CN213383445U

CN213383445U - Gluing and drying compound machine

Info

Publication number: CN213383445U
Application number: CN202020900646.6U
Authority: CN
Inventors: 郭峰; 王�华; 陈旭
Original assignee: Jiangsu Jinfeng Light Industry Equipment Co ltd
Current assignee: Jiangsu Jinfeng Light Industry Equipment Co ltd
Priority date: 2020-05-26
Filing date: 2020-05-26
Publication date: 2021-06-08
Anticipated expiration: 2030-05-26

Abstract

The utility model discloses a rubber coating stoving compounding machine, include: the frame sets up the first panel material unwinding unit at the frame front end, sets up the tension controller in first panel material unwinding unit rear end frame, sets up the deviation correcting device on tension controller rear end frame, sets up the rubber coating device in the deviation correcting device rear end frame, the structure of rubber coating device includes: the glue spreader, the glue spreader rotates through the pivot and sets up in the frame, the pivot is connected with drive arrangement be provided with jacking cylinder group in the frame of glue spreader lower extreme the upper end of the piston rod of jacking cylinder group is provided with trapezoidal cell body upper end inside is provided with the trapezoidal gluey groove of mutually supporting with the glue spreader the inside first mouth and the first mouth of gluing of advancing that communicates each other with trapezoidal cell body bottom that is provided with of one end of trapezoidal cell body.

Description

Gluing and drying compound machine

Technical Field

The utility model relates to a combination equipment especially relates to a rubber coating stoving compounding machine.

Background

With the rapid development of the clothing industry, the compound machine is used as the main equipment for producing fabrics, and higher requirements are put forward by people. The compounding machine needs to use the rubber coating device when compounding, and the compounding machine is after shutting down for a long time, and glue can take place to solidify and firmly bond on the cell body in the rubber coating device glue groove, need spend a long time when using again and carry out artifical clearance, and the clearance is troublesome, and degree of automation is low, and intensity of labour is big, wastes time and energy, delays work efficiency, and simultaneously, current rubber coating device is because unable quick replacement glue, generally can only compound specific combined material, and the limitation is bigger, and application scope is little.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the technical problem that will solve is: the gluing and drying compound machine capable of timely cleaning glue is provided.

