Infection risk reduction system for building

Abstract

To provide an infection risk reduction system for a building, which can reduce an infection risk to an infectious disease by suppressing contact between a person with fever and a person with no fever at a traffic line up to an elevator in the building.SOLUTION: An infection risk reduction system comprises: a body temperature detection unit 1 that detects the body temperature of a person; a guiding device 3 that guides a traffic line in a building 2; and a control device. An entrance body temperature detection unit 1A that detects the body temperature of the person at an entrance 11 of the building is provided as the body temperature detection unit 1. The control device controls, on the basis of detection information of the entrance body temperature detection unit 1A, the guiding device 3 to guide a traffic line 17A from the entrance 11 to a first elevator 8A of an entrance floor for a person with no fever having a body temperature lower than a set body temperature and a traffic line 17B from the entrance 11 to a second elevator 8B of the entrance floor for a person with fever having a body temperature equal to or higher than the set body temperature.SELECTED DRAWING: Figure 1

Description

Technical Field

[0001] The present invention relates to an infection risk reduction system for a building, comprising a body temperature detection unit for detecting a person's body temperature, a guiding device for guiding a flow line within the building, and a control device.

Background Art

[0002] Patent Document 1 discloses an infection risk reduction system for a building, which includes a camera 13 for photographing people in an elevator hall (landing), a notifier 15 for guiding a person with a fever, and a control device (group management device 3) for controlling the notifier 15 based on the photographed information of the camera 13. In this infection risk reduction system for a building, based on the imaging information of the camera 13, when a person with a fever (first user) is present in the elevator hall, the notifier 15 is controlled to guide the person with a fever to an elevator for persons with a fever (elevator A). By separating the elevators used by persons with a fever and those without a fever, it is possible to prevent the spread of infection caused by contact inside the elevator car.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] However, in the infection risk reduction system for a building disclosed in Patent Document 1, since the flow lines within the building such as the passageways leading to the elevator and the elevator hall are opportunities for contact between persons with a fever and those without a fever, when a person with a fever is infected with an infectious disease, there is a risk that a person without a fever may be infected due to contact on such flow lines.

[0005] In view of this situation, the main problem of the present invention is to provide a building infection risk reduction system that can suppress contact between fever patients and non-fever patients on the route to the elevator in the building and reduce the infection risk of infectious diseases.

Means for Solving the Problems

[0006] The first characteristic configuration of the present invention includes a body temperature detection unit that detects a person's body temperature, a guiding device that guides the flow path in the building, and a control device. As the body temperature detection unit, an entrance body temperature detection unit that detects a person's body temperature at the entrance of the building, and a hall entrance body temperature detection unit that detects a person's body temperature at the entrance of the elevator hall on a floor different from the entrance floor where the entrance of the building is provided are provided. Based on the detection information of the entrance body temperature detection unit, the control device guides the flow path from the entrance to the first elevator on the entrance floor for non-fever patients with a body temperature lower than the set body temperature, and guides the flow path from the entrance to the second elevator on the entrance floor for fever patients with a body temperature higher than the set body temperature. Based on the detection information of the hall entrance body temperature detection unit, the control device guides the flow path from the entrance of the elevator hall to the first elevator on the same floor for non-fever patients, and guides the flow path from the entrance of the elevator hall to the second elevator on the same floor for fever patients, and controls the guiding device.

[0007] According to this configuration, at the entrance of the building and the entrance of the elevator hall, for non-fever patients, the flow path to the first elevator such as the regular elevator is guided, and for fever patients, the flow path to the second elevator such as the emergency elevator is guided. Therefore, in addition to the case where a person visits the entrance floor of the building, even when a person goes out from each floor of the building, it is difficult for a fever patient and a non-fever patient to be close to each other in the flow path to the elevator, the elevator hall, and the elevator respectively. Even if the fever patient is infected with an infectious disease, the risk of non-fever patients being infected in the flow path to the elevator, the elevator hall, and the elevator respectively can be reduced.

