WO2022097220A1

WO2022097220A1 - Packaging body

Info

Publication number: WO2022097220A1
Application number: PCT/JP2020/041299
Authority: WO
Inventors: 塚本進一
Original assignee: 塚本進一
Priority date: 2020-11-05
Filing date: 2020-11-05
Publication date: 2022-05-12
Also published as: JP2022075453A; CN113998298B; JP6957790B1; CN113998298A

Abstract

The present invention discloses a multifunctional packaging body that enables swift application of a flat sheet body by pinching right and left ends of said flat sheet body so as to create tension at both sides and then by lifting the sheet body up to the face. The packaging body has an outlet for lifting sheets laminated in a substantially rectangular laminate, and finger holes for allowing to-be-pinched portions to be pinched and lifted with fingers, the packaging body thus making it possible to draw and pull up a sheet, remove fold and surplus liquid medicine therefrom, and swiftly pull the sheet toward the face for application thereto.

Description

Package

The present invention relates to a multi-functional package.

The configuration of the conventional product is equipped with a laminate of chemicals and chemical-impregnated sheets inside and a pull cap for providing an outlet on the top of the package, and the airtightness is maintained by a lid that can be opened and closed freely.

Furthermore, the function of the cap of the package placed with the top surface facing up is to block the inside of the package and the outside of the package so that the moisture of the impregnated chemical solution inside does not evaporate. It is being held.

When opening the package, open the top lid, remove the pull cap, provide an outlet, and take out the wet tissue or pack sheet or disinfectant gauze (sheet) one by one from the laminate and take out one sheet. After use, the lid of the cap is pressed with a finger and closed and stored.

Japanese Patent No. 6249552 describes "a pillow package in which a lid unit having a lid that can be opened and closed at the opening is fixed by adhesion or welding from the inside of the pillow package, and the lid unit is the same. A package body in which a double or more annular convex portion is provided at a place where the pillow package body is fixed in contact with the opening portion. "

Japanese Patent No. 6504643 states in claim 1, "A pack sheet having a full face shape wetted with a chemical solution and Z-folded is stacked and placed. The Z-folded pack sheet is the lower surface of the upper pack sheet. A pack sheet package that is stacked so that the end of the pack sheet is located above the end of the upper surface of the lower pack sheet. "

The packaging body provided with these openable openings is a laminated body in which a plurality of sheets such as a wet tissue or a face mask impregnated with a chemical solution are laminated, and the effect of a cleaning sheet for wiping off dirt and cosmetics for pharmaceutical affairs. Is obtained, and each piece can be taken out from the take-out port, and the inside and outside of the package are blocked by the combination of the openings, and the quality of the inner laminate is protected.

Japanese Patent No. 6249552 Japanese Patent No. 6504643

In the conventional product, the sheet taken out from the take-out port is pulled out in a folded state with multiple creases in the vertical or horizontal direction, and it takes time and effort before being attached to the face. Since it requires time to be expanded, it is necessary to have a package that can shorten the time by eliminating the extra time to respond immediately when quick action is required such as in the morning.

However, I want to use my favorite products indoors even when traveling, and under conditions that can not be expected to be taken outdoors (outdoors, vibrations applied to the package in the carry bag during travel and when luggage is carried from the outside) Under the influence of pressure, etc. or lack of safety and stability inside medical products during medical treatment in the event of a disaster), the chemical liquid leaks from the outlet to the inside due to the force (pressure) pressed from the outside. In some cases, the specified product specifications were broken, and usability, safety, and stability were lacking.

The present invention provides an indoor package that can be quickly attached to the face without any hassle, and a multi-functional package that can be taken out without any worries even in the outdoors under unpredictable conditions and can be used as a favorite item.

The package of the present invention has a package bag in which a flat sheet impregnated with a chemical solution is folded with creases to enclose a laminated body, and a mounting hole formed in the package bag from the inside of the package bag. It is a packaging body provided with a lid member that covers a mounting hole to be attached, and the lid member can open and close a plate body facing the laminated body, an outlet for taking out a sheet formed on the plate body, and an outlet. It has a lid that closes to the outside, and is formed at the take-out port for taking out the sheet with a finger, and a joint that can be connected to each other provided in the vicinity of the take-out port and on the opposite surface to the take-out port of the lid. The problem is solved with a packaging body further equipped with a finger hole.

The package of the present invention is a new product that can be quickly attached to the face indoors or outdoors without worrying about safety, stability, or usability, for example, in a short time, without hassle. You can expect it.

FIG. 1 is a plan view showing a plan body of the first embodiment of the package of the present invention. FIG. 2 is a perspective view showing a laminate and a lid member according to the first embodiment of the package of the present invention. FIG. 3 is a perspective view showing the first embodiment of the package of the present invention. FIG. 4 is a perspective view showing a lid member according to the first embodiment of the package of the present invention. FIG. 5 is a plan view showing a plate body of the first embodiment of the package body of the present invention. FIG. 6 is a cross-sectional view showing a main part of a lid member according to the first embodiment of the package of the present invention. FIG. 7 is a cross-sectional view showing another main part of the lid member according to the first embodiment of the package of the present invention. FIG. 8 is a plan view showing the lid member of the second embodiment of the package of the present invention. FIG. 9 is a cross-sectional view showing a second embodiment of the package of the present invention. FIG. 10 is a process diagram showing a manufacturing process of the first embodiment of the package of the present invention.

The first embodiment of the package of the present invention will be described when the flat sheet is a face mask.

