KR20230083111A - Self-diagnosis and disinfection system at the ticket gate - Google Patents

Abstract

The present invention relates to a self-diagnosis and disinfection system for a ticket gate, wherein the self-diagnosis and disinfection system for a ticket gate recognizes an authentication card when the body temperature value measured by a body temperature detection module falls within a normal range when a user passes through the ticket gate. When the sensor pad is activated and the body temperature is out of the normal range, the sensor pad is deactivated to control user access and to output an employee call signal. In order to safely protect multiple users from viruses, the main components include a tunnel housing 10, a body temperature sensing module 20, and a disinfection module 30.

Description

Self-diagnosis and disinfection system at the ticket gate}

The present invention relates to a system for self-diagnosis and disinfection of a ticket gate, and more particularly, when a user's body temperature measured by a body temperature detection module falls within the normal range when passing through a ticket gate, a sensor pad recognizing an authentication card is activated. When the body temperature value is out of the normal range, the sensor pad is deactivated to control user access and output a staff call signal, thereby strictly controlling the access of users who are not normal body temperature in real time to prevent a number of infections and viruses. It relates to a self-diagnosis and disinfection system for ticket gates that can safely protect users.

In general, facilities that require access control, such as transportation facilities such as subways, amusement parks, stadiums, and libraries, inspect the authentication means (eg, credit card, subway pass, ticket, student ID, etc.) to selectively open or An automatic closing gate is installed.

These existing gates have the inconvenience of measuring the body temperature of users through a separate thermometer when screening patients with fever, such as the Corona 19 incident.

Accordingly, in the previously disclosed Patent Registration No. 10-2299803, in a reader terminal for a turnstile, the reader unit recognizes a user's identification means and generates an identification signal; a sensor unit for generating a temperature value by measuring an ambient temperature of the reader unit when an identification signal is received from the reader unit; a control unit receiving a temperature value from the sensor unit and generating a heating signal when a preset temperature value is sensed; and a notification unit generating a guide sound when a heating signal is received from the control unit, wherein a main body in which the reader unit is embedded is provided, and the sensor unit is adjacent to the reader unit along a circumference of the main body to contact the identification means. A temperature sensor for measuring the body temperature of the user is provided, and LED lamps are installed along the circumference of the body, and the LED lamp emits light in a first color when an identification signal is received from the reader unit, and from the control unit A technology for emitting light in a second color when a heating signal is received has been previously proposed.

However, the prior art is intended to quickly measure the body temperature of ticket gate users, but traffic is congested due to temperature measurement during rush hour when crowds are secreted, and even if abnormal signs are found as a result of temperature measurement, crowds moving in line As a result, follow-up measures were not possible.

Accordingly, the present invention has been conceived to solve the above problems, and when the user passes through the ticket gate, the sensor pad for recognizing the authentication card is activated when the body temperature value measured by the body temperature detection module falls within the normal range, When the body temperature value is out of the normal range, the sensor pad is deactivated to control user access and to output a staff call signal to strictly control the access of non-normal body temperature users in real time to protect many users from infectious diseases and viruses. Its purpose is to provide a self-diagnosis and disinfection system for ticket gates that can be safely protected.

In order to achieve this object, the feature of the present invention is a sterilization chamber 12 that is detachably installed by the support arm 11 mounted on the ticket gate 1 and is spaced apart from the top of the ticket gate 1 and has one side open. Tunnel housing 10 forming a; a body temperature sensing module 20 installed inside the sterilization room 12 and provided to measure the body temperature of a user's hand entering the sensor pad 2 side of the ticket gate 1; and a disinfection module 30 installed inside the sterilization room 12 and provided to output the disinfectant to the user's hand, wherein the body temperature value measured by the body temperature detection module 20 is within a normal range In this case, the sensor pad 2 is activated, and when the body temperature value measured by the body temperature detection module 20 is out of the normal range, the sensor pad 2 is deactivated so that user access is controlled and an employee call signal is output. It is characterized by being provided.

