JP2017140839A - Laminate synthetic resin-made bag material, garbage bag body, bag body with handle, faeces collecting bag body, and deposition method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To consider applications of a laminate synthetic resin-based bag body for uses and equipment to a simple bedpan in hospitals, care facilities or the like, by pursuing rationality and convenience for finding novel use methods and novel making methods of a synthetic resin-made bad less in long term change with evolutions and considering implementation at least one of them.SOLUTION: There are provided a separable laminate synthetic resin-made bag body by using a sewing machine blade shape adhesion roller with making housing and attachment in a container available with winding the bag body to fold in three, and an inexpensive attachment method including inputting additional water and throwing into toilet as a final treatment and the bag is treated as waste.SELECTED DRAWING: Figure 1

Description

  The present invention relates to the fields of laminated synthetic resin bags, garbage bags, bags with handles, stool bags, and welding methods.

  Conventionally, a bag assembly and a bag material assembly are disclosed as Japanese Patent Application Laid-Open No. 2013-86860.

  The invention of Patent Document 1 has an object to make it easy to remove or peel a bag from a bag assembly or bag material assembly without damaging the bag, to easily pull out the bag from the container, and to facilitate transportation. The bag assembly 1 is attached to the holder by the attachment element 17, and the bags 10 are used separately from the bag assembly 1 one by one or plural.

  Further, the patent application of the previous application (withdrawn Japanese Patent Application No. 2015-025175) was published by the applicant's clumsiness and is the root of the current patent application, but the details were omitted.

Japanese Patent Application Laid-Open No. 2013-86860

  The bag assembly and bag element assembly of Patent Document 1 described above are composed of separation elements 15 and separation portions 16 surrounding the coupling holes 14 at three locations as attachment elements 17, and the configuration thereof is complicated and finished as a product. It takes time and effort.

  Furthermore, since there are a wide variety of members constituting the mounting element 17, it is expected that the manufacturing cost will increase in proportion to finish the product for commercialization.

  In addition, the welding roller, which is one of the problems that has been withdrawn from the previous application, is a sewing blade-like welding roller, and the welding portion is deep and the dissolved material is reduced, so that a stable welding method has been achieved.

  However, in the present invention, after a single synthetic resin bag body is wound and folded in three, a plurality of bags are stacked with the entrance portion in the same direction, and the left and right sides of the bag assembly formed by stacking are stacked. By forming either one side or both sides of the both sides and the side near the entrance of the synthetic resin bag so as to be separable from each other via welding means. The manufacturing cost is lower than that of the conventional one and the cost is remarkably reduced.

Further, according to the present invention, the welded portion of the laminated synthetic resin bag body and the laminated synthetic resin garbage bag body is located near the bag entrance portion, and the outer side bag located at the first side is on the left side of the bag. Or, it is easy to spread both sides of the bag left and right in the container, and the inside of the bag is free and easy to spread by making it a shape that is folded into three vertical windings in the right direction and overlapped with each other In the film sheet, it was connected at a somewhat strong arcade-like place to reduce the shaking of the lower part of the bag so that the overall stability could be maintained.

  In addition, the laminated bag of the present invention is attached to the container, but double-sided adhesive tape or the like is added as a set, and is attached to the container. After some time, 30 to 40 sheets can be used. A single bag that was not welded was folded in three. A synthetic resin bag can also be used, and it is a very inexpensive way of mounting. These points will be described later.

The present invention expresses the expectation that the adhesive surface of the double-sided adhesive tape exhibiting antibacterial effect is colored differently, creates a high-class feeling, and becomes a symbol of a new type garbage bag and a stool bag. I was able to do that.

  The present invention can also be manufactured by using an existing bag folding bag, or can be manufactured automatically or manually, so that it can be made extremely easy and inexpensive and stable. it can.

As a means for solving the problem, the invention described in claim 1 is characterized in that a single synthetic resin film bag 6 is wound in three, and a large number of the bags 6 are stacked and stacked. The left side 1 or right side 2 of the bag body 6 or the garbage bag body 6 or the stool bag body a, or both side surfaces, the front side surface portion or the lower side surface portion of the bag body 6 or the stool bag body a are welded through the welding means b. Alternatively, a laminated synthetic resin bag body, a garbage bag body, and a stool bag body, which are connected by welding all of the trash bag body a or the stool bag body a.

