TWI776571B - Waste conveyor belt processing system and processing method thereof - Google Patents

Abstract

This creation is a waste conveyor belt processing system, which is sequentially provided with a feeding coiler, a water jet remover, a relay coiler, a wire rope scraper and a take-up coiler along the feeding direction; The feeder is provided with a pressing displacement mechanism and a water jet mechanism; the pressing displacement mechanism is provided with two pressing pressing cylinders that can move along the feeding direction, and the pressing cylinder shafts of each pressing pressing cylinder can move up and down, and can drive The two pressure abutting cylinders move along the feeding direction; the water jet mechanism can spray the pressurized water column downward, and can be driven to reciprocate laterally; Two scrapers. The invention can solve the problem that the equipment and ability of the general industry are insufficient to deal with the waste conveyor belt, and provide a waste conveyor belt processing system and a processing method that can recycle and reuse the waste conveyor belt.

Description

Waste conveyor belt processing system and processing method thereof

This creation relates to the disposal of waste conveyor belts, especially a waste conveyor belt processing system and its processing method that can assist general operators to recycle and reuse discarded conveyor belts.

Conveyor belts are often used to transport items. A common conveyor belt consists of steel cables arranged side by side and rubber covering the cables. Therefore, after a long period of use, the conveyor belt will not only be worn due to contact with the product or the roller, but also often due to the deterioration of the rubber material, so that the conveyor belt cannot continue to be used and is discarded.

However, ordinary operators do not have professional equipment and sufficient capacity to deal with discarded conveyor belts; moreover, for worn or deteriorated conveyor belts, the steel cables set inside can still be recycled, and even deteriorated rubber can also be used. After processing, it is reused. Under the trend of rising environmental awareness, how to recycle waste conveyor belts instead of directly discarding them has become one of the issues of environmental conservation.

However, as mentioned earlier, the equipment and capacity of the general industry are not enough to deal with the waste conveyor belt, so it is necessary to build a complete system and procedure to deal with the waste conveyor belt.

In order to solve the problem that the equipment and capacity of the general industry are not enough to deal with the waste conveyor belt. This creation provides a waste conveyor belt processing system and its processing method. Through the configuration of equipment and a complete processing method, the purpose of recycling and reusing waste conveyor belts is achieved.

This creation solves the technical problem of the proposed waste conveyor belt processing system, which includes: Three coilers, the coilers are arranged at intervals along a feeding direction, and the coilers are sequentially distinguished as a feeding coiler, a relay coiler and a receiving coiler ; A water-jet material remover, which is between the feeding coiler and the relay coiler, the water-jet material remover includes a pressing displacement mechanism and a water jet mechanism; the pressing displacement mechanism includes There are two guide rails, two sliding seats, two pressing and pressing cylinders, a linking piece and a translational pressing cylinder; the two guide rails are spaced apart and arranged side by side along the feeding direction; each sliding seat can be slidably arranged on the two guide rails; The two pressing cylinders are respectively arranged on the two sliding seats, and the pressing cylinder shaft of each pressing pressing cylinder can move up and down; the linking piece connects the two sliding seats; the pressing cylinder shaft of the translation pressing cylinder is combined therein one of the slides, and can drive the two slides to slide back and forth along the feeding direction; the water jet mechanism is set higher than the two guide rails, can spray down the pressurized water column, and can be driven to the two Reciprocating movement between the guide rails; and a wire rope scraper, which is arranged between the relay coiler and the take-up coiler, the wire rope scraper includes two scrapers, and the two scrapers can be driven to Up and down relative activities.

In the waste conveyor belt processing system, the water jet material remover includes a collecting water filtering mechanism, the collecting water filtering mechanism is arranged below the pressing displacement mechanism and includes a water filtering tank and a collecting material The water filtration trough is close to the bottom of the water jet material remover; the collecting trough extends obliquely downward from the pressing displacement mechanism to the water filtering trough, and the collecting trough can receive the rubber swept off by the water jet mechanism and The sizing material is introduced into the filtering tank to filter water.

The waste conveyor belt treatment system, wherein the waste conveyor belt treatment system includes a drying group, the drying group includes two continuous dehydrators and a continuous thermal dryer; the two continuous dehydrators can receive The rubber material of the water filtering mechanism is collected for dehydration; the continuous thermal dryer can receive the rubber material from two continuous dehydrators for drying.

