JPH0825546B2 - Cosmetic packaging method for vertically different diameter containers - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vertically elongated container such as a liquor bottle, a beer bottle, a soft drink bottle, etc., having different upper and lower diameters, a thin leaf material such as paper and a nonwoven fabric, and a heat-shrinkable film. The present invention relates to a method of cosmetic packaging with laminated packaging materials (hereinafter, simply referred to as packaging materials).

[0002]

2. Description of the Related Art Bottles of which sake is a typical example are usually displayed without being packaged and sold, but a part of the bottles is usually made of Japanese paper or Japanese paper-like packaging material. However, this is done manually, and only a part of it is mechanically wrapped in makeup, but this is done in a state in which the bottle is laid down, which is extremely inefficient. For this reason, the present inventors have invented a method of cosmetic packaging in a state where the bottle is upright so that the cosmetic packaging can be efficiently performed. (See Japanese Patent Application No. 1-147792)

[0003]

According to the present invention, there is no difference in, for example, the so-called cosmetic packaging of one bottle and five bottles, but the height of one bottle and five bottles is high. Therefore, when trying to package an upright bottle as a target, the mechanism of the mechanical device used for it is designed and designed on the assumption that the size of the bottle to be packed is constant. Because
There is no choice but to use it for a single product. If this is to be used to make cosmetic packaging even for many types of bottles with different heights, it is necessary to adapt the various mechanisms required for cosmetic packaging to various types of bottles. There is no better means than adjusting and adapting the various parts of the mechanism, but doing so complicates the mechanism, increases the cost of the mechanical device, and is cumbersome to handle.

The present invention provides a cosmetic packaging method in which the upright container invented above is cosmetically packaged so that the cosmetic packaging of containers of different heights can be easily performed as needed. The purpose is to

[0005]

In order to achieve the above-mentioned object, the cosmetic packaging method of the present invention uses a container such as a liquor bottle which is vertically long and has different diameters on the upper and lower sides, such as paper, rayon paper, and non-woven fabric. In the case of makeup packaging with a packaging material in which a thin leaf material such as described above and a uniaxially or biaxially stretched heat-shrinkable film are laminated, (1) is the same as the bottom size of the container with the small diameter part of the container facing up, or Stand upright on a small table and then position the container in the circumferential direction. (2) For a container that is in a fixed position and stands upright on the table,
A height that is longer than the height of the container, a packaging material that is cut into a constant width that is longer than the length of one circumference of the container, and a side where the heat-shrinkable film that constitutes the packaging material contacts the container,
In addition, wrap the container from both ends while pressing it against the container with the container protruding from the top of the container by the required length and hanging from the bottom of the container by the required length. Heat fusion bond over the entire length. (3) After wrapping with the packaging material and gripping the container whose end is heated and fused, lower the table on which the container was placed, and then place the container upright to the heated air jet tube. Move horizontally to the top. (4) The heated air is jetted toward the bottom of the container that is grasped and in the vertical state, and the packaging material that hangs downward from the bottom is thermally shrunk, and the bottom of the container is wrapped with the packaging material. (5) The container, the bottom of which is wrapped with the packaging material, moves in the horizontal direction while being grasped, is placed on the table in an upright state, and is then released from the grasping state. (6) The air in the tubular packaging material is sucked and removed at the upper part of the container to bring the packaging material into close contact with the peripheral wall of the small diameter portion of the container. (7) Twist the packaging material above from the upper end of the container, and then lay it down from the twist portion. (8) The twisted and lying packaging material is fixed. (9) After tightening with a tightening material below the fixing portion, the fixing is released. In the method for performing cosmetic packaging by performing these operations (1) to (9) in this order and horizontally in a state where the container is upright, (a) a method of circumferentially surrounding the packaged container Position sensor for positioning of (b), the packaging material is hung down from the positioned container, cut into a certain length, and the container is wrapped from both ends while pressing it against the container, and the wrapped package is finished. A mechanism for heat-sealing the end portion of the material over the entire length, and (c) a container wrapped with the packaging material that is heat-sealed over the entire length and is hung down from the container bottom for a required length on the injection port of the heated air. Through a heat-shrinkage of the hanging wrapping material to wrap it from the bottom of the container, and (d) air inside the cylindrical wrapping material at the top of the container is sucked and removed. A mechanism to bring the packaging material into close contact with the peripheral wall of the container And (e) a mechanism for twisting the upper packaging material from the upper end of the container and tilting the packaging material upward from the twisting portion, (f) a mechanism for fixing this falling motion, and (g) a tightening material below the fixing position. After tightening, the height of the frame body with built-in mechanism for releasing the suspension is slidable up and down, and the position of the frame body is adjusted according to the type of container This is a cosmetic packaging size of a vertically long and different diameter container that can be cosmetically packaged for various types of bottles with different lengths and the same level.