[0008] The second characteristic configuration of the present invention is provided with a car sterilization device for sterilizing the inside of the car of the second elevator, wherein the control device controls the car sterilization device so as to sterilize the inside of the car of the second elevator after the person with fever has used the second elevator.

[0009] According to this configuration, even when the person with fever is infected with an infectious disease, the inside of the car of the second elevator used by the person with fever is sterilized by the car sterilization device. Therefore, even when a non-fever person accidentally uses the second elevator afterwards, the risk of the non-fever person being infected with an infectious disease inside the car of the second elevator can be reduced.

[0010] The third characteristic configuration of the present invention is a hall door that can open and close the entrance of the second elevator hall, which is the elevator hall of the second elevator, and a hall sterilization device for sterilizing the inside of the second elevator hall, are provided, wherein the control device controls the hall sterilization device so as to sterilize the inside of the second elevator hall with the hall door of the second elevator hall on the floor where the person with fever got on and off closed after the person with fever has used the second elevator.

[0011] According to this configuration, even when the person with fever is infected with an infectious disease, the inside of the second elevator hall used by the person with fever is sterilized by the hall sterilization device. Therefore, even when a non-fever person accidentally enters the second elevator hall afterwards, the risk of the non-fever person being infected with an infectious disease inside the second elevator hall can be reduced. Further, while the second elevator hall is being sterilized by the hall sterilization device, the entrance of the second elevator hall is closed by the hall door, so that people can be prevented from entering the second elevator hall during sterilization.

[0012] The fourth characteristic configuration of the present invention is that the entrance body temperature detection unit is configured to detect the body temperature of a person operating the collective entrance machine installed at the entrance.

[0013] According to this configuration, the range where there is a person operating the collective entrance machine can be assumed to a certain extent, and since the detection range for detecting the body temperature of a person by the entrance body temperature detection unit can be reduced, it is easy to appropriately detect the body temperature of a person by the entrance body temperature detection unit.

Brief Description of the Drawings

[0014]

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

Figure 6

Modes for Carrying Out the Invention

[0015] An embodiment of the infection risk reduction system for buildings according to the present invention will be described based on the drawings. First, the building 2 equipped with the infection risk reduction system for buildings will be described. As shown in FIGS. 1 and 2, in this embodiment, the building 2 is an apartment building in which residential units 7 are provided on a floor different from the entrance floor (see FIG. 1) equipped with an entrance 11. Incidentally, hereinafter, a floor different from the entrance floor will be referred to as a residential floor for explanation.

[0016] The building 2 is provided with a plurality of elevators 8 including a regular elevator 8A (corresponding to the first elevator) and an emergency elevator 8B (corresponding to the second elevator) that extend across the entrance floor and the residential floor. Incidentally, as the regular elevator 8A, there are a regular elevator 8A for the lower floors that stops at the lower floors of the residential floor and a regular elevator 8A for the upper floors that stops at the upper floors of the residential floor. FIG. 2 shows a schematic view of the upper floors where the regular elevator 8A for the lower floors is not provided.

[0017] As shown in FIG. 1, on the entrance floor, there are an entrance 11, a lobby 12, a normal elevator hall 9A (corresponding to the first elevator hall) which is the elevator hall of the normal elevator 8A, and an emergency elevator hall 9B (corresponding to the second elevator hall) which is the elevator hall of the emergency elevator 8B. The entrance 11 is provided with an outer door 13 leading to the outside of the building and an inner door 14 leading to the inside of the building. As the inner door 14, there are a first inner door 14A leading to the lobby 12 and a second inner door 14B leading to the entrance floor corridor 15. The lobby 12 is provided with a first hall door 16A leading to the normal elevator hall 9A, and the entrance floor corridor 15 is provided with a second hall door 16B leading to the emergency elevator hall 9B. Incidentally, the second hall door 16B corresponds to a hall door that can open and close the entrance of the emergency elevator hall 9B.

