CN106521042A - Automatic fur expanding and drying device - Google Patents

Abstract

The invention discloses an automatic fur skin drying device, which comprises a frame, a conveyor belt, a drying bin, a skin clamping mechanism, a skin stretching mechanism and a peeling mechanism. Both the conveyor belt and the drying bin are fixed on the frame, and the conveyor belt Through the drying bin, the conveyor belt at the entrance of the drying bin is provided with a peeling mechanism, and the conveyor belt at the outlet of the drying bin is provided with a peeling mechanism; the invention has a simple and compact structure, low production cost, and can It is suitable for the clamping and spreading of various furs of different sizes. It only requires a small amount of manpower to place the clamping mechanism on the conveyor belt and spread the fur roughly flat in the clamping mechanism. The rest of the spreading and clamping operations are performed automatically. The method is simple, convenient for clamping, and has high efficiency of clamping and supporting the skin. The invention integrates the skin supporting, drying and peeling, which greatly improves the efficiency of fur production.

Description

A fur automatic skin drying device

technical field

The invention relates to the technical field of fur processing equipment, and more specifically relates to an automatic fur drying device.

Background technique

Fur refers to a valuable product obtained by tanning, dyeing and finishing animal skin with hair, also known as fur. Fur is composed of two parts, the integument and the skin plate, and its value is mainly determined by the integument. The skin of fur is flexible, and the coat is loose, smooth, beautiful, warm and durable. It can be used to make clothing, shawls, hats, collars, gloves, cushions, tapestries, and toys.

Fur processing mainly includes tanning, dyeing and finishing, drying, clothing making and making other products. Tanning refers to the process of converting haired hides into furs. Before tanning, it is usually necessary to soak in water, wash, flesh out, soften, and soak in pickling water to fill and soften the raw hide, remove oil film dirt, and disperse collagen fibers in the skin; in order to make the fur soft and clean, it needs to be washed, oiled, and dried after tanning , Moisturizing, softening, degreasing and trimming. After tanning, the fur should be soft, light and thin, heat-resistant, water-resistant, non-greasy, and the coat is loose, bright and free of peculiar smell. Dyeing and finishing refers to the finishing of tanned fur, including dyeing, fading, whitening, shearing and fur processing. Dyeing refers to the process of changing the color or coloring of fur in the dyeing solution; fading refers to the process of making dark fur coat lighter or whitening under the action of oxidizing or reducing agents; whitening refers to the use of fluorescent light to white rabbit skin or sheepskin. Whitening agent treatment can eliminate yellowness and increase whiteness; shearing refers to the chemical treatment and mechanical processing of the wool before or after dyeing, so that the curved wool is straightened, fixed and cut flat; fur leather is wool. A fur that has been worked on both sides of the quilt and the board. According to the different leather boards, there are suede fur leather and smooth fur leather. Therefore, fur leather processing needs to process both sides of the fur. The flesh surface of the fur is ground and dyed to make suede fur, and the flesh surface is ground smooth. Then spray with finishing agent, dry and press to make smooth fur leather. The quality requirement for fur leather is that the wool is loose and shiny; Soft, light, thin, uniform color, smooth coating, non-stick when hot, not brittle when cold, aging resistance, and organic solvent resistance. Garment making refers to fur garments made from fur after tanning or dyeing through batching, cutting and hanging.

