RU217849U1 - Pathological anatomical bag - Google Patents

Abstract

The utility model relates to bags intended for transportation and temporary storage of the bodies of the deceased or their parts, and can be used in medical institutions, including forensic medical examination departments, as well as for special services and emergency services. The pathoanatomical bag, made of a film, containing handles, is equipped with tunnels, handles are stretched through the tunnels. EFFECT: increased reliability of the pathoanatomical bag. 3 w.p. f-ly, 4 ill.

Description

The utility model relates to bags intended for transportation and temporary storage of the bodies of the deceased or their parts, and can be used in medical institutions, including forensic medical examination departments, as well as for special services and emergency services.

A pathological anatomical bag is known (https://www.medelx.ru/goods/54734588-meshok_patologoanatomicheski_na_molnii_s_ruchkami_size_800_2100_mm), made of polyethylene with the addition of polypropylene 220 microns thick, having a zipper and cut handles for carrying.

Known bag mortem (https://medicrashodka.ru/pakety/patologoanatomicheskie-meshki/patologoanatomicheskie-meshki-s-ruchkami-i-bez-iz-spanbonda), made of non-woven material (spunbond), laminated with polyethylene, having a zipper and sewn pens.

The bag indicated by the link (https://medicrashodka.ru/pakety/patologoanatomicheskie-meshki/patologoanatomicheskie-meshki-s-ruchkami-i-bez-iz-spanbonda) is the closest analogue to the utility model.

The disadvantages of analogues is low reliability due to the high probability of handles breaking off.

The technical problem solved by the utility model is the creation of a pathological anatomical bag with increased reliability.

EFFECT: increased reliability of the pathoanatomical bag.

To achieve a technical result, a pathoanatomical bag made of a film, containing handles, according to the utility model, is equipped with tunnels, handles are stretched through the tunnels.

Also, to achieve a technical result in the pathological anatomical bag, the tunnels 2 are made in the form of sectors 4, the handles 3 are made in the form of a closed loop, the handles 3 are made with loops at the ends.

The presence of tunnels in the pathoanatomical bag for pulling handles reduces the risk of handles tearing, therefore, the reliability of the bag increases.

The essence of the technical solution is illustrated by figures, where

figure 1 bag mortem with handles in the form of a closed loop, rear view,

fig. 2 pathoanatomical bag with handles with loops on both sides, rear view,

fig. 3 pathoanatomical bag with handles in the form of a closed contour, front view,

fig. 4 pathoanatomical bag with handles with loops on both sides, front view.

The pathological anatomical bag (hereinafter referred to as the bag) 1 is equipped with 2 tunnels on the back (rear) side, handles 3 are stretched through the tunnels 2.

Tunnels 2 can be either solid (over the entire width of the product) or in the form of sectors 4. Each of the tunnels 2 can consist of several sectors 4. The number of sectors 4 can be different. Tunnel 2 for textile handles 3 is a strip of high-pressure polyethylene or non-woven or laminated non-woven fabric, 100 to 200 mm wide, 100 to 250 µm thick (40 to 200 g/m ² density for non-woven and laminated non-woven material) , length from 50 mm to the width of the product.

The edges of the strip, along the short side of the bag 1, can be welded by thermal or ultrasonic welding to the back side of the bag 1, the seam must be uniform in width from 0.5 to 10 mm, without cracks and burnt places. The strength of the weld seam of the bag 1 shall be at least 60% of the tensile strength of the material of the bag 1.

The edges of the strip, along the short side of the bag 1, can be sewn with sewing threads with a continuous welded stitch according to GOST 12807. The threads must be selected according to GOST 6309 reinforced with a polyester braid, a linear density of at least 43.5 tex and a breaking load of at least 1990 gs.

The seam must be even. There should be no gaps, tension or slack in the material and threads in the lines, curvature of the seams. The seams from the edges of the parts must be located at a distance of at least 5 mm, the ends of the seam must be fixed. The strength of the thread seam of the product must be at least 60% of the tensile strength of the material of the bag 1.

The number of seam lines should ensure the impossibility of tearing off the strip from bag 1. The number of tunnels 2 can be different and is determined by the customer.

A handle 3 with loops on both sides, or a handle 3 made in the form of a closed loop, is inserted into the tunnel 2. The handle 3 can be made of a durable material, such as technical tape.

The technical tape is made on shuttle and shuttleless tape weaving machines from a multifilament thread made of polypropylene in accordance with GOST 26996.

The dyes used must be based on polypropylene according to GOST 26996 using technical grade P-803 carbon according to GOST 7885 as a pigment for black, for other colors of pigments according to GOST 19487.

The width of the technical tape should be at least 10 mm, the thickness should be at least 0.1 mm.

The loops at the ends of the handle 3 must protrude completely from the tunnel 2. The seams on the handles 3 are made with a stitched seam with a solid welded stitch according to GOST 12807 with sewing threads. The strength of the seams on the tunnels 2 is determined by the strength of the welds and the strength of the thread seams. The strength of the handles 3 of the technical tape is determined by the strength of the technical tape and the strength of the thread seams. The number and location of tunnels 2 may be different, determined by the customer.

The bag 1 has a zipper 5 on the front side.

Implementation examples.

1) Pathological bag 1 is equipped with tunnels 2 on the back side for pulling handles 3 through the tunnels 2. Tunnels 2 are made in the form of sectors 4. The number of tunnels 2 is three, each of the three tunnels 2 has handles 3. The number of sectors 4 in the exemplary embodiment is three. Handles 3 are made of technical tape. Handles 3 are made in the form of a closed contour.

2) Pathological anatomical bag 1 is equipped with tunnels 2 on the back side for pulling handles 3 through tunnels 2. Tunnels 2 are made in the form of sectors 4. The number of tunnels 2 is three, in each of the three tunnels 2 there are handles 3. The number of sectors 4 in the exemplary embodiment is three. Handles 3 are made of technical tape. Handles 3 are made with loops at the ends.

The number of tunnels 2 can be from two to four pieces. The number of sectors 4 can be from two to three pieces.

The presence in the pathological anatomical bag 1 of tunnels 2 for pulling handles 3 reduces the risk of detachment of handles 3.

Claims (4)

1. Pathological bag 1, made of a film, containing handles 3, characterized in that it is equipped with tunnels 2, handles 3 are stretched through the tunnels 2. 2. Pathological bag 1 according to claim 1, characterized in that the tunnels 2 are made in the form of sectors 4. 3. Pathological bag 1 according to claim 1, characterized in that the handles 3 are made in the form of a closed loop. 4. Pathological bag 1 according to claim 1, characterized in that the handles 3 are made with loops at the ends.

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