In the waste conveyor belt processing system, each of the two scrapers is provided with a plurality of notches at intervals, and when the two scrapers approach each other, the notches of the two scrapers can be opposed to each other.

The waste conveyor belt treatment system, wherein the waste conveyor belt treatment system further comprises a manual water jet chamber, the manual water jet chamber includes a steel plate, a water jet holder, a collecting table and a manual water jet; The steel plate and the water jet holder are vertically arranged and spaced apart, the collecting table is arranged below the steel sheet, and the manual water jet is arranged on the water jet holder and can spray pressurized water jets toward the steel sheet.

The waste conveyor belt processing method proposed in this creation to solve the technical problem is used in a waste conveyor belt processing system, and the waste conveyor belt processing system includes three coilers, a water jet remover and a wire rope scraper; 3. The coilers are arranged at intervals along a feeding direction, and 3. the coilers are sequentially distinguished into a feeding coiler, a relay coiler and a take-up coiler; the water jet removes the material The machine is between the feeding coiler and the relay coiler. The waterjet material remover includes a pressing displacement mechanism and a waterjet mechanism; the pressing displacement mechanism includes two guide rails, two sliding seats, Two pressing cylinders, a linkage and a translation cylinder; the two guide rails are spaced apart and arranged side by side along the feeding direction; each sliding seat is slidably arranged on the two guide rails; the two pressing cylinders are respectively provided with On the two sliding seats, and the cylinder shafts of each pressing cylinder can move up and down; the linking piece connects the two sliding seats; the pressing cylinder shaft of the translation pressure cylinder is combined with one of the sliding seats, and can be moved up and down. The two sliding seats are driven to reciprocate along the feeding direction; the setting position of the water jet mechanism is higher than the two guide rails, which can spray the pressurized water column downward, and can be driven to reciprocate between the two guide rails; the steel cable The scraper is set between the relay coiler and the take-up coiler. The wire rope scraper includes two scrapers, and the two scrapers can be driven to move up and down relative to each other; the waste conveyor belt is disposed of The method includes: a feeding step, winding a strip-shaped waste conveyor belt to the feeding coiler; then, leading the waste conveyor belt to the water jet material remover; a water jet degumming step, the The pressing cylinders of the two pressing cylinders of the pressing displacement mechanism act downward to press against the waste conveyor belt; the pressing cylinder shafts of the translation pressing cylinder act laterally to make the pressed waste conveyor belt feed along the material Direction displacement; the water jet mechanism reciprocates laterally between the two guide rails, and the water jet mechanism sprays down the pressurized water column to sweep off the rubber material of the waste conveyor belt; In a rubber material drying step, the rubber material swept off by the water jet mechanism falls into an aggregate water filter mechanism, and the rubber material first enters the aggregate filter material through the obliquely arranged collection groove of the aggregate water filter mechanism. The water filter tank of the water mechanism filters the water adhering to the sizing material; then it enters two continuous dehydrators to further remove the water adhering to the sizing material; finally, it enters a continuous hot dryer for drying The remaining moisture adhered to the sizing material; and a wire rope degumming step, the waste conveyor belt passes through the water jet remover and then passes through the wire rope scraper, and the two scrapers of the wire rope scraper are close to each other, when When the waste conveyor belt is reeled by the take-up and coiler, the rubber material remaining on the wire rope can be scraped off by the two scrapers.

The effect enhancement that can be obtained by the technical means of this invention is that this invention sequentially arranges a feeding coiler, a water jet remover, a relay coiler, a wire rope scraper and a rewinding coiler along the feeding direction, so that the The above equipment is integrated together, and is equipped with a waste conveyor belt processing method including a feeding step, a water jet material removal step, a rubber material drying step and a wire rope degumming step, which can assist the industry in disposing of the waste conveyor belt, and can be recycled and reused. The steel cables and rubber materials of the waste conveyor belt are more friendly to the environment.

100: Waste Conveyor Belt Treatment System

10A: Feed Coiler

10B: Relay Coiler

10C: Rewinding Coiler

20: Water jet remover

21: Press the displacement mechanism

211: Rails

212: Slider

213: Press against the cylinder

214: Linkage

215: Translation Cylinder

22: Water jet mechanism

23: Aggregate water filter mechanism

231: Filter tank

232: Aggregate chute

30: Dry group

31: Continuous dehydrator

32: Continuous Thermal Dryer

40: Wire rope scraper

41: Scraper

411: Notch

200: Manual waterjet chamber

201: Steel Plate

202: Water jet holder

203: Aggregate table

204: Manual water jet

B: Waste conveyor belt

C: abnormal parts

P: Residual rubber

W: wire rope

S1: feeding step

S2: Waterjet material removal step

S3: Rubber drying step

S4: Wire rope degumming step

FIG. 1 is a schematic configuration diagram of a side view of the waste conveyor belt processing system of the present invention.

