KR101841076B1 - Pouch for mask pack - Google Patents

Abstract

The present invention relates to a pouch for a mask pack, which can provide convenience in use and economic feasibility to a user by improving an opening structure, a remaining skin care liquid discharge structure, and a mask pack drawn-out automatic unfolding structure.

Description

Pouch for mask pack {POUCH FOR MASK PACK}

The present invention relates to a pouch for a mask pack, and more particularly, to a pouch for a mask pack which can be easily opened and can be used without any remaining skin cosmetic liquid, and which provides an automatic spreading function upon withdrawal of a mask pack.

As a technique relating to a pouch for a mask pack,

Korean Patent Registration No. 10-1038751 (registered on May 27, 2011) "Pouch for mask pack"

The method of claim 1, further comprising: a top wrapping paper; a bottom wrapping paper which is sewn to the top wrapping paper so as to form a space for receiving the mask pack; and a folding formed on at least one of the top wrapping paper and the bottom wrapping paper, So that it is easy to use the mask pack when the mask pack is opened, and it is possible to minimize the burden on the back of the user or other parts of the massage material.

Literature 1. Korean Patent Registration No. 10-1038751 (registered on May 27, 2011)

It is an object of the present invention to provide a pouch for a mask pack having various opening structures, an automatic unfolding structure for a mask pack, and a structure for discharging residual skin essence.

According to an aspect of the present invention, there is provided a pouch for a mask pack,

A pouch comprising a sheet in which an inner housing space is hermetically sealed so as to have a sealing portion by a manufacturing means, and a mask pack accommodated in a housing space portion of the seat and having a skin serum solution,

Wherein the sheet is provided with a V-shaped cutting guide formed at one or both ends thereof, or both ends thereof, on at least one or more virtual lines crossing the sealing portion and the accommodation space portion,

Wherein at least one virtual line of the virtual lines is formed with a perforated line,

And a sloped end portion of a 자 shape facing the opening perforation line is formed at an end of the accommodation space portion located on the opening perforated line side, and a narrow outlet of the opening portion cut by the opening perforation line, And is capable of squeezing serum.

In the pouch for a mask pack according to the present invention,

Thereby minimizing the waste of the skin cosmetic solution caused by the skin cosmetic solution being wasted on the hand and allowing the mask pack to be pulled out so that the remaining skin cosmetic liquid in the empty pouch can be squeezed out without any use, There is the greatest effect that can greatly improve convenience and economical efficiency.

1 is a front view showing a pouch for a mask pack according to a first embodiment of the present invention,
2 is a front view showing a pouch for a mask pack according to a second embodiment of the present invention,
3 and 4 are a front view showing a pouch for a mask pack according to a third embodiment of the present invention,
5 to 7 are a front view showing a process of opening a pouch for a mask pack according to a fourth embodiment of the present invention,
8 is a front view showing an expanded mask pack,
9 is a front view showing a pouch for a mask pack according to a fifth embodiment of the present invention,
Fig. 10 is an overall configuration diagram showing the manufacturing means,
Figs. 11 to 16 are detailed configuration diagrams of respective units constituting the manufacturing means. Fig.

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

Prior to this, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms, and the inventor should appropriately interpret the concepts of the terms appropriately It should be interpreted in accordance with the meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

1 to 9, a pouch P for a mask pack according to the present invention includes:

A seat 10 in which the inner space portion 12 is hermetically sealed so as to have a sealing portion 11 by the manufacturing means 100 and a seat 10 accommodated in the accommodation space portion 12 of the seat 10, And a mask pack 20,

First, the sheet 10 of the first embodiment

As shown in Figure 1,

A V-shaped cutting guide 13 formed at one or both ends or both ends of the V-shaped cutting guide 13 is provided on at least one virtual line crossing the sealing part 11 and the accommodation space part 12,

At least one virtual line of the virtual lines is formed with a perforated line (14)

Shaped inclined end portion 15 facing the opening perforation line 14 is formed at the end of the accommodation space portion 12 located on the side of the opening perforation line 14, It is possible to squeeze the skin serum remaining in the accommodation space portion 12 with a narrow outlet of the opened opening portion.

As a result, the tip end region side of the inclined end portion 15 is located on the line where the open perforation line 14 is formed, so that when the open perforated line 14 is cut, The narrow outlet is opened and the skin cosmetic remaining in the accommodation space 12 can be squeezed out by the outlet.

