KR100330778B1 - The automatic action supply, draw out, separation equipment to make nail file - Google Patents

Abstract

The present invention repeats the process of cutting and punching but minimizes the separation interval between the product and the product to minimize the generation rate of waste generated after the production of the product to reduce the raw material cost and at the same time automatically discharged emery board Nail trimming line by applying coarse abrasive grains for the purpose of improving work convenience and productivity by allowing the rollers having the uneven shape to be taken out automatically by the driving of the roller having the uneven shape. In order to polish nail surface by applying nail fille or large particle size, Emery-Board or Buffer, which is created in the shape of plate, is repeatedly supplied in a uniform standard. The present invention relates to an emery board automatic supply, automatic take-out and automatic punching device for the production of nail files for cutting, extraction and production. .

Description

The automatic action supply, draw out, separation equipment to make nail file}

The present invention is an emery board (Emery-) produced in the shape of a plate to trim the nail to be polished on the nail surface by applying a nail fille (Nail fille) or a large particle size of the abrasive grain is coated by the coarse abrasive particles (Emery- The present invention relates to an automatic punching device for cutting and producing boards and buffers to a uniform standard, and automatically supplying the emery board or buffer to the automatic punching device, and then, By repeating the process of cutting and punching the emery board by the operation, but minimizes the separation interval between the product and the product to minimize the generation rate of waste generated after the production of the product to reduce the raw material cost and at the same time The emery board can be automatically separated and driven by driving of a roller having an uneven shape in the ejection part which is automatically discharged. Emery board for nail polish auto supply lines for the production for such a kkoehagi than improving the usability and productivity of the work relates to the punching and the extraction and device.

In general, the nail or the buffer for trimming the nail surface or the like is a rubber type coated with a mixture of abrasive particles formed of fine particles and a silicone adhesive, such as Utility Model Registration Application No. 1984-4229 filed with the Korean Intellectual Property Office. There is an abrasive polish, and the situation is widely used as a beauty device for nails.

The nail file or buffer that is a beauty tool for nails can be trimmed after cutting the nails with a conventional nail clipper or before trimming the nails or applying nail polish to the nail surface. It is used to apply nail polish after polishing polished bar. In order to trim the nailed area after shaving nails, sandpaper-shaped embossed steel cardboard formed by coarse grains is made of relatively soft rubber. Bonding both sides of the board with adhesive or by using high-silver particles to trim the nail surface, etc. Geumgang cardboard, etc., is bonded to both sides of the board of relatively soft rubber material using adhesive to make certain width and length. To form an emery board plate, and cut the emery board plate to be a predetermined length and width nails Trim the nails or for nail bar for a plane sent (nail file) or buffer (buffer) stamping equipment for the production of products, the product is generally produced by the cutting punch.

That is, when the emery board plate is supplied to the punching device, the upper die for fixing the cutting punch arranged in a plurality of rows in the punching device is moved downward to temporarily fix the emery board board seated on the lower die to a predetermined standard. The number of cutting punches goes through a series of processes that produce buffers or nail files (collectively referred to as products).

However, in the case where the number of cutting punches mounted on the upper die in the punching device is arranged in a plurality of rows, interference between the cutting punch and the cutting punches and products may be performed to smoothly perform the process for punching the emery board. Considering the safety of the product, that is, the distortion between the product and the product during punching, each cutting punch should be mounted on the upper die at the proper distance between the product and the product. Since it is inevitably reduced in correspondence with the spacing between punches, there is a problem that the incidence of waste is increased, as well as a relative waste of raw materials, which leads to an increase in production cost. If you fail to do so, such as distortions between products There is a problem such that the failure rate to increase.

In addition, in order to supply the emery board plate to the punching device, the worker continuously supplies the emery board board at the supply unit of the punching device, and the punching device ejecting part requires another worker to take out and collect the products that are punched out. In addition to the hassle of having to work at the same time and consequent increase and decrease of labor cost, the workers were exposed to the problems that resulted in lower productivity due to inefficient manpower management.