Figure 2 is a schematic side view of the waterjet material remover of the waste conveyor belt processing system of the present invention.

Fig. 3 is an enlarged schematic side view of the water jet material remover of the waste conveyor belt processing system of the present invention.

Figure 4 is a schematic diagram of the operation of the wire rope scraper of the waste conveyor belt processing system of the present invention.

Figure 5 is a schematic top view of the waste conveyor belt of the present invention.

Figure 6 is a flow chart of the method for processing waste conveyor belts of the present invention.

FIG. 7 is a schematic side view of the manual water jet chamber of the waste conveyor belt processing system of the present invention.

In order to be able to understand the technical features and practical effects of this creation in detail, and to realize it according to the content of the invention, the preferred embodiment as shown in the drawings is further described in detail as follows:

As shown in FIG. 1 , the waste conveyor belt processing system 100 of the present invention includes three coilers, a water jet remover 20 , a drying group 30 and a wire rope scraper 40 .

As shown in FIG. 1 and FIG. 2 , the three coilers are arranged at intervals along a feeding direction. In the preferred embodiment of the present invention, each of the coilers has power to reel a waste conveyor belt B. As shown in FIG. In application, it can be determined whether the coiler has power or not according to the type, specification and weight of waste conveyor belt B. Since both powered and unpowered coilers are already in the prior art, this creation will not describe the structure of the coiler here. As shown in FIG. 1 , the three coilers are arranged at intervals along the feeding direction and are sequentially distinguished as a feed coiler 10A, a relay coiler 10B and a take-up coiler 10C.

As shown in FIG. 1 , FIG. 2 and FIG. 3 , the water-jet material remover 20 is located between the feeding coiler 10A and the relay coiler 10B, and the water-jet material remover 20 includes a pressing Displacement mechanism 21 , a water jet mechanism 22 and an aggregate water filtering mechanism 23 .

Among them, as shown in FIG. 1 , FIG. 2 and FIG. 3 , the pressing displacement mechanism 21 includes a frame, two guide rails 211 , two sliding seats 212 , two pressing pressing cylinders 213 , a linking member 214 and a translation pressing cylinder 215; In the schematic side views of FIGS. 1 to 3, only one of the guide rails 211 is shown, two of the guide rails 211 are provided on the work surface of the rack, and the two guide rails 211 are spaced apart and arranged side by side along the feeding direction; Each of the sliding seats 212 is slidably disposed on the two guide rails 211 ; the two pressing cylinders 213 are respectively disposed on the two sliding seats 212 , and the cylinder shafts of the pressing and pressing cylinders 213 can move up and down; the The linkage 214 is rod-shaped and connects the two sliding seats 212; the translation cylinder 215 is arranged on the frame, and the cylinder shaft of the translation cylinder 215 is combined with one of the sliding seats 212. Since the two sliding seats 212 Connected by the linking member 214 , the translation cylinder 215 can drive the two sliding seats 212 to slide back and forth along the feeding direction.

As shown in FIGS. 1 , 2 and 3 , the water jet mechanism 22 can spray pressurized water jets that are often used to remove the rubber material of waste tires. Since the water jet mechanism 22 is already in the prior art, the water jet mechanism 22 is also not used in this creation. Institution 22 explains more. In the preferred embodiment of the present invention, the water jet mechanism 22 is positioned higher than the two guide rails 211 , can spray the pressurized water column downward, and can be driven to reciprocate between the two guide rails 211 .

As shown in FIG. 1 , FIG. 2 and FIG. 3 , the collecting water filtering mechanism 23 is arranged below the pressing displacement mechanism 21 and includes a water filtering groove 231 and a collecting groove 232 ; wherein, the water filtering groove 231 is close to the The bottom of the water jet material remover 20; the collecting groove 232 extends obliquely downward from the pressing displacement mechanism 21 to the water filtering groove 231, and the collecting groove 232 can receive the rubber swept by the water jet mechanism 22 and remove the The sizing material is introduced into the water filtering tank 231 to filter water.

