RU185466U1 - A BAG - Google Patents

Abstract

The utility model relates to the field of gas equipment and is intended for carrying and storing personal protective equipment for respiratory organs, in particular, self-rescuers used to evacuate people from emergency zones. The bag consists of a housing 1 and two covers 2 and 3. Cover 2 is made of a transparent material, for example, from a PVC film, and is connected horizontally by a zipper-lock 4 to the housing 1. An additional cover 3 is placed on top of the cover 2 and is made with a valve 5 covering the upper part of the housing 1. On the inner side of the cover 3 there is a pocket for accommodating instructions pos. 14 (Fig. 2). The bag contains at least one eye in the housing and at least one eye on the slider of the zipper for installing the locking means, and the locking means is selected from the range: disposable metal seal, disposable plastic seal, tail seal, seal Latch, license plate seal.

Due to the presence of these signs, the operational characteristics of the bag are increased, as well as the efficiency of use of the proposed bag, namely: it is possible to control the availability of shelf life and integrity of the product packaged and sealed in the bag.

Description

The utility model relates to the field of gas equipment and is intended for carrying and storing personal protective equipment for respiratory organs, in particular, self-rescuers used to evacuate people from emergency zones.

Known bag according to the patent for an industrial design PO No. 80594 (published on December 16, 2011), made in the form of a soft structure based on a vertically oriented rectangular parallelepiped, consisting of a body and a lid with rounded corners, separated horizontally by a zipper-lock.

The disadvantage of this solution is that the integrity control of the self-rescuer is possible only when removing the seal, which is fixed on the zipper and the bag case.

Known bag according to the patent for an industrial design PO 85374 (publ. June 16, 2013) for storing a gas smoke protection kit, consisting of a housing and a lid, with a horizontally zipped zipper, the housing elongated horizontally. The bag is made with straps to be worn. The case of the bag is made with a hinged lid, and the lock - zipper connects the lid with the case.

The disadvantage of this solution is that the integrity control of the product is possible only when removing the seal, which is fixed on the zipper and the bag case. The lid of the bag for carrying the self-rescuer is sealed in accordance with clause 4.5.3 of GOST R53261-200 “FILTERING SELF-RESCUERS FOR PROTECTING PEOPLE FROM TOXIC COMBUSTION PRODUCTS DURING EVACUATION FROM INSULATED PREMISES DURING THE FIRE” and in the sealed package (clause 4.5). "Where it is said:" the case (bag) of the self-rescuer must be sealed by the manufacturer. "

The proposed bag is designed to store a self-rescuer used to evacuate people from emergency zones. The self-rescuer can be used on the territory of enterprises, workshops, the operation of which is fraught with the danger of technological accidents, as well as when leaving the emergency zone, and relates to devices for protecting the physiological effects on humans from toxic substances in industrial and other technological situations, and more specifically, to devices for protecting the respiratory organs, eyes, and human head to exit the technogenic zone. The self-rescuer is used only once during evacuation from hazardous areas (including fire zones) and is specially designed for quick alerting.

It should be noted that in an emergency, which can be harmful to health, the rationality and accuracy of human actions is very important in order to reduce the time spent in an area that is harmful to health. In this connection, the developers of the self-rescuer direct their efforts not only to create new means of protection, but also to reduce the loss of time that can be spent by a person putting on the self-rescuer. Self-rescuers used to evacuate people from emergency zones are hermetically sealed. For safety and convenience of wearing, hermetically packed self-rescuers are placed in special bags. 40 minutes after the leak of the self-rescuer package as a result of opening the package or its mechanical damage, the self-rescuer loses its protective properties. The presence of sealed vacuum packaging ensures the safety of the protective properties of the filter-absorbing box (system) during the entire warranty period without the use of additional known means of protection of the filter-absorbing box (caps in the neck and bottom of the filter-absorbing box). Thanks to the vacuum packaging, the self-rescuer without additional adjustments is ready for use. Sealed packaging is necessary to facilitate the operation of the self-rescuer by the user, namely: the user only needs to remove the product from the package and put it on his head, without additional operations for preparing the self-rescuer, which reduces the exposure time the user of toxic substances. The bag is equipped with a lid to prevent mechanical, temperature damage and moisture and dirt from entering the sealed packaging, which is necessary in order to prevent damage to the self-rescuer. The bag cover for carrying the self-rescuer is sealed in accordance with paragraph 4.5.3 of GOST R53261-200. Special services should provide people with self-rescuers in case of technological accidents, when leaving the emergency zone, while being in the territory of enterprises, workshops whose work is fraught with danger, and each employee from among the duty shift personnel should be provided with a self-rescuer. The self-rescuer can always be carried and used in cases where, for example, the volume fraction of free oxygen in the air is not more than 17% by volume; the protective action time of the self-rescuer exceeds the evacuation time. Self-rescuers are distinguished by a wide spectrum of action, a long time of protective action, and it is very important to control the shelf life of the product to replace it with a product suitable for use. Placements for self-rescuers should be indicated by a sign and should be easily accessible. Self-rescuers are recommended for protecting respiratory organs, eyes and face skin from combustion products, aerosols, vapors and gases of hazardous chemicals generated during emergency situations in residential, office, industrial buildings; at stations and in subway cars or trains, as well as for emergency evacuation from smoky rooms.

