JP2006248591A - Production method of merchandise storing sheet - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide the production method of a merchandise storing sheet which can handle the shape and free layout of merchandise, prevents the generation of abnormality caused by improper taking in and improves productivity. <P>SOLUTION: The production method of this merchandise storing sheet comprises: a step of applying adhesive liquid 3 where the liquid 3 for adhering a film 2 is applied partially to an area excluding a nonadhesive area U on one face of a pasteboard 1b larger than a finished shape: a step of punching for obtaining a predetermined cut opening 5 at least in the area U and in a predetermined finished shape after punching and cutting the pasteboard 1b gone through the step of applying the adhesive liquid 3; and a step of attaching an integral film 2 to the pasteboard 1a in the finished shape wholly covering the finished shape after the step of punching. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a method for manufacturing a product storage sheet that stores all or part of a product or product sample and performs packaging, casing, posting, packaging, or the like.

  As a product storage sheet for storing products and product samples inside the sheet, conventionally, a mount provided with a slit for storing products (including product samples), and a film that integrally covers the entire surface of the mount There is a commodity storage sheet (see, for example, Patent Document 1). The product is inserted between the mount and the film from the cut-out opening of the mount, and the product is accommodated in a good appearance. A film is attached to the surface of the mount with an adhesive liquid. Of the surface of the mount, only the cut opening portion and the surrounding product storage area are provided with a non-adhesive area where no adhesive liquid is applied. This non-adhesion area becomes a space for inserting and housing the product.

The manufacture of the commodity storage sheet has been performed as follows, for example.
1) First, a large number of large flat paper pieces are punched out with a cutter to perform a punching process to obtain a predetermined outer shape of the mount and a predetermined predetermined cut opening and shape hole,
2) Next, an adhesive liquid coating process is performed to apply an adhesive liquid for attaching the film to one area of the mount and excluding the non-adhesive area,
3) Next, in order to remove excess adhesive liquid or to securely paste the adhesive liquid, a drying process is performed to dry the adhesive liquid to a certain extent.
4) A manufacturing method in which a film attaching (laminating) step of attaching an integral film to the entire surface of the mount having an appropriate surface adhesive force by drying is performed (for example, see Patent Document 2).

  However, in the above-described conventional manufacturing method, when the board that has undergone the punching process is taken into the applicator of the adhesive liquid coating process, there is a case in which a poor take-in occurs due to the outer shape of the board, the cut opening, or the like. In particular, in the above 1) punching process, the punching is performed with free lines corresponding to a free layout such as various product shapes and arbitrary arrangements, while in the above 2) adhesive liquid coating process, the cutting opening or the product shape is accurately set. It is necessary to partially apply a non-uniform adhesive liquid corresponding to the above. For this reason, for example, at the time of nipping and feeding by a plurality of feeding rotors, only one side is sent out by an asymmetrical outer shape, or at the time of winding and discharging by a vacuum suction transporter, only the central protruding paper piece part formed by the cut opening is in a winding shape Inappropriate, misalignment of the coated part, breakage of the mount, equipment errors due to entrainment, etc. were relatively easy to occur.

  The occurrence of abnormalities due to poor uptake as described above is not efficient in terms of price, labor, and time, and decreases productivity.

Japanese Patent Publication No. 6-95973 Japanese Utility Model Publication No. 4-36261 (Fig. 7 etc.)

  Therefore, the present invention provides a method for manufacturing a product storage sheet that can cope with the shape of a product and a free layout, while suppressing the occurrence of abnormalities due to poor take-in and improving productivity. Let it be an issue.

  In order to solve the above problems, the following means (1) to (4) are adopted.

  (1) The manufacturing method of the goods accommodation sheet | seat of this invention partially apply | coats the adhesive liquid 3 for affixing the film 2 on the partial area | region except the non-adhesion area | region U among one surface of the base paper 1b larger than a finishing shape. An adhesive liquid coating process, a punching process of punching and cutting the large mount 1b that has undergone the adhesive liquid coating process to obtain at least a predetermined finished shape and a predetermined slit 5 in the non-bonded region U, and the punching And a pasting step in which the integrated film 2 is attached to the entire surface of the mount 1a having the finished shape so as to cover the entire finished shape.

  According to such a manufacturing method, since the punching process is performed after the adhesive liquid application process, at least the adhesive liquid application process is unlikely to cause poor mounting of the mount based on the predetermined finish shape of the mount and the predetermined cut opening 5. It will be a thing. In particular, since the punching process is performed on the mount that has undergone the adhesion process, it is possible to suppress poor loading due to partial application to the mount.