As shown in FIG. 1 , the drying group 30 includes two continuous dehydrators 31 and one continuous thermal dryer 32 ; the two continuous dehydrators 31 can receive the glue from the aggregate water filtering mechanism 23 . dehydration; the continuous thermal dryer 32 can receive the rubber material from two continuous dehydrators 31 for drying. Each of the continuous dehydrator 31 and the continuous thermal dryer 32 is in the prior art, and the structure of the continuous dehydrator 31 and the continuous thermal dryer 32 will not be described in detail here. The present invention does not limit the number of the continuous dehydrator 31 and the continuous heat dryer 32 of the drying group 30, and the number of the continuous dehydrator 31 and the continuous heat dryer 32 of the drying group 30 can be determined according to the glue depends on the moisture content of the material.

As shown in FIG. 1 and FIG. 4 , the wire rope scraper 40 is arranged between the relay coiler 10B and the take-up coiler 10C. The wire rope scraper 40 includes two scrapers 41 . 41 can move up and down relative to each other; in the preferred embodiment of the present creation, each scraper 41 is provided with a plurality of notches 411 at intervals, when the two scrapers 41 are relatively close, the notches 411 of the two scrapers 41 can Relatively fit.

The waste conveyor belt system includes steel cables and rubber materials. The waste conveyor belt processing method of the present invention should be used in the waste conveyor belt processing system 100 described above to separate the rubber materials and steel cables in the waste conveyor belts, as shown in FIG. 6 . The waste conveyor belt processing method includes a feeding step S1, a water jet material removing step S2, a rubber material drying step S3 and a wire rope degumming step S4.

Feeding step S1 : first, a strip-shaped waste conveyor belt B is rolled up to the feeding and coiling machine 10A; then, the waste conveyor belt B is guided to the water jet separator 20 . In the preferred embodiment of the present invention, the feeding and coiling machine 10A has power and can rotate forward or reversely, and the waste conveyor belt B can be coiled by the feeding and coiling machine 10A to form a coiled state, and the The waste conveyor belt B is guided to the water jet remover 20 . In fact, the collected conveyor belt may not always be in the form of a complete belt, and may only be a plurality of blocks formed after the conveyor belt is cracked. Therefore, before feeding to the feeding and winding machine 10A, it is sometimes necessary to form the waste conveyor belt B in which the plurality of blocks are colluded with each other to form a belt; in this way, the waste conveyor belt B can be wound up. in the feed coiler 10A.

Water jet material removal step S2: the two pressing cylinder shafts of the pressing and pressing cylinders 213 of the pressing displacement mechanism 21 are moved downward, and the waste conveyor belt B is pressed against the working table of the frame, so that the waste conveyor belt B It is closely attached to the work surface, so that the water jet mechanism 22 can operate smoothly; the cylinder axis of the translation pressure cylinder 215 is actuated laterally, so that the waste conveyor belt B pressed against the work surface is fed along the material direction displacement. The water jet mechanism 22 is driven to reciprocate laterally between the two guide rails 211 , and the water jet mechanism 22 sprays a pressurized water column downward to sweep off the rubber material of the waste conveyor belt B. As shown in FIG.

The water jet mechanism 22 can adjust the water pressure according to the weaving method, thickness or composition of the waste conveyor belt B. The water jet head of the water jet mechanism 22 can also be replaced by the water jet head according to the weaving method, thickness, composition, width, and thickness of the colloidal particles of the waste conveyor belt B. The water jet mechanism 22 can also be programmed to control the displacement of the water jet mechanism 22, the angle of the water jet head, and the number of times of sweeping, so as to avoid mistakes caused by manual operation of the water jet head, and increase the operating time of the water jet head. Security and stability. In the water jet material removal step S2 of the waste conveyor belt processing system 100 of the present invention, 75% to 85% of the rubber material of the waste conveyor belt B can be removed.

