KR20170070695A - Apparatus for Manufacturing the Beauty Treatment Pack - Google Patents

Abstract

The present invention relates to an internal tank for storing a predetermined amount of a serum, an external tank for internally accommodating the internal tank to form a hot water space for storing hot water between the internal tank and a heating member for heating the constant temperature water, A heating and storing unit for providing a heat source to maintain the temperature at a predetermined temperature; A first film sheet wound on the pair of rotating bodies, a pair of edge dampers contacting the outer surface at the same time with the outer sheet, and a pair of edge dams connected to both ends of the pair of edge dampers A control dam, a serum pool filled with the serum by the pair of rotating bodies, the pair of edge dams, and the control dam, and applying a serum solution between the first film sheet and the fabric sheet passing between the pair of rotating bodies A coating portion for forming a coating layer having a predetermined thickness; A cooling unit for forming a coating layer between the first film sheet and the fabric sheet and arranging a cooling box through which the laminate discharged from the coating unit passes in one direction on the exit side of the coating unit to cool the laminate; A punching press for punching the stacked body cooled by the cooling unit with a die to cut the stacked body into a predetermined shape; A scrap separating unit for primarily separating the cosmetic pack cut from the punching work and the remaining scraps and separating and separating the raw scrap and the film scrap after coating the coating liquid from the separated scrap; .

Description

[0001] Apparatus for Manufacturing Beauty Treatment Pack [

The present invention relates to an apparatus for manufacturing a cosmetic pack.

In general, cosmetic packs such as mask packs and nose packs are prepared by absorbing functional cosmetics for skin cosmetics into a fabric such as a nonwoven fabric, a beauty film, etc. for the purpose of facial massage, moisturizing and the like, .

These beauty packs have been widely used since various kinds of packs according to skin beauty functions are sold on the market due to the increasing interest in skin beauty and the use of men and women as well.

Basically, a cosmetic pack is prepared by coating a substrate sheet obtained by laminating a fabric such as a nonwoven fabric on a film so that the cosmetic solution as a functional cosmetic is absorbed, laminating a film on the coating layer coated with a certain thickness of the cosmetic solution, Cutting and separating the cosmetic packs, and sealing the cosmetic packs separated and sealed in the package.

(Patent Document 1) KR10-2007-0099083 A

Patent Document 1 discloses a conveyor in which a nonwoven fabric unwinded from a take-up roll is moved in order to apply liquid silicone in which a functional additive is uniformly mixed on the surface of a nonwoven fabric moving along a conveyor, a conveyor for smoothly mixing silicon and a functional additive A curing agent storage tank filled with a curing agent and a second agitator connected to the first agitator and the curing agent storage tank through a pipe to agitate the curing agent once again with the liquid silicone mixed with the functional additive, And a functional additive are mixed and temporarily stored in a gel state, which is a serum for a mask pack.

However, in such a conventional manufacturing apparatus, the beauty liquid for beauty pack (hereinafter referred to as beauty liquid), which is a coating object, must be kept at a certain temperature so as not to be hardened prior to the coating process for forming a coating layer having a certain thickness on the surface of the fabric such as non- Since the temperature of the serum mixture to be stirred is not constantly maintained, it causes coating defects due to curing of the serum to be supplied to the coating process, which is a post-process, and causes degradation of work productivity and product yield .

Also, in the process of forming a layer of certain thickness on the surface of the nonwoven fabrics and the coating solution, the resultant product including the coagulated solidified cosmetic liquid was caused to cause defective product, and as a result, the yield of the product decreased.

Then, the film is punched in the form of a mask in the form of a film laminated on the upper and lower surfaces of the nonwoven fabric impregnated with the serum, and then only the mask form is extracted and packed as a product, and the remaining scrap parts are discharged and discarded A large amount of waste not produced in the process is generated in the process, resulting in an increase in waste disposal cost, and the PE film scrap that can be recycled is also discarded without being recycled.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a cosmetic composition, Which is capable of preventing hardening in a storage space by forcibly circulating the cosmetic pack.

