WO2012060626A2

WO2012060626A2 - Disposable apron and device for manufacturing same

Info

Publication number: WO2012060626A2
Application number: PCT/KR2011/008289
Authority: WO
Inventors: 황원선; 황광선
Original assignee: Hwang Won Sun; Hwang Gwang Sun
Priority date: 2010-11-02
Filing date: 2011-11-02
Publication date: 2012-05-10
Also published as: KR101042014B1; WO2012060626A3

Abstract

The present invention relates to a disposable apron which is worn on a human body to prevent contamination caused by foreign substances, and a device for manufacturing the disposable apron which comprises: a thin film sheet formed of a plastic material and wound on a roll successively in a length direction; a necklace hole which is formed to be hung on a neck after a part of the thin film sheet is removed along a cutting line or an incision line disposed at the thin film sheet; and a pair of tying bands formed after the thin film sheet is cut along the cutting line or the incision line disposed at both sides of the necklace hole. According to the present invention, the apron may be cut in units since the thin film sheet of the apron is wound on the roll in succession, and the necklace hole and the tying band are formed by cutting or incising a part of the thin film sheet for easy wearing. Also, according to the present invention, a heater is disposed to heat and harden a part of the thin film sheet, and thus the necklace hole and the tying band that come into contact with a human body may be reinforced.

Description

Disposable Aprons and Disposable Aprons Manufacturing Equipment

The present invention relates to a disposable apron and a disposable apron manufacturing apparatus, and more particularly, to a disposable apron and a disposable apron manufacturing apparatus that is prevented from tearing when the apron formed in the form of a thin film on the body.

In general, if you eat food with broth at a restaurant, when you eat to prevent food from splashing on clothes, you can put a napkin with a rectangular cloth on your lap at Western restaurants and aprons that cover your body at Korean restaurants. Use

However, conventional aprons are not used and discarded once, but because they reuse what they use, there is a problem that users are unsanitary, and they are reluctant to use them, and the structure is complicated and expensive to manufacture and inconvenient to wear.

In addition, there is a problem that the apron is worn and discolored to damage the image of the restaurant as washing and reused apron for meal.

In order to improve such a problem, an apron that can be used for one time is being developed. Conventional disposable aprons are mainly formed of vinyl material in consideration of convenience and product cost that are discarded after one use, and are provided with a strap or a hook to be worn on the body.

Such disposable aprons are used as a substitute for medical gowns in hospitals as well as restaurants, and are also used as art or science lab gowns in schools.

By the way, since the conventional disposable apron is made of a thin vinyl material, there is a problem in that the above-mentioned binding strap or wear hook is easily torn. Because of this, a separate reinforcement member or apron is made of a material that does not tear itself, but manufacturing parts and manufacturing process are added, and due to the expensive material, there is a disadvantage in that it takes a higher cost than the apron of the existing textile material.

Therefore, there is a demand for the development of disposable aprons that are inexpensive and not easily torn.

The present invention was created in order to solve the problems of the prior art described above, a means for continuously forming a thin film sheet forming an apron, reinforcement of a portion without a separate member to prevent tearing when worn on the body The purpose is to provide a disposable apron provided.

In addition, the purpose is to provide a disposable apron that the thin film sheet is partially thermally cured by the energy of the high heat, the rigidity is reinforced to prevent tearing.

In particular, the object of the present invention is to provide a disposable apron reinforced with rigidity of the parts which are caught by the body and the parts which are bound to each other when worn on the body.

Another object of the present invention is to provide a disposable apron that can be prevented from being torn by forming a portion to be thermally cured in a plurality of linear forms at a portion to be bonded to each other.

In addition, the object of the present invention is to provide a disposable apron capable of reinforcing rigidity of the entire thin film sheet by forming a thin film sheet in double.

In addition, an object of the present invention is to provide a disposable apron that can collect and dispose of foreign matter falling on the thin film sheet at the bottom of the thin film sheet.

On the other hand, another object of the present invention is to provide a disposable apron manufacturing apparatus provided with a heater for forming a perforation line and an incision line in a thin film sheet conveyed while being drawn out from a drum, and heating a portion of the thin film sheet.

In addition, another object of the present invention is to provide a disposable apron manufacturing apparatus formed in the form of a press to press the thin film sheet while lifting or lifting in the form of a rotating drum or a perforator forming the cut line and the cut line.

