JP3150917U - Body storage bag - Google Patents

Abstract

[Objective] To provide a body storage bag in which body fluid flowing out from a body hardly oozes out to the outside, and a body storage bag made of a material capable of maintaining moisture resistance and moisture retention. [Configuration] The top sheet 11 and the bottom sheet 12 are made of a synthetic resin sheet, and a wide seam margin is formed in the horizontal and vertical directions of the bottom sheet 12 and the top sheet 12, and the bottom sheet 12 and the top sheet 11 An upper surface sheet 11 formed by sewing the respective seam allowances to form a peripheral sewing part 13, the peripheral sewing part 13 projecting in a band shape inside the storage, and forming a bag-like groove 14 on the lower surface sheet 12 side. It is a body storage bag 10 for storing a body in a bag shape with the lower surface sheet 12. [Selection] Figure 1

Description

  The present invention relates to a corpse storage bag for storing a dead body due to a disaster or disease, particularly a dead body due to an infectious disease or the like.

  FIG. 6 is a perspective view of a storage bag (body bag) for storing a dead person or an injured person. A conventional body bag will be described with reference to the same figure. The peripheral edges of the lower surface sheet 1 and the upper surface sheet 2 are welded to form a bag shape, and the upper body sheet 2 is opened by a fastener 6 so that a human body can be taken in and out freely. An opening 5 is formed, and a hook 3 is provided through which a support rod for transportation can be inserted. FIG. 7 is a cross-sectional view showing a peripheral portion of the opening 5 of the body bag of FIG. 6, and a fastener piece 6 c of a fastener 6 b is attached to the peripheral portion of the opening 5 together with the seal belt 7 on the outer peripheral surface 2 b of the top sheet 2. The fastener piece of the fastener 6a is welded to the outer peripheral edge portion of the outer peripheral surface 2a of the top sheet 2, and the fasteners 6a and 6b are engaged with each other. Airtightness in the bag is maintained (for example, see Patent Document 1).

Japanese Utility Model Publication No. 6-11732

  Conventional body storage bags are welded at the periphery of the top sheet and the bottom sheet, and the fastener piece is welded to the top periphery of the top sheet and attached, and the airtightness in the body bag is maintained with the fastener closed. It is something that you want to keep. However, the top sheet and the bottom sheet are joined by welding, and it is excellent in various characteristics such as moisturizing and warming when the stored human body is moisturized and warmed, or if the bag itself is to have strength. The resin sheet which laminated | stacked the sheet | seat will be used. In such a relatively thick resin sheet laminated, joining by welding may be difficult. When the upper or lower sheet is made of such a material, it must be formed into a bag by sewing. For example, when the welded portion of the peripheral portion of the upper surface sheet and the lower surface sheet in FIG. 6 is sewn, there is a risk that body fluid may ooze out from the sewn portion, and pathogenic bacteria, AIDS, hepatitis B, influenza, and other viruses are present together with the body fluid There is a risk of infecting doctors and workers who ooze out to prevent epidemics.

  The present invention has been made in view of the above-mentioned problems, and aims to provide a body storage bag in which body fluid flowing out from a body is difficult to bleed to the outside, and further comprises a material capable of maintaining moisture resistance and moisture retention. The purpose is to provide a body storage bag.

The present invention achieves the above-mentioned problem, and the device of claim 1 is a corpse storage bag for storing a corpse in a bag shape with an upper sheet and a lower sheet.
In the body storage bag, the upper sheet and the lower sheet are made of a synthetic resin sheet, and a wide seam margin is formed in the lateral and vertical directions of the lower sheet and the upper sheet, and the lower sheet and the upper sheet Each of the seam allowances is formed to form a peripheral sewing part, the peripheral sewing part projects in a band shape inside the storage, and a bag-like groove is formed on the bottom sheet side. It is a body storage bag.

  The invention of claim 2 is characterized in that the upper surface sheet is provided with an opening for taking in and out the body by a fastener, and has a window made of a transparent resin film and a pocket into which an individual identification card can be inserted, and the lower surface. The sheet is composed of at least two layers of synthetic resin sheets, and the outer synthetic resin sheet of the two layers is sewn between the positions corresponding to the inner side according to the width when the upper surface or the lower surface sheet is overlapped to form a flat surface. The body storage bag according to claim 1, wherein a plurality of belts having handles are provided at both ends attached by the step.