  As a means for solving the problem, the invention according to claim 2 is a set of taking out a plurality of three-folded bag bodies a made of laminated synthetic resin after welding as described in claim 1 as a set. The laminated synthetic resin bag body, the garbage bag body, and the stool bag body according to claim 1, characterized in that they are characterized in that

As a means for solving the problem, the invention according to claim 3 is characterized in that a large number of bags with handles c and garbage bags with handles c are stacked, and the left side surface 1 of each of the bags c, c or A laminated synthetic resin bag body with a handle, a garbage bag body, and a stool bag body, wherein the right side surface portion 2 or both side surface portions are welded via a welding means b, and a plurality of sheets are set after welding. is there.

As a means for solving the problem, the invention according to claim 4 is characterized in that a laminated bag and a synthetic resin bag body that is not welded are used as a sales set from one set to a plurality of sets, and antibacterial processing is performed for each sales set A laminated synthetic resin bag body, a garbage bag body, a bag body with a handle, and a stool bag body, wherein one to a plurality of adhesive members and sandpaper chips applied are attached as a set.

As means for solving the problems, the invention according to claim 5 is an adhesive for attaching the laminated bag body or single bag garbage bag body or bag with handle or stool bag of claim 4 to a container. A laminated synthetic resin bag body, a garbage bag body, and a stool bag body, wherein one to a plurality of members are used as an adhesive member set.

As a means for solving the problem, the invention according to claim 6 is a strong synthetic resin chip or an adhesive member for attaching the laminated bag body or the single bag synthetic resin bag body according to claim 4 or 5. A mounting adhesive member characterized in that a synthetic paper chip or a synthetic cloth chip is used as a belt, and the adhesive is made easy to attach and remove by applying or pasting the adhesive on both sides of the back and front sides. .

As a means for solving the problem, the invention described in claim 7 is characterized in that the synthetic resin film-shaped bag body 6 or the garbage bag body 6 or the bag body with handle c or the stool bag body a is placed in the alignment container d. The openings 4 are aligned and stacked in the same direction, and the left side 1 or the right side 2 of the bag a or the garbage bag a or the handle-capped bag c or the stool bag a, or both side parts, The sewing machine blade-like welding roller e or the saw blade type welding heater n or the welding member n of the welding means b is moved from the upper part to the lower part, or from the lower part to the upper part, so that the bag body a or the garbage bag body a or Laminated synthetic resin bag body, garbage bag body, and laminated synthetic resin bag body with handle, characterized in that commercial bag body c with handle or garbage bag body c with handle or stool bag body a are welded and connected to each other Laminated stool bag Which is the welding method.

In the present invention, the laminated synthetic resin bag body and the laminated synthetic resin garbage bag body are located close to the entrance portion of each bag, and the outer side bag located on the first side is vertically oriented on both sides of the bag. An arcade-shaped film sheet that is folded into three folds and overlapped with each other, so that both sides of the bag can be easily spread left and right in the container, and the inside of the bag can be easily opened and opened. Inside, it can be connected at a somewhat strong point to reduce the shaking of the lower part of the bag and maintain the overall stability.

In the present invention, the adhesive surface of the adhesive tape exhibiting the antibacterial effect is colored differently, expresses a sense of luxury, and can be expected to become a symbol of a new type garbage bag. did.

The present invention can also be manufactured by using an existing bag folding bag, or can be manufactured automatically or manually, so that it can be made extremely easy and inexpensive and stable. There are advantages you can do.

When the present invention is further attached to a container as a laminated synthetic resin garbage bag of about 5 to 10 sheets, the number of trips to the garbage bag storage space is reduced, which is very convenient in terms of time and movement.

Furthermore, the present invention provides a laminated synthetic resin bag body and a garbage bag body, a laminated synthetic resin bag body with a handle, and a laminated synthetic resin garbage bag body with a handle by using a sewing machine blade-like welding roller as a welding means. The side portion has an advantage that the amount of the dissolved substance can be reduced to easily adjust the welding strength.

Attached to a container with this double-sided adhesive tape, etc., a laminated plastic bag or a synthetic resin bag made of a single bag that is not welded in three folds is used as a stool bag. However, as a final treatment measure, it is not perfect because of digging and filling a hole or using a coagulant. However, it can be used for toilets and simple toilets in the event of an earthquake. In addition, there is an effect of adaptation as equipment for hospitals and nursing care facilities.