In addition, another object of the present invention is to provide a disposable apron manufacturing apparatus formed in the form of a drum for heating the thin film sheet while the heater rotates with the perforator, or in the form of a press for heating the thin film sheet with the perforator.

One aspect of the present invention for achieving the above object is a disposable apron that is worn on the body to prevent contamination by foreign matter, the plastic sheet is a continuous material wound in a roll in the longitudinal direction; A necklace ball formed while a part of the thin film sheet is removed by a cut line or an incision line provided in the thin film sheet, and the neck hole is caught; And a pair of binding bands formed while the thin film sheet is cut by the cut line or the cut line provided on both sides of the necklace hole.

In addition, the present invention is provided with a reinforcing means to partially reinforce the rigidity of the thin film sheet provided in the same thin film sheet by the energy to plastically deform a portion of the thin film sheet in a rigid state so that the rigidity of the thin film sheet is reinforced to prevent tearing; It may further include.

The reinforcing means may include, for example, a thermosetting part partially formed in the thin film sheet by high heat to partially thermally harden the thin film sheet.

The thermosetting part may be formed at at least one of a portion of a circumference and a binding band of the necklace hole formed in the thin film sheet.

In addition, the thermosetting portion may be formed in the longitudinal direction of the binding belt to a plurality of reinforcing wire to reinforce the connection portion of the binding belt.

In addition, the reinforcing means is formed in the same manner as the thin film sheet is superimposed on the thin film sheet, the end is heat-sealed with the thin film sheet, the reinforcing sheet for reinforcing the rigidity of the thin film sheet; may further include a.

In addition, the present invention further comprises a foreign matter collecting means for collecting the foreign matter provided on the lower end of the thin film sheet, wherein the foreign matter collecting means, the lower end of the thin film sheet, the both ends of the folded thin film sheet It may be configured as a fusion fusion bag to provide a collection space in which the foreign matter is collected.

On the other hand, another aspect of the present invention, a device for producing a disposable apron formed of a thin film sheet, the thin film sheet is transported, the base frame is provided with an idle roller to maintain the tension of the thin film sheet is transferred; A feeder installed at the base frame and rotatably supporting both sides of the drum on which the thin film sheet is wound to supply the thin film sheet; A perforator for perforating a cut line and a cut line for forming a necklace hole and a binding band on the thin film sheet drawn out from the drum of the feeder; A heater for heating the thin film sheet having the cut line and the cut line perforated by the perforator to cure at least one of a periphery of the cut line and an end of the cut line; And a roll for winding the thin film sheet partially cured by the heater, and winding the thin film sheet wound on the feeder drum while winding the thin film sheet by rotating the roll. It relates to an apron manufacturing apparatus.

For example, the perforator may include a perforated cutter for perforating the perforated line and the perforated line in the thin film sheet, and a perforated drum in the form of a drum for perforating the perforated perforated line and the perforated line while the perforated cutter rotates.

On the contrary, the perforator may include a perforation press for perforating the perforated line and the perforated line while the perforated cutter for perforating the perforated line and the perforated line descends by pressing the thin film sheet.

For example, the heater may be installed at a lower portion of the perforator to heat the thin film sheet while interlocking with the perforator, and may be configured as either a heater drum for heating the thin film sheet while rotating or a heater press for heating the thin film sheet while being raised by pressure. Can be.

According to the disposable apron according to the present invention as described above, since the thin film sheet forming the apron is continuously wound on a roll, it can be cut and used as a unit during use, and a necklace ball and a binding band are formed by cutting and cutting a part of the thin film sheet. It is easy to wear because it is formed.

Moreover, since the rigidity of the thin film sheet is reinforced by the reinforcing means without the attachment of a separate member, there is an excellent manufacturing cost and easy tearing.

In addition, the reinforcing means is composed of a thermosetting portion which is reinforced with rigidity while being hardened by heating on a portion of the thin film sheet, and since the thermosetting portion is formed in the necklace portion and the binding band, tearing of the part caught by the body when worn on the body can be prevented. .

In addition, since the thermosetting portion is formed of a plurality of reinforcing wires arranged in various forms, in particular, the rigidity of the binding band is further strengthened, and when the binding band is pulled for wearing on the body, the binding band is prevented from tearing from the thin film sheet, thereby I can wear it firmly.