It is another object of the present invention to provide a cosmetic pack manufacturing apparatus capable of easily varying the coating width of a serum solution and varying the thickness of the coating layer in accordance with the width of the sheet having various width sizes while minimizing the incorporation of the coagulated serum solution, ≪ / RTI >

Another object of the present invention is to provide a cosmetic pack manufacturing apparatus capable of separating and collecting non-woven fabrics scrap so that film scraps can be recycled from scraps generated by punching a semi-finished product coated with a serum on a non-woven fabric .

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are not restrictive of the invention, unless further departing from the spirit and scope of the invention as defined by the appended claims. It will be possible.

As a specific means for achieving the above object, a preferred embodiment of the present invention is an apparatus for producing a beauty pack in which a film is laminated on a fabric coated with a serum, comprising: an inner tank in which a predetermined amount of the serum is stored; An outer tank for internally accommodating the inner tank so as to form a hot water space for storing the hot water, a heating and heating unit for heating the constant temperature water, and a heating and storing unit for providing the heat source to maintain the temperature of the serum at a predetermined temperature; A first film sheet wound on the pair of rotating bodies, a pair of edge dampers contacting the outer surface at the same time with the outer sheet, and a pair of edge dams connected to both ends of the pair of edge dampers A control dam, a serum pool filled with the serum by the pair of rotating bodies, the pair of edge dams, and the control dam, and applying a serum solution between the first film sheet and the fabric sheet passing between the pair of rotating bodies A coating portion for forming a coating layer having a predetermined thickness; A cooling unit for forming a coating layer between the first film sheet and the fabric sheet and arranging a cooling box through which the laminate discharged from the coating unit passes in one direction on the exit side of the coating unit to cool the laminate; A punching press for punching the stacked body cooled by the cooling unit with a die to cut the stacked body into a predetermined shape; A scrap separating unit for primarily separating the cosmetic pack cut from the punching work and the remaining scraps and separating and separating the raw scrap and the film scrap after coating the coating liquid from the separated scrap; A cosmetic pack manufacturing apparatus according to the present invention.

Preferably, the cosmetic device further includes a supply pump for supplying the cosmetic solution to be filled with the serum,

The supply pump may be provided in the middle of the length of the supply line in which one end is connected to the discharge port and the other end is discharged to the serum solution pool.

Preferably, the apparatus further comprises a supply pump for supplying the cosmetic solution to be filled with the serum, a circulation pump for forcibly circulating the serum in the inner tank, and an adapter tube for connecting the discharge port, A second branch connected to a circulation pump provided in a circulation line connected at one end to the inner tank, and a connection pipe connected to an outlet of the inner tank, the first branch being connected to the supply line.

Preferably, the control unit includes a control unit electrically connected to a temperature sensor for measuring the temperature of the constant temperature water and connected to the heating member via a power cable, Then, it is possible to judge and control whether the heating member for providing the heat source for heating the constant temperature water is operated based on the comparison value.

Preferably, the control dam may be arranged such that the lower end of the control dam is disposed at the lower end of the second rotating body, which the fabric sheet is wound around.

Preferably, the pair of edge dams may include a pair of curved surfaces linearly machined so as to have the same curvature as the outer circumferential surface of the pair of rotating bodies, and a plate body having protrusions disposed in the nip formed between the pair of rotating bodies .

Preferably, the control dam is provided with a through hole so as to be slidably movably assembled to a pair of horizontal bars arranged in parallel with the pair of rotors, both ends of which are movably assembled to guide holes formed through the pair of edge dams can do.

More preferably, the pair of horizontal bars may include a stopper ring which is in contact with an outer side of the pair of edge dams and controls the movement of the pair of edge dams.

Preferably, the scrap separating portion includes a guide bar for guiding the scrap separated from the stacked body punched in the punching process in one direction, a guide bar for guiding the scrap passing through the guide bar, And a plurality of separating bars for separating the scrap and the film scrap, respectively, from the sloped bars arranged at an angle slope and the scrap coated with the serum from the sloped scrap from the sloped bars.

More preferably, the guide bar may include at least one engaging disk inserted correspondingly to the opening of the scrap with the beauty pack removed therefrom.

More preferably, the separating bars are provided with first and second rolls that are connected to ends of film scraps separated from each other at different positions and are wound in a winding direction by first and second driving motors to wind the film scrap can do.