The task set for the developers was to develop a bag that allows usability and integrity of the product packaged and sealed in the bag.

The technical result, the achievement of which the claimed utility model is directed, is the convenience of using the bag due to the possibility of controlling the expiration date.

To achieve the specified technical result, in the bag, consisting of a body and a cover, the cover is made of transparent material, and an additional cover is placed above it, which is made with a pocket located inside and with a valve partially covering the bag body and completely closing the zipper, valve the additional cover is made with retroreflective tape, the valve of the additional cover and the bag body at the junction are equipped with Velcro tape.

Distinctive features of the proposed bag is that the lid is made of transparent material, an additional lid is placed above it, which is made with a pocket located inside and with a valve partially covering the bag’s case and completely closing the zipper lock, the additional lid valve is made with retroreflective tape, the valve the additional cover and the bag body at the junction are equipped with Velcro tape, the valve of the additional cover is made with retroreflective tape.

Due to the presence of these signs, operational characteristics are improved, as well as the convenience and efficiency of using the proposed bag and the preservation of the self-rescuer, packed and sealed in the bag.

The proposed construction is illustrated by the drawings shown in FIG. 12.

In FIG. 1 shows a bag with a closed accessory lid.

In FIG. 2 shows a bag with an optional accessory cover open.

In FIG. Figure 3 shows a bag with an open additional lid sealed in accordance with clause 4.5.3 of GOST R53261-200.

In FIG. 4 shows a bag with an open additional lid sealed in accordance with paragraph 4.5.3 of GOST R53261-200.

In FIG. 5 shows a bag with an open additional lid sealed in accordance with clause 4.5.3 of GOST R53261-200.

The bag (Fig. 1, 2) consists of a housing 1 and two hinged lids 2 and 3.

The cover 2 (Fig. 2) is made of a transparent material, for example, a PVC film. The cover 2 is hinged and fixed with the housing 1 by a zipper 4 (Fig. 2). The additional cover 3 (Fig. 1) is also hinged, placed on top of the cover 2 and is made with a valve 5 partially covering the upper part of the housing 1 and with a pocket located on the inside of the cover 3 Covers 2 and 3 are connected to the rear wall of the housing with the possibility of folding. The bag contains a vacuum bag with a self-rescuer. Thus, the lid 2, made of transparent material acting as a viewing window, allows the inspecting specialist to check the integrity of the sealed packaging of the self-rescuer, without opening the lid 2, but only by folding the lid 3. The additional lid 3 is made with a pocket placed on the inside of the lid pos. 4 (Fig. 2). An operating manual is located in the pocket of the additional cover 3. The instruction manual contains information on the shelf life of the product (self-rescuer), which is necessary for the timely disposal of the product with an expired shelf life. On the sealed packaging of the self-rescuer, information (instruction manual) on the procedure for using the self-rescuer is applied. In connection with the foregoing, the manual on the use of the self-rescuer, which indicates the expiration date of the product, is placed in the pocket of the lid 3, which is protected from mechanical damage, because it is located on the lid 3 on its inside. The location of the pocket with the instruction manual on the inside of the cover with the valve guarantees quick access to the instruction manual, as well as the safety of the manual from external factors (rain, dirt, etc.). The additional cover 3 is made with a valve 5, which partially covers the bag’s case and is intended to protect the zipper lock 4 and also to protect the cover 2 from mechanical damage, which will lead to the loss of the manufacturer’s guarantee for self-rescuer. The valve 5 of the additional cover 3 and the case 1 of the bag, at the point of their connection, are equipped with Velcro tape 12 to ensure a stable shape of the bag, and therefore the safety of the contents in the bag, which is very important when carrying and transporting the self-rescuer. The valve 5 of the additional cover 3 is made with a retroreflective tape 13, the reflection of which light will help to find a bag with a self-rescuer or victims with a bag in the smoky rooms. On the inner side of the cover 3 is placed with a pocket for placing instructions pos. 4 (Fig. 2). The bag is made in accordance with modern industrial safety requirements.

Various modifications of this solution will be apparent to those skilled in the art without departing from its scope and spirit; the present utility model is not limited to the examples set forth in the description for illustrative purposes.

Claims (2)

1. A bag consisting of a body and a lid, characterized in that the lid is made of transparent material, and an additional lid is placed above it, made with a valve that partially covers the bag’s case, and a pocket is placed on the inside of the additional lid for accommodating the instruction manual self-rescuer. 2. Bag according to claim 1, characterized in that the valve of the additional cover is made with retroreflective tape.

Images