In addition, when the reinforcing means is composed of a reinforcing sheet, since the thin film sheet is formed in duplicate, the rigidity of the entire thin film sheet may be reinforced.

In addition, since the foreign matter falling on the thin film sheet is collected by the foreign matter collecting means composed of the collecting bag, it is possible to prevent contamination of the lower part of the body by the foreign matter falling, and the cleanliness of the floor is maintained.

On the other hand, according to the disposable apron manufacturing apparatus according to the present invention, since a heater for heating and curing a portion of the thin film sheet is provided, it is possible to manufacture a disposable apron reinforced with a necklace ball and a tie strap worn on the body.

1 is a front view showing a disposable apron according to an embodiment of the present invention.

FIG. 2 is a perspective view of the disposable apron shown in FIG. 1. FIG.

3 is a perspective view showing another embodiment of the disposable apron shown in FIG.

4 is a front view showing the disposable apron shown in FIG.

5 is a perspective view showing a reinforcing sheet of the disposable apron.

6 is a front view showing another embodiment of the reinforcing sheet shown in FIG.

Figure 7 is a front view showing a disposable apron manufacturing apparatus according to an embodiment of the present invention.

8 is a front view showing another embodiment of the disposable apron manufacturing apparatus shown in FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, detailed descriptions of related well-known general functions or configurations are omitted.

1 is a front view showing a disposable apron according to an embodiment of the present invention, Figure 2 is a perspective view showing the disposable apron shown in Figure 1, Figure 3 is a perspective view showing another embodiment of the disposable apron shown in Figure 1 . In addition, Figure 4 is a front view showing the disposable apron shown in Figure 1, Figure 5 is a perspective view showing a reinforcing sheet of the disposable apron.

Referring to FIG. 1, the disposable apron 100 of the present invention includes a thin film sheet 10, a necklace ball 20, a binding band 30, and reinforcing means.

The thin film sheet 10 is a rectangular sheet and is wound in the roll 11 continuously in the longitudinal direction. The thin film sheet 10 is drawn out from the roll 11 and separated into units by the separating line CL to form the apron 100 of the units.

The thin film sheet 10 is preferably composed of a vinyl film formed of a plastic material of plastic material, and may alternatively be composed of a nonwoven fabric.

Here, the roll 11 may be mounted on a dispenser (not shown) that can separate the thin film sheet 10 into units.

Necklace (20) is an element that is worn around the neck when worn on the body. The necklace hole 20 is formed while a part of the thin film sheet 10 is removed by the perforation line 21 perforated in the thin film sheet 10.

The perforated line 21 is formed in a quadrangular shape as shown, or is punched in a shape in which a head can be inserted, such as a circle or a polygon, as shown.

The binding band 30 is an element that is bound to each other when the thin film sheet 10 is worn on the body. The binding band 30 is formed on both sides of the necklace hole 20 while the thin film sheet 10 is cut by the incision line 31 perforated on both sides of the necklace hole 20.

That is, the binding band 30 is formed by the incision line 31 for cutting a portion of the thin film sheet 10 into a band shape and is bound to each other.

The reinforcing means is an element for reinforcing the rigidity of the thin film sheet 10, in particular, preventing tearing of the necklace hole 20 and the binding band 30. The reinforcing means is provided by energy for plastically deforming a portion of the thin film sheet 10 to a hard state to reinforce the rigidity of the thin film sheet 10.

The reinforcing means may be composed of a thermosetting portion 40 that is rigidly reinforced while a portion of the thin film sheet 10 is thermally cured by high heat energy.

That is, the thin film sheet 10 is reinforced by the thermosetting portion 40 is cured by changing the physical properties due to high heat. Here, the thermosetting portion 40 may be formed while a portion of the thin film sheet 10 is cured by ultrasonic waves.

Referring to FIG. 2, the thermosetting part 40 is formed on the circumference of the necklace hole 20 and the connection part of the binding band 30, which are mainly torn when the thin film sheet 10 is worn.

In addition, the thermosetting part 40 may be formed of a plurality of reinforcing wires 41 formed in a band shape at the connection portion of the binding band 30, as shown in an enlarged view.

One end of the plurality of reinforcing wires 41 are connected to each other to reinforce the connecting portion of the binding belt 30, that is, the end of the incision line 31, thereby preventing the binding belt 30 from being torn.

Referring to FIG. 3, the plurality of reinforcing wires 41 may be formed side by side in the longitudinal direction at the connection portion of the binding band 30.