As shown in FIGS. 1 to 5, the packaging body 1 of the first embodiment is a packaging bag for enclosing a laminated body 9 in which a sheet 8 of a flat body 19 impregnated with a chemical solution is folded with a crease 45 and laminated. The packaging body 1 includes 4 and a lid member 42 that covers the mounting holes and is attached to the mounting holes 49 formed in the packaging bag 4 from the inside of the packaging bag 4. The lid member 42 is formed in the laminated body 9. It has a plate body 10 facing the plate body 10, an outlet 11 for taking out the sheet 8 formed on the plate body 10 (hereinafter, referred to as a "take-out port"), and a lid 2 for closing the take-out port 11 so as to be openable and closable. The sheets 8 and the

joint portions

17 and 18 provided in the vicinity of the mouth 11 (meaning at least a part around the take-out port) and the facing surfaces of the lid 2 with the take-out port 11 and which can be connected to each other are pointed to. It is a package 1 further provided with one or

more finger holes

13 and 14 formed in the take-out port 11 for taking out in.

The sheet is mainly composed of a non-woven fabric sheet, punched into a face mask, a wet tissue, a makeup remover, a medical sheet, etc. (hereinafter referred to as "sheet"), impregnated with a chemical solution, and held for stability and safety. And the efficacy and effect are retained. Details will be described later.

While pinching with the left and right fingers of the sheet flat body, it is pulled out to the position of the face while keeping the shape of the sheet flat body 19 with the face mask punched out, for example, saving time and effort. It is a package that has the function of being quickly attached to the face.

The take-out port 11 formed in the integrated lid member 42 in FIG. 4 extends from the left end portion in the longitudinal direction to the right end portion in the longitudinal direction so that each sheet can be pulled out and taken out in the shape of a flat body, and the sheet can be taken out. A shape having a width that can be taken out is provided. The irregular shape of the take-out port provides the effect of the usage described later.

Further, one or more folding lines of the parallel crease 45 connecting the left eye 20 and the right eye code 21 of the planar body where the sheet 8 impregnated with the excess chemical solution intersects the take-out port 11 are on both sides of the take-out port. A flat body with creases removed by the effect of being handled by the wall 12 is formed, excess chemical solution is removed, and the chemical solution can be attached to the face with an amount suitable for the user. The details of the effect to be raised will be described later.

The packaging bag has the functionality of PET film, aluminum foil, vapor-deposited aluminum, PE, CPP, etc., which has barrier properties, light-shielding properties, and airtightness, and is arbitrarily configured.

The sheet take-out port 11 provided on the top surface of the packaging bag is a narrow linear opening formed in the central portion of the lid member 42 and extending in the left-right direction. In the mounting hole 49 formed in the packaging bag 4, a lid member 42 for blocking the inside 43 and the outside 44 is provided from the inside of the packaging bag 4 by adhesion by hot melt or the like or welding code 41 by heat (FIG. 9). It is fixed.

A simple mechanism that enables one-touch operation of the lid member 42 is an integrally molded lid body 2 and a take-out port composed of a hinge portion 52, and a fitting portion 17 (joining portion) on the opposite surface to the take-out port of the lid body 2. ) And a mating member 35 on any side of the mating portion 18 (joining portion) in the vicinity of the take-out port, for example, by providing an elastic mating member, the lid can be closed by pressing it with a finger. When the lid is opened, the lid is disengaged by putting a finger on the protruding portion 48 of the lid, and the lid is elastically opened.

In FIG. 4, a part of the left grip portion 28 of the sheet corresponds to the finger hole 13 at the left end, and a part of the right grip portion 29 of the sheet corresponds to the finger hole 14 at the right end. There is. Further, it is preferable that the finger holes can reach the bottom of the package and be picked up, and it is desirable that both sides have a finger hole space having a shape that allows the finger holes to be picked up to the last sheet.

The pull cap integrally molded with the take-out port of the present invention has one or more finger holes, a take-out port, and a deformed shape that are preformed into a mold when the pull cap is pulled out and removed with a finger based on the usage method. An outlet with the shape of appears.

The take-out port extends in the lateral direction from the left end portion in the longitudinal direction to the right end portion of the top surface 3 of the plate body 10 in FIGS. 4 and 8D so that the sheet can be taken out, and has a width. The width of the take-out port made of the side wall surface 12 of the take-out port is formed. The width of the take-out port 11 is smaller than the width of one or more finger holes or a plurality of

finger holes

13 and 14. The left eye 20, the right eye 21, the nose 22, the mouth 23, and the chin 24 are continuously pulled out from the upper end 27 of the forehead of the plane body 19 of FIG.

In the present embodiment, when the flat surface 19 of the laminated sheets 8 is pulled up from the take-out port 11, the sheet 8 having the crease 45 comes into contact with the take-out port 11 and is rubbed or handled to remove the creases. It is pulled up in the state of body 19.

FIG. 4 shows the finger holes 13 at the left end and the fingers at the right end of the space where the fingertips of the thumb and index finger can be inserted into both the left end and the right end of the take-out port for pinching the end of the sheet with the fingertips. It has a finger hole space for the hole 14. The finger hole of the present invention may be any space as long as the tip of the thumb and the fingertip of the index finger can easily enter and the edge of the sheet can be picked up and taken out smoothly, and the shape of the finger hole may be a circle, an ellipse, a polygonal shape, or the like. Optional.

At least a part of the left pinch portion 28 of the sheet corresponds to the finger hole 13 at the left end, and at least a part of the right pinch portion 29 of the sheet corresponds to the finger hole 14 at the right end. Further, it is preferable that the finger holes can reach the bottom of the package and be picked up, and it is desirable that both sides have a finger hole space having a shape that allows the finger holes to be picked up to the last sheet.

In addition, the left pinch portion 28 of the flat body 19 of the sheet of FIG. 1 corresponds to the position of the finger hole 13 at the left end portion of the finger holes of FIGS. 4 and 5, and the right pinch portion 29 corresponds to the position of the right end portion. Since it is laminated together, the usage from taking out the sheet to sticking it on the face is smooth.