The rubber material drying step S3: the rubber material swept off by the water jet mechanism 22 falls off the aggregate water filtering mechanism 23, and the rubber material first enters the water filter tank 231 through the obliquely arranged collection tank 232 to filter and adhere to the water filter tank 231. The moisture of the sizing material; then enter the two continuous dehydrators 31 to further remove the moisture attached to the sizing material Removal; finally, it enters the continuous hot dryer 32 to dry the remaining water adhering to the sizing material. Wire rope degumming step S4: as shown in FIG. 5, after the water jet material removal step S2, the waste conveyor belt B exposes its wire rope W, and the edge of the wire rope W and the waste conveyor belt B also has residual glue remaining. Material P. The waste conveyor belt B passes through the water jet remover 20 and then passes through the wire rope scraper 40. The two scrapers 41 of the wire rope scraper 40 are close to each other, and the notches 411 of the two scrapers 41 can be accommodated relative to each other. The wire rope of the waste conveyor belt B; when the take-up coiler 10C winds up the waste conveyor belt B, the glue remaining on the wire rope can be scraped off by the notches 411 of the two scrapers 41 . The wire rope scraper 40 can further remove the remaining 15% to 25% of the sizing material of the waste conveyor belt B.

In the present invention, the rubber material drying step S3 and the wire rope degumming step S4 can be performed at the same time, so that the present invention can scrape off the remaining rubber material of the waste conveyor belt B while drying most of the rubber material.

As shown in FIG. 7 , the waste conveyor belt processing system 100 of the present invention can further include a manual water jet chamber 200 , and the manual water jet chamber 200 includes a steel plate 201 , a water jet frame 202 , a collecting table 203 and a Manual water jet 204; wherein, the steel plate 201 and the water jet holder 202 are erected and spaced apart, the collecting table 203 is arranged below the steel sheet 201, and the manual water jet 204 is arranged on the water jet holder 202 and can Pressurized water jet is sprayed toward the steel plate 201 . The worker can set the waste material C of the conveyor belt on the steel plate 201, and then manually operate the manual water jet 204 to spray pressurized water column to wash the abnormal material C, and separate the wire rope and the rubber of the abnormal material C. In application, the water jet holder 202 can also be set as a structure capable of adjusting the height.

In this invention, the feeding coiler 10A, the water jet remover 20, the relay coiler 10B, the wire rope scraper 40 and the take-up coiler 10C are arranged along the feeding direction, and then matched with the The drying group 30 forms a complete system for processing waste conveyor belts, so that the relevant industry can use the waste conveyor belt processing method of this creation to separate the wire ropes and rubber materials of the waste conveyor belts, so as to recover and reuse the waste conveyor belts. Belt and play the role of environmental protection.

The above are only preferred embodiments of this creation, and do not limit this creation in any form. Anyone with ordinary knowledge in the technical field, if they do not deviate from the scope of the technical solutions proposed in this creation, use this creation. Equivalent embodiments with partial changes or modifications made to the disclosed technical content in the creation, and which do not depart from the content of the technical solution of the creation, still belong to the scope of the technical solution of the creation.

100: Waste Conveyor Belt Treatment System

10A: Feed Coiler

10B: Relay Coiler

10C: Rewinding Coiler

20: Water jet remover

21: Press the displacement mechanism

22: Water jet mechanism

23: Aggregate water filter mechanism

30: Dry group

31: Continuous dehydrator

32: Continuous Thermal Dryer

40: Wire rope scraper

Claims (7)