After the fur is tanned and dyed, the fur needs to be dried before clothing is made. Because the fur that has been dyed and finished is not the fur that has been stretched out, after the dyeing and finishing, the fur is wrinkled into a ball, and it is necessary to pull the balled fur before drying. The existing method is to use manual processing to pull the fur apart, nail multiple corners with nails, fix the fur on a hard board, and then heat and dry it after it is fully stretched. After drying, the fur will remain In this state, the nail is removed again at this time. This method of opening largely depends on the work efficiency of the workers. For fur manufacturers, the sales volume of fur doubles during the peak season, and the labor demand for opening the blank is very large, and skilled workers are often required In order to keep up with the efficiency of other processes, the overall production efficiency of fur is not high. Simultaneously artificially stretching fur depends on the consciousness of worker to a great extent, and the quality of fur stretching is not high. In the existing fur stretching technology, there is a method of using rollers to stretch the fur. Although the fur stretching efficiency is increased to a certain extent, it is easy to tear the fur by using the roller method, and it is easy to use the roller for rapiding. Partial wrinkles appear, and the fur is also prone to shrinkage during the transmission process in the oven. At the same time, the pressing rods or pressing plates used to clamp the two ends of the fur must be transported together with the fur, which seriously affects the conveying efficiency and quality of the fur.

Since furs are usually traded according to the area in the process of trading, whether the furs are fully stretched is directly related to the profit of the production and family. Therefore, manufacturers attach great importance to the stretching process in the fur production process. Since fur stretching and drying processes are carried out continuously, the combination of these two processes can effectively improve fur production efficiency and reduce costs. At the same time, semi-automatic fur stretching and drying has a great effect on fur production efficiency Therefore, it is particularly necessary to design a fur automatic skin drying device that can greatly improve the fur stretching efficiency.

Contents of the invention

The purpose of the present invention is to solve the above problems and provide a fur automatic skin drying device, which combines skin stretching and drying into one, can effectively improve the fur stretching efficiency, and quickly dry the fur, It solves the problems of low efficiency and low quality of the traditional manual opening method, and effectively improves the production efficiency and production quality of fur processing.

The present invention achieves the above object through the following technical solutions: a fur automatic skin drying device, including a frame, a conveyor belt, a drying bin, a skin clamping mechanism, a skin supporting mechanism and a peeling mechanism, the conveyor belt and the drying bin are both Fixed on the frame, the conveyor belt passes through the drying bin, the conveyor belt at the entrance of the drying bin is provided with a leather supporting mechanism, and the conveyor belt at the outlet of the drying bin is provided with a peeling mechanism; There are multiple sets of mechanisms, each set of clamping mechanisms are directly placed on the conveyor belt and move with the conveyor belt. There is one set of skinning mechanisms, which are fixed above the conveyor belt, and pass through the skinning mechanism below the skinning mechanism. The fur is stretched, so that the fur is clamped by the clamping mechanism; the clamping mechanism includes four compression clamp support rods and a plurality of compression clamps with the same shape and structure; the head of each compression clamp support rod is There is a rack, and the tail of each compression clamp support rod is provided with a tooth groove that matches with its head rack and is perpendicular to the direction of the upper rack of the compression clamp support rod. A square frame is formed through the fit and connection of the rack and the tooth groove, and a plurality of compression clips are fixedly installed on the inside of each compression clip support rod, and the opening of each compression clip faces the inner side of the square frame; the skin supporting mechanism It includes a fixed frame, a push-off splint, a clamping motor, a push-off motor, a linear guide rod, a mounting rod for a push clamp seat, and a push clamp seat. on the rod and can slide along the linear guide rod, the motor head of the clamping motor is connected to the pushing splint and drives the clamping and loosening of the pushing splint, and the pushing motor is fixed on the fixed frame , the motor head of the push-off motor is connected to the push-off splint and drives the push-off splint to move along the linear guide rod; The push clamp seat installation rod is mounted on and can slide left and right along the push clamp seat installation rod; the push clamp plate, clamping motor, push open motor, linear guide rod, push clamp seat installation rod and push clamp seat are all provided There are four groups. The outer frame of the fixed frame is set in a square shape. The four sets of linear guide rods are respectively perpendicular to the four sides of the outer frame of the fixed frame. Each group of push-off motors drives the push-clamp seat installation rod along the corresponding straight line Guide rod movement; described peeling mechanism comprises peeling support frame, peeling plate and peeling motor, described peeling plate and peeling motor are provided with four groups, are respectively arranged parallel to four compression clip support rods, and described peeling motor is fixed on peeling On the support frame, the peeling motor drives the peeling plate to loosen the clamp when passing the clamp along a straight line.

