KR102136837B1 - Elevator system with body temperature detection and quarantine function - Google Patents

Abstract

The present invention can sense the body temperature from a passenger riding an elevator installed in a building to notify an external medical center and sterilize and quarantine the elevator if an abnormal body temperature is sensed. An elevator system with body temperature detection and quarantine functions comprises: a door sensing unit (100) arranged on an elevator (10) used by passengers to sense opening and closing of a door (20); a human body sensing unit (200) arranged on the elevator (10) to sense a human body; a body temperature sensing unit (300) arranged on the elevator (10) to sense the body temperature of a human body and create data of the sensed body temperature to store the data; an image photographing unit (400) arranged on the elevator (10) to photograph a passenger and create data of a photographed image to store the data; a sterilizing liquid spray unit (500) arranged on the elevator (10) to spray sterilizing liquid; a negative pressure forming unit (600) arranged on the elevator (10) to discharge inside air to the outside to form a negative pressure in an internal space; and a control unit (700) to recognize the detection of the door sensing unit (100), the human body sensing unit (200), and the body temperature sensing unit (300), and control the human body sensing unit (200), the body temperature sensing unit (300), the image photographing unit (400), the sterilizing liquid spray unit (500), and the negative pressure forming unit (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 that detects body temperature from passengers boarding an elevator installed in a building and informs an external medical center when an abnormal body temperature is detected and disinfects the elevator by disinfecting it.

In general, in order to effectively protect the human body from viruses or various harmful germs that transmit disease, it is of course necessary to practice thorough personal hygiene, and thorough prevention of intermediary measures is necessary for the fundamental solution of virus or germ transmission. It must be done.

In recent years, exchanges between countries have been very active due to the rapid development of means of transportation, and the quality of life has improved and foreign travel culture is rapidly increasing. Frequently, there are cases of polluting other regions.

Indeed, when a highly infectious and fatal virus, such as Corona 19, MERS, Hong Kong Flu, H1N1, and SARS, occurs, significant loss of life occurs as well as limitations in mobility and psychological atrophy. As a result, not only does not lead to consumption life, but also enormous economic loss due to the enormous manpower and goods inflicted by quarantine.

Since these viruses are most often transmitted through humans, the influx of viruses must be fundamentally blocked through strict quarantine at the immigration stage of airports and ports, and the distance to others is maintained while wearing a mask. Viruses through the respiratory tract can be prevented.

However, there is a problem in that viruses can be spread because people have to use them for a certain period of time in close proximity to each other in an elevator installed and used in a building such as a building or apartment.

Background art of the present invention is registered in the Republic of Korea Patent Office dated January 31, 2017 Patent Registration No. 10-1703434.

The problem to be solved by the present invention is to detect an abnormal body temperature by detecting body temperature from a passenger boarding an elevator installed in a building, and notify an external medical center, and an elevator having a body temperature detection and quarantine function that can disinfect and sterilize the elevator. In providing a system.

