CN105546962A

CN105546962A - Transmission device for synthetic rubber drying box

Info

Publication number: CN105546962A
Application number: CN201511024903.4A
Authority: CN
Inventors: 李勇
Original assignee: Honghu Zhuofa Chemical Machine Co Ltd
Current assignee: Honghu Zhuofa Chemical Machine Co Ltd
Priority date: 2015-12-31
Filing date: 2015-12-31
Publication date: 2016-05-04
Anticipated expiration: 2035-12-31
Also published as: CN105546962B

Abstract

The invention discloses a transmission device for a synthetic rubber drying box. The device comprises a left chain, a right chain, a box body front end transmission part, a box body inside transmission part and a box body back end transmission part, wherein a chain inlet is formed in the lower part of the front end of a casing of a box body, a chain outlet is formed in the upper part of the back end of the casing of the box body, and a chain circulating inlet is formed in the lower part of the back end of the casing of the box body. The material conveying chains of the device move in the box body in a water wave manner, and the movement length of materials in the drying box can be increased, so that the movement speed can be increased, meanwhile, the drying yield of the materials can be increased, and the occupied area is small; more importantly, a drying mechanism of the device is specially designed for a transmission mechanism, the drying efficiency is high, and the drying time is short.

Description

A kind of transmission device for the synthesis of rubber dryness case

Technical field

The present invention relates to rubber drying equipment technical field, be specifically related to a kind of transmission device for the synthesis of rubber dryness case, be particularly suitable for modern synthetic rubber industry.

Background technology

The industrial development through more than 40 years of China's synthetic rubber (SR), the road that self owned development technique of having passed by combines with introduction world sophisticated equipment.

Synthetic rubber is a kind of strong flexible polymer by Prof. Du Yucang, and synthetic rubber started to produce in 20 beginnings of the century, obtains and develop rapidly from the forties.Synthetic rubber generally in performance be not as comprehensive as natural rubber, but it has the performances such as high resiliency, insulating properties, air-tightness, oil resistant, high temperature resistant or low temperature, is thus widely used in industrial or agricultural, national defence, traffic and daily life.Along with the not only development of China's China Synthetic Rubber Industry, elastomeric dry equipment for after-treatment also seems particularly important.Elastomeric production technology is broadly divided into the synthesis of monomer and refining, polymerization process and rubber post processing three part.Post processing is the material (latex or glue) after making polymerisation, through removing unreacted monomer, cohesion, dehydration, drying and packaging and other steps.

Because rubber is very sensitive to temperature, its physical state varies with temperature and changes.According to the difference of the material properties of drying, normal temperature to 70 DEG C be elastic state when 110 DEG C, easy bag roller, then follows the string higher than this temperature, produces the phenomenons such as serious roll banding, adhesive tape, incipient scorch.

On synthetic rubber post processing drying equipment, generally adopt box-type drying case both at home and abroad at present, but structure is mostly different.Drying cabinet device mainly divides two large divisions: 1) hop, carries out the process transmitted by material in drying box; 2) thermal cycle wind system, air to enter after drying box heat cycles repeatedly, and transfer heat to the moisture vaporization diffusion in material, material, moisture is taken away by wet-emitting blower by thermal cycle wind, reaches the object of dry materials.

According to the difference of dried material, major part adopts circulation up flow type belt rubber dryness case, and this drying box is suitable for the drying of ventilative good sheet, strip, granular material.Transmission device due to this drying box is that horizontal linear runs, and the distance of operation is short, and the banded material for poor air permeability is just difficult to arrive dry object.

Summary of the invention

In order to solve prior art Problems existing, the invention provides a kind of elastomeric drying process device, the mode of the chain strip adoption water wave of the transmission material of this device is run in casing, not only can increase the length that material runs in drying box, thus improve the speed of service, also can add the output of dry materials simultaneously, and floor space is little.The more important thing is, the drying mechanism of this device designs for transmission mechanism specially, and drying efficiency is high, and drying time is short.

Realizing the technical scheme that above-mentioned purpose of the present invention samples is:

A kind of transmission device for the synthesis of rubber dryness case, at least running part and box back running part in casing, left chain, right chain, casing front end running part, casing, cabinet shell front lower portion is provided with chain entrance, and cabinet shell upper rear end is provided with chain exit, bottom is provided with chain loop head;

Casing fore-end comprises the left sprocket wheel in front end one, the left sprocket wheel in front end two, the right sprocket wheel in front end one, the right sprocket wheel two in front end, front-end chain wheel shaft one, front-end chain wheel shaft two and frame, frame is fixed on ground, the right sprocket wheel one of the left sprocket wheel in front end one and front end is set with the two ends in front-end chain wheel shaft one, the right sprocket wheel two of the left sprocket wheel in front end two and front end is set with the two ends in front-end chain wheel shaft two, front-end chain wheel shaft one and front-end chain wheel shaft two are arranged in frame by bearing, and front-end chain wheel shaft one is positioned at the upper front of front-end chain wheel shaft two;

Box back running part comprises upper left, rear end fixed chain wheels one, upper left, rear end adjustable chain wheel two, lower-left, rear end fixed chain wheels one, lower-left, rear end fixed chain wheels two, lower-left, rear end fixed chain wheels three, rear end upper right fixed chain wheels one, rear end upper right adjustable chain wheel two, bottom right, rear end fixed chain wheels one, bottom right, rear end fixed chain wheels two, bottom right, rear end fixed chain wheels three, the left fixed chain wheels of rear end lower, the right fixed chain wheels of rear end lower, rear end sprocket shaft one, rear end adjustable chain wheel axle two, rear end sprocket shaft three, rear end sprocket shaft four, rear end sprocket shaft five, rear end lower fixed chain wheels axle six and suspension bracket, suspension bracket is fixed on the outer wall of lower box rear end, upper left, rear end fixed chain wheels one and rear end upper right fixed chain wheels one are set in the two ends of rear end sprocket shaft one, upper left, rear end adjustable chain wheel two and rear end upper right adjustable chain wheel two are set in the two ends of rear end adjustable chain wheel axle two, lower-left, rear end fixed chain wheels one and bottom right, rear end fixed chain wheels one are sleeved on rear end sprocket shaft three, lower-left, rear end fixed chain wheels two and bottom right, rear end fixed chain wheels two are sleeved on rear end sprocket shaft four, lower-left, rear end fixed chain wheels three and bottom right, rear end fixed chain wheels three are sleeved on rear end sprocket shaft five, the left fixed chain wheels of rear end lower and the right fixed chain wheels of rear end lower are set with on the two ends of rear end lower fixed chain wheels axle six, rear end sprocket shaft one, rear end adjustable chain wheel axle two, rear end sprocket shaft three, rear end sprocket shaft four and rear end sprocket shaft five are all arranged on suspension bracket by bearing, rear end sprocket shaft one and rear end adjustable chain wheel axle two are positioned on same level height, and rear end sprocket shaft one is positioned at the dead ahead of rear end adjustable chain wheel axle two, rear end sprocket shaft three and rear end sprocket shaft four are positioned on same level height, and rear end sprocket shaft three is positioned at the dead ahead of rear end sprocket shaft four, rear end sprocket shaft five is positioned at the back lower place of rear end sprocket shaft four, rear end sprocket shaft four is positioned at the below of rear end adjustable chain wheel axle two, and rear end lower fixed chain wheels axle six passes through bearing block, support installing is in box back loop head place,