Further, the head of each push clamp seat installation rod is connected with a two-way slider, and the two-way slider connected to each push clamp seat installation rod is provided with a A circular hole whose diameter matches the diameter of the mounting rods of the push clamp seat, and the four push clamp seat mounting rods are sequentially connected from end to end by two-way sliders to form a square frame.

Further, more than three compression clips are fixed on the inner side of each compression clip support rod.

Further, more than three push clip seats are fitted on each push clip seat installation rod.

Further, each push-away clamping plate includes a first vertical clamping plate and a second vertical clamping plate arranged in parallel, and the first vertical clamping plate and the second vertical clamping plate are all sleeved on the corresponding linear guide rods, and the clamping motor Drive the relative movement of the first vertical splint and the second vertical splint to realize the clamping and loosening of the push-off splint, and the push-off motor drives the first vertical splint and the second vertical splint to move along the corresponding linear guide rod Realize the movement of pushing away the splint.

Further, the motor shaft of the push-off motor is provided with threads, and the first vertical splint or the second vertical splint is provided with threaded holes that match the threads on the motor shaft, and the push-off motor passes through the motor shaft when it rotates. The relative movement of the screw thread on the top and the threaded hole on the first vertical clamping plate or the second vertical clamping plate realizes pushing away the clamping plate and performing linear motion along the linear guide rod.

Further, the inner sides of the support rods of the pressing clamps are all provided with slide grooves, the pressing clamps include a fixed clamp seat, a movable clamp head and a slider, the slider is fixed on the fixed clamp seat, and the slider set is In the chute, the position of the clamp is moved through the sliding of the slider in the chute, the movable clamp is hinged on the fixed clamp seat, and when the push clamp seat contacts the clamp One end of the movable collet contacts and pushes the movable collet to rotate along the hinged shaft connected with the fixed clip seat, so that the other end of the movable collet is clamped with the fixed clip seat.

Further, it also includes a feeding conveyor belt, a feeding conveyor belt and a jacking cylinder, the feeding conveyor belt is arranged directly below the peeling mechanism, the feeding conveyor belt is arranged directly below the conveyor belt, and the inlet of the feeding conveyor belt is arranged at At the exit of the conveyor belt, the skin clamping mechanism passes through the leather supporting mechanism, the drying bin, and the peeling mechanism through the conveyor belt, and then enters the return conveyor belt.

The beneficial effects of the present invention are:

1. The structure of the present invention is simple and compact, and the production cost is low. It can adapt to the clamping and spreading of various furs of different sizes. It only needs a small amount of manpower to place the skinning mechanism on the conveyor belt and roughly lay the furs in the skinning mechanism. The remaining spreading and clamping operations are performed automatically, the operation is simple, the clamping is convenient, and the efficiency of clamping and supporting the skin is high. The invention combines the skin supporting, drying and peeling into one, which greatly improves the efficiency of fur production.

2. There are multiple skin clamping mechanisms of the present invention, and only one skin supporting mechanism needs to be driven by power. The structure of the skin clamping mechanism is simple and the operation is also simple. After a skin clamping mechanism clamps the fur, it can be sent to the The next process, and after the next process is completed, the clipping mechanism can quickly loosen the fur for recycling, which greatly reduces the production cost.

3. The present invention adopts multiple sets of push clamp seats to spread the fur along the four directions of up, down, left, and right, and realizes the clamping of the fur through the cooperation of the push clamp seats and the compression clamps. The fur is spread more fully, and the tension of the compression clamps Tightening and loosening are realized directly by pushing the clip seat, which facilitates the clamping and loosening of the fur.