  (2) The pressure-sensitive adhesive liquid 3 is a heat-sealable pressure-sensitive liquid 3 that exhibits an effective pressure-sensitive adhesive force at or above a predetermined pressure-sensitive adhesive temperature. The punching process is performed in an environment lower than the predetermined pressure-sensitive adhesive temperature, and is attached. In the attaching step, it is preferable to perform a heat treatment for heating the applied adhesive liquid 3 to the predetermined adhesive temperature (or to a temperature higher than that).

  Thereby, since there is no influence by the adhesive force of the applied adhesive liquid 3 at the time of a punching process, the board | substrate board | substrate taking-in defect can be suppressed more.

  (3) It is preferable that the pressure-sensitive adhesive liquid 3 has a quick-drying property so that at least the surface of the board after application is dry before the punching and cutting in the punching process (from application to the board by the pressure-sensitive adhesive application process).

  Thereby, the applied adhesive liquid 3 can suppress transfer to a punching / cutting device or another mount in the punching process.

  (4) The adhesive liquid application step is to apply the adhesive liquid 3 by rotating an exudation rotor 61a that exudes the adhesive liquid 3 from a plate hole on its own peripheral surface onto a large-sized mount 1b. preferable. More specifically, it is preferable that the adhesive liquid 3 is applied by pressing a large-size mount 1b with the exuding rotor 61a.

  Thereby, partial application of the partial adhesive liquid 3 can be performed with a free layout. In particular, as a free layout, even when the adhesive liquid 3 is partially applied asymmetrically in the left-right direction, combined with performing the adhesive liquid application process first, it is difficult for the board to feed out.

  By the above means, it is possible to provide a method for manufacturing a product storage sheet that can cope with the shape of the product and a free layout, but suppress the occurrence of abnormalities due to poor take-in as described above and improve productivity. .

  Hereinafter, the configuration of the present invention will be described in detail together with the specific examples shown in FIGS. 1 to 3 are explanatory views showing each step of the manufacturing method of the commodity storage sheet of Example 1. FIG. FIG. 4 is an explanatory diagram of each process when the processes are collectively performed in one unit as the method for manufacturing the commodity storage sheet of the second embodiment. FIG. 5 is a form example of the product storage sheet obtained by the manufacturing method of the present invention. FIG. 6 is a perspective exploded explanatory view in which the structure of the product storage sheet of FIG. 5 is disassembled. And FIG. 7 is a form example of the product storage sheet different from FIG. 5 in which the air vent hole 5h is formed in addition to the form example of the product storage sheet of FIG.

Also in any Example, the manufacturing method of the goods accommodation sheet | seat of this invention comprises at least 3 process of following (a) (b) (c) in the order. That is,
(A) A pressure-sensitive adhesive application step (FIG. 1) for partially applying the pressure-sensitive adhesive 3 to a partial area excluding the non-adhesive area U, on one surface of the large-size mount 1b than the finished shape;
(B) A punching process (FIG. 2) for punching and cutting the large mount 1b that has undergone the adhesive liquid coating process to obtain at least a predetermined finished shape and a predetermined cut-in opening 5 in the non-adhesive region U;
(C) A pasting step (FIG. 3) for attaching the integrated film 2 to the entire surface of the mount 1a having the finished shape after the punching step so as to cover the entire finished shape. Hereinafter, each step will be described in detail.

((A) Adhesive liquid application process)
In the adhesive liquid coating step, the adhesive liquid 3 is applied by rotating the oozing rotor 61a on a large mount using the brewing rotor 61a that oozes the adhesive liquid 3 from the plate hole on its peripheral surface. It is preferable that More specifically, the adhesive liquid 3 is applied by pressing the large-sized mount 1b with the extruding rotor 61a with a predetermined pressing pressure (FIG. 1). Specifically, the extruding rotor 61a is formed by detachably winding a plate on which a plate hole is arbitrarily laid out on a peripheral surface (not shown). Depending on how the plate holes are provided in the plate, it is possible to perform partial coating with a free layout, including the case of partial coating asymmetrically. In addition, it is possible to perform partial coating with various layouts by exchanging the plates as necessary.

(Feeding rotor 61)
The large-size mount 1b is taken in or sent out by nipping and transporting the mount 1 as a plurality of feed rotors 61 rotate while contacting the front and back surfaces of the mount 1 (FIG. 1). One of the delivery rotors 61 is an exudation rotor 61a for partially applying the adhesive liquid 3, and comes into contact with the film attachment surface on which the film 2 is to be attached later, on the front and back of the large mount 1b.