In casing, running part comprises chain drive oven dry part and chain rotating part, chain drive oven dry part is positioned at the top of chain rotating part, and chain drive oven dry part is from being divided into the first gear unit, the second gear unit, the 3rd gear unit, the 4th gear unit, the 5th gear unit, the 6th gear unit, motor, belt wheel A, belt wheel B and belt before casing successively to rear end;

First gear unit, second gear unit, 3rd gear unit, 4th gear unit, 5th gear unit and the 6th gear unit include worm-gear speed reducer and main chain gear unit, the first gear unit, second gear unit, 3rd gear unit, 4th gear unit, the worm-gear speed reducer of the 5th gear unit and the 6th gear unit is all arranged on casing left-external side by frame, and main chain gear unit comprises left chain gear transmission unit, right chain gear transmission unit, intermediate propeller shaft, trough activity chain wheel shaft one and trough activity chain wheel shaft two, left chain gear transmission unit and right chain gear transmission unit are symmetrical structure, and left chain gear transmission unit comprises left sprocket shaft one, left sprocket shaft two, left sprocket shaft three, upper left gear one, upper left gear two, upper left gear three, upper left fixed chain wheels one, upper left fixed chain wheels three, the movable sprocket wheel two of the movable sprocket wheel one in lower-left and lower-left, left sprocket shaft one, left sprocket shaft two, left sprocket shaft three is arranged in order along from casing front end to the direction of rear end, and be all arranged on casing by bearing, upper left gear one and upper left fixed chain wheels one are set in the two ends of left sprocket shaft one, upper left gear three and upper left fixed chain wheels three are set in the two ends of left sprocket shaft three, upper left gear two is sleeved on one end of left sprocket shaft two, and upper left gear one, upper left gear two and upper left gear three are all positioned on the left of casing, the movable sprocket wheel one in lower-left is positioned at immediately below left sprocket shaft two, the movable sprocket wheel two in lower-left is positioned at the back lower place of upper left sprocket wheel three, upper left gear one engages with upper left gear two, upper left gear two engages with upper left gear three, and right chain gear transmission unit comprises right sprocket shaft one, right sprocket shaft two, right sprocket shaft three, upper right gear one, upper right gear two, upper right gear three, upper right fixed chain wheels one, upper right fixed chain wheels three, the movable sprocket wheel two of the movable sprocket wheel one in bottom right and bottom right, right sprocket shaft one, right sprocket shaft two, right sprocket shaft three is arranged in order along from casing front end to the direction of rear end, and be all arranged on casing by bearing, upper right gear one and upper right fixed chain wheels one are set in the two ends of right sprocket shaft one, upper right gear three and upper right fixed chain wheels three are set in the two ends of right sprocket shaft three, upper right gear two is sleeved on one end of right sprocket shaft two, and upper right gear one, upper right gear two and upper right gear three are all positioned on the right side of casing, the movable sprocket wheel one in bottom right is positioned at immediately below right sprocket shaft two, the movable sprocket wheel two in bottom right is positioned at the back lower place of upper right sprocket wheel three, upper right gear one engages with upper right gear two, upper right gear two engages with upper right gear three, the movable sprocket wheel one of the movable sprocket wheel one in lower-left and bottom right is set with the two ends in trough activity chain wheel shaft one, the movable sprocket wheel two of the movable sprocket wheel two in lower-left and bottom right is set with the two ends in trough activity chain wheel shaft two, trough activity chain wheel shaft one and trough activity chain wheel shaft two are installed on casing by bearing block, the two ends of intermediate propeller shaft are connected with left sprocket shaft two and right sprocket shaft two respectively by shaft coupling, the first gear unit, second gear unit, 3rd gear unit, 4th gear unit, the output shaft of the worm-gear speed reducer of the 5th gear unit and the 6th gear unit is all set with travelling gear, the travelling gear of the worm-gear speed reducer of the first gear unit is positioned at immediately below the upper left gear two of the first gear unit, and the travelling gear of the worm-gear speed reducer of the first gear unit engages with the upper left gear two of the first gear unit, the travelling gear of the worm-gear speed reducer of the second gear unit is positioned at immediately below the upper left gear two of the second gear unit, and the travelling gear of the worm-gear speed reducer of the second gear unit engages with the upper left gear two of the second gear unit, the travelling gear of the worm-gear speed reducer of the 3rd gear unit is positioned at immediately below the upper left gear two of the 3rd gear unit, and the travelling gear of the worm-gear speed reducer of the 3rd gear unit engages with the upper left gear two of the 3rd gear unit, the travelling gear of the worm-gear speed reducer of the 4th gear unit is positioned at immediately below the upper left gear two of the 4th gear unit, and the travelling gear of the worm-gear speed reducer of the 4th gear unit engages with the upper left gear two of the 4th gear unit, the travelling gear of the worm-gear speed reducer of the 5th gear unit is positioned at immediately below the upper left gear two of the 5th gear unit, and the travelling gear of the worm-gear speed reducer of the 5th gear unit engages with the upper left gear two of the 5th gear unit, the travelling gear of the worm-gear speed reducer of the 6th gear unit is positioned at immediately below the upper left gear two of the 6th gear unit, and the travelling gear of the worm-gear speed reducer of the 6th gear unit engages with the upper left gear two of the 6th gear unit, the power shaft of the worm-gear speed reducer of the first gear unit is connected by coupling body with the power shaft of the worm-gear speed reducer of the second gear unit, the power shaft of the worm-gear speed reducer of the second gear unit is connected by coupling body with the power shaft of the worm-gear speed reducer of the 3rd gear unit, the power shaft of the worm-gear speed reducer of the 3rd gear unit is connected by coupling body with the power shaft of the worm-gear speed reducer of the 4th gear unit, the power shaft of the worm-gear speed reducer of the 4th gear unit is connected by coupling body with the power shaft of the worm-gear speed reducer of the 5th gear unit, the power shaft of the worm-gear speed reducer of the 5th gear unit is connected by coupling body with the power shaft of the worm-gear speed reducer of the 6th gear unit,

Motor is installed in the inner left wall of lower box front end, and belt wheel A is set on the output shaft of motor, and belt wheel B is installed on the power shaft of the worm-gear speed reducer of the first gear unit, and belt wheel A is connected by belt with belt wheel B;

Rotating part comprises the left wheel of more than 6, right roller and roller shaft, each left wheel and the right roller corresponding with it are all connected by roller shaft, each roller shaft is all installed on the bottom of lower box by bearing block, each roller shaft is evenly distributed successively to the direction of rear end from casing front end;