In order to solve the technical problem, the utility model discloses a technical scheme is: gluing stoving compounding machine includes: the frame sets up the first panel material unwinding unit at the frame front end, sets up the tension controller in first panel material unwinding unit rear end frame, sets up the deviation correcting device on tension controller rear end frame, sets up the rubber coating device in the deviation correcting device rear end frame, the structure of rubber coating device includes: the glue spreader is rotationally arranged on a frame through a rotating shaft, the rotating shaft is connected with a driving device, a jacking cylinder group is arranged on the frame at the lower end of the glue spreader, a trapezoidal groove body is arranged at the upper end of a piston rod of the jacking cylinder group, a trapezoidal glue groove matched with the glue spreader is arranged inside the upper end of the trapezoidal groove body, a first glue inlet and a first glue outlet communicated with the bottom of the trapezoidal glue groove are arranged inside one end of the trapezoidal groove body, a first glue inlet pump and a first glue outlet pump are arranged inside the first glue storage tank, a liquid pumping port of the first glue inlet pump is communicated with the first glue storage tank, a liquid outlet of the first glue inlet pump is communicated with the first glue inlet, and a liquid pumping port of the first glue outlet pump is communicated with the first glue outlet, the liquid outlet of the first glue outlet pump is communicated with the first glue storage tank, a first glue inlet control valve is arranged on the first glue inlet, a first glue outlet control valve is arranged on the first glue outlet, a second glue inlet and a second glue outlet which are communicated with the bottom of the trapezoidal glue tank are arranged in the other end of the trapezoidal groove body, a second glue storage tank is arranged at the other end of the trapezoidal groove body, a second glue inlet pump and a second glue outlet pump are arranged in the second glue storage tank, the liquid pumping port of the second glue inlet pump is communicated with the second glue storage tank, the liquid outlet of the second glue inlet pump is communicated with the second glue inlet, the liquid pumping port of the second glue outlet pump is communicated with the second glue outlet, the liquid outlet of the second glue outlet pump is communicated with the second glue storage tank, and a second glue inlet control valve is arranged on the second glue inlet, a second glue outlet control valve is arranged on the second glue outlet, a longitudinal screw rod is rotatably arranged on one side of the upper end of the trapezoidal groove body through a bearing seat, one end of the longitudinal screw rod extends out of the bearing seat and is connected with a motor shaft of a servo speed reduction motor, the servo speed reduction motor is fixedly arranged on the trapezoidal groove body, a longitudinal screw sleeve matched with the longitudinal screw rod is arranged on the longitudinal screw rod, a longitudinal guide rod is arranged on the other side of the upper end of the trapezoidal groove body through a fixing seat, a longitudinal guide sleeve matched with the longitudinal guide rod is slidably arranged on the longitudinal guide rod, a cross beam is arranged between the longitudinal guide sleeve and the longitudinal screw sleeve, the lower end of the cross beam is connected with a scraper seat through a connecting bolt and a connecting nut, a trapezoidal scraper matched with a trapezoidal glue groove is arranged on the scraper seat, and a press roller is arranged on a rack at the upper end of the, the automatic winding device is characterized in that a drying cylinder is arranged on a rack at the upper end of the deviation correcting device, a second fabric unwinding device, a compounding device and a first traction roller are arranged on a rack below the rear end of the drying cylinder, a first traction device is arranged on a rack above the front end of the drying cylinder, a second traction device is arranged on a rack below the front end of the drying cylinder, a plurality of second traction rollers are arranged on a rack at the upper end of the drying cylinder, a third traction device is arranged on a rack at the rear end of the second traction roller, and a winding device is arranged at the rear end of the third traction device.

The utility model has the advantages that: above-mentioned rubber coating stoving compounding machine, novel structure, can shut down the back at the compounding machine and in time clear up and store in the colloid storage box to the glue of trapezoidal glue inslot automatically, glue solidifies when preventing reuse takes place to bond with trapezoidal cell body in trapezoidal glue inslot, it is convenient to clear up, degree of automation is high, reduce workman's intensity of labour, time saving and labor saving, and simultaneously, can carry out quick replacement to the glue variety of trapezoidal glue inslot, can be used for the complex between the multiple different materials, change fastly, application scope is wide, high work efficiency.

Drawings

Fig. 1 is the structure schematic diagram of the gluing and drying compound machine of the utility model.

Fig. 2 is a schematic top enlarged view of the glue spreading device in fig. 1.

Fig. 3 is a schematic sectional structure view of a-a in fig. 2.

In the figure: 1. a frame, 2, a first fabric unreeling device, 3, a tension controller, 4, a deviation correcting device, 5, a gluing device, 51, a gluing roller, 511, a jacking cylinder group, 512, a piston rod, 52, a rotating shaft, 53, a trapezoid groove body, 54, a trapezoid glue groove, 55, a first glue inlet, 56, a first glue outlet, 57, a first glue storage tank, 58, a first glue inlet pump, 59, a first glue outlet pump, 60, a first glue inlet control valve, 61, a first glue outlet control valve, 62, a second glue inlet, 63, a second glue outlet, 64, a second glue storage tank, 65, a second glue inlet pump, 66, a second glue outlet pump, 67, a second glue inlet control valve, 68, a second glue outlet control valve, 69, a bearing seat, 70, a longitudinal screw rod, 71, a servo speed reducing motor, 72, a motor shaft, 73, a longitudinal thread insert, 74, a fixed seat, 75, a longitudinal guide rod, 76, a longitudinal guide sleeve, 77. crossbeam, 78, connecting bolt, 79, coupling nut, 80, scraper seat, 81, trapezoidal groove scraper, 6, compression roller, 7, drying cylinder, 8, second panel unwinding device, 9, set composite, 10, first carry over pinch rolls, 11, first draw gear, 12, second draw gear, 13, second carry over pinch rolls, 14, third draw gear, 15, coiling mechanism.