The sheet 10 of the second embodiment

As shown in Figure 2,

And a diagonal cut-off line 16 formed in a diagonal direction in a sealing portion 11 of two neighboring sides, so that the narrow portion of the opening portion cut by the oblique cut- The skin serum remaining in the skin 12 can be squeezed.

As a result, the sheet 10 has a rectangular shape and the oblique perforation lines 16 are formed in the sealing portions 11 of the two adjacent sides. Therefore, when the oblique perforation lines 16 are cut, A narrow outlet is opened to a part of the space, and the skin cosmetic remaining in the accommodation space part 12 can be squeezed out by the outlet.

The sheet 10 of the third embodiment

As shown in Figures 3 and 4,

Sealing portion 17 is formed in a part of the periphery of the upper and lower films 10A and 10B and the upper and lower films 10A and 10B so that the non- The upper film 10A can be peeled off from the lower film 10B by pulling the ends of the upper and lower films 10A,

A logo pattern 18 is provided on the front surface of the lower film 10B.

Here, the logo pattern unit 18 may be formed by printing a logo of a product brand, and may be printed with a variety of information such as product use descriptions, components, and notices.

The sheet 10 of the fourth embodiment

As shown in Figs. 5 to 8,

And the other end is connected to one end of the mask pack 20 and one end is disposed between the upper and lower films 10A and 10B and is fixed by the sealing part 11 and is positioned on the opening perforation line 14. [ A drawing band 19A,

The mask pack 20 is connected at one end to the other end of the mask pack 20 and the other end is connected to the upper and lower films 10A , 10B) and fixed by the sealing portion (11).

Therefore, when the pull-out band 19A cut along the open perforation line 14 is pulled, the mask pack 20 having the other end fixed by the fixed band 19B is unfolded and pulled out,

The band cutting line 19A is formed on the fixing band 19B so as to cross the band cutting line 19B1 and the band cutting line 19B1 is bent by an external force pulling the pulling band 19A connected to the opened mask pack 20. [ Is cut.

A portion of the mask pack 20, that is, the mask pack 20, which is laid out in the longitudinal direction, and which is laid in the horizontal direction is laid out by the user or the fixing band 19B is attached to the mask 20 so that the fixing band 19B is pulled out or the fixing band 19B is fixed to the both end sealing portions 11 of the seat 10 so that the withdrawing band 19A ) Can be automatically expanded when pulled.

In the sheet 10 of the fifth embodiment,

As shown in Fig. 9,

Two folding guides 19C are formed for folding two adjacent corner areas on the side of the opening perforation line 14 to form narrow outlets on the side of the opening perforation line 14. [

Therefore, it is possible to squeeze out the skin serum remaining in the accommodating space part 12 toward the narrow outlet formed by folding the two corner areas of the sheet 10 with respect to the folding guide 19C, will be.

On the other hand, the manufacturing means (100)

As shown in Figs. 10 to 16,

The lower film supply unit 110, the upper film supply unit 120, the supply guide unit 130, the base unit 140, the pack supply unit 145, the forming unit 150, the laser processing unit 155, A control unit 160, a cooling unit 170, and a surplus discharge unit 180. [

Looking at each configuration,

The lower film supply unit 110

As shown in Figs. 10 and 11,

A lower roller 111 on which the lower film 10B is wound, and

A lower case 112 on which the lower roller 111 is mounted,

.

The lower film supply unit 110 includes a horizontal bar 113 which is placed on the upper surface of the lower film 10B on the line on which the lower film 10B is conveyed by the supply guide unit 130, A wire 114 is provided to interconnect the case 112 and the horizontal bar 113 to allow the horizontal bar 113 to hang.

The horizontal bar 113 suspended by the wire 114 presses the lower film 10B downward by its own weight so that the supplied lower film 10B is fed in a stretched state I will help you.

The upper film supply unit 120

As shown in Figs. 10 and 11,

An upper roller 121 wound on the upper film 10A, and

An upper case 122 on which the upper roller 121 is mounted,

.

At this time, the upper case 122 is preferably disposed on the conveying conveyor 142.