[0018] On the entrance floor, there are set an entrance floor first flow line 17A which is a flow line for moving from the entrance 11 to the normal elevator 8A on the entrance floor, and an entrance floor second flow line 17B which is a flow line for moving from the entrance 11 to the emergency elevator 8B on the entrance floor. The entrance floor first flow line 17A is a flow line that reaches the normal elevator hall 9A through the first inner door 14A, the lobby 12, and the first hall door 16A from the entrance 11. Also, the entrance floor second flow line 17B is a flow line that reaches the emergency elevator hall 9B through the second inner door 14B, the entrance floor corridor 15, and the second hall door 16B from the entrance 11.

[0019] As shown in Fig. 2, the residential floor is provided with a regular elevator hall 9A and an emergency elevator hall 9B, and a corridor 19 on the residential floor. Each of the residences 7 on the residential floor is provided with a front door leading to the corridor 19 on the residential floor. The corridor 19 on the residential floor is provided with a first hall door 16A leading to the regular elevator hall 9A and a second hall door 16B leading to the emergency elevator hall 9B.

[0020] On the residential floor, there are set a first moving line 22A on the residential floor, which is a moving line for moving from the entrance 21 of the regular elevator hall 9A (on the side of the corridor 19 on the residential floor of the first hall door 16A) to the regular elevator 8A on the residential floor, and a second moving line 22B on the residential floor, which is a moving line for moving from the entrance 21 of the regular elevator hall 9A to the emergency elevator 8B on the residential floor. The first moving line 22A on the residential floor is a moving line that reaches the regular elevator hall 9A through the first hall door 16A from the entrance 21 of the regular elevator hall 9A. Also, the second moving line 22B on the residential floor is a moving line that reaches the emergency elevator hall 9B through the corridor 19 on the residential floor and the second hall door 16B from the entrance 21 of the regular elevator hall 9A.

[0021] Next, an infection risk reduction system for a building will be described. As shown in Figs. 1 to 3, the infection risk reduction system for a building is provided with a body temperature detection unit 1 for detecting a person's body temperature, a guiding device 3 for guiding the moving lines in the building 2, and a control device H. As the body temperature detection unit 1, there is provided an entrance body temperature detection unit 1A (see Fig. 1) that detects the body temperature of people at the entrance 11 of the building 2, and a hall entrance body temperature detection unit 1B (see Fig. 2) that detects the body temperature of people at the entrance 21 of the normal elevator hall 9A on the residential floor in the building 2. On the residential floor, when the elevator 8 is used, usually the normal elevator 8A is used, so the hall entrance body temperature detection unit 1B is provided at the entrance 21 of the normal elevator hall 9A. Further, this building infection risk reduction system is provided with a car disinfection device 4 that disinfects the inside of the car of the emergency elevator 8B and a hall disinfection device 5 that disinfects the inside of the emergency elevator hall 9B. As shown in Fig. 1, the hall disinfection device 5 is also provided in the entrance corridor 15, and is configured to disinfect the entrance corridor 15 as well.

[0022] The entrance floor control of the infection risk reduction system (control to guide people from the entrance 11 to the elevator 8 on the entrance floor) will be described. As shown in Figs. 3 and 4, based on the detection information of the entrance body temperature detection unit 1A, the control device H guides the movement line (the first movement line 17A on the entrance floor, see Fig. 1) from the entrance 11 to the normal elevator 8A on the entrance floor for non-fever patients with a body temperature lower than the set body temperature (for example, 37.5°C), and for fever patients with a body temperature equal to or higher than the set body temperature, it guides the movement line (the second movement line 17B on the entrance floor, see Fig. 1) from the entrance 11 to the emergency elevator 8B on the entrance floor, and is configured to control the guiding device 3.