Furthermore, 5 to 10 single bags of synthetic resin bags folded in three are welded to form a laminated bag set, and about 1 to 20 sets and 5 to 100 single bags that are not welded are sold. By attaching a plurality of single-sided adhesive tapes and one to several sheets of fine sandpaper chips with antibacterial finishing and colored adhesive surfaces, a low-cost and efficient attachment can be achieved.

Also, when used as a stool bag body, the adhesive tape can be stretched to any place, and the bag can be attached firmly to make a small stool bag, which is easy when adding additional water to the toilet as the final treatment. .

In addition, from the next time, it is easy to find the position of adhesion to the container, and it can be stretched over when rushing.

In the present invention, since a plurality of flexible synthetic resin bags are welded, there is an expectation that the product will be a very good and major product for consumers and producers.

The laminated synthetic resin bag body and the garbage bag body of the present invention, and the bag body which is an example of the implementation of the commercial laminated synthetic resin bag body are stacked with the openings aligned in the same direction in the alignment container, FIG. 5 is a partially cutaway longitudinal front view showing a state immediately before welding in which the side surface of the bag body is pressed and a welding roller as a welding means is used to start welding.

1 shows a state in which a sewing machine blade-like welding roller attached at right angles is welded to a heater shaft in which a heater portion of a heating means is built in one side surface portion of the laminated synthetic resin bag body of FIG. FIG.

It is a perspective view of 1st Example of the laminated synthetic resin bag body, a garbage bag body, and a commercial laminated synthetic resin bag body.

It is an attachment figure of the adhesion position of the same laminated synthetic resin bag body, garbage bag body, and adhesive tape main.

It is a partially cutaway perspective view of one bag made of a synthetic resin bag, a trash bag, and a stool bag.

It is a partially notched front view of 3rd Example of the laminated synthetic resin bag body.

It is a partially cutaway right view of the bag body of FIG.

It is a front view which shows the 4th Example of the laminated synthetic resin bag body with the handle for the said business.

It is a partially cut longitudinal front view of the state in which the same laminated synthetic resin bag is housed in a garbage container and adhered to a double-sided adhesive tape.

In the bottom view of the state where the upper part of the laminated synthetic resin bag body (garbage bag body) stored in the garbage container is ejected from the garbage container and the ejected garbage bag body is about to be adhered to the double-sided adhesive tape is there.

It is a top view which shows the state which is going to open the outer side bag body in a container among the laminated synthetic resin bag bodies (garbage bag body) accommodated in the container.

It is a top view of the state which opened the laminated synthetic resin garbage bag body accommodated in the container shown in FIG. 11, and was opened to the middle of the container.

It is a vertical front view of the state which pushed up the laminated synthetic resin garbage bag body of the state shown in FIG.

FIG. 14 is a front view of a state in which the bag body spread in the container shown in FIG. 13 is pushed upward and then deployed outward of the container.

It is the perspective view which adhere | attached several sheets of the same laminated synthetic resin bag bodies with the adhesion | attachment means.

It is a top view of a simple toilet bowl and the attached stool bag.

FIG. 17 is a longitudinal sectional view of the simple toilet shown in FIG. 16.

It is a right view of a saw blade type welding heater or a welding member.

It is a front view of the model made into the simple structure using the saw blade type welding heater or the spring of a welding member, and an electromagnetic member.

It is a partially cutaway front view of an adhesive member.

It is a longitudinal cross-sectional view before the assembly of the adhesive member of FIG.

It is a perspective view before the assembly of the structural member which comprises this member of the adhesive member of FIG.

  Since the embodiments of the present invention according to claims 1 to 7 of the present invention are common, they will be collectively described as follows.

  The present invention differs from the conventional synthetic resin bag body in that the synthetic resin bag body a and the synthetic resin garbage bag body a are wound and folded in three.

  That is, the synthetic resin bag body a folded in three as described above is folded as shown in FIG. The reason why the winding is folded in three as described above is that, as explained in the problem to be solved by the invention, the left and right folded sides of the bag body and the inner side of the bag body are easy to be opened and expanded. The biggest aim is to go smoothly, but since the weakness of the laminate cannot be denied, it is a debut as a reinforcement of the left and right welds.

  Furthermore, the present invention stacks a large number of the three-folded bags, and the stacking means will be described later. However, the present invention is not limited to one side or both sides of the laminated synthetic resin bag a. The openings 4 of the bag a are aligned and stacked in the same direction, and the welding means b is formed in a disk shape and the outer peripheral edge portion 7 is formed in a sewing blade shape via the welding means b. In order to realize a laminated synthetic resin bag body a that uses the welding roller e to reduce the amount of dissolved material, moderately roughens the cross-section of the welded portion, makes soft welding, and is easy to peel off quickly. . Specific examples of these will be described later.