Therefore, the present invention is proposed to solve the above problems, and has an automatic supply unit for automatically supplying the emery board plate into the punching device and to produce a product by punching the emery board plate supplied from the automatic supply unit in a predetermined width and length After punching one product by one cutting punch by the driving action of the crank in the punching device to transfer the emery board plate to make a minimum separation, and then cutting punching by lowering the cutting punch in the punching device And a punching device for punching one product by one cranking operation, and automatically pushes a product finely connected to the emery board plate in a state of being cut from the punching device to remove the product from the emery board plate. To fully automate the sequence of processes , To minimize the gap between the ever to be cut and of the product on the board Emery to produce maximum product on one Emery the board aims to minimize the cost of reduction of the raw material.

In addition, the present invention after cutting the product after the lowering of the upper die, transfer the emery board plate with a minimum separation and the upper die is lowered again while pressing the emery board plate while cutting the interference between the product and the product to be cut Another purpose is to minimize the defect rate of the product to improve the quality.

In addition, the present invention is to fully automate a series of processes for producing a product, to efficiently perform the manpower allocation according to the production to thereby increase the efficiency of manpower management and to improve the productivity of the present invention There is a purpose.

The present invention for achieving the above object,

Nails provided with a cutting punch for producing a product (b) by cutting the emery board material (a) bonded to both surfaces by mixing and applying high silver particles or coarse particles to an appropriate particle size to a predetermined width and thickness. In the punching device for the nail file,

An automatic supply unit 100 for automatically supplying a plurality of emery board plates (a) by stacking them,

The first and second conveyor belts 220 and 221 driven by the control of the control unit 280 on both ends, and the feeding roller 230 for feeding the emery board member a at one end and punched at the other end A take-out roller 231 is provided for taking out the emery board member a, forms an upper die 240 and a lower die 250 at the center thereof, and includes a cutting punch 245 in the upper die 240. And a lower die 250 having a guiding plate 251 on which a blade groove 252 for guiding the cutting punch 245 is formed to face the upper die 240, and the upper die 240 Crank portion 260 and the feeding, take-out rollers 230, 231 for the up and down operation of 240 is an automatic punching unit 200 consisting of a punching machine 201 to be interlocked control by the control unit 280 )Wow,

Separator 311 is formed on the tooth surface for separating and removing the product (b) from the emery board plate (a) punched from the automatic punching unit 200 and conveyed by the transfer of the second conveyor belt (221) The upper separation roller 310 and the lower separation roller 320 having a gear groove 321 formed on the lower side opposite thereto, the upper and lower partial rollers 310 and 320 to detect the emery board plate (a) It is characterized by having an automatic extracting unit 300 to be driven by the signal of the sensor 330 for the configuration and operation of the configuration and operation with reference to the accompanying drawings in more detail.

1 is a schematic front view of the present invention

Figure 2 is an enlarged perspective view of the main portion of the automatic punching device of the present invention,

FIG. 3 is an enlarged front elevation view of a supply unit for supplying an emery board or a buffer to an automatic punching device,

(A) is a first embodiment of the automatic supply unit,

(B) is a second embodiment of the automatic supply unit,

(C) is a third embodiment of the automatic supply unit

4 is a schematic enlarged front view of an automatic take-out apparatus for automatically separating and collecting a product punched out from the automatic punching apparatus,

5 is a schematic enlarged perspective view of the automatic take-out apparatus of FIG. 4;

Figure 6 is a perspective view showing a nail file for the nail punched state in the emery board board according to the present invention.

