KR101339632B1 - Antlers's fur removing device - Google Patents

Abstract

The present invention relates to an apparatus for removing hairs on antlers comprising: a glove box the interior thereof is sealed; a worktable support arranged inside the glove box to be movable in every direction; a worktable mounted on the worktable support to be rotatable; an antler holding part arranged on the worktable to hold the antlers; a nozzle part, which is arranged inside the glove box, spraying dry ice to freeze the antlers and removing hairs on the surface of the antlers using injection pressure; and a collection part, which is arranged in the lower part of the worktable support, collecting the removed hairs. The hairs on the surface of the antlers are frozen and dried in an instant, and removed using dry ice injection pressure at the same time, thereby preventing protein denaturation and carbon production caused by burning sterilization, reducing the volume of the apparatus by removing a liquid nitrogen container and a motor, improving work efficiency by working without cutting of the antlers, and being hygienic by discharging the removed hairs outwards.

Description

Deer Antler's Fur Removing Device

The present invention relates to an apparatus for removing antler hair, and more particularly, freeze-drying the surface of the antler surface using dry ice, and simultaneously removing the hair on the surface of the antler by using a dry ice spray pressure to efficiently remove the hair, and by conventional flame sterilization. The present invention relates to an apparatus for removing antler hair that can prevent protein denaturation and carbonization.

In general, the antler grows for several months from the moment the horn of the deer grows up to the time of cutting the horns. The deer horn, that is, grown to an appropriate size, that is, the antler is cut or used as a herbal medicine for the health of the deer. Recently, antler is a medicine for herbal medicines, and its demand is gradually increasing. It is processed into pill, powder, tea bag and extract. These antlers have hairs on the outside, which are not good for hygiene due to the pollutants remaining on the antler hair, and dust or contaminants contained in the atmosphere will stick to the surface or hair of the antler and degrade the quality of the antler.

Conventionally, in order to remove the hair of the antler surface, the surface of the antler was cut using an electric razor or a knife or burned out of the antler hair using a flame. However, when shaving the surface of the antler using an electric shaver, there was a problem in that the performance of the electric shaver decreases depending on the use. When burning the rust surface of the antler surface using a flame, after burning off the antler's hair with a flame, the soot remaining in the antler was washed with water to remove the oil component and the hair of the antler surface. As a result, various pollutants in the dust and antler hair contained in the atmosphere were removed. However, when burning the antler's hair with a flame, there was a problem in that the appearance of the antler was deformed or carbonized components and protein degeneration by heat or soot.

In this regard, Korean Patent Registration No. 10-0677188 discloses an apparatus and method for removing antler hair. According to this, the antler cut to a certain size is fixed in the center, soaked in a container containing liquid nitrogen and rapidly frozen, and then the frozen antler is raised and rotated at the same time. It is an apparatus and a method. However, the liquid nitrogen storage container should be provided, the lifting device and the motor for rotating the brush to be immersed in the liquid nitrogen are bulky, and the hair removal work should be performed after cutting the antler to a certain length. The process was cumbersome, and the removed hair was not drained separately and sanitary inside the device.

The present invention is to solve the above problems, while preventing the protein denaturation and carbonization generation by the conventional flame sterilization, while removing the liquid nitrogen storage container and motor to reduce the volume, the processing process is simple and hygienic antler It is to provide a hair removal device.

Deer antler hair removal device according to the invention, the glove box is sealed inside; A worktable support part provided in the glove box so as to be movable back and forth and left and right; A worktable rotatably mounted relative to the worktable support; An antler seating part provided on the worktable to fix the antler; A nozzle unit provided inside the glove box to freeze the antler by spraying dry ice and to remove hair on the surface of the antler using spraying pressure; It is characterized in that it comprises a dust collecting unit for collecting the removed antler hair provided on the lower worktable support.

Accordingly, the dry ice sprayed from the nozzle unit may freeze-dry the antler at the same time and remove hair on the surface of the antler using dry ice spray pressure.