An elevator system having a body temperature detection and prevention function according to an embodiment of the present invention is provided in an elevator 10 used by passengers, and a door detection unit 100 for detecting opening and closing of the door 20 and an elevator 10 It is provided in the human body detection unit 200 for sensing the human body, and is provided in the elevator 10 is provided in the body temperature detection unit 300 for sensing the body temperature of the human body and storing the detected body temperature as data, and the elevator 10 It is equipped with an image photographing unit 400 for photographing and storing the image of the occupant and storing the photographed image, and the disinfecting liquid spray unit 500 provided in the elevator 10 to spray the disinfecting liquid, and the interior air provided in the elevator 10 Sound pressure forming unit 600 for discharging to the outside to form a negative pressure in the interior space, door detection unit 100, human body detection unit 200 and body temperature detection unit 300 to recognize the detection, human body detection unit 200 ), a body temperature detection unit 300, an image photographing unit 400, a disinfectant solution spray unit 500 and a control unit 700 for controlling the negative pressure forming unit 600, the body temperature detection unit 300 tracks heat And a thermal imaging camera that shoots the human body while detecting, and the thermal imaging camera sets an abnormal temperature and a normal temperature, gives red to the abnormal temperature, and gives green to the normal temperature. When the temperature image photographed as an image is transmitted to the control unit 700, the control unit 700 operates the human body detection unit 200 when the door detection unit 100 detects the opening of the door 20, and the door detection unit ( 100) when detecting the closing of the door 20, the human body detection operation unit 710 to stop the human body detection unit 200, and when the human body detection unit 200 detects a human body, operates the body temperature detection unit 300 and When the human body detection unit 200 does not detect the human body, the body temperature detection operation unit 720 stops the body temperature detection unit 300, and when the human body detection unit 200 detects the human body, the image capturing unit 400 is operated. If the human body detection unit 200 does not detect the human body, the image capturing operation unit 730 that stops the image capturing unit 400 and the temperature image transmitted from the body temperature detecting unit 300 display a red image. When the detection is abnormal, the abnormality judgment unit 730 and the abnormality determination unit 730 judge that the abnormality is detected, the temperature image taken by the body temperature sensing unit 300 and the image captured by the image taking unit 400 are external. When the image data transmission unit 740 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, the disinfectant spray unit 500 is operated. When the door detecting unit 100 detects the opening of the door 20 or the human body detecting unit 200 senses the human body, the disinfecting liquid operation unit 760 and the abnormality determination unit 730 that stop the disinfecting liquid spray unit 500 are stopped. If the door detection unit 100 detects the closing of the door 20 in the state judged as abnormal, and the human body detection unit 200 does not detect the human body, the sound pressure forming unit 600 is operated, and the door detection unit 100 It characterized in that it comprises a sound pressure control unit 770 to stop the sound pressure forming unit 600 when detecting the opening of the door 20 or the human body sensing unit 200.

Preferably, in the elevator 10, an air inlet hole 11 through which external air flows is formed in the ceiling, and an air outlet hole 12 through which internal air is discharged is formed at the bottom of the wall, and the negative pressure forming unit 600 is provided. Is characterized by forming a negative pressure in the interior space of the elevator 10 by discharging the internal air of the elevator 10 to the outside when operating in a state installed in the air discharge hole 12 is composed of a blower fan.

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

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Preferably, the control unit 700 includes a red image confirmation unit 780 for checking the 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 for setting, and the direction determining unit 800 for determining whether the checked red image matches the direction frame 831 in the left or right direction in the temperature image, and the determined direction in the temperature image Characterized in that it comprises a direction display unit 810 displayed as an image 851 and provided to the image data transmission unit 740.

Preferably, a floor number display unit 50 displayed on each floor where the elevator 10 arrives is installed in the elevator 10, and the control unit 700 provides an electronic clock 820 that provides time and an abnormality determination unit 730. If it is determined to be abnormal in the electronic clock 820, the door detecting unit 100 checks the opening time when the door 20 is detected, and if the red image is not confirmed by the red image checking unit 780, the electronic The door detecting unit 100 is connected to the door opening/closing time confirmation unit 830 for checking the closing time when the door detecting unit 100 detects the closing of the door 20 through the clock 820 and the floor number display unit 50 of the elevator 10. When the opening time is confirmed in the door opening/closing time confirmation unit 830, the number of door openings displayed on the floor number display unit 50 is checked, and when the closing time is confirmed by the door opening/closing time confirmation unit 830, the floor number display unit 50 is displayed. It includes a floor number checking unit 840 for checking the number of door closed floors, and an information transmission unit 850 for informing the number of door open floors and the number of door closed floors together with the opening and closing times of the door 20 and transmitting them to the outside. It is characterized by.

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

The present invention detects body temperature from a passenger boarding an elevator installed in a building, and when an abnormal body temperature is detected, the external medical center is notified and the elevator can be sterilized to prevent disinfection, so that people living in apartments, offices, schools, restaurants, etc. It is possible to prevent the spread of viruses in the process of using the elevator by people using the equipped building.