The present invention as described above has the following effects.

(1) Since a hot water space filled with constant temperature water is formed between the inner tank in which the serum is stored and the outer tank in which the heating member is mounted, the temperature of the serum can be maintained at a constant temperature by the constant temperature water. The serum can be supplied to perform the serum-free coating process without fail.

(2) Since the beauty liquid stored in the inner tank can be forcedly circulated through the circulation line by the pumping force of the circulation pump, it is possible to prevent the cosmetic from hardening in the inner tank, And the quality of the serum coating process can be improved.

(3) Minimizing the generation of bubbles and vortices due to the motion of the serum in the serum of the serum and minimizing the transfer of the heat of the serum, which has been maintained at a temperature and temperature, to the outside through the rotating body, It is possible to prevent the coagulated material from being contained in the coating layer. Therefore, it is possible to lower the manufacturing defect rate of the cosmetic pack by the solidification of the coating layer, to increase the product yield, and to improve the product reliability.

(4) Since it is possible to eliminate the work of removing the coagulating solution frequently floating on the surface of the serum by the operator, the working load can be reduced and the work productivity for manufacturing the beauty pack can be improved.

(5) Since the width of the coating layer can be adjusted easily and quickly according to the sheet having various widths, the time required for adjusting the coating width can be shortened and the productivity of the work can be increased.

(6) After punching a laminate having a coating layer coated with a serum on a nonwoven fabric fabric sheet, the fabric scrap, which can not be recycled, and the recyclable film scrap can be separately collected from scrap generated in large quantities while the cosmetic pack is separated .

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall perspective view of a cosmetic pack according to a preferred embodiment of the present invention; FIG.
2 is a perspective view illustrating a heating and storing unit included in the beauty pack manufacturing apparatus according to a preferred embodiment of the present invention.
FIG. 3 is a cross-sectional view illustrating a heating and storing unit included in the cosmetic pack manufacturing apparatus according to a preferred embodiment of the present invention.
4 is a cross-sectional view illustrating another configuration of the heating and storing unit included in the beauty pack manufacturing apparatus according to the preferred embodiment of the present invention.
5 is a perspective view illustrating a coating unit included in the beauty pack manufacturing apparatus according to the preferred embodiment of the present invention.
6 is a cross-sectional view illustrating a coating unit included in a cosmetic pack manufacturing apparatus according to a preferred embodiment of the present invention.
FIG. 7 is an exploded view showing a coupling relationship between an edge dam and a control dam included in a beauty pack sorting apparatus according to a preferred embodiment of the present invention.
8 is a schematic diagram showing a flow of a serum of a serum in a coating device for manufacturing a cosmetic pack according to a preferred embodiment of the present invention.
9 and 10 are perspective views illustrating a scrap separating unit provided in a coating apparatus for manufacturing cosmetic packs according to a preferred embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, a detailed description of known functions and configurations incorporated herein will be omitted when it may obscure the subject matter of the present invention.

The same reference numerals are used for portions having similar functions and functions throughout the drawings.

In addition, in the entire specification, when a part is referred to as being 'connected' to another part, it may be referred to as 'indirectly connected' not only with 'directly connected' . Also, to include an element does not exclude other elements unless specifically stated otherwise, but may also include other elements.

The beauty pack manufacturing apparatus 100 according to the preferred embodiment of the present invention can manufacture a beauty pack in which a coating layer coated with a serum solution is formed between a fabric sheet and a first film sheet as shown in FIGS. 1 to 3B A coating unit 120, a cooling unit 130, a punching work 140, and a scrap separating unit 150. The scraper separating unit 150 includes a heating and storing unit 110, a coating unit 120, a cooling unit 130,

As shown in FIGS. 1 to 3B, the heating and storing unit 110 is configured to store a predetermined amount of the serum to be used in the coating unit, so as to provide a heat source while keeping the temperature of the serum- An outer tank 112 for internally accommodating the inner tank 111 to form a hot water space S between which the hot water is stored between the inner tank 111 and the inner tank 111, And a heating member 113

The inner tank 111 may be a hollow cylindrical storage tank having an inner space in which a predetermined amount of the serum is stored. The opened upper portion of the inner tank 110 is connected to the outer cover 111a by an upper cover 111a, So that it can be closed and sealed.

