Refined cotton dewatering device

Abstract

A refined cotton dewatering device comprising a supporting assembly, on which a dewatering assembly is mounted. An extrusion assembly is positioned on the dewatering assembly, while a prebaking assembly is mounted on the right side of the dewatering assembly. Additionally, a cleaning assembly is located at the bottom of the dewatering assembly. This device enhances the convenience of subsequent fluffy treatment and promotes energy conservation, thereby improving baking efficiency.

What is claimed is: 
     
         1 . A refined cotton dewatering device, comprising a supporting assembly ( 1 ), wherein a dewatering assembly ( 2 ) is mounted on the supporting assembly ( 1 ), and an extrusion assembly ( 3 ) is mounted on the dewatering assembly ( 2 );
 a prebaking assembly ( 4 ) is mounted on the right side of the dewatering assembly ( 2 ), and a cleaning assembly ( 5 ) is mounted at the bottom of the dewatering assembly ( 2 );   the supporting assembly ( 1 ) comprises a supporting base ( 101 ), a pushing frame ( 102 ) and U-shaped stabilizing racks ( 103 ); four bolt mounting holes are formed in the supporting base ( 101 ); the pushing frame ( 102 ) is welded to the top of the supporting base ( 101 ); two U-shaped stabilizing racks ( 103 ) are provided, and the two U-shaped stabilizing racks ( 103 ) are welded to the top of the supporting base ( 101 ).   
     
     
         2 . The refined cotton dewatering device according to  claim 1 , wherein the supporting assembly ( 1 ) also comprises stabilizing bolts ( 104 ), reset circular rings A ( 105 ) and reset springs A ( 106 ); two stabilizing bolts ( 104 ) are provided, and the two stabilizing bolts ( 104 ) are slidably mounted on the two U-shaped stabilizing racks ( 103 ) and the supporting base ( 101 ), and rounded corners are arranged at the bottoms of the two stabilizing bolts ( 104 ); two reset circular rings A ( 105 ) are provided, and the two reset circular rings A ( 105 ) are welded to the outside of the two stabilizing bolts ( 104 ); two reset springs A ( 106 ) are provided, the two reset springs A ( 106 ) are mounted outside the two stabilizing bolts ( 104 ), and the two reset springs A ( 106 ) are located between the two U-shaped stabilizing racks ( 103 ) and the two reset circular rings A ( 105 ). 
     
     
         3 . The refined cotton dewatering device according to  claim 1 , wherein the dewatering assembly ( 2 ) comprises a dewatering shell ( 201 ), a rectangular mounting rack ( 202 ) and reset circular rings B ( 203 ); the dewatering shell ( 201 ) is rotatably mounted on the supporting base ( 101 ), four stabilizing grooves ( 2011 ) are formed in the dewatering shell ( 201 ), and the two stabilizing bolts ( 104 ) are inserted in the two stabilizing grooves ( 2011 ) on the right side; dewatering micro holes ( 2012 ) are formed in the bottom of the dewatering shell ( 201 ); the rectangular mounting rack ( 202 ) is slidably mounted on the dewatering shell ( 201 ); four reset circular rings B ( 203 ) are provided, and the four reset circular rings B ( 203 ) are welded to the outside of the rectangular mounting rack ( 202 ). 
     
     
         4 . The refined cotton dewatering device according to  claim 3 , wherein the dewatering assembly ( 2 ) also comprises reset springs B ( 204 ), circular hollow pipes ( 205 ), T-shaped loosening racks ( 206 ) and reset springs C ( 207 ); four reset springs B ( 204 ) are provided, the four reset springs B ( 204 ) are mounted outside the rectangular mounting rack ( 202 ), and the four reset springs B ( 204 ) are located between the dewatering shell ( 201 ) and the four reset circular rings B ( 203 ); two rows of circular hollow pipes ( 205 ) are provided, and the two rows of circular hollow pipes ( 205 ) are welded to the top of the rectangular mounting rack ( 202 ); two rows of T-shaped loosening racks ( 206 ) are provided, and the two rows of T-shaped loosening racks ( 206 ) are slidably mounted inside the two rows of circular hollow pipes ( 205 ); two rows of reset springs C ( 207 ) are provided, the two rows of reset springs C ( 207 ) are mounted inside the two rows of circular hollow pipes ( 205 ), the tops of the two rows of reset springs C ( 207 ) are welded and connected with the two rows of T-shaped loosening racks ( 206 ), and the bottoms of the two rows of reset springs C ( 207 ) are welded and connected with the rectangular mounting rack ( 202 ). 
     
     
         5 . The refined cotton dewatering device according to  claim 3 , wherein the extrusion assembly ( 3 ) comprises a mounting support ( 301 ), elastic telescopic rods A ( 302 ), an extrusion plate block ( 303 ) and movable sealing plates ( 304 ); the mounting support ( 301 ) is welded to the dewatering shell ( 201 ); two electric telescopic rods A ( 302 ) are provided, and the two electric telescopic rods A ( 302 ) are fixedly mounted on the top of the mounting support ( 301 ); the extrusion plate block ( 303 ) is fixedly mounted at the bottoms of the two electric telescopic rods A ( 302 ); two movable sealing plates ( 304 ) are provided, the two movable sealing plates ( 304 ) are welded to the extrusion plate block ( 303 ), and the two movable sealing plates ( 304 ) are also slidably connected with the dewatering shell ( 201 ). 
     