[0023] The entrance body temperature detection unit 1A is configured to detect the body temperature of a person operating the collective entrance machine 26 installed at the entrance 11. As shown in FIG. 1, the collective entrance machine 26 is installed at the entrance 11. Then, as shown in FIG. 3, the collective entrance machine 26 includes a key information reading unit 27 capable of reading the key information of the resident's card key, and an apartment intercom (not shown) installed in the apartment 7 by inputting the room number assigned to the apartment 7. It is provided with an intercom unit 29 capable of making a call, an entrance imaging unit 30 for imaging a person operating the collective entrance machine 26, an entrance monitor 31 for displaying information such as images captured by the entrance imaging unit 30, and an entrance speaker 32 for emitting sound. It is configured to be able to transmit and receive information to and from the control device H.

[0024] The entrance imaging unit 30 is composed of a thermal camera capable of detecting the temperature of the imaging target, and is configured to image a person operating the collective entrance machine 26 and obtain imaging information including the body temperature information of the person operating the collective entrance machine 26. This entrance imaging unit 30 is provided as an entrance body temperature detection unit 1A for detecting a person's body temperature at the entrance 11 of the building 2, and the collective entrance machine 26 is configured to transmit the imaging information obtained by the entrance imaging unit 30 to the control device H.

[0025] The collective entrance machine 26 is configured to transmit the key information to the control device H when the key information reading unit 27 reads the key information. When the control device H receives the key information from the collective entrance machine 26, it determines whether the person operating the collective entrance machine 26 is a fever patient or a non-fever patient based on the imaging information from the collective entrance machine 26. If the person operating the collective entrance machine 26 is a non-fever patient, the person is guided to the first traffic line 17A on the entrance floor. If the person operating the collective entrance machine 26 is a fever patient, the person is guided to the second traffic line 17B on the entrance floor. It is configured to control the guiding device 3.

[0026] In addition, the collective entrance machine 26 is configured to transmit the room number information to the control device H when a room number is input to the intercom unit 29. When the control device H receives the room number from the collective entrance machine 26, it connects the household intercom corresponding to the room number and the intercom unit 29 so that they can communicate. When an operation to open the inner door 14 is performed by operating the household intercom, it determines whether the person who operated the collective entrance machine 26 is a non-fever patient or a fever patient based on the imaging information from the collective entrance machine 26. If the person who operated the collective entrance machine 26 is a non-fever patient, it guides that person to the first flow line 17A on the entrance floor. If the person who operated the collective entrance machine 26 is a fever patient, it is configured to control the guiding device 3 to guide that person to the second flow line 17B on the entrance floor.

[0027] And on the entrance floor, as the guiding device 3, a first inner door 14A, a second inner door 14B, an entrance monitor 31, and an entrance speaker 32 are provided. The first inner door 14A is configured to guide a person to the first flow line 17A on the entrance floor by opening, and the second inner door 14B is configured to guide a person to the second flow line 17B on the entrance floor by opening. In addition, the entrance monitor 31 guides a person to the second flow line 17B on the entrance floor by displaying an entrance guiding message such as "Your body temperature is 37.5 degrees or higher. Please use the emergency elevator to go upstairs". The entrance speaker 32 is configured to guide a person to the second flow line 17B on the entrance floor by emitting the above-mentioned entrance guiding message.

[0028] That is, as shown in the flowchart of the entrance floor control in FIG. 4, when there is an opening operation of the inner door 14 associated with the operation of the collective entrance machine 26 (an operation that causes the key information reading unit 27 to read key information and an opening operation by the intercom for residents that is communicably connected to the intercom unit 29) (in the case of Yes in #1), and when the person who operates the collective entrance machine 26 is a non-feverish person (in the case of Yes in #2), the control device H executes the entrance floor first flow line guidance control to control the first inner door 14A to perform an opening operation so as to guide the first flow line 17A on the entrance floor (#3).