1 is a view showing the appearance 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 interior of the elevator to which the present invention is applied.
Figure 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.
Figure 5 is a view showing a temperature image taken by a thermal imaging camera that is the body temperature sensor of the present invention.
6 is a view showing 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 a quarantine function according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 7, an elevator system having a body temperature detection and prevention function according to the present invention is provided in an elevator 10 used by a passenger, and a door detection unit 100 for detecting opening and closing of the door 20 And, the human body detection unit 200 is provided in the elevator 10 to detect the human body, and is provided in the elevator 10 to detect the body temperature of the human body and the body temperature detection unit 300 for storing the data by storing the data, It is provided in the elevator 10, the image taking unit 400 for photographing the passengers and storing the captured image as data, and the disinfecting liquid spray unit 500 provided in the elevator 10 to spray the disinfecting liquid, and the elevator 10 It is provided to recognize the detection of the negative pressure forming unit 600, the door detection unit 100, the human body detection unit 200 and the body temperature detection unit 300 to discharge the internal air to the outside to form a negative pressure in the internal space, , A human body detection unit 200, a body temperature detection unit 300, an image photographing unit 400, a disinfecting liquid spray unit 500 and a control unit 700 for controlling the sound pressure forming unit 600.

First, the elevator 10 may move for each floor of the building. The door 20 consists 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. Therefore, when the elevator 10 arrives at a specific floor, the door plates of the building and the door plates of the elevator 10 can be operated at the same time to be opened and closed.

And, on each floor of the building, an external operation unit 30 is installed to call the elevator 10, and an interior operation unit 40 is provided inside the elevator 10 with buttons for selecting the number of floors of the building where passengers are concerned. ) Is installed.

Therefore, when the passenger operates the external manipulation 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 selects the number of floors by operating the internal manipulation unit 40, the door 20 is opened after the elevator 10 moves to the corresponding floor, so that the passenger can get off the elevator 10 and move on the corresponding floor.

In addition, the floor number display unit 50 is displayed inside the elevator 10 to indicate whether the elevator 10 is in an ascending or descending state with arrows or numbers or letters for each floor on which the elevator 10 arrives. . Therefore, the passenger who boarded the elevator 10 can visually check the floor number display unit 50 to know the number of floors on which the elevator 10 has arrived.

On the other hand, CCTV 60 for photographing the surroundings of the building is installed on the left and right sides of the building. In addition, CCTVs 60 may be installed in the lobby, entrance, and exit of the building. Therefore, people moving to use the building in the CCTV 60 may be photographed.

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

Here, in the air inlet hole 11 and the air outlet hole 12, a hepa filter is installed to filter the air and the mesh through which the air flows while filtering the air, while purifying the radioactive particles in the air. Thereby, the outside air may be filtered and introduced into the interior space of the elevator 10 in a purified state, and the inside air may be filtered and discharged to the outside of the elevator 10 in a purified state.

At this time, the air inlet hole 11 is formed with a smaller diameter than the air outlet hole 12, the negative pressure forming unit 600 is installed in the air outlet hole 12 can be operated, 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 is introduced into the interior space of the elevator 10, a negative pressure may be formed in the interior space of the elevator 10.

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

The human body detection unit 200 is composed of an infrared sensor or an optical sensor to detect passengers located in the interior space of the elevator 10.

The body temperature detection unit 300 is composed of a thermal imaging camera that records and manages the human body while tracking and detecting heat, and stores and manages the temperature image to be photographed, and photographs the interior of the elevator 10 toward the door 20. . In this state, the thermal imaging camera sets an abnormal temperature and a normal temperature, gives red to the abnormal temperature, and gives green to the normal temperature. To save and transmit to the control unit 700.

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

The body temperature detector 300 may measure body temperature by photographing a passenger entering the interior space of the elevator 10. Therefore, the body temperature sensing unit 300 is installed on the upper portion of the elevator 10 in the state toward the door 20, and as the door 20 is opened, the entire body of the 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 photographing unit 400 is composed of a digital camera that shoots a video and stores the captured image as data, and shoots in the state toward 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 toward the door 20 to photograph the entire body of the passenger entering the interior space of the elevator 10 as the door 200 is opened. The captured image may be transmitted to the control unit 700.

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

The disinfecting solution spray unit 500 may be installed on the ceiling of the elevator 10 and may be configured with an ultrasonic spray nozzle that disperses and sprays the disinfecting solution into small particles. Therefore, since the disinfectant solution is sprayed from the ceiling of the elevator 10 by the disinfectant solution sprayer 500, the interior space of the elevator 10 can be entirely disinfected.