     
         6 . The refined cotton dewatering device according to  claim 5 , wherein the extrusion assembly ( 3 ) also comprises an L-shaped driving rack ( 305 ), arc-shaped bulges ( 306 ), linkage balls ( 307 ) and reset springs D ( 308 ); the L-shaped driving rack ( 305 ) is welded to the front side of the extrusion plate block ( 303 ); a row of arc-shaped bulges ( 306 ) are provided, and the row of arc-shaped bulges ( 306 ) are welded to the front side of the L-shaped driving rack ( 305 ); two rows of linkage balls ( 307 ) are provided, and the two rows of linkage balls ( 307 ) are slidably mounted inside the movable sealing plates ( 304 ); two rows of reset springs D ( 308 ) are provided, and the two rows of reset springs D ( 308 ) are welded to the outer side of the two rows of linkage balls ( 307 ). 
     
     
         7 . The refined cotton dewatering device according to  claim 1 , wherein the prebaking assembly ( 4 ) comprises a circular baking pipe ( 401 ), a heating wire ( 402 ), a refined cotton discharge pipe ( 403 ) and an electric telescopic rod B ( 404 ); the circular baking pipe ( 401 ) is welded to the right side of the dewatering shell ( 201 ); the heating wire ( 402 ) is fixedly mounted inside the circular baking pipe ( 401 ); the refined cotton discharge pipe ( 403 ) is welded to the bottom of the circular baking pipe ( 401 ); and the electric telescopic rod B ( 404 ) is fixedly mounted at the bottom of the circular baking pipe ( 401 ). 
     
     
         8 . The refined cotton dewatering device according to  claim 7 , wherein the prebaking assembly ( 4 ) also comprises a motor ( 405 ), a drive shaft ( 406 ), helical blades ( 407 ) and guide blocks ( 408 ); the motor ( 405 ) is fixedly mounted on the right side of the circular baking pipe ( 401 ); the drive shaft ( 406 ) is fixedly mounted on the left side of the motor ( 405 ); the helical blades ( 407 ) are welded to the outside of the drive shaft ( 406 ), and outer walls of the helical blades ( 407 ) are in contact with an inner wall of the circular baking pipe ( 401 ); two guide blocks ( 408 ) are provided, and the two guide blocks ( 408 ) are welded to front and rear sides of the circular baking pipe ( 401 ). 
     
     
         9 . The refined cotton dewatering device according to  claim 8 , wherein the prebaking assembly ( 4 ) also comprises a sealing baffle plate ( 409 ), a U-shaped pushing rack ( 410 ), reset circular rings C ( 411 ) and reset springs E ( 412 ); the sealing baffle plate ( 409 ) is slidably mounted inside the circular baking pipe ( 401 ); the U-shaped pushing rack ( 410 ) is welded to the interior of the sealing baffle plate ( 409 ), and the bottom of the U-shaped pushing rack ( 410 ) is in contact with the pushing frame ( 102 ); two reset circular rings C ( 411 ) are provided, and the two reset circular rings C ( 411 ) are welded to the outside of the U-shaped pushing rack ( 410 ); two reset springs E ( 412 ) are provided, the two reset springs E ( 412 ) are mounted outside the U-shaped pushing rack ( 410 ), and the two reset springs E ( 412 ) are located between the two guide blocks ( 408 ) and the two reset circular rings C ( 411 ). 
     
     
         10 . The refined cotton dewatering device according to  claim 3 , wherein the cleaning assembly ( 5 ) comprises a U-shaped cleaning seat ( 501 ), circular movable rods ( 502 ), semicircular cleaning blocks ( 503 ), a rectangular connecting plate ( 504 ) and reset springs F ( 505 ); the U-shaped cleaning seat ( 501 ) is welded to the bottom of the dewatering shell ( 201 ); a row of circular movable rods ( 502 ) are provided, and the row of circular movable rods ( 502 ) are slidably mounted on the U-shaped cleaning seat ( 501 ); a row of semicircular cleaning blocks ( 503 ) are provided, the row of semicircular cleaning block ( 503 ) are welded to the tops of the row of circular movable rods ( 502 ), and the tops of the row of semicircular cleaning blocks ( 503 ) are in contact with the dewatering shell ( 201 ); the rectangular connecting plate ( 504 ) is welded to the bottom of the row of circular movable rods ( 502 ); a row of reset springs F ( 505 ) are provided, the row of reset springs F ( 505 ) are mounted outside the row of circular movable rods ( 502 ), and the row of reset springs F ( 505 ) are located between the U-shaped cleaning seat ( 501 ) and the row of semicircular cleaning blocks ( 503 ).