(Mount 1)
The mount 1 referred to in the present invention means a sheet-like base material having a flat surface, which can generally be used for packaging, casing, posting, or packaging of any form of product or product sample, natural paper, In addition to synthetic paper, this does not exclude sheet-like metal plates, minerals, or an integral overlapping material thereof. It does not matter whether it is opaque or transparent. In addition, the goods of arbitrary forms say the various goods and its package which consist of forms, such as card form, solid solid form (or semi-solid form), powder form, fiber form, and liquid form.

  The mount 1 taken in this step is a large-size mount 1b larger than the finish-shaped mount 1a (for example, FIGS. 5, 6, and 7), for example, FIG. 1 (Example 1) and FIG. 4 left (Example). As shown in 2), a plurality of large-sized mounts 1b each having a predetermined width cut into a standard plate size are superimposed. Alternatively, even when the long and large mount 1b having a predetermined width is folded back in a zigzag manner (that is, alternately in a mountain fold and a valley fold at substantially equal intervals) or in a roll shape Good (not shown).

  Further, it is preferable that the large mount 1b used in this step has been printed, that is, prior to this step, a printing process for adding characters, patterns, etc. to the large mount 1b by printing is preferably performed. In particular, if the mount 1 that has been previously printed on the surface to which the film 2 is attached is used, and if a transparent, translucent or partially transparent film 2 is used, the printed surface is protected by the adhesive 3 or the film 2. While maintaining good visibility, it is possible to prevent the secular change (fading, character fading, discoloration, etc.) of adhesion such as printing.

  Since this step is performed before the punching step, it is possible to reliably take in the mount 1b having a predetermined width that has not been punched. In addition, since there is no occurrence of defective loading due to punching, a more free punching shape can be employed.

(Coating machine)
Specifically, for example, the coating machine can apply an ink squirting rotor used for gravure printing using an adhesive liquid 3 instead of ink (FIG. 1 or FIG. 4). In addition, it apply | coats by arbitrary application means, such as a roll coater.

(Partial application, non-adhesive area U)
In the present invention, partial application of the adhesive liquid 3 is performed not on the entire surface of the mount 1 but on an area excluding an arbitrary non-adhesive area U. That is, the non-adhesion area | region U which does not apply the adhesive liquid 3 among the shapes of the film 2 to stick is provided as arbitrary shapes. The application of the adhesive liquid 3 is a partial application excluding the non-adhesion region U, and the film 2 is applied to the entire surface including the non-adhesion region U (outer shape of the mount 1). Thereby, the non-adhesion area | region U turns into a goods accommodation area | region after film 2 sticking.

  In the lower figure of FIG. 6 in which the form example of the product storage case is disassembled, the short-side curved rectangular portion excluding the halftone dots is the non-adhesive region U in the film 2 affixing surface, which is the top surface of the finished mount 1a. is there. Specifically, the non-adhesion region U includes a cut-out opening 5 provided in the mount 1 and its periphery. In the product storage case as shown in FIG. 5 or FIG. 7, the product can be inserted into the non-adhesive region by inserting the product from the cut-out opening 5 portion on the back side of the finished mount 1 a (the inserted state is not shown). )

(Adhesive liquid 3)
The adhesive liquid 3 is interposed between them in order to attach the film 2 to the surface of the mount 1 in the product storage case (see, for example, the structural exploded view of FIG. 6). It is preferable that the pressure-sensitive adhesive liquid 3 of the present invention has quick-drying properties so as to suppress troubles caused by partial application rather than the entire surface of the mount 1. This quick-drying property is a fast-drying property such that at least the surface of the base 1 after application is dried from the application to the base 1 in the adhesive liquid application step to the punching and cutting in the punching step. Furthermore, it is quick-drying so that the applied adhesive liquid 3 can be naturally air-dried without penetrating into the mount 1 without going through a drying step such as forced air-drying. By such quick drying, the surface of the base paper 1 partially coated with the adhesive liquid 3 can maintain a smoothness of a predetermined level or more. As a result, since the next process (punching process) is not performed while being dry, not only unnecessary transfer of the adhesive liquid 3 to the feeding device or the punching blade can be suppressed, but more accurate punching can be performed. Moreover, generation | occurrence | production of the air pocket after affixing can be suppressed.

