CN115609949B - A preformed carbon fiber braid production equipment - Google Patents

Abstract

The invention discloses a preformed carbon fiber braided fabric production device, which relates to the technical field of carbon fiber preforming and comprises a spraying component, an unreeling component, a heating component, a reeling component, a bearing component and a bottom plate; the spray assembly is arranged to uniformly coat the sizing agent on the surface of the carbon fiber, so that the spraying dosage of the sizing agent in the processing process is effectively ensured, and the product quality is further ensured; the unreeling rotating speed is adjusted by arranging the unreeling component, so that the proper rotating speed can be selected according to actual processing requirements, the product quality is ensured, and the application range is wide; the heating assembly is arranged to realize multidirectional rapid heating, so that uniform dissolution of the sizing agent is ensured; through setting up the rolling subassembly, realize variable speed rolling and the linear movement of rolling wheel, with the even rolling of product to the device on, guarantee that the rolling process can not influence the product preforming.

Description

A preformed carbon fiber braid production equipment

technical field

The invention relates to the technical field of carbon fiber preforming, in particular to production equipment for preforming carbon fiber braids.

Background technique

Preformed fiber fabric is to deposit a sizing agent with a certain particle size and particle size on the surface of the fabric according to electrostatic spraying and other processes. After heating up, the resin melts and adheres to the surface of the fabric. After cooling, the fiber preform is obtained; including the fabric unwinding device , powder spreading device, cloth guide system, heating system, cooling system, winding system and other parts. Preforming of carbon fiber warp knitted fabrics can be realized. The unwinding assembly in the prior art cannot adjust the speed, and the setting is single, which leads to poor adaptability in the actual working process; it is difficult for the powder spreading device to ensure that the sizing agent is evenly applied during the powder spreading process, resulting in uncontrollable product quality; the heating device cannot Changing the heating direction and position according to the actual situation will easily lead to uneven heating, and the winding device cannot evenly wind up the braid during the winding process, resulting in uneven winding, resulting in quality problems of finished products, and the existing preforming technology works Single, poor adaptability, low efficiency, high processing cost.

The Chinese invention patent with the notification number CN104786518B discloses a stamping method and equipment for producing fiber-reinforced composite material preforms. The equipment uses stamping technology to manufacture preforms with complex geometric shapes; The process can be made into ultra-light and super-strong composite parts, reducing the production cost of parts and making them applicable to civilian products. This process simulates manual molding, and gives the layer uniform in-plane and out-of-plane support throughout the process, greatly reducing Excessive lateral slippage, wrinkling and fiber breakage of fiber filaments during the stamping process can improve production efficiency and realize automation while ensuring product quality. But this prior art fails to solve the problem that the speed cannot be adjusted when the material is unrolled; the problem that the powder spreading device applies unevenly to the sizing agent; and the problem that the heating device cannot change the heating position leads to uneven heating and thus affects the product quality; This prior art fails to solve the problem of reasonably winding the processed finished product, which leads to unstable quality of the processed finished product.

Contents of the invention

Aiming at the above technical problems, the present invention is equipped with a spraying assembly, an unwinding assembly, a heating assembly, a winding assembly, and a carrying assembly, which solves the problems of uneven spraying of the sizing agent, uneven heating, and poor adaptability.

The technical solution used in the present invention is: a preformed carbon fiber braid production equipment, including a bottom plate, and also includes a spraying assembly, an unwinding assembly, a heating assembly, a winding assembly, and a bearing assembly, and the unwinding assemblies are symmetrically arranged in multiple groups On the spraying assembly, the unwinding assembly includes a plurality of unwinding rotating columns that are rotatably arranged on the spraying fixed bracket, and the two ends of the unwinding rotating column are fixedly equipped with an unwinding toggle plate 2 and an unwinding toggle plate 1 , the unwinding toggle plate 1 and the unwinding toggle plate 2 are provided with grooves, the unwinding toggle plate 2 and the unwinding control electric cylinder one slide fit, and the unwinding control electric cylinder one An unwinding toggle piece 1 is fixedly arranged, and the unwinding toggle piece 1 is slidably matched with the unwinding rotating disk 1, and an unwinding rotating roller 1 is fixedly arranged on the unwinding rotating disk 1; Plate 1 is slidingly matched with the unwinding control electric cylinder 2, and one end of the unwinding control electric cylinder 2 is fixedly provided with an unwinding toggle piece 2, and the unwinding toggle piece 2 is slidably matched with the unwinding rotating disk 2, so that One side of the unwinding rotating disk two is fixedly provided with an unwinding rotating roller two.