※ Brief description of the main symbols in the drawings

a: Emery board board b: Product 100: Auto supply 110,110 ': Expectation

111: first expectation 112: second expectation 120: loading box 121: guide rail

122: pressure feed plate 123: pressure feed cylinder 124: rod 125: attachment

126: air cylinder 127: stopper 130: rail 120 ': loading box

140: belt 141: roller 142: protrusion 200: automatic punching portion

210: expectation 220: first conveyor belt 221: second conveyor belt

222: roller 230: feeding roller 231: ejection roller 232: control

240: upper die 241: fastener 242: fixed plate 243: punching plate

244: guiding rod 245: cutting punch 250: lower die 251: guiding plate

252: blade groove 260: crank part 261: cranking plate 270: sensor

271: sensor 280: control unit 300: automatic ejection unit

310: upper separation roller 311: separator 320: lower separation roller

321: tooth groove 330: sensor

Figure 1 is a schematic front view of the present invention, Figure 2 is an enlarged perspective view of the main portion of the automatic punching device of the present invention, Figure 3 is a supply unit for supplying the emery board or buffer to the automatic punching device for each embodiment 4 is a schematic enlarged front view of the apparatus, FIG. 4 is a schematic enlarged front view of an automatic take-out apparatus for automatically separating and collecting a product punched from the automatic punching apparatus, and FIG. 5 is a schematic enlarged perspective view of the automatic take-out apparatus of FIG. Figure 6 is a perspective view showing a nail file for the nail punched state in the emery board board according to the present invention.

According to the present invention, as shown in the accompanying drawings, the automatic supply unit 100 for automatically supplying the emery board member (a) and the emery board member (a) from the automatic supply unit 100 are cut to a predetermined width and length. The automatic punching unit 200 for producing a standardized product (b) and the product (b) which is cut from the automatic punching unit 200 and finely connected to the emery board board member (a) is automatically collected and collected. It is composed of an automatic extraction unit 300 for.

Although the automatic supply unit 100 can assume various embodiments, it will be described by referring to the most preferred embodiments of about three as shown in FIG. 3, and the embodiments not described herein (an embodiment related to the automatic supply unit). It is natural that it is within the scope of the present invention if it is possible to replace the limited to the device for automatically punching the emery board plate for producing a nail file of the present invention.

(First embodiment relating to the automatic supply section)

First, the first embodiment of the configuration of the automatic supply unit 100 will be described, the loading box for loading emery board plate (a) formed to a predetermined standard on the base 110, as shown in Figure 3 (a) Is provided with a 120, the stacking box 120 has a shape that the top is open to facilitate the loading of the emery board plate (a) and the guide rail 121 is installed in parallel with the bottom surface of the stacking box 120 And an emery board plate material (a) mounted on the loading box (120) by including a pressure plate (122) capable of transferring a predetermined distance by the operation of the pressure cylinder (123) along the guide rail (121). ) To allow forward movement of a certain pitch forward.

On the other hand, the front side of the loading box 120 also has an open shape so that the emery board plate (a), which is forwardly transferred by the pressure plate 122, can be pushed toward the automatic punching unit 200 to be described later.

At this time, the front upper end of the loading box 120 is provided with an attachment (attachment) 125 that is commonly used to push only one emery board plate (a) toward the automatic punching portion 200 and the automatic punching portion 200 By the detection of the inlet-side sensor 201 of the air cylinder 126, the operation of the up and down operation by the operation of the pressure plate 122 of the stacking box 120 while moving the constant pitch emery board plate (a) the attachment The emery board plate (a), which is punched and produced while being seated and transported to the automatic punching unit 200, which will be contacted to the 125 and will be described below, is transported to a certain degree so that the exit sensor of the automatic punching unit 200 ( When it is detected by the 202, the air cylinder 126 for operating the attachment 125 is operated by receiving the signal from the inlet sensor 201 of the automatic punching unit 200 again to operate the attachment 125 At the same time (120) rear When the forwarding cylinder 123 of the forwarding plate 122 forwards a certain pitch forward, the emery board plate (a) of the front side is loaded to the automatic punching unit 200 side 120, the stopper slightly protruding toward the lower end of the front side ( 127 and at the same time as it is inclined as shown in Fig. 3A, the attachment 125 is lowered again so that the emery board plate a on the rear side is attached to the attachment 125 and the stopper. At the same time, the forward movement is prevented by 127, and the pressure cylinder 123 receiving the signal stops the operation to maintain the standby state.

The base 110 including the stacking box 120 of the automatic supply unit 100 configured and operated as described above is provided with two first and second bases 111 and 112, and automatically hits the ground or the work target below. The rail 130 is formed long in the direction orthogonal to the foot 200 so that the first and second bases 111 and 112 can be reciprocated left and right along the rail 130. The emery board plate (a) for working on the stacking box 120 of the second expectation 112 in the first expectation 111 in the state where the emery board plate (a) is already loaded during the loading filling operation, the automatic punching part The emery board plate (a) to the 200 to be seated while moving forward in sequence to allow the punching operation, and when the above operation is completed, the second expectation 112 of the automatic supply unit 100 to the rail 130 Work by being transported by a separate transport device (not shown) for transporting to the automatic punching unit 200 side Is to circulate a series of processes that are to load the emery board plate member (a) again in the charger 120 of the automatic supplying section 100, a first expected 111 transferred to the empty repeated.