In the newly developed face mask, the position of the finger hole 13 at the left end corresponds to the left end where the sheet is picked, and the position of the finger hole 14 at the right end corresponds to the right end where the sheet is picked. The end portion of the bean may be configured such that the sheet is picked up by the finger hole and pulled out from the finger hole. The left and right knobs on both the left and right sides of the sheet plane or the left and right pinched ends may have any shape such as a semicircle or having multiple corners, and are laminated according to the positions of the left and right finger holes. All you have to do is.

FIG. 2 is a diagram showing the laminated body 9 and the plate body 10, in which the plate body 10 is shown by a skeleton that can be used more smoothly, and the length of the substantially rectangular left end portion to the right end portion of the upper surface 46 of the laminated body. At the position of the center line 16 in the direction, the upper end portion 27 of the forehead of the long punched line connecting the left to the right, in which the flat body of the sheet is attached to the forehead, corresponds to the position.

Furthermore, since the left pinch 28 of the sheet appears in at least a part of the left finger hole 13 and the right pinch 29 appears in at least a part of the right finger hole 14, the left knob appears on the left. The right knob can be picked up smoothly with the right finger, and both knobs can be picked up with both the left and right fingers while being pulled up to the position of the face. There is.

The upper end of the forehead of the sheet laminated on the upper surface of the laminated body, which is attached to the forehead in the longitudinal direction connecting the left to right, connects both finger holes provided from the right end to the left end, and is a take-out port. Since it is positioned along the center line extending in the longitudinal direction parallel to the above, when both the left and right knobs are pinched by both the left and right fingers and pulled up, the upper end 27 of the forehead passes through the width of the take-out port 11 and is in the position of the face. It is rich in workability that can be pulled up to.

The effect of the take-out port is that the center line of the take-out port and the center line on the upper surface of the laminated body are aligned at the same position in the longitudinal direction, the punching line at the upper end of the forehead of the flat surface is aligned at the same position, and both the left and right fingers. The pinch part of the sheet plane is located in the hole and the pinch part is easy to pick up with the fingertips, and the left end part of the sheet and the right end part of the sheet are located in both the left and right finger holes and it is easy to pick up with the fingertips. It is rich in workability because it is a flat surface that can be easily attached by removing the creases of the flat surface, and it is easy to adjust the appropriate amount of the chemical solution impregnated with the excess chemical solution.

The flat body of the sheet impregnated with the chemical solution is folded one or more times in the direction connecting the eyes of the face, and the crease 45 of the folding line is either the side wall surface 12 or the side wall of the take-out port facing the take-out port. The creases are removed because it is handled by.

In this way, the take-out port 11 is formed on the plate body 10 so that the wall surface 12 along the longitudinal direction forming the take-out port can come into contact with the sheet 8 when the sheet 8 is taken out from the take-out port 11. There is.

Therefore, it may be linear as shown in the take-out port 11 of FIG. 5 and the take-out port 36 of FIG. 8D, and also has one or more finger holes of C and D of FIG. A dent 47 may be formed such that a part of the dent 47 is narrowed. That is, the take-out port 11 is arbitrary as long as it has a corner, a rounded shape, or the like that allows the sheet to be handled in contact with the wall surface 12 when the sheet 8 is taken out, even if the take-out port 11 is not linear.

Further, if the width of the take-out port in the direction orthogonal to the longitudinal direction of the take-out port is about 5 to 15 mm, the sheet can be easily contacted with the wall surface 12 and taken out when the sheet 8 is taken out. On the other hand, the widths of the finger holes 13 and 14 may be such that a finger can be inserted, for example, about 20 to 40 mm.

The left and right fingertips pinch both ends of the left end and the right end at the same time, and while creating some tension at the left end and the right end, handle it on one of the side walls of the take-out side wall 12 facing the take-out port. When it is removed, the excess chemical solution impregnated in the sheet is omitted, so that the chemical solution can be prevented from dripping downward on the face when it is applied.

The length of the take-out port in the lateral direction extends to the vicinity of both finger holes provided at both ends in the longitudinal direction, and the width of the facing wall surface and the wall surface forming the take-out port allows one flat body to pass through. Any width may be provided. The effect of providing the width of the wall surface is that the creases are removed by handling and the excess chemical solution is removed.

The specific width of the wall surface facing each other is narrower than the width of the finger hole 13 at the left end and the width of the finger hole 14 at the right end, and the sheet can be pulled up to a flat state. That is, the width of the take-out port 11 in the direction orthogonal to the longitudinal direction of the take-out port 11 is smaller than the width of the finger holes 13 and 14 in the direction orthogonal to the take-out port 11 as shown in the above specific example.

The width setting at the time of product development is designed by judging the product specifications such as the basis weight of the sheet or the thickness of the sheet, the workability of pulling up the material of the sheet, or the impregnation of a large amount of chemicals.

The facing wall surface that forms a shape that allows the sheet to be handled at the take-out port and the shape that can narrow the excess chemical solution of the sheet can be designed by verifying the specifications of the sheet that is compatible with the chemical solution with multiple take-out port samples. good.

In addition, the take-out opening function that connects the left and right finger holes in the longitudinal direction creates tension by pinching the left and right ends of the sheet at the same time and pulling them slightly in opposite directions to the left and right ends. You can operate while continuing.

A flat sheet with creases on one of the side walls facing parallel to the longitudinal direction of the take-out port is impregnated with chemicals. The chemical solution is removed, and the sheet can be pulled up and taken out in a flat state at the position of the face located upward.

The positions of the finger holes 13 and 14 in FIG. 2 are provided so as to be aligned with the knob portion or the pinching end portion provided on the newly designed sheet. Alternatively, the knob portion or the end portion to be pinched may be aligned with the positions of the finger holes 13 and 14. In addition, two locations are formed in the longitudinal direction of the take-out port 11. As shown in FIG. 5, the finger hole 13 is formed at the left end portion of the take-out port 11 in the longitudinal direction (left-right direction in the drawing), and the finger hole 14 is formed at the right end portion of the take-out port 11 in the longitudinal direction. ..

