CN109252382B - A kind of integrated processing device and processing method of fur - Google Patents

Abstract

The invention discloses an integrated processing device for fur, comprising a frame, a feeding roller, a receiving roller, a processing mechanism and a scraping mechanism. The processing mechanism comprises a first tension roller and an embossing roller arranged in sequence from right to left , intermediate roller and dyeing roller, a second tensioning roller is rotatably installed on the frame below the intermediate roller; a number of embossing grooves are opened on the embossing roller; embossing bumps are arranged on the intermediate roller; The dyeing shaft is eccentrically arranged, the interior of the dyeing roller is a cavity and the dye supply assembly is installed in the cavity, and the dye outlet is provided on the roller wall of the dyeing roller on the side away from the dyeing shaft; the scraping mechanism includes an inclined scraper, Adjust cylinders, splice boxes, mounting beams and mounting plates. The invention has a compact structure, can automatically load and unload the fur and perform automatic embossing and printing operations, is very convenient to use, and greatly improves the processing quality and processing efficiency of the fur.

Description

A kind of integrated processing device and processing method of fur

technical field

The invention relates to the field of artificial fur processing, in particular to an integrated processing device and processing method for fur.

Background technique

Faux fur is often used in coats, garment liners, hats, collars, toys, mattresses, upholstery and carpets. In the production process of artificial fur, the pattern will be pressed and pattern printed on the fur according to the actual needs of users. However. There is no equipment for integrated processing of furs in the prior art, and each equipment can only perform a single processing of furs. When one process is completed, it is transferred to other equipment for processing in another process. The processing efficiency of the fur is reduced, and the traditional embossing device and printing device have unsatisfactory processing effect on the fur.

SUMMARY OF THE INVENTION

The purpose of the present invention is to address the deficiencies in the prior art, to provide an integrated fur treatment device and a treatment method to solve the above problems.

The technical problem solved by the present invention can be realized by the following technical solutions:

An integrated processing device for fur includes a frame, a feeding roller, a receiving roller and a processing mechanism arranged on the frame. The feeding roller and the receiving roller are arranged in parallel, and the feeding roller is arranged on one side of the receiving roller. Both ends of the roller and the take-up roller are respectively rotatably erected on the frame;

The processing mechanism is arranged above the feeding roller and the receiving roller. The processing mechanism includes a first tension roller, an embossing roller, an intermediate roller and a dyeing roller, and the embossing roller, the intermediate roller and the dyeing roller are arranged in sequence from right to left. They are respectively arranged in parallel, and their respective ends are rotatably erected on the frame through the embossing shaft, the intermediate shaft and the dyeing shaft. The embossing shaft and the intermediate shaft are respectively fixed with a first gear and a second gear, A gear meshes with the second gear for transmission, a second tension roller is rotatably installed on the frame below the intermediate roller, and the second tension roller is arranged in parallel with the intermediate roller; the roll diameter of the embossing roller is at least the intermediate roller Twice the diameter of the roller, the roller wall of the embossing roller is evenly provided with a number of embossing grooves in the circumferential direction around its axis, each embossing groove is arranged along the axial direction of the embossing roller, and the embossing grooves are along the axis of the embossing roller. The radial section of the embossing roller is a trapezoid structure, the diameter of the inner side of the embossing groove is smaller than the diameter of the outer side, and the inner side is an arc surface structure protruding toward the axis of the embossing roller; the middle roller There are a number of embossed bumps that are used in conjunction with the embossed grooves evenly distributed around its axis, and the shape of the embossed bumps is adapted to the shape of the embossed grooves; the dyeing roller and the dyeing shaft are eccentrically arranged, and the dyeing roller The interior of the dyeing roller is a cavity and the dye supply assembly is installed in the cavity. The dye outlet is provided on the roller wall of the dyeing roller on the side away from the dyeing shaft; the left side of the dyeing roller is provided with a scraping mechanism, the scraping material The mechanism includes a tilting scraper, an adjusting cylinder, a material receiving box, a mounting beam and a mounting plate. There are two mounting plates and they are respectively arranged in the front and rear to be fixed on the left side of the frame. The top of the material receiving box is open and its two ends are respectively fixed to On the mounting plates on both sides, the mounting beam and the inclined scraper are both arranged above the receiving box. The mounting beam is horizontally arranged and its two ends are fixedly connected to the mounting plates on both sides respectively. The adjusting cylinder is fixed on the mounting beam, and the inclined scraper is installed. The plate is arranged between the installation beam and the dyeing roller, the inclined scraper is connected with the movable end of the adjusting cylinder and can move horizontally left and right under the driving of the adjusting cylinder, and the bottom of the inclined scraper is inclined to the lower right side.