(2nd Example concerning an automatic supply part)

On the other hand, unlike the first embodiment described above, as shown in (b) of FIG. 3, a driving box (120 ') having one side and a front side is opened, and the driving means (not shown) respectively provided on the upper and lower surfaces Equipped with a belt 140 and a roller 141 is driven by a) but the belt 140 surface is formed with a projection 142 for supporting the emery board plate (a) corresponding to the upper and lower belts 140 It is configured to be mounted on the projection 142.

Therefore, in the case of the embodiment configured as described above, in order to transfer the emery board plate material (a) to the automatic punching unit 200, between the protrusions 142 formed to correspond to the upper and lower belt 140 surfaces from the side to the loading box 120 '. After inserting and loading the emery board member (a), and when the belt 140 is driven by the driving means not shown, the emery board member (a) is inserted between the upper and lower protrusions 141 of the belt 140. When the projection 141 is rotated about the roller 141 at the foremost end of the belt 140 (that is, the automatic punching part side), the emery board plate a naturally forms the belt (). Departed from the protrusion 141 of 140 is in a state of falling to the inlet side of the automatic punching unit 200 is able to perform the next operation.

This operation is repeated automatically, and as in the above-described first embodiment, the stacking boxes 120 'are formed on the first and second expectations 111 and 112, respectively, and the left and right reciprocating transfer along the rail 130. In such a way that, while the loading box 120 'on one side supplies the emery board member a to the automatic punching unit 200 side, the operator inserts and supplies the emery board member a to the loading box 120' on the other side. Work can be performed to increase work productivity.

(Third Embodiment Relating to Automated Supply Unit)

On the other hand, unlike the first and second embodiments described above, as shown in (c) of FIG. 3, the automatic supply part 100 may be formed, and the upper and lower parts have a loading box 120 ″ having an open shape. To form the base 110 'for fixing the loading box 120 "on the inlet side of the automatic punching unit 200 side, so that the loading box 120" can come to the top of the automatic punching unit 200 inlet side, Both sides of the stacker 120 ″ have a belt 140, a roller 141, and a protrusion 142 formed to face the belt 140 and the belt 140 according to the second embodiment.

Therefore, the roller board (a) is repeatedly stacked on top of the protrusion 142 of the belt 140 opposed to the loading box 120 ″ configured as described above, and driven by the pitch set according to the detection of the sensor. The lowermost emery board member (a) is naturally dropped on the inlet side of the automatic punching unit 200 by the belt 141 and the belt 140, and one emery board member (a) falls and the automatic punching unit 200 is dropped. When it is transported to the side and punched out by the automatic punching unit 200 and the entry board sensor (a) is detected by the inlet sensor to complete the entry into the punching machine of the automatic punching unit 200, it is loaded again ( By driving the roller 141 and the belt 140 of the 120 "), the emery board board a at the lower end of the loading box 120" falls freely at the inlet side of the automatic punching part 200, and repeats the above-described operation. Done.

The automatic puncher 200 lowers the upper die 240 of the base 210 and the conveyor belts 220 and 221 and the puncher 201 and the puncher 201 to punch the emery board member a. It is formed of a crank part 260 to be possible. First, the configuration of the punching machine 201 will be described as the upper and lower dies 240 and 250 and the lower die 250 is fixed on the base 210. And a punching plate 243 having a fixing plate 242 below the upper die 240 and having a cutting punch 245 sliding and detaching under the fixing plate 242, and a cutting punch (2). And a sensor 271 for detecting that the emery board member a has been entered laterally and positioned below the cutting punch 245.

At this time, if only one cutting punch 245 is formed by cutting the product (b) onto the emery board (a), the gap between each product (b) is minimized to minimize the reduction of raw materials and to reduce the defective rate of the product. To minimize it.