In the present embodiment, two

finger holes

13 and 14 are formed, but it is also possible to provide only one in the central portion of the take-out port in FIG. This facilitates one-handed removal. Further, since there is only one take-out port 36 in the center, more excess chemical solution can be handled. Further, it is also possible to form the take-out port 11 or the take-out port 36 in FIG. 9 at three locations, the central portion and both end portions.

When the sheet is pulled up while creating tension by pinching the left and right ends and pulling it in the opposite directions of the left and right, it extends in both the left and right longitudinal directions and extends to both ends. It is rubbed and pulled up.

In addition, as shown in FIG. 2, both side walls parallel to each other in the longitudinal direction are attached to both wall surfaces by removing excess chemical solution attached to the sheet by handling the sheet to be pulled up.

That is, the present invention has the following effects by adding an irregular shape to the take-out port. Take-out port Both side walls of the take-out port A shape is formed in which both sides of the wall code 12 are oriented toward the laminated body, or when the take-out port is viewed from above in the heavenly direction 6, the straight line of the take-out port in FIG. 5E. Since the sheet is handled when both or one of them draws the waveform 51, the excess chemical solution contained in the sheet adheres to the take-out port and drips onto the laminate in the direction of the ground.

The effect of the outlet is to maintain the stability, safety and usability of the chemical solution. As shown in the take-out port 11 of FIGS. 5C and E or the take-out port 36 of FIG. 8D, it has a wavy shape or the like in a plan view. The shape of the dent may be such that at least a part of the take-out port of the plate body in a plan view has a convex shape or a concave shape.

The shapes of the dents 47 in FIGS. 5C and 8D show that when the sheet is handled by both side walls 12 facing each other of the take-out port, excess chemicals adhere to both side walls, so that the excess chemicals are smoothly applied to the laminate. The side facing the laminated body near the center of the take-out port of the plate body forms a dent shape facing the direction of the laminated body.

The effect of the shape of the dent that the excess chemical solution handled by the take-out port contained in the sheet drips smoothly onto the laminate is that the usage of the package is mainly the direction 7 of the ground to the dressing table and the take-out port to the heavens. The work is being carried out at 6.

In general, the chemical solution is impregnated with a large amount of chemical solution in the sheet in order to give the skin a feeling of stickiness, and because the viscosity is prescribed to be thick, it is taken out when it is handled and pulled out from the outlet. The chemical solution adheres to the mouth, and if the attached chemical solution exists for a long time until it is used, for example, if the attached chemical solution is in contact with the internal or external air, the water of the raw material contained in the chemical solution decreases. Since it is predicted that the adhered chemical solution will change to discoloration, offensive odor, high viscosity, etc., it is desirable to devise a way to smoothly return the attached chemical solution to the laminate.

In the present invention, the chemical solution adhering to the take-out port is adhered to the take-out port in order to quickly return the chemical solution adhering to the take-out port to the chemical solution contained in the laminate located under the take-out port, rather than the form of adhering to the take-out port for a long time. It is equipped with a device to naturally collect it at the tip of the dent shape and smoothly hang it on the laminate.

It is advisable to provide the dents shown in FIGS. 5C and 8D on the plate having the take-out port on the side facing the laminated body on the opposite side to the take-out port on the side where the sheet is picked and taken out. For example, if the package facing up and down is provided with a triangular shape having corners, a rounded shape, a wavy shape, etc., which has a shape that naturally collects the chemical solution adhering to the vicinity of the take-out port at a predetermined place. The treated chemicals naturally gather at the tip of the shape and hang down on the laminate in the direction of the ground.

E in FIG. 5 is a wavy shape in a plan view. Further, a deformed protruding portion may be provided from both or any of the wall surfaces toward the facing wall surface in a perspective view.

Furthermore, the action of handling the sheet while continuing the tension is the excess that adheres to the sheet against the excess chemical solution that expresses the value that is originally overfilled by forming a flat body with the creases removed from the sheet. It can be removed when the chemical is pulled up and tailored to the usage of the individual volume.

The inside of the packaging bag from which the sheet is pulled up is pulled up by peeling off the specifications that the sheet is properly folded so that it faces a flat body from the laminated body that is folded and laminated with creases. When it is handled by the wall surface and taken out, the creases of the sheet are removed, and the sheet is pulled up while being spread on a flat body that can be smoothly attached to the face.

The sheet has a plurality of rows of perforated cut lines in a position facing the concave convex portion of the face by aligning the direction of the nose muscle and the vertical direction (MD direction) of the non-woven fabric sheet already invented by the applicant. It is preferable that the provided and punched sheet fits into the convex and concave portions of the face and is covered.

The specification that the sheet is pulled up in the direction 32 and the sheet is punched out is that the direction in which the sheet is pulled up from the take-out port, the vertical direction (MD direction) of the non-woven fabric sheet having a low elongation rate, and the direction of the nose of the face are the same. It prevents deformation.

The structure of the non-woven fabric sheet in the pulling direction has the feature that it does not stretch in the vertical direction and extends in the horizontal direction, so there is little change in size on the sheet punched out in the vertical direction and it can be smoothly attached to the face. Non-woven sheets are preferred.

The disadvantage of punching out the non-woven fabric sheet according to the pulling direction is that the width of the non-woven fabric sheet extends and spreads in the horizontal direction. , The size of the mouth fluctuates and it is difficult to paste.

One sheet punched into the plane of FIG. 1 is folded and laminated in FIGS. 2, 4 and 5, and the folded face mask plane is connected to the eyes in the direction of connecting the eyes. The upper surface shape of the laminated body having the creases arranged side by side and being folded a plurality of times is a substantially rectangular package of FIG.

