ES1247734U - CONTROL AND DISINFECTION SYSTEM FOR PEOPLE (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Control and disinfection system for people characterized by this consisting of three devices: - Support device. (TO). - Disinfection device. (B). - Recognition and control device, (C). And where the support device (A) is constituted by a support structure of the set (21) formed by an entrance arch (29) formed by three square-shaped pillars, they comprise a lateral cabinet (22), presenting the anterior face from the side cabinet (22) a facial recognition screen (33) and below an information screen (34) and where six nebulizer nozzles (12) can be seen on the inner perimeter of the entrance arch (29), two per pillar, located in the middle part of the entrance arch (29), between the two vertical pillars, two folding access doors (27); a chamber support (25) comprising a body temperature measurement chamber (23) and another system firing chamber (24) being appreciated in the middle part of the upper pillar of the entrance arch (29). The disinfection device (B) is based on the oxidizing properties of ozone and for its application as a disinfectant it is diluted in water in proportions of no more than 0.5 mg/l and is made up of the following series of parts located inside the cabinet (22): (1) .- dehumidifier, which extracts humidity from the ambient air so that the ozone generator (2) functions correctly, which produces ozone from the ambient air and diffuses it in the water tank (5) by means of a ceramic bubble diffuser (8), and where the tank (5) includes an external water intake (6) and a buoy valve (7) to cut off the water inlet when it reaches the tank at maximum, passing from the tank to the water pump (10) through a conduit controlled by a REDOX probe (9) controlled by a REDOX meter (3) and from where through some conduits (11) it is nebulized to the outside by means of the six nozzles nebulizers (12) located on the three elements that make up the ar co input (29) and that are activated for three seconds when the photocell (28) located at the bottom of the horizontal crossbar of the frame (29) detects the presence of a user, counting the set with an ambient ozone meter (4). The recognition and control device (C) is a complete machine vision device for access control consisting of two CPU-servers, an internal CPU-server (30) that has all the management software and collects and processes all the data collected by the set of devices and which is connected via WI-FI to another external CPU-server (31) that collects all the data from all individual systems and to which an unlimited number of machines can connect by connecting the internal CPU-server with an unlimited number of personal mobile devices (32), the device having a photocell (28) located at the bottom of the horizontal crossbar of the frame (29) that activates the facial recognition screen (33) that records the inputs and outputs of users as well as the body temperature of the subject identified by means of the body temperature measurement chamber (23) that transmits the information together with the result of the pa Facial identification screen (33), to the internal CPU-server (30) that verifies if that person has allowed access, in which case it opens the access doors (27) and when the subject passes, the photocell (28) opens the nebulizers (12) spraying the subject with the ozone-based disinfectant product created by the disinfection device (B). (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

CONTROL AND DISINFECTION SYSTEM FOR PEOPLE

DESCRIPTION

OBJECT OF THE INVENTION

The present invention, as expressed in the statement of this specification, refers to a control and disinfection system for people that allows facial recognition of the person in front of them while measuring their temperature and allowing or denying them entry. through doors; depending on whether or not it meets established requirements.

In case of allowing entry, the user will be sprayed with ozonated water for complete disinfection.

FIELD OF THE INVENTION

The field of the invention corresponds to the auxiliary industry of mechanical engineering, the auxiliary industry of disinfection devices and machines and to the auxiliary industry of computer applications and communications.

BACKGROUND OF THE INVENTION

There are several facial recognition procedures, but none of the investigated ones have the specifications and characteristics of the recommended invention.

There are also several ozone treatment devices, either for cleaning or disinfection, but all of them are gas-based directly and in no case are there any that have the technical characteristics recommended in this invention.

The system that the invention advocates is a compendium that the invention advocates achieves perfect disinfection of the entire surface of the product due to the existence of a 360 ° arc that impacts the entire surface of the product.

The inventor does not know of any other system that performs facial recognition of the person in front of him while measuring his temperature and allowing or denying him entry through doors; depending on whether or not it meets established requirements. If the device is allowed to enter, the user will be sprayed with ozonated water for complete disinfection.

BRIEF DESCRIPTION OF THE INVENTION

THE SYSTEM facially recognizes the person in front of him at the same time that he measures his temperature and allows or denies him entry through doors; depending on whether or not it meets established requirements. If the device is allowed to enter, the user will be sprayed with ozonated water for complete disinfection.

It is a complete artificial vision system for access control in public and private spaces for authorized personnel. Our system detects and identifies the person by his face, at the same time that he measures his body temperature and compares it with previous days. Giving you access by means of a signaling system or refusing passage in case of fever or personal authorization.

The software records the inputs and outputs of users, with different tools such as time control, access, or performance. It also gives us the possibility of having real-time alarms.

At the same time, the system is capable of reporting a crowded situation to avoid contact risks.

When the person is positioned in the specified interaction zone, the artificial vision system is responsible for performing facial recognition and a measurement of body temperature. Once both data have been collected, our software checks the database to verify that said person has authorized access in that area of passage. If positive, the exact time and temperature measurement are recorded, thus obtaining data on the evolution of each person. This process is instantaneous.