The packaging material used in the present invention is obtained by laminating a thin leaf material such as paper, rayon paper, non-woven fabric, etc. and a uniaxially or biaxially stretched heat shrinkable film. The shrinkable film may be a normal heat-shrinkable film, and for example, a uniaxially stretched or biaxially stretched film such as polyamide, polyester, polypropylene, vinyl chloride or styrene is used. Further, as the thin material to be stuck to this, for example, Japanese paper, Western paper, rayon paper, synthetic fiber paper, wet or dry non-woven fabric and the like are used. Means for laminating the thin leaf material and the heat-shrinkable film are arbitrary, but if heat is used in the laminating, it is natural that the heat-shrinkable film should be heated at a temperature within a range that does not cause heat shrinkage. .

The thin leaf material used in the present invention is usually about 10 to 50 g / m ^{2 and} preferably less than 100 μm, and the heat-shrinkable film to be attached thereto has a thickness of about 10 to 50 μm and is 100 to 250 μm. 15 at ℃
A film having a shrinkage ratio of less than 100% is preferably used.
Also, when the wrapped container is displayed as a product at the store,
In order to make it easy to observe the label or the like attached to the container through the packaging material, it is preferable to use a transparent heat-shrinkable film. If such a need is not recognized, it is opaque. Does not matter.

In the present invention, in order to be able to collectively adjust the movement in the vertical direction, for example, a necessary mechanism is incorporated in a box-shaped body which is only a frame, and the box-shaped body is appropriately adjusted. You should be able to move up and down by. If the relationship between the set position of the box-shaped body and the size of the container is clarified by this, when packaging the container of the required size with makeup, move the box-shaped body up and down to the position where the size is indicated. Just match.

[0009]