Detailed Description

The following detailed description of the present invention will be made in conjunction with the accompanying drawings and specific embodiments.

As shown in fig. 1, 2 and 3, the gluing and drying compound machine includes: frame 1, the setting is at first surface material unwinding device 2 of 1 front end in the frame, and the setting sets up the tension controller 3 on 2 rear end frames of first surface material unwinding device 1, sets up deviation correcting device 4 on 3 rear end frames of tension controller, sets up rubber coating device 5 on 4 rear end frames of deviation correcting device 1, the structure of rubber coating device 5 includes: glue spreader 51, glue spreader 51 rotates through pivot 52 and sets up in frame 1, pivot 52 is connected with drive arrangement, be provided with jacking cylinder group 511 in frame 1 of glue spreader 51 lower extreme, be provided with trapezoidal cell body 53 in jacking cylinder group 511's piston rod 512 upper end, be provided with the trapezoidal glue groove 54 of mutually supporting with glue spreader 51 in trapezoidal cell body 53 upper end inside, be provided with in trapezoidal cell body 53 one end inside with trapezoidal glue groove 54 bottom intercommunication first enter jiao kou 55 and first play jiao kou 56, be provided with first glue solution storage box 57 in trapezoidal cell body 53's one end be provided with first glue solution storage box 57 be provided with first glue pump 58 and first play jiao pump 59 in first glue solution storage box 57, the drawing liquid mouth and the first glue solution storage box 57 of first glue pump 58 communicate each other, the liquid outlet and the first glue mouth 55 of advancing of glue pump 58 communicate each other, a liquid pumping port of the first glue discharging pump 59 is communicated with a first glue discharging port 56, a liquid outlet of the first glue discharging pump 59 is communicated with a first glue storage tank 57, a first glue inlet control valve 60 is arranged on the first glue inlet 55, a first glue outlet control valve 61 is arranged on the first glue outlet 56, a second glue inlet 62 and a second glue outlet 63 which are communicated with the bottom of the trapezoidal glue groove 54 are arranged inside the other end of the trapezoidal groove body 53, a second glue storage tank 64 is arranged at the other end of the trapezoidal groove body 53, a second glue inlet pump 65 and a second glue discharging pump 66 are arranged in the second glue storage tank 64, a liquid pumping port of the second glue inlet pump 65 is communicated with the second glue storage tank 64, a liquid outlet of the second glue inlet pump 65 is communicated with the second glue inlet 62, a liquid pumping port of the second glue discharging pump 66 is communicated with the second glue outlet 63, the liquid outlet of the second glue outlet pump 66 is communicated with a second glue storage box 64, a second glue inlet control valve 67 is arranged on the second glue inlet 62, a second glue outlet control valve 68 is arranged on the second glue outlet 63, a longitudinal screw 70 is rotatably arranged on one side of the upper end of the trapezoidal groove body 53 through a bearing seat 69, one end of the longitudinal screw 70 extends out of the bearing seat 69 and is connected with a motor shaft 72 of a servo speed reduction motor 71, the servo speed reduction motor 71 is fixedly arranged on the trapezoidal groove body 53, a longitudinal threaded sleeve 73 matched with the longitudinal screw 70 is arranged on the longitudinal screw 70, a longitudinal guide rod 75 is arranged on the other side of the upper end of the trapezoidal groove body 53 through a fixed seat 74, a longitudinal guide sleeve 76 matched with the longitudinal guide rod 75 is slidably arranged on the longitudinal guide rod 75, and a cross beam 77 is arranged between the longitudinal guide sleeve 76 and the longitudinal threaded sleeve 73, a scraper seat 80 is connected to the lower end of the cross beam 77 through a connecting bolt 78 and a connecting nut 79, the scraper seat 80 is provided with a trapezoidal scraper blade 81 which is matched with the trapezoidal glue groove 54, a press roller 6 is arranged on the frame 1 at the upper end of the gluing device 5, a drying cylinder 7 is arranged on the frame 1 at the upper end of the deviation correcting device 4, a second fabric unwinding device 8, a compounding device 9 and a first traction roller 10 are arranged on the frame 1 below the rear end of the drying cylinder 7, a first traction device 11 is arranged on the frame 1 above the front end of the drying cylinder 7, a second traction device 12 is arranged on the frame 1 below the front end of the drying cylinder 7, a plurality of second traction rollers 13 are arranged on the rack 1 at the upper end of the drying cylinder 7, a third traction device 14 is arranged on the rack 1 at the rear end of each second traction roller 13, and a winding device 15 is arranged at the rear end of each third traction device 14.