In the present invention, the antler seating portion and the first support member is fixed to one side on the worktable; And a second support member provided on the other side of the first support member to move forward and backward toward the first support member, and antler is seated between the first support member and the second support member.

In the present invention, at least one of the inner surface of the inner surface of the first support member and the inner surface of the second support member is preferably provided with a plurality of elastic members protruding toward the opposite inner surface.

Thus, the antler having an uneven shape may be fixed to the antler seating portion by pressing a plurality of elastic members with different forces.

In the present invention, the end of the elastic member is preferably finished with a rubber material.

Thus, by preventing the metal from contacting the antler to prevent corrosion of the metal or rust buried in the antler can be sanitary work.

In the present invention, it is preferable to further include a handle member provided on one side of the second support member to adjust the movement of the second support member.

Thus, the movement of the second support member can be easily adjusted by the rotation of the handle.

In the present invention, the nozzle unit and a nozzle hose connected to the dry ice supply device provided outside the glove box; It is preferable to include an injection nozzle coupled to the end of the nozzle hose.

In the present invention, the injection nozzle is detachable from the nozzle hose end, the type of the injection nozzle is provided with a spray type injection nozzle, a gun type injection nozzle, and a bar type injection nozzle, It is preferable to be able to selectively mount one of the types of injection nozzle.

Thus, by selecting the type of spray nozzle according to the working situation and coupled to the nozzle hose end, it is possible to precisely control the operation of the dry ice spray.

In the present invention, the nozzle hose and the inner hose through which dry ice flows; It is preferable to include an outer passage that surrounds the inner hose and is made of a rubber material to insulate the ice to prevent freezing of dry ice passing through the inner hose.

Thus, while preventing freezing of the dry ice, the nozzle portion can be bent or moved in accordance with the operation to facilitate the operation.

In the present invention, the glove box ceiling is preferably provided with a nozzle fixing member that can be fixed by hanging the nozzle unit.

Accordingly, the nozzle unit may be fixed to the glove box ceiling, and dry ice may be sprayed from the ceiling to the workbench to move the workbench and remove the antler hair.

In the present invention, the operation opening provided on the surface adjacent to the work table of the glove box; It is preferable that an operation member provided with a rubber material connected to the operation opening and provided with an operator's hand can be provided.

Thus, only hands can be put in from the outside of the glove box, and the rubber material of the operation member protects the hand from dry ice.

In the present invention, one side of the glove box and the front open door; It is preferable that a window for viewing the interior is provided.

Thus, maintenance and cleaning of the parts inside the glove box can be facilitated through the front open door, and the working situation can be viewed through the window.

In the present invention, it is preferable that a lighting device is provided inside the glove box.

Thus, the work can be made easier through the light irradiated from the lighting device.

In the present invention, the glove box is preferably provided with a wheel on the bottom to be movable.

Thus, the glove box can be moved and worked as needed, and easy to store.

In the present invention, the dust collecting unit and the hopper provided below the work table support; One end is connected to the hopper and the other end is connected to a dust collector provided outside the glove box and equipped with a motor, and includes a discharge member to discharge hairs removed by the pressure difference caused by the rotation of the motor of the dust collector. It is desirable to.

Thus, the hairs removed from the antler are collected in the hopper and discharged to the dust collector through the discharge member due to the pressure difference caused by the rotation of the glove box and the motor rotation.

As described above, the ice on the surface of the antler surface is lyophilized using dry ice, and at the same time, it is removed by dry ice injection pressure to prevent protein denaturation and carbonization generation by flame sterilization, and the liquid nitrogen container and motor are deleted. It is possible to reduce the volume of the device and work without cutting the antler, thus making the work efficient and discharging the removed antler hair to the outside and sanitary.