The serum to be filled in the inner tank 111 must be maintained at a relatively higher temperature than the outside temperature so as not to be solidified until it is coated on the fabric sheet and may be kept in a variety of forms such as creams and cataplasma formulations requiring heating in a gel state And a cosmetic composition.

The outer tank 112 may be formed of a hollow cylindrical metal body that is opened to the upper side as the inner tank so that the inner tank can be inserted into the inner space.

An outlet 111b extending from the lower end of the inner tank 111 through a predetermined length passes through the bottom surface of the outer tank 112. The outer surface of the inner tank 111 and the outer surface of the outer tank 112 Can be spaced apart from each other by a predetermined distance, thereby forming a hot water space S having a predetermined size, which is filled with a certain amount of constant temperature water such as water.

Here, the outer tank 112 is spaced apart from the upper surface of the first moving bogie 115 having a plurality of moving wheels 115a by a plurality of support rods 115b, The inner and outer tanks can be moved.

Further, it is preferable that the upper edge of the upper end of the outer tank 112 is welded so as to be bent inward to be in contact with the outer surface of the inner tank and sealed.

The external tank 112 is provided with at least one constant temperature water supply port 112a for supplying constant temperature water from the outside to the hot water bath space S and constant temperature water is supplied to the lower surface of the external tank 112 And a constant-temperature water outlet 112b having a valve member so as to be discharged to the outside.

The heating member 113 is a heating means that generates heat when power is applied so that the constant temperature water which is heated by the heat transferring to the serum, which is the heating object filled in the inner tank 110, can be heated.

Most of the body is inserted into the hot water space S through the insertion hole formed in the outer tank 120 and only a part of the body connected to the power cable 113a is exposed to the outside, And may be provided with a heating rod for generating electric resistance heat.

Preferably, the insertion hole is sealed so as to prevent leakage of the constant temperature water through the gap with the heating member.

And a supply pump 114 for pumping a serum of the cosmetic solution to be supplied to the serum of the coating unit to the discharge port 111b of the inner tank 111. The supply pump 114 is connected to the discharge port 111b And a pumping force which is provided in the discharge line 114a to pressurize and transport the serum of the cosmetic solution discharged through the discharge port so as to be filled in the serum of the coating part 120 as a post-process.

The supply pump 114 may be provided in the middle of the length of the supply line, which is connected to one end of the supply port and is connected to the other end of the supply line.

The inner tank 111 includes a supply pump 114 for discharging the serum to the outside, a circulation pump 116 for forcibly circulating the serum stored in the inner tank 111, and a discharge port 114a And an adapter tube 117 for communicating with each other.

3A, the adapter tube 117 includes a first branch tube 117a connected to the supply line 114a of the supply pump 114 and a second branch tube 117b connected to the circulation line A second branch tube 117 connected to the circulation pump 116 of the first circulation pump 116a and a connection pipe 117a connected to the discharge port 111b.

At this time, the supply line 114a, the first and second branch pipes 117a and 117b may be provided with an on-off valve for controlling the supply flow of the serum pumped out from the inner tank.

Here, the circulation line 116a is connected to the connection pipe 163 provided on the upper outer surface of the inner tank 111, and the inner end of the connection pipe 116a is forced by the pumping force of the circulation pump So that the circulating serum is discharged to the inner wall of the inner tank 111.

The operation of supplying the cosmetic solution, which is kept at a constant temperature by the constant temperature water in the interior tank 111, to the coating part 120 as a post-process is performed by the pumping force of the supply pump 114 .

At this time, the opening valve provided in the second branch pipe 117b of the adapter pipe 117 is closed and the operation of the circulation pump 116 is stopped.

On the other hand, as shown in FIG. 6B, the operation of forcibly circulating the serum in order to prevent the coagulation of the serum stored in the inner tank 111 is performed by the first branch tube 117a of the adapter tube 117, Closing valve 116 is closed, and when the circulation pump 116 is operated while the supply pump is stopped, the circulation line 116a (116a) connected to the second branch having the opened second opening / Through the pumping force of the circulation pump, the cosmetic discharged from the discharge port can be supplied to the upper portion of the inner tank for forced circulation.