4. The position and quantity of the clamps of the present invention can be set freely, and the number and positions of the push clamps are in one-to-one correspondence according to the position and quantity of the clamps. In order to ensure the effect of stretching the fur, a number of push clamps can also be added , by setting different numbers of pressing clips and pushing clip seats, it can adapt to the stretching and clamping of furs of different sizes.

5. The square frame composed of the clamp support rods of the present invention can be adjusted in size through the rack and tooth grooves at both ends, which is convenient for the expansion and clamping of furs of different sizes. Connected to form a square frame to ensure the synchronous movement of the four push clamp mounting rods, so that the fur is evenly stressed in four directions, preventing the fur from wrinkling in a certain direction due to uneven force and affecting the stretching effect.

Description of drawings

Fig. 1 is a schematic structural view of a fur automatic skin drying device according to the present invention.

Fig. 2 is a schematic diagram of the connection of the skin clamping mechanism, the skin supporting mechanism and the conveyor belt in the present invention.

Fig. 3 is a schematic diagram of a three-dimensional structure of the skin-folding mechanism of the present invention.

Fig. 4 is a top view of the leather clamping mechanism of the present invention.

Fig. 5 is a schematic diagram of a three-dimensional structure of the leather stretching mechanism of the present invention.

Fig. 6 is a top view of the leather stretching mechanism of the present invention.

Fig. 7 is a schematic diagram of the connection between the mounting rod of the push clip seat and the push clip seat of the present invention.

Fig. 8 is a structural schematic diagram of pushing away the splint according to the present invention.

Fig. 9 is a schematic structural view of the compression clip of the present invention.

Fig. 10 is a schematic structural view of the push clamp seat of the present invention.

Fig. 11 is a structural schematic diagram of the peeling mechanism of the present invention.

In the figure, 1-folding mechanism, 2-supporting mechanism, 3-conveyor belt, 4-drying bin, 5-peeling mechanism, 6-feeding conveyor belt, 7-returning conveyor belt, 8-topping cylinder, 101-compression clamp support rod, 102-compression clamp, 103-rack, 104-tooth slot, 105-fixed clamp seat, 106-movable chuck, 107-slider, 108-chute, 201-fixed frame . Straight splint, 210-the second vertical splint, 501-peeling support frame, 502-peeling plate, 503-peeling motor.

detailed description

The present invention will be further described below in conjunction with accompanying drawing:

As shown in Figures 1 to 11, a fur automatic skinning drying device includes a frame, a conveyor belt 3, a drying bin 4, a skin clamping mechanism 1, a skinning mechanism 2 and a peeling mechanism 5, and the conveyor belt 3 and the drying The dry bins 4 are all fixed on the frame, the conveyor belt 3 passes through the drying bin 4, the conveyor belt 3 at the entrance of the drying bin 4 is provided with a leather supporting mechanism 2, and the conveyor belt at the outlet of the drying bin 4 3 is provided with a peeling mechanism 5; the skin clamping mechanism 1 is provided with multiple groups, and each group of clamping mechanism 1 is directly placed on the conveyor belt 3 and moves with the conveyor belt 3, and the skin supporting mechanism 2 is provided with one group. The mechanism 2 is fixed on the top of the conveyor belt 3, and stretches the fur in the skin-folding mechanism 1 under the skin-supporting mechanism 2, so that the fur is clamped by the clamping mechanism; Clamp support rod 101 and a plurality of compression clamps 102; the head of each compression clamp support rod 101 is provided with rack 103, and the afterbody of each compression clamp support rod 101 is all provided with its head rack 103 Matching and perpendicular to the tooth groove 104 in the direction of the rack 103 on the compression clamp support rod 101, the head and tail of the four compression clamp support rods 101 are sequentially connected to form a square frame through the tooth rack 103 and the tooth groove 104. The inner side of clamp support bar 101 is all fixedly installed with a plurality of compression clamps 102, and the opening of each compression clamp 102 is towards the inboard of square frame; Motor 203, push away motor 204, linear guide rod 205, push clamp seat mounting rod 206 and push clamp seat 207. and can slide along the linear guide rod 205, the motor head of the clamping motor 203 is connected to the pushing splint 202 and drives the clamping and loosening of the pushing splint 202, and the pushing motor 204 is fixed On the fixed frame 201, the motor head of the push-off motor 204 is connected to the push-off splint 202 and drives the push-off splint 202 to move along the linear guide rod 205; Push away the clamping plate 202, and the push clamp seat 207 is set on the push clamp seat installation rod 206 and can slide left and right along the push clamp seat installation rod 206; the push away clamp plate 202, clamping motor 203, push away motor 204, linear guide rod 205, push clamp seat mounting rod 206 and push clamp seat 207 are all provided with four groups, the outer frame of fixed frame 201 is arranged in a square shape, and four groups of linear guide rods 205 are perpendicular to the four sides of fixed frame 201 outer frame respectively , each group of push-off motors 204 drives the push-clamp mounting rod 206 to move along the corresponding linear guide rod 205 through the corresponding push-off splint 202; the peeling mechanism 5 includes a peeling support frame 501, a peeling plate 502 and a peeling motor 503, The peeling plate 502 and the peeling motor 503 are provided with four groups, which are respectively arranged parallel to the four clamp support rods. The peeling motor 503 is fixed on the peeling support frame 501, and the peeling motor 503 drives the peeling plate 502 along a straight line. transport Release the compression clip as you move past it.

The head of each push clip seat installation rod 206 is connected with a two-way slider 208, and each push clip seat installation rod 206 is connected with a bidirectional slide block 208 with The circular hole that is vertical and the diameter matches with the diameter of the push clip seat installation rod 206, the four push clip seat installation rods 206 are connected into a square frame successively by the two-way slide block 208 end to end, and the four push clip seat installation rods 206 can be connected in two directions. Slider 208 slides freely.

The inner side of each compression clip support bar 101 is fixed with more than three compression clips 102 , and each push clamp seat installation rod 206 is equipped with more than three push clamp seats 207 . At least ensure that both ends and the middle of the clamp support rod 101 are provided with a clamp 102 to complete the clamping of the whole piece of fur.

Each push-off clamping plate 202 includes a first vertical clamping plate 209 and a second vertical clamping plate 210 arranged in parallel, and the first vertical clamping plate 209 and the second vertical clamping plate 210 are all sleeved on the corresponding linear guide rod 205. The clamping motor 203 drives the relative movement of the first vertical clamping plate 209 and the second vertical clamping plate 210 to realize the clamping and loosening of the push-off clamping plate 202, and the push-off motor 204 drives the first vertical clamping plate 209 and the second vertical clamping plate 209 to release. The straight splint 210 moves along the corresponding linear guide rod 205 to realize the movement of pushing away the splint 202 .

The motor shaft of described pushing away motor 204 is provided with screw thread, and the first vertical clamping plate 209 or the second vertical clamping plate 210 is provided with the threaded hole that matches with the screw thread on the motor shaft, when pushing away motor 204 rotations, pass motor The relative movement between the screw thread on the shaft and the threaded hole on the first vertical clamping plate 209 or the second vertical clamping plate 210 realizes pushing away the clamping plate 202 and performing linear motion along the linear guide rod 205 .

The inner side of the clamp support bar 101 is provided with a chute 108, the clamp 102 includes a fixed clamp seat 105, a movable chuck 106 and a slider 107, the slider 107 is fixed on the fixed clamp seat 105 , the slide block 107 fits in the chute 108, the clamp 102 moves in the position of the clamp 102 through the sliding of the slide block 107 in the chute 108, and the movable clamp 106 is hinged on the fixed clamp On the seat 105, when the push clamp seat 207 contacts the compression clamp 102, it contacts with an end of the movable chuck 106, and promotes the movable chuck 106 to rotate along the hinged shaft connected with the fixed clamp seat 105, so that the other end of the movable chuck 106 is in contact with the fixed clamp seat 105. The fixed clip seat 105 is clamped.