According to the present invention, a vertically long container such as a liquor bottle having different diameters on the upper side and the lower side is laminated with a thin leaf material such as paper, rayon paper, non-woven fabric and a uniaxially or biaxially stretched heat-shrinkable film. When making cosmetic packaging with the packaging material, (1) Position the container in the circumferential direction after standing upright on a table with the small diameter part facing up and the size of the container bottom or smaller than that. To do. (2) For a container that is in a fixed position and stands upright on the table,
A height that is longer than the height of the container, a packaging material that is cut into a constant width that is longer than the length of one circumference of the container, and a side where the heat-shrinkable film that constitutes the packaging material contacts the container,
In addition, wrap the container from both ends while pressing it against the container with the container protruding from the top of the container by the required length and hanging from the bottom of the container by the required length. Heat fusion bond over the entire length. (3) After wrapping with the packaging material and gripping the container whose end is heated and fused, lower the table on which the container was placed, and then place the container upright to the heated air jet tube. Move horizontally to the top. (4) The heated air is jetted toward the bottom of the container that is grasped and in the vertical state, and the packaging material that hangs downward from the bottom is thermally shrunk, and the bottom of the container is wrapped with the packaging material. (5) The container, the bottom of which is wrapped with the packaging material, moves in the horizontal direction while being grasped, is placed on the table in an upright state, and is then released from the grasping state. (6) The air in the tubular packaging material is sucked and removed at the upper part of the container to bring the packaging material into close contact with the peripheral wall of the small diameter portion of the container. (7) Twist the packaging material above from the upper end of the container, and then lay it down from the twist portion. (8) The twisted and lying packaging material is fixed. (9) After tightening with a tightening material below the fixing portion, the fixing is released. In the method for performing cosmetic packaging by performing these operations (1) to (9) in this order and horizontally in a state where the container is upright, (a) a method of circumferentially surrounding the packaged container Position sensor for positioning of (b), the packaging material is hung down from the positioned container, cut into a certain length, and the container is wrapped from both ends while pressing it against the container, and the wrapped package is finished. A mechanism for heat-sealing the end portion of the material over the entire length, and (c) a container wrapped with the packaging material that is heat-sealed over the entire length and is hung down from the container bottom for a required length on the injection port of the heated air. Through a heat-shrinkage of the hanging wrapping material to wrap it from the bottom of the container, and (d) air inside the cylindrical wrapping material at the top of the container is sucked and removed. A mechanism to bring the packaging material into close contact with the peripheral wall of the container And (e) a mechanism for twisting the upper packaging material from the upper end of the container and tilting the packaging material upward from the twisting portion, (f) a mechanism for fixing this falling motion, and (g) a tightening material below the fixing position. After tightening, the height of the frame body that incorporates the mechanism for releasing the fixation is slidable up and down, and by adjusting the position of the frame body according to the type of container, these special The packaging route of the container can be cosmetically packaged for various types of long and short varieties of different heights, without adjusting the packaging.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to the accompanying drawings.

First, the process of packaging cosmetics for a container of a certain size is represented by the process diagram shown in FIG. That is, the process A is the upright and positioning of the container. Next, in step B, the packaging material is wrapped and heat-sealed. Then, the heat shrinkage of the packaging material at the bottom of the container, which is the C step. Next, in step D, air suction on the top of the container is eliminated. Next, in step E, the packaging material is twisted and collapsed above the upper end of the container. Then F
Twist, which is a process, and fixing of lying packaging materials. Next, the main process of G fixing and the release of fixing. Makeup packaging is completed by. In the present invention, among the mechanisms for performing the steps A to G, the mechanisms related to the height of the containers are collectively and simultaneously performed when cosmetically packaging containers having different heights which are the sizes of the containers. If you want to make cosmetic packaging of containers of different sizes,
If you adjust the position of the height that suits it, and further incorporate the indicator scale into the mechanism for moving up and down the related mechanisms at the same time at the same time, and adjust according to this indicator scale, it will be easier and more compact. The makeup packaging is adapted so that the collective vertical movement mechanism can be adjusted. First, a method of makeup packaging a container of a certain size will be described step by step.

In this description, a sake bottle commonly referred to as a lifetime bottle is described as a container 1 which is vertically long and has different diameters on the upper side and the lower side. The packaging material 2 is a thin leaf material 3 as an example.
As shown in FIG. 2, a non-woven fabric is used as the product and is attached to the heat-shrinkable film 4. First, the first step A
In the process, the container 1 has a small diameter portion 1'as shown in FIG.
Is placed on the table 5 with the side facing up. At this time, the size of the table 5 is preferably equal to or smaller than the size of the bottom 1 ″ of the container 1. The container 1 placed on the table 5 has a position sensor 6
By this, the container 1 is positioned in the circumferential direction. At this time, the position sensor 6 searches for a label (not shown) attached to the container 1, for example, and moves the table 5 so that the container 1 is at a fixed position in the circumferential direction on the table 5 with this label as a reference. Rotate to home position. In this positioning, as will be described later, the packaging material 2 is wrapped around the container 1, and the side ends 2 ′ and 2 ″ thereof are heat-sealed to each other to make the container 1 cosmetically wrapped. Since 7 is a portion where both side edges 2 ', 2 "of the packaging material 2 overlap, it is not preferable that the double portion overlaps a portion such as a label attached to the container 1, and avoid this. This is done so that the heat-sealed double portion of the packaging material is placed on the unaffected portion.