The supply pump 114 is connected to the discharge port 111b of the inner tank via the adapter pipe 117 connected to the circulation pump 116. However, , The supply line 114a is directly connected to the discharge port 111b of the inner tank 111 with the adapter tube 117 removed to discharge the serum having the temperature maintained at a constant temperature, Only the operation of supplying the serum to the serum of the coating portion which is a process to be filled with the serum may be performed.

Meanwhile, the circulation pump 116 may be provided in the second moving truck 118 having a plurality of moving wheels 118a so that the circulation pump 116 can easily approach and move the tank structure composed of the inner tank and the outer tank.

The controller 119 is electrically connected to a temperature sensor 113b for measuring the temperature of the constant temperature water filled in the hot water space S and connected to the heating member 113 through a power cable supplied with external power, ).

Accordingly, the control unit 119 compares the measured value of the temperature sensor 113b with a previously set reference value and then provides a heating member 113 for providing a heat source for heating the constant temperature water based on the comparison value, And determines whether or not it is operated.

That is, when it is determined that the measured value of the constant temperature measured by the temperature sensor 113b is lower than the previously set reference value and the temperature of the constant temperature is needed, the external power is supplied to the heating member 113, When the measured value of the constant temperature measured by the temperature sensor is equal to or higher than a predetermined reference value while heating the constant temperature water in the hot water space for transferring heat to the serum by heating, And stops the heating by heating the constant temperature water filled in the hot water space.

5 to 8, a coating layer C having a predetermined thickness is formed between the first film sheet 1 and the cloth sheet 2 to form the laminate 3, A pair of rotors 121 and 122, a pair of edge dams 123a and 123b, and a control dam 124 so as to be manufactured.

The pair of rotating bodies 121 and 122 may be formed of a pair of left and right cylindrical roll members rotated in an engaging direction opposite to each other by a driving source not shown.

Both ends of a support shaft provided at the center of the body of the pair of rotors 121 and 122 can be rotatably assembled to a pair of support plates 121a and 121b vertically provided.

The pair of rotating bodies 121 and 122 form a nip portion N spaced at a predetermined distance from each other and the first film sheet 1 and the tail sheet 2 are joined together through the nip N, (3) is continuously passed downward in the drawing and discharged.

The first film sheet 1 is fed to the rotating body 121 of one of the pair of rotating bodies 121 and 122 to be wound and the remaining rotating body 122 is made of a nonwoven fabric to absorb the coating liquid, The fabric sheet 2 as a raw material is fed and wound.

The first film sheet 1 and the far-end sheet 2 are sheet members that are continuously unwound from a rolled-up sheet roll provided on the front side and the rear side of the pair of rotating bodies 110, The width of the sheet material may be less than the length of the sheet material.

At this time, the width of the first film sheet 1 and the tail sheet 2, which are wound around the pair of rotating bodies 121 and 122, may be widened or narrowed depending on the size of the beauty pack to be manufactured.

A second film sheet 2a, which is a protective sheet, is provided on one side of the fabric sheet so as to prevent the cosmetic solution, which forms the coating layer from passing through the pair of rotors 121 and 122, It is preferable that the rollers are laminated and wound around the rotating body together with the fabric sheet.

The pair of edge dams 123a and 123b are formed so that the first film sheet 1 wound on the pair of rotors 121 and 122 and the outer surface of the farther sheet 2 contact each other, And a pair of plates disposed on both sides of the pair of rotors so as to form an upper open space between the pair of rotors.

The pair of edge dams 123a and 123a are arranged in a pair of curved surfaces R1 linearly machined so as to have roughly the same curvature as the outer circumferential surface of the pair of rotors and a nip portion N formed between the pair of rotors And a projection having a protruding portion R1.

Thus, the serum is heated by the pair of rotating bodies 121 and 122 and the pair of edge dams 123a and 123b and heated by the heating unit 110 to be heated to a predetermined temperature, It is possible to form a space serving as a discharge passage.

The control dam 124 may be formed of a plate having both ends connected to the pair of edge dams 123a and 123b so that any one of the pair of rotating bodies faces the lower end.

