ES1258129U - SYSTEM TO DISINFECT A CASHIER (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

System for disinfecting an ATM characterized in that it comprises: A panel (10) configured to fit the ATM, such that the panel (10) isolates from the outside at least one front part of the ATM that includes the interface composed of the cash dispenser (21), the screen (22) and the keyboard (23) of the cashier (20); where the panel (10) comprises an access window (2) to the ATM interface; a proximity sensor (4) configured to detect proximity of a user; a motor (9) configured to act on the access window (2); a control module (11) configured to drive the motor (9) when the proximity sensor (4) detects proximity and open the access window (2) to allow the user to operate; a UV-C light source (3) configured to illuminate the cashier interface when the access window (2) is closed. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

SYSTEM TO DISINFECT A CASHIER

Technical field of the invention

The present invention relates to devices and systems for disinfection. In particular, for those that disinfect automatically without using chemicals.

State of the art

ATMs usually include a card reader, a cash dispenser, a keyboard to enter alphanumeric information, for example to type the bank code or PIN, the amount to be withdrawn, and particular instructions to accept, reject, confirm, delete, etc. and a screen. On certain ATM models, part of the screen is used as a touch keyboard.

Given the manual use involved in the operations carried out in ATMs, they can be a significant source of risk in the transmission of contagious diseases such as COVID-19.

Currently, the cleaning of the ATMs is carried out periodically by operators. However, this does not ensure that the contact surfaces are free from viruses and bacteria at the time a user accesses banking services through the ATM.

Technological solutions that respond to these needs in a simple and automatic way are unknown.

Brief description of the invention

In view of the aforementioned situation, the present invention defined in its most general form in the independent claim has been developed.

It would be desirable to have a system to disinfect an ATM in a simple and automatic way. It would be desirable to avoid the use of chemicals. These chemicals can be harmful to the environment and the user. Sometimes they can negatively affect the treated materials. The Conventional techniques take time and resources. It is important that the ATM is available to serve as long as possible while ensuring that its use is safe.

The term ATM must be understood throughout the document in a broad sense, not only a bank teller, but also a ticket dispensing machine or a payment machine in a parking lot among others.

The present invention proposes a system for disinfecting an automatic teller machine that comprises a panel, that is to say a structure capable of adjusting to the automatic teller machine. The panel isolates at least one front part of the teller from the outside, including the interface consisting of the cash dispenser, the operating screen and the teller keyboard. This allows this system to be mounted on existing ATMs. The panel has a preferably sliding window for access to the ATM interface so that the user can operate on it. A presence sensor gives the signal to open the sliding window if proximity of a person is detected. Previously, with the window closed, a UV-C light source temporarily illuminates the cashier interface to carry out the disinfection process. Once the banking operation is completed, for example by a bank card withdrawal signal and after a certain time, the window is closed and illuminated again with UV-C light for another time interval. This may change depending on how the ATM works. For example, in a dispensing machine, lighting can be enabled once a ticket, a temporary token or card or other type of event is issued.

UV-C light is a type of ultraviolet radiation in the wavelength range of 280 to 100 nanometers. It allows to kill microorganisms, such as bacteria, viruses and other pathogens, or prevent their development.

A memory can store the ATM access data to optimize usability. Additionally, the present system for disinfecting can additionally serve to include advertising or other elements. For this, you can install an information screen, for example.

Brief description of the figures

To complement the description that is being made and in order to help a better understanding of the characteristics of the invention, a set of drawings is attached as an integral part of said description, in which, with an illustrative and non-limiting nature, the following has been represented following:

FIG. 1A shows the exterior view of a first embodiment of the system.

FIG. 1B shows the inside view of a first embodiment of the system.

FIG. 2 shows the coupling of the system to an ATM.

FIG. 3A shows the exterior view of a second embodiment of the system.

FIG. 3B shows the inside view of a second embodiment of the system.

Numerical references

1 Maintenance door.

2 Access window

3 UV-C lamp

4 Presence sensor

5 Cover of concealment.

6 Power supply.

7 Safety sensor.

8 Support.

9 Opening motor.

10 Panel.

11 Control module.

12 Information screen.

20 Cashier.

21 Cash dispenser.

22 Operation screen.

23 Keyboard.

Detailed description of the invention

In FIGs. 1A and 1B a first embodiment of the system is shown.