During the use, first surface fabric unreels through first surface fabric unreeling device 2 and loops through tension controller 3, deviation correcting device 4, reach set composite 9 between rubber coating device 5 and the compression roller 6, the second surface fabric unreels through second surface fabric unreeling device 8 and arrives set composite 9, set composite 9 compounds first surface fabric and second surface fabric, the surface fabric after the complex is anticlockwise dried around 7 rounds of drying cylinder, draw through first draw gear 11 around 7 rounds of drying cylinder's in-process, then pass through first carry over pinch rolls 10 in proper order, second draw gear 12, a plurality of second carry over pinch rolls 13, third draw gear 11 reachs collection device 15 and collects.

When the glue scraping is carried out on the trapezoidal glue groove 54 after the machine is stopped, the piston rod 512 of the jacking cylinder group 511 drives the trapezoidal groove body 53 to move downwards to be completely separated from the glue coating roller 51, the first glue inlet control valve 60, the first glue outlet control valve 61 and the second glue inlet control valve 67 are closed, the second glue outlet control valve 68 is opened and the second glue outlet pump 66 is started, the second glue outlet pump 66 pumps the glue in the trapezoidal glue groove 54 out and sequentially sends the glue into the second glue storage tank 64 through the second glue outlet 63 and the second glue outlet pump 66, the glue on the glue coating roller 51 is scraped down into the trapezoidal glue groove 54 through a scraper, meanwhile, the servo speed reducing motor 71 is started, the motor shaft 72 of the servo speed reducing motor 71 drives the longitudinal screw 70 to rotate on the trapezoidal groove body 53 through the bearing seat 69, the longitudinal screw 70 drives the longitudinal screw sleeve 73 meshed with the longitudinal screw sleeve to move from back to front, the longitudinal screw sleeve 73 drives the cross beam 77 to move from back to front, the cross beam 77 drives the longitudinal guide sleeve 76 to slide on the longitudinal guide rod 75 from back to front, the cross beam 77 drives the scraper seat 80 and the trapezoidal scraping groove knife 81 to move from back to front so as to scrape the glue in the trapezoidal glue groove 54 from back to front, and when the trapezoidal scraping groove knife 81 moves to the foremost end, the second glue outlet pump 66 synchronously pumps out all the glue in the trapezoidal glue groove 54 into the second glue storage box 64 for storage; the trapezoidal groove scraping knife 81 can be operated from front to back, at the moment, only the first glue inlet control valve 60, the second glue inlet control valve 67 and the second glue outlet control valve 68 need to be closed, the first glue outlet control valve 61 is opened, the first glue outlet pump 59 is started, the first glue outlet pump 59 pumps out glue in the trapezoidal glue groove 54 and sends the glue into the first glue storage box 57 through the first glue outlet 56 and the first glue outlet pump 59 in sequence, glue on the glue coating roller 51 is scraped into the trapezoidal glue groove 54 through a scraper, meanwhile, the servo speed reduction motor 71 is reversely rotated and reset, the trapezoidal groove scraping knife 81 moves from front to back to scrape the glue in the trapezoidal glue groove 54 from front to back, and the first glue outlet pump 59 synchronously pumps out all glue in the trapezoidal glue groove 54 into the first glue storage box 57 for storage.