Accordingly, in the space formed by the pair of rotating bodies 121 and 122, the pair of edge dams 123a and 123b disposed on both sides thereof, and the control dam 124 having both ends connected to the pair of edge dams, Which is pumped and discharged by the pumping force of the supply pump 114 from the inner tank 111 of the storage part, is supplied through the supply line 114a to be filled with the serum, Thereby forming a pool.

When the first film sheet 1 and the tail sheet 2 are jointed and nipped between the nips N of the pair of rotating bodies 121 and 122 rotated in opposite directions, The layered product 3 forming the coating layer G having a certain thickness and in which the serum of the serum of the serum is interposed between the fabric sheets 2 is discharged downward.

At this time, as shown in FIG. 8, the serum of the serum solution 80 flows downward toward the nip N while being in contact with the first film sheet 1, which is in contact with the outer circumferential surface of the first rotating body, Flows upward along the substantially vertical outer wall of the control dam 124, and then forms a circulation flow that flows from the upper surface of the serum solution pool to the first film sheet 1 side.

The control dam 124 is disposed in correspondence with the second rotating body 122 in which the fabric sheet 2 such as the nonwoven fabric absorbing the beauty liquid is wound so as to be wound therewith so as to be in contact with the first film sheet 1 made of the same material as the film Since the contact area with the serum (G) can be minimized in the fabric sheet (2), frictional force and vortex caused by contact between the fabric sheet having a large surface roughness and the serum can be reduced, It is possible to minimize the generation.

In addition, the control dam 124 reduces the contact area of the serum of the serum with the tail sheet, which is wound around the second rotating body 122, so that the heat of the serum is transferred to the second rotating body, The coagulation of the serum can be prevented.

A temperature sensor (T) for measuring the temperature of the serum in real time is provided on the upper part of the serum pool. The temperature of the serum measured by the temperature sensor (T) is measured by heating the serum to be supplied into the serum pool To the control unit side of the heating and storage unit.

The control dam 124 is movably assembled to the guide holes 124a and 124b formed through the pair of edge dams 123a and 123b.

The pair of edge dams 130 are provided with through holes 125a and 125b so as to be slidably assembled to a pair of horizontal bars 125 arranged in parallel with the pair of rotors 110 and 120.

Both ends of the pair of horizontal bars 125 can be connected and fixed to a pair of barb rails 127a and 127b fixed to a pair of supporting plate bodies 121a and 121b.

At this time, on the outer side of the pair of edge dams 123a and 123b, a pair of edge dams 123a and 123b, which are slidably mounted on the pair of horizontal bars 125, Each of the pair of edge dams 123a and 123b includes a stopper ring 126 inserted into each of the horizontal bars 125 and fixedly positioned by a fastening member, And can be reciprocated and adjusted in position along the pair of horizontal bars 125 so that the coating width of the serum can be widened or formed narrowly in accordance with the width of the stopper 2, The position adjusted by the ring 126 can be fixed.

The cooling unit 130 is a cooling unit in which a laminated body 3 discharged from a pair of rotors of the coating unit 120 passes through in one direction while forming a coating layer coated with an essence between the first film sheet and the fabric sheet, (131) is provided at the rear end of the coating part (120) to cool the laminate (3).

The cooling box is composed of a first cooler and a second cooler to adjust the temperature and time for cooling the laminate. By cooling the laminate at room temperature while passing through the cooling box, the punching process Cool the coating to a suitable temperature so that the coating layer of the essence does not get wetted or the manufactured cosmetic pack does not flow down.

Subsequently, the laminated body cooled to room temperature while passing through the cooling box of the cooling unit 130 is conveyed to the punching work 140 through the conveying roller (not shown).

The punching work 130 includes a punching press 141 for punching the stacked body 3 cooled by the cooling unit with a metal to cut the beauty pack so that the beauty pack can be separated. It will cut.

The punching press machine 141 includes a mold having an upper movable base which is operated up and down with respect to a lower fixed base (not shown), and a cutting blade having a mask shape matching the preset shape of the upper movable base, The cutting line can be formed so that the beauty pack can be separated from the stacked body in accordance with the shape of the mold by lowering the mold so that the upper body is brought into contact with the stacked body along with the upper base.