  The invention of claim 3 is the first laminated sheet in which the inner sheet of the two-layer synthetic resin sheet is laminated in multiple layers, and the outer sheet of the synthetic resin sheet is a synthetic resin film made of synthetic fibers. 3. The mortuary bag according to claim 2, wherein the stool storage bag is a second laminated sheet laminated by sandwiching, and the top sheet is a laminated sheet made of the same material as the first laminated sheet.

  Further, the invention of claim 4 is that the first laminated sheet is a 12-layer laminated film in which a three-layer film obtained by laminating three polyethylene films is spirally stretched and bonded, and the second laminated sheet is The body storage bag according to claim 3, wherein the bag is a laminated film obtained by laminating a mesh-like woven fabric made of polyethylene yarn between polyethylene films.

  According to the first aspect of the present invention, there is a body storage bag for storing a bag-shaped body with an upper surface sheet and a lower surface sheet, and a peripheral sewing portion that sews a seam allowance is projected in a band shape inside the storage, and the bag is formed on the lower surface sheet side. Grooves are formed so that bodily fluids from the corpse are dammed up by these pouch-like grooves, so that they do not ooze out from the peripheral sewing parts, and pathogens, AIDS, hepatitis B, influenza, and other viruses are stained with the bodily fluids. There is an advantage that it can be prevented from taking out. Further, the upper sheet and the lower sheet are synthetic resin sheets, and there is an advantage that moisture resistance, moisture retention, and durability can be easily maintained.

  Further, in the invention of claim 2, the top sheet is provided with an opening by a fastener, a window made of a transparent resin film, and a pocket into which an individual identification card can be inserted. This is effective when confirming the identity of a corpse in an emergency where a large number of them occur simultaneously. It is also possible to grip and convey handles at both ends of the belt provided on the synthetic resin sheet outside the bottom sheet, and also to use these handles as a stretcher by inserting support rods. There is an advantage that is.

  According to a third aspect of the present invention, the lower surface sheet is made of a synthetic resin sheet having at least two layers, and the inner sheet of the synthetic resin sheet is a first laminated sheet laminated in multiple layers. A laminated sheet of the same material as the one laminated sheet, a belt is sewed on the lower sheet, and the second laminated sheet is a part that comes in direct contact with the resting place, stronger in tensile strength than the first laminated sheet, It can be made into a material with excellent moisture-proof performance, and is effective for the preservation of corpses.

  Further, in the invention of claim 4, the first laminated sheet is a 12-layer laminated film in which a three-layer film obtained by laminating three polyethylene films is spirally stretched and bonded, and the second laminated sheet is made of polyethylene. Because it is a laminated film in which a mesh-like woven fabric made of yarn is sandwiched between polyethylene films, it can be made into a material with excellent heat retention, strong tensile strength, and excellent moisture proofing performance, for the preservation of corpses It is valid. In addition, there is an advantage that no toxic combustion gas such as dioxin is generated when incinerated and the environment is not loaded.

It is a perspective view which shows one Example of the corpse storage bag of this invention. (A) is a front view which shows the surface of the body storage bag of this invention of FIG. 1, (b) is a back view which shows the back surface. It is sectional drawing of the horizontal direction of the corpse storage bag of a present Example. It is sectional drawing of the fastener part of the corpse storage bag of a present Example. It is a body storage figure of the body storage bag of a present Example. It is a perspective view of the conventional body bag. It is principal part sectional drawing of the conventional body bag.

  Hereinafter, an embodiment of a corpse storage bag according to the present invention will be described with reference to the drawings. In FIG. 1, reference numeral 10 denotes a body storage bag for storing a body, and an upper sheet 11 and a lower sheet 12 are synthetic resin sheets, and the upper sheet 11 and the lower sheet 12 are sewn and formed into a bag shape with a vertically long external shape. It is what. The upper surface sheet 11 and the lower surface sheet 12 form a wide seam margin in the horizontal direction and the vertical direction, and sew the peripheral seam portion 13 by sewing together the seam margins of the entire circumference of the lower surface sheet 12 and the upper surface sheet 11. The peripheral sewing portion 13 is formed so as to project in a band shape inside the bag shape, and a bag-like groove 14 is formed by the lower surface sheet 12 and the peripheral sewing portion 13 on the entire circumference of the side edge portion on the lower surface sheet 12 side. .