1 is a view showing the side of the antler hair removal device according to the present invention.
Figure 2 is a view showing the front of the antler hair removal device according to the present invention.
Figure 3 is a view showing the workbench support, the workbench and the antler seating portion of the antler hair removal device according to the present invention.
4 is a view showing a state of the work table of FIG. 3 viewed from above rotated 90 degrees.
5 is a cross-sectional view taken along line AA of FIG. 4.
6 is a cross-sectional view taken along line BB of FIG. 4.
Figure 7 is a view showing the workbench and antler seating portion of the antler hair removal device according to the present invention.
8 is a view showing a spray-type spray nozzle of the antler hair removal device according to the present invention.
9 is a view showing a bar-shaped injection nozzle of the antler hair removal device according to the present invention.
10 is a view showing a dry spray nozzle of the antler hair removal device according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Deer antler hair removal apparatus according to the present invention, as shown in Figure 1, the glove box 10 is sealed inside, the workbench support portion 20 which is provided to move back and forth and left and right inside the glove box 10, The worktable 30 rotatably mounted to the worktable support 20, the rust seating portion 40 provided on the worktable 30 to which the antler 1 is fixed, and provided inside the glove box 10, dry ice. It comprises a nozzle unit 50 for spraying, and a dust collecting unit 60 to collect the antler (1) hair provided in the lower worktable support 20, the antler is fixed to the antler seating portion 40, the worktable 30 ) To remove the antler hair using dry ice sprayed from the nozzle unit 50.

The glove box 10 is provided in a box shape in which the inside is sealed to block the inside from the outside. Inside the glove box 10, a work bench 30 for removing antler hair, a antler seat 40, a nozzle unit 50, and the like are provided on the upper side of the work bench support 20, and a dust collector 60 is provided on the lower side. Prepared.

3 is a view showing the workbench support 20, the workbench 30 and the antler seat 40, Figure 4 is a view showing the workbench of Figure 3 is rotated 90 degrees. 5 is a cross-sectional view taken along a line A-A of FIG. 4, and FIG. 6 is a cross-sectional view taken along a line B-B of FIG. 4. As shown in FIGS. 3 to 6, the work bench support 20 provided to partition the upper and lower portions of the glove box 10 is provided to be movable. 3 illustrates the front, rear, left, and right directions in which the work bench support 20 moves. Thus, the work table support 20 is moved in the front and rear and left and right directions inside the glove box 10 and can adjust the position as necessary during work. Looking at the detailed configuration of the work table support 20 for this purpose, the left and right guide 26, the left and right slide member 25 mounted on the left and right guide 26, and the front and rear guides provided on the left and right slide members 25 ( 24 and front and rear slide members 23 mounted on the front and rear guides 24.

The left and right guides 26 are provided in a circular rod shape and are rotatably provided to traverse the inside of the glove box 10 in the left and right directions (see FIG. 6).

The left and right slide members 25 are mounted on the left and right guides 26 and slide in the left and right directions along the left and right guides 26. A lever 28 is provided at one side of the left and right slide members 25, and when the lever 28 is turned in a locked state, the left and right slide members 25 are tightened so that the left and right slide members 25 are not moved along the left and right guides 26. ) Position. In addition, when the lever 28 is turned to the released state, the left and right slide members 25 are moved along the left and right guides 26 by releasing the tightened state. On the left and right slide members 25, front and rear guide support members 24 'are provided extending in the front and rear directions of the glove box 10 (see Fig. 4).

The front and rear guides 24 are provided in a circular rod shape and are rotatably mounted to the front and rear guide support members 24 ′ (see FIG. 5). The front and rear guides 24 are provided to cross the inside of the glove box 10 in the front and rear directions along the front and rear guide support members 24 ′.

The front and rear slide members 23 are mounted on the front and rear guides 24 and slide in the front and rear directions of the glove box 10 along the front and rear guides 24. On the front and rear slide member 23, the work bench center member 35 of the work bench 30 is mounted to support the work bench 30 as a whole (see FIG. 3). A lever 28 is provided on one side of the front and rear slide member 23 similarly to the left and right slide members 25, and when the lever 28 is locked, the front and rear slide members 25 move along the front and rear guides 24. The position of the front and rear slide members 25 is fixed by tightening them. In addition, when the lever 28 is turned to the unlocked state, the front and rear slide members 23 are moved along the front and rear guides 24 by releasing the tightened state.