A waste conveyor belt processing system, comprising: three coilers, the coilers are arranged at intervals along a feeding direction, and the coilers are sequentially distinguished as a feeding coiler and a relay A coiler and a take-up coiler; a water-jet remover, which is located between the feed coiler and the relay coiler, the water-jet remover includes a pressing displacement mechanism and a Water jet mechanism; the pressing displacement mechanism includes two guide rails, two sliding seats, two pressing pressing cylinders, a linking piece and a translation pressing cylinder; the two guide rails are spaced apart and arranged side by side along the feeding direction; The seat is slidably arranged on the two guide rails; the two pressing cylinders are respectively arranged on the two sliding seats, and the pressing cylinder shaft of each pressing and pressing cylinder can move up and down; the linking piece connects the two sliding seats; The pressure cylinder shaft of the translation pressure cylinder is combined with one of the sliding seats, and can drive the two sliding seats to slide back and forth along the feeding direction; the setting position of the water jet mechanism is higher than the two guide rails, and it can spray downward and A pressurized water column, which can be driven to reciprocate between the two guide rails; and a wire rope scraper, which is arranged between the relay coiler and the take-up coiler, and the wire rope scraper includes There are two scrapers, and the two scrapers can be driven to move up and down relative to each other. The waste conveyor belt processing system according to claim 1, wherein the water jet material remover includes a water collecting and filtering mechanism, the gathering water filtering mechanism is arranged below the pressing displacement mechanism and includes a filtering tank and a collecting trough, the water filtering trough is close to the bottom of the water jet remover; the collecting trough extends obliquely downward from the pressing displacement mechanism to the water filtering trough, and the collecting trough can receive the swept down by the water jet mechanism The sizing material and the sizing material are introduced into the filtering tank to filter the water. The waste conveyor belt processing system according to claim 1 or 2, wherein the waste conveyor belt processing system includes a drying group, and the drying group includes two continuous dehydrators and a continuous thermal dryer; The continuous dehydrator can receive the sizing material from the aggregate water filtering mechanism for dehydration; the continuous thermal dryer can receive the sizing material from the two continuous dehydrators for drying. The waste conveyor belt processing system according to claim 3, wherein each of the two scrapers is provided with a plurality of notches at intervals, and when the two scrapers approach each other, the notches of the two scrapers can be opposed to each other. The waste conveyor belt processing system according to claim 4, wherein the waste conveyor belt processing system further comprises a manual water jet chamber, the manual water jet chamber comprises a steel plate, a water jet frame, a collecting table and a Manual water jet; the steel plate and the water jet holder are erected and spaced apart, the collecting table is arranged below the steel sheet, the manual water jet is arranged on the water jet holder and can spray pressurized water column toward the steel sheet. The waste conveyor belt processing system according to claim 1 or 2, wherein the waste conveyor belt processing system further comprises a manual water jet chamber, the manual water jet chamber comprises a steel plate, a water jet frame, and a collecting table and a manual water jet; the steel plate and the water jet holder are vertically arranged and spaced apart, the collecting table is arranged below the steel sheet, and the manual water jet is arranged on the water jet holder and can spray pressurized water column toward the steel sheet . A waste conveyor belt processing method, which is used in a waste conveyor belt processing system, the waste conveyor belt processing system includes three coilers, a water jet remover and a wire rope scraper; A feeding direction is arranged at intervals, and the three coilers are sequentially distinguished as a feeding coiler, a relay coiler and a take-up coiler; the water jet remover is located between the feeding and coiling Between the machine and the relay coiler, the water jet material remover includes a pressing displacement mechanism and a water jet mechanism; the pressing displacement mechanism includes two guide rails, two sliding seats, two pressing pressing cylinders, a A linkage member and a translation pressure cylinder; the two guide rails are spaced apart and arranged side by side along the feeding direction; each sliding seat is slidably arranged on the two guide rails; the two abutting pressure cylinders are respectively arranged on the two sliding seats, and The cylinder shafts of each of the abutting cylinders can move up and down; the linking piece connects the two sliding seats; the cylinder shaft of the translation cylinder is combined with one of the sliding seats, and can drive the two sliding seats along the edge of the sliding seat. It reciprocates and slides along the feeding direction; the water jet mechanism is set higher than the two guide rails, can spray down the pressurized water column, and can be driven to reciprocate between the two guide rails; the wire rope scraper is set in the Between the relay coiler and the take-up coiler, the wire rope scraper includes two scrapers, and the two scrapers can be driven to move up and down relative to each other; The waste conveyor belt processing method includes: a feeding step, winding a strip-shaped waste conveyor belt to the feeding coiler; then, leading the waste conveyor belt to the water jet remover; a water jet In the degumming step, the pressing cylinder shafts of the two pressing pressing cylinders of the pressing displacement mechanism move downward to press against the waste conveyor belt; the pressing cylinder shafts of the translation pressing cylinder act laterally to convey the pressed waste. The belt is displaced along the feeding direction; the water jet mechanism reciprocates laterally between the two guide rails, and the water jet mechanism sprays down the pressurized water column to sweep off the rubber material of the waste conveyor belt; a rubber material drying step , the rubber material swept off by the water jet mechanism falls into an aggregate water filter mechanism, and the rubber material first enters the water filter tank of the aggregate water filter mechanism through the obliquely arranged collection tank of the aggregate water filter mechanism Filter the moisture adhered to the sizing material; then enter two continuous dehydrators to further remove the moisture adhering to the sizing material; and finally enter a continuous hot dryer to dry the moisture adhering to the sizing material. Residual moisture of the sizing material; and a wire rope degumming step, the waste conveyor belt passes through the water jet remover and then passes through the wire rope scraper, and the two scrapers of the wire rope scraper are close to each other, when the rewinding coil When the machine winds up the waste conveyor belt, the glue remaining on the wire rope can be scraped off by the two scrapers.

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