When the circumferential positioning of the container is completed in this way, the packaging material is wrapped and heat-sealed in the next step B. This is shown in FIGS. First, the packaging material 2 cut into a predetermined size is brought in so that it is almost in contact with the container 1. This will be described with reference to FIG. 4. The packaging material 2 which is wound into a roll shape is pulled out and hung down via the guide 7. Reference numeral 8 is an adsorption tube that slides up and down, has suction holes 9 on the surface facing the hanging packaging material 2, and is provided at two positions on both sides of the packaging material 2 so that it can move up and down at the same time. Has been
Although not shown, the suction pipe 8 is connected to a vacuum pump provided separately to suck outside air from the suction hole 9. Now, when the suction pipe 8 is located at the position shown in FIG. 4A, the suction pipe 8 is sucking the packaging material 2. The adsorption tube 8 that has adsorbed the packaging material 2 then descends while adsorbing the packaging material 2 and stops descending at the position shown in (b).

The stop position of the suction pipe 8 is the suction pipe 8
It is a position of the winding arm 10 provided at a position facing each other. Similar to the adsorption tube 8, this winding arm 10 has a suction hole on the surface facing the packaging material 2, and the arm 10 makes a half turn around the circumference of the container 1 to unite. Like the suction tube, this winding arm also sucks outside air from the suction hole by a vacuum pump provided separately. Now, when the suction tube 8 descends while adsorbing the packaging material 2 and stops at the position of the winding arm 10, the cutter 11 located immediately above the winding arm 10 runs laterally to cut the packaging material 22. . As a result, the packaging material 2 cut into a predetermined size is adsorbed to the adsorption tube 8. Next, when the packaging material 2 is tried to be sucked into the winding arm 10 by sucking air from the suction hole of the winding arm 10, at the same time when the suction of the suction pipe 8 which has been sucked so far is stopped, the packaging material 2 is sucked. The suction is transferred from the tube 8 to the winding arm 10. When the transfer of this adsorption is completed, (C)
As shown in, the suction tube 8 rises and stops at a predetermined position while maintaining the state in which the packaging material 2 cut to a predetermined size by the winding arm 10 is suction-held. A wrapping material 2 whose lower part is cut by the wrapping material 2 that has descended together with the adsorption tube 8 by the operation described above hangs there. Here, the vacuum pump of the suction tube 8 works again to suck the packaging material 2, and the next descending, that is, the packaging material 2 to be delivered to the winding arm 10 next, is prepared. At this time, as shown in FIG. 6, the packaging material 2 is placed in the container 1 after being lengthened by a desired length from the upper and lower ends of the container 1.