The part that left chain is positioned at casing front end wraps on the left sprocket wheel two of the left sprocket wheel in front end one and front end, and left chain is positioned at part left oven dry part and the left rotating part respectively of casing, and left oven dry part wraps in the first gear unit successively, second gear unit, 3rd gear unit, 4th gear unit, the upper left fixed chain wheels one of each main chain gear unit of the 5th gear unit and the 6th gear unit, the movable sprocket wheel one in lower-left, upper left fixed chain wheels three, on the movable sprocket wheel two in lower-left, thus make left chain transmission oven dry channel floor be undaform, left rotating part is positioned in each left wheel, and the part that left chain is positioned at box back wraps in upper left, rear end fixed chain wheels one, upper left, rear end adjustable chain wheel two, lower-left, rear end fixed chain wheels three, lower-left, rear end fixed chain wheels two, in lower-left, rear end fixed chain wheels one and the left fixed chain wheels of rear end lower, the part that right chain is positioned at casing front end wraps on the right sprocket wheel two of the right sprocket wheel in front end one and front end, right chain is positioned at part right oven dry part and the right-hand rotation part respectively of casing, and right oven dry part wraps in the first gear unit successively, second gear unit, 3rd gear unit, 4th gear unit, the upper right fixed chain wheels one of each main chain gear unit of the 5th gear unit and the 6th gear unit, the movable sprocket wheel one in bottom right, upper right fixed chain wheels three, on the movable sprocket wheel two in bottom right, thus make right chain transmission oven dry channel floor be undaform, right-hand rotation part is positioned in each left wheel, and the part that right chain is positioned at box back wraps in rear end upper right fixed chain wheels one, rear end upper right adjustable chain wheel two, bottom right, rear end fixed chain wheels three, bottom right, rear end fixed chain wheels two, in bottom right, rear end fixed chain wheels one and the right fixed chain wheels of rear end lower, between left chain and right chain, be provided with many aluminum pipes,

The first described gear unit, second gear unit, 3rd gear unit, 4th gear unit, 5th gear unit and the 6th gear unit include more than one secondary Chain conveyer unit, and secondary Chain conveyer unit comprises left chain gear transmission unit, right chain gear transmission unit, intermediate propeller shaft, trough activity chain wheel shaft one and trough activity chain wheel shaft two, left chain gear transmission unit and right chain gear transmission unit are symmetrical structure, and left chain gear transmission unit comprises left sprocket shaft one, left sprocket shaft two, left sprocket shaft three, upper left gear one, upper left gear two, upper left gear three, upper left fixed chain wheels one, upper left fixed chain wheels three, the movable sprocket wheel two of the movable sprocket wheel one in lower-left and lower-left, left sprocket shaft one, left sprocket shaft two, left sprocket shaft three is arranged in order along from casing front end to the direction of rear end, and be all arranged on casing by bearing, upper left gear one and upper left fixed chain wheels one are set in the two ends of left sprocket shaft one, upper left gear three and upper left fixed chain wheels three are set in the two ends of left sprocket shaft three, upper left gear two is sleeved on one end of left sprocket shaft two, and upper left gear one, upper left gear two and upper left gear three are all positioned at outside casing, the movable sprocket wheel one in lower-left is positioned at immediately below left sprocket shaft two, the movable sprocket wheel two in lower-left is positioned at the back lower place of upper left sprocket wheel three, upper left gear one engages with upper left gear two, upper left gear two engages with upper left gear three, and right chain gear transmission unit comprises right sprocket shaft one, right sprocket shaft two, right sprocket shaft three, upper right gear one, upper right gear two, upper right gear three, upper right fixed chain wheels one, upper right fixed chain wheels three, the movable sprocket wheel two of the movable sprocket wheel one in bottom right and bottom right, right sprocket shaft one, right sprocket shaft two, right sprocket shaft three is arranged in order along from casing front end to the direction of rear end, and be all arranged on casing by bearing, upper right gear one and upper right fixed chain wheels one are set in the two ends of right sprocket shaft one, upper right gear three and upper right fixed chain wheels three are set in the two ends of right sprocket shaft three, upper right gear two is sleeved on one end of right sprocket shaft two, and upper right gear one, upper right gear two and upper right gear three are all positioned at box inside, the movable sprocket wheel one in bottom right is positioned at immediately below right sprocket shaft two, the movable sprocket wheel two in bottom right is positioned at the back lower place of upper right sprocket wheel three, upper right gear one engages with upper right gear two, upper right gear two engages with upper right gear three, the movable sprocket wheel one of the movable sprocket wheel one in lower-left and bottom right is set with the two ends in trough activity chain wheel shaft one, the movable sprocket wheel two of the movable sprocket wheel two in lower-left and bottom right is set with the two ends in trough activity chain wheel shaft two, trough activity chain wheel shaft one and trough activity chain wheel shaft two are installed on casing by bearing block, the two ends of intermediate propeller shaft are connected with left sprocket shaft two and right sprocket shaft two respectively by shaft coupling, and the left oven dry part of left chain wraps in the first gear unit successively, second gear unit, 3rd gear unit, 4th gear unit, the upper left fixed chain wheels one of the main chain gear unit of the 5th gear unit and the 6th gear unit, the movable sprocket wheel one in lower-left, upper left fixed chain wheels three, the movable sprocket wheel two in lower-left, and each upper left fixed chain wheels one of each secondary Chain conveyer unit, the movable sprocket wheel one in each lower-left, each upper left fixed chain wheels three, on the movable sprocket wheel two in each lower-left, thus make left oven dry channel floor be undaform, the right oven dry part of right chain wraps in the first gear unit successively, second gear unit, 3rd gear unit, 4th gear unit, the upper right fixed chain wheels one of the main chain gear unit of the 5th gear unit and the 6th gear unit, the movable sprocket wheel one in bottom right, upper right fixed chain wheels three, the movable sprocket wheel two in bottom right, and each upper right fixed chain wheels one of each secondary Chain conveyer unit, the movable sprocket wheel one in each bottom right, each upper right fixed chain wheels three, the movable sprocket wheel two in each bottom right, thus make right oven dry channel floor be undaform, the first gear unit, second gear unit, 3rd gear unit, 4th gear unit, 5th gear unit, the each secondary Chain conveyer unit of the 6th gear unit is sequentially arranged in the first gear unit, second gear unit, 3rd gear unit, 4th gear unit, 5th gear unit, after the main chain gear unit of the 6th gear unit, and each auxiliary driving unit of the first gear unit is all driven by the main chain gear unit of chain by the first gear unit, each auxiliary driving unit of the second gear unit is all driven by the main chain gear unit of chain by the second gear unit, each auxiliary driving unit of the 3rd gear unit is all driven by the main chain gear unit of chain by the 3rd gear unit, each auxiliary driving unit of the 4th gear unit is all driven by the main chain gear unit of chain by the 4th gear unit, each auxiliary driving unit of the 5th gear unit is all driven by the main chain gear unit of chain by the 5th gear unit, each auxiliary driving unit of the 6th gear unit is all driven by the main chain gear unit of chain by the 6th gear unit.