Further, several conveying rollers are arranged on the left side of the receiving roller, the conveying roller and the receiving roller are arranged in parallel, the interior of the conveying roller is hollow and the roller wall is evenly provided with several ventilation perforations.

Further, two end plates are installed on the upper part of the right side of the frame, and the two end plates are arranged in parallel with each other. A raised sliding block is fixed on the top, a horizontal chute is opened on the end plate along its extending direction, the raised sliding block is inserted in the horizontal chute, and a tensioning cylinder is installed on the end plate, and the movable end and the end of the tensioning cylinder are The blocks are fixedly connected and can drive the end blocks to horizontally move left and right along the extending direction of the horizontal chute.

Further, the dye outlet is an arc-shaped strip structure, one end of the dyeing roller is open and an end cover is provided on the open end of the dyeing roller, an arc-shaped partition is installed in the cavity of the dyeing roller, and the dyeing roller passes through the arc-shaped partition. The plate divides its inner cavity into a storage cavity and a discharge cavity. The discharge cavity is communicated with the dye outlet. A discharge cylinder suitable for its shape is inserted in the discharge cavity. There are limit protrusions, the side wall of the discharge cylinder is provided with a limit groove matching the shape of the limit protrusion, and the discharge cylinder inserted in the discharge cavity is aligned with the cylinder wall of the dye outlet along the A printing pattern hole is opened in the axial direction of the dyeing roller, the feeding component is fixed in the material storage cavity, the discharge port of the feeding component is connected with the discharging cylinder through a connecting pipe, and a through-pipe through hole is formed on the arc-shaped partition. The connecting pipe is pierced through the through-hole through the pipe, the discharging cylinder is provided with a discharging opening, and one end of the connecting pipe is detachably connected with the discharging opening.

Further, a heating element is arranged in the embossing roller; when the roller wall of the dyeing roller on the side away from the dyeing shaft rotates to the right side, the roller wall is tangent to the top of the embossing bump; the bottom of the dyeing roller is provided with a blower. The outlet of the blowing pipe is aligned with the outlet of the intermediate roller.

Further, a first drive motor and a second drive motor are installed on the frame, the output end of the first drive motor is installed with a third gear, the third gear meshes with the first gear for transmission, and the output end of the second drive motor It is connected with the dyeing shaft through a transmission belt; a feeding motor for driving the feeding roller to rotate and a receiving motor for driving the receiving roller to rotate are also installed on one side of the frame.

The integrated processing method of the fur: put the rolled fur to be processed on the feeding roller, and drive the feeding roller to rotate through the feeding motor to gradually send out the fur. The fur bypasses the first tension roller counterclockwise from the lower right side Tension roller, and then enter between the embossing roller and the intermediate roller from the lower side of the embossing roller for embossing operation; then the fur enters between the dyeing roller and the intermediate roller from the upper side of the intermediate roller for printing operation; and then the fur from the first The right side of the two tensioning rollers bypasses the second tensioning roller and goes out through the lower side of the second tensioning roller; then the fur enters the receiving material from the left side of the leftmost conveying roller along the bottom wall of each conveying roller Receiving on the roller.