At this time, an ultraviolet lamp 14 is provided inside the sterilization room 12, and a user's hand passing through the ticket gate 1 is provided to sterilize and disinfect while passing through the inside of the sterilization room 12.

In addition, the disinfection module 30 includes a first nozzle 31 installed on the top of the sterilization chamber 12 and outputting a disinfectant downward, and a bottom of the sterilization chamber 12 corresponding to the first nozzle 31. A first inlet 32 installed to inhale the disinfectant output through the first nozzle 31 and installed on the floor of the sterilization chamber 12 adjacent to the first inlet 32 to output the disinfectant upward A second nozzle 33 and a second inlet 34 installed on the upper part of the sterilization chamber 12 corresponding to the second nozzle 33 to suck in the disinfectant output through the second nozzle 33, A third nozzle 35 installed adjacent to the nozzle 33 and outputting air in an upward direction, and installed above the sterilization chamber 12 corresponding to the third nozzle 35, the third nozzle 35 ) It is characterized in that it includes a third inlet 36 for sucking the blown air output through.

In addition, a guide rod 16 is installed on the inner floor of the sterilization chamber 12 to support the user's hand, and the guide rod 16 is made of copper or has a copper coating layer formed on the surface to provide a sterilization function It is characterized in that it is provided to have.

In addition, the guide rod 16 is installed so that both ends are rotated 5 to 10 times per minute by the drive unit 16b in a state where both ends are supported by the bearing module 16a, and the guide rod 16 is in close contact with the outer circumferential surface of the fabric paper. It is characterized in that the cleaner member 17 including is provided to be cleaned while the guide rod 16 rotates.

According to the configuration and operation described above, in the present invention, when the body temperature value measured by the body temperature detection module falls within the normal range when the user passes through the turnstile, the sensor pad recognizing the authentication card is activated, and the body temperature value is within the normal range. When the sensor pad is deactivated, user access is controlled and an employee call signal is output, so that the access of users who are not normal body temperature is strictly controlled in real time to safely protect multiple users from infectious diseases and viruses. there is

1 is a configuration diagram showing a system for self-diagnosis and disinfection of a ticket gate according to an embodiment of the present invention as a whole.
Figure 2 is a configuration diagram showing a state in which an ultraviolet lamp is applied to the sterilization chamber of the self-diagnosis and disinfection system of the ticket gate according to an embodiment of the present invention.
3 is a configuration diagram showing a disinfection module of a self-diagnosis and disinfection system of a ticket gate according to an embodiment of the present invention.
Figure 4 is a block diagram showing the guide rod of the self-diagnosis and disinfection system of the turnstile according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram showing a self-diagnosis and disinfection system of a ticket gate according to an embodiment of the present invention as a whole, and FIG. Figure 3 is a configuration diagram showing the applied state, Figure 3 is a configuration diagram showing the disinfection module of the self-diagnosis and disinfection system of the ticket gate according to an embodiment of the present invention, Figure 4 is the self-diagnosis of the ticket gate according to an embodiment of the present invention And a configuration diagram showing the guide rod of the disinfection system.

The present invention relates to a self-diagnosis and disinfection system for a ticket gate, wherein the self-diagnosis and disinfection system for a ticket gate recognizes an authentication card when the body temperature value measured by a body temperature detection module falls within a normal range when a user passes through the ticket gate. When the sensor pad is activated and the body temperature is out of the normal range, the sensor pad is deactivated to control user access and to output an employee call signal. In order to safely protect multiple users from viruses, the main components include a tunnel housing 10, a body temperature sensing module 20, and a disinfection module 30.

The tunnel housing 10 according to the present invention is detachably installed by the support arm 11 mounted on the ticket gate 1, and is spaced apart from the top surface of the ticket gate 1 to form a sterilization chamber 12 with one side open. do. Here, the turnstile 1 refers to a device for controlling selective passage only for users who have undergone a predetermined verification.