Chain drive oven dry part also comprises entrance chain wheel set and outlet chain wheel set, entrance chain wheel set comprises left entry sprocket wheel, right entry sprocket wheel and entrance sprocket shaft, left entry sprocket wheel and right entry sprocket wheel are set with the two ends in entrance sprocket shaft, and entrance sprocket shaft is installed on chain porch by bearing block; Outlet chain wheel set comprises left outlet sprocket wheel, right outlet sprocket wheel and outlet sprocket shaft, left outlet sprocket wheel and right outlet sprocket wheel are set with the two ends in outlet sprocket shaft, outlet sprocket shaft is installed on chain exit place by bearing block, the left oven dry part of left chain is sleeved on left entry sprocket wheel in chain porch, be sleeved in sprocket wheel exit on left outlet sprocket wheel, the right oven dry part of right chain is sleeved on right entry sprocket wheel in chain porch, is sleeved on right outlet sprocket wheel in sprocket wheel exit.

Described coupling body comprises major axis and shaft coupling.

Compared with prior art, beneficial effect of the present invention and advantage are:

1) through-drive is combined with Chain conveyer mode the method for operation realizing chain water wave by this device, and the drive control precision of this device is high, has increased substantially the transmission effect of chain.

2) mode of the chain strip adoption water wave of the transmission material of this device is run in casing, not only can increase the length that material runs in drying box, thus improves the speed of service, also can add the output of dry materials simultaneously, and floor space is little.

3) by regulating the speed of service of left chain and right chain to improve drying efficiency, thus energy-conservation object is reached.

Accompanying drawing explanation

Fig. 1 is the structural representation of transmission mechanism.

Fig. 2 is the top view of Fig. 3.

Fig. 3 is the structural representation of running part in casing.

Fig. 4 is the partial enlarged drawing of I in Fig. 1.

Fig. 5 is the partial enlarged drawing of II in Fig. 1.

Fig. 6 is the partial enlarged drawing of III in Fig. 2.

Fig. 7 is the partial enlarged drawing of IV in Fig. 3.

Wherein, 1-casing, 2-chain entrance, 3-chain exit, 4-loop head, 5-right chain, 6-left chain, 7-casing front end running part, the left sprocket wheel one in 7.1-front end, the left sprocket wheel two in 7.2-front end, 7.3-front-end chain wheel shaft one, 7.4-front-end chain wheel shaft two, 8-box back running part, upper left, 8.1-rear end fixed chain wheels one, upper left, 8.2-rear end adjustable chain wheel two, lower-left, 8.3-rear end fixed chain wheels one, lower-left, 8.4-rear end fixed chain wheels two, lower-left, 8.5-rear end fixed chain wheels three, the left fixed chain wheels of 8.6-rear end lower, 8.7-rear end sprocket shaft one, 8.8-rear end adjustable chain wheel axle two, 8.9-rear end sprocket shaft three, 8.10-rear end sprocket shaft four, 8.11-rear end sprocket shaft five, 8.12-rear end lower fixed chain wheels axle six, 8.13-suspension bracket, running part in 9-casing, 9.1-worm-gear speed reducer, 9.2-intermediate propeller shaft, 9.3-trough activity chain wheel shaft one, 9.4-trough activity chain wheel shaft two, the left sprocket shaft one of 9.5-, the left sprocket shaft two of 9.6-, the left sprocket shaft three of 9.7-, 9.8-upper left gear one, 9.9-upper left gear two, 9.10-upper left gear three, 9.11-upper left fixed chain wheels one, 9.12-upper left fixed chain wheels three, the movable sprocket wheel one in 9.13-lower-left, the movable sprocket wheel two in 9.14-lower-left, 9.15-motor, 9.16-belt wheel A, 9.17-belt wheel B, 9.18-belt, 9.19-travelling gear, 9.20-left wheel, 9.21-roller shaft, 9.22-left entry sprocket wheel, 9.23-entrance sprocket shaft, the left outlet sprocket wheel of 9.24-, 9.25-outlet sprocket shaft.

It should be noted that, because a lot of parts of this elastomeric drying process device are symmetrical structure, therefore only marked the part on the left side.

Detailed description of the invention

Below in conjunction with accompanying drawing, the present invention is described in detail.

As depicted in figs. 1 and 2, this drying process device comprises running part 9 and box back running part 8 in casing 1, right chain 5, left chain 6, casing front end running part 7, casing to the structure of elastomeric drying process device provided by the invention.Cabinet shell front lower portion is provided with chain entrance 2, and cabinet shell upper rear end is provided with chain exit 3, bottom is provided with loop head 4.

Casing fore-end 7 comprises the left sprocket wheel in front end 1, the left sprocket wheel in front end 2 7.2, the right sprocket wheel in front end one, the right sprocket wheel two in front end, front-end chain wheel shaft 1, front-end chain wheel shaft 2 7.4 and frame, frame is fixed on ground, the right sprocket wheel one of the left sprocket wheel in front end one and front end is set with the two ends in front-end chain wheel shaft 1, the right sprocket wheel two of the left sprocket wheel in front end two and front end is set with the two ends in front-end chain wheel shaft 2 7.4, front-end chain wheel shaft one and front-end chain wheel shaft two are arranged in frame by bearing, and front-end chain wheel shaft one is positioned at the upper front of front-end chain wheel shaft two.

Box back running part 8 comprises upper left, rear end fixed chain wheels 1, upper left, rear end adjustable chain wheel 2 8.2, lower-left, rear end fixed chain wheels 1, lower-left, rear end fixed chain wheels 2 8.4, lower-left, rear end fixed chain wheels 3 8.5, the left fixed chain wheels 8.6 of rear end lower, rear end upper right fixed chain wheels one, rear end upper right adjustable chain wheel two, bottom right, rear end fixed chain wheels one, bottom right, rear end fixed chain wheels two, bottom right, rear end fixed chain wheels three, the right fixed chain wheels of rear end lower, rear end sprocket shaft 1, rear end adjustable chain wheel axle 2 8.8, rear end sprocket shaft 3 8.9, rear end sprocket shaft 4 8.10, rear end sprocket shaft 5 8.11, rear end lower fixed chain wheels axle 6 8.12 and suspension bracket 8.13, suspension bracket 8.13 is fixed on box back outer wall.The two ends of upper left, rear end fixed chain wheels 1 and rear end upper right fixed chain wheels one are set in the two ends of rear end sprocket shaft 1; Upper left, rear end adjustable chain wheel 2 8.2 and rear end upper right adjustable chain wheel two are set in the two ends of rear end adjustable chain wheel axle 2 8.8; Lower-left, rear end fixed chain wheels 1 and bottom right, rear end fixed chain wheels one are set in the two ends of rear end sprocket shaft 3 8.9; Lower-left, rear end fixed chain wheels 2 8.4 and bottom right, rear end fixed chain wheels two are set in the two ends of rear end sprocket shaft 4 8.10; Lower-left, rear end fixed chain wheels 3 8.5 and bottom right, rear end fixed chain wheels three are set in the two ends of the left sprocket shaft 5 8.11 in rear end, and the left fixed chain wheels of rear end lower 8.6 and the right fixed chain wheels of rear end lower are set with on the two ends of rear end lower fixed chain wheels axle 6 8.12.Rear end sprocket shaft 1, rear end adjustable chain wheel axle 2 8.8, rear end sprocket shaft 3 8.9, rear end sprocket shaft 4 8.10, rear end sprocket shaft 5 8.11 are all arranged on suspension bracket 8.13 by bearing, rear end sprocket shaft 1 and rear end adjustable chain wheel axle 2 8.8 are positioned on same level height, and rear end sprocket shaft 1 is positioned at the dead ahead of rear end chain adjustable wheel axle 2 8.8, rear end sprocket shaft 3 8.9, rear end sprocket shaft 4 8.10 are positioned on same level height; And rear end sprocket shaft 3 8.9 is positioned at the dead ahead of rear end sprocket shaft 4 8.10; Rear end sprocket shaft 5 8.11 is positioned at rear end sprocket shaft 4 8.10, and rear end sprocket shaft 4 8.10 is positioned at the below of rear end adjustable chain wheel axle 2 8.8, and rear end lower fixed chain wheels axle 6 8.12 passes through bearing block, support installing in box back loop head 4 place.

As shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, in casing, running part 9 comprises chain drive oven dry part and chain rotating part, chain drive oven dry part is positioned at the top that chain returns part, and chain drive oven dry part comprises entrance chain wheel set, the first gear unit, the second gear unit, the 3rd gear unit, the 4th gear unit, the 5th gear unit, the 6th gear unit, outlet chain wheel set, motor 9.15, belt wheel A9.16, belt wheel B9.17, belt 9.18.

First gear unit, the second gear unit, the 3rd gear unit, the 4th gear unit, the 5th gear unit and the 6th gear unit include worm-gear speed reducer 9.1, main chain gear unit and more than one auxiliary driving unit.In the present embodiment, the first gear unit, the second gear unit, the 3rd gear unit, the 4th gear unit, the 5th gear unit comprise worm and gear reductor, main chain gear unit and 2 auxiliary driving unit.The worm-gear speed reducer 9.1 of the first gear unit, the second gear unit, the 3rd gear unit, the 4th gear unit, the 5th gear unit and the 6th gear unit is all arranged on casing left-external side by frame.Main chain gear unit and each auxiliary driving unit include left chain gear transmission unit, right chain gear transmission unit, intermediate propeller shaft 9.2, trough activity chain wheel shaft 1, trough activity chain wheel shaft 2 9.4, and left chain gear transmission unit and right chain gear transmission unit are symmetrical structure.

Left chain gear transmission unit comprises left sprocket shaft 1, left sprocket shaft 2 9.6, left sprocket shaft 3 9.7, upper left gear 1, upper left gear 2 9.9, upper left gear 3 9.10, upper left fixed chain wheels 1, upper left fixed chain wheels 3 9.12, the movable sprocket wheel 2 9.14 of the movable sprocket wheel 1 in lower-left and lower-left.Left sprocket shaft 1, left sprocket shaft 2 9.6, left sprocket shaft 3 9.7 are arranged in order along from casing front end to the direction of rear end, and are all arranged on casing by bearing block.Upper left gear 1 and upper left fixed chain wheels 1 are set in the two ends of left sprocket shaft 1, upper left gear 3 9.10 and upper left fixed chain wheels 3 9.12 are set in the two ends of left sprocket shaft 3 9.7, upper left gear 2 9.9 is sleeved on one end of left sprocket shaft 2 9.6, and upper left gear 1, upper left gear 2 9.9 and upper left gear 3 9.10 are all positioned on the left of casing.The movable sprocket wheel 1 in lower-left is positioned at immediately below left sprocket shaft 2 9.6, and the movable sprocket wheel 2 9.4 in lower-left is positioned at the back lower place of upper left fixed chain wheels 3 9.12, and upper left gear 1 engages with upper left gear 2 9.9, and upper left gear 2 9.9 engages with upper left gear 3 9.10.

Right chain gear transmission unit comprises right sprocket shaft one, right sprocket shaft two, right sprocket shaft three, upper right gear one, upper right gear two, upper right gear three, upper right fixed chain wheels one, upper right fixed chain wheels three, the movable sprocket wheel two of the movable sprocket wheel one in bottom right and bottom right.Right sprocket shaft one, right sprocket shaft two, right sprocket shaft three are arranged in order along from casing front end to the direction of rear end, and be all arranged on casing by bearing block, upper right gear one and upper right fixed chain wheels one are set in the two ends of right sprocket shaft one, upper right gear three and upper right fixed chain wheels three are set in the two ends of right sprocket shaft three, upper right gear two is sleeved on one end of right sprocket shaft two, and upper right gear one, upper right gear two and upper right gear three are all positioned on the right side of casing.The movable sprocket wheel one in bottom right is positioned at immediately below right sprocket shaft two, and the movable sprocket wheel two in bottom right is positioned at the back lower place of upper right fixed chain wheels three.Upper right gear one engages with upper right gear two, and upper right gear two engages with upper right gear three.

The movable sprocket wheel one of the movable sprocket wheel 1 in lower-left and bottom right is set with the two ends in trough activity chain wheel shaft 1, the movable sprocket wheel two of the movable sprocket wheel 2 9.14 in lower-left and bottom right is set with the two ends in the left activity chain wheel shaft 2 9.4 of trough, and trough activity chain wheel shaft 1 and trough activity chain wheel shaft 2 9.4 are installed on casing by bearing block.The two ends of intermediate propeller shaft 9.2 are connected with left sprocket shaft 2 9.6 and right sprocket shaft two respectively by shaft coupling.The output shaft of the worm-gear speed reducer 9.1 of the first gear unit, the second gear unit, the 3rd gear unit, the 4th gear unit, the 5th gear unit and the 6th gear unit is all set with travelling gear 9.19.The travelling gear 9.19 of the worm-gear speed reducer 9.1 of the first gear unit is positioned at immediately below the upper left gear 2 9.9 of the main chain gear unit of the first gear unit, and the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the first gear unit engages with the upper left gear 2 9.9 of the main chain gear unit of the first gear unit, the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the second gear unit is positioned at immediately below the upper left gear 2 9.9 of the main chain gear unit of the second gear unit, and the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the second gear unit engages with the upper left gear 2 9.9 of the main chain gear unit of the second gear unit, the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the 3rd gear unit is positioned at immediately below the upper left gear 2 9.9 of the main chain gear unit of the 3rd gear unit, and the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the 3rd gear unit engages with the upper left gear 2 9.9 of the main chain gear unit of the 3rd gear unit, the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the 4th gear unit is positioned at immediately below the upper left gear 2 9.9 of the main chain gear unit of the 4th gear unit, and the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the 4th gear unit engages with the upper left gear 2 9.9 of the main chain gear unit of the 4th gear unit, the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the 5th gear unit is positioned at immediately below the upper left gear 2 9.9 of the main chain gear unit of the 5th gear unit, and the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the 5th gear unit engages with the upper left gear 2 9.9 of the main chain gear unit of the 5th gear unit, the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the 6th gear unit is positioned at immediately below the upper left gear 2 9.9 of the main chain gear unit of the 6th gear unit, and the travelling gear 9.19 of the worm-gear speed reducer 9.1 of the 6th gear unit engages with the upper left gear 2 9.9 of the main chain gear unit of the 6th gear unit.The power shaft of the power shaft of the worm-gear speed reducer 9.1 of the first gear unit and the worm-gear speed reducer 9.1 of the second gear unit is by major axis 11, shaft coupling 12 connects, the power shaft of the power shaft of the worm-gear speed reducer 9.1 of the second gear unit and the worm-gear speed reducer 9.1 of the 3rd gear unit is by major axis 11, shaft coupling 12 connects, the power shaft of the power shaft of the worm-gear speed reducer 9.1 of the 3rd gear unit and the worm-gear speed reducer 9.1 of the 4th gear unit is by major axis 11, shaft coupling 12 connects, the power shaft of the power shaft of the worm-gear speed reducer 9.1 of the 4th gear unit and the worm-gear speed reducer 9.1 of the 5th gear unit is by major axis 11, connecting shaft connects, the power shaft of the power shaft of the worm-gear speed reducer 9.1 of the 5th gear unit and the worm-gear speed reducer 9.1 of the 6th gear unit is by major axis 11, shaft coupling 12 connects.