In addition, the plurality of reinforcing wires 41 are enlarged to form directions intersecting with each other to reinforce the connection portion of the binding belt 30 more firmly.

On the other hand, the disposable apron 100 of the present invention may be configured to further include a foreign matter collecting means (50). The foreign matter collecting means 50 is a component for collecting foreign matter falling from the bottom of the thin film sheet 10.

The foreign matter collecting means 50 is composed of a collecting bag 51 formed by folding the lower end of the thin film sheet 10 and fusion bonding both ends 53 of the folded thin film sheet.

The collection bag 51 collects foreign matters falling on the thin film sheet 10 to prevent contamination of the lower part of the body by foreign matters and keeps the floor clean.

Referring to FIG. 4, the thermosetting part 40 may be formed of reinforcing lines 41 formed at equal intervals on the entire thin film sheet 10 as shown.

Therefore, the thin film sheet 10 is prevented from tearing as well as the connecting portion of the necklace hole 20 and the binding band 30.

Referring to FIG. 5, the thin film sheet 10 may further include a reinforcing sheet 45. The reinforcing sheet 45 is formed in the same manner as the thin film sheet 10 and overlapped with the thin film sheet 10. That is, the thin film sheet 10 is configured in a double form with the reinforcing sheet 45 is reinforced with rigidity.

As shown in the reinforcing sheet 45, an end (border) is heat-sealed with the thin film sheet 10. Here, the reinforcing sheet 45 is heat-sealed with the thin film sheet 10, so that the heat-hardened end (border) is cured to form a thermosetting portion 40 to reinforce rigidity.

Therefore, since the rigidity is further reinforced by the thermosetting part 40 and the reinforcing sheet 45, the thin film sheet 10 is prevented from being torn.

Referring to FIG. 6, the cutting line 21 may be formed in an 'X' shape as shown. That is, the cutting line 21 may be formed in a shape in which a portion of the thin film sheet 10 is not removed, thereby forming the necklace hole 20. Therefore, the necklace hole 20 can be easily formed without removing the thin film sheet 10 of the cut portion, the thin film sheet 10 of the cut portion that is not removed may cover the neck.

In addition, the perforated line 21 may be formed in a '∩' form as shown in the enlarged view to form the necklace hole 20 by the incision, a portion of the thin film sheet 10 cut by the perforated line 21 is supported by the jaw. Can be used as Unlike the illustrated example, the cut line 21 may be configured in a '∪' shape so that a part of the thin film sheet 10 may be cut in a form in which a portion of the thin film sheet 10 passes over the back of the neck.

On the other hand, the reinforcing sheet 45 may be configured to further include a sanitary glove portion 47 to form a sanitary glove 49 while being fused with the thin film sheet 10 at the bottom.

The sanitary glove portion 47 is provided with a fusion portion 49a in which the lower portion of the reinforcing sheet 45 is fused in the shape of a thin film sheet 10 with a glove, and a glove cutting line 49b is formed around the fusion portion 49a. The hygienic gloves 49 are formed by cutting off the glove cutting line 49b.

The sanitary gloves 47 may be separated by the thin film sheet 10 and the separation line CL forming the apron as shown.

Therefore, the present invention can prevent contamination of the hand by the sanitary gloves 47 as well as prevention of contamination of the body by the thin film sheet 10.

The operation of the disposable apron 100 of the present invention including the components as described above will be described.

Referring to FIG. 1, the thin film sheet 10 is continuously wound in a roll 11 and mounted in a dispenser (not shown). At this time, the user pulls out the thin film sheet 10 from the dispenser and cuts the separation line CL to separate the thin film sheet 10 of the unit.

Referring to FIG. 2, the thin film sheet 10 separated into units forms a necklace hole 20 by cutting a portion partitioned by the cutting line 21, and cuts the cutting line 31 to bind the band 30. Form a complete apron 100 to complete.

When the finished disposable apron 100 is worn on the body, the head is inserted into the necklace ball 20 to hang on the neck, and a pair of straps 30 are tied to each other from behind and worn.

At this time, the necklace ball 20 and the binding band 30 is not easily torn because the rigidity is reinforced by the thermosetting portion (40). In addition, since the thermosetting portion 40 provided at the connection portion of the binding belt 30 may be composed of a plurality of reinforcing belts 41 connected to one end thereof, tearing of the binding belt 30 may be further prevented.