That is, the upper part from the upper end of the container 1 serves as a twist margin, and the lower part from the lower end of the container 1 serves as a portion for wrapping the bottom 1 "of the container for heat shrinkage. The packaging material 2 is a heat shrinkable film. 4 is arranged so that it is on the side of the container 2. The packaging material 2 is then wrapped around the container 1, the side edges 2 ', 2 "of which are mated and mated together with the side edges 2, 2'.
Is heat-sealed 7 over the entire length. The winding and thermal fusion of the packaging material 2 are performed by the winding arm 10. As shown in FIGS. 7A to 7C, the suction arm 10 retains the packaging material 2 and the container 1 In a semi-circular shape, the packaging material 2 is wound around both sides of the container 1 and wound around the container 1. At the same time as the binding is completed, heat is generated over the entire length and heat fusion is performed. Although not shown in the drawing, a heating element is incorporated in 10. Thus, after the packaging material 2 is wrapped around the container 1 and wound in a stable state by heat fusion, the packaging material at the bottom of the container is heat-shrinked, which is the C step. This will be described with reference to FIGS. 8 (a) to 8 (c). The container 1 in which the winding of the packaging material 2 has been completed is grasped by the air suction tube 12. This gripping is performed by sucking air by a vacuum pump (not shown) that operates separately from the air suction pipe 12 after the air suction pipe 12 descends from above and fits the small diameter portion 1'of the container 1. This is performed by adsorbing the container 1 on the air suction tube 12. This air suction tube 12 also serves as a transfer tool. As shown in FIG. 8 (a), the air suction tube 12 descends to hold the container 1 by suction, and as shown in FIG. 8 (b). As shown in FIG. 8C, the container 1 is moved up to a next stand 5 after passing through the heated air jetting pipe 13 as shown in FIG. 8C. When the container 1 is lifted by the air suction pipe 12 performed at the beginning, the packaging material 2 wound around the container 1 is hung down below the bottom 1 ″ of the container 1 and wound around the bottom 1 ″. Packaging material 2 hanging from
However, when the container is transferred, it does not come into contact with the table 5 to cause troubles in the thermal contraction performed thereafter. Therefore, instead of raising the container 1, the table 5 may be lowered while being held by the air suction tube 12. At this time,
The heights of the pedestals 5 before and after the heated air ejection pipe 13 may be the same. In this way, when the container 1 is gripped and passes over the heated air ejection pipe 13, the heated air ejection pipe 13
Is opened toward the bottom 1 ″ of the container 1, and when the container 1 is transferred, heated air is ejected. As a result, the packaging material 2 hanging below the bottom 1 ″ of the container 1 is heated. It contracts to wrap around the bottom 1 ″, moves further, and is placed on another table 5. When the container 1 is placed on this table 5, the air suction pipe 12 stops the suction of air and the container 1 The grip is released, and at the same time, it rises upward.

This completes the heat shrinkage of the packaging material at the bottom of the container, which is the step C, and then the suction and removal of air from the top of the container, which is the next step D. This is shown in FIGS. 9 (a) to 9 (b). First, the container 1 is moved to a further advanced position from the position where the heat shrinkage of the packaging material at the bottom is completed. The upper side of the packaging material 2 that wraps the container 1 placed on the table 5 at this different position is cylindrical, but the air suction pipe 14 is inserted therein to suck and remove the air in the cylindrical shape. The tubular packaging material 2 is in close contact with the peripheral wall of the container. This is D
The air suction removal of the upper part of the container, which is the process of step A, is completed, and then the process of step E, which is the twisting / falling of the packaging material above the container end, is performed. This is shown in FIGS. 9 (a) to (b) and FIGS. 10 (a) to (b). (A) of FIG.
As shown in (b), two bars 15 on the left and right are provided between the upper end of the container 1 and the air suction pipe 14 at this position.
When the air suction tube 14 sucks air to bring the packaging material 2 into close contact with the peripheral wall of the container, the bars 12 sandwich the packaging material 2 at intervals. The holding of the bar 12 is shown in (a) and (b) of FIG. Bar 12
The bar 12 is rotated and the packaging material 2 is twisted while sandwiching. At the same time when the bar 12 is twisted, the air suction pipe 14 is pulled upward. The container 1 is transferred from the position (a) in FIG. 10 to the position (b) while the packaging material 2 is still twisted. A horizontal plate 16 is placed at a position approximately the same height as the container 1 in the middle of this transfer path, and the packaging material 2 located above the upper end of the container collides with the horizontal plate 16 and the horizontal plate 16 It enters the lower surface of 16 and is laid down. This completes the twisting / falling of the packaging material above the container end, which is the step E. Next, the F step of temporarily fixing the twisted and collapsed packaging material in the upper part of the container is performed, for example, by inserting a pipe into the upper part of the container 1. At this time, the collapsed packaging material is used. The material is bent downward by the inserted pipe and the small diameter portion 1'of the container 1
Be contacted with. Next, the final step G, which is the final fixing and the temporary fixing release, is performed. In this step, the packaging material that is bent downward in the previous step and is in contact with the small-diameter portion 1'is sewn with a metal string or the like. After tightening and finishing this, the temporary fixing is released by releasing the fitting of the pipe for temporary fixing in the step F, and the final product packaged by makeup is obtained. Become.