When different glues need to be replaced, a first glue can be stored in the first glue storage box 57, a second glue can be stored in the second glue storage box 64, when the trapezoidal scraping knife 81 is positioned at the rearmost end, the second glue inlet control valve 67 and the second glue inlet pump 65 are opened, the second glue outlet control valve 68 is closed, the second glue inlet pump 65 pumps out the second glue in the second glue storage box 64 and sequentially sends the second glue into the trapezoidal glue groove 54 through the second glue inlet pump 65 and the second glue inlet 62, at the moment, the trapezoidal glue groove 54 is filled with the second glue, the piston rod 512 of the jacking cylinder group 511 drives the trapezoidal groove body 53 to move upwards until the lower end of the glue roller 51 is inserted into the trapezoidal glue groove 54, the glue roller 51 can use the second glue to glue for gluing, when the first glue needs to be replaced, the piston rod 512 of the jacking cylinder group 511 drives the trapezoidal groove body 53 to move downwards to be completely separated from the glue roller 51, closing the first glue inlet control valve 60, the first glue outlet control valve 61 and the second glue inlet control valve 67, opening the second glue outlet control valve 68 and starting the second glue outlet pump 66, wherein the second glue outlet pump 66 pumps out the second glue in the trapezoidal glue groove 54 and sends the second glue into the second glue storage tank 64 through the second glue outlet 63 and the second glue outlet pump 66 in sequence, the second glue on the glue roller 51 is scraped into the trapezoidal glue groove 54 through a scraper, meanwhile, the servo speed reduction motor 71 is started, the motor shaft 72 of the servo speed reduction motor 71 drives the longitudinal screw 70 to rotate on the trapezoidal groove body 53 through the bearing seat 69, the longitudinal screw 70 drives the longitudinal screw sleeve 73 meshed with the longitudinal screw 70 to move from back to front, the longitudinal screw sleeve 73 drives the cross beam 77 to move from back to front, the cross beam 77 drives the longitudinal guide sleeve 76 to slide from back to front on the longitudinal guide rod 75, the cross beam 77 drives the scraper seat 80 and the trapezoidal scraper 81 to move from back to front to scrape the second glue in the trapezoidal glue groove 54, when the trapezoid scraping knife 81 moves to the front end, the second glue discharging pump 66 synchronously pumps all the second glue in the trapezoid glue groove 54 into the second glue storage box 64 for storage.

Above-mentioned rubber coating stoving compounding machine, novel structure, can shut down the back at the compounding machine and in time clear up and store in the colloid storage box to the glue of trapezoidal glue inslot automatically, glue solidifies when preventing reuse takes place to bond with trapezoidal cell body in trapezoidal glue inslot, it is convenient to clear up, degree of automation is high, reduce workman's intensity of labour, time saving and labor saving, and simultaneously, can carry out quick replacement to the glue variety of trapezoidal glue inslot, can be used for the complex between the multiple different materials, change fastly, application scope is wide, high work efficiency.