Here, the disinfecting 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 blowing fan that discharges the internal air of the elevator 10 to the outside while being installed in the air discharge hole 12 of the elevator 10. In addition, external air may be introduced into the interior 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, the air is rapidly discharged from the internal space of the elevator 10 through the air discharge hole 12, and thus, the external air is gradually introduced through the air inlet hole 11. A negative pressure may be formed in the interior space of the elevator 10.

The control unit 700 operates the human body detecting unit 200 when the door detecting unit 100 detects the opening of the door 20, and the human body detecting unit when the door detecting unit 100 detects the closing of the door 20. The human body detecting operation unit 710 for stopping the 200 and the body temperature detecting unit 300 when the human body detecting unit 200 senses the human body, and the human body detecting unit 200 detecting the human body temperature if it does not detect the human body The body temperature sensing operation unit 720 that stops the unit 300 and the image sensing unit 400 are operated when the human body sensing unit 200 detects a human body, and the human body sensing unit 200 detects the human body An abnormality determination unit 730 and an abnormality determination unit that judges an abnormality when a red image is detected from the temperature image transmitted from the image sensing operation unit 730 that stops the imaging unit 400 and the temperature image transmitted from the body temperature sensing unit 300. 730) If it is determined as abnormal, the image data transmission unit 740 and the door detection unit 100 that transmits the temperature image taken by the body temperature detection unit 300 and the image captured by the image recording unit 400 to the outside. If the detection of the closing of the door 20 and the human body detection unit 200 does not detect the human body, the disinfectant liquid 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 human body 200 detects a human body, the disinfectant solution operation unit 760 for stopping the disinfectant solution spray unit 500 and the door detection unit 100 in the state of the door 20 in the state judged to be abnormal in the abnormality determination unit 730 When detecting the closure and the human body detecting unit 200 does not detect the human body, the sound pressure forming unit 600 is operated, and the door detecting unit 100 detects the opening of the door 20 or the human body detecting unit 200 It includes a sound pressure control unit 770 to stop the sound pressure forming unit 600 when sensing.

In this way, when the passenger opens the door 20 and boards the elevator 10, the door detection unit 100 senses the opening of the door 20, so that the human body detection unit 200 operates to detect the passenger. Then, when the human body sensing unit 200 detects the passenger, the body temperature sensing unit 300 is operated to photograph the passenger to obtain a temperature image. In addition, the image photographing unit 400 is also operated to photograph a passenger. At this time, when the abnormality determination unit 730 of the control unit 700 determines the 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, in the medical center, the medical staff can check the image of the passenger suspected of being infected with the virus based on the temperature image transmitted to the server, and the shooting image can also confirm the impression of the passenger corresponding to the image identified in the temperature image. have. That is, since the passenger can be quickly found using the temperature image and the captured image, it is possible to quickly detect whether the virus is infected.

In addition, if the door 20 is closed after the passenger gets off the elevator 10, the disinfectant solution sprayer 500 sprays the disinfectant solution, so that the elevator 10 can be sterilized and the virus can be killed. ) Is operated so that the internal air of the elevator 10 is discharged to the outside through the air discharge hole 12, so that a negative pressure is formed in the interior space of the elevator 10. At this time, the internal air is not lost to the outside due to the negative pressure formed in the internal space, and can be discharged to the outside in a clean state by being purified by the HEPA filter installed in the air discharge hole 12.

As such, after the passenger suspected of virus infection is unloaded, the virus that may remain in the elevator 10 may be killed by the disinfecting solution sprayed, and the suspected contaminated internal air is purified and discharged to the outside. Passengers can safely use the elevator 10.

In addition, the control unit 700 sets a red image confirmation unit 780 for checking the 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 and the direction determining unit 800 to determine whether the identified red image matches the direction frame 831 in the left or right direction from the temperature image, and the direction image on the temperature image It includes a direction display unit 810 provided by the image data transmission unit 740, indicated by (851).

The direction frame 831 is preferably formed as a bar-shaped image and is set at both sides of the door 20 as seen in the temperature image. As such, as the direction frame 831 is set to be vertically long, a tall adult or a short child may be supported.

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

Therefore, the medical staff can quickly check the moving direction of the passenger who is prone to infection by checking the temperature image on which the arrow-shaped direction image 851 is displayed.

