RU237063U1 - Self-service terminal for disinfection - Google Patents

Abstract

The utility model relates to preventive antiviral and antibacterial means, is used in conjunction with self-service terminals during operation, and also contains a media screen for broadcasting digital information and advertising materials, is designed to maintain sanitary and epidemiological safety with the possibility of monetization due to dynamic advertising on a large screen. The technical problem lies in expanding the functionality. The technical result is aimed at reducing the epidemiological situation in places of large crowds of people with the simultaneous possibility of familiarization with information on the screen. A self-service terminal for disinfection, including a housing with a monitor, USB modem, computer connected to a control and dosing board for disinfectant liquid, housing opening sensors, proximity sensors, a disinfectant liquid spray tank, a disinfectant liquid residue collection tank, disinfectant liquid level sensors in the spray tanks and the collection of disinfectant liquid residues, speakers, a camera, a pump, light indicators, a niche for disinfection and a removable connection for replacing the disinfectant liquid, wherein the control and dosing board for disinfectant liquid is connected to the pump and light indicators, wherein the light indicators represent a backlight for the disinfection niche and a light indication of the operating state.

Description

Field of technology

The utility model relates to preventive antiviral and antibacterial agents, is used in conjunction with self-service terminals during operation, and also contains a media screen for broadcasting digital information and advertising materials, is designed to maintain sanitary and epidemiological safety with the possibility of monetization through dynamic advertising on a large screen.

State of the art

A device for disinfection is known, made in the form of a frame consisting of a base and side posts fixed to it, nozzles are installed in the posts, to which a disinfectant liquid is supplied from a tank through pipelines using a water pump, characterized in that a tray for disinfectant liquid is placed in the base of the frame, a motion sensor is built into the side posts, configured to transmit a signal to start the water pump, a sensor for measuring human body temperature, an electronic board for displaying the temperature measurement result, a speaker for giving an audible signal about an elevated temperature, a visitor counter, while one of the side posts is equipped with a video camera (RU patent No. 203123, published on 03/23/2021).

The reasons why the technical result cannot be achieved are that the disinfection of the whole body carried out by the device has a narrow focus of application, the design is not designed for installation in crowded places and for high throughput.

A disinfection gateway is known, containing a device for recognizing an object and identifying it, checking for the presence of a mask, a contactless thermometer with a function for detecting elevated temperature, a contactless hand sanitizer, a device for treating a human surface, characterized in that the gateway is equipped with a bactericidal emitter for disinfecting and purifying air, and the device for treating a human surface is made in the form of an ultrasonic humidifier (RU patent No. 201271, published 07.12.2020).

The reasons why the technical result cannot be achieved are that this device is designed to achieve maximum disinfection of the object. The design is not designed for quick and convenient disinfection of human hands, there is no screen to inform the population about the need for disinfection, the bulky design does not have the ability to be installed in crowded places.

An antibacterial treatment unit for a self-service terminal is known, which includes an antibacterial module, the controller of which is connected to a control module of the self-service terminal, which is connected to a user interface of the terminal, including means for inputting and outputting information, wherein the antibacterial module contains a lamp mounted on the terminal body and configured to emit light with a wavelength of 180-280 nm, connected via a relay to the controller, to which a timer is connected, which sends a signal to the relay to turn the lamp on and off at specified intervals, as well as an optical sensor, which sends a signal to the relay to turn off the lamp when the user approaches the terminal to the operating distance of the optical sensor, as well as a container with an antiseptic mounted on the terminal body, to which a dispenser with an optical sensor and a valve connected to a pump installed inside the container is connected, and to a dispenser control relay, wherein the relay is connected to the controller and connected to the optical sensor of the dispenser, which sends a signal to the relay to open the dispenser valve and turn on the pump when approaching the user's hand sensor to the sensor's operating distance, and sending a signal to the relay to close the dispenser valve and turn off the pump when the user's hands are removed further than the sensor's operating distance, while the terminal control module is configured to block the terminal's information input means upon receiving a signal from the antibacterial module controller about the start of the antibacterial module's operation and to remove the blocking upon receiving a signal from the controller about the end of the antibacterial module's operation, taken as a prototype (RU patent No. 198893, published on 30.07.2020).