The specifications punched out according to the vertical direction and the nasal muscle direction of the sheet pulled out upward, while being pinched by both the left and right fingers, from the forehead to both eyes to the nose 22 and then to the mouth 23 to the jaw 24 It is pulled up while being handled by touching the walls on both sides of the take-out port in order.

The folds that form the laminate should be combined with the position of the center line in the longitudinal direction of the laminate and the top edge of the forehead connecting the right to left, which applies to the forehead at the tip of the top edge of the sheet, and make one or more eyes and eyes. A parallel crease is provided in the connecting line, and the laminated body is formed by folding and laminating.

In addition, the folding method used to form the laminates used in off-the-shelf products in the industry, optionally, is a folding method that is centered on the top of the forehead and is similar to the letter C in the alphabet of cleaning supplies in industry terms. It is creased and laminated at least once by a folding method similar to the Z letter of the alphabet of a Teshbox or baby wipe product.

The sheet pulled up by the flat body in the state where the sheet is punched out by the flat body is smoothly and quickly pulled up because the folds of the sheet are handled by the take-out port so that the creases disappear and the sheet is expanded and pulled up by the flat body. Can be pasted on the face.

The plane body 19 and the sheet 8 of FIGS. 1 and 2 are Japanese Patent No. 6295389 invented by the applicant.

In Fig. 2, the shape of the sheet and the specifications for folding and stacking to address the forehead are such that the left knob for extending the upper end of the forehead of the sheet corresponds to the finger hole at the left end, and the right knob corresponds to the right end. The left and right knobs extend in the longitudinal direction, and the upper end of the forehead is positioned along the position of the center line parallel to the take-out port, and is folded and laminated.

In the usage of taking out and pulling up in FIGS. 2, 4 and 5, the left pinch is pinched in the finger hole at the left end with the left finger, and the right pinch is pinched in the finger hole at the right end with the right finger at the same time. If you pick it up with your left and right fingers and pull it up from the forehead to the position of the face at the same time, the sheet will be smoothly pulled up to the jaw through the outlet that extends in the longitudinal direction, and the sheet will contain excess. It is a flat body that can handle the invading chemicals to obtain the proper amount of chemicals, and saves the trouble of spreading in either direction. Be done.

That is, the positions of both the left and right grips of the folded sheet and the left and right finger holes provided on the plate body correspond to the position of the left grip and the finger holes at the left end, and the position of the right end corresponds to the position of the right grip. The finger holes correspond to.

The compact design is such that the package according to the usability needs of FIGS. 8, 8D and 9 is a flat body of the punched sheet using the above-mentioned technique, with the vertical direction of the nose as an arbitrary axis. In the horizontal direction, the left end and the right end are folded and folded once or more.

In the laminated body in which the sheets of FIG. 8 are folded and laminated, the face mask flat body is folded about the nose muscle direction as an axis, and the left end portion 25 and the right end portion 26 are folded one or more times and folded multiple times in the direction connecting the eyes. The laminated body is approximately square.

The product form shown in FIGS. 8 and 9 is finished in a compact size package having a substantially square size in the horizontal direction proportional to the number of times of folding, which is convenient for travel goods and the like. The one or more finger holes provided in the take-out port are preferably located in the central portion in the longitudinal direction. The finger holes should be in a form that allows the last sheet to be picked up and taken out with a finger. It was

In example 1 of the compact, the left end and the right end of the width of the punched flat body 19 are folded one or more times with the vertical direction of the nose of the sheet as an arbitrary axis, and one or more creases are made. It is a laminated body provided and laminated.

Subsequently, either or both of a part of the left grip portion 28 of the sheet or a part of the right grip portion 29 of the sheet is placed in one or more finger holes of the plate body 10 in contact with the laminated body 9. Appearing, the upper end 27 of the forehead may be aligned with the center line 16 of the outlet.

In example 2 of the compact, the left end and the right end of the width of the flat body punched for development are folded and folded once or more with the vertical direction of the nose of the sheet as an arbitrary axis. It is a laminated body provided with the above creases and laminated.

Subsequently, the upper part of the forehead is aligned with the center line 16 of the take-out port so that a part of the grip portion provided for pinching the sheet corresponds to one or more finger holes of the plate body 10 in contact with the laminated body. It would be nice to be.

In addition, the left end and the right end are spread laterally at least once after being picked up and passed by the fingers while touching the side wall of the take-out opening in the order of the forehead, both eyes, the nose, and the chin. It constitutes the body and is attached to the face.

The product manufactured based on the product standard of the present invention is used because the face mask is uniformly impregnated without spots and the amount of the impregnated chemical solution is uniform regardless of the impregnation amount of any part. The usability is smooth (usability), the raw material suitable for the usage (safety) is melted and uniformly impregnated, and the product state (sheet) is stable, and it is stipulated in the usage. The effect is obtained.

In the second embodiment of the present invention, the lid member does not allow the chemical solution to seep out from the outlet or the lid does not leak out even if the laminate inside the packaging bag is squeezed due to the influence of an unexpected outdoor condition. It is a package having.

In particular, as shown in FIGS. 8 and 9, in the present embodiment, the lid 50 having a screw portion is composed of a circular lid, and the joint portion between the lid and the take-out port is the inner wall screw portion of the lid. It is composed of a (joint portion) 34 and an outer wall screw portion (joint portion) 33 of the take-out port.

Although the lid 50 is a circular lid, the outlet 36 shape of FIGS. 8 and 9 is cylindrical or has one or more finger holes or is near the finger holes and finger holes of FIG. 8D. A shape having a dent is provided.

In the present embodiment, the take-out port extends in the longitudinal direction, but the finger hole is formed at one place in the central part of the take-out port. A lid 2 such as a cap is provided above the finger hole.

The following description also describes a configuration common to both the first embodiment and the second embodiment.