According to the configuration of the workbench support 20 as described above, when movement is required during operation, the lever 28 on the left and right slide members 25 is turned to the released state to move the left and right slide members 25 along the left and right guides 26. The front and rear guides 24, the front and rear slide members 23, and the work table 30 provided on the left and right slide members 25 are also moved left and right along the glove box 10. In addition, by turning the lever 28 on the front and rear slide member 23 to the unlocked state, the front and rear slide member 23 is slidably moved back and forth of the glove box 10 along the front and rear guides 24, and accordingly, the front and rear slide members 23 are moved. The work table 30 provided on the upper side is also moved back and forth together. In addition, when fixing the position of the work table support 20, by turning the lever 28 provided on the left and right slide member 25 and the front and rear slide member 23 in a locked state to fix the position so as not to move.

As shown in FIGS. 5 to 7, the work bench 30 provided on the work bench support 20 includes the work bench center member 35 provided on the front and rear slide members 23 and the work bench center member 35. And a bearing (36) provided between the front and rear slide members (23) and the workbench center member (35).

The work bench center member 35 is inserted into a groove 29 provided in the front and rear slide members 23, and supports the table 31 provided on the upper surface. A bearing 36 is provided between the work bench center member 35 and the groove 29 of the front and rear slide members 23 so that the work bench center member 35 is rotatable from the front and rear slide members 23. Accordingly, the table 31 provided on the upper surface can be rotated to a position where the work can be easily performed by the rotation of the work center member 35.

One side of the table 31 is preferably provided with a handle 32 to facilitate the movement and rotation of the work table 31 as a whole. This grabs the handle 32 and rotates the table 31 to increase the ease of operation.

As shown in FIG. 5, the antler seat 40 is provided on the work table 30, and the bottom member 41, the first support member 42, the second support member 43, and the handle member 46. ).

The bottom member 41 is fixed on the work table 30 and supports the first support member 42 and the second support member.

The first support member 42 is fixed to one side of the work table (30). The first support member 42 prevents and supports the horizontal movement of the antler 1 installed and provided to extend vertically from the work table 30.

The second support member 43 is provided to be movable on the bottom member 41 and extends vertically from the bottom member 41 in a shape corresponding to the first support member. In order to move the second support member 43, a straight bottom rail (not shown) is formed on the bottom member 41 in a direction from the first support member 42 toward the second support member 43. The supporting member 43 is provided with a moving member 49 such as a roller and mounted on a bottom rail (not shown) to move along the bottom rail (not shown). Accordingly, the second support member 43 moves forward and backward with respect to the first support member 42.

A handle member 46 is provided on the outer surface of the second support member 43. The handle member 46 may control the movement of the second support member 43 toward the first support member 42 by turning the handle member 46 during operation. Accordingly, the handle member 46 is provided to transmit the rotational force of the handle member 46, such as a rotating screw structure (not shown), so that the second support member 43 moves forward and backward.

The antler 1 is seated between the first support member 42 and the second support member 43 provided as described above (see FIG. 4). Since the surface of the antler 1 is uneven and uneven, at least one of the inner surfaces of the first support member 42 and the second support member 43 can be stably fixed despite the different shape of the antler 1. An elastic member 44 is provided to protrude toward the surface facing from one. A plurality of elastic members 44 are provided, and the end portion is made of rubber 45 to prevent the antler 1 from corrosion due to contact with the metal or rust generated from the metal buried in the antler 1 to be worked. Closes. Accordingly, the plurality of elastic members 44 press the surface of the antler 1 with different elastic forces according to the shape of the antler 1 seated between the first and second supporting members 42 and 43. 1) Fix it so that it does not move. In FIG. 5, the elastic member 44 is provided to protrude from the inner side surface of the second support member 43, but this is only an exemplary embodiment. The elastic member 44 is provided to protrude from the first support member 42. Or both may be provided.