According to the present invention, in the mechanism for performing each operation from the process A to the process G, (a) a position sensor for positioning the packaged container in the circumferential direction, and (b) for the positioned container A mechanism in which the packaging material is hung and cut into a certain length, the container is wrapped from both ends while pressing it against the container, and the end of the wrapped packaging material is heat-sealed over the entire length, and (c) over the entire length. A container wrapped with a packaging material in a state of being heat-sealed and hanging from the container bottom by a required length, is passed through a jet of heated air to heat-shrink the hanging packaging material to make the bottom of the container. A hot air jet passage mechanism of the container to be wrapped, (d) a mechanism for sucking and eliminating air in the tubular packaging material at the upper part of the container to bring the packaging material into close contact with the container peripheral wall, and (e) from the upper end of the container Twist the upper packaging material, At the same time, the mechanism for laying up from the bending part, (f) the mechanism for fixing this laying down, and (g) the mechanism for tightening the fixing material downward from the fixing position and then releasing the fixing at once Allows up and down movement adjustment,
This vertical movement adjustment makes it possible to make cosmetic packaging for various types of containers with different heights.To move all these mechanisms up and down at the same time, put them inside the frame. Each mechanism is incorporated, and this frame is provided so as to be slidable on the column. At this time, it is convenient for the operation if the stop position of the frame is specified for each container type.

According to this method, in the case of multi-product containers, that is, multi-product containers having different heights, the transfer route remains the same level, and the frame body in which various mechanisms are incorporated is adjusted in height according to the product type and operated. As a result, one model can process many types of containers.

[0019]

Industrial Applicability According to the present invention, it is possible to form vertical wrinkles on the peripheral wall of a container efficiently while keeping the container upright according to the line, at a low cost, and in the packaging material wrapped around the container. , A winding method that does not change anything from a winding shape that has been carefully wrapped by hand by hand, and a cosmetic method that fully demonstrates aesthetics and luxury is not limited to one particular type, but various types with different heights It was possible to provide a method capable of easily performing cosmetic packaging corresponding to the container.

[Brief description of drawings]

FIG. 1 is a process drawing showing a process of a method of the present invention.

FIG. 2 is a vertical sectional side view showing an example of a packaging material used in the present invention.

FIG. 3 is a side view for explaining process A.

4A to 4C are side views showing a process of supplying a packaging material to a container.

FIG. 5 is a cross-sectional plan view showing an example of a mechanism for transferring packaging material.

FIG. 6 is a front view showing the relationship between the container and the packaging material.

FIG. 7 is a plan view showing the movement of the container, the packaging material, and the winding arm, showing a process in which the packaging material is wound around the container and heat-sealed.

FIG. 8A to FIG. 8C are views for explaining the step C, and are side views showing a process in which the container is gripped and the bottom part is thermally contracted by the heated air.

9A to 9B are side views showing a state in which the packaging material is brought into close contact with the container peripheral wall by air suction, for explaining the step D.

10 (a) to 10 (b) are views for explaining the step E, which is a side view showing a state in which the packaging material on the upper part of the container is twisted and further laid down.

[Explanation of symbols]

 1 Container 1'Small Diameter Part 1 "Bottom 2 Packaging Material 2 ', 2" Side Edge 3 Thin Leaf Material 4 Heat Shrinkable Film 5 Units 6 Position Sensor 8 Adsorption Tube 10 Winding Arm 11 Cutter 12 Air Suction Tube 13 Heated Air Jet Tube 14 Air suction tube 15 Bar 16 Horizontal plate