The reasons why the technical result cannot be achieved are that the device is aimed at disinfecting the work terminal and has a narrow focus on disinfecting the working surface of the screen and the user's hands. The device is installed together with the user terminal, which means that it is impossible to install the device separately in crowded places. The device does not have a screen separate from the work terminal to inform the population about the need for disinfection.

Disclosure of the essence of the utility model

The technical problem solved by the claimed utility model is the expansion of functional capabilities.

The technical result is aimed at reducing the epidemiological situation in places with large crowds of people while simultaneously providing the ability to view information on the screen.

The technical result is achieved in that the self-service terminal for disinfection includes a housing with a monitor, USB modem, computer installed, connected to a control and dosing board for disinfectant liquid, housing opening sensors, proximity sensors, a disinfectant liquid spray tank, a disinfectant liquid residue collection tank, disinfectant liquid level sensors in the spray tanks and the collection of disinfectant liquid residues, speakers, a camera; a pump, light indicators, a niche for disinfection and a removable connection for replacing the disinfectant liquid, wherein the control and dosing board for disinfectant liquid is connected to the pump and light indicators, wherein the light indicators represent illumination of the niche for disinfection and light indication of the operating state.

An additional feature is that it additionally contains sensors for the liquid level in the spray tanks and for collecting residual liquid.

Description of drawings

The essence of the utility model is explained using graphic materials.

Fig. 1 - electrical functional diagram.

Fig.2 - front view.

Fig.3 - side view.

Fig.4 - rear view without protective panel.

Decoding of digital designations indicated in Fig.1-4:

monitor

computer

USB modem

control board

case opening sensors

proximity sensors

liquid level sensors

spray tank

collection of residual liquid

two speakers

camera

pump

light indication

niche illumination for disinfection

quick-release connection for quick replacement of disinfectant liquid.

The self-service terminal for disinfection is equipped with a 32-inch monitor (1), a computer (2), a USB modem (3), a control board (4), case opening sensors (5), proximity sensors (6), liquid level sensors (7) in spray tanks (8) and residual liquid collection (9), two speakers (10), a camera (11), a pump (12), light indication (13) of the product operation, illumination of the niche for disinfection (14) and a quick-release connection (15) for quick replacement of disinfectant liquid.

Implementation of a utility model

Modern design with a case thickness of 180 mm, tapered at the top, no visible fastening of elements and rounded corners at the top visually distinguish the developed device from other similar ones. Thanks to tempered glass and metal case, vandal-proof protection is provided.

The developed system of liquid supply and drainage enables uninterrupted operation of the device, and the design allows for quick replacement of liquid. The developed device is distinguished by the fact that the optimal selection of the necessary sensors together with the control board, computer and USB modem allows not only centralized control of the self-service terminal for disinfection, but also makes it possible to receive and issue information via USB about the number of sanitizations, ambient temperature, the presence of liquid for sanitization, information about opening the case, as well as notifications about the liquid level: notification via USB when the liquid remains less than 10%, notification by an additional indicator when the remainder is less than 3%. To solve the issue of targeted advertising, thanks to the built-in camera, the self-service terminal for disinfection can be equipped with a system for identifying faces, age and gender.

Claims (1)

A self-service terminal for disinfection, including a housing with a monitor, USB modem, computer connected to a control and dosing board for disinfectant liquid, housing opening sensors, proximity sensors, a disinfectant liquid spray tank, a disinfectant liquid residue collection tank, disinfectant liquid level sensors in the spray tanks and the collection of disinfectant liquid residues, speakers, a camera, a pump, light indicators, a niche for disinfection and a removable connection for replacing the disinfectant liquid, wherein the control and dosing board for disinfectant liquid is connected to the pump and light indicators, wherein the light indicators represent a backlight for the disinfection niche and a light indication of the operating state.