On the other hand, when the control unit 700 determines that the abnormality is determined by the electronic clock 820 and the abnormality determination unit 730 to provide time, the door detection unit 100 opens the door 20 through the electronic clock 820. Check the detected opening time, and if the red image is not confirmed by the red image confirmation unit 780, check the closing time when the door detection unit 100 detects the closing of the door 20 through the electronic clock 820. The door opening and closing time confirmation unit 830 and the number of door openings displayed on the floor number display unit 50 are connected to the floor number display unit 50 of the elevator 10 when the opening time is confirmed by the door opening and closing time confirmation unit 830. When the closing time is confirmed in the door opening/closing time checking unit 830, the floor number checking unit 840 for checking the number of door closing layers displayed on the floor number display unit 50 and the opening time and closing time of the door 20 and It also includes an information transmission unit 850 for informatizing the number of open doors and the number of closed doors to transmit to the outside.

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

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

The door open floor number is the number of floors where a passenger who is suspected of virus infection has boarded the elevator 10, and the number of door closed floors is the number of floors where a passenger who is suspected of virus infection is disembarked from the elevator 10. Therefore, the medical staff can check the number of floors the passenger has boarded in the elevator 10 by checking the number of floors open to the door, and check the number of floors closed by the door to check the number of floors the passenger has dropped off in the elevator 10. Therefore, the medical staff can not only check the movement of the passenger from which floor to which floor, but also can carry out quarantine for the floor boarded in the elevator 10 and the floor boarded in the elevator 10.

The information transmission unit 850 may transmit the date and day of the week together with the opening time and closing time of the door 20 to the outside center, and may also transmit the number of open doors and the number of closed doors to the outside center.

Therefore, the medical staff waiting in the medical center checks the number of open doors and the number of closed doors along with the opening time and closing time of the door 20 transmitted by the information transmission unit 850, so that passengers suspected of virus infection are identified. After boarding the elevator 10 at a time, it is possible to check the moving line to which floor it was moved to. In other words, after arriving at the building where the elevator 10 is operated, medical personnel can move along the copper line to quickly find the corresponding passenger and check for the infection of the virus, and carry out quarantine activities along the copper line.

In particular, even if the impression wear is similar, it may not be the corresponding passenger, so it is possible to accurately find the passenger by checking the time using the elevator 10.

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

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

As described above, the present invention detects body temperature from a passenger boarding 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 disinfection, which can be widely used to prevent viral transmission. It is a very useful invention.

Those skilled in the art to which the present invention pertains will appreciate that the present invention may be implemented in other specific forms without changing its technical spirit or essential characteristics. Therefore, the embodiments described above are illustrative in all respects and should be understood as non-limiting, 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 that any altered or modified form derived from is included in the scope of the present invention.

10: elevator 11: air inlet hall
12: air exhaust hole 20: door
30: internal control unit 40: external control unit
50: floor display unit 70: CCTV
100: door detection unit
200: human body detection unit 300: body temperature detection unit
400: imaging unit 500: disinfectant spray unit
600: sound pressure forming unit 700: control unit
710: human body detection operation unit 720: body temperature detection operation unit
730: video recording operation unit 740: abnormality determination unit
750: image data transmission unit 760: disinfecting liquid operation unit
770: sound pressure control unit 780: red image confirmation unit
790: direction setting unit 800: direction determination unit
810: Direction indicator 820: Electronic clock
830: Time confirmation unit 840: Floor number confirmation unit
850: information transmitting unit 860: CCTV video providing unit

Claims (7)