The nozzle part 50 is provided in the glove box 10 (refer FIG. 1). The nozzle unit 50 is connected to a dry ice supply device (not shown) outside the glove box 10. Dry ice feeder (not shown) is a device for storing and vaporizing the CO2 pellet (Pellet). This is an existing mass production product and a detailed description thereof will be omitted. The nozzle unit 50 includes a nozzle hose 51 connected to a dry ice supply device (not shown) and an injection nozzle 54 for spraying dry ice into the glove box 10.

The nozzle hose 51 is connected to a dry ice supply device (not shown) and is a passage through which dry ice flows. The nozzle hose 51 is provided with a double structure of an inner hose through which dry ice passes and an outer member surrounding the outside. The outer member has an insulating effect to prevent the dry ice flowing through the inner hose from vaporizing or freezing due to external influences, and is made of a flexible material such as rubber to bend or bend the nozzle hose 51 as necessary. do. Accordingly, the position and shape of the nozzle hose 51 can be adjusted to match the shape of the antler 1, thereby increasing the ease of operation.

The spray nozzle 54 is detachably coupled to the end of the nozzle hose 51 to spray dry ice from the nozzle hose 51 into the glove box 10. Types of spray nozzles 54 are bar-type spray nozzles 53 (see FIG. 8), spray-type spray nozzles 52 (see FIG. 7), and guns having different dry ice spray pressures and spray areas, respectively. A gun type injection nozzle 55 (see FIG. 9) is provided to selectively couple these to the nozzle hose 51 as necessary. The bar spray nozzle 53 diffuses and sprays dry ice in a large area, and the spray type spray nozzle 52 concentrates spraying dry ice in a narrow area. The dry spray nozzle 55 is provided in a gun shape so that the dry ice is sprayed when the trigger is pulled to adjust the amount of dry ice sprayed. Accordingly, by selecting the type of the spray nozzle 54 required according to the working situation and coupled to the nozzle hose 51 can perform a precise operation.

Inside the glove box 10, a mesh 22 is provided to partition the top and bottom of the glove box 10. Thus, the hair is removed from the surface of the antler 1 to pass through the dust collecting part 60 provided below the net 22 through the hole.

The dust collecting part 60 is provided at the lower part with respect to the work bench support part 20 inside the glove box 10 (refer FIG. 1). The dust collecting unit 60 collects and removes the removed antler (1) hair, and discharges the removed hair gathered by being connected to the hopper 61 and the hopper 61 to collect the removed antler (1) hair to the outside. And a discharge member 62.

The hopper 61 is provided so that the opening part opened in the cross section of the glove box 10 is provided in the upper part, and becomes narrower gradually as it goes down. Thus, all the hairs removed from the antler 1 fall into the opening of the hopper 61 so as to be collected under the hopper 61.

The discharge member 62 is connected with the end of the hopper 61. The discharge member 62 is provided in a passage shape and provided with a dust collector (not shown) outside the glove box 10. Dust collector (not shown) is a device for recovering the antler (1) hair and dust removed. Since this is an existing mass production product, a detailed description thereof will be omitted. The dust collector (not shown) is provided with a motor, and a pressure difference occurs between the dust collector (not shown) and the discharge member 62 due to the rotation of the motor. Since the dust collector (not shown) becomes relatively higher due to the rotation of the motor, the removed antler hair collected through the hopper 61 is discharged to the dust collector (not shown) through the discharge member 62. Will be.

 In order to increase the ease of operation, as shown in Figure 2, the glove box 10 is provided with a front open door (13). The front open door 13 is provided with an upper door 13a and a lower door 13b, and the upper door 13a is adjacent to the work table 30 inside the glove box 10, and the lower door 13b is It is provided at a position adjacent to the dust collector 60. Accordingly, maintenance and repair of the worktable 30, the workbench support part 20, the antler seating part 40, and the nozzle part 50 through the upper door 13a can be introduced into the antler seating part 40. Through the lower door 13b, the dust collecting unit 60 can be maintained, cleaned, or disassembled.