In FIGs. 2 shows how the panel 10 of the system would be adapted to an automated teller machine 20 of a bank located on public roads.

In FIGs. 3A and 3B show a second embodiment of the system in which an informative screen 12 , of the flat type, is additionally installed. By means of the information screen 12 incorporated in the lower area and located towards the outside of the panel, information of any kind (promotions, announcements, events, data of interest) can be provided in the form of images, videos, etc. In this way, the system is endowed with a double function, disinfection and informational / advertising. It can even serve as an additional protection element.

Together and with references to the previous figures, the operation of the invention is explained for a better understanding.

A panel 10 can be seen that fits the ATM 20 isolating it from the outside. Any ATM 20 has a user interface made up of the cash dispenser 21 , the operation screen 22 and the keyboard 23 which are sometimes the same device when the operation screen 22 itself is tactile. Panel 10 includes an access window 2 (preferably made with security glass) that slides to allow operation with the ATM interface 20 . The access window 2 opens when a proximity sensor 4 detects proximity, generally from the hand of the user in an area

The system may include a safety sensor 7 to prevent the access window 2 from closing in the event that the user enters the hand or arm when the operation is finished.

A support 8 serves to anchor the panel 10 to the place where the cashier 20 is located. The panel 10 , when no user is operating the cashier 20 , finds the access window 2 closed. In this way, a UV-C light source 3 can illuminate the interface of the cashier 20 to disinfect it without causing eye problems or skin damage.

A maintenance door 1 allows an operator to check elements of the system. For example, to a power source 6 responsible for supplying electricity, to a motor 9 and associated gears responsible for raising and lowering the access window 2 , or to a control module 11 that manages and coordinates the various mechanisms and elements of the system . It also allows the replacement of the light source 3 .

The function of the concealment cover 5 is to serve as a barrier so that objects do not fall between the access window 2 and the ATM 20 .

There may be different ways to disinfect the ATM. One way is to do it continuously, that is, as long as the ATM is not in use, the light remains on. Another, temporary, after using the ATM, an interval is established in which it illuminates the interior of the same with UV-C, especially the areas where a user normally touches the ATM (for example, the interface). Choosing one over the other may depend on the type of UV-C light source. In the case of flush technology, permanent lighting is preferable (the light does not go off but is hidden in a compartment when the access window is lowered). In the case of LED technology, you can define an interval in which it should be on after using the ATM.

Claims (8)

1. System for disinfecting an ATM characterized by comprising: a panel (10) configured to fit the ATM, such that the panel (10) isolates from the outside at least one front part of the ATM that includes the interface composed of the cash dispenser (21), display (22) and keyboard (23) of the teller (20); where the panel (10) comprises an access window (2) to the ATM interface; a proximity sensor (4) configured to detect proximity of a user; a motor (9) configured to act on the access window (2); a control module (11) configured to operate the motor (9) when the proximity sensor (4) detects proximity and open the access window (2) to allow the user to operate; a UV-C light source (3) configured to illuminate the ATM interface when the access window (2) is closed. 2. System for disinfecting an ATM according to claim 1, wherein the access window (2) is slidable. 3. System for disinfecting an automatic teller machine according to claim 1 or 2, wherein the panel (10) comprises anchoring means to the floor and / or wall that comprise a support (8). 4. System for disinfecting an automatic teller machine according to any one of the preceding claims, wherein the panel (10) comprises an information screen (12). System for disinfecting an automatic teller machine according to any one of the preceding claims, wherein the UV-C light source (3) is a low pressure mercury discharge lamp. 6. System for disinfecting an ATM according to claims 2 and 5, where the UV-C light source (3) is installed on the access window (2), so that, when it slides open, it remains hidden. 7. System for disinfecting an ATM according to any one of the preceding claims 1 to 4, wherein the UV-C light source (3) is of the LED type and is turned on for a time interval when the access window (2) closes. System for disinfecting an automated teller machine according to any one of the preceding claims, comprising a security sensor (7) configured to detect an obstacle and stop the access window (2) from closing.