Further, the spraying assembly includes a spraying bevel gear 2 and a spraying bevel gear 1 that are rotatably arranged on the spraying fixed bracket, and a spraying sliding rod 2 is slidably arranged on the spraying bevel gear 2, and one end of the spraying sliding rod 2 is hinged There are three spray swing rods and four spray swing rods, one end of the spray swing rod three is hinged on the spray rotating plate two, the other end of the spray swing rod four is hinged on the spray rotating plate one; the spray rotating plate one rotates It is arranged on the spraying rotating column two, and one end of the spraying rotating plate is fixedly provided with the spraying plate one, and the unwinding rotating column is fixedly arranged on the said spraying rotating column two; Firstly, the spraying rotating column 1 is rotatably arranged on the spraying fixed bracket, and the spraying rotating plate 2 is fixedly provided with the spraying plate 2 at one end.

Further, the spraying bevel gear 1 is slidably provided with a spraying sliding rod 1, and the spraying sliding rod 1 is hinged with a spraying swinging rod 2 and a spraying swinging rod 1, and the spraying swinging rod 1 is hinged on the spraying rotating plate 1 , the spraying swinging rod two is hinged on the spraying rotating plate two; a spraying hinge ring is hinged between the spraying swinging rod three and the spraying swinging rod four, and a spraying pull rod is hinged on the spraying hinged ring.

Further, a heating assembly is fixedly installed at one end of the spraying pull rod, and the heating assembly includes a heating sliding column slidably arranged in the heating fixed bottom plate, and a heating rotating disk is installed on the heating sliding column, and the heating rotating disk Rotation is set on the heating fixed base plate, the heating rotating disc is slidingly matched with the heating gap rotating ring, the heating rotating bracket 1 is fixedly installed on the heating gap rotating ring, and the heating rotating bracket 2 is rotatably arranged on the heating rotating bracket 1 A plurality of heating rotating connecting rods 1 are rotatably arranged on the heating rotating bracket 2, a heating fixed connecting rod is fixedly arranged on the heating rotating connecting rod 1, and a heating plate is rotatably arranged on the heating fixed connecting rod.

Further, one side of the heating assembly is fixedly provided with a winding assembly, and the winding assembly includes a winding support fixedly arranged on the bottom plate, a winding motor is fixedly provided on the winding support, and the winding The output shaft of the motor is fixedly provided with a rewinding rotating cylinder 1, and the rewinding rotating cylinder 1 is rotated with a rewinding rotating gear 1, and the rewinding rotating gear 1 is fixed with the rewinding rotating gear fixedly arranged on the rewinding bracket. The gears mesh.

Further, one end of the rewinding rotation gear is slidably arranged on the rewinding sliding ball one, and a rewinding rotation rod one is also slidably arranged on the rewinding sliding ball one, and one end of the rewinding rotation rod slides A rewinding rotating rod 2 is provided, the rewinding rotating rod 2 is slidably arranged on the rewinding sliding ball 2, and a rewinding sliding shaft is slidably arranged on the rewinding sliding ball 2, and a rewinding sliding shaft is slidably arranged There is a winding rotating gear 2, and a winding fixing ring is fixedly arranged on the rolling sliding shaft.

Further, the rolling fixed ring is slidably arranged on the rolling support, and the rolling rotating gear 2 meshes with the rolling fixed gear 2 fixedly arranged on the rolling support.

Further, a winding tilting ring is rotatably arranged on the winding support, and a winding cylinder is hinged on the winding tilting ring; a winding rotating cylinder 2 is fixedly installed on the winding fixed ring.