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Minor Ueda 2-6-7 Moto-Asakusa, Taito-ku, Tokyo Metropolitan Japan Matthew Co., Ltd. (72) In-house 2-6, Moto-Asakusa, Taito-ku, Tokyo No. 7 in Japan Matai Co., Ltd. (72) Inventor Hideo Sakata 2-6-7 Moto-Asakusa, Taito-ku, Tokyo No. 7 in Japan Matai Co., Ltd. (72) Nobuya Enomoto 28 Shimotoba Tajima-cho, Fushimi-ku, Kyoto Prefecture Kyobayashi Food Machinery Co., Ltd. (72) Inventor Yoshitsune Yoshitsubo 75 Kamamino 4 Tottori City, Tottori Prefecture 4 Limited Company Techno Industrial (72) Inventor Motoyuki Toyooka 75 4 Kamimino Tottori City Limited Company In techno industry (56) Reference JP-A-63-178910 (JP, A) JP-A-58-215312 (JP, A) Actual Kaihei 1-158465 (JP, U) JP-B-52-17465 ( P, B2) Tokuoyake flat 7-84211 (JP, B2)

Claims (1)

[Claims] 1. A container such as a liquor bottle which is vertically long and has different upper and lower diameters is attached with a thin leaf material such as paper, rayon paper or nonwoven fabric, and a uniaxially or biaxially stretched heat-shrinkable film. When making cosmetic packaging with the combined packaging material, (1) Position the container in the circumferential direction after standing upright on a table with the small diameter part facing up or the size of the bottom of the container or smaller than that. I do. (2) For a container that is in a fixed position and stands upright on the table,
A height that is longer than the height of the container, a packaging material that is cut into a constant width that is longer than the length of one circumference of the container, and a side where the heat-shrinkable film that constitutes the packaging material contacts the container,
In addition, wrap the container from both ends while pressing it against the container with the container protruding from the top of the container by the required length and hanging from the bottom of the container by the required length. Heat fusion bond over the entire length. (3) After wrapping with the packaging material and gripping the container whose end is heated and fused, lower the table on which the container was placed, and then place the container upright to the heated air jet tube. Move horizontally to the top. (4) The heated air is jetted toward the bottom of the container that is grasped and in the vertical state, and the packaging material that hangs downward from the bottom is thermally shrunk, and the bottom of the container is wrapped with the packaging material. (5) The container, the bottom of which is wrapped with the packaging material, moves in the horizontal direction while being grasped, is placed on the table in an upright state, and is then released from the grasping state. (6) The air in the tubular packaging material is sucked and removed at the upper part of the container to bring the packaging material into close contact with the peripheral wall of the small diameter portion of the container. (7) Twist the packaging material above from the upper end of the container, and then lay it down from the twist portion. (8) The twisted and lying packaging material is fixed. (9) After tightening with a tightening material below the fixing portion, the fixing is released. In the method for performing cosmetic packaging by performing these operations (1) to (9) in this order and horizontally in a state where the container is upright, (a) a method of circumferentially surrounding the packaged container Position sensor for positioning of (b), the packaging material is hung down from the positioned container, cut into a certain length, and the container is wrapped from both ends while pressing it against the container, and the wrapped package is finished. A mechanism for heat-sealing the end portion of the material over the entire length, and (c) a container wrapped with the packaging material that is heat-sealed over the entire length and is hung down from the container bottom for a required length on the injection port of the heated air. Through a heat-shrinkage of the hanging wrapping material to wrap it from the bottom of the container, and (d) air inside the cylindrical wrapping material at the top of the container is sucked and removed. A mechanism to bring the packaging material into close contact with the peripheral wall of the container And (e) a mechanism for twisting the upper packaging material from the upper end of the container and tilting the packaging material upward from the twisting portion, (f) a mechanism for fixing this falling motion, and (g) a tightening material below the fixing position. After tightening, the height of the frame body with built-in mechanism to release the fixation is slidable up and down, and the position of the frame body is adjusted according to the type of container to transfer the container. The routes are of the same level,
Makeup packaging dimensions for vertically different diameter containers that can be used for makeup packaging for various types of bottles with different heights.