After each secondary Chain conveyer unit of the first gear unit, the second gear unit, the 3rd gear unit, the 4th gear unit, the 5th gear unit, the 6th gear unit is sequentially arranged in the main chain gear unit of the first gear unit, the second gear unit, the 3rd gear unit, the 4th gear unit, the 5th gear unit, the 6th gear unit

Entrance chain wheel set comprises entrance chain wheel set and outlet chain wheel set, entrance chain wheel set comprises left entry sprocket wheel 9.22, right entry sprocket wheel and entrance sprocket shaft 9.23, left entry sprocket wheel 9.22 and right entry sprocket wheel are set with the two ends in entrance sprocket shaft 9.23, and entrance sprocket shaft 9.23 is installed on chain porch by bearing block; Outlet chain wheel set comprises left outlet sprocket wheel 9.24, right outlet sprocket wheel and outlet sprocket shaft 9.25, and left outlet sprocket wheel 9.24 and right outlet sprocket wheel are set with the two ends in outlet sprocket shaft 9.25, and outlet sprocket shaft 9.25 is installed on chain exit place by bearing block.

Motor 9.15 is installed in the inner left wall of casing front end, belt wheel A9.16 is set on the output shaft of motor 9.15, belt wheel B9.17 is installed on the power shaft front end of the worm-gear speed reducer 9.1 of the first gear unit, and belt wheel A9.16 is connected by belt 9.18 with belt wheel B9.17.

Rotating part comprises the left wheel 9.20 of more than 6, right roller and roller shaft 9.21, each left wheel 9.20 and the right roller corresponding with it are all connected by roller shaft 9.21, each roller shaft 9.21 is all installed on the bottom of casing by bearing block, each roller shaft 9.21 is evenly distributed successively to the direction of rear end from casing front end.

The part that left chain 6 is positioned at casing front end wraps on the left sprocket wheel 2 7.2 of the left sprocket wheel in front end 1 and front end, left chain 6 is positioned at part left oven dry part and the left rotating part respectively of casing, the left oven dry part of left chain 6 first wraps on left entry sprocket wheel 9.22 in chain porch, then the upper left fixed chain wheels 1 in the first gear unit to the main chain gear unit of the 6th gear unit is wrapped successively, the movable sprocket wheel 1 in lower-left, upper left fixed chain wheels 3 9.12, the movable sprocket wheel 2 9.14 in lower-left, and the upper left fixed chain wheels 1 of each secondary Chain conveyer unit, the movable sprocket wheel 1 in lower-left, upper left fixed chain wheels 3 9.12, on the movable sprocket wheel 2 9.14 in lower-left, wrap on left outlet sprocket wheel 9.24 in sprocket wheel exit again, thus make left oven dry channel floor be undaform, the left rotating part of left chain 6 is positioned in each left wheel 9.20 of left rotating part, the part that left chain 6 is positioned at box back wraps successively in upper left, rear end fixed chain wheels 1, upper left, rear end adjustable chain wheel 2 8.2, lower-left, rear end fixed chain wheels 3 8.5, lower-left, rear end fixed chain wheels 2 8.4, lower-left, rear end fixed chain wheels 1 and the left fixed chain wheels 8.6 of rear end lower.The part that right chain 5 is positioned at casing front end wraps on the right sprocket wheel two of the right sprocket wheel in front end one and front end, right chain 5 is positioned at part right oven dry part and the right-hand rotation part respectively of casing, the right oven dry part of right chain 5 first wraps on right entry sprocket wheel in chain porch, then the upper right fixed chain wheels one in the first gear unit to the main chain gear unit of the 6th gear unit is wrapped successively, the movable sprocket wheel one in bottom right, upper right fixed chain wheels three, the movable sprocket wheel two in bottom right, and the upper right fixed chain wheels one of each secondary Chain conveyer unit, the movable sprocket wheel one in each bottom right, upper right fixed chain wheels three, on the movable sprocket wheel two in bottom right, wrap on right outlet sprocket wheel in sprocket wheel exit again, thus make right oven dry channel floor be undaform, the right-hand rotation part of right chain is positioned on each right roller of right-hand rotation part, the part that right chain 5 is positioned at box back wraps in rear end upper right fixed chain wheels one, rear end upper right adjustable chain wheel two, bottom right, rear end fixed chain wheels three, bottom right, rear end fixed chain wheels two, bottom right, rear end fixed chain wheels one and the right fixed chain wheels of rear end lower.Many aluminum pipes are provided with between left chain 6 and right chain 5.

Each auxiliary driving unit of the first gear unit is all driven by the main chain gear unit of chain by the first gear unit, each auxiliary driving unit of the second gear unit is all driven by the main chain gear unit of chain by the second gear unit, each auxiliary driving unit of the 3rd gear unit is all driven by the main chain gear unit of chain by the 3rd gear unit, each auxiliary driving unit of the 4th gear unit is all driven by the main chain gear unit of chain by the 4th gear unit, each auxiliary driving unit of the 5th gear unit is all driven by the main chain gear unit of chain by the 5th gear unit, each auxiliary driving unit of the 6th gear unit is all driven by the main chain gear unit of chain by the 6th gear unit.

From the above, because the upper left fixed chain wheels 1 in each left chain gear transmission unit, the movable sprocket wheel 1 in lower-left, the movable sprocket wheel 2 9.14 of upper left fixed chain wheels 3 9.12 and lower-left are in undaform, upper right fixed chain wheels one in each right chain gear transmission unit, the movable sprocket wheel one in bottom right, the movable sprocket wheel two of upper right fixed chain wheels three and bottom right are in undaform, and left chain gear transmission unit and right chain gear transmission unit continuous repeated arrangement in casing, thus make the undulate operation all the time of left chain and the right chain part in casing.