The upper film supply unit 120 includes a horizontal bar 123 which is placed on the upper surface of the upper film 10A on the line on which the upper film 10A is conveyed by the supply guide unit 130, And a wire 124 for connecting the case 122 and the horizontal bar 123 to each other to suspend the horizontal bar 123 is provided.

As a result, the horizontal bar 123 suspended by the wire 124 presses the upper film 10A downward by its own weight, so that the supplied upper film 10A is fed in a stretched (stretched) state I will help you.

The supply guide unit 130

As shown in Figs. 10 and 12,

A supply guide member 131 disposed in each of the lower and upper cases 112 and 122 and having a through hole therein to allow the lower and upper films 10B and 10A to pass therethrough,

A plurality of supply idle rollers 132 disposed on each of the lower and upper cases 112 and 122 and supported by the lower and upper films 10B and 10A passed through the supply guide member 131,

A supply lift bar 133 disposed between the lower and upper cases 112 and 122 and between the supply idle rollers 132 to be placed on the upper surface of the lower and upper films 10B and 10A,

A supporting body 134 supporting the elevating bar 133 so that the elevating bar 133 is elevated vertically,

.

As a result, the supply and elevation bar 133, which is vertically elevated and lowered freely from the support body 134, presses the lower and upper films 10B and 10A downward by its own weight so that the lower and upper films 10B and 10A It helps to unfold tightly.

The base unit 140

10,

The table 141,

An annular conveying conveyor 142 arranged to have a back-and-forth conveying direction above the table 141,

A conveyor driving unit 143 for transmitting power to the conveying conveyor 142, and

A conveying guide means 144 disposed on the conveying conveyor 142 for guiding conveyance of the lower and upper films 10B and 10A,

.

Here, the conveyor driving unit 143

Driven and driven rollers 143a and 143b disposed at the front and rear ends of the table 141 and wound around the conveying conveyor 142 and a driving shaft connected to the driving roller 143a by a belt And a drive motor 143c.

The conveying guide means 144

A plurality of transport guide bars 144a disposed on the table 141 and supporting the lower and upper films 10B and 10A,

Two or more transport guide members 144b disposed above the table 141 and having through holes so that the lower and upper films 10B and 10A passing through the respective transport guide bars 144a pass,

A plurality of conveying idle rollers 144c which are disposed between the respective conveying guide members 144b on the table 141 and supported by the lower and upper films 10B and 10A passing through the respective conveying guide members 144b, )

.

An adhesive layer 142a is formed on the outer surface of the conveying conveyor 142 of the base unit 140. The adhesive layer 142a is disposed on the outer side of the conveying conveyor 142. The lower and upper films 10B and 10A The lower film 10B positioned at the lower part of the conveying belt 142 is adhered to the conveying conveyor 142 and is conveyed together with the conveying conveyor 142. [

The pack supply unit 145

As shown in Figures 10 and 13,

And for supplying the mask pack 20 between the supplied lower and upper films 10B and 10A disposed on the conveying conveyor 142,

A pack supply body 145b disposed on the conveying conveyor 142 and disposed before the forming unit 150 and having a downwardly sloping slope 145a in the film transport direction,

Both ends of the pack supply main body 145b are moved in the transport direction to catch the position when the mask pack 20 sliding on the slope 145a of the pack supply main body 145b is seated on the transfer conveyor 142 A first pack guide 145c extending to limit lateral movement of the mask pack 20, and

A second pack guide 145d provided at the end of the first pack guide 145c for restricting the movement of the mask pack 20 in the transport direction,

.

The second pack guide 145d includes a guide head 145d1 disposed in a direction crossing the first pack guide 145c and a guide head 145d1. And a guide cylinder 145d2 for advancing and retreating the guide cylinder 145d2.

The mask pack 20 is stopped by the advancing guide head 145d1 and the lower film is transported by the transporting conveyor 142 when the guide head 145d1 is retracted by the guide cylinder 145d2 10B, that is, the mask pack 20 placed on top of the lower film 10B is transported.

The forming unit 150

As shown in Figs. 10 and 14,

A bottom mold 151 disposed on the lower side of the conveying conveyor 142 and having a joining portion 151a corresponding to the sealing portion 11 and a cutting portion 151b corresponding to the cutting guide 13,

A top mold 152 which is disposed on the upper side of the conveying conveyor 142 and has a corresponding bonding portion 152a and a corresponding cutting portion 152b which are brought into contact with the bonding portion 151a and the cutting portion 151b,

The heating means 153 for the corresponding bonding portion 152a of the top mold 152, and

A mold lifting means 154 for lifting up and down the top mold 152,

.