In addition, the cutting punch 245 is a guide plate 251 of the lower die 250, which will be described later, the upper die 240 is lowered while maintaining the state always inserted into the punching plate 243 of the upper die 240. When contacted with, the upper die 240 is further lowered to press the punching plate 243 and at the same time the cutting punch 245 protrudes from the punching plate 243 to punch the emery board material (a), at this time The periphery of the cutting punch 245, that is, the punching plate 243 continues to hold the emery board member (a). In the end, the punching plate (243) has a shape for fixing the emery board member (a).

For this operation, the surface layer of the punching plate 243 is preferably formed of a rubber material or a cushioning material made of a sponge so as to be fixed and supported while protecting the emery board member a.

Meanwhile, a cranking plate 261 is formed at a lower end of the lower die 250 to allow the upper die 240 to move up and down, and the cranking plate 261 and the upper die 240 interlock to move up and down. To be connected to the guiding rod 244, the cranking plate 261 is connected to the crank unit 260 is fixed to the lower end, the crank unit 260 is detected by the sensor 271 The upper die 240 is lowered by one rotation so that the cutting punch 245 of the punching plate 243 penetrates through the emery board member a while contacting the emery board member a positioned below the upper die 240. And can be cut punched.

At this time, the guiding plate 251 is provided on the lower die 250, and the cutting punch 245 is lowered on the guiding plate 251, so that the blade of the cutting punch 245 when the emery board member a is punched out. The blade groove 252 is provided to be guided to protect the blade of the cutting punch 245 during the punching process.

When the above process is completed, the crank unit 260 is driven again by the driving means so that the upper die 240 is raised, the emery board plate (a) is to maintain a constant pitch forward transfer standby state.

On the other hand, punching through the feeding roller 230 and the punching machine 201 for forwarding the emery board board (a) to the punching machine 201 side by a predetermined distance to the punching machine 201 side, respectively. And a take-out roller 231 for taking out the emery board plate a in a state in which the product b is finely connected to the automatic take-out unit 300 to be described later, and the respective rollers 230 and 231. Is controlled by the control unit 280 to be operated in response to the operation of the crank unit 260 and the lifting operation of the upper die 240 of the punching machine 201.

That is, a sensor 270 for detecting a state in which the emery board member a is transferred to the feeding roller 230 is mounted to inform the control unit 280 of the entry time of the emery board member a. The emery board board (a) is continuously entered into the punching machine 201 by the feeding roller 230 to recognize the emery board board (a) in a state where the sensor 271 provided at the cutting punch 245 is entered. When the product (b) is to be punched out by the lowering of the upper die 240 of the punching machine 201 by the drive of the crank unit 260.

Reference numeral 232 denotes an adjustment tool, which is used to adjust the distance between the rollers fed or the rollers taken out by the thickness of the emery board.

As shown in FIGS. 4 and 5, the automatic extracting unit 300 is continuously punched out of the automatic punching unit 200 and is cut finely from the emery board sheet (a). In order to automatically separate the connected product (b) to take out, the gear is provided with the upper and lower separation rollers (310, 320) to install the gears to be gear-coupled to the tooth surface of the upper separation roller (310) Separator 311 is formed to completely separate the product (b) from the emery board plate (a).

Corresponding to the teeth of the lower separation roller 320 corresponding to this by forming a tooth groove 321 in the width corresponding to the width of the product (b), the upper and lower partial rollers 310, 320 on the entrance side of the entry board It includes a sensor (330) for detecting the entry (a), and a driving means (not shown) for driving the upper and lower partial rollers (310, 320) in response to the signal of the sensor 330.

Therefore, the emery board plate (a) in a state in which the product (b) spun from the automatic punching unit (200) is finely connected is transferred by the second conveyor belt (221) through the take-out roller (231), and is transported. When the front end of the emery board plate (a) is detected by the sensor 330 of the automatic extraction unit 300, the control unit 280 received the above signal is to drive the upper and lower rollers (310, 320), respectively. By pulling the emery board plate (a) by the gear coupling of, the separation port 311 formed on the tooth surface of the upper separation roller 310 has a shape that is gear-coupling and forcibly removing the product (b). The product (b) is removed and is placed in the gear groove 321 of the lower separation roller 320.