An operation opening 11 is provided at one side of the upper door 13a to allow a hand to be inserted into the glove box 10 during the operation. The operation opening part 11 is provided in a circular shape so that a cross section may put an arm easily. In addition, it is finished with a rubber material and a sheath is formed in a cross shape to prevent blown out of the hair due to the high injection pressure of dry ice removed from the surface of the antler (1) during operation. The operation opening 11 is connected to the operation member 12 inside the glove box 10.

The operation member 12 is provided with a rubber glove extending from the operation opening 11 to protect the user's hand from dry ice and to freely move the finger and the hand to facilitate the operation (see FIG. 1). . Accordingly, the hand may be inserted into the operation member 12 through the operation opening 11 to move and rotate the work bench 30, or the nozzle unit 50 may be moved to remove the antler hair.

The transparent window 15 is provided on the upper door 13a of the glove box 10. This can be done with the operation member 12 while visually seeing the hair removal operation. In addition, it is possible to check the failure and abnormality of the equipment with the naked eye.

The bottom of the glove box 10 is provided with a wheel 16 to facilitate movement. The wheels 16 are provided at the corners of the glove box 10 to move the antler hair removal device as needed.

Illumination 14 is provided at one side of the glove box 10. The lighting 14 is preferably provided on the ceiling inside the glove box 10, and irradiates light from the ceiling toward the inside of the glove box 10. Therefore, when working on the surface of the deer antler (1) in more detail can remove the hair.

In addition, the glove box 10 is provided with a nozzle fixing member 17 for fixing the nozzle unit 50. The nozzle fixing member 17 may fix the position of the nozzle unit 50 and move or rotate the work table 30 to the operation member 12. The nozzle fixing member 17 may be provided at the ceiling of the glove box 10 or adjacent to the ceiling so that the nozzle unit 50 fixed through the nozzle fixing member 17 sprays the dry ice from the top downward. The nozzle fixing member 17 is provided with a locking portion (not shown) to hang the nozzle hose 51 of the nozzle portion 50, and the nozzle portion 50 in a locked state may not fall or move by dry ice spray pressure. It is preferable that a fixing part (not shown) is provided to fix it.

The use of the antler hair removal apparatus provided in the above structure is demonstrated. First, the upper door 13a of the glove box 10 is opened to mount the antler 1, which is a work object, between the first support member 42 and the second support member 43 of the antler seating portion 40.

Thereafter, by turning the handle member 46 of the antler seating portion 40, the second support member 43 moves forward along the bottom rail (not shown) of the bottom member 41 toward the first support member 42. . The antler 1 seated between the first support member 42 and the second support member 43 is different from each other in correspondence with the shape of the antler by the plurality of elastic members 44 provided in the second support member 43. Pressurized and fixed by elastic force.

After fixing the antler 1 to the antler seating portion 40, the left and right slide members 25 of the work bench support 20 are moved along the left and right guides 26 in order to move the work bench 30 to an easy position for work. The horizontal position is adjusted by sliding, and the vertical position is adjusted by sliding the front and rear slide members 23 along the front and rear guides 24. After the position adjustment of the work bench 30 is finished, the lever 28 on the left and right slide members 25 and the front and rear slide members 23 is turned to fix the position.

 Thereafter, a hand is inserted into the operation member 12 through the operation opening 11 and sprayed dry ice from the nozzle unit 50 toward the antler 1 fixed to the antler seating portion 40. Dry ice sprayed from the nozzle unit 50 lyophilizes the antler 1 at the same time and removes the hair on the surface of the antler 1 with a spraying pressure. At this time, the spray nozzle 54 of the nozzle unit 50 uses the spray type spray nozzle 52, the bar type spray nozzle 53, and the dry type spray nozzle 55 in combination with the nozzle hose 51 according to the work. For example, a bar-type spray nozzle 53 is used to quickly remove a large area of antler (1) hair, and a spray-type spray nozzle 52 is used to finely remove a small portion of antler (1) hair. .