The joining portion 151a of the bottom mold 151 and the corresponding joining portion 152a of the top mold 152 abut against each other with the lower and upper films 10B and 10A interposed therebetween when the top mold 152 descends At this time, the corresponding bonding portions 152a of the top mold 152 heated by the heating means 153 form the sealing portions 11 on the lower and upper films 10B and 10A.

The cut part 151b of the bottom mold 151 and the corresponding cutting part 152b of the top mold 152 are formed in the lower and upper films 10B and 10A so as to form the cutting guide 13, And corresponds to the cutting guide 13.

At this time, the bonding portion 151a and the corresponding bonding portion 152a may be arranged in the respective metal molds in a row of m (where m is an integer of 2 or more) rows n (n is an integer of 2 or more) 151a and the corresponding bonding portions 152a are formed in a single powder structure and are detachably attached to the respective molds, so that an arrangement structure of m rows and n columns is possible, and the quantity of the pouches P This is possible.

The heating means 153 is disposed on the top mold 152 and is formed of a heating coil or a heating rod or the like which generates heat by the supplied electricity and is heated by the corresponding joining portion 152a of the top mold 152 And the temperature of the heat generation is preferably about 90 to 100 degrees.

The mold lifting unit 154 includes a lifting housing 154a on which the top mold 152 and the heating unit 153 are installed and a lifting piston 154b connected to the top of the lifting housing 154a, And a pneumatic or hydraulic cylinder for vertically advancing and retreating the lifting piston 154b according to selective feeding.

The laser processing unit 155

As shown in Fig. 14,

And a laser beam irradiating device for irradiating a laser beam to form the opening perforation line 14 and the diagonal perforation line 16 on the formed sheet sealed and sealed by the forming unit 150.

The control unit 160

10,

A sensing unit 161 for sensing a marking portion M formed on a surface of the upper film 10A,

A controller 162 for receiving the sensing value of the sensing unit 161 and controlling the conveyor driving unit 143 of the base unit 140,

.

Here, the sensing unit 161 senses the marking unit M formed on the surface of the upper film 10A. First, as described above, the sensing unit 161 detects n markers M disposed in the conveying direction, The marking portion M is formed on the upper region of the upper film 10A located between the n pouches P formed by the corresponding bonding portions 152a and the n pouches P formed later, The control unit 162 transmits the sensed value to the controller 162 to drive or stop the conveyor drive unit 143. [

Therefore, when the lower and upper films 10B and 10A are conveyed by the conveyor driving unit 143, when the marking unit M is detected, the conveyor driving unit 143 is stopped, When the molding process is completed, the controller 143 of the conveyor drive unit 143 is driven again by a separate sensor or timer.

The control unit 160 includes a measuring roller 163 that rotates in contact with the lower film 10B to be conveyed and a control unit 160 that controls the moving distance value of the lower film 10B through the rotation number of the measuring roller 163 And a transfer distance measuring sensor 164 for calculating the number of pouches P that have been formed through the total distance of transfer of the lower film 10B Can be obtained.

The cooling unit 170

As shown in Figs. 10 and 16,

And for forced cooling the formed sheet which is disposed on the upper side of the conveying conveyor 142 and sealed by the forming unit 150,

Two supports 171, which are installed on the table 141 so as to be spaced apart from each other in the conveying direction of the conveying conveyor 142,

A cooling housing 172 mounted to interconnect the upper ends of the two supports 171, and

A plurality of impellers 173 rotatably installed in a plurality of holes passing through the cooling housing 172,

.

Here, each of the impellers 173 is rotated by receiving power from the outside, and the air introduced through the impeller 173 is supplied to the formed sheet.

Surplus exhaust unit 180

As shown in Figs. 10 and 16,

The surplus portion S at both ends partitioned by the cutting line L2 from the formed sheet passing through the cooling unit 170 is separated and discharged along the cut line L2,

An exhaust support 181 installed on the table 141 and erected,

A discharge shaft 182 rotatably mounted on the discharge support 181,

A plurality of discharge rods 183 radially connected to the discharge shaft 182 with respect to the center of the discharge shaft 182,

A discharge outlet 184 installed in the discharge support 181 and adapted to transmit rotational power to the discharge shaft 183,

.