  The top sheet 11 is provided with, for example, a substantially U-shaped opening 20 that can be opened and closed by fasteners 15a and 15b for taking in and out the body. The upper surface sheet 11 is cut into a substantially U shape on the opening / closing surface 11a and the outer peripheral surface 11b, and fastener pieces of the fasteners 15a and 15b are respectively attached to the opposing one-side edges of the opening / closing surface 11a and the outer peripheral surface 11b by sewing. Thus, an opening 20 is formed. A window 16 and a pocket 17 made of a transparent resin film are provided on the opening / closing surface 11 a side of the top sheet 11. The window 16 is attached to the upper surface sheet 11 by sewing a rectangular transparent resin film in a rectangular opening provided in the upper part of the upper surface sheet 11 so that the outer peripheral edge thereof is aligned, so that the inside can be visually recognized from the transparent resin film. Is provided. A pocket 17 into which an individual identification card can be inserted is provided below the window 16. The pocket 17 is attached to the upper surface sheet 11 by sewing so that the upper part of the rectangular transparent resin film is opened. A polyolefin film is used as these transparent resin films.

  Further, as shown in FIGS. 1, 2 (a), (b), the lower surface sheet 12 has a position corresponding to the inner side of the belt 18 when the belt 18 overlaps the upper surface or the lower surface sheets 11, 12 to form a flat surface. A gap 18 (shown by a dotted line 18 b) is sewn and attached, and a loop-shaped handle 18 a is provided at both ends of the belt 18. The positions where the belt 18 is attached to the lower surface sheet 12 are, for example, four locations corresponding to the vicinity of the head, the chest, the waist, the vicinity of the lower portion of the legs, and the like. The lower surface sheet 12 is composed of a multilayer synthetic resin sheet, and the belt 18 is sewn to the outermost synthetic resin sheet. The handle 18a can be used for transporting a body that is gripped and stored by hand, and the handle 18a protrudes from each longitudinal end edge of the lower surface sheet 12, and a support bar is attached to the handle 18a on each side. Can be used as a stretcher.

  Further, as shown in FIG. 3, the lower surface sheet 12 is composed of at least two layers of synthetic resin sheets 12a and 12b, and is a first laminated sheet 12a in which the inner sheets of the synthetic resin sheet are laminated in multiple layers. The outer sheet of the resin sheet is a second laminated sheet 12b obtained by laminating synthetic fibers with a synthetic resin film, and the top sheet 11 is a laminated sheet made of the same material as the first laminated sheet 12a.

  The first laminated sheet 12a is a 12-layer laminated film in which, for example, a three-layer film obtained by laminating three low-density polyethylene films with polypropylene interposed therebetween is spirally stretched and bonded. (Registered trademark) heat insulation sheet is used. In addition, the 1st lamination sheet 12a is not limited to this Example, 12 layers or more may be used, it may use a high-density polyethylene film, and other synthetic resin films were laminated. A material having excellent moisture retention is preferable.

  The second laminated sheet 12b is a laminated film obtained by laminating a mesh-like woven fabric made of polyethylene yarn between polyethylene films, and has a high tensile strength. For example, an uncolored blue sheet is preferable. However, colored ones can also be used. All these members made of synthetic resin, and the elements and sliders (body, pillar, handle) of the fastener 15 and the handle 18a are made of materials that do not generate toxic combustion gas such as dioxin when burned.

  Next, the peripheral sewing part 13 of a present Example is demonstrated. The lower surface sheet 12 is a sheet obtained by stacking two first laminated sheets 12a and second laminated sheets 12b, and the first laminated sheet 12a and the second laminated sheet 12b are cut into the same dimensions. Further, the upper surface sheet 11 is cut into substantially the same dimensions in the horizontal direction and the vertical direction as the lower surface sheet 12. A wide seam margin is provided on the outer peripheral edge of the upper surface sheet 11 and the lower surface sheet 12, and a wide and belt-shaped peripheral seam 13 is formed by sewing together the seam allowances.