[0029] Further, when the person who operates the collective entrance machine 26 is a feverish person (in the case of No in #2), the control device H controls the second inner door 14B, the entrance monitor 31, and the entrance speaker 32 to perform an opening operation of the second inner door 14B so as to guide the second flow line 17B on the entrance floor, display an entrance guidance message on the entrance monitor 31, and issue an entrance guidance message through the entrance speaker 32, and executes the entrance floor second flow line guidance control (#4).

[0030] In addition, sensors (not shown) for detecting people are provided on the lobby 12 side of the first inner door 14A and the entrance floor corridor 15 side of the second inner door 14B. The first inner door 14A and the second inner door 14B are configured as automatic doors that are automatically opened by detecting people with these sensors, and can be freely opened from the lobby 12 side. Further, the other doors on the entrance floor (the outer door 13, the first hold door 16A, and the second hold door 16B) are configured as automatic doors or doors that can be opened manually, and are configured to be freely opened.

[0031] The control of the residential floor of the infection risk reduction system (the control for guiding people from the entrance of the common elevator hall 9A to the elevator 8 on the residential floor) will be described. As shown in FIGS. 3 and 5, based on the detection information of the hall entrance body temperature detection unit 1B, the control device H guides the movement route (the first household floor movement route 22A, see FIG. 2) from the entrance 21 of the elevator hall to the regular elevator 8A on the same floor for non-fever patients, and guides the movement route (the second household floor movement route 22B, see FIG. 2) from the entrance 21 of the elevator hall to the emergency elevator 8B on the same floor for fever patients, and is configured to control the guiding device 3.

[0032] The hall entrance body temperature detection unit 1B is configured to detect the body temperature of a person at the entrance 21 of the regular elevator hall 9A on the household floor. In the present embodiment, as shown in FIG. 2, a hall entrance opening operation unit 34 is installed on the household floor corridor 19 side of the entrance 21 of the regular elevator hall 9A on the household floor, and the hall entrance body temperature detection unit 1B is provided in this hall entrance opening operation unit 34. Then, as shown in FIG. 3, the hall entrance opening operation unit 34 is provided with an operation unit 35 for opening the first hall door 16A, a hall entrance imaging unit 36 for imaging a person operating the hall entrance opening operation unit 34, a hall entrance monitor 37 for displaying information such as images captured by the hall entrance imaging unit 36, and a hall entrance speaker 38 for emitting sound, and is configured to be able to transmit and receive information to and from the control device H.

[0033] The hall entrance imaging unit 36 is composed of a thermal camera capable of detecting the temperature of the imaging target, and is configured to image a person operating the hall entrance opening operation unit 34 and acquire imaging information including the body temperature information of the person operating the hall entrance opening operation unit 34. This hall entrance imaging unit 36 is provided as the hall entrance body temperature detection unit 1B for detecting the body temperature of a person at the entrance 21 of the regular elevator hall 9A on the household floor, and is configured to transmit the imaging information acquired by the hall entrance imaging unit 36 to the control device H.

[0034] The opening operation unit 34 for the hall entrance is configured to transmit operation information to the control device H when the operation unit 35 is operated. When the control device H receives the operation information from the opening operation unit 34 for the hall entrance, it determines whether the person who operated the opening operation unit 34 for the hall entrance is a non-feverish person or a feverish person based on the imaging information from the opening operation unit 34 for the hall entrance. If the person who operated the opening operation unit 34 for the hall entrance is a non-feverish person, it guides that person to the first moving line 22A on the residential floor. If the person who operated the opening operation unit 34 for the hall entrance is a feverish person, it is configured to control the guiding device 3 so as to guide that person to the second moving line 22B on the residential floor.