The transmission principle of transmission mechanism is: in order to ensure that the sprocket wheel wrapped with left chain and right chain is synchronized with the movement, and this transmission mechanism adopts through-drive and Chain conveyer to combine.

First, through-drive principle: driven by motor belt wheel A rotates, belt wheel A is rotated by belt drive belt wheel B, belt wheel B drives the power shaft of the turbine worm reducer of the first transmission mechanism to rotate, due to being fixedly connected with of the power shaft of the worm-gear speed reducer of the first gear unit and the power shaft of the worm-gear speed reducer of the second gear unit, the power shaft of the worm-gear speed reducer of the second gear unit is fixedly connected with the power shaft of the worm-gear speed reducer of the 3rd gear unit, the power shaft of the worm-gear speed reducer of the 3rd gear unit is fixedly connected with the power shaft of the worm-gear speed reducer of the 4th gear unit, the power shaft of the worm-gear speed reducer of the 4th gear unit is fixedly connected with the power shaft of the worm-gear speed reducer of the 5th gear unit, the power shaft of the worm-gear speed reducer of the 5th gear unit is fixedly connected with the power shaft of the worm-gear speed reducer of the 6th gear unit, therefore the turbine worm reducer of the first transmission mechanism drives the turbine worm reducer of the second gear unit while rotating, the turbine worm reducer of the 3rd gear unit, the turbine worm reducer of the 4th gear unit, the turbine worm reducer of the 5th gear unit and the turbine worm reducer of the 6th gear unit rotate.

Secondly, Chain conveyer principle: drive its output shaft rotation by the power shaft of the turbine worm reducer of each Chain conveyer unit, the turbine worm reducer output shaft of each Chain conveyer unit drives and rotates with the travelling gear of its assembling, with upper left gear two engaged transmission of the chaindriven left chain gear transmission unit of each master, travelling gear on each Chain conveyer unit drives upper left gear two rotation on it, upper left gear two on each main chain transmission left Chain conveyer unit drives upper left gear one on it and upper left gear three rotation, upper left gear one on each Chain conveyer unit, upper left gear two, upper left gear three drives its upper left sprocket shaft one respectively, left sprocket shaft two, left sprocket shaft three rotates, left sprocket shaft one on each Chain conveyer unit, left sprocket shaft three drives the upper left fixed chain wheels one on it respectively, upper left fixed chain wheels three is rotated, left sprocket shaft two on each Chain conveyer unit drives the intermediate propeller shaft corresponding with it to rotate, each intermediate propeller shaft drives the right sprocket shaft two of the Chain conveyer unit corresponding with it to rotate, the right sprocket shaft two of each Chain conveyer unit drives upper right gear two rotation on it, each Chain conveyer unit upper right gear two drives upper right gear one on it and upper right gear three rotation, upper right gear one on each Chain conveyer unit, upper right gear three drives the right sprocket shaft one on it respectively, right sprocket shaft three rotates, the movable sprocket wheel two of the movable sprocket wheel one in lower-left and lower-left of each Chain conveyer unit is driven by left chain, and the movable sprocket wheel two of the movable sprocket wheel one in bottom right and bottom right is driven by left chain.

Left sprocket wheel is at the beginning from front end for left chain, the left sprocket wheel two through front end, around left entry sprocket wheel, successively through the upper left fixed chain wheels one of each main chain gear unit and secondary Chain conveyer unit, the movable sprocket wheel one in lower-left, upper left fixed chain wheels three, after the movable sprocket wheel two in lower-left, again around left outlet sprocket wheel, through upper left, rear end fixed chain wheels one, upper left, rear end adjustable chain wheel two, lower-left, rear end fixed chain wheels three, lower-left, rear end fixed chain wheels two, lower-left, rear end fixed chain wheels one, casing is entered around the left fixed chain wheels of rear end lower, eventually pass left wheel and get back to the left sprocket wheel one in initial point front end, repeat continual running like this.Left sprocket wheel is at the beginning from front end for right chain, the right sprocket wheel two through front end, around right entry sprocket wheel, successively through the upper right fixed chain wheels one of each main chain gear unit and secondary Chain conveyer unit, the movable sprocket wheel one in bottom right, upper right fixed chain wheels three, after the movable sprocket wheel two in bottom right, again around right outlet sprocket wheel, through rear end upper right fixed chain wheels one, rear end upper right adjustable chain wheel two, bottom right, rear end fixed chain wheels three, bottom right, rear end fixed chain wheels two, bottom right, rear end fixed chain wheels one, casing is entered around the right fixed chain wheels of rear end lower, eventually pass left wheel and get back to the left sprocket wheel one in initial point front end, repeat continual running like this.Because each main chain transmission and secondary chaindriven left sprocket shaft two are connected with shaft coupling by intermediate propeller shaft with right sprocket shaft two, all left chains and right chain remain synchronous operation.

Pass through through-drive, ensure the turbine worm reducer synchronous working of each gear unit, thus ensure each sprocket wheel synchronous working in the Chain conveyer unit driven by the worm speed reducer of each gear unit, thus ensure that each sprocket wheel be connected with left chain works asynchronously, the each sprocket wheel be connected with right chain works asynchronously, each sprocket wheel that guarantee is simultaneously connected with left chain and each sprocket wheel be connected with right chain work asynchronously, and then ensure each several part synchronous working of left chain and right chain, ensure left chain and right chain synchronous working simultaneously.

Claims

1. the transmission device for the synthesis of rubber dryness case, at least casing, it is characterized in that: comprise running part and box back running part in left chain, right chain, casing front end running part, casing, cabinet shell front lower portion is provided with chain entrance, and cabinet shell upper rear end is provided with chain exit, bottom is provided with chain loop head;

The part that left chain is positioned at casing front end wraps on the left sprocket wheel two of the left sprocket wheel in front end one and front end, and left chain is positioned at part left oven dry part and the left rotating part respectively of casing, and left oven dry part wraps in the first gear unit successively, second gear unit, 3rd gear unit, 4th gear unit, the upper left fixed chain wheels one of each main chain gear unit of the 5th gear unit and the 6th gear unit, the movable sprocket wheel one in lower-left, upper left fixed chain wheels three, on the movable sprocket wheel two in lower-left, thus make left chain transmission oven dry channel floor be undaform, left rotating part is positioned in each left wheel, and the part that left chain is positioned at box back wraps in upper left, rear end fixed chain wheels one, upper left, rear end adjustable chain wheel two, lower-left, rear end fixed chain wheels three, lower-left, rear end fixed chain wheels two, in lower-left, rear end fixed chain wheels one and the left fixed chain wheels of rear end lower, the part that right chain is positioned at casing front end wraps on the right sprocket wheel two of the right sprocket wheel in front end one and front end, right chain is positioned at part right oven dry part and the right-hand rotation part respectively of casing, and right oven dry part wraps in the first gear unit successively, second gear unit, 3rd gear unit, 4th gear unit, the upper right fixed chain wheels one of each main chain gear unit of the 5th gear unit and the 6th gear unit, the movable sprocket wheel one in bottom right, upper right fixed chain wheels three, on the movable sprocket wheel two in bottom right, thus make right chain transmission oven dry channel floor be undaform, right-hand rotation part is positioned in each left wheel, and the part that right chain is positioned at box back wraps in rear end upper right fixed chain wheels one, rear end upper right adjustable chain wheel two, bottom right, rear end fixed chain wheels three, bottom right, rear end fixed chain wheels two, in bottom right, rear end fixed chain wheels one and the right fixed chain wheels of rear end lower, between left chain and right chain, be provided with many aluminum pipes.