In the present invention, a mechanism of a lid member that prevents chemicals from leaking is provided for clearing unpredictable conditions, and a mating member is provided in a mating portion that is set in a lid that closes the take-out port facing the take-out port. It shields the inside and outside of the package and enhances airtightness.

It is composed of a lid 50 having a screw portion and an outlet having a screw portion, and further has a mating member 35 on the lid side to firmly seal and shut off the inner 43 and the outer 44. In the configuration of FIGS. 8 and 9, the screw portion may be provided, or the screw portion may be provided on the outer wall on the lid side and the threaded portion may be provided on the inner wall of the take-out port. The shape of the take-out port is an arbitrary shape such as a perfect circle, a longitudinal direction, or a polygonal shape. Preferably, it is provided with one or more finger holes.

The lid having a threaded portion is provided with a threaded portion so as to face the take-out port having a finger hole formed by removing the pull cap or the like, and is covered with a closed portion. It is a special lid that can block the outside and prevent the chemical solution inside from leaking to the outside.

A threaded part is provided on the peripheral wall surface of the circle near the lid and the take-out port, which have screwed parts to each other. That is.

The pull cap, which is integrally molded with the take-out port for opening to the take-out port, has one or more finger holes and an irregular shape with the take-out port, which are shaped into a mold in advance when removed by pulling out with a finger. An outlet with a shape appears. Alternatively, the film that closes and attaches the opening may be peeled off in the opening direction to open the flap, or the film that seals the opening may be heat-sealed.

By devising a combination member (paper, wood, metal, rubber, sponge, elastic material, etc.) or a hard or soft member for the lid and the outlet, a configuration with improved airtightness inside and outside the package can be obtained. Be done.

In the configuration of FIG. 9, when the take-out port and the lid that closes the take-out port are provided with a joint portion of the screw portion 34 and fitted to each other, they are separated from each other and the internal chemical solution does not leak. For example, the lids can be freely opened and closed by providing screw portions to each other and turning the lid body in a designated direction with a finger.

In FIGS. 3 and 4, the lid member having the take-out port in the longitudinal direction is formed on the surfaces where both the joint portion 17 on the lid member side and the joint portion 18 on the take-out port side face each other. It has a function that can be opened and closed with a single touch, such as a claw portion, a hook, or an uneven portion (hereinafter referred to as a "stop portion") for being integrally stopped. In the package of FIG. 3, the bottom surface of the dresser or the like is placed in the direction 7 of the ground, and the lid is placed in the direction 6 of the sky.

In the lid member which is integrally molded in FIG. 4, the lid body and the take-out port are connected by a hinge 52, and the joint member 35 is provided at the joint portion 17 on the lid side or the joint portion 18 of the take-out port, and the inside 43 of the package is provided. The outer 44 is tightly sealed and shut off.

FIG. 6 is a cross-sectional view showing a state in which the take-out port 11 is closed by the lid body 2. A convex portion 18a protruding inward is formed in the joint portion 18 having a quadrangular plan view extending upward from the plate body 10, and a concave portion 17a that fits with the convex portion 18a is formed in the side wall of the lid 2. Has been done.

FIG. 7 is a cross-sectional view showing another state in which the take-out port 11 is closed by the lid body 2. A convex portion 18b extending outward from the joint portion 18 having a quadrangular plan view extending upward from the plate body 10 is formed, and a concave portion surrounding the side wall of the lid 2 so as to fit with the convex portion 18b. 17b is formed.

By providing the

joint portions

17 and 18 that are fitted to each other in this way, the opening and closing of the lid 2 can be facilitated with one touch.

The configuration of the lid and the claws (including hooks) provided near the take-out port is preferably a perfect circle or a longitudinal or polygonal shape that can be opened and closed with one touch, and any shape. The shape of the take-out port may be matched to the shape of the lid, and may be a perfect circle, a longitudinal direction, a polygonal shape, or an arbitrary shape.

The claws are aligned with each other, for example, by providing a pair of convex and concave portions in the vicinity of the lid or the outlet so as to provide one or more stoppers or to match the shape of at least a part of the edge of the ejector. Face to face, for example, one-touch, press with your fingertips to obtain and remove.

It can be confirmed that the members of both the surface having the stopper portion of the lid and the surface having the stopper portion of the take-out port are in a state of being in a state of being in contact with each other by the clicking sound of the members coming into contact with each other.

The configuration that can be opened and closed with one action such as pushing or pulling up the lid with a finger is convenient and convenient for busy movements and when one hand is closed.

A take-out port having a function is provided in the middle of a plate body having substantially the same shape in contact with the area of the upper surface of the laminated body in which the sheets are folded and laminated, and the lid and the take-out port forming the alignment are the plate bodies. It is provided with an integral molding of the hinge and a lid of another member and a string connecting a part of the plate body.

The lid member of FIG. 3 can be opened and closed by one or more operations by pushing or pulling up the protruding portion 48 of the lid near the opening 5, and the inside and outside of the package. It is possible to prevent the leakage of the chemical solution to the outside or prevent the invasion of foreign substances, germs, etc. from the outside to the inside of the package.

A strong kanhe of the outlet facing the lid to block the outside and inside of the package is on the inside of the lid, on any side of the inside of the outlet, at least around the edge where the kanhe is obtained. A fitting member that resembles the shape is provided in part.

In the configuration having the kanhe member of the present invention, when the take-out port facing the lid body that has been fitted and blocked is removed, the removal port provided on the lid body side or the take-out port side is moved by an instruction. It is a lid member dedicated to prevent chemical leaks that can be freely attached and detached by the appearance of the take-out port.

As shown in FIGS. 5, 8 and 9, when the sheet is taken out from the take-out port, the sheet is handled on the wall surface and the excess chemical solution is collected and returned to the laminated body. As shown in FIGS. 5C, 5E and 8D, when the sheet is brought into contact with the wall surface using a variant such as a dent 47 or a corrugated 51, excess chemical liquid is easily collected. It is provided on the plane opposite to the laminated body of the body 10 or on the wall surface 12 of the take-out port or the take-out port.

