ES1256600U - Tunnel-shaped device, for access control, with comprehensive diagnosis and global disinfection actions, within its scope of installation. (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Device in the form of a tunnel, for access control, with comprehensive diagnosis, and global disinfection actions, within its scope of action, provided with a Hydrogel Dispenser for the hands (1.1), Access Control Tablet, for recognition face, temperature control and use of mask (1.2), Control and spraying mechanism (1.3), Access light and presence sensor (14) and Diffusers of the pulverized disinfectant solution (LS), and also compound, at level Internal Software, Presence Sensor (2.1), Activation Relay (2.2), Temperature Meter (2.3), Nebulizer (2.4), Central Software Unit (25) and Indicator Light (2.6), with final control result optimal access from the point of view of technical standards, by adding an efficient filtering function with the highest degree of reliability, and a new local disinfection function, with reduction of the pre-existing viral load of the user and impossibility of assumption from new viral load, as it is a sterilized space for each performance and without any body contact of the user, with physical elements of its structure. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

Tunnel-shaped device for access control, with comprehensive diagnosis and global disinfection actions, within its scope of installation

Technical Sector

The invention is fully within the scope of activities related to machinery for control and access to premises and facilities. In the specific case of this invention, this characteristic of control machinery will contain an added function of a very relevant nature, such as the sectoral disinfection action. They take us into a field that transcends the pre-existing and attributable to control and access machines, in its "standard" version, given its corrective characteristic of the element to be analyzed and / or controlled.

Background of the invention

There are several equivalent elements in the sector in what is the control and access phase. On the other hand, it is absolutely new, the built-in possibility of disinfection of the person and objects. This confers it in its extension, its character of novelty and inventive activity. It is therefore an attempt to optimize the control and access machinery, incorporating new functionalities of a very relevant nature and maximizing the utility of an industrial and social nature.

Explanation of the invention

Device in the form of a tunnel, with the purpose of control, diagnosis and disinfection, capable of working without the need for contact with its physical structure, in its personal use, made up of a fully automated intelligent system, to be used by one or more people at the once and adapted for people with disabilities (including wheelchair users). This process will preferably be applied to the treatment of infections derived from COVID-19, or any similar ones, affecting the respiratory tract. The system is scalable, in terms of access control technologies, and adaptable in terms of the product to be nebulized, depending on the exact characteristics of the virus to be fought. This absence of manual and / or bodily contact with any element of the described structure increases health levels of safety exponentially.

The disinfection tunnel has several control steps; 1) "Display" with facial recognition camera, this can work in isolation or linked to a database, (FIGURE 1.2), 2) Recognition that the person under control has the mandatory mask, producing two possible responses ; a) in case of affirmative answer we would go to step nA 3, b) in case of negative answer; Acoustic and visual warning, in the sense that you must leave the tunnel and undergo control again, as long as you have a mask and it is in use. 3) Temperature control, in order to rule out the presence of fever in the user, also producing two possible alternative responses; a) if the temperature is above 37.52%, an acoustic and visual warning that you must contact medical services, b) if the temperature is below or equal to 37.5%, it is indicated by acoustic signals and visuals that you can continue the process. 4) Application on the hands of an antibacterial gel provided by a dispenser with a presence sensor (FIGURE 1.1), 5) Automated opening of the disinfection zone and through the nebulization of a non-alcoholic substance (FIGURE 1.5), approved and certified by the AEMPS (Association Española de Medicina y Productos Sanitarios), or by the Ministry of Health, disinfecting at the same time people, belongings and areas of the enclosure, such as the floor, ceiling and sides, managing to eliminate germs, viruses, bacteria and other pathogens.

This device will allow detecting that possible users may be in a situation of infection, by measuring the temperature, it will also prevent the passage of the person, in the case that they do not wear the corresponding protection mask, which will be detected by the system, emitting a visual and audible warning to the user. Likewise, considering that even when the system could validate the user's access, the user could be a recent carrier due to contact with infected people, this is counteracted with the disinfection process in the cabin, consigned in point 4 of the description of phases, Therefore, when passing through it, the user, including their clothing and items that they carry, will be fully disinfected from viruses, based on the nebulization of the disinfection process by ultrasound technology, also not causing damage to the skin or respiratory tract.