9 and 10, the scrap separating unit 150 primarily separates the cosmetic pack separated from the stacked body 3 punched by the punching work and the scraps as the remaining stack, (S1) and film scraps (S2, S3) from which the serum has been applied are secondarily separated and collected.

The scrap separating unit 150 is provided with a guide bar for guiding the scrap S separated and removed from the stacked body punched by the punching process in one direction, 151 which are inclined at an angle of 45 degrees with respect to the guide bar 151 so that the scrap S passing through the guide bar 151 can be switched in a direction substantially perpendicular to the direction in which the laminate moves in one direction, A raw scrap S1 coated with a serum from the scrap S which has been turned while passing through the slope bar 152 and a plurality of film scraps S1 and S2 separating the scraps S2 and S3 from the scrap S, Separating bars 154a, 154b, and 154c to separate the scrap from the scrap S from which the cosmetic pack has been removed from the laminate, and the recyclable film scrap.

Here, the raw scrap S1 is a raw sheet of a nonwoven fabric coated with a serum solution, and the film scraps S2 and S3 may be a film sheet and a protective film respectively separated from both sides of the raw scrap S1.

The guide bar 151 is installed on the upper surface of the scrap guide 153 relatively higher than the horizontal plate that punches the stacked punching work in one direction, It is preferable to provide a lower guide bar 159 for guiding the removed scrap S upward at a predetermined angle to the guide bar 151 side.

The guide bar 151 is provided with at least one catching disk 151a inserted corresponding to the opening SH of the scrap S from which the cosmetic pack A is separated, 152 so that the width of the scrap can be prevented from being narrowed by changing the direction to the substantially right angle direction.

The plurality of separation bars 154a, 154b and 154c are disposed adjacent to the scrap guide 153 and include a horizontal frame 155a of a frame structure 155 including a horizontal frame 155a and a vertical frame 155b. When the scrap is composed of the raw scrap S1 coated with the serum and the film scraps S2 and S3 having the film sheets laminated on both sides thereof, the film scrap is separated from the first separating bar 154a, And a third separating bar (154b), the second separating bar (154b) being located between the first separating bar and the third separating bar, the separating bar being separated from the third separating bar (154b) while being turned in a direction perpendicular to the advancing direction of the scrap, In the vertical direction.

First and second driving motors 157a and 157c are connected to the ends of the film scraps downwardly separated from each other at a position directly beneath the separating bars 155a and 155c for separating the film scraps S1 and S3, And first and second rolls 156a and 156c that are wound in a winding direction by the rolls 156a and 156b and wound up sequentially from the scraps S2 and S3 separated from the scrap S of the scrap S, respectively.

The first and second rolls 156a and 156c are detachably coupled to the driving shafts of the first and second driving motors 157a and 157c to wind a predetermined amount of the film scrap wrapped around the first and second rolls, The first and second rolls are mounted and the winding work is continuously performed, and the first and second rolls wound with the film scraps are separated and discharged for recycling of the film scrap.

The film scraps S2 and S3 are wound around the first and second rolls by an external force generated by the guide bars 151 and the inclined bars 152 and the separation bars 154a and 154b and 154c, And a separating force for separating the raw scrap and the film scrap from the scraps which are redirected at the separating bar, respectively.

Preferably, the first and second rolls 156a and 156c control the rotation driving of the first and second driving motors so that the first and second rolls 156a and 156c can be rotated at the same speed. The separated scrap S1 can be separated and discharged by separately loading and discharging it on the ground or by winding it on a third roll that is rotated in the winding direction by the third driving motor.

On the other hand, the cosmetic packs separated from the laminate are collected in a collection box 150a and then transferred to a post-process so that inspection and packaging operations can be performed, or transferred to a post-process so that inspection and packaging operations can be performed on the transfer conveyor .

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. It will be apparent to those of ordinary skill in the art.