Compared with the prior art, the beneficial effects of the present invention are as follows:

When the dye outlet is in contact with the intermediate roller, the pattern is printed, and the rotation speed of the dyeing roller can be changed by changing the rotation speed of the second drive motor through the controller, so that the density of the printing can be effectively controlled; When the roller wall rotates to the left, the side roller wall touches the inclined scraper, so that the excess dye on the surface of the dye outlet can be scraped off, so that the dye outlet can be kept clean and tidy at all times, and the printing quality of the fur is improved. The rolled fur to be processed is placed on the feeding roller, and the feeding roller is driven to rotate by the feeding motor to gradually send out the fur. The fur enters between the embossing roller and the intermediate roller from the first tension roller for embossing operation; the fur enters dyeing The printing operation is carried out between the roller and the intermediate roller, and the discharge cylinder with different printing pattern holes can be replaced according to the required pattern; the fur is wound through the second tension roller and the conveying roller to the take-up roller. The fur is conveyed along the conveying rollers, so that the dyes printed on the fur can gradually penetrate and shape, and at the same time, the drying of the dyes on the fur can be accelerated through ventilation perforations. The invention has a compact structure, can automatically load and unload the fur and perform automatic embossing and printing operations, is very convenient to use, and greatly improves the processing quality and processing efficiency of the fur.

Description of drawings

FIG. 1 is a schematic structural diagram of the integrated processing device for fur according to the present invention.

FIG. 2 is a partial structural schematic diagram of the integrated processing device for fur according to the present invention.

FIG. 3 is a schematic diagram of the integrated processing device for fur according to the present invention.

FIG. 4 is a schematic structural diagram of the buffer mechanism according to the present invention.

FIG. 5 is a schematic diagram of a partial structure of the processing mechanism according to the present invention.

FIG. 6 is a schematic structural diagram of the dyeing roller according to the present invention.

Figure 7 is a side view of the dyeing roll of the present invention.

Detailed ways

In order to make the technical means, creative features, achievement goals and effects realized by the present invention easy to understand, the present invention will be further described below with reference to the specific embodiments.

Referring to FIGS. 1 to 7 , an integrated processing device for fur according to the present invention includes a frame 10 , a feeding roller 21 , a receiving roller 22 and a processing mechanism arranged on the frame 10 . The feeding roller 21 and the receiving roller 22 are arranged in parallel, and the feeding roller 21 is arranged on one side of the receiving roller 22 . Both ends of the feeding roller 21 and the receiving roller 22 are respectively rotatably mounted on the frame 10 .