  In relation to the quick-drying property of the pressure-sensitive adhesive liquid 3, it is preferable that the production method of the present invention does not include a forced drying step such as overheating / cooling or forced air drying. For example, it is assumed that there is no influence by the transfer of the adhesive liquid 3 in each process even if it is naturally dried during each process and the transfer of the mount 1 between each process without using a special dryer. Combined with the order of the steps and the properties of the adhesive liquid 3 to be used, the extra adhesive liquid 3 is excluded in the attaching process without passing through the forced drying process. Performance can be obtained. And by not going through a forced drying process, the improvement of the manufacturing efficiency in an installation surface thru | or a time surface is anticipated, or permeation of the adhesive liquid 3 to the base_sheet | mounting_paper 1 and extra moisture absorption become difficult to occur.

  The pressure-sensitive adhesive liquid 3 is also preferably a heat-sealable pressure-sensitive adhesive liquid 3 that exhibits an effective pressure-sensitive adhesive force at a predetermined pressure temperature or higher and lowers the pressure power below that temperature. The heat-sealable adhesive liquid 3 is adopted, and the process from immediately after partial application of the adhesive liquid 3 to the pasting of the film 2 in the pasting step is performed at a temperature lower than the adhesive temperature. And the adhesive liquid 3 apply | coated to the predetermined adhesion temperature is heated at least in the pasting process. Thereby, an effective adhesive force can be expressed only in the below-mentioned pasting process, and unnecessary adhesion that hinders the progress of the process in other processes can be suppressed. In addition, if it is an aqueous type that does not contain a volatile solvent, problems such as residual materials, handling of hazardous materials, and occupational health laws can be easily avoided.

  Specific properties of the adhesive liquid 3 that can be used are, for example, an adhesive temperature of about 70 ° C. to 90 ° C., a solid content of 50 wt%, a viscosity of about 100 mPa, and a printing viscosity of 15 to 20 seconds (in the case of Zaan Cup # 3). is there. When an olefin type, a cation type, and a PH of 5.0 are used, for example, those having the following physical properties can be used.

Blocking resistance was measured at a temperature of 40 ° C. and 50 ° C. under a load of 500 g / cm ² and after 12 hours, at least partly blocking occurred only between the surfaces, and there was no blocking between the front and back surfaces (slight resistance) To the extent that is confirmed).

  The adhesiveness is 270N / 25mm (surface plain) or 300N / 25mm (black or indigo printing on the surface) according to the 180 degree peel test measurement at a peel speed of 100mm / min after 24 hours. ) And no rub of ink is observed after peeling. In addition, when a PP film is applied at 70 ° C., the same peel test measurement is performed at about 310 N / 25 mm (surface plain) to 320 N / 25 mm (blue printing on the surface) and 180 N / 25 mm (black printing on the surface). is there.

  For example, in the case of a coating film of less than 15 μm, the surface of the pressure-sensitive adhesive liquid 3 is preferably cured and dried in about 1 to 30 minutes (preferably within 10 minutes) after coating. Arbitrary primary colorants or pigments including olefin-based, acrylic resin-based, and epoxy resin-based materials can be used as the coating film forming main element.

((B) Punching process)
In the punching step, at least a board 1b having a larger size than the finished shape is punched into a given arbitrary layout by an arbitrary cutting means, and a finished board 1a having a predetermined outer shape and a predetermined cut (see the lower diagram in FIG. 6). It is the process of obtaining. As the cutting means, for example, as shown in FIG. 2 or FIG. 4, a vertically movable punching machine 4 having a punching blade on the lower surface can be lowered from above the large mount 1b. It is preferable to obtain a plurality of finished mounts 1a continuously from one large mount 1b.

  The punching process is performed in an environment where the predetermined adhesive strength of the adhesive liquid 3 is not exhibited. Specifically, it is in an environment below the predetermined adhesive temperature and the predetermined adhesive humidity. Thereby, the unnecessary adhesion | attachment which prevents progress of a process can be suppressed. The punching shape includes at least the finishing shape of the finishing shape (one or more) of the backing paper 1a included in the large-size backing paper 1b and the cut-out opening 5 portion for inserting and storing the product (see FIG. 5).

(Air vent hole 5h)
In the punching step, an air vent hole 5h (for example, the form shown in FIG. 7) for releasing air trapped between the attached film 2 and the mount 1 may be provided. It is possible to make the punching not performed for 5h (for example, the form shown in FIG. 5).