The exposure to the nebulized product is less than 7 seconds and the whole process can be carried out in about 20-30 seconds, which allows a very high fluidity of users and a very high disinfection safety, a very important element, as far as we refer to High-density facilities, which will be referred to in the section referring to DETAILED EXHIBITION, REALIZATION MODE and in need of great reliability in their functionalities, as well as great agility of action, in order to avoid congestion and mismatches in the human and object trafficking.

This result is obtained by creating an internal computer software, composed of a Presence Sensor (FIGURE 2.1), Activation Relay (FIGURE 2.2), Temperature Meter (FIGURE 2.3), Nebulizer (FIGURE 2.4), Central Software Unit ( FIGURE 2.5), and indicator light (FIGURE 2.6). In this sense, the moment the user stands next to the booth, he is detected by the presence sensor (FIGURE 1.4), which activates the temperature meter and initializes the product nebulizer so that it is ready for the moment when that the user has performed their temperature measurement. Once it is placed inside the temperature meter, the software will analyze it first and validate it as long as it is included within the defined parameters, thus verifying the wearing of the mask. Once the parameters obtained have been determined as correct, a green light will come on and the machine returns to standby in order to wait for the next user.

Brief description of the drawings

In a succinct way we will distinguish a generic figure of the device and another relative to the regulatory software as a whole.

FIGURE 1. - Global physical structure sketch of the device, pointing out the determining points that configure it, these are; 1.1. Hydrogel dispenser for hands 1.2. Access control tablet with temperature control and mask, 1.3. Control and spraying mechanism, 1.4. Access light and presence sensor, 1.5. Spray disinfectant solution diffusers.

FIGURE 2. - Sketch of the "software" that determines the overall operation of the device, complying with each and every one of the functionalities. Its relevant points are, 2.1. Presence Sensor, 2.2. Actuation Relay, 2.3. Temperature Meter, 2.4. Nebulizer, Detailed exposition of the realization

This device can be installed with the planned control, diagnosis and disinfection functions, as an access element to any type of installation, although it is obvious that the greater the size and density of these, the greater their social and economic utility.

A use that we could consider emblematic would be for access to airports, given the very high number of personal interactions with the facility and also the geographic mobility that it implies, with the presence of a theoretical multiplying factor of phenomena related to infections.

Following the process defined in the Explanation of the Invention section, the practice of facial recognition, temperature control and detection of the use or not of a mask limit and filter access, the antibacterial gel fulfills a function of immediate improvement of the constants Hygienic and sanitary and the disinfection actions directly eliminate the viral load, which may not have been detectable by the previous controls.

Enclosures and facilities, such as soccer fields, geriatric residences, business centers, financial entities or public service centers of the public administration, would also be very susceptible to a prominent use of this invention.

This does not mean that it would even be perfectly compatible with a use in private homes, although logically, the acquisition cost would be proportionally higher. This possible diversification in the potential uses of the invention, gives rise to the possibility of INDUSTRIAL APPLICATION, being evidence, even more so in a context such as the current one, in which there is a special sensitivity to the presence of infections of a nature. respiratory system and all of its effects.

Claims (1)

1. Device in the form of a tunnel, for access control, with comprehensive diagnosis, and global disinfection actions, within its scope, SUPPLIED with a Hydrogel Dispenser for hands (1.1), Access Control Tablet, for recognition face, temperature control and use of mask (1.2), Control and spray mechanism (1.3), Access light and presence sensor (1.4) and Diffusers of the disinfectant solution spray (1.5), and also compound, at level Internal Software, Presence Sensor (2.1), Activation Relay (2.2), Temperature Meter (2.3), Nebulizer (2.4), Central Software Unit (2.5) and Indicator Light (2.6), with final control result optimal access from the point of view of technical standards, by adding an efficient filtering function with the highest degree of reliability, and a new local disinfection function, with reduction of the pre-existing viral load of the user and impossibility of assumption of new viral load, as it is a sterilized space for each action and without any body contact of the user, with physical elements of its structure.