  Example 1 will be described.

  Since the laminated synthetic resin bag body a of the present invention and the garbage bag body a of the same material both have the same shape, they will be described collectively as follows.

The laminated synthetic resin bag body a and the garbage bag body a are manually or automatically wrapped around the bag bodies a and a and folded in three, and then, as shown in FIG. Inside, the openings 4 are stacked in the same direction in the same direction.

After that, the bag bodies a, a are pressed from above by applying a certain pressure via the pressing means f to secure a state in which welding is easily performed in the alignment container d.

Next, from the edge 5 of the right side 2 which is one side of the bag a, a, which is pressed and stored in the alignment container d through the welding means e, to the inner side of the bag a, a. A sewing blade blade welding roller e, which is the welding means b, is rotated from the upper part or the lower part while rotating into a predetermined range, for example, a range of 2 to 4 mm. Note that it is preferable to rotate the welding roller shaft as soon as possible, since the cross section of the welded portion is appropriately roughened and soft welding is achieved.

By the welding as described above, all of the laminated synthetic resin bag bodies a and a are surely welded, and there are few bag bodies a and a that are not welded.

  The welding roller e which is the welding means b may be raised and lowered from the upper part to the lower part and from the lower part to the upper part, and the rotation and driving direction of the sewing blade-like welding roller e is not limited.

In the present invention, the bags a and a welded as described above can be used as a multi-sheet take-out set.

In the welding of the present invention, the synthetic resin bag bodies a and a laminated as described above are either the left side portion 1 or the right side portion 2 of the bag body a, or both side portions are welded. May be.

  Reference numeral 10 denotes a welded portion.

  Example 2 will be described.

  The present invention is a side surface portion of the bag bodies c, c while the synthetic resin-made bag bodies c, c with handles are stored in the alignment container d, stacked, and pressed from above, as described above. In the same manner as described above, either the left side surface portion 1 or the right side surface portion 2 is welded by being moved in the range of 2 to 4 mm from the end edge portion 5 through the welding means b.

Furthermore, in the present invention, the synthetic resin bag bodies c with handles, c are folded and folded in three pieces and stacked, and the left side portion 1 or the right side portion 2 or both side portions of the bag body c are Similarly to the bag body a, welding may be performed through the welding means b.

Reference numeral 10 denotes a welded portion.

  Example 3 will be described.

  The sewing machine blade-like welding roller e that constitutes the welding means b and is rotated will be described.

As shown in FIGS. 1 and 2, the sewing machine blade-like welding roller e is perpendicular to the heater shaft 12 containing the heater unit 11 for heating the bag surface to a predetermined temperature of about 160 ° C. It is axially attached.

And the structure of the said sewing machine blade-shaped welding roller e is a disk shape, and the outer periphery part 7 is formed in a sewing machine blade shape, and although it is not shown in figure, it is melt | dissolution as a locus | trajectory of a sewing machine blade-shaped welding roller. Compared with the welding roller of Japanese Patent Application No. 2015-25157 filed and withdrawn by the present patent applicant, the dissolved substance is halved, and it becomes a laminated bag that is lightly easy to peel off.

  Furthermore, although not shown in the drawing, the heater shaft 12 that pivotally attaches the sewing machine blade-shaped welding roller e is mounted so as to rotate by pressing from above or below. By rotation. The rotation in the vertical direction is preferable because it has many changes.

  The sewing machine blade-like welding roller e constituting the heating means is such that the heater portion 11 is heated at a predetermined temperature and the bag surface is about 160 degrees, and the side surfaces of the synthetic resin bag bodies a, a When the parts are welded, all the stacked bag bodies a and a that are stacked and stacked are welded. Therefore, when the plurality of laminated bag bodies a, a are stored in the container g, they are used smoothly without being wasted and are very convenient.

  Further, in the present invention, the sewing machine blade-like welding rollers e mounted at right angles to the heater shaft 12 can be used by being mounted in pairs at a predetermined interval.

By attaching a pair as described above, the laminated synthetic resin bag bodies a and a stacked and pressed in the alignment container d are welded at two places.

  As a result, since the laminated synthetic resin bag bodies a and a are more reliably welded, there is no non-welded bag body, and an excellent product can be achieved.