Compared with the prior art, the present invention has the following beneficial effects: 1. By arranging the spray assembly, the sizing agent is evenly coated on the surface of the carbon fiber, effectively ensuring the spraying amount of the sizing agent in the processing process and thus ensuring product quality; The roll assembly realizes the adjustment of the unwinding speed, and the appropriate speed can be selected according to the actual processing needs to ensure product quality and a wide range of applications; 3. By setting the heating component to achieve multi-directional rapid heating to ensure the uniform dissolution of the setting agent; 4. By setting the winding The assembly realizes the variable speed winding and the linear movement of the winding wheel, and evenly winds the product on the device, ensuring that the winding process will not affect the product pre-sizing.

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of the present invention (front view).

Fig. 2 is a schematic diagram II (side view) of the overall structure of the present invention.

FIG. 3 is a third schematic diagram of the overall structure of the present invention.

Fig. 4 is a schematic diagram of a partial structure of the present invention.

Fig. 5 is a first schematic diagram of the partial structure of the spraying assembly of the present invention.

Fig. 6 is a second schematic diagram of the partial structure of the spraying assembly of the present invention.

Fig. 7 is a schematic structural view of the unwinding shifting piece 1 of the present invention.

Fig. 8 is a schematic diagram of a partial structure of the unwinding assembly of the present invention.

Fig. 9 is a schematic diagram of a partial structure of the heating assembly of the present invention.

Fig. 10 is a schematic diagram of a partial structure of the winding assembly of the present invention.

Fig. 11 is the second schematic diagram of the partial structure of the winding assembly of the present invention.

Reference signs: 1-spraying assembly; 2-unwinding assembly; 3-heating assembly; 4-rewinding assembly; 5-carrying assembly; 6-bottom plate; 101-spraying plate one; Plate two; 104-spray rotating column one; 105-spray rotating column two; 106-spray sliding rod one; 107-spray bevel gear one; 108-spray bevel gear two; 109-spray sliding rod two; 110-spray swing rod 1; 111-spray swing rod two; 112-spray swing rod three; 113-spray swing rod four; 114-spray rotating plate one; 115-spray rotating plate two; 116-spray pull rod; -spraying motor; 201-unwinding toggle plate one; 202-unwinding toggle plate two; 203-unwinding rotating column; 204-unwinding control electric cylinder one; 205-unwinding toggle plate one; 207-unwinding rotating roller one; 208-unwinding auxiliary rotating wheel one; 209-unwinding auxiliary rotating wheel two; 210-unwinding rotating roller two; 211-unwinding rotating disk two; 212-release Roll control electric cylinder two; 213-unwinding fixed frame; 214-unwinding toggle piece two; 301-heating sliding column; 302-heating rotating disc; 303-heating gap rotating ring; 304-heating rotating bracket one; 306-heating rotating connecting rod 1; 307-heating fixed connecting rod; 308-heating plate; 309-heating fixed bottom plate; 401-winding support; 402-winding motor; ; 404-rewinding rotating gear one; 405-rewinding sliding ball one; 406-rewinding rotating rod one; 407-rewinding rotating rod two; 408-rewinding sliding ball two; 409-rewinding rotating gear two; 410 -Rewinding rotating cylinder one; 411-Rewinding fixed gear two; 412-Rewinding cylinder; 413-Rewinding inclined ring; 414-Rewinding fixed ring; 415-Rewinding rotating cylinder two; 416-Rewinding sliding shaft; 501-carrying roller one; 502-carrying roller two; 503-carrying fixed seat.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

As shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Fig. 10, and Fig. 11, a preformed carbon fiber braid production equipment includes a spraying assembly 1 , unwinding assembly 2, heating assembly 3, rewinding assembly 4, bearing assembly 5, base plate 6, spraying assembly 1 includes spraying bevel gear two 108 and spraying bevel gear one 107 that are arranged on the spraying fixed bracket 102, spraying bevel gear One 107, the spraying bevel gear two 108 meshes with the spraying motor 118 fixedly arranged on the spraying fixed bracket 102; the spraying bevel gear two 108 is slidably provided with a spraying sliding rod two 109, and one end of the spraying sliding rod two 109 is hinged with a spraying swinging rod three 112 and spraying swinging rod four 113, one end of spraying swinging rod three 112 is hinged on the spraying rotating plate two 115, and one end of spraying swinging rod four 113 is hinged on the spraying rotating plate one 114; the spraying rotating plate one 114 is rotated and arranged on the spraying rotating column two On 105, spraying rotating plate one 114 one end is fixedly provided with spraying plate one 101, and spraying rotating column two 105 is fixedly provided with unwinding rotating column 203; One 104 is rotatably arranged on the spraying fixed bracket 102, and one end of the spraying rotating plate 115 is fixedly provided with a spraying plate 2 103.

The spraying bevel gear 107 is slidably provided with a spraying sliding rod 106, and the spraying sliding rod 106 is hinged with a spraying swinging rod 111 and a spraying swinging rod 110, and the spraying swinging rod 110 is hinged on the spraying rotating plate 114. The second swing bar 111 is hinged on the spray rotating plate two 115; the spray hinge ring 117 is hinged between the spray swing bar three 112 and the spray swing bar four 113, and the spray pull bar 116 is hinged on the spray hinge ring 117.

The unwinding assembly 2 includes a plurality of unwinding rotating columns 203 that are rotatably arranged on the spraying fixed bracket 102, the unwinding rotating column 203 is fixedly arranged on the spraying rotating column 2 105, and the two ends of the unwinding rotating column 203 are fixedly provided with an unwinding dial Moving plate 2 202 and unwinding toggle plate 1 201, unwinding toggle plate 1 201 and unwinding toggle plate 2 202 are provided with grooves, unwinding toggle plate 2 202 and unwinding control electric cylinder 1 204 Sliding fit, the unwinding control electric cylinder one 204 is fixedly provided with an unwinding toggle piece 205, and the unwinding toggle piece 205 is fixedly provided with at least two slide plates, and the unwinding toggle piece 205 and the unwinding rotation Disc one 206 slidingly fits, unwinding rotating disc one 206 is fixedly provided with unwinding rotating roller one 207, and unwinding rotating roller one 207 side rotation is provided with unwinding auxiliary rotating wheel one 208; Unwinding toggle plate one 201 and The unwinding control electric cylinder 2 212 is slidingly matched, and one end of the unwinding control electric cylinder 212 is fixedly provided with an unwinding toggle piece 214, and the unwinding toggle piece 214 is fixedly provided with at least two sliding plates, and the unwinding toggle Sheet 2 214 is slidingly matched with the unwinding rotating disc 211, and one side of the unwinding rotating disc 211 is fixedly provided with an unwinding rotating roller 2 210, and one side of the unwinding rotating disc 210 is rotatably provided with an unwinding auxiliary rotating wheel 2 209; Unwinding toggle piece one 205 and unwinding toggle piece two 214 are all rotatably arranged on the unwinding fixed frame 213, the spraying fixed bracket 102 is fixedly arranged on the unwinding fixed frame 213, and the unwinding rotating roller two 210 and the unwinding rotation Roller 1 207 is all rotatably arranged on the unwinding fixed frame 213, and unwinding assemblies 2 are symmetrically arranged on the spraying assembly 1, and the spraying assembly 1 is fixedly arranged on the unwinding fixed frame 213, and the unwinding fixed frame 213 is fixedly arranged on the bearing On the fixing seat 503 , the bearing fixing seat 503 is fixedly arranged on the bottom plate 6 .