The present invention also includes a blanking conveyor belt 6, a return conveyor belt 7 and a jacking cylinder 8, the blanking conveyor belt 6 is arranged directly below the peeling mechanism, the return conveyor belt 7 is arranged directly below the conveyor belt, and the return conveyor belt The entrance of 7 is set at the exit of the conveyor belt, and the skin clamping mechanism passes through the conveyor belt successively through the skin supporting mechanism 5, the drying bin 4, and the peeling mechanism 5, and then enters the return conveyor belt 7, and the jacking cylinder 8 is arranged on the conveyor belt. The bottom of the return conveyor belt 7 below the inlet end.

Concrete workflow of the present invention is as follows:

The skin clamping mechanism 1 is not fixed on the conveyor belt 3, but placed directly on the conveyor belt 3, so in actual operation, the worker first places the skin clamping mechanism 1 on the conveyor belt 3 in sequence, and spreads out the furs slightly In the folder skin mechanism 1; because the size of the fur is not certain, so according to the actual situation, the four compression clip support rods 101 of the folder skin mechanism 1 are adjusted in position, by adjusting the compression clip support rod 101 head and tail The rack 103 and the tooth groove 104 adjust the size of the square frame formed by the four clamp support rods 101 to adapt to the size of the fur; because even the same batch of fur will have many differences in size, so this step is necessary It must be ensured that even the four sides of the smallest fur can be clamped by the compression clips 102 on the four compression clip support rods 101.

After completing the adjustment of the skin clamping mechanism 1, the skin clamping mechanism 1 enters below the skin supporting mechanism 2 along with the conveyor belt 3, at this moment, the movement of the conveyor belt 3 is stopped, and the fur is stretched by the skin supporting mechanism 2.

The specific working process of the leather support mechanism 2 is: the movement of the clamping motor 203 drives the push-off splint 202 to clamp the four sets of push-clamp seat mounting rods 206, and the push-off splint 202 is pushed to move along the linear guide rod 205 by the push-off motor 204 , drive the push clip seat 207 to move to the corresponding compression clip 102, the bottom of the push clip seat 207 directly contacts the fur, and stretches the fur in four directions up, down, left, and right; During the contact position, because the compression clamp 102 is in the unclamped state, so the edge of the fur can easily enter in the compression clamp 102, at this moment, the push clamp seat 204 contacts with the movable chuck 106 of the compression clamp 102 to drive the activity. Chuck 106 rotates along hinged shaft, drives the other end of movable chuck 106 to contact with fixed chuck seat 105 and clamps fur, and after finishing this action, movable chuck 106 can directly keep this clamping action, completes this moment. Stretching and clamping of pieces of fur.

In the process of contacting and pressing the push clamp seat 204 with the compression clamp 102, it must be ensured that all the clamp clamps 102 have a position corresponding to the push clamp seat 204 to push it to clamp, because the push clamp seat 204 is directly set On the push clip seat installation rod 206, the position of the push clip seat 204 can be directly adjusted on the push clip seat installation rod 206, and the quantity of the push clip seat 204 can also be set freely.

After the leather supporting mechanism 2 completes the leather supporting operation, the conveyor belt 3 continues to move until the next skin clamping mechanism 1 enters below the skin supporting mechanism 2, then the conveyor belt 3 is stopped and the fur in the skin clamping mechanism 1 is opened and clamped. At the same time, the previous clamping mechanism 1 that has completed the clamping operation enters the drying chamber 4 for drying. After the drying is completed, the clipping mechanism 1 enters the below of the peeling mechanism 5 to carry out the peeling operation through the peeling plate 502 of the peeling mechanism 5, and the fur is taken off from the clipping mechanism 1, and then the fur is sent away by the feeding conveyor belt 6, and the clipping The leather mechanism 1 is sent to the entrance of the conveyor belt 3 by the return conveyor belt 7, and is lifted by the jacking cylinder 8, so that the workers can directly pick it up and use it.