The operator checks the work through the window 15 and moves the nozzle unit 50 in accordance with the shape of the antler 1 toward the antler 1 fixed through the operation member 12 to remove hair, or the nozzle unit. After attaching the 50 to the nozzle fixing member 17, the handle 32 provided on the table 31 may be moved to rotate the whole work bench 30.

Deer antler (1) hair removed by the dry ice is collected down to the hopper 61 of the dust collector (60). The hair collected by the hopper 61 is sucked toward the discharge passage 62 and discharged to the dust collector (not shown) by the pressure difference generated by the rotation of the motor of the dust collector (not shown) provided outside the glove box 10. .

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Accordingly, the true scope of protection of the present invention should be determined only by the claims.

10: glove box 20: work table support 30: work table
40: antler seating part 50: nozzle part 60: dust collecting part

Claims (14)

A glove box sealed inside;
A worktable support part provided in the glove box so as to be movable back and forth and left and right;
A worktable rotatably mounted relative to the worktable support;
An antler seating part provided on the worktable to fix the antler;
A nozzle unit provided inside the glove box to freeze the antler by spraying dry ice and to remove hair on the surface of the antler using spraying pressure;
Deer antler hair removal device characterized in that it comprises a dust collecting portion for collecting the removed antler hair provided in the lower worktable support. The method according to claim 1,
The antler seating part
A first support member fixed to one side of the worktable;
A second support member provided on the other side of the first support member and provided to move forward and backward toward the first support member,
Deer antler hair removal device characterized in that the antler is seated between the first support member and the second support member. The method according to claim 2,
At least one of the inner surface of the inner surface of the first support member and the inner side of the second support member is provided with a plurality of elastic member protruding toward the inner surface facing the antler hair removal device. The method according to claim 3,
An antler hair removal device, characterized in that the end of the elastic member is finished with a rubber material. The method according to claim 2,
The antler seating part
Apparatus for removing antler hair provided on one side of the second support member further comprises a handle member for adjusting the movement of the second support member. The method according to claim 1,
The nozzle unit comprises a nozzle hose connected to a dry ice supply device provided outside the glove box;
Deering hair removal apparatus comprising a spray nozzle coupled to the end of the nozzle hose. The method of claim 6,
The spray nozzle is detachable from the nozzle hose end,
The spray nozzle may include a spray type spray nozzle, a gun type spray nozzle, and a bar type spray nozzle, and may selectively mount one of the types of the spray nozzles. Removal device. The method of claim 6,
The nozzle hose includes an internal hose through which dry ice flows;
And an outer passage surrounding the inner hose and made of a rubber material to insulate the ice to prevent freezing of the dry ice passing through the inner hose. The method according to claim 1,
The rusted hair removing device, characterized in that the glove box ceiling is provided with a nozzle fixing member that can be fixed by hanging the nozzle. The method according to claim 1,
An operation opening provided on a surface adjacent to the work table of the glove box;
The antler hair removal device is connected to the operation opening is provided with a rubber material and the operation member is provided for the operator to put his hand. The method according to claim 1,
A front open door on one side of the glove box;
Deer antler hair removal device characterized in that the window provided to view the inside. The method according to claim 1,
An apparatus for removing antler hair, wherein a lighting device is provided inside the glove box. The method according to claim 1,
The glove box is rusted hair removal device, characterized in that the wheel is provided on the bottom to be movable. The method according to claim 1,
The dust collecting unit and the hopper is provided below the work table support;
One end is connected to the hopper and the other end is provided to the outside of the glove box and connected to the dust collector equipped with a motor, including a discharge member,
The antler hair removal device, characterized in that for discharging the hair removed by the pressure difference by the rotation of the motor of the dust collector.

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