The discharge opening 184 is made of a drive motor structure having a drive shaft connected to the discharge shaft 182.

The surplus discharge unit 180 is configured such that the surplus portion S at both ends divided from the forming sheet L2 is separated along the cut-off line L2, To prevent the surplus portion (S) from being wound on the respective discharge rods (183) so as to support the upper surface of the removed pouches (P) Shaped support bracket 185 mounted on the table 141. [

Therefore, after the operator separates the initial surplus portion S from the molded sheet and fixes it to the discharge rod 183, the discharge outlet portion 184 is driven together when the conveyance conveyor 142 is driven, The surplus portion S is removed along the cut line L2 in the formed sheet as the surplus portion S is wound on the discharge rods 183.

Meanwhile, the manufacturing means 100 further includes a spread unit 190,

The spread unit (190)

As shown in Fig. 12,

A pressing roller 191 disposed on the upper side of the conveying conveyor 142, and

A roller elevating means 192 for raising and lowering the pressure roller 191 up and down,

.

The roller elevating means 192 includes a bracket 192a mounted on the table 141 and a piston mounted on the bracket 192a and moving up and down by selective supply of pneumatic or hydraulic pressure And a roller lifting cylinder 192b.

At this time, the pressure roller 191 is arranged to cross the conveying conveyor 142 and is connected to the piston of the roller lifting cylinder 192b, so that the film is pressed and lowered when the roller is lifted by the roller lifting cylinder 192b And is closely adhered to and transported to the adhesive layer 142a of the conveying conveyor 142 when the conveying conveyor 142 is driven.

On the other hand, the manufacturing means 100 further includes a folding forming unit 190A,

The folding forming unit 190A

As shown in Fig. 15,

A folding elevator 195 disposed on the conveying conveyor 142 and disposed after the forming unit 150,

A folding joint 196 formed on the lower surface of the folding elevator 195 to correspond to the folding guide 19C,

A heating portion 197 for transmitting heat to the folded joint portion 196, and

A folding elevating means 198 for elevating and lowering the folding elevating and lowering body 195,

.

The heating unit 197 includes a heating coil or a heating rod that generates heat by the supplied electricity,

The folding and elevating means 198 comprises a hydraulic or pneumatic cylinder structure for vertically moving the folding elevator 195 up and down.

While the present invention has been described with reference to the accompanying drawings, it is to be understood that the present invention is not limited thereto and that various changes and modifications may be made therein by those skilled in the art. The present invention is not limited thereto.

10: Sheet
10A: Upper film
10B: Lower film
11: sealing part
12:
13: Cutting guide
14: Opening perforations
15: inclined end
16: diagonal line
17: Non-sealing part
18: logo design part
19A: Extraction band
19B: Fixed band
19B1: Band cutting line
19C: Folding Guide
20: Mask pack
100: Manufacturing means
110: Lower film supply unit
111: Lower roller
112: Lower case
113: Horizontal bar
114: wire
120: upper film supply unit
121: Upper roller
122: upper case
123: Horizontal bar
124: wire
130: supply guide unit
131: Supply guide member
132: Feed idler roller
133: Supply lift bar
134: Support
140: Base unit
141: Table
142: conveying conveyor
143: Conveyor drive part
144: conveying guide means
145: Pack supply unit
145a: Slope
145b: Pack supply body
145c: First pack guide
145d: Second pack guide
150: forming unit
151: Bottom mold
152: Top mold
153: Heating means
154: mold lifting means
155: laser processing unit
160: control unit
161:
162:
163: Measuring roller
164: Feed distance measuring sensor
170: Cooling unit
171: Support
172: Cooling housing
173: Impeller
180: surplus exhaust unit
181: Discharge support
182: Discharge shaft
183: discharge rod
184:
190: Spread unit
191: Pressure roller
192: roller elevating means
190A: Folding forming unit
195: Folding elevator
196: folding joint
197: Heating section
198: Folding lift means

Claims (3)