And among its functions are: Access control by identity and temperature, count of entrances / exits, time control, restriction of access to zones, evolution of personnel status, creation of alarms, warnings on screen or mobile App, and email .

For a better explanation of this system we will differentiate the three parts that compose it.

.- Support device.

.- disinfection device

Recognition and control device,

The support device is made up of a support structure for the set formed by an entrance arch with three square pillars that comprise a lateral cabinet that will house the elements that will be described later, the front face of the lateral cabinet presenting a recognition screen facial and below an informative screen.

In the inner perimeter of the entrance arch six nebulizing nozzles are seen, two per pillar.

In the middle part of the entrance arch, between the two vertical pillars there are two folding access doors and in the middle part of the upper pillar of the entrance arch (there is a camera support that includes a body temperature measurement chamber and another system ignition chamber.

The disinfection device is based on the oxidizing properties of ozone and for its application as a disinfectant it is diluted in water in proportions not exceeding 0.5 mg / l and is made up of the following series of parts located inside the cabinet (22) : a dehumidifier, which extracts the humidity from the ambient air so that the ozone generator works correctly, which produces ozone from the ambient air and diffuses it into the water tank by means of a ceramic bubble diffuser, and where the tank contains an external water intake and a buoy valve to cut off the water inlet when it reaches the maximum in the tank, passing from the tank to the water pump (10) through a conduit controlled by a REDOX probe controlled by a REDOX meter and from where through some ducts it is nebulized to the outside by means of the six nebulizer nozzles located on the three elements that constitute the entrance arch and that are activated for three seconds two when the photocell located at the bottom of the horizontal frame cross member detects the presence of a user

The set can have an ambient ozone meter (4).

The recognition and control device (C) is a complete machine vision device for access control in public and private spaces for authorized personnel.

The device detects and identifies the person by his face, at the same time that he measures his body temperature, giving him access through a signaling system or denying him passage in case of fever or personal authorization.

The device is made up of the following elements:

.- Two CPU-servers, one internal CPU-server that has all the management software and collects and processes all the data collected by the set of devices and is connected via WI-FI to another external CPU-server that collects all data from all individual systems and to which an unlimited number of machines can connect.

The internal CPU-server can also connect to an unlimited number of personal mobile devices

The device also features a photocell located at the bottom of the frame's horizontal crossbar indicating that a user wants to pass. The device management software activates the facial recognition screen that registers the users' entrances and exits, with different tools such as time control, access, or performance. It also gives us the possibility of having real-time alarms.

The body temperature of the identified subject is measured by means of the body temperature measurement camera that transmits the information, together with the result of the facial identification screen, to the internal CPU-server that verifies if that person has allowed access, in which case opens the access doors and when the subject passes, the photocell opens the nebulizers by spraying the subject with the ozone-based disinfectant product created by the disinfection device (B).

DESCRIPTION OF THE DRAWINGS .

To complement the description that is being made and in order to help a better understanding of the characteristics of the invention, the present specification, as an integral part of the same, is accompanied by a sheet of plans, in which with identical references it is they indicate identical elements and where, by way of illustration and not limitation, the following has been represented:

FIGURE N ° 1.- Front view of the equipment support device with the equipment incorporated

And in these figures the same elements are identified with identical numbering the following elements:

(A) .- support device,

(B) .- disinfection device,

(C) .- recognition and control device

(1) .- dehumidifier,

(2) .- ozone generator,

(3) .- REDOX meter,

(4) .- ambient ozone meter,

(5) .- water tank,

(6) .- external water intake,

(7) .- buoy valve,

(8) .- ceramic bubble diffuser,

(9) .- REDOX probe,

(10) .- water pump,

(11) .- channeling of the dissolution,

(12) .- nebulizer nozzle,

(20) .- positioning sensor,

(21) .- support structure of the whole,

(22) .- component cabinet,

(23) .- body temperature measurement chamber,

(24) .- system start-up chamber,

(25) .- camera support,

(26) .- communications antenna,

(27), access doors,

(28), photocell,

(29) entrance arch,

(30) .- CPU-internal server,

(31) .- CPU-external server,

(32) .- mobile devices,

(33), face recognition screen,

(34) .- information screen

PREFERRED EMBODIMENT OF THE INVENTION .

The system that the invention proposes incorporates a plurality of novel features in relation to other elements used within the sector.

For the explanation of this system we will differentiate the three parts that compose it.

.- Support device. (TO).

.- Disinfection device. (B).

.- Recognition and control device, (C).

The support device (A) is made up of a support structure for the assembly (21) formed by an entrance arch (29) formed by three square-shaped pillars comprising a side cabinet (22), which will house the elements that are will describe later, presenting the front face of the side cabinet (22) a face recognition screen (33) and below an information screen (34).

In the inner perimeter of the entrance arch (29) six nebulizer nozzles (12) can be seen, two per pillar.

In the middle part of the entrance arch (29), between the two vertical pillars there are two folding access doors (27).

In the middle part of the upper pillar of the entrance arch (29) a chamber support (25) is located, which includes a body temperature measurement chamber (23) and another system ignition chamber (24).