The heating assembly 3 includes a heating sliding column 301 which is slidably arranged in the heating fixed base plate 309. The heating rotating disc 302 is rotatably installed on the heating sliding column 301, and the heating rotating disc 302 is rotatably arranged on the heating fixed base plate 309. The gap rotating ring 303 is slidably fitted, the heating gap rotating ring 303 is fixedly provided with a heating rotating bracket 1 304, the heating rotating bracket 304 is provided with a heating rotating bracket 2 305, and the heating rotating bracket 2 305 is rotatingly provided with a plurality of heating rotating brackets. Connecting rod 1 306, heating and rotating connecting rod 1 306 is fixedly provided with heating and fixing connecting rod 307, heating and fixing connecting rod 307 is rotatably provided with heating plate 308, heating and fixing bottom plate 309 is fixed and arranged on the bottom plate 6, heating assembly 3 groups It is symmetrically arranged on one side of the unwinding assembly 2 .

The winding assembly 4 comprises a winding support 401 fixedly arranged on the base plate 6, a winding motor 402 is fixedly arranged on the winding support 401, and a winding rotating cylinder 410 is fixedly arranged on the output shaft of the winding motor 402, and the winding Rotating cylinder one 410 is provided with winding rotating gear one 404, and winding rotating gear one 404 meshes with winding fixed gear one 403 fixedly arranged on the winding support 401, and one end of winding rotating gear one 404 is slidably arranged on the winding frame. On the volume sliding ball one 405, the winding sliding ball one 405 is also slidably provided with a winding rotating rod one 406, and one end of the winding rotating rod one 406 is slidingly provided with a winding rotating rod two 407, and the winding rotating rod two 407 is slidingly set On the rewinding sliding ball 2 408, a rewinding sliding shaft 416 is slidably provided on the rewinding sliding ball 408, a rewinding rotating gear 2 409 is slidably provided on the rewinding sliding shaft 416, and a rewinding sliding shaft 416 is fixedly provided with Rewinding fixed ring 414; the rewinding fixed ring 414 is slidably arranged on the rewinding bracket 401, and the rewinding rotation gear 2 409 meshes with the rewinding fixed gear 2 411 fixedly arranged on the rewinding bracket 401; the rewinding bracket 401 rotates A winding inclined ring 413 is provided, and a winding cylinder 412 is hinged on the winding inclined ring 413; a winding rotating cylinder 2 415 is fixedly arranged on the winding fixed ring 414 .

The bearing assembly 5 includes a plurality of sets of first bearing roller 501 and second bearing roller 502 symmetrically arranged on the bearing fixing seat 503 , and both the first bearing roller 501 and the second bearing roller 502 are rotatably arranged on the bearing fixing seat 503 .

It should be noted that the shape, size and function of the unwinding toggle piece 1 205 and the unwinding toggle piece 2 214 are the same.

The present invention discloses a kind of preformed carbon fiber braid production equipment, and its working principle is: start the spraying motor 118 to drive the spraying bevel gear 2 108 and the spraying bevel gear 1 107, and then drive the spraying sliding rod 2 109 and the spraying sliding rod 106, Spraying sliding rod two 109 drives spraying swinging rod four 113 and spraying swinging rod three 112, and then drives spraying rotating plate two 115 and spraying rotating plate one 114 to rotate; spraying sliding rod one 106 drives spraying swinging rod one 110 and spraying swinging rod two 111 , and then drive the spraying rotating plate one 114 and the spraying rotating plate two 115, and then drive the spraying rotating plate one 114 and the spraying rotating plate two 115 to rotate, the spraying rotating plate one 114, the spraying rotating plate two 115 rotate and then drive the spraying plate one 101 and the spraying rotating plate Plate 2 103 rotates to realize that the sizing agent in spray plate 1 101 and spray plate 2 103 is evenly sprayed on the processed carbon fiber, and the rotation of spray plate 1 101 and spray plate 2 103 drives spraying rotating column 2 105 and spraying rotating column 1 104 Rotate, and then drive unwinding toggle plate two 202 and unwinding toggle plate one 201 to rotate to predetermined position, unwinding control electric cylinder one 204, unwinding control electric cylinder two 212 control it and unwinding toggle plate two 202, The distance between the unwinding control electric cylinder 2 212 realizes the change of the swing frequency of the unwinding toggle piece 1 205 and the unwinding toggle piece 2 214, and then changes the rotation speeds of the unwinding rotating roller 1 207 and the unwinding rotating roller 2 210 to realize Unwinding of materials at different speeds.