  Reference numeral 10 denotes a welded portion.

  Example 4 will be described.

  In the present invention, as the synthetic resin bag body c and the garbage bag body c with the handle for business use, a hole 13 is formed at an arbitrary portion constituting the bag body, or the hole 13 is stopped with a hook, and the left side surface portion One or the right side surface portion 2 or both side surface portions may be welded via the sewing-blade welding roller e.

  Furthermore, since the present invention uses the above-mentioned sewing blade-shaped welding roller e, the amount of the dissolved material is reduced and the depth of welding is increased, so that the laminated synthetic resin bag a for business use and the garbage bag a All of these are welded, and there is an advantage that generation of non-welded ones is small.

  Reference numeral 10 denotes a welded portion.

  Example 5 will be described.

As shown in FIG. 10, the laminated synthetic resin bag body a of the present invention has the welded portion 10 jumped outward from the opening 13 of the synthetic resin container g, and the other portion is stored in the container g. Use coughing. Further, it is the attachment position of the adhesive tape 14.

  Furthermore, by covering the lid (not shown), the bag a can be stored in a more stable state.

  Further, regarding the attachment of this item to the container, the adhesive force to the old container is weak and there is a risk of peeling off, and it is necessary to polish the adhesive surface with a fine sandpaper or the like.

  However, it is possible to use 30 to 40 bags with one adhesive tape, and the use of one or a plurality of bags with one adhesive tape is inefficient and expensive. .

  Therefore, one set or a plurality of sets of laminated bag bodies and a plurality or a large number of synthetic resin bag bodies that are not welded are set as sales sets, and one double-sided adhesive tape or other abrasive member subjected to antibacterial processing is used. A plurality of sheets and a small sandpaper chip are attached and sold as a set.

  Furthermore, after the main 18 double-sided adhesive tape is applied to the container, the laminated bag can be spread by lightly pressing the upper part of the laminated bag with one hand and the folded sides 16 and 17 with the other hand. Spread it out.

  After that, while holding the upper part of the laminated bag, the top film sheet of the uppermost one bag having the effect of the above-mentioned squeezing out of the upper central opening is pinched with a finger and opened a little.

  Spread it to the middle of the container, push it upwards several times towards the top at that position, and after some air has entered the bag, use both hands to spread the entire bag firmly toward the container wall is there.

  Also, depending on the container, it is then folded outside or inside.

  Also, how to attach the stool bag, the main adhesive and sub double-sided adhesive tapes 18 and 19 are stretched on the container according to the explanation, the stool bag is put in, the opening is brought out to the outside of the container and bonded. It is attached to the tape main 18.

  After that, the left and right folded sides of the stool bag are widened, the opening of the stool bag is opened, and the bag is spread in the container and spread outside, and is attached to the adhesive tape sub.

  After use, the main adhesive part is peeled off, the sub adhesive part is peeled off, and the air is taken out while being removed.

  After taking it out, take it to the toilet, add water moderately for additional water, drain it down the opening, and then the bag can be taken out as garbage.

  Furthermore, as a method of expanding the laminated synthetic resin bag body 6 of the present invention, the outer bag body a is opened in the container g from the state housed in FIG. 10 (FIG. 11).

  Next, the bag a shown in FIG. 11 is opened and expanded to the middle of the container (FIG. 12).

  Further, from the state shown in FIG. 12, the bag body a is pushed upward as shown in FIG. Thereafter, when the outer bag body a is spread in the container g, the bag body a is developed outward of the container g.

  The above is the method for expanding the bag body a.

  14 is a handle part and 15 is a binding allowance.

  Example 6 will be described.

Further, according to the present invention, the laminated bag body and the synthetic resin bag body 6 that are folded in three are attached to a single bag by attaching a double-sided adhesive tape to the container, so that 20 to 30 synthetic resins are attached. A bag-making body can be used, and a single set of a plurality of bags or a large number of bags and several sets or a plurality of sets of laminated bags are provided with an abrasive member such as a piece of sandpaper as a sales set. is there.

Furthermore, the use of sandpaper leads to scratches on the container surface, and extremely fine sandpaper is used. Also, other abrasive members can be used.

  Example 7 will be described.

As described above, the sewing blade-type welding roller e has been described as the welding means. However, in the present invention, a saw blade-type welding heater n or a welding member n can be used for the sewing-blade welding roller e. .