  As shown in FIG. 3, the peripheral sewing portion 13 has a first seam 13 a that sews a seam margin inside the bent portion of the upper surface sheet 11 and the lower surface sheet 12, and further a second seam that sews the outer side of the seam margin portion. 13b, and there is a third seam 13 in which the entire peripheries of the seam margins of the upper surface sheet 11 and the lower surface sheet 12 are wrapped with the tape 19 and sewn. The peripheral sewing part 13 is provided so as to protrude in a wide and belt-like manner inside the storage, and a bag-like groove 14 is formed by the lower surface sheet 12 and the peripheral sewing part 13 over the entire outer periphery of the lower surface sheet 12 side. The

  Each of the fasteners 15a and 15b is attached to the end edges of the opening / closing surface 11a and the outer peripheral surface 11b of the top sheet 11 by sewing, and the ends of the fasteners 15a and 15b are not fixed with metal fittings. It is fixed by sewing. The fastener pieces sewn on the edge of the outer peripheral surface 11b are sewn so as to be sandwiched with the belt-like cover 11c inside and the outer peripheral surface 11b outside as shown by a seam 15c in FIG. The part is mounted so as to be covered with a belt-like cover 11c from the inside. As is well known, the fasteners 15a and 15b are engaged with each other to close the opening 20, and are released to open the opening 20. Further, the fasteners 15a and 15b themselves are made of resin so as not to remain as residues during incineration.

  As shown in FIG. 5, the body storage bag of the present invention stores the body so that the head side of the body is located in the window 16, and a bag-like groove 14 is formed on the entire periphery of the lower surface sheet 12. It is devised so that the body fluid that has flowed out of the body remains in the bag-like groove 14 and does not bleed out, so that viruses such as infectious diseases and pathogenic bacteria are not transmitted to doctors and workers who are involved in the prevention of epidemics. In addition, the moisture retention of the corpse is maintained, the corpse can be protected from moisture, and the corpse can be preserved. Also, no metal is used in the corpse storage bag, including the fasteners.

  As an application example of the present invention, it can also be used as a body storage bag or a stretcher for storing a body.

DESCRIPTION OF SYMBOLS 10 Body storage bag 11 Upper surface sheet 11a Opening and closing surface 11b Outer peripheral surface 11c Belt-like cover 12 Lower surface sheet 12a First laminated sheet 12b Second laminated sheet 13 Peripheral sewing part 13a First seam 13b Second seam 13c Third seam 14 Bag Groove 15, 15a, 15b Fastener 16 Window 17 Pocket 18 Belt 18a Handle 18b Dotted line indicating seam 19 Tape 20 Opening

Claims (4)

In the body storage bag that stores the body in the bag shape of the upper surface sheet and the lower surface sheet,
In the body storage bag, the upper sheet and the lower sheet are made of a synthetic resin sheet, and a wide seam margin is formed in the lateral and vertical directions of the lower sheet and the upper sheet, and the lower sheet and the upper sheet Each of the seam allowances is formed to form a peripheral sewing part, the peripheral sewing part projects in a band shape inside the storage, and a bag-like groove is formed on the bottom sheet side. Body storage bag.   The upper surface sheet is provided with an opening for taking in and out of the body by a fastener, and has a window in which a transparent resin film and an individual identification card can be inserted, and the lower surface sheet is made of at least two layers of synthetic resin It is composed of a sheet, and has a handle at both ends attached by sewing between positions corresponding to the inner side according to the lateral width when the upper surface or the lower surface sheet is overlapped with the outer synthetic resin sheet of the two layers to form a flat surface. The body storage bag according to claim 1, wherein a plurality of belts are provided.   The inner sheet of the two-layer synthetic resin sheet is a first laminated sheet laminated in multiple layers, and the outer sheet of the synthetic resin sheet is a second laminated sheet laminated with synthetic fibers sandwiched between synthetic resin films. The body storage bag according to claim 2, wherein the top sheet is a laminated sheet made of the same material as the first laminated sheet.   The first laminated sheet is a 12-layer laminated film obtained by spirally stretching and bonding a three-layer film obtained by laminating three polyethylene films, and the second laminated sheet has a mesh shape made of polyethylene threads. The body storage bag according to claim 3, wherein the woven fabric bag is a laminated film obtained by laminating the woven fabric with polyethylene film.

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