This operation is repeated, the product (b) is completely separated is the product (b) in the state seated in the gear groove 321 of the lower separation roller 320 by the rotation of the gear coupling freely downward. Falling is to be loaded in the product loading box (c) provided separately below.

At this time, the total length of the emery board member (a) is set to be equal to the circumferential distance of the upper and lower partial rollers (310, 320), the distance between the tooth surface and the tooth surface and the product (b) on the emery board member (a) and In order to have a shape that is set by the length between the products, the emery board board (a) drawn out by the detection of the sensor 330 completely passes through the upper and lower rollers (310, 320) to separate all products (b). When taken out, the upper and lower partial rollers (310, 320) is rotated one complete rotation to maintain the original position.

Therefore, this operation is automatically repeated to completely separate the product in the state of the punched out from the emery board board.

By the above-described configuration, the operator first adopts the loading box 120 of the appropriate embodiment of each of the embodiments of the automatic supply unit 100 to load the emery board plate material a, and the emery board supplied from the loading box 120. When the plate (a) is forwarded on the first conveyor belt 220 driven by the drive means is conveyed to the feeding roller 230 side of the automatic punching unit 200, which is located on the feeding roller 230 side The sensor 270 detects this.

The control unit 280 applying the signal from the sensor 270 sends a signal to a driving means for driving the feeding roller 230 to drive the feeding roller 230 to punch the emery board member a. When entering the (200) side, the front end of the emery board board (a) is advanced, when the sensor 271 is provided on the cutting punch 245 side of the punching machine 200, the sensor 271 The control unit 280 applying the signal of) drives the crank unit 260.

Accordingly, the upper die 240 equipped with one cutting punch 245 is mounted on the lower die 250 as the cutting machine 245 is mounted on the automatic puncher 200 configured to be interlocked by the crank unit 260. The emery board member a in a state is punched into the shape of the cutting punch a having a predetermined width and length (that is, the shape of the product), and the upper die 240 is driven again by the crank unit 260. When the lifting operation is performed, in conjunction with the feeding roller 230 transfers the emery board plate material (a) by the set pitch, the upper die 240 toward the emery board plate material (a) in a predetermined length transfer state is It will repeat one operation.

When the product (b) is punched out from the emery board board (a) through the continuous punching process as described above, when the take-out roller 231 pulls out the emery board board (a) to the outside, the second conveyor belt 221 The emery board plate (a) in a state in which the product (b) is finely connected by continuous driving is transferred onto the upper and lower partial rollers (310, 320) of the automatic ejecting unit (300), and the upper and lower partial rollers (310). When the sensor 330 provided at 320 detects this, the control unit 280 receiving the signal from the sensor 330 rotates the upper and lower partial rollers 310 and 320 by driving the driving means provided separately. Let's go.

Therefore, by the gear coupling of the upper and lower partial rollers 310 and 320 driven in this way, the separation hole 311 separates the product (b) from the emery board plate (a) and rests on the gear groove 321, and the seated product. (b) is to be freely dropped downward in accordance with the continuous rotation of the lower separation roller 320 is to be loaded into the product load for a separate collection to perform the above-mentioned operation repeatedly automatically.

Therefore, the present invention continuously supplies the emery board plate material for producing a nail file (nail file) in the automatic repetition automatic supply unit, the emery conveyed by a certain pitch by the operation of the crank unit in accordance with the detection of the sensor in the automatic punching unit The punching process is performed by cutting the board board by cutting punch, and the automatic ejection board material of the cutting state of the product is cut out by the automatic ejecting unit. Therefore, the production of the nail cutting line can be fully automated. You can expect to maximize the effect.

In addition, the present invention is provided with only one cutting blade for cutting at the automatic punching portion, by driving the driving of the lifting die and the feeding roller of the upper die of the crank portion and the punching machine, the cutting blade punching the emery board board After cutting one product, the emery board board is moved forward by the interaction of the crank part and the feeding roller, but minimizes the mutual gap between the product and the product to be punched out, minimizing the incidence of waste that is discarded after production It can be expected to significantly reduce the raw materials and raw materials can be reduced.