The movement of the spraying swinging rod 3 112 and the spraying swinging rod 4 113 drives the spraying pull rod 116 and then drives the heating sliding column 301 to slide in the groove of the heating fixed bottom plate 309, thereby making the heating rotating disc 302 mesh with the heating gap rotating ring 303, Drive the first heating rotating bracket 304 and then drive the second heating rotating bracket 305, the first heating rotating connecting rod 306, and the heating fixing connecting rod 307 to realize heating in different directions.

When the raw material is heated and cooled through the gap between the heating assembly 3 and the winding assembly 4, it passes through the winding support 401 and is wound on the winding rotating cylinder 1 410 or the winding rotating cylinder 2 415, and the winding motor 402 is driven by the starting motor. The winding rotating cylinder 1 410 rotates, thereby making the winding rotating gear 1 404 mesh with the winding fixed gear 1 403, driving the winding rotating gear 1 404 to perform circular motion around the winding fixed gear 403 and to rotate itself, and then the winding rotating gear One 404 drives the rewinding sliding ball one 405, the rewinding rotating rod one 406, the rewinding rotating rod two 407, the rewinding sliding ball two 408, the rewinding rotating gear two 409 rotate, and the rewinding rotating gear two 409 rotates to make the rewinding rotate The gear 2 409 revolves around the winding fixed gear 2 411 and drives the winding rotating cylinder 2 415 to rotate. When the winding rotating cylinder 415 needs to move linearly back and forth, the winding cylinder 412 pushes the winding inclined ring 413 to change the winding tilt The degree of inclination of the ring 413 makes the rolling slide shaft 416 slidingly fit with the winding inclined ring 413, and compresses the spring between the winding rotating rod 2 407 and the winding rotating rod 1 406, so that the winding rotating cylinder 2 415 linearly moves back and forth And autobiography, to realize the winding of processed fiber pre-products.

Pass the processed raw material on the first bearing roller 501 and the second bearing roller 502 through the gap between the first unwinding rotating roller 207 and the first unwinding auxiliary rotating wheel 208; or pass through the second unwinding rotating roller 210 and the second unwinding auxiliary rotating wheel 209, by adjusting the unwinding rotating roller 1 207 or the unwinding rotating roller 2 210 at different speeds, the fiber filaments to be processed are fed into the fiber filaments to be processed, and the sizing agent is evenly sprinkled on the fiber filaments through the spraying plate 101 and the spraying plate 2 103 through the heating assembly 3 heating, then cooling, and finally the processed carbon fiber braid is wound up by the winding assembly 4 to complete the entire processing process.

Claims (1)