Furthermore, the form for bringing the sheet into contact with the wall surface using a deformed shape, handling the sheet at the take-out port, collecting excess chemical solution at the take-out port, and smoothly returning the collected chemical solution to the laminate is in the vicinity of the take-out port. A concave portion, a convex portion, or the like may be formed in the flat body, and a dent 47 in which the take-out

port

11 or 36 is formed in a wavy shape in a plan view is formed.

The fitting member 35 of FIGS. 3 and 4 and 9 is provided inside the lid or in the vicinity of the take-out port, and the fitting is strong when the lid is closed. Since it is a member that freely deforms and fits along the shape of the inside of the take-out port, the effect of sealing is not impaired even if the inside and the outside are blocked and an external force is applied. It was

In addition, the structure is such that the chemical solution inside the package does not go out. It also prevents the chemical solution from volatilizing and leaking out. It has airtightness that prevents water and air from entering from the outside world and contaminating the laminate.

The plate body 10 having substantially the same shape facing the upper surface of the laminated body is protected from the specifications of the laminated body and the sheet or the impregnation of the chemical solution according to the product specifications under unexpected conditions, and further has substantially the same shape as the laminated body. When the configured bottom plate body 37 is applied, the laminated body and the sheet are further protected, and the effect of preventing deformation of the sheet can be obtained.

In the embodiment of the present invention, the finger holes 13 and 14 are formed at both ends of the take-out port 11, but the finger holes 13 and 14 may be formed at least one place on each side of the central portion of the take-out port 11 instead of both ends. .. That is, at least one place may be formed in an arbitrary place in the right region of the take-out port 11, and at least one place may be formed in any place in the left region of the take-out port 11.

The corners and corners of the edges of the plate body 10 that has substantially the same shape in contact with the laminate body to prevent the position shift and shape collapse of the laminate body for fixing the upper surface or bottom surface of the laminate body to the center of the package body. Walls 15 may be provided on the four corners of the plate body, the two opposing corners, the four sides, the two adjacent corners, the opposing sides, and the like. Further, it is preferable to provide a bottom plate body 37 having the same structure as the plate body 10 on the bottom surface. When an unexpected condition is encountered, the laminate is protected by the plate 10 and the bottom plate 37.

FIG. 10 is a process diagram of the package of the present invention.

In the direction 38 of the process of the packaging body, the packaging film 39 which is the top surface 3 of the packaging body 1 is provided with a hole 40 for processing the plate body, and the inner surface of the packaging film of the packaging bag and the lid member provided with the take-out port are provided. The plate body 10 of reference numeral 42 is bonded or welded 41.

In addition, a wet laminate 9 impregnated with a dry or chemical solution is fixed facing the plate 10, and the ends of the wrapping film and the ends of the wrapping film are bonded or welded to each other to form an inner 43. The outer packaging 44 is blocked and the package code 1 is sealed.

For adhesion, the thermoplastic surface film / sheet used for the packaging bag and at least a part of the plate body of the lid member are bonded with an adhesive such as hot melt.

In the welding, a film / sheet or the like having a thermoplastic surface used for a packaging bag such as a heat seal is melted by heat, and for example, the LLDPE side of the film composition and at least a part surface of a cap made of polyethylene or the like are welded. The thermoplastic surfaces that form the packaging bag and are in contact with each other are welded together. It was

The film sheet is composed of polyethylene terephthalate (PET), polyethylene (LLDPE), OPP, CPP, aluminum foil, metal vapor deposition, etc., and is heated by high frequency or a hot plate to form a pillow packaging bag. The composition of the film is arbitrary.

The lid member is integrally molded with a material that can be welded to each other with the film, for example, mainly using polyethylene (LLDPE) as a raw material, for example, by injection molding or the like.

The lid member may be integrally molded or may be combined with parts necessary for molding the lid member. It is preferable that the raw material used for the package is resistant to chemicals and has a low adsorption rate of chemicals.

The sheet is an impregnated product made of non-woven fabric sheet, cotton, gauze, paper, etc. (hereinafter referred to as "nonwoven fabric sheet"), used for objectives or animals, and has a chemical solution. It is a product that wipes off dirt such as hand towels.

The sheet used for the decorative sheet is made of a non-woven sheet, biocellulose, etc., and is a material for pharmaceutical affairs that is used for interpersonal use and has a chemical solution. An impregnated product such as a sheet, a makeup remover sheet, a face wash sheet, a hand or body moisturizing sheet, a sheet for protecting the hair or scalp, and a wipe sheet for a baby's mouth or butt.

The medical sheet is a pharmaceutical product that uses a non-woven sheet as a material and is used for interpersonal medical care and has a chemical solution. For example, gauze, cotton balls, cut cotton, cotton swabs, etc. are sterilized with ethylene oxide gas, gamma irradiation, autoclave, etc. It is an impregnated product that has been treated, impregnated with liquids such as alcohol and popidone iodine, and encapsulated in a regulatory-compliant container.

The package should be composed of a drug-resistant film such as a medical device or alcohol, povidone iodine, etc. and a laminating material that can withstand and maintain safety and stability for a certain period of time.

The impregnation amount of the impregnated product of the present invention is, for example, a non-woven fabric sheet as a material, and the impregnation amount of a laminate composed of a chemical material of a wet tissue or the like is twice the amount of its own weight. The impregnation amount of the laminate made of 100% natural cotton of the decorative sheet and the medical sheet is approximately 6 times or more than 6 times the weight of the non-woven fabric sheet.

The amount of liquid in a cosmetic sheet, for example, a face mask, evaporates at body temperature when it is applied to the face for a certain period of time. The excess amount of chemical solution is intentionally filled.