It is provided in the elevator 10 used by the passenger door detection unit 100 for detecting the opening and closing of the door 20,
A human body detection unit 200 provided in the elevator 10 to detect a human body,
It is provided in the elevator 10 to detect the body temperature of the human body and the body temperature detection unit 300 for storing the detected body temperature data,
It is provided in the elevator 10 and the image taking unit 400 for photographing a passenger and storing the captured image as data,
It is provided in the elevator 10 and the disinfectant solution spray unit 500 to spray the disinfectant solution,
A negative pressure forming unit 600 provided in the elevator 10 to discharge internal air to the outside to form negative pressure in the interior space,
Door detection unit 100, the human body detection unit 200 and the body temperature detection unit 300 to recognize the detection, the human body detection unit 200, the body temperature detection unit 300, the imaging unit 400, the disinfectant spray unit 500 and a control unit 700 for controlling the sound pressure forming unit 600,
The body temperature detecting unit 300 is composed of a thermal imaging camera that shoots the human body while tracking and detecting heat,
The thermal imaging camera sets the abnormal temperature and the normal temperature, gives red to the abnormal temperature, and gives green to the normal temperature, and transmits the temperature image taken by the human body as a red image or green image to the control unit 700, ,
The control unit 700
When the door detecting unit 100 detects the opening of the door 20, the human body detecting unit 200 is operated, and when the door detecting unit 100 detects the closing of the door 20, the human body detecting unit 200 is stopped. Let the human body sensing operation unit 710,
When the human body detecting unit 200 detects a human body, the body temperature detecting unit 300 operates, and when the human body detecting unit 200 does not detect the human body, the body temperature detecting unit 300 stops the body temperature detecting unit 300. ,
When the human body detection unit 200 detects a human body, the image photographing unit 400 is operated, and when the human body detection unit 200 does not detect the human body, the image photographing operation unit 730 that stops the image photographing unit 400 is stopped. ,
When the red image is detected from the temperature image transmitted from the body temperature detection unit 300, an abnormality determination unit 730 for determining an abnormality,
When the abnormality determination unit 730 determines that the abnormality is abnormal, the image data transmission unit 740 for transmitting the temperature image taken by the body temperature detection unit 300 and the image taken by the image capture unit 400 to the outside,
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, the disinfectant liquid spray unit 500 is operated, and the door detection unit 100 operates the door 20. A disinfecting liquid operation unit 760 for stopping the disinfecting liquid spraying unit 500 when detecting an opening or detecting a human body by the human body detecting unit 200,
When the abnormality determination unit 730 determines that the door 20 is closed by the door detection unit 100 and the human body detection unit 200 does not detect the human body, the sound pressure forming unit 600 is operated. Body temperature detection characterized in that it comprises a sound pressure control unit 770 to stop the sound pressure forming unit 600 when the door detection unit 100 detects the opening of the door 20 or the human body detection unit 200 detects the human body And an elevator system having a quarantine function.
The method according to claim 1,
In the elevator 10, an air inlet hole 11 through which external air flows is formed in the ceiling, and an air outlet hole 12 through which internal air is discharged is formed at the bottom of the wall,
The negative pressure forming unit 600 is composed of a blower fan and is operated while installed in the air discharge hole 12 to discharge the internal air of the elevator 10 to the outside, thereby forming a negative pressure in the interior space of the elevator 10 Elevator system with body temperature detection and prevention function.
The method according to claim 2, The air inlet hole 11 is an elevator system having a body temperature detection and prevention function, characterized in that formed in a smaller diameter than the air discharge hole (12).
delete The method according to claim 1, the control unit 700
A red image confirmation unit 780 for checking the red image detected in the temperature image by the abnormality determination unit 730,
A direction setting unit 790 for setting the direction frame 831 in the left and right directions in the temperature image,
A direction determination unit 800 for determining whether the checked red image matches the left or right direction frame 831 in the temperature image,
An elevator system having a body temperature detection and prevention function, comprising 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, Floor number display unit 50 is displayed on each floor that the elevator 10 arrives is installed in the elevator 10,
The control unit 700
An electronic clock 820 providing time,
If it is determined that the abnormality determination unit 730 is abnormal, the opening time when the door detection unit 100 detects the opening of the door 20 is checked through the electronic clock 820, and the red image is confirmed by the red image confirmation unit 780. If is not confirmed, the door opening and closing time confirmation unit 830 to check 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 in the door opening/closing 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/closing time checking unit 830 When the closing time is confirmed in the floor number confirmation unit 840 for checking the number of floor closed doors displayed on the floor number display unit 50,
An elevator system having a body temperature detection and quarantine function, comprising an information transmission unit (850) for informatizing and transmitting the number of door open floors and the number of door closed floors together with the opening and closing times of the door (20).
The method according to claim 5, CCTV (60) for photographing the periphery of the building is installed on the left and right of the building,
The control unit 700 is connected to the CCTV 60, the CCTV image providing unit to obtain an image captured in the CCTV 60 located in the direction determined by the direction determination unit 800 and provides it to the image data transmission unit 740 ( 860), an elevator system having a body temperature detection and prevention function.

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