1. A preformed carbon fiber braid production equipment, comprising a base plate (6), characterized in that: also includes a spraying assembly (1), an unwinding assembly (2), a heating assembly (3), a winding assembly (4), The bearing assembly (5), the unwinding assembly (2) is arranged symmetrically on the spraying assembly (1) in multiple groups, and the unwinding assembly (2) includes a plurality of unwinding assemblies rotatably arranged on the spraying fixed bracket (102). Rotating column (203), the two ends of the unwinding rotating column (203) are fixedly provided with an unwinding toggle plate two (202) and an unwinding toggle plate one (201), and the unwinding toggle plate one (201 ), the unwinding toggle plate two (202) are all provided with grooves, the unwinding toggle plate two (202) and the unwinding control electric cylinder one (204) slide fit, the unwinding control electric cylinder one (204) is fixedly provided with unwinding toggle piece one (205), described unwinding toggle piece one (205) and unwinding rotating disk one (206) slide fit, described unwinding rotating disk one (206) Unwinding rotating roller one (207) is fixedly arranged on the top; the unwinding toggle plate one (201) is slidingly matched with the unwinding control electric cylinder two (212), and one end of the unwinding control electric cylinder two (212) is fixed An unwinding toggle piece 2 (214) is provided, and the unwinding toggle piece 2 (214) is slidably matched with the unwinding rotating disk 2 (211). One side of the unwinding rotating disk 2 (211) is fixedly provided with Unwinding rotating roller two (210); the spraying assembly (1) includes spraying bevel gear two (108) and spraying bevel gear one (107) rotatingly arranged on the spraying fixed bracket (102), and the spraying bevel gear two (108) is slidingly provided with spraying sliding rod two (109), and one end of said spraying sliding rod two (109) is hinged with spraying swinging rod three (112) and spraying swinging rod four (113), and said spraying swinging rod three ( 112) One end is hinged on the spraying rotating plate 2 (115), and one end of the spraying swing rod 4 (113) is hinged on the spraying rotating plate 1 (114); On the second (105), one end of the spraying rotating plate (114) is fixedly provided with a spraying plate (101), and the spraying rotating column two (105) is fixedly provided with an unwinding rotating column (203); Rotating plate two (115) is rotatably arranged on spraying rotating column one (104), said spraying rotating column one (104) is rotatably arranged on a spraying fixed bracket (102), and one end of said spraying rotating plate 2 (115) is fixedly arranged Spraying plate 2 (103) is arranged; said spraying bevel gear 1 (107) is slidably provided with spraying sliding rod 1 (106), and said spraying sliding rod 1 (106) is hinged with spraying swinging rod 2 (111) and spraying Swing lever one (110), the spraying swing lever one (110) is hinged on the spraying rotating plate one (114), and the spraying swinging lever two (111) is hinged on the spraying rotating plate two (115); A spraying hinged ring (117) is hinged between the swinging rod three (112) and the spraying swinging rod four (113), and a spraying pull rod (116) is hinged on the spraying hinged ring (117); the spraying pull rod (116) ) is fixedly provided with a heating assembly (3), and the heating assembly (3) includes a heating spool (301) slidably arranged in the heating fixed base plate (309), and a heating spool (301) is rotatably installed on the heating Rotating disk (302), the heating rotating disk (302) is rotatably arranged on the heating fixed base plate (309), the heating rotating disk (302) is slidingly matched with the heating gap rotating ring (303), and the heating gap rotating ring (303) is fixedly provided with a heating rotating bracket one (304), and a heating rotating bracket two (305) is rotated on the heating rotating bracket one (304). A heating rotating connecting rod one (306), the heating rotating connecting rod one (306) is fixedly provided with a heating fixed connecting rod (307), and the heating fixed connecting rod (307) is rotated and provided with a heating plate (308) One side of the heating assembly (3) is fixedly provided with a winding assembly (4), and the winding assembly (4) includes a winding support (401) fixedly arranged on the bottom plate (6), the winding A winding motor (402) is fixedly arranged on the support (401), and a winding rotating cylinder one (410) is fixedly arranged on the output shaft of the winding motor (402). The rotation is provided with a winding rotation gear one (404), and the winding rotation gear one (404) meshes with the winding fixed gear one (403) fixedly arranged on the winding bracket (401); the winding rotation gear One end (404) is slidably arranged on the rolling sliding ball one (405), and the rolling sliding ball one (405) is also slidably provided with a rolling rotating rod one (406), and the rolling rotating rod one ( 406) One end is slidably provided with a rewinding rotating rod 2 (407), the rewinding rotating rod 2 (407) is slidably arranged on the rewinding sliding ball 2 (408), and the rewinding sliding ball 2 (408) slides A rewinding sliding shaft (416) is provided, and a rewinding rotating gear two (409) is slidably arranged on the rewinding sliding shaft (416), and a rewinding fixed ring ( 414); the rewinding fixed ring (414) is slidably arranged on the rewinding support (401), and the rewinding rotating gear two (409) and the rewinding fixed gear two fixedly arranged on the rewinding support (401) (411) meshing; the rolling bracket (401) is rotated with a winding tilting ring (413), and the winding tilting ring (413) is hinged with a winding cylinder (412); the winding fixed ring (414) is fixedly provided with winding rotating cylinder two (415).

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