Referring to FIG. 3, the disposable apron 100 prevents contamination by foreign matters because the thin film sheet 10 covers the front of the body, and foreign matters falling on the thin film sheet 10 are collected in the collecting bag 51. This prevents contamination of the lower body and floor.

Referring to FIG. 5, the disposable apron 100 may be worn on the body more firmly because the overall rigidity is reinforced by the reinforcing sheet 45 to prevent tearing.

Referring to FIG. 6, since the disposable apron 100 is provided with a sanitary glove portion 47 forming a sanitary glove 49 by cutting, it is possible to maintain the cleanliness of the hand as well as the front part of the body.

On the other hand, Figures 7 and 8 is a schematic view showing a disposable apron manufacturing apparatus 200 that can manufacture the above-described disposable apron 100 of the present invention.

Referring to FIG. 7, the disposable apron manufacturing apparatus 200 may include a base frame 210, a feeder 220, a perforator 230, a heater 240, and a winder 250.

In the base frame 210, the feeder 220, the perforator 230, the heater 240, and the winder 250 are sequentially installed, and the above-described thin film sheet 10 is transferred.

The base frame 210 is provided with a plurality of idle rollers 211 to maintain the tension of the thin film sheet 10 is transferred as shown.

The feeder 220 is installed at the front end of the base frame 210, the drum 221 wound around the thin film sheet 10 is rotatably fixed. The feeder 220 supplies the thin film sheet 10 to the winding machine 250 installed at the rear end of the base frame 210 while rotating the drum 221.

At this time, the thin film sheet 10 is supplied to the winding machine 250 through the perforator 230 and the heater 240 as shown.

The perforator 230 punctures the cut line 21 and the cut line 31 on the thin film sheet 10 drawn out from the drum 221 of the feeder 220. Here, the cut line 21 and the cut line 31 are elements for forming the necklace hole 20 and the binding band 30 in the thin film sheet 10 as described above.

In addition, the perforator 230 punctures the separation line CL separating the thin film sheet 10 of the unit to the thin film sheet 10 to be drawn out.

The perforator 230 may be formed in a drum shape as shown, and may be configured as a perforated drum 231 for perforating the cut line 21 and the cut line 31 while rotating about the rotating shaft 231a.

The drilling drum 231 is provided with a perforated cutter 233 on the outer circumferential surface to perforate the cut line 21 and the incision line 31 while rotating by the perforated cutter 233.

The heater 240 reinforces the rigidity of the thin film sheet 10 by heating and partially curing a portion of the thin film sheet 10 drawn from the drum 221. The heater 240 in particular hardens by heating the periphery of the cutout line 21 and the end of the cutout line 31 drilled by the perforator 230.

The heater 240 may be configured as a heater drum 241 that is formed in a drum shape as shown in the figure and rotates about the shaft 241a to heat the thin film sheet 10.

The heater drum 241 is provided with a heating tab 243 on the outer circumferential surface, and heats and hardens the periphery of the cut line 21 and the end of the cut line 31 while the heating tab 243 rotates.

On the other hand, the heater 240 may be formed integrally with the perforator 230, unlike shown. That is, the heater 240 is configured in such a manner that the heating tab 243 is formed on the outer circumferential surface of the perforated drum 231, and the heating tab 243 heats the thin film sheet 10 while rotating together with the perforated cutter 233. May be

The winder 250 is installed at the rear end of the base frame 210 and is equipped with a roll 11 for winding the thin film sheet 10, and rotates the roll 11 to wind the thin film sheet 10. Thus, the winder 250 provides the thin film sheet 10, which has been punched and heated, in the form of being wound on the roll 11.

The winder 250 pulls the thin film sheet 10 while rotating the roll 11. That is, the winder 250 pulls out the thin film sheet 10 from the drum 221 of the feeder 220. Therefore, the winding machine 250 pulls out the thin film sheet 10 of the drum 221, winding the thin film sheet 10 on the roll 11.

Referring to FIG. 8, the perforator 230 and the heater 240 may be formed in a press form. The punching machine 230 is a punching cutter 233 is lowered about the lifting shaft 235a as shown in the drill press 235 to drill the cut line 21 and the cut line 31 on the thin film sheet 10 as shown. Can be configured.

In addition, the heater 240 may be configured as a heater press 245 for heating the thin film sheet 10 while the heating tab 243 is raised about the axis 245a as shown.