A seat 10 in which the inner space portion 12 is hermetically sealed so as to have a sealing portion 11 by the manufacturing means 100 and a seat 10 accommodated in the accommodation space portion 12 of the seat 10, In the pouch P made up of the mask pack 20,
The sheet 10 has a V-shaped cutting guide 13 formed at one or both ends thereof, or at both ends thereof, on at least one virtual line crossing the sealing part 11 and the accommodation space part 12 And,
At least one virtual line of the virtual lines is formed with a perforated line (14)
Shaped inclined end portion 15 facing the opening perforation line 14 is formed at the end of the accommodation space portion 12 located on the side of the opening perforation line 14, Wherein the skin cosmetic solution remaining in the accommodation space part (12) can be squeezed by a narrow outlet of the opened opening part,
The sheet 10 is provided with a diagonal perforation line 16 formed in a diagonal direction in a sealing portion 11 at two adjacent sides so that the narrowed portion of the opening portion cut by the diagonal perforation line 16 It is possible to squeeze the skin serum remaining in the accommodation space part 12 at the outlet,
The sheet 10 is composed of upper and lower films 10A and 10B and a non-sealing portion 17 is formed in a part of the periphery of the upper and lower films 10A and 10B, The upper film 10A can be peeled off from the lower film 10B by pulling the end portions of the upper and lower films 10A and 10B on the sealing portion 17 side,
A logo pattern 18 is provided on the front surface of the lower film 10B,
And the other end is connected to one end of the mask pack 20 and one end is disposed between the upper and lower films 10A and 10B and is fixed by the sealing part 11 and is positioned on the opening perforation line 14. [ The mask pack 20 is connected at one end to the other end of the mask pack 20 in a state where the mask pack 20 is stacked in the housing space 12 of the sheet 10, Further comprising a fixing band (19B) disposed between the upper and lower films (10A, 10B) and fixed by the sealing part (11), wherein the withdrawing band (19A) cut along the opening perforation (14) The mask pack 20 having the other end fixed by the fixing band 19B is unfolded and pulled out,
The band cutting line 19B1 is formed on the fixing band 19B so as to cross the band cutting line 19B1 and the band cutting line 19B1 is formed by an external force pulling the pulling band 19A connected to the opened mask pack 20. [ ) Is cut,
The sheet 10 is provided with two folding guides 19C for folding two adjacent corner areas on the side of the opening perforations 14 to form narrow outlets on the side of the opening perforations 14 A pouch for a mask pack.
delete The method according to claim 1,
The manufacturing means (100)
A lower film supply unit 110 having a lower roller 111 around which the lower film 10B is wound,
An upper film supply unit 120 having an upper roller 121 around which the upper film 10A is wound,
A supply guide unit 130 for guiding the transfer of the lower and upper films 10B and 10A supplied from the lower and upper rollers 111 and 121,
A base unit 140 including a table 141, a conveying conveyor 142 arranged to have a forward and backward conveying direction on the table 141, and a conveyor driving unit 143 for transmitting power to the conveying conveyor 142, and,
A pack supply unit 145 disposed above the conveying conveyor 142 for supplying the mask pack 20 between the supplied lower and upper films 10B and 10A,
A bottom mold 151 disposed on the lower side of the conveying conveyor 142 and having a joining portion 151a corresponding to the sealing portion 11 and a cutting portion 151b corresponding to the cutting guide 13, A top mold 152 having a corresponding bonding portion 152a and a corresponding cutting portion 152b that are disposed on the upper side of the top mold 142 and come into contact with the bonding portion 151a and the cutting portion 151b when the substrate is lowered, A molding unit 150 including a heating means 153 for the corresponding bonding portion 152a of the top mold 152 and a mold elevating means 154 for vertically lifting the top mold 152,
A laser processing unit (155) for forming the opening perforation line (14) and the diagonal perforation line (16) on the formed sheet sealed by the forming unit (150)
A sensing unit 161 for sensing a marking unit M formed on a surface of the upper film 10A and a conveyor driving unit 143 for receiving the sensing value of the sensing unit 161 and controlling the conveyor driving unit 143 of the base unit 140 A control unit 160 including a controller 162,
A cooling unit 170 disposed on an upper side of the conveying conveyor 142 for forcibly cooling the formed sheet sealed and sealed by the forming unit 150,
An excess discharge unit 180 for discharging the excess portion S at both ends partitioned by the cutting line L2 from the formed sheet passing through the cooling unit 170 along the cutting line L2,
And a pouch for a mask pack.

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