KR20210122005A - Elevator system with body temperature detection and quarantine function - Google Patents

Abstract

The present invention can detect the body temperature of a passenger in an elevator installed in a building and, if abnormal body temperature is detected, can notify an external medical center and can disinfect the elevator to prevent an infectious disease. The present invention comprises: a door detection part (100) arranged in an elevator (10) used by a passenger to detect the opening and closing of a door (20); a human body detection part (200) arranged in the elevator (10) to detect a human body; a body temperature detection part (300) arranged in the elevator (10) to detect the temperature of the human body and to store the detected body temperature as data; an image photographing part (400) arranged in the elevator (10) to photograph a passenger and to store a photographed image as data; and a disinfectant spray part (500) arranged in the elevator to spray disinfectant; a negative pressure forming part (600) arranged in the elevator to form negative pressure in an inner space by discharging inner air to the outside; and a control part (700) for recognizing the detection of the door detection part (100), the human body detection part (200) and the body temperature detection part (300) and controlling the human body detection part (200), the body temperature detection part (300), the image photographing part (400), the disinfectant spray part (500) and the negative pressure forming part (600).

Description

Elevator system with body temperature detection and quarantine function

The present invention relates to an elevator system having a body temperature detection and prevention function capable of detecting body temperature from a passenger riding an elevator installed in a building and notifying an external medical center when an abnormal body temperature is detected and sterilizing the elevator.

In general, it goes without saying that thorough personal hygiene must be practiced in order to effectively protect the human body from viruses and various harmful bacteria that spread diseases. should be done

In recent years, due to the rapid development of means of transportation, exchanges between countries are very active as movement becomes free, and as the quality of life improves, foreign travel culture is rapidly increasing. Cases of contaminating other regions occur frequently.

In fact, when a virus with high contagious and lethality such as Corona 19, MERS, Hong Kong flu, H1N1 flu, and SARS spreads, significant loss of life occurs, as well as restrictions on movement and psychological atrophy. As a result, not only does consumer life not take place, but also a huge amount of manpower and goods are put in due to quarantine, which inevitably causes enormous economic loss to the nation.

Since most of these viruses are spread through people, it is necessary to fundamentally block the inflow of the virus through strict quarantine at the immigration stage of an airport or port, and keep a distance from others while wearing a mask. Respiratory transmission of the virus can be prevented.

However, there is a problem in that the virus can be spread because people have to use the elevator installed and used in a building such as a building or apartment for a certain period of time in a state in which they are close to each other.

The background technology of the present invention is registered in Korean Patent Office No. 10-1703434 as of 2017.01.31.

The problem to be solved by the present invention is an elevator having a body temperature detection and prevention function that can detect body temperature from passengers riding in an elevator installed in a building, notify an external medical center when abnormal body temperature is detected, and disinfect the elevator to provide a system.

An elevator system having a body temperature detection and quarantine function according to an embodiment of the present invention is provided in an elevator 10 used by a passenger and includes a door detection unit 100 that detects the opening and closing of the door 20, and the elevator 10 Provided in the body sensor 200 to detect the human body, the body temperature sensor 300 is provided in the elevator 10 to sense the body temperature and store the sensed body temperature as data, and provided in the elevator 10 An image photographing unit 400 for taking pictures of passengers and storing the captured images as data, a disinfectant spraying unit 500 provided in the elevator 10 to spray a disinfectant solution, and an elevator 10 providing internal air Recognizes the detection of the negative pressure forming unit 600, the door sensing unit 100, the human body sensing unit 200, and the body temperature sensing unit 300, which is discharged to the outside to form a negative pressure in the inner space, and the human body sensing unit 200 ), a body temperature sensing unit 300, an image capturing unit 400, a disinfectant spray unit 500, and a control unit 700 for controlling the negative pressure forming unit 600, and the negative pressure forming unit 600 is a blower fan. It is characterized in that by discharging the internal air of the elevator 10 to the outside when it is configured and operated in a state installed in the air exhaust hole 12, a negative pressure is formed in the internal space of the elevator 10.

Preferably, in the elevator 10, an air inlet hole 11 through which external air is introduced is formed in the ceiling, and an air outlet hole 12 through which internal air is discharged is formed in the lower part of the wall, and a negative pressure forming part 600 is formed. is characterized in that it consists of a blowing fan.