The above-described embodiments are only preferred embodiments of the present invention, and are not limitations to the technical solutions of the present invention. As long as they are technical solutions that can be realized on the basis of the above-mentioned embodiments without creative work, they should be regarded as falling into the scope of the patent of the present invention. within the scope of protection of rights.

Claims (8)

1. a kind of fur supports skin drying unit automatically, it is characterised in that：Including frame, conveyer belt (3), warehouse for drying (4), bark pocket machine Structure (1), Cheng Pi mechanisms (2) and decortication mechanism (5), conveyer belt (3) and warehouse for drying (4) are each attached in frame, conveyer belt (3) warehouse for drying (4) is passed through, on the conveyer belt (3) of warehouse for drying (4) porch, is provided with Cheng Pi mechanisms (2), the baking Decortication mechanism (5) is provided with the conveyer belt (3) in dry storehouse (4) exit；

Bark pocket mechanism (1) is provided with multigroup, and every group of bark pocket mechanism (1) is directly placed on conveyer belt (3) and with conveyer belt (3) mobile, Cheng Pi mechanisms (2) are provided with one group, and Cheng Pi mechanisms (2) are fixed on above conveyer belt (3), and to passing through support skin machine Fur below structure (2) in bark pocket mechanism (1) is strutted, and makes fur be clamped gear grips；Described bark pocket mechanism (1) includes four Shape and structure on all four pressing clip support bar (101) and multiple pressing clips (102)；Every pressing clip support bar (101) Head is equipped with tooth bar (103), and the afterbody of every pressing clip support bar (101) is equipped with and is engaged with its head tooth bar (103) And perpendicular to the teeth groove (104) in pressing clip support bar (101) upper rack (103) direction, four pressing clip support bars (101) Head and the tail pass sequentially through tooth bar (103) and teeth groove (104) is connected into a quadra, every pressing clip support bar (101) Inner side be installed with multiple pressing clips (102), the inner side of the opening of each pressing clip (102) towards quadra；Institute Shu Cheng skins mechanism (2) includes fixed mount (201), pushes clamping plate (202), clamping motor (203) open, pushes motor (204), straight line open and lead Bar (205), push away holder mounting rod (206) and push away holder (207), linear guide (205) are arranged on fixed mount (201), Push clamping plate (202) open to be sleeved on the linear guide (205) and can slide along the linear guide (205), it is described to clamp electricity Push the clamping and release for pushing clamping plate (202) described in clamping plate (202) drive open described in the motor head connection of machine (203) open, it is described Push motor (204) open to be fixed on fixed mount (201), push open motor (204) motor head connection described in push open clamping plate (202) and Push clamping plate (202) described in driving open mobile along the linear guide (205)；It is described push away holder mounting rod (206) be clamped in it is described Push open on clamping plate (202), push away holder (207) and be sleeved on described pushing away on holder mounting rod (206) and can install along the holder that push away Bar (206) horizontally slips；It is described push open clamping plate (202), clamping motor (203), push open motor (204), linear guide (205), Push away holder mounting rod (206) and push away holder (207) and be equipped with four groups, the outside framework of fixed mount (201) is square setting, and four groups straight Line guide rod (205) is respectively perpendicular to four sides of fixed mount (201) outside framework, pushes motor (204) per group open and is pushed away by corresponding Open clamping plate (202) drive holder mounting rod (206) is pushed away along corresponding linear guide (205) motion；

Decortication mechanism (5) includes decortication bracing frame (501), decortication plate (502) and decortication motor (503), the decortication plate (502) and decortication motor (503) is provided with four groups, four pressing clip support bars are respectively parallel to and are arranged, decortication motor (503) It is fixed in decortication bracing frame (501), decortication motor (503) drives decortication plate (502) to move along a straight line through pressing clip When pressing clip is unclamped.