  That is, if the quick-drying adhesive liquid 3 is used as one means for making it unnecessary to punch out the air vent hole 5h, the mount 1 after application of the adhesive liquid 3 can maintain smoothness of a predetermined level or more. The occurrence of air pockets after pasting due to unevenness and deflection on the surface is suppressed. Further, as another means for eliminating the need for punching the air vent hole 5h, the punching shape is determined so that the position of the cut-out opening 5 portion in the non-bonding region U is close to the rear end in the transport direction in the attaching process described later. That is, when the position of the cut opening 5 portion is biased in any one of the upper, lower, left and right directions in the non-adhesive region U in plan view, this biased direction (in other words, out of the periphery of the non-adhesive region U) The direction in which the distance from a part of the cutout 5 portion is the shortest) is set in a state opposite to the transport direction. As a result, when the film 2 is stuck from one end to the other end in the non-adhesion region U on the mount 1 in the attaching step, the air between the film 2 and the mount 1 in the non-adhesion region U is It will be pulled out of 5 parts.

  The use of these quick-drying adhesive liquids 3 and the punching angle of the punching shape are matched with the conveying direction of the sticking process, thereby suppressing the occurrence of air accumulation due to the sticking process described below. No punching is required. By making the air vent hole 5h not provided (for example, the form shown in FIG. 5), it is preferable in terms of appearance and in some cases in terms of simplifying the punching process.

((C) Pasting process)
The affixing process is a process of affixing the film 2 to the entire surface of the mount 1 on which the adhesive liquid 3 has been partially applied, after the punching process has been completed. This step is performed, for example, by a laminator processing machine incorporating a roll-shaped long film 2L. Specifically, the long film 2L having an arbitrary length is unwound from the film unwinding structure 7 in which the roll-shaped long film 2L is housed, and the long film 2L thus unwound is connected to the mount 1 The film 1 is bonded to the mount 1 by the structure of a plurality of bonding rotors 62 that bond the film 2. Among the plurality of laminating rotors 62, the rotor that conveys the long film 2L is an elastic rotor 62b whose surface has elasticity. By conveying with the elastic rotor 62b, the unwinding defect by the unnecessary slack of the film 2 can be suppressed.

(Film 2)
The film 2 referred to in the present invention is an opaque, transparent, translucent or partially transparent solid thin sheet that is adhered to at least one surface of a finished mount 1a via an adhesive 3 to form a thin film. means. It is preferable to bend along the mount 1 (finished mount 1a) after pasting and to have a predetermined elongation that does not easily tear. Specifically, for example, polymers such as PE, PVC, PS, PP, PET, PC, and PMMA can be used. After this step, it is cut into a finished shape, and the entire surface of the finished shape mount 1a is integrally covered. If the film 2 is transparent, translucent or partially transparent, the product or product sample can be accommodated in a beautiful manner by the transparent portion. Further, the surface pattern or the like of the mount 1 can be visually recognized.

(Heat treatment)
In the attaching step, a heat treatment is performed to heat the applied adhesive liquid 3 to a temperature equal to or higher than the predetermined adhesive temperature and higher than a predetermined adhesive humidity. It is preferable to perform the heat treatment before the film 2 is attached or at the same time as the film 2 is attached. In each example shown in the figure, heat treatment is carried out immediately before film sticking while transporting the film 2 or mount 1 in this step (FIGS. 3 and 4). The heating method is performed by, for example, a spray-type steam hot air fan or the like in addition to an infrared heater or an electromagnetic heater.

  The heat treatment is preferably performed after the mount is pulled out one by one. That is, in the mount 1 take-in part of the film 2 pasting machine in this process, a plurality of mounts after the punching process are conveyed in a state of being superimposed on the carriage C1, but until this overlapped state, It is preferable that heating is started after each sheet is transported by the transport belt from the mount take-in section without performing the heat treatment.

(The heat treatment of Example 1)
The heat treatment of Example 1 is performed by using a heating rotor 62a heated by a heater in a part of a laminating rotor 62 that bonds the backing 1 (finished backing 1a) and the film 2 (FIG. 1). 3). The heating rotor 62 is a bonding rotor 62 on the surface (the surface to which the adhesive liquid 2 is applied) of the bonding rotor 62, and is heated by the heater H, and releases heat at a temperature equal to or higher than the adhesive temperature from the peripheral surface. It is supposed to be. Bonding is performed while the film 2 or the mount 1 is conveyed by the heating rotor 62a (FIG. 3).