Preferably, the air inlet hole 11 is characterized in that it is formed with a smaller diameter than the air outlet hole (12).

Preferably, the body temperature sensing unit 300 is composed of a thermal imaging camera that captures a human body while tracking and detecting heat, and the thermal imaging camera sets an abnormal temperature and a normal temperature, gives a red color to the abnormal temperature, and returns to the normal temperature. In a green state, the human body transmits a temperature image taken as a red image or a green image to the control unit 700 , and the control unit 700 detects the opening of the door 20 by the door detection unit 100 , the human body A human body detection operation unit 710 that operates the sensing unit 200 and stops the human body sensing unit 200 when the door sensing unit 100 detects that the door 20 is closed, and the human body sensing unit 200 A body temperature sensing operation unit 720 that operates the body temperature sensing unit 300 when detecting a human body, and stops the body temperature sensing unit 300 when the human body sensing unit 200 does not detect a human body, and a human body sensing unit 200 An image capturing operation unit 730 that operates the image capturing unit 400 when detecting a human body, and stops the image capturing unit 400 when the human body detecting unit 200 does not detect a human body, and a body temperature sensing unit 300 ), an abnormality determination unit 730 that determines an abnormality when detecting a red image in the temperature image transmitted from the If the image data transmission unit 740 for transmitting the photographed image taken in 400 to the outside and the door detection unit 100 detect the closing of the door 20 and the human body detection unit 200 does not detect the human body, Disinfectant operating unit ( 760) and when the abnormality determination unit 730 determines that the door is closed, the door detection unit 100 detects the closing of the door 20 and the human body detection unit 200 fails to detect the human body, the negative pressure forming unit 600 and a negative pressure operation unit 770 for stopping the negative pressure forming unit 600 when the door sensing unit 100 detects the opening of the door 20 or the human body sensing unit 200 detects a human body. do it with a jin

Preferably, the control unit 700 includes a red image confirmation unit 780 that confirms a red image detected in the temperature image by the abnormality determination unit 730, and a direction frame 831 in the left and right directions in the temperature image. The direction setting unit 790 to set, the direction determination unit 800 for determining whether the checked red image matches the direction frame 831 of the left or right direction in the temperature image, and the determined direction to the temperature image It is characterized in that it includes a direction display unit 810 that displays the image 851 and provides it to the image data transmission unit 740 .

Preferably, the floor number display unit 50 for displaying each floor to which the elevator 10 arrives is installed in the elevator 10, and the control unit 700 includes an electronic clock 820 that provides time, and an abnormality determination unit 730. If it is determined that there is an abnormality in the electronic clock 820, the door detecting unit 100 detects the opening time when the door 20 is opened, and if the red image is not confirmed in the red image checking unit 780, the electronic The door detection unit 100 through the clock 820 is connected to the door opening and closing time confirmation unit 830 that checks the closing time when the door 20 is closed, and the floor number display unit 50 of the elevator 10. When the opening time is confirmed by the door opening time confirmation unit 830, the number of door open floors displayed on the floor number display unit 50 is checked, and when the closing time is confirmed by the door opening time confirmation unit 830, it is displayed on the floor number display unit 50 A floor number confirmation unit 840 for checking the number of closed door floors, and an information transmission unit 850 for converting the number of door open floors and the number of door closed floors together with the opening time and closing time of the door 20 into information and transmitting it to the outside. characterized in that

Preferably, CCTV 60 for photographing the periphery of the building is installed on the left and right sides of the building, and the control unit 700 is connected to the CCTV 60 and is located in the direction determined by the direction determination unit 800 ( It is characterized in that it includes a CCTV image providing unit 860 that acquires the image taken in 60) and provides it to the image data transmission unit 740 .

The present invention detects body temperature from a passenger riding an elevator installed in a building, and when an abnormal body temperature is detected, it notifies an external medical center and disinfects the elevator for quarantine, so people living in apartments, offices, academies, restaurants, etc. It is possible to prevent in advance the spread of the virus while people using the equipped building use the elevator.