The processing mechanism is arranged above the feeding roller 21 and the receiving roller 22 , and the processing mechanism includes a first tension roller 30 , an embossing roller 40 , an intermediate roller 50 and a dyeing roller 60 arranged in order from right to left. The embossing roller 40 , the intermediate roller 50 and the dyeing roller 60 are respectively arranged in parallel, and their two ends are respectively rotatably mounted on the frame 10 through the embossing shaft, the intermediate shaft and the dyeing shaft. A first gear 41 and a second gear 51 are fixedly installed on the embossing shaft and the intermediate shaft, respectively, and the first gear 41 and the second gear 51 are engaged for transmission, thereby ensuring the synchronous rotation of the embossing shaft and the intermediate shaft. A second tension roller 70 is rotatably mounted on the frame 10 below the intermediate roller 50 , and the second tension roller 70 is arranged in parallel with the intermediate roller 50 . The roll diameter of the embossing roll 40 is at least twice the roll diameter of the intermediate roll 50 , and a plurality of embossing grooves 42 are uniformly circumferentially opened on the roll wall of the embossing roll 40 around its axis. Each of the embossing grooves 42 is provided along the axial direction of the embossing roll 40 . The embossing groove 42 has a trapezoidal structure along the radial section of the embossing roller 40 . The diameter of the inner side of the embossing groove 42 is smaller than the diameter of the outer side and the inner side of the embossing groove 42 is convex toward the axis of the embossing roller 40 . The curved surface structure is provided. A number of embossing bumps 52 for use with the embossing grooves 42 are evenly distributed around the center of the intermediate roller 50. The shape of the embossing bumps 52 is adapted to the shape of the embossing grooves 42. Passing between the intermediate roller 50 and the embossing roller 40, the embossing bumps 52 cooperate with the embossing grooves 42 to squeeze the fur to make lines; of course, the embossing bumps 52 and the embossing grooves 42 can also be replaced with Matching yin and yang protrusions and grooves of other shapes. The dyeing roller 60 and the dyeing shaft 61 are eccentrically arranged. The interior of the dyeing roller 60 is a cavity and a dye supply assembly 65 is installed in the cavity. A dye outlet 62 is opened on the roll wall of the dyeing roll 60 on the side away from the dyeing shaft. The left side of the dyeing roller 60 is provided with a scraping mechanism, and the scraping mechanism includes an inclined scraper 81 , an adjusting cylinder 82 , a receiving box 83 , a mounting beam and a mounting plate 84 . There are two mounting plates 84 , which are respectively arranged in front and rear and fixed to the left side of the rack 10 . The top of the receiving box 83 is open and its two ends are respectively fixed on the mounting plates 84 on both sides. The mounting beam and the inclined scraper 81 are both arranged above the material receiving box 83 , the mounting beam is horizontally arranged and its two ends are fixedly connected to the mounting plates 84 on both sides respectively. The adjusting cylinder 82 is fixed on the installation beam, and the inclined scraper 81 is arranged between the installation beam and the dyeing roller 60 . The inclined scraper 81 is connected to the movable end of the adjusting cylinder 82 and can move horizontally left and right under the driving of the adjusting cylinder 82 , and the bottom of the inclined scraper 81 is inclined to the lower right side.

A plurality of conveying rollers 23 are arranged on the left side of the receiving roller 22 , and the conveying rollers 23 are arranged in parallel with the receiving roller 22 . The inside of the conveying roller 23 is hollow and a plurality of ventilation holes are evenly opened on the roller wall. The fur 100 is conveyed to the right along the conveying roller 23, so that the dye printed on the fur can gradually penetrate and shape, and at the same time, the drying of the dye on the fur can be accelerated through the ventilation perforations.

Two end plates 31 are installed on the upper part of the right side of the rack 10 , and the two end plates 31 are arranged in parallel with each other. An end block 32 is provided on one side of each end plate 31 of the end plate 31 , and a raised slider 33 is fixed on the opposite surfaces of the two end blocks 32 . The end plate 31 is provided with a horizontal chute 34 along its extending direction, and the protruding slider 33 is inserted into the horizontal chute 34 . A tensioning cylinder 35 is installed on the end plate 31 , and the movable end of the tensioning cylinder 35 is fixedly connected with the end block 32 and can drive the end block 32 to horizontally move left and right along the extending direction of the horizontal chute 34 . Both ends of the first tensioning roller 30 are respectively rotatably mounted on the two protruding sliding blocks 33 .