In addition, after being precisely cut and punched by one cutting blade, the emery board board is pressed while the emery board board is transported forward and at the same time, the cutting blade is cut again by the lowering of the punching machine. Simultaneous cutting of the blades can be expected to minimize the distortion between the product and the product or the poor production rate of the product.

Claims (5)

Nails provided with a cutting punch for producing a product (b) by cutting the emery board material (a) bonded to both surfaces by mixing and applying high silver particles or coarse particles to an appropriate particle size to a predetermined width and thickness. In the punching device for the nail file, An automatic supply unit 100 for automatically supplying a plurality of emery board plates (a) by stacking them, The first and second conveyor belts 220 and 221 driven by the control of the control unit 280 on both ends, and the feeding roller 230 for feeding the emery board member a at one end and punched at the other end A take-out roller 231 is provided for taking out the emery board member a, forms an upper die 240 and a lower die 250 at the center thereof, and includes a cutting punch 245 in the upper die 240. And a lower die 250 having a guiding plate 251 on which a blade groove 252 for guiding the cutting punch 245 is formed to face the upper die 240, and the upper die 240 Crank portion 260 and the feeding, take-out rollers 230, 231 for the up and down operation of 240 is an automatic punching unit 200 consisting of a punching machine 201 to be interlocked control by the control unit 280 )Wow, Separator 311 is formed on the tooth surface for separating and removing the product (b) from the emery board plate (a) punched from the automatic punching unit 200 and conveyed by the transfer of the second conveyor belt (221) The upper separation roller 310 and the lower separation roller 320 having a gear groove 321 formed on the lower side opposite thereto, the upper and lower partial rollers 310 and 320 to detect the emery board plate (a) Emery board automatic supply, automatic take-out and automatic punching device for nail file production characterized in that it has an automatic take-out unit 300 to be driven by the signal of the sensor 330 for the configuration. The method of claim 1, The automatic supply unit has a loading box 120 for loading the emery board plate (a) formed on a predetermined standard on the base 110, the upper and front of the loading box 120 has an open shape, The storage box 120 is provided with a pressure plate 122 that enables a predetermined distance to be transported by an operation of the pressure cylinder 123 provided at the rear of the loading box 120 along the guide rail 121 provided in parallel with the bottom surface of the inside. Attachment to the emery board plate (a) in the state loaded on the front to be able to forward a certain pitch forward, the signal up and down by the signal of the sensor 201 and the sensor 201 provided in the upper end of the loading box 120 ( Emery board automatic supply, automatic take-out and automatic punching device for nail file production, characterized in that it comprises a stacking box 120 having a stopper 127 is formed at the lower end. The method of claim 1, One side and the front side is provided with a loading box (120 '), the upper and lower surfaces are provided with a belt 140 and a roller 141 driven by a separate drive means (not shown), but the belt 140 surface The nail is characterized in that it comprises a loading box to be mounted on the corresponding projection 142 between the upper and lower belt 140 to form a projection 142 for supporting the emery board plate (a) up and down Emery board automatic supply, automatic take-out and automatic punching device for the production of file ropes. The method of claim 1, A loading box 120 "having a shape in which the upper and lower portions are opened, and a base 110 'for fixing and holding the loading box 120" is formed at the inlet side of the automatic punching-out part 200 side and loading box 120 ". The automatic punching unit 200 may be placed at the upper end of the inlet side, and both sides of the loading box 120 ″ may face the belt 140, the roller 141, and the belt 140 of the second embodiment, respectively. The emery board plate (a) is naturally dropped by driving the roller 141 and the belt 140 to be seated on the first conveyor belt 220 of the automatic punching unit 200 by having the protrusion 142. Emery board automatic supply, automatic take-out and automatic punching device for nail file production, characterized in that it comprises a loading box (120 "). The method according to claim 2 and 3, A plurality of bases 110 including first and second bases 111 and 112 including stackers 120 and 120 ′ of the automatic supply unit 100 are provided, and the base 110 or 112 is automatically struck on the ground or the work target below. Nail rail, characterized in that to form a long rail 130 in the direction orthogonal to the foot 200, the first and second bases 111 and 112 can be reciprocated left and right along the rail 130 Emery board automatic supply, automatic take-out and automatic punching device for production.