1 is a view showing the exterior of an elevator to which an elevator system having a body temperature detection and quarantine function according to an embodiment of the present invention is applied.
Figure 2 is a view showing the inside of the elevator to which the present invention is applied.
3 is a block diagram showing the configuration of the present invention.
Figure 4 is a block diagram showing the configuration of the control unit of the present invention.
5 is a view showing a temperature image taken by a thermal imaging camera which is a body temperature sensing unit of the present invention.
6 is a view showing a state in which a direction frame is set in the temperature image of the present invention.
7 is a view showing a state in which a direction image is displayed on the temperature image of the present invention.

Hereinafter, an elevator system having a body temperature detection and quarantine function according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 7, the elevator system having the body temperature detection and quarantine function of the present invention is provided in the elevator 10 used by the passenger and the door detection unit 100 for detecting the opening and closing of the door 20. And, a body sensor 200 provided in the elevator 10 to detect a human body, and a body temperature sensor 300 provided in the elevator 10 to sense the body temperature and store the sensed body temperature as data; An image photographing unit 400 provided in the elevator 10 to photograph passengers and storing the captured images as data, a disinfectant spraying unit 500 provided in the elevator 10 to spray a disinfectant solution, and an elevator 10 Recognizes the detection of the negative pressure forming unit 600 provided in the air to the outside to form a negative pressure in the inner space, the door sensing unit 100, the human body sensing unit 200, and the body temperature sensing unit 300. , a control unit 700 for controlling the human body sensing unit 200 , the body temperature sensing unit 300 , the image capturing unit 400 , the disinfecting solution spray unit 500 , and the negative pressure forming unit 600 .

First, the elevator 10 may move for each floor of the building. The door 20 is composed of door plates that are opened and closed on the floor of the building and door plates that are opened and closed on the elevator 10 . Accordingly, when the elevator 10 arrives at a specific floor, the door plates of the building and the door plates of the elevator 10 may be simultaneously operated to open and close.

In addition, an external operation unit 30 for calling the elevator 10 is installed on each floor of the building, and an internal operation unit 40 provided with a button for selecting the number of floors of the building desired by the passenger in the interior of the elevator 10 ) is installed.

Accordingly, when the passenger operates the external operation unit 30 , the door 20 is opened after the elevator 10 arrives at the corresponding floor, so that the passenger can board the elevator 10 . In addition, when the passenger operates the internal operation unit 40 to select the number of floors, the door 20 is opened after the elevator 10 moves to the corresponding floor, so the passenger can get off the elevator 10 and move on the corresponding floor.

In addition, a floor number display unit 50 that displays whether the elevator 10 is in an ascending state or descending state with an arrow, and displays a number or letter for each floor to which the elevator 10 arrives is installed inside the elevator 10 . Accordingly, the passenger riding the elevator 10 can check the floor number display unit 50 with the naked eye to know the number of floors to which the elevator 10 has arrived.

On the other hand, CCTV 60 for photographing the periphery of the building is installed on the left and right sides of the building. Also, CCTVs 60 may be installed in the lobby, entrance, exit, and the like of the building. Accordingly, people moving to use the building in the CCTV 60 can be photographed.

In the elevator 10, an air inlet hole 11 through which external air is introduced is formed in the ceiling, and an air outlet hole 12 through which internal air is discharged is formed in the lower part of the wall.

Here, a HEPA filter for purifying radioactive particles in the air by filtering the mesh and air through which air flows while blocking the inflow of foreign substances is installed in the air inlet hole 11 and the air outlet hole 12 . Thereby, the outside air may be filtered and introduced into the inner space of the elevator 10 in a purified state, and the internal air may be discharged to the outside of the elevator 10 in a filtered and purified state.

At this time, the air inlet hole 11 is formed with a smaller diameter than the air outlet hole 12, and the negative pressure forming part 600 is installed in the air outlet hole 12 to be operated, so that the inner space of the elevator 10 Since a large amount of internal air is discharged to the outside and a small amount of external air flows into the internal space of the elevator 10 , a negative pressure can be formed in the internal space of the elevator 10 .

The door detection unit 100 may be configured as a contact sensor, an infrared sensor, or an optical sensor to detect that the door 20 is opened or closed.

The human body detecting unit 200 may be configured as an infrared sensor or an optical sensor to detect a passenger located in the inner space of the elevator 10 .