2. a kind of fur according to claim 1 supports skin drying unit automatically, it is characterised in that：Holder mounting rod is pushed away per root (206) head is respectively connected with bidirectional slider (208), pushes away per root on the bidirectional slider (208) that holder mounting rod (206) connects Be provided with vertical holder mounting rod (206) direction of axis line is pushed away with the root and diameter and the diameter phase for pushing away holder mounting rod (206) The circular hole of cooperation, four push away holder mounting rod (206) and are in turn connected into quadra from beginning to end by bidirectional slider (208).

3. a kind of fur according to claim 1 supports skin drying unit automatically, it is characterised in that：Every pressing clip support bar (101) pressing clip (102) of more than three is respectively and fixedly provided with the inside of.

4. a kind of fur according to claim 1 supports skin drying unit automatically, it is characterised in that：Holder mounting rod is pushed away per root (206) more than three are set with pushes away holder (207).

5. a kind of fur according to claim 1 supports skin drying unit automatically, it is characterised in that：Each pushes clamping plate open (202) first vertical clamping plate (209) that be arranged in parallel and second vertical clamping plate (210) are included, first vertical clamping plate (209) and the Two vertical clamping plate (210) are sleeved on corresponding linear guide (205), and described clamping motor (203) drive first vertically to press from both sides The relative motion of plate (209) and second vertical clamping plate (210) is realized pushing the clamping and release of clamping plate (202) open, described to push electricity open Machine (204) drives first vertical clamping plate (209) and second vertical clamping plate (210) to realize along corresponding linear guide (205) motion Push the movement of clamping plate (202) open.

6. a kind of fur according to claim 1 supports skin drying unit automatically, it is characterised in that：It is described to push motor open (204) screw thread is provided with motor shaft, is provided with and motor on first vertical clamping plate (209) or second vertical clamping plate (210) The screwed hole that screw thread on axle is engaged, pushes open when motor (204) is rotated by the screw thread on motor shaft and the first vertical clamping plate (209) relative motion of the screwed hole on or the second vertical clamping plate (210) is realized pushing clamping plate (202) open along linear guide (205) Moved along a straight line.

7. a kind of fur according to claim 1 supports skin drying unit automatically, it is characterised in that：The pressing clip support bar (101) be provided with chute (108) on the inside of, described pressing clip (102) include fixed holder (105), active chuck (106) and Slide block (107), slide block (107) are fixed on fixed holder (105), and slide block (107) is set with chute (108), pressure Grip the position movement that pressing clip (102) is realized in the slip of (102) by slide block (107) in the chute (108), the work Dynamic chuck (106) are hinged on fixed holder (105), push away holder (207) contact pressing clip (102) when and active chuck (106) end thereof contacts, and promote active chuck (106) along the jointed shaft rotation that is connected with fixed holder (105), make movable folder The other end of head (106) is clamped with fixed holder (105).

8. a kind of fur according to claim 1 supports skin drying unit automatically, it is characterised in that：Also include blanking conveyer belt (6), feed back conveyer belt (7) and material ejection cylinder (8), blanking conveyer belt (6) are arranged on the underface of decortication mechanism, feed back conveyer belt (7) underface of conveyer belt is arranged on, the entrance of feed back conveyer belt (7) is arranged on the exit of the conveyer belt, bark pocket mechanism Communicated band sequentially passes through Cheng Pi mechanisms (5), warehouse for drying (4), decortication mechanism (5) and is entered in feed back conveyer belt (7) afterwards, the top Material cylinder (8) is arranged on feed back conveyer belt (7) bottom below conveyer belt arrival end.