An example of the specifications of the laminated body to be enclosed in the packaging bag and the sheet constituting the packaging bag of the embodiment will be described.

For the selection of the basis weight of the sheet, for example, 10 (g / mm2) to 120 (g / mm2) of the nonwoven fabric sheet can be adopted, and the manufacturing method and the basis weight of the nonwoven fabric sheet are optional. A non-woven fabric sheet constructed by a spunlace manufacturing method is desirable.

The non-woven fabric sheet made of natural materials is made of natural fibers such as cotton, tencel, and lyocell. Further, it may be a natural fiber obtained by kneading charcoal powder or the like into the fiber or processing a coating. Cotton wool, cut cotton, and cotton balls are also often used as disinfectants for cosmetic tools and medical tools.

The non-woven fabric sheet made of chemical fibers is made of chemical fibers such as rayon, polyester phthalate, polypropylene, and polyethylene.

A non-woven fabric sheet or resin film that can be released (peeled) on one or both sides, such as a 10 (g / mm2) non-woven fabric sheet having a low grain size or a resin film or a non-woven fabric that reinforces one or both sides of biocellulose, may be provided. It is easy to use if the non-woven fabric sheet or resin film is peeled off according to the procedure when attaching.

The form punched by the face mask can cover from the upper part of the forehead that covers the face to the lower jaw part, and also to the vicinity of the neck, about 190 mm to 280 mm, from the end of the left cheek to the right cheek. It has an arbitrary shape of about 190 mm up to the end and about 240 mm up to the ends of both the left and right ears.

Providing at least one set of edges on the contours of the face mask with notches on both the left and right ears to keep the beauty effect in a fit and lift-up condition. can.

The method of folding the face mask is described in Patent No. 5676804, which the applicant has already invented. It is preferable to provide the side of the vertical axis and fold and fold it at an arbitrary line in the longitudinal direction of the side where the upper part of the forehead and the lower jaw intersect the longitudinal direction.

In addition to the characteristic that the applicant invented the non-woven sheet by aligning the mechanical direction MD of the non-woven sheet with the vertical direction of the nose muscle and spreading it in the lateral direction (CD) of the non-woven fabric, in the region facing the three-dimensional shape of the face, on the nose muscle of the face. A plurality of rows of perforated lines 30 in the vertical direction or slightly diagonal direction along the line, and each of the cut lines 31 provided in the direction of the jaw from the vicinity of the nose should be fitted to the concave convex portion of the face and covered and pasted. Can be done.

Multiple rows of perforated cut lines are connected continuously or discontinuously to draw straight lines and curves. It is desirable to provide it in line with the MD direction and the nose.

The chemicals are cosmetics, quasi-drugs, liquids, alcohol preparations, creams, powders, pastes, etc. that can obtain the effects of pharmaceuticals. The sheet body having the chemical solution is, for example, a sheet body coated with a drug, a sheet body kneaded, a sheet body of a gel agent, a sheet body of biocellulose, a sheet body of white powder paper, a sheet body of grease-removing paper, etc. be.

Materials other than chemicals (hereinafter referred to as miscellaneous goods) include, for example, "cooling (lowering body temperature and cold heat): wheat flour + water", "warmth and sweating (raising body temperature): spicy + wheat flour + water", "Beauty (vegetable) pack: cucumber slice pack", "mud (clay): mud pack", "charcoal powder: sebum, dirt, old keratin adsorption and odor adsorption pack", etc.

1 Package 2 Lid 3 Top 4 Packaging bag 5 Opening 6 Top direction 7 Ground direction 8 Sheet 9 Laminated body 10 Plate 11 Longitudinal outlet 12 Side wall surface of outlet 13 Finger hole 14 at the left end Finger hole at the right end 15 Wall 16 Center line of the outlet 17 Joint part on the lid side 18 Joint part on the outlet side 19 Flat body 20 Left eye 21 Right eye 22 Nose 23 Mouth 24 Jaw 25 Left end 26 Right end 27 Forehead upper end 28 Left knob 29 Right knob 30 Perforated cut line 31 Cut line 32 Pull-up direction 33 Outer wall threaded part (joint part) of the take-out port
34 Inner wall threaded part (joint part) of the lid
35 Coupling member 36 Extraction port 37 in Fig. 9 Bottom plate body 38 Process direction 39 Packaging film 40 Drilling hole for plate body processing 41 Adhesion or welding 42 Cover member 43 Inside 44 External 45 Folding 46 Top surface 47 dent 48 of laminated body 49 Mounting hole 50 Closure with threaded part 51 Waveform 52 Hinge part

Claims

A packaging bag in which a flat sheet impregnated with a chemical solution is folded with creases to enclose a laminated body, and the attachment is attached from the inside of the packaging bag to an attachment hole formed in the packaging bag. A package with a lid member that covers the holes.
The lid member is
It has a plate body facing the laminated body, an outlet for taking out the sheet formed on the plate body, and a lid for opening and closing the take-out port.
Coupling portions that can be coupled to each other provided in the vicinity of the take-out port and on the surface of the lid facing the take-out port, respectively.
A package further comprising a finger hole formed in the take-out port for taking out the sheet with a finger.
The package according to claim 1, wherein the width of the take-out port in a direction orthogonal to the longitudinal direction of the take-out port is smaller than the width of the finger hole in the direction orthogonal to the take-out port.
The package according to claim 1, wherein the finger holes are formed at one or more locations in the longitudinal direction of the take-out port.
The package according to claim 3, wherein the two grips formed on the flat sheet and the positions of the one or more finger holes in the longitudinal direction of the take-out port correspond to each other.
The packaging body according to claim 1, wherein the take-out port is formed on the plate body so that the wall surface forming the take-out port can come into contact with the sheet when the sheet is taken out from the take-out port.
The package according to claim 5, wherein at least a part of the take-out port of the plate body has a convex shape or a concave shape in a plan view.