The tunnel housing 10 is locally installed in a predetermined section corresponding to the sensor pad 2 of the ticket gate 1 as shown in FIG. 1 to form a sterilization chamber 12, or the sensor pad 2 as shown in FIG. It is installed on the entire upper surface area of the turnstile 1 including the sterilization chamber 12 in the long direction.

At this time, the sterilization chamber 12 is provided with an opening on one side in a 'c' shape, and a user's hand passes through the opening.

In addition, the body temperature sensing module 20 according to the present invention is installed inside the sterilization room 12 and is provided to measure the body temperature of the user's hand entering the sensor pad 2 side of the ticket gate 1.

The body temperature sensing module 20 is formed as a non-contact sensor and is provided to self-diagnose a user's condition by measuring body temperature using a user's hand put on the sensor pad 2 of the ticket gate 1.

That is, as the user measures the temperature while performing an act of contacting the authentication card (pass, transportation card, etc.) to the sensor pad 2 of the ticket gate 1 using his or her hand, no separate action is required for temperature measurement. Therefore, rapid movement is possible.

In operation, when the body temperature value measured by the body temperature sensing module 20 is within the normal range, the sensor pad 2 is activated and the body temperature value measured by the body temperature sensing module 20 is normal. When out of range, as the sensor pad 2 is deactivated, the user's access is controlled and the employee call signal is output, so that the user's access is strictly controlled in real time.

In addition, the disinfection module 30 according to the present invention is installed inside the sterilization room 12 and is provided to output the disinfectant to the user's hand.

The disinfection module 30 is provided to disinfect the user's hand and authentication card by spraying a disinfectant using a nozzle.

As an example, as shown in FIG. 3, the disinfection module 30 includes a first nozzle 31 installed above the sterilization chamber 12 and outputting a disinfectant downward, and a sterilization chamber corresponding to the first nozzle 31 ( 12) A first inlet 32 installed on the floor to suck in the disinfectant output through the first nozzle 31, and installed on the floor of the sterilization chamber 12 adjacent to the first inlet 32, upwards A second nozzle 33 for outputting the disinfectant, and a second inlet 34 installed on the upper part of the sterilization chamber 12 corresponding to the second nozzle 33 and sucking the disinfectant output through the second nozzle 33 And, a third nozzle 35 installed at a position adjacent to the second nozzle 33 and outputting air in an upward direction, and installed above the sterilization chamber 12 corresponding to the third nozzle 35, It includes a third suction port 36 for sucking the blown air output through the third nozzle 35.

Accordingly, the damaged surface is disinfected by the disinfectant output through the first nozzle 31 while the hand moves along the inner space of the sterilization chamber 12, and then the hand is disinfected by the disinfectant output through the second nozzle 33. The bottom surface is disinfected, and at this time, the disinfectant that is output to the first and second nozzles (31, 33), used for hand disinfection, and then scattered is suctioned and treated by the first and second inlets (32, 34), and the sterilization chamber (12) ) Leakage to the outside is prevented, so the surroundings are always kept pleasant.

And, the hand that has passed through the second nozzle 33 is exposed to high-pressure airflow output through the third nozzle 35, and residual disinfectant is removed by forcible evaporation, and the disinfectant evaporated along with the airflow is removed through the third suction port 36. treated by inhalation. As a result, the problem of causing discomfort due to the disinfectant remaining on the hand is solved.

In addition, an ultraviolet lamp 14 is provided inside the sterilization chamber 12, and a user's hand passing through the ticket gate 1 is provided to sterilize and disinfect while passing through the inside of the sterilization chamber 12.

As such, since the interior space of the sterilization chamber 12 is sterilized and disinfected by ultraviolet rays, the inside of the sterilization chamber 12 is always kept clean even when an unspecified number of people use it, thereby preventing hepatitis from viruses and infectious diseases.

In FIG. 4 , a guide rod 16 is installed on the inner floor of the sterilization chamber 12 to support the user's hand.

The guide rod 16 is made of copper or has a copper coating layer formed on its surface to have a sterilization function.