Claims

1. Gluing stoving compounding machine, its characterized in that: the method comprises the following steps: frame (1), set up and unreel device (2) at the first panel material of frame (1) front end, set up tension controller (3) on first panel material unreeling device (2) rear end frame (1), deviation correcting device (4) of setting on tension controller (3) rear end frame (1), rubber coating device (5) of setting on deviation correcting device (4) rear end frame (1), the structure of rubber coating device (5) includes: glue spreader (51), glue spreader (51) rotates through pivot (52) and sets up in frame (1), pivot (52) are connected with drive arrangement be provided with jacking cylinder group (511) on frame (1) of glue spreader (51) lower extreme the piston rod (512) upper end of jacking cylinder group (511) is provided with trapezoidal cell body (53) trapezoidal gluey groove (54) of mutually supporting with glue spreader (51) is provided with in trapezoidal cell body (53) upper end inside be provided with first advance jiao kou (55) and first play jiao kou (56) that communicate each other bottom trapezoidal gluey groove (54) in the one end of trapezoidal cell body (53) inside be provided with and advance jiao kou (57) with trapezoidal gluey groove (54) bottom, be provided with first glue inlet pump (58) and first play jiao pump (59) in first glue solution storage tank (57), a liquid pumping port of the first glue inlet pump (58) is communicated with a first glue storage box (57), a liquid outlet of the first glue inlet pump (58) is communicated with a first glue inlet (55), a liquid pumping port of the first glue outlet pump (59) is communicated with a first glue outlet (56), a liquid outlet of the first glue outlet pump (59) is communicated with the first glue storage box (57), a first glue inlet control valve (60) is arranged on the first glue inlet (55), a first glue outlet control valve (61) is arranged on the first glue outlet (56), a second glue inlet (62) and a second glue outlet (63) which are communicated with the bottom of the trapezoidal glue groove (54) are arranged in the other end of the trapezoidal groove body (53), a second glue storage box (64) is arranged at the other end of the trapezoidal groove body (53), and a second glue inlet pump (65) and a second glue outlet pump (66) are arranged in the second glue storage box (64), the liquid pumping port of the second glue inlet pump (65) is communicated with the second glue storage box (64), the liquid outlet of the second glue inlet pump (65) is communicated with the second glue inlet (62), the liquid pumping port of the second glue outlet pump (66) is communicated with the second glue outlet (63), the liquid outlet of the second glue outlet pump (66) is communicated with the second glue storage box (64), the second glue inlet (62) is provided with a second glue inlet control valve (67), the second glue outlet (63) is provided with a second glue outlet control valve (68), one side of the upper end of the trapezoid groove body (53) is rotatably provided with a longitudinal screw rod (70) through a bearing seat (69), one end of the longitudinal screw rod (70) extends out of the bearing seat (69) to be connected with a motor shaft (72) of a servo speed reduction motor (71), and the servo speed reduction motor (71) is fixedly arranged on the trapezoid groove body (53), a longitudinal screw sleeve (73) matched with the longitudinal screw rod is arranged on the longitudinal screw rod (70), a longitudinal guide rod (75) is arranged on the other side of the upper end of the trapezoidal groove body (53) through a fixed seat (74), a longitudinal guide sleeve (76) matched with the longitudinal guide rod (75) is arranged on the longitudinal guide rod (75) in a sliding manner, a cross beam (77) is arranged between the longitudinal guide sleeve (76) and the longitudinal screw sleeve (73), the lower end of the cross beam (77) is connected with a scraper seat (80) through a connecting bolt (78) and a connecting nut (79), a trapezoidal scraper groove (81) matched with a trapezoidal glue groove (54) is arranged on the scraper seat (80), a press roller (6) is arranged on a rack (1) at the upper end of the gluing device (5), and a drying cylinder (7) is arranged on the rack (1) at the upper end of the deviation rectifying device (4), the drying cylinder is characterized in that a second fabric unwinding device (8), a compounding device (9) and a first traction roller (10) are arranged on a rack (1) below the rear end of a drying cylinder (7), a first traction device (11) is arranged on the rack (1) above the front end of the drying cylinder (7), a second traction device (12) is arranged on the rack (1) below the front end of the drying cylinder (7), a plurality of second traction rollers (13) are arranged on the rack (1) at the upper end of the drying cylinder (7), a third traction device (14) is arranged on the rack (1) at the rear end of the second traction rollers (13), and a winding device (15) is arranged at the rear end of the third traction device (14).