2. elastomeric drying process device according to claim 1, is characterized in that: the first described gear unit, second gear unit, 3rd gear unit, 4th gear unit, 5th gear unit and the 6th gear unit include more than one secondary Chain conveyer unit, and secondary Chain conveyer unit comprises left chain gear transmission unit, right chain gear transmission unit, intermediate propeller shaft, trough activity chain wheel shaft one and trough activity chain wheel shaft two, left chain gear transmission unit and right chain gear transmission unit are symmetrical structure, and left chain gear transmission unit comprises left sprocket shaft one, left sprocket shaft two, left sprocket shaft three, upper left gear one, upper left gear two, upper left gear three, upper left fixed chain wheels one, upper left fixed chain wheels three, the movable sprocket wheel two of the movable sprocket wheel one in lower-left and lower-left, left sprocket shaft one, left sprocket shaft two, left sprocket shaft three is arranged in order along from casing front end to the direction of rear end, and be all arranged on casing by bearing, upper left gear one and upper left fixed chain wheels one are set in the two ends of left sprocket shaft one, upper left gear three and upper left fixed chain wheels three are set in the two ends of left sprocket shaft three, upper left gear two is sleeved on one end of left sprocket shaft two, and upper left gear one, upper left gear two and upper left gear three are all positioned at outside casing, the movable sprocket wheel one in lower-left is positioned at immediately below left sprocket shaft two, the movable sprocket wheel two in lower-left is positioned at the back lower place of upper left sprocket wheel three, upper left gear one engages with upper left gear two, upper left gear two engages with upper left gear three, and right chain gear transmission unit comprises right sprocket shaft one, right sprocket shaft two, right sprocket shaft three, upper right gear one, upper right gear two, upper right gear three, upper right fixed chain wheels one, upper right fixed chain wheels three, the movable sprocket wheel two of the movable sprocket wheel one in bottom right and bottom right, right sprocket shaft one, right sprocket shaft two, right sprocket shaft three is arranged in order along from casing front end to the direction of rear end, and be all arranged on casing by bearing, upper right gear one and upper right fixed chain wheels one are set in the two ends of right sprocket shaft one, upper right gear three and upper right fixed chain wheels three are set in the two ends of right sprocket shaft three, upper right gear two is sleeved on one end of right sprocket shaft two, and upper right gear one, upper right gear two and upper right gear three are all positioned at box inside, the movable sprocket wheel one in bottom right is positioned at immediately below right sprocket shaft two, the movable sprocket wheel two in bottom right is positioned at the back lower place of upper right sprocket wheel three, upper right gear one engages with upper right gear two, upper right gear two engages with upper right gear three, the movable sprocket wheel one of the movable sprocket wheel one in lower-left and bottom right is set with the two ends in trough activity chain wheel shaft one, the movable sprocket wheel two of the movable sprocket wheel two in lower-left and bottom right is set with the two ends in trough activity chain wheel shaft two, trough activity chain wheel shaft one and trough activity chain wheel shaft two are installed on casing by bearing block, the two ends of intermediate propeller shaft are connected with left sprocket shaft two and right sprocket shaft two respectively by shaft coupling, and the left oven dry part of left chain wraps in the first gear unit successively, second gear unit, 3rd gear unit, 4th gear unit, the upper left fixed chain wheels one of the main chain gear unit of the 5th gear unit and the 6th gear unit, the movable sprocket wheel one in lower-left, upper left fixed chain wheels three, the movable sprocket wheel two in lower-left, and each upper left fixed chain wheels one of each secondary Chain conveyer unit, the movable sprocket wheel one in each lower-left, each upper left fixed chain wheels three, on the movable sprocket wheel two in each lower-left, thus make left oven dry channel floor be undaform, the right oven dry part of right chain wraps in the first gear unit successively, second gear unit, 3rd gear unit, 4th gear unit, the upper right fixed chain wheels one of the main chain gear unit of the 5th gear unit and the 6th gear unit, the movable sprocket wheel one in bottom right, upper right fixed chain wheels three, the movable sprocket wheel two in bottom right, and each upper right fixed chain wheels one of each secondary Chain conveyer unit, the movable sprocket wheel one in each bottom right, each upper right fixed chain wheels three, the movable sprocket wheel two in each bottom right, thus make right oven dry channel floor be undaform, the first gear unit, second gear unit, 3rd gear unit, 4th gear unit, 5th gear unit, the each secondary Chain conveyer unit of the 6th gear unit is sequentially arranged in the first gear unit, second gear unit, 3rd gear unit, 4th gear unit, 5th gear unit, after the main chain gear unit of the 6th gear unit, and each auxiliary driving unit of the first gear unit is all driven by the main chain gear unit of chain by the first gear unit, each auxiliary driving unit of the second gear unit is all driven by the main chain gear unit of chain by the second gear unit, each auxiliary driving unit of the 3rd gear unit is all driven by the main chain gear unit of chain by the 3rd gear unit, each auxiliary driving unit of the 4th gear unit is all driven by the main chain gear unit of chain by the 4th gear unit, each auxiliary driving unit of the 5th gear unit is all driven by the main chain gear unit of chain by the 5th gear unit, each auxiliary driving unit of the 6th gear unit is all driven by the main chain gear unit of chain by the 6th gear unit.

3. elastomeric drying process device according to claim 1, it is characterized in that: chain drive oven dry part also comprises entrance chain wheel set and outlet chain wheel set, entrance chain wheel set comprises left entry sprocket wheel, right entry sprocket wheel and entrance sprocket shaft, left entry sprocket wheel and right entry sprocket wheel are set with the two ends in entrance sprocket shaft, and entrance sprocket shaft is installed on chain porch by bearing block; Outlet chain wheel set comprises left outlet sprocket wheel, right outlet sprocket wheel and outlet sprocket shaft, left outlet sprocket wheel and right outlet sprocket wheel are set with the two ends in outlet sprocket shaft, outlet sprocket shaft is installed on chain exit place by bearing block, the left oven dry part of left chain is sleeved on left entry sprocket wheel in chain porch, be sleeved in sprocket wheel exit on left outlet sprocket wheel, the right oven dry part of right chain is sleeved on right entry sprocket wheel in chain porch, is sleeved on right outlet sprocket wheel in sprocket wheel exit.

4. elastomeric drying process device according to claim 1, is characterized in that: described coupling body comprises major axis and shaft coupling.