RU203891U1 - UNIVERSAL DISINFECTING BOX - Google Patents

Abstract

The utility model relates to sanitary and hygienic cabins, in particular, to a universal disinfecting box intended for the treatment of outerwear and open areas of the human body, and can be used for individual automated liquid treatment of personnel before moving to the working area. The technical result of the claimed utility model is to increase the degree of processing. The universal disinfection box contains a rectangular body in the form of a frame made of supporting elements, lined with a composite material. In this case, the housing is divided into two zones, in the first of which there is a means for disinfecting hands and a means for preparing and supplying a disinfectant medium to distributed nozzles, and in the second there are distribution nozzles that spray a disinfectant medium, indicator LEDs and a contactless sensor of the user's presence.

Description

FIELD OF TECHNOLOGY

The utility model relates to sanitary and hygienic cabins, in particular to a universal disinfecting box intended for the treatment of outerwear and open areas of the human body, and can be used for individual automated liquid treatment of personnel before moving to the working area.

LEVEL OF TECHNOLOGY

A sluice cabin for sanitization is known from the prior art, disclosed in RU 177729 U1, publ. 03/06/2018, prototype. The airlock for sanitary treatment contains a housing made of stainless steel and equipped with two doors with optically transparent windows and door closers for electromagnetic locks. The cabin contains a system for preparing and supplying processing medium to distributed nozzles connected to a common microcontroller, indicator LEDs and a proximity sensor for the presence of a user, as well as emergency exit buttons synchronized with a light and sound alarm. The nozzles are connected to the system for preparation and supply of the washing solution, the water supply of which is connected through the switch to the water-dispensing cans, and at the base there is a grate above the sewer drain, and additional ultrasonic sensors of the user's presence are placed on mutually perpendicular surfaces.

The disadvantage of the airlock is the low degree of processing, the impossibility of simultaneous processing of outerwear and open skin areas.

USEFUL MODEL DISCLOSURE

The objective of the claimed utility model is to develop a universal automated disinfecting box with a high degree of processing, which allows simultaneous processing of outerwear and open skin areas.

The technical result of the claimed utility model is to increase the degree of processing.

The specified technical result is achieved due to the fact that the universal disinfecting box contains a rectangular body in the form of a frame of supporting elements, lined with a composite material. In this case, the housing is divided into two zones, in the first of which there is a means for disinfecting hands and a means for preparing and supplying a disinfectant medium to distributed nozzles, and in the second there are distribution nozzles that spray a disinfectant medium, indicator LEDs and a contactless sensor of the user's presence.

The first zone contains a means for measuring and signaling temperature.

In the first zone there is a shoe disinfectant.

PVC curtains are installed between the zones, as well as at the exit from the second zone.

BRIEF DESCRIPTION OF DRAWINGS

The utility model will be more understandable from the description, which is not restrictive and given with links to the attached drawings, which show:

FIG. 1 - universal disinfecting box.

FIG. 2 - universal disinfecting box.

1 - means for measuring and signaling temperature; 2 - means for disinfecting shoes; 3 - hand disinfectant; 4 - PVC curtains; 5 - means for preparation and supply to the distributed nozzles of the processing medium; 6 - contactless user presence sensor; 7 - first zone; 8 - second zone; 9 - indicator LEDs; 10 - distribution nozzles.

IMPLEMENTATION OF THE USEFUL MODEL

The universal disinfecting box contains a rectangular body, which is a frame of supporting elements in the form of a parallelepiped, made of a shaped steel pipe. Side walls, ceiling of the frame are made of composite materials (Aluminum composite panels or ACP). The end walls form a doorway for entering and exiting the box. The body is divided into two zones (7, 8), in the first (7) of which there is a means (3) for disinfecting hands, located in the central part of one of the side walls of the body, means (5) for preparing and supplying a disinfecting medium to distributed nozzles, located in the lower part at one of the side walls of the case and installed on the floor below the means (3) for hand disinfection. In the second zone (8): in the lower part of one of the side walls of the housing, it is located along the entire height on each of the side walls and in its center there are distribution nozzles (10) spraying the disinfectant medium; indicator LEDs (9) and a proximity sensor (6) of the user's presence are located in the upper support element of the exit doorway of the second zone.

In the first zone: in the upper part of one of the side walls of the case, above the means (3) for hand disinfection, there can be an additional means (1) for measuring and signaling the temperature; and in addition, a means (2) for disinfecting shoes can be placed in the center of the floor of the case.