The dye outlet 62 is a circular arc-shaped strip structure, one end of the dyeing roller 60 is open, and an end cover is provided on the open end of the dyeing roller 60 . An arc-shaped partition 63 is installed in the cavity of the dyeing roller 60 , and the inner cavity of the dyeing roller 60 is divided into a storage cavity and a discharge cavity by the arc-shaped partition 63 . The discharge cavity is communicated with the dye outlet 62, and a discharge cylinder 64 adapted to its shape is inserted in the discharge cavity. At least two limit protrusions 641 are installed on the inner wall of the discharge cavity, and limit grooves matching the shape of the limit protrusions are provided on the side wall of the discharge cylinder 64 . A printing pattern hole 642 is formed on the cylinder wall of the discharging cylinder 64 inserted in the discharging cavity aligned with the dye outlet 62 along the axial direction of the dyeing roller 60 thereof. The material supply assembly 65 is fixed in the material storage cavity, and the material outlet of the material supply assembly 65 is communicated with the material discharge cylinder 64 through a connecting pipe. The arc-shaped partition plate 63 is provided with a through-pipe through hole, and the connecting pipe is passed through the through-pipe through hole. The discharge cylinder 64 is provided with a discharge opening, and one end of the connecting pipe is detachably connected to the discharge opening. In use, the discharge cylinder 64 is inserted into the discharge cavity through the opening at one end of the dyeing roller 60, so that the printing pattern hole 642 faces the discharge opening. The feeding assembly 65 includes a dye tank, and the feeding assembly 65 may adopt a feeding device in the existing market, as long as the feeding structure that can extrude the dye from the dye tank into the discharging barrel is suitable for this. The dye is sent out from the feeding assembly 65 and enters the discharge cylinder 64 along the connecting pipe, and is sent out through the printing pattern hole 642 and the dye outlet 62; when the roller wall of the dyeing roller 60 on the side away from the dyeing shaft rotates to the right, the dye outlet 62 is in contact with the intermediate roller 50 to print the dye on the fur 100, and the discharge drum 64 with holes 642 of different printing patterns can be replaced according to the desired pattern.

The embossing roll 40 is provided with heating elements. The wall of the dyeing roll 60 on the side remote from the dyeing axis is tangent to the top of the embossing projection 52 when it is rotated to the right. A blowing pipe is arranged below the dyeing roller 60, and the air outlet 11 of the blowing pipe is aligned with the outlet of the intermediate roller 50, thereby accelerating the setting of the dye on the fur.

A first drive motor and a second drive motor are mounted on the frame 10 . A third gear 12 is mounted on the output end of the first drive motor, and the third gear 12 meshes with the first gear 41 for transmission. The output end of the second driving motor is connected with the dyeing shaft through a transmission belt. When the dye outlet 62 is in contact with the intermediate roller 50, pattern printing is performed. When the roller wall of the dyeing roller 60 on the side away from the dyeing axis rotates to the left, the dyeing roller 60 and the intermediate roller 50 are in a non-contact state, which is changed by the controller. The rotation speed of the second driving motor can change the rotation speed of the dyeing roller 60, so that the density of printing can be effectively controlled. When the roller wall of the dyeing roller 60 on the side away from the dyeing shaft rotates to the left side, the side roller wall touches the inclined scraper 81, so that the excess dye on the surface of the dye outlet 62 can be scraped off, so that the dye outlet 62 can be kept clean and tidy at all times; The removed dye drops into the receiving box 83 due to gravity for collection. A feeding motor for driving the feeding roller 21 to rotate and a receiving motor for driving the receiving roller 22 to rotate are also installed on one side of the frame 10 . The rolled fur to be processed is placed on the feeding roller 21, and the feeding roller 21 is driven to rotate by the feeding motor to gradually send out the fur. The fur 100 bypasses the first tensioning roller 30 counterclockwise from the lower right side of the first tensioning roller 30, and then enters between the embossing roller 40 and the intermediate roller 50 from the lower side of the embossing roller 40 for embossing. Then the fur enters between the dyeing roller 60 and the intermediate roller 50 from the upper side of the intermediate roller 50 for printing. The fur then passes around the second tensioning roller 70 from the right side of the second tensioning roller 70 and passes out from the underside of the second tensioning roller 70 . The height of the second tensioning roller 70 is adjustable. Both ends of the second tensioning roller 70 are rotatably mounted on two lifting blocks 72 respectively. A buffer mechanism is installed on the frame 10 , and the buffer mechanism includes two guide blocks 71 . , the guide block 71 is fixed on the frame 10 by the bolt block, the guide block 71 is provided with a longitudinal chute along its height direction, the lifting block 72 is arranged in the longitudinal chute and can slide up and down in the longitudinal chute, the longitudinal chute The bottom of the screw is screwed with a sealing bolt 73, the screw of the sealing bolt 73 is inserted in the longitudinal chute, a guide post 74 is installed on the top of the screw, a telescopic spring 75 is sleeved on the guide post 74, and the bottom of the lifting block 72 is fixed with The guide sleeve 76 matched with the guide post, the opening of the guide sleeve 76 faces downward, the lower end of the telescopic spring 75 is fixedly connected with the screw, and the upper end of the telescopic spring 75 is passed through the opening of the guide sleeve and is fixedly connected with the top inner wall of the guide sleeve 76 ; Through the telescopic spring 75, the lifting block 72 can drive the second tension roller 70 to move up and down elastically. When the guide sleeve 76 is sleeved on the guide post 74 and lowered to the lowest position, the second tension roller 70 is lowered to the lowest position. Thereby, the degree of tension in the fur processing process can be effectively adjusted. Then, the fur 100 enters the receiving roller 22 from the left side of the leftmost conveying roller 23 along the bottom wall of each conveying roller 23 to receive the material.