The disinfection device (B) is based on the oxidizing properties of ozone and for its application as a disinfectant it is diluted in water in proportions of no more than 0.5 mg / l and is made up of the following series of parts located inside the cabinet (22):

.- (1) .- dehumidifier, which extracts humidity from the ambient air so that the ozone generator (2) functions correctly, which produces ozone from the ambient air and diffuses it in the water tank (5) by means of a ceramic bubble diffuser (8), and where the tank (5) includes an external water intake (6) and a valve buoy (7) for cutting the water inlet when it reaches the tank at its maximum, passing from the tank to the water pump (10) through a conduit controlled by a REDOX probe (9) controlled by a REDOX meter (3 ) and from where through some ducts (11) it is nebulized to the outside by means of the six nebulizer nozzles (12) located on the three elements that constitute the entrance arc (29) and that are activated for three seconds when the photocell (28 ) located at the bottom of the horizontal crossbar of the frame (29) detects the presence of a user

The set can have an ambient ozone meter (4).

The recognition and control device (C) is a complete machine vision device for access control in public and private spaces for authorized personnel. The device detects and identifies the person by his face, at the same time that he measures his body temperature, giving him access through a signaling system or denying him passage in case of fever or personal authorization.

The device is made up of the following elements:

.- Two CPU-servers, an internal CPU-server (30) that has all the management software and collects and processes all the data collected by the set of devices and which is connected via WI-FI to another external CPU-server (31) that collects all the data from all the individual systems and to which an unlimited number of machines can connect.

The internal CPU-server can also connect to an unlimited number of personal mobile devices (32).

The device also has a photocell (28) located at the bottom of the horizontal crossbar of the frame (29) indicating that a user wants to pass. The device management software activates the facial recognition screen (33) that registers the users' inputs and outputs, with different tools such as time control, access, or performance. It also gives us the possibility of having real-time alarms.

The body temperature of the identified subject is measured by means of the body temperature measurement chamber (23) that transmits the information together with the result of the facial identification screen (33), to the internal CPU-server (30) that verifies if that person has allowed access, in which case he opens the access doors (27) and when the subject passes, the photocell (28) opens the nebulizers (12) by spraying the subject with the ozone-based disinfectant product created by the device disinfection (B).

Once the nature of the invention has been sufficiently described, as well as the way to put it into practice, it should be noted that the provisions previously indicated and represented in the attached drawings are subject to detailed modifications as long as they do not alter their fundamental principles, established in the paragraphs. above and summarized in the following claims.

Claims (1)

1 a. - Control and disinfection system for people characterized by this consisting of three devices: .- Support device. (TO). .- Disinfection device. (B). .- Recognition and control device, (C). And where the support device (A) is constituted by a support structure of the assembly (21) formed by an entrance arch (29) formed by three square-shaped pillars, they comprise a lateral cabinet (22), presenting the anterior face from the side cabinet (22) a face recognition screen (33) and below an information screen (34) and where six nebulizer nozzles (12) can be seen on the inner perimeter of the entrance arch (29), two per pillar, located in the middle part of the entrance arch (29), between the two vertical pillars, two folding access doors (27); A chamber support (25) comprising a body temperature measurement chamber (23) and another system firing chamber (24) is seen in the middle of the upper pillar of the entrance arch (29). The disinfection device (B) is based on the oxidizing properties of ozone and for its application as a disinfectant it is diluted in water in proportions of no more than 0.5 mg / l and is made up of the following series of parts located inside the cabinet (22): (1) .- dehumidifier, which extracts humidity from the ambient air so that the ozone generator (2) functions correctly, which produces ozone from the ambient air and diffuses it into the water tank (5) by means of a ceramic bubble diffuser (8), and where the tank (5) includes an external water intake (6) and a buoy valve (7) to cut off the water inlet when it reaches the tank at maximum , passing from the tank to the water pump (10) through a conduit controlled by a REDOX probe (9) controlled by a REDOX meter (3) and from where through some conduits (11) it is nebulized to the outside by means of the six nozzles nebulizers (12) located on the three elements that make up the arc or input (29) and that are activated for three seconds when the photocell (28) located at the bottom of the horizontal crossbar of the frame (29) detects the presence of a user, the assembly having an ambient ozone meter (4 ). The recognition and control device (C) is a complete machine vision device for access control consisting of two CPU-servers, an internal CPU-server (30) that has all the management software and collects and processes all the data collected by the set of devices and which is connected via WI-FI with another External CPU-server (31) that collects all data from all individual systems and to which an unlimited number of machines can connect, connecting the internal CPU-server with an unlimited number of personal mobile devices (32), the device having a photocell (28) located in the lower part of the horizontal crossbar of the frame (29) that activates the facial recognition screen (33) that records the inputs and outputs of the users as well as the body temperature of the subject identified by means of the camera of body temperature measurement (23) that transmits the information together with the result of the facial identification screen (33), to the internal CPU-server (30) that verifies if that person has allowed access, in which case it opens the doors of access (27) and when the subject passes, the photocell (28) opens the nebulizers (12) by spraying the subject with the ozone-based disinfectant product created by the disinfection device (B) .