel 13 is inserted on the square shaft II 11, shield volume 16 is inserted on the square shaft I, and passes from 4 of 2 brush roll, walk around S roller 18, batch on I-beam wheel 13, during production, bracing ply 20 is manually taken the lead through centering device 19, and according to the fixed middle width of bracing ply 20 width adjustment, bracing ply 20 is placed on the shield to rotate with I-beam wheel 13 is involved in the I-beam wheel 13, because of bracing ply 20 every sanction a slices need to pause, therefore, batch discontinuous, the start and stop of photoelectric switch 3 control motors 14 after having batched, start cylinder 10, I-beam wheel is released, reinstall sky I-beam wheel 13 and shield volume 16, the above work of circulation has realized batching bracing ply; Because of batching length is original more than 2 times, has reduced the operative employee and has changed the frock number of times, has also reduced time operation and has changed the frequency, raise the efficiency, reduce labour intensity, batch because I-beam wheel has side can play the location, make and batch neatly, improve reeling quality, this device is safeguarded simple.

Claims

1. extrusion molding steel wire bracing ply batch up gear, by square shaft II (11), reductor (12), I-beam wheel (13), motor (14), framework (15) is formed, the front end that it is characterized in that described framework (15) upper end connects centering device (19), framework (15) under the centering device (19) is gone up and is connected photoelectric switch (3), the lower end of framework (15) connects reflective panel seat (1), reflective panel seat (1) is gone up and is connected reflector (2), go up by S roller permanent seat (17) connection S roller (18) at the inboard framework (15) of centering device (19), go up at the framework (15) of the lower end of S roller (18) and to connect brush roll (4), go up by square shaft Building I (6) at the inboard framework (15) of brush roll (4) and connect square shaft I (5).

2. extrusion molding steel wire bracing ply batch up gear according to claim 1, it is characterized in that captive joint cylinder (10) on described framework (15) bottom, cylinder (10) flexibly connects with I-beam wheel (13), framework (15) under I-beam wheel (13) position is gone up captive joint platform (7), the upper end of platform (7) connects table dog along (9), and its outer end connects platform slope (8).

3. extrusion molding steel wire bracing ply batch up gear according to claim 1 is characterized in that described S roller (18) has 3 rollers to be " S " type and rearranges.

4. extrusion molding steel wire bracing ply batch up gear according to claim 1 is characterized in that described reflector (2) and photoelectric switch (3) all are two, and corresponding one by one.