The body temperature sensing unit 300 is composed of a thermal imaging camera that captures the human body while tracking and detecting heat, and stores and manages the temperature image taken, and is photographed in a state facing the door 20 from the inside of the elevator 10. . Such a thermal imaging camera sets an abnormal temperature and a normal temperature, gives red to the abnormal temperature, and green to the normal temperature, and converts a temperature image taken as a red image or a green image according to the body temperature of the human body into data. is stored and transmitted to the control unit 700 .

Here, it is preferable that the abnormal temperature is set to 38 degrees Celsius and the normal temperature is set to 36 to 37.5 degrees Celsius. The abnormal or normal temperature may be arbitrarily set by the user. Accordingly, a red human body and a green human body may be photographed in the temperature image according to the measured temperature. At this time, since the inner wall and door 20 of the elevator 10 are lower than the set temperatures, they are photographed in a dark color.

The body temperature sensing unit 300 may measure body temperature by photographing a passenger entering the inner space of the elevator 10 . Therefore, the body temperature sensing unit 300 is installed on the upper part of the elevator 10 in a state toward the door 20, and as the door 20 is opened, the whole body of a passenger entering the interior space of the elevator 10 is photographed. It is stored and transmitted to the controller 700 at the same time.

The image capturing unit 400 is composed of a digital camera that takes a video and stores the captured image as data, and shoots it in a state facing the door 20 from the inside of the elevator 10 . The image capturing unit 400 is installed on the upper part of the elevator 10 in a state facing the door 20 to photograph the whole body of a passenger entering the inner space of the elevator 10 as the door 200 is opened. The captured image may be transmitted to the controller 700 .

The image capturing unit 400 may be configured as a CCTV installed in the elevator 10 .

The disinfectant spray unit 500 may be installed on the ceiling of the elevator 10 and may be composed of an ultrasonic spray nozzle that disperses and sprays the disinfectant solution into small particles. Accordingly, since the disinfectant solution is sprayed from the ceiling of the elevator 10 by the disinfectant spray unit 500 , the interior space of the elevator 10 can be sterilized as a whole.

Here, the disinfectant solution may be composed of 60 to 70% by weight of ethanol and 30 to 40% by weight of additives. The additive may include glycerin, purified water, carbomer, triethanolamine, propylene glycol, and herbal aroma for fragrance to protect the passenger's skin.

The negative pressure forming unit 600 may be configured as a blower fan for discharging the internal air of the elevator 10 to the outside while installed in the air discharge hole 12 of the elevator 10 . In addition, external air may be introduced into the inner space of the elevator 10 through the air inlet hole 11 of the elevator 10 . At this time, when the blowing fan, which is the negative pressure forming unit 600, is operated, air is rapidly discharged from the inner space of the elevator 10 through the air discharge hole 12, and external air is gradually introduced through the air inlet hole 11. A negative pressure may be formed in the inner space of the elevator 10 .

The control unit 700 operates the human body sensing unit 200 when the door sensing unit 100 detects the opening of the door 20 , and when the door sensing unit 100 detects the closing of the door 20 , the human body sensing unit When the human body sensing unit 710 stops 200 and the human body sensing unit 200 detects the human body, the body temperature sensing unit 300 operates, and if the human body sensing unit 200 does not detect the human body, the body temperature is detected. The body temperature sensing operation unit 720 to stop the unit 300 and the image capturing unit 400 when the human body is detected by the human body sensing unit 200 are operated, and when the human body is not detected by the human body sensing unit 200, the image An image capturing operation unit 730 for stopping the photographing unit 400, an abnormality determining unit 730 that determines an abnormality when detecting a red image from the temperature image transmitted from the body temperature sensing unit 300, and an abnormality determining unit ( 730), an image data transmission unit 740 that transmits the temperature image photographed by the body temperature detection unit 300 and the photographed image photographed by the image photographing unit 400 to the outside, and the door detection unit 100 When the closure of the door 20 is detected and the human body is not detected by the human body detection unit 200, the disinfectant spray unit 500 is operated, and the door detection unit 100 detects the opening of the door 20 or detects the human body. When the unit 200 detects a human body, the disinfectant solution operation unit 760 that stops the disinfectant solution spray unit 500, and the door detection unit 100 in a state that the abnormality determination unit 730 determines that it is abnormal. When the closure is detected and the human body detection unit 200 does not detect the human body, the negative pressure forming unit 600 is operated, and the door detection unit 100 detects the opening of the door 20 or the human body detection unit 200 detects the opening of the door 20 . It includes a sound pressure manipulation unit 770 for stopping the sound pressure forming unit 600 when detecting.