The foregoing has shown and described the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above-mentioned embodiments, and the descriptions in the above-mentioned embodiments and the description are only to illustrate the principle of the present invention. Without departing from the spirit and scope of the present invention, the present invention will have Various changes and modifications fall within the scope of the claimed invention. The claimed scope of the present invention is defined by the appended claims and their equivalents.

Claims (5)

1. An integrated processing device of fur is characterized in that: the automatic feeding and receiving device comprises a rack, and a feeding roller, a receiving roller and a processing mechanism which are arranged on the rack, wherein the feeding roller and the receiving roller are arranged in parallel, the feeding roller is arranged on one side of the receiving roller, and two ends of the feeding roller and the receiving roller are respectively and rotatably erected on the rack;

the processing mechanism is arranged above the feeding roller and the receiving roller and comprises a first tensioning roller, an embossing roller, a middle roller and a dyeing roller which are sequentially arranged from right to left, the embossing roller, the middle roller and the dyeing roller are respectively arranged in parallel, the two ends of each of the embossing roller, the middle roller and the dyeing roller are respectively and rotatably erected on the rack through an embossing shaft, a middle shaft and a dyeing shaft, a first gear and a second gear are respectively and fixedly arranged on the embossing shaft and the middle shaft, the first gear and the second gear are in meshing transmission, a second tensioning roller is rotatably arranged on the rack below the middle roller, and the second tensioning roller is arranged in parallel with the middle roller; the diameter of the embossing roller is at least twice that of the middle roller, a plurality of embossing grooves are uniformly formed in the circumferential direction of the roller wall of the embossing roller around the axial lead of the embossing roller, each embossing groove is arranged along the axial direction of the embossing roller, the radial section of each embossing groove along the embossing roller is of a trapezoidal structure, the caliber of the inner side surface of each embossing groove is smaller than that of the outer side surface of each embossing groove, and the inner side surface of each embossing groove is of an arc surface structure which is convexly arranged towards one side of the axis of the embossing roller; a plurality of embossing lugs matched with the embossing grooves are uniformly distributed on the middle roller around the axis of the middle roller in the circumferential direction, and the shapes of the embossing lugs are matched with the shapes of the embossing grooves; the dyeing roller and the dyeing shaft are eccentrically arranged, a cavity is formed inside the dyeing roller, a dye feeding assembly is arranged in the cavity, and a dye outlet is formed in the roller wall of the dyeing roller, which is far away from one side of the dyeing shaft; the left side of the dyeing roller is provided with a scraping mechanism, the scraping mechanism comprises two inclined scraping plates, an adjusting cylinder, a material receiving box, an installation beam and an installation plate, the two installation plates are respectively fixed on the left side of the frame in a front-back arrangement mode, the top opening of the material receiving box is provided with two ends which are respectively fixed on the installation plates on the two sides, the installation beam and the inclined scraping plates are both arranged above the material receiving box, the installation beam is transversely arranged, the two ends of the installation beam are respectively fixedly connected with the installation plates on the two sides, the adjusting cylinder is fixed on the installation beam, the inclined scraping plates are arranged between the installation beam and the dyeing roller, the inclined scraping plates are connected with the movable ends of the adjusting cylinder and can horizontally move left and right under the;