(The heat treatment of Example 2)
In Example 2, the heating rotor 62a is not used, but the heater H is directly heated. Specifically, the heat treatment of Example 2 is performed by heating the board 1 being conveyed with a heater H from above the adhesive liquid application surface of the board 1 on the conveyance belt (FIG. 4). As shown in FIG. 4, the heating position is immediately before the film 2 is pasted, and the corner of the conveyance height raising portion that raises the conveyance height to the laminator device (in FIG. 4, the conveyance direction is inclined upward to the right). After the run, the belt conveyor is bent in a horizontal direction). By heating at the corner of the conveyance height raising portion, heating is performed in a state where the film attachment surface of the mount 1 is warped outward. Thereby, the adhesive liquid 3 after drying is extended | stretched and can be heated efficiently. Moreover, the smoothness of the film 2 sticking surface before film 2 sticking can be maintained by heating just before sticking of the film 2.

(Re-punching process)
In the attaching step or after the attaching step, a film 2 cutting process for cutting the film 2 into a finished shape is performed. In the embodiment, the long film 2L after pasting is cut into a finished shape by the re-punching machine 4242 immediately after the film 2 is pasted, and the punching and cutting performed with the film 2 is performed.

(Moving the mount between each process)
The board is transferred between the processes by any method. In the first embodiment, a plurality of mounts are superimposed on the carriage C1 as shown in the right and right of FIG. 1, and then the carriage C1 is moved to the next process capturing position. At this time, due to the quick-drying property of the adhesive liquid 3, the mounts after the partial application of the adhesive liquid 3 are not stuck unnecessarily. Further, the carriage C1 moved to the take-in location is set at the take-in position of the next process by the air cup suction machine C2 (vacuum suction) as shown in the left of FIG. 2 and the left of FIG. Moreover, it is good also as what is taken in into the taking-in position of each machine with the elevator lift C3 like FIG. 1 left.

  The manufacturing method of the commodity storage sheet of the present invention can be applied to various laminating methods for performing partial adhesion. In addition, the product storage sheet obtained by the present invention can be used as a packaging container or a display material in addition to a product storage sheet that stores all or part of a product or product sample and performs packaging, casing, posting, packaging, etc. Can be used.

It is explanatory drawing which shows the adhesive liquid application | coating process among the manufacturing methods of the goods accommodation sheet | seat of Example 1. FIG. It is explanatory drawing which shows the punching process among the manufacturing methods of the goods accommodation sheet | seat of Example 1. FIG. It is explanatory drawing which shows the sticking process in the manufacturing method of the goods accommodation sheet | seat of Example 1. FIG. It is explanatory drawing which shows all the main processes of the manufacturing method of the goods accommodation sheet | seat of Example 2. FIG. It is an example of the form of the goods accommodation sheet | seat obtained by the manufacturing method of this invention. It is a perspective exploded explanatory drawing explaining the structure of the example of a form accommodation sheet | seat of FIG. It is another example of a goods accommodation sheet | seat in which the air vent hole 5h was formed in the form example of the goods accommodation sheet | seat of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1a Finish-shaped mount 1b Large format mount 2 Film 3 Adhesive liquid 41 Punching machine 42 Re-punching machine U Non-adhesion area 5 Notch 5h Air vent 61 Feed rotor 61a Exudation rotor 62 Bonding rotor 62a Heating rotor 62b Resilient rotor 7 Film unwinding Construction

Claims (4)

The adhesive liquid coating process for partially applying the adhesive liquid for attaching the film to the area other than the non-adhesive area on one side of the large-sized board than the finished shape, and the large-sized board that has undergone the adhesive liquid coating process is punched out Cut and obtain a predetermined finished shape and a predetermined cut opening in the non-bonded region, and affix the film on the entire surface so as to cover the entire finished shape on the finished shape mount that has undergone the punching step And a pasting step. The adhesive liquid is a heat-sealable adhesive liquid that exhibits an effective adhesive force at a predetermined adhesive temperature or higher, and the punching process is performed in an environment lower than the predetermined adhesive temperature. The manufacturing method of the goods accommodation sheet | seat of Claim 1 which performs the heat processing which heats the adhesive liquid of this to the said predetermined adhesion temperature. 3. The method for producing a product storage sheet according to claim 1, wherein the adhesive liquid has a quick-drying property so that at least the surface after application is dried from the time of being applied by the adhesive liquid application process to the time of punching and cutting in the punching process. The adhesive liquid coating step is to apply the adhesive liquid by rotating an exudation rotor that exudes the adhesive liquid from a plate hole on its own peripheral surface onto a large-size mount. A method for manufacturing a product storage sheet.

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