As described above, when a passenger boards the elevator 10 by opening the door 20 , the door detecting unit 100 senses the opening of the door 20 , and thus the human body detecting unit 200 operates to detect the passenger. Then, when the human body sensor 200 detects a passenger, the body temperature sensor 300 operates to photograph the passenger to obtain a temperature image. In addition, the image capturing unit 400 is also operated to photograph the passenger. At this time, when the abnormality determination unit 730 of the control unit 700 determines abnormality based on the temperature image, the temperature image together with the captured image may be transmitted to a server provided in an external medical center.

Therefore, the medical staff at the medical center can check the image of the passenger suspected of being infected with the virus based on the temperature image sent to the server, and also check the impression of the passenger that matches the image confirmed in the temperature image in the captured image. have. In other words, since the passenger can be quickly found using the temperature image and the photographed image, the virus infection can be quickly checked.

And, when the door 20 is closed after the passenger gets off the elevator 10, the disinfectant spray unit 500 sprays the disinfectant solution, so the elevator 10 is disinfected and the virus can be killed. Also, the negative pressure forming unit 600 ) is operated, so that the internal air of the elevator 10 is discharged to the outside through the air discharge hole 12, a negative pressure is formed in the inner space of the elevator 10. At this time, the internal air is purified by the HEPA filter installed in the air exhaust hole 12 without being lost to the outside by the negative pressure formed in the internal space and can be discharged to the outside in a clean state.

In this way, the virus that may remain in the elevator 10 may be killed by the sprayed disinfectant solution after the passenger suspected of virus infection gets off the bus, and the inside air suspected of being contaminated is purified and discharged to the outside, so that other Passengers can safely use the elevator 10 .

In addition, the control unit 700 sets the red image confirmation unit 780 for confirming the red image detected in the temperature image by the abnormality determination unit 730, and the direction frame 831 in the left and right directions in the temperature image. A direction setting unit 790 to determine whether the checked red image matches the left or right direction frame 831 in the temperature image, and a direction determination unit 800 to determine the determined direction in the temperature image. It includes a direction display unit 810 indicated by reference numeral 851 and provided to the image data transmission unit 740 .

It is preferable that the direction frame 831 is formed in a bar-shaped image and is set on both sides of the door 20 shown in the temperature image. As the direction frame 831 is set vertically, it may correspond to a tall adult or a short child.

The direction image 851 is formed in the form of an arrow pointing to the left or right.

Therefore, the medical staff can check the temperature image on which the arrow-shaped directional image 851 is displayed to quickly determine the direction of movement of the passenger most likely to be infected with the virus.

On the other hand, the control unit 700 controls the electronic clock 820 providing time, and when the abnormality determination unit 730 determines that there is an abnormality, the door detection unit 100 controls the opening of the door 20 through the electronic clock 820 . Check the detected open time, and if the red image is not confirmed by the red image check unit 780 , check the closing time when the door detecting unit 100 detects the closing of the door 20 through the electronic clock 820 . It is connected to the door opening time confirmation unit 830 and the floor number display unit 50 of the elevator 10, and when the opening time is confirmed by the door opening time confirmation unit 830, the number of door open floors displayed on the floor number display unit 50 is displayed. When the closing time is confirmed by the door opening and closing time confirmation unit 830, the floor number confirmation unit 840 for confirming the number of door closed floors displayed on the floor number display unit 50, the opening time and closing time of the door 20, and It includes an information transmission unit 850 that converts the number of door open floors and the number of door closed floors into information and transmits the information to the outside.

The electronic watch 820 may also provide the time, date, and day of the week.

The door opening/closing time check unit 830 may check the date and day of the week as well as the time when the door 20 is opened/closed. In addition, the medical staff can check the date and day of the week along with the time the passenger used the elevator 10 .

The number of door open floors is the number of floors on which a passenger suspected of virus infection boards the elevator 10 , and the number of door closed floors is the number of floors where a passenger suspected of virus infection alights from the elevator 10 . Accordingly, the medical staff can check the number of floors the passenger has boarded in the elevator 10 by checking the number of doors open, and can check the number of floors the passenger got off the elevator 10 by checking the number of doors closed. Accordingly, the medical staff can not only check the movement line from which floor to which floor the passenger has moved, but also perform quarantine on the floor boarded by the elevator 10 and the floor getting off the elevator 10 .