In addition, the heater 240 is different from the illustrated, the heating tab 243 is formed in the lower portion of the punching press 235, the heating tab 243 together with the punching cutter 233 is heated to heat the thin film sheet 10 It may be configured in the form. That is, the heater 240 may be formed integrally with the punching press 235.

According to the disposable apron manufacturing apparatus 200 of the present invention as described above, since the heater 240 for heating and curing a portion of the thin film sheet 10 withdrawn from the drum 221 is provided, in particular the necklace to be worn on the body Disposable aprons with reinforced stiffness of balls and straps can be made.

While specific embodiments of the present invention have been described above by way of example, these are for illustrative purposes only and are not intended to limit the protection scope of the present invention. It will be apparent to those skilled in the art that various substitutions, modifications, and changes can be made without departing from the technical spirit of the present invention.

The present invention can be used in the food industry or medical field where the apron made of a thin film sheet reinforced with stiffness is continuously wound on a roll and used for a single use.

Claims

Disposable apron that is worn on the body to prevent contamination by foreign matter,

A thin film sheet of a plastic material which is wound in a roll in a continuous direction;

A necklace ball formed while a part of the thin film sheet is removed by a cut line or an incision line provided in the thin film sheet, and the neck hole is caught; And

Disposable apron, including; a pair of straps formed by cutting the thin film sheet by the cut line or cut line provided on both sides of the necklace ball.
The method of claim 1,

Reinforcing means for strengthening the stiffness of the thin film sheet is partially provided in the thin film sheet by the energy to plastically deform a portion of the thin film sheet in a rigid state to partially reinforce the rigidity of the thin film sheet; apron.
The method of claim 2, wherein the reinforcing means,

Disposable apron, characterized in that; a thermosetting part formed in the thin film sheet by the high heat to partially thermally harden the thin film sheet.
The method of claim 3, wherein the thermosetting unit,

Disposable apron, characterized in that formed in at least one of the portion of the circumference and the binding band of the necklace hole formed in the thin film sheet.
The method of claim 3, wherein the thermosetting unit,

Disposable apron including a plurality of reinforcing wires formed in the longitudinal direction of the binding belt to reinforce the connection portion of the binding belt.
The method of claim 2, wherein the reinforcing means,

Formed in the same manner as the thin film sheet is superimposed on the thin film sheet, the end is heat-sealed with the thin film sheet reinforcement sheet to reinforce the rigidity of the thin film sheet; disposable apron further comprising.
The method of claim 1,

It further comprises a foreign matter collecting means for collecting the foreign matter provided on the lower end of the thin film sheet,

The foreign matter collecting means,

Disposable apron, characterized in that; folding the lower end of the thin film sheet, fusion bag both ends of the folded thin film sheet to provide a collection space for collecting the foreign matter.
An apparatus for manufacturing a disposable apron formed of a thin film sheet,

A base frame to which the thin film sheet is transferred and provided with an idle roller for maintaining tension of the thin film sheet being transferred;

A feeder installed at the base frame and rotatably supporting both sides of the drum on which the thin film sheet is wound to supply the thin film sheet;

A perforator for perforating a cut line and a cut line for forming a necklace hole and a binding band on the thin film sheet drawn out from the drum of the feeder;

A heater for heating the thin film sheet having the cut line and the cut line perforated by the perforator to cure at least one of a periphery of the cut line and an end of the cut line; And

A roll for winding the thin film sheet, which is partially cured by the heater, is coupled, and a winding machine for rotating the roll to take out the thin film sheet wound on the drum of the feeder while winding the thin film sheet from the roller; Manufacturing equipment.
The method of claim 8, wherein the perforator,

The thin film sheet is provided with a perforated cutter for puncturing the perforated line and the incision, a perforated drum in the form of a drum for perforating the perforated line and the incision while the perforated cutter;
The method of claim 8, wherein the perforator,

Disposable apron manufacturing apparatus, characterized in that the perforated press for drilling the perforated line and the incision line while the perforated cutter for drilling the perforated line and the incision line on the thin film sheet.
The method of claim 8, wherein the heater,

Disposable apron, which is installed in the lower part of the perforator is heating any one of the heater press for heating the thin film sheet while interlocking with the perforator, heating the thin film sheet while rotating or pressurized by pressing. Manufacturing equipment.