Accordingly, since the hand is guided while being seated on the guide bar 16 while receiving and moving the hand into the sterilization room 12, anyone can easily disinfect the hand and disinfect the authentication card without exerting great effort. At this time, the guide Since the rod 16 has a sterilization function due to the copper component, it maintains hygiene in a space used by an unspecified number of people.

In addition, the guide rod 16 is installed so that both ends are rotated 5 to 10 times per minute by the drive unit 16b in a state where both ends are supported by the bearing module 16a, and the guide rod 16 is in close contact with the outer circumferential surface of the fabric paper. A cleaner member 17 including a is installed, and is provided to be cleaned while the guide rod 16 rotates.

At this time, if the guide rod 16 rotates less than 5 times per minute, the probability that the next user's hand contacts the surface of the guide rod 16 that has been in contact with the hand of the previous user increases, and if it exceeds 10 times, the guide rod (16) A phenomenon in which the collar is caught between them may occur.

As such, the rotational movement of the guide rod 16 makes the area in contact with the hand of the previous user and the area in contact with the subsequent user's hand inconsistent and is continuously cleaned by the cleaner member 17, so that the space used by an unspecified number of people There is an advantage that hygiene cleanliness lasts in.

10: tunnel housing 20: body temperature detection module
30: disinfection module

Claims (5)

Tunnel housing 10 that is detachably installed by the support arm 11 mounted on the ticket gate 1 and forms a sterilization chamber 12 spaced apart from the top surface of the ticket gate 1 and having one side open;
a body temperature sensing module 20 installed inside the sterilization room 12 and provided to measure the body temperature of a user's hand entering the sensor pad 2 side of the ticket gate 1; and
A disinfection module 30 installed inside the sterilization room 12 and provided to output the disinfectant to the user's hand; includes,
When the body temperature value measured by the body temperature sensing module 20 is within the normal range, the sensor pad 2 is activated and the body temperature value measured by the body temperature sensing module 20 is out of the normal range, The self-diagnosis and disinfection system of the turnstile, characterized in that the sensor pad (2) is provided to control user access and output an employee call signal as the sensor pad (2) is deactivated. According to claim 1,
An ultraviolet lamp (14) is provided inside the sterilization room (12), and the user's hand passing through the ticket gate (1) is provided to sterilize and disinfect while passing through the inside of the sterilization room (12). Self-diagnosis of the ticket gate, characterized in that and disinfection system. According to claim 1 or 2,
The disinfection module 30,
A first nozzle 31 installed on the top of the sterilization chamber 12 and outputting a disinfectant downward;
A first inlet 32 installed on the floor of the sterilization chamber 12 corresponding to the first nozzle 31 and sucking in the disinfectant output through the first nozzle 31;
A second nozzle 33 installed on the bottom of the sterilization chamber 12 adjacent to the first inlet 32 and outputting a disinfectant upward;
A second inlet 34 installed on the top of the sterilization chamber 12 corresponding to the second nozzle 33 to suck in the disinfectant output through the second nozzle 33;
A third nozzle 35 installed at a position adjacent to the second nozzle 33 and outputting air in an upward direction;
Self-diagnosis of the ticket gate, characterized in that it includes a third inlet (36) installed on the upper part of the sterilization chamber (12) corresponding to the third nozzle (35) and sucking the blown air output through the third nozzle (35) and disinfection system. According to claim 3,
A guide rod 16 installed on the inner floor of the sterilization chamber 12 to support the user's hand is provided,
The self-diagnosis and disinfection system of the ticket gate, characterized in that the guide rod 16 is formed of copper material or has a copper coating layer formed on the surface to have a sterilization function. According to claim 4,
The guide rod 16 is installed to be rotated 5 to 10 times per minute by the drive unit 16b in a state where both ends are supported by the bearing module 16a, and includes woven paper closely adhered to the outer circumferential surface of the guide rod 16. A self-diagnosis and disinfection system for a ticket gate, characterized in that a cleaner member (17) is installed to clean the guide rod (16) while rotating.

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