The information transmission unit 850 may transmit the date and day together with the opening and closing times of the door 20 to an external center, and may also transmit the number of open floors and closed floors to the external center.

Accordingly, the medical staff waiting at the medical center checks the number of door open floors and door closed floors along with the opening time and closing time of the door 20 transmitted by the information transmission unit 850, so that a passenger suspected of virus infection is identified. After boarding the elevator 10 on which floor at a time, it is possible to check the movement line from which floor it is moved. That is, after the medical staff arrives at the building where the elevator 10 operates, they can move along the movement line to quickly find the passenger and check for virus infection, and perform quarantine activities along the movement line.

In particular, since the passenger may not be the corresponding passenger even if the impression wearing is similar, the corresponding passenger can be accurately found by checking the time using the elevator 10 .

On the other hand, the control unit 700 is connected to the CCTV (60) to obtain the image taken from the CCTV (60) located in the direction determined by the direction determination unit (800), CCTV to provide the image data transmission unit (740) It includes an image providing unit (860).

Therefore, since the CCTV image provided from the CCTV image providing unit 860 by the image data transmission unit 740 is transmitted to the medical center, the medical staff checks the corresponding CCTV image and the passenger suspected of virus infection enters the building and in which direction You can check the internal movement path to see if you have moved to . In addition, even when the corresponding passenger moves from the building to the outside, it is also possible to check the external movement route along which road the passenger has traveled.

As described above, the present invention detects body temperature from a passenger riding an elevator installed in a building, and when an abnormal body temperature is detected, notifies an external medical center and disinfects the elevator to prevent infection, which can be widely used to prevent virus transmission. This is a very useful invention.

Those skilled in the art to which the present invention pertains will understand that the present invention may be embodied in other specific forms without changing the technical spirit or essential characteristics thereof. Therefore, the embodiments described above are to be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the following claims rather than the detailed description, and the meaning and scope of the claims and their equivalent concepts It should be construed as being included in the scope of the present invention all changes or modifications derived from it.

10: Elevator 11: Air inlet hole
12: air exhaust hole 20: door
30: internal control unit 40: external control unit
50: floor number display 70: CCTV
100: door detection unit
200: human body sensing unit 300: body temperature sensing unit
400: image capturing unit 500: disinfectant spraying unit
600: sound pressure forming unit 700: control unit
710: human body sensing operation unit 720: body temperature sensing operation unit
730: image recording operation unit 740: abnormality judgment unit
750: image data transmission unit 760: disinfectant operating unit
770: sound pressure control unit 780: red image confirmation unit
790: direction setting unit 800: direction determining unit
810: direction display unit 820: electronic clock
830: time confirmation unit 840: floor number confirmation unit
850: information transmission unit 860: CCTV image providing unit

Claims (7)