the upper part of the right side of the rack is provided with two end plates which are arranged in parallel front and back, one side of each end plate is provided with an end block, the opposite surfaces of the two end blocks are fixedly provided with a convex sliding block, the end plates are provided with horizontal sliding grooves along the extending direction of the end plates, the convex sliding blocks are inserted into the horizontal sliding grooves, the end plates are provided with tensioning cylinders, the movable ends of the tensioning cylinders are fixedly connected with the end blocks and can drive the end blocks to horizontally move left and right along the extending direction of the horizontal sliding grooves, and the two ends of a first tensioning roller are respectively and rotatably erected;

the dye outlet is of a circular arc strip-shaped structure, one end of the dyeing roller is opened, an end cover is arranged on the opening end of the dyeing roller in a covering manner, an arc-shaped partition plate is arranged in a cavity of the dyeing roller, the dyeing roller divides an inner cavity of the dyeing roller into a storage cavity and a discharge cavity through the arc-shaped partition plate, the discharge cavity is communicated with the dye outlet, a discharge barrel adaptive to the shape of the discharge cavity is inserted in the discharge cavity, at least two limiting bulges are arranged on the inner wall of the discharge cavity, limiting grooves matched with the shapes of the limiting bulges are arranged on the side wall of the discharge barrel, a printed pattern hole is formed in the axial direction of the dyeing roller on the wall, aligned with the dye outlet, of the discharge barrel inserted in the discharge cavity, the feeding assembly is fixed in the storage cavity, the discharge port of the feeding assembly is communicated with the discharge barrel through a connecting pipe, one end of the connecting pipe is detachably connected with the discharge opening.

2. The integrated fur processing apparatus according to claim 1, wherein: the left side of receiving the material roller is equipped with a plurality of conveying rollers, conveying roller and receiving material roller parallel arrangement, and a plurality of ventilation perforation have evenly been seted up on the inside hollow of conveying roller and its roller wall.

3. The integrated fur processing apparatus according to claim 1, wherein: a heating element is arranged in the embossing roller; when the roller wall of the dyeing roller far away from one side of the dyeing shaft rotates to the right side, the roller wall is tangent to the top of the embossing bump; a blowing pipe is arranged below the dyeing roller, and an air outlet of the blowing pipe is aligned with a discharge hole of the middle roller.

4. The integrated fur processing apparatus according to claim 1, wherein: a first driving motor and a second driving motor are mounted on the rack, a third gear is mounted at the output end of the first driving motor, the third gear is in meshing transmission with the first gear, and the output end of the second driving motor is in transmission connection with the dyeing shaft through a transmission belt; and a feeding motor for driving the feeding roller to rotate and a receiving motor for driving the receiving roller to rotate are further installed on one side of the rack.

5. A method for processing a fur skin integration processing apparatus according to any one of claims 1 to 4, wherein: placing the coiled fur to be processed on a feeding roller, driving the feeding roller to rotate through a feeding motor so as to gradually send out the fur, enabling the fur to anticlockwise bypass the first tensioning roller from the right lower side of the first tensioning roller, and enabling the fur to enter a space between the embossing roller and the middle roller from the lower side of the embossing roller to be embossed; then the fur enters the space between the dyeing roller and the middle roller from the upper side of the middle roller to be printed; then the fur passes through the second tensioning roller from the right side of the second tensioning roller and passes out from the lower side of the second tensioning roller; then the fur enters the collecting roller from the left side of the leftmost conveying roller along the bottom wall of each conveying roller to be collected.

Images