The saw blade type welding heater n or the welding member n is the same as the sewing machine blade-like welding roller by grinding so as to grind, but the cross section of the welding portion of the bag is moderately roughened to make soft welding. is there.

The saw blade type welding heater n is shown in FIG. 17, and the blade of the welding heater in FIG. 17 is not shown in the drawing, but the front in the traveling direction is low and the rear is high, and the welding is completed. After taking out the bag, it returns to its original position. Moreover, the substance of dissolution comes out to the front by the shape of the saw blade.

Further, the saw blade type welding heater n or the welding member n has a simple and inexpensive configuration by using the spring 25 or the electromagnetic member 24 as shown in FIG. 18, and is suitable for a small lot product.

  Example 8 will be described.

In the figure, o is an adhesive member and has the following configuration.

The laminated resin bag body and the single attachment adhesive member have a strong band body 30 in consideration of water washing of a synthetic resin chip, a synthetic paper chip or a synthetic cloth chip, and the front and back surfaces of the band body 30. Further, the adhesive 28 is applied or pasted while leaving the strip shorter than the strip 30, and the release paper 29 is pasted on the surface of the adhesive 28.

The adhesive member o created as described above is in a state where the left and right ends of the strip 30 are left on the release paper 29 as shown in FIG.

a Laminated synthetic resin bag body b Welding means c Laminated synthetic resin bag body with handle d Alignment container e Sewing blade welding roller f Pressing means g Container n Saw blade type welding heater or saw blade type welding member o Adhesive member 1 Left side Surface part 2 Right side part 3 Hole 4 Opening part 5 Edge part 6 Synthetic resin bag body 10 Welding part 11 Heater part 12 Heater shaft 13 Opening part 14 Handle part 15 Binding margin 16 Right bent side part 17 Left bent side part 18 Both sides Adhesive tape main position 19 Double-sided adhesive tape sub position 20 Simple toilet 21 Toilet seat 22 Lifting shaft 23 Heater head 24 Electromagnetic member 25 Spring 26 Support point 27 Movable shaft 28 Adhesive 29 Release paper 30 Band

Claims (7)

  A synthetic resin film-shaped bag body is folded into three, and a large number of the bag bodies are stacked, and the left side portion or the right side portion of the bag body, the garbage bag body, or the stool bag body stacked. Or both side faces or front side faces or lower side faces are connected by welding all of the bag body, the garbage bag body or the stool bag body through welding means. Synthetic resin bags, garbage bags, and stool bags.   2. The laminated synthetic resin bag body and the garbage bag body according to claim 1, wherein a plurality of the three-fold folded bag bodies made of the laminated synthetic resin according to claim 1 are taken out as a set. As well as a stool bag.   A large number of synthetic resin bag bodies with handles and synthetic resin garbage bag bodies with handles are stacked, and the left side or right side of each bag or both side surfaces are welded via welding means and welded. A laminated synthetic resin bag body and a garbage bag body with a handle, characterized in that a plurality of rear sheets are set.   Laminated bags and synthetic resin bag bodies that are not welded are set as a set of multiple sets, and an adhesive member and sandpaper chips subjected to antibacterial treatment for each set are set as a set with one to multiple sets. A laminated synthetic resin bag body, a garbage bag body, a bag body with a handle, and a stool bag body. A laminate comprising one or a plurality of attachment members for attaching the laminated bag, the single bag, the bag with handle, or the stool bag according to claim 4 as an adhesive member set. Synthetic resin bags, garbage bags, and stool bags.   6. The adhesive member for mounting a laminated bag body or a single bag synthetic resin bag body according to claim 4 or 5, wherein a strong synthetic resin chip, a synthetic paper chip or a synthetic cloth chip is used as a band, and both sides of the back and front sides. A mounting adhesive member characterized in that it is easy to attach and remove by applying or pasting the viscous adhesive to the left and right ends. The bag body, the garbage bag body, the bag body with handle, or the stool bag is stacked in the aligned container with the openings aligned in the same direction, and the bag body, the trash bag body, the bag body with handle, or the stool. From the left side or right side of the bag body, or both sides, the sewing blade-type welding roller or saw blade type welding heater or saw blade type welding member of the welding means from the upper part to the lower part, or from the lower part to the upper part. A laminated synthetic resin bag body and a garbage bag body, wherein the bag body, the garbage bag body, the business bag body with a handle, the garbage bag body with a handle or the stool bag body are welded and connected to each other And a method of welding a laminated synthetic resin bag with a handle and a laminated stool bag.

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