A door detection unit 100 provided in the elevator 10 used by the passenger to detect the opening and closing of the door 20;
A human body sensing unit 200 provided in the elevator 10 to detect a human body, and
A body temperature sensing unit 300 provided in the elevator 10 to sense the body temperature and store the detected body temperature as data;
An image photographing unit 400 provided in the elevator 10 to photograph passengers and store the photographed images as data;
A disinfectant spray unit 500 provided in the elevator 10 to spray the disinfectant solution, and
A negative pressure forming part 600 provided in the elevator 10 to discharge the internal air to the outside to form a negative pressure in the internal space;
Recognizes the detection of the door detecting unit 100, the human body detecting unit 200, and the body temperature detecting unit 300, the human body detecting unit 200, the body temperature detecting unit 300, the image capturing unit 400, disinfectant spray unit (500) and a control unit 700 for controlling the sound pressure forming unit 600,
The negative pressure forming unit 600 is composed of a blower fan and when operated in a state installed in the air discharge hole 12, discharges the internal air of the elevator 10 to the outside, thereby forming a negative pressure in the inner space of the elevator 10. Elevator system with body temperature detection and quarantine function.
The body temperature according to claim 1, wherein the elevator (10) has an air inlet hole (11) through which external air is introduced in the ceiling, and an air outlet hole (12) through which the internal air is discharged is formed in the lower part of the wall. Elevator system with detection and quarantine function.
The elevator system according to claim 2, wherein the air inlet hole (11) has a smaller diameter than the air outlet hole (12).
The method according to claim 1,
The body temperature sensor 300 is composed of a thermal imaging camera that captures the human body while tracking and detecting heat.
The thermal imaging camera sets an abnormal temperature and a normal temperature, gives red to the abnormal temperature and green to the normal temperature, and transmits a temperature image of the human body as a red image or a green image to the controller 700, ,
The control unit 700
When the door detection unit 100 detects the opening of the door 20, the human body detection unit 200 is operated, and when the door detection unit 100 detects the closing of the door 20, the human body detection unit 200 is stopped. and a human body sensing operation unit 710,
When the human body sensing unit 200 detects a human body, the body temperature sensing unit 300 operates, and when the human body sensing unit 200 does not detect a human body, the body temperature sensing unit 720 stops the body temperature sensing unit 300 and ,
When the human body detecting unit 200 detects a human body, the image capturing unit 400 is operated, and when the human body detecting unit 200 does not detect the human body, the image capturing unit 730 stops the image capturing unit 400 and ,
An abnormality determination unit 730 that determines an abnormality when a red image is detected in the temperature image transmitted from the body temperature sensing unit 300;
An image data transmission unit 740 for transmitting the temperature image photographed by the body temperature sensing unit 300 and the photographed image photographed by the image photographing unit 400 to the outside when the abnormality determination unit 730 determines that there is an abnormality;
When the door detection unit 100 detects the closing of the door 20 and the human body detection unit 200 does not detect a human body, the disinfectant spray unit 500 is operated, and the door detection unit 100 operates the door 20. A disinfectant operating unit 760 that stops the disinfectant spraying unit 500 when the opening is sensed or the human body sensing unit 200 detects a human body;
If the door detection unit 100 detects the closing of the door 20 and the human body detection unit 200 does not detect the human body in a state determined by the abnormality determination unit 730 as abnormal, the negative pressure forming unit 600 is operated, Body temperature sensing comprising a negative pressure operation unit 770 for stopping the negative pressure forming unit 600 when the door sensing unit 100 detects the opening of the door 20 or the human body sensing unit 200 detects a human body and an elevator system having a quarantine function.
The method according to claim 4, the control unit 700 is
A red image confirmation unit 780 for confirming the red image detected from the temperature image by the abnormality determination unit 730;
A direction setting unit 790 for setting a direction frame 831 in the left direction and the right direction in the temperature image;
A direction determining unit 800 for determining whether the checked red image matches the left or right direction frame 831 in the temperature image;
The elevator system having a body temperature detection and quarantine function, characterized in that it includes a direction display unit (810) that displays the determined direction as a direction image (851) on the temperature image and provides it to the image data transmission unit (740).
The method according to claim 5, wherein the floor number display unit (50) to display for each floor the elevator (10) arrives is installed in the elevator (10),
The control unit 700
An electronic clock 820 that provides time, and
If the abnormality determination unit 730 determines that there is an abnormality, the door detection unit 100 detects the opening of the door 20 through the electronic clock 820 and checks the opening time, and the red image verification unit 780 determines the red image. is not confirmed, the door opening and closing time checking unit 830 for checking the closing time when the door detection unit 100 detects the closing of the door 20 through the electronic clock 820;
When the opening time is confirmed by the door opening time confirmation unit 830 connected to the floor number display unit 50 of the elevator 10, the number of door opening floors displayed on the floor number display unit 50 is checked, and the door opening time confirmation unit 830 When the closing time in
Elevator system with body temperature detection and quarantine function, characterized in that it includes an information transmission unit (850) that converts the number of doors open and closed floors together with the opening time and closing time of the door (20) and transmits the information to the outside.
The method according to claim 5, CCTV (60) for photographing the periphery of the building is installed on the left and right side of the building,
The control unit 700 is connected to the CCTV 60 to obtain an image taken from the CCTV 60 located in the direction determined by the direction determination unit 800 and provides it to the image data transmission unit 740 CCTV image providing unit ( 860), characterized in that the elevator system having a body temperature detection and quarantine function.

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