Between the zones (7, 8), as well as at the exit from the second zone (8), PVC curtains are installed in the doorway, fixed in the upper support element of the entrance and exit doorway of the second zone. The doorway of the first zone (7) remains open.

The tool (3) for hand disinfection is made in the form of a touch dispenser that sprays a disinfectant medium.

Means (1) for measuring and signaling temperatures, means (3) for disinfecting hands and means (5) for preparing and supplying a processing medium to distributed nozzles are placed in a niche formed in one of the side walls.

Means (2) for disinfecting shoes is a disinfecting mat, which consists of 3 layers:

The first layer is a fine, strong mesh fabric (PVC);

The inner layer is a dense mat of special strength with a high absorption effect;

The third layer - the bottom and side parts - is a high-quality waterproof material of extra strength.

The means (5) for preparation and supply of the disinfectant medium to the distributed nozzles (10) is made in the form of a container with a disinfectant medium, equipped with a pump that, using hoses, supplies the disinfectant medium to the distribution nozzles (10).

Indicator LEDs (9) are made in the form of two LEDs of different colors: a lit green LED indicates that the second zone (8) is free and can be passed into it for treatment with a disinfectant medium; A lit red LED indicates that the second zone (8) is busy, because it is treated with a disinfectant medium.

The proximity sensor (6) of the user's presence is made in the form of an ultrasonic sensor for the user's position.

All elements (means (1) for measuring and signaling temperature; means (2) for disinfecting shoes; means (3) for disinfecting hands; curtains (3) made of PVC; means (5) for preparation and supply to distributed nozzles of the processing medium; non-contact user presence sensor (6); indicator LEDs (9); distribution nozzles (10)) of the disinfection box are rigidly installed in it, for example, by means of a threaded connection.

The floor of the disinfection box is covered with medical linoleum.

The disinfection box can be installed at a certain height from the floor level, in this case the entrances and exits are equipped with a ramp.

The work of the disinfecting box is carried out as follows. A user wearing clothes and shoes enters through the entrance doorway into the first zone (7) of the disinfecting box, in which the means (1) for measuring and signaling the temperature measures the temperature and, if the user's temperature deviates from the norm, signals this and the user leaves the first zone ( 7) a disinfecting box through the entrance doorway.

If the user's temperature is correct, the user treats his hands with a hand disinfectant (3), and a shoe disinfectant (2) treats the user's shoes.

Then, if the green LED of the indicator LEDs (9), which are visible due to the transparency of the PVC curtains (4), is on, the user moves to the second zone (8) of the disinfection box and stands in the center of the zone.

The proximity sensor (6) of the presence of the user detects the presence of the user in the second zone (8) of the disinfecting box, at the same time the red LED of the indicator LEDs (9) lights up, after which the disinfectant is sprayed through the nozzles over the entire body of the user.

At the end of the treatment time (set via the control unit) with the disinfectant, the disinfectant supply stops through the distributed nozzles (10) and the green LED of the indicator LEDs (9) lights up. The user leaves the second zone (8) of the disinfection box and goes to his workplace, and another user who has gone through the same operations as the previous user moves to the second zone (8) of the disinfection box.

Experiments have shown that the claimed moving disinfectant box allows the user to safely process outerwear and open skin areas with a high degree of processing (up to 98% of the clothing surface and open skin areas are treated with an antiseptic solution).

The proposed technical solution ensured the versatility of individual sanitization of people during the transition to the zone of carrying out work activities, tk. allows placing various additional equipment in the first zone, depending on the requirements of the location, namely: a means for measuring and signaling temperature; means for disinfecting shoes; hand disinfectant (can be added optionally).

The utility model has been disclosed above with reference to a specific embodiment. For specialists, other embodiments of the utility model may also be obvious that do not change its essence, as it is disclosed in the present description. Accordingly, the utility model should be considered limited in scope only below the following utility model formula.

Claims (4)

1. A universal disinfecting box containing a rectangular body in the form of a frame made of supporting elements lined with a composite material, while the body is divided into two zones, the first of which contains a hand sanitizer and a means for preparing and supplying a disinfectant medium to distributed nozzles, and the second - dispensing nozzles, spraying disinfectant, indicator LEDs and a proximity sensor for the presence of the user. 2. Boxing according to claim. 1, characterized in that the first zone contains means for measuring and signaling temperature. 3. Boxing according to claim 1, characterized in that the first zone contains a means for disinfecting shoes. 4. Boxing according to claim 1, characterized in that PVC curtains are installed between the zones, as well as at the exit from the second zone.

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