RU58303U1 - PROTECTIVE PROTECTIVE SUIT - Google Patents

Abstract

The utility model relates to clothing, in particular, to protective clothing and can be used to protect medical personnel from infection by pathogens of dangerous infections when servicing patients in outpatient and hospital facilities, during transportation (evacuation) of patients, during disinfection, when taking material from a patient for laboratory research, at autopsy.

A disadvantage of the known devices is the lack of direct and mobile long-distance communication, which limits the possibility of coordinated actions by rescue teams, the impossibility of long-term work in protective clothing, due to the lack of heat transfer conditions.

A protective anti-plague suit is proposed, which comprises a jumpsuit with a fastener, gloves, boots, moreover, the jumpsuit further comprises a helmet with an air filter and a pocket; in the pocket there is a power supply and a device for long-distance and short-range communication and a compressor with a filter;

the compressor is connected with air ducts made of flexible flexible material, for example, polyvinyl chloride, and placed on the inner surface of the overalls; the walls of the ducts along the entire length contain openings associated with the sub-space, which in turn is connected to the atmosphere by check valves; a helmet equipped with a protective glass, occupying ¾ masks in width; inside the helmet there is a receiving and transmitting part of the speakerphone for long-distance and long-distance communication, connected with it through a mode switch, and a fan connected through a switch to a power source.

Description

The utility model relates to clothing, in particular, to protective clothing and can be used to protect medical personnel from infection by pathogens of dangerous infections when servicing patients in outpatient and hospital facilities, during transportation (evacuation) of patients, during disinfection, when taking material from a patient for laboratory research, at autopsy.

Known protective clothing in the form of overalls, including sleeve and trouser elements and means of fixation in the form of a zipper, located on the front panel of the overalls to the level of the belt and from it along each of the trouser elements, contains two inserts (A.S. No. 1583071 A 41 D 13/00). The suit is designed to save people in extreme conditions.

Known protective suit for high-capacity washers (AS No. 1583072).

Known protective clothing (A.S.№№1340723, 1340724, 1340725), which contains a jumpsuit with a fastener, a hood with a front neckline and boots with a different arrangement of fasteners connected to the jumpsuit.

Four types of protective suits are used depending on the nature of the work performed. (Methodical instructions “Organization and carrying out of primary measures in cases of identifying a patient (corpse) suspicious of diseases of quarantine infections of international importance”, approved by the Chief State Sanitary Doctor of the Russian Federation G. G. Onishchenko on April 6, 2001).

A disadvantage of the known devices is the lack of direct and mobile long-distance communications, which limits the possibility of coordinated actions by rescue teams, the impossibility of prolonged work in protective clothing due to the lack of heat transfer conditions.

The purpose of the utility model is to increase the efficiency of useful activities of rescuers and to ensure the possibility of long-term work of rescuers.

The goal is achieved in that the protective anti-plague suit contains a jumpsuit with a fastener, gloves, boots, moreover, the jumpsuit further comprises a helmet with an air filter and a pocket; in the pocket there is a power supply and a device for long-distance and short-range communication and a compressor with a filter; the compressor is connected to air ducts made of flexible flexible material, for example, polyvinyl chloride, and placed on the inner surface of the overalls; the walls of the ducts along the entire length contain openings associated with the sub-compartment space, which in turn is connected to the atmosphere by check valves; a helmet, equipped with a protective glass, occupying ¾ masks in width; Inside the helmet there is a receiving and transmitting part of the speakerphone for long-distance and long-distance communication, connected with it through a mode switch, and a fan connected through a switch to a power source.

In FIG. presents a general view of the device.

The protective suit contains a jumpsuit (1) with a fastener, gloves (2), boots (3), moreover, the jumpsuit (1) additionally contains a helmet (4) with an air filter (5) and a pocket (6); in the pocket (6) there is a power source (7) and the associated long-distance and short-range communication device (8) and a compressor (9) with a filter (10); the compressor (9) is connected to the ducts (11) made of flexible flexible material,

for example, from polyvinyl chloride, and placed on the inner surface of the overalls (1); the walls of the air ducts (11) along the entire length contain openings (12) connected with the subcombination space, which, in turn, is connected to the atmosphere by check valves (13); a helmet (4), equipped with a protective glass (14), occupying ¾ mask in width; inside the helmet (4) is placed the receiving and transmitting part (15) of the speakerphone and long-distance communications (8), connected with it through the mode switch (16), and a fan (17); connected through a switch (18) to a power source (7).

The device operates as follows.

The body and limbs of the operator, who is in a protective suit, is completely isolated from the external environment: lower limbs with the help of boots (3), hands - gloves (2), torso - overalls (1), head - helmet (4). The upper respiratory tract is protected by an air filter (5). Communication with nearby employees and management is carried out by means of a short-distance and long-distance communication device (8) located in a pocket (6) connected to a power source (7), for example, a battery. The signal from it enters the receiving and transmitting part (15) of the speakerphone and long-distance communications (8), connected with it through the mode switch (16), which are placed in the helmet. The switch (16) can be placed in the area of the chin of the operator and perform a function under its influence.

Air enters the compressor (9) through the filter (10) through the atmosphere from the atmosphere and then under high pressure enters the air ducts (11) made of flexible flexible material, for example, polyvinyl chloride. They are placed on the inner surface of the overalls (1); the walls of the ducts (11) along the entire length contain openings (12) associated with the sub-compartment space. The movement of air provides increased comfort for working in a suit. Excess air is vented through check valves (13). The area of the face (the most sensitive to heat) is subjected to blowing with the help of a fan (17); connected through a switch (18) to a power source (7). The fan at the same time prevents fogging of the protective glass (14).

The proposed suit according to the classification of the chief sanitary doctor of the Russian Federation belongs to the first category. It includes overalls, a filtering gas mask, boots, rubber gloves and is additionally equipped with modern communications equipment and provides the operator with the possibility of long-term performance of duties, reducing the risk of heat stroke.

Claims (1)

A protective anti-plague suit containing a jumpsuit with a fastener, gloves, boots, characterized in that it additionally contains a helmet with an air filter and a pocket, a power supply and associated long-distance and short-range communication device and a compressor with a filter are placed in the pocket, the compressor is connected to the air ducts, made of a flexible flexible material, for example, of polyvinyl chloride, and placed on the inner surface of the overalls, the walls of the ducts along the entire length contain openings associated with the subcombination space The device, which in turn is connected with the atmosphere by check valves, the helmet is equipped with a protective glass, which occupies 3/4 of the mask in width, the receiving and transmitting part of the speakerphone for long-distance and long-distance communication, connected with it through the mode switch, and a fan, are placed inside the helmet connected through a switch to a power source.