111: Internal tank
111a: upper cover
111b:
112: External tank
113: heating member
114: Feed pump
114a: supply line
117: Adapter tube
117a: 1st branch
117b: Second branch office
117c: Connector
119:
121, 122:
123a, 123b: edge dam
124: Control dam
124a: Through hole
125: Horizontal bar
125a: Information bar
126: Stopper ring
130:
131: cooling box
140: Punching study
141: Punching press machine
150: scrap separator
151: Information Bar
152: inclined bar
153: Scrap guide
154a, 154b, 154c: separation bar
156a, 156c:
157a, 157c: first and second drive motors
S: Scrap
S1: Fabric scrap
S2, S3: Scrap film

Claims (11)

An apparatus for producing a cosmetic pack in which a film is laminated on a fabric coated with a serum,
An outer tank for internally storing the inner tank so as to form a hot water space for storing the constant temperature water between the inner tank and the inner tank; and a heating member for heating the constant temperature water, A heating and storing section for providing a heat source to maintain the temperature;
A first film sheet wound on the pair of rotating bodies, a pair of edge dampers contacting the outer surface at the same time with the outer sheet, and a pair of edge dams connected to both ends of the pair of edge dampers A control dam, a serum pool filled with the serum by the pair of rotating bodies, the pair of edge dams, and the control dam, and applying a serum solution between the first film sheet and the fabric sheet passing between the pair of rotating bodies A coating portion for forming a coating layer having a predetermined thickness;
A cooling unit for forming a coating layer between the first film sheet and the fabric sheet and arranging a cooling box through which the laminate discharged from the coating unit passes in one direction on the exit side of the coating unit to cool the laminate;
A punching press for punching the laminate cooled in the cooling unit with a die to cut the laminate into a predetermined shape;
A scrap separating unit for primarily separating the cosmetic pack cut from the punching work and the remaining scraps and separating and separating the raw scrap and the film scrap after coating the coating liquid from the separated scrap; Wherein the cosmetic pack manufacturing apparatus comprises: The method according to claim 1,
And a supply pump for supplying the cosmetic solution to be filled with the serum,
Wherein the supply pump is provided in the middle of a length of a supply line in which one end is communicated with the discharge port and the other end is discharged to the serum solution pool. The method according to claim 1,
A circulation pump for forcibly circulating the serum in the inner tank; and an adapter tube for connecting the outlet to the circulation pump,
The adapter pipe includes a first branch pipe communicated with a supply line of the supply pump, a second branch pipe connected to a circulation pump provided in a circulation line connected at one end to the inner tank, and a second branch pipe connected to a discharge port of the inner tank And a connection pipe for connecting the cosmetic pack. The method according to claim 1,
And a control unit electrically connected to a temperature sensor for measuring the temperature of the constant temperature water and connected to the heating member via a power cable,
Wherein the control unit compares the measured value of the temperature sensor with a reference value set in advance and then determines whether the heating member for operating the heating member for heating the constant temperature water is operated based on the comparison value, Cosmetic pack manufacturing equipment. The method according to claim 1,
Wherein the control dam is provided with a lower end corresponding to the second rotary body wound on the fabric sheet. The method according to claim 1,
Characterized in that the pair of edge dams includes a pair of curved surfaces linearly machined so as to have the same curvature as the outer circumferential surface of the pair of rotating bodies and a plate body having protrusions arranged in the nip formed between the pair of rotating bodies Pack manufacturing apparatus. The method according to claim 1,
The control dam is provided with a through hole so that both ends thereof are movably assembled to a guide hole formed through the pair of edge dams and slidably movably assembled to a pair of horizontal bars disposed in parallel to the pair of rotors Wherein the cosmetic pack manufacturing apparatus comprises: 8. The method of claim 7,
Wherein the pair of horizontal bars are provided with a stopper ring which is in contact with an outer side of the pair of edge dams to control the movement of the pair of edge dams. The method according to claim 1,
The scrap separating unit includes a guide bar for guiding the scrap from which the cosmetic pack is separated from the stacked body punched in the punching work in one direction, and a guide bar for guiding the scrap, And a plurality of separating bars for separating the scrap and the film scrap, respectively, from the sloped bar and the sloped scrap. 10. The method of claim 9,
Wherein the guide bar comprises at least one engaging disk inserted in correspondence with an opening of the scrap on which the cosmetic pack is separated and removed. 10. The method of claim 9,
And the first and second rolls are connected to the ends of the film scraps separated from each other at different positions and wound in the winding direction by the first and second driving motors to wind the film scraps. A cosmetic pack manufacturing apparatus.

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