[0035] And on the residential floor, as the guiding device 3, the first hall door 16A, the monitor 37 for the hall entrance, and the speaker 38 for the hall entrance are provided. The first hall door 16A is configured to guide a person to the first moving line 22A on the residential floor by opening. Also, the monitor 37 for the hall entrance guides a person to the second moving line 22B on the residential floor by displaying a guiding message for the hall entrance such as "Your body temperature is 37.5 degrees or higher. If you go out, please use the emergency elevator". The speaker 38 for the hall entrance is configured to guide a person to the second moving line 22B on the residential floor by audibly emitting the above-mentioned guiding message for the hall entrance.

[0036] That is, as shown in the flowchart of the residential floor control in FIG. 5, when there is an opening operation of the opening operation unit 34 for the hall entrance (in the case of Yes in #11), if the person who operated the opening operation unit 34 for the hall entrance is a non-feverish person (in the case of Yes in #12), the control device H executes the first moving line guiding control on the residential floor to control the first hall door 16A to perform an opening operation so as to guide the first moving line 22A on the residential floor (#13).

[0037] In addition, when the person who operates the opening operation unit 34 for the hall entrance is a fever patient (in the case of No. #12), the control device H controls the monitor 37 for the hall entrance and the speaker 38 for the hall entrance so as to display a guiding message for the hall entrance on the monitor 37 for the hall entrance and emit sound from the speaker 38 for the hall entrance, in order to guide the second moving line 22B on the residential floor, and executes the second moving line guiding control for the residential floor (#14).

[0038] In addition, a sensor (not shown) for detecting a person is provided on the normal elevator hall 9A side of the first hall door 16A. The first hall door 16A is configured as an automatic door that is automatically opened by detecting a person with this sensor, and can be freely opened from the normal elevator hall 9A side. Also, other doors (the second hall door 16B) on the residential floor are configured as automatic doors or doors that can be opened manually, and are configured to be able to be freely opened.

[0039] Next, the disinfection by the car disinfection device 4 and the hall disinfection device 5 will be described. The control device H is configured to control the car disinfection device 4 so as to disinfect the inside of the car of the emergency elevator 8B after a fever patient uses the emergency elevator 8B. In addition, the control device H is configured to control the hall disinfection device 5 so as to disinfect the inside of the emergency elevator hall 9B on the floor where the fever patient got on and off, with the second hall door 16B of the emergency elevator hall 9B closed, after the fever patient uses the emergency elevator 8B.

[0040] To add an explanation, when a feverish person is guided to the second entrance route 17B on the entrance floor by the second entrance route guidance control, the feverish person gets on the emergency elevator 8B from the emergency elevator hall 9B on the entrance floor (departure floor), moves to the emergency elevator hall 9B on the destination floor, and exits from the emergency elevator hall 9B on the destination floor. However, as shown in FIG. 4, after the control device H executes the second entrance route guidance control (#4) to guide the feverish person to the emergency elevator hall 9B, the control device H is configured to execute disinfection control (#5) to disinfect the inside of the car of the emergency elevator 8B used by the feverish person and the emergency elevator hall 9B through which the feverish person passed.

[0041] Also, when a feverish person is guided to the second household floor route 22B on the household floor by the second household floor route guidance control, the feverish person gets on the emergency elevator 8B from the emergency elevator hall 9B on the household floor (departure floor), moves to the emergency elevator hall 9B on the destination floor, and exits from the emergency elevator hall 9B on the destination floor. However, as shown in FIG. 5, after the control device H executes the second household floor route guidance control (#14) to guide the feverish person to the emergency elevator hall 9B, the control device H is configured to execute disinfection control (#15).

[0042] As shown in the flowchart of the disinfection control in FIG. 6, in the disinfection control, when it is detected by a sensor (not shown) or the like that detects the opening and closing of the second hold door 16B that the febrile person guided by the entrance floor second traffic line guidance control or the household floor second traffic line guidance control has exited from the emergency elevator hall 9B on the target floor, and the second hold door 16B is closed, this is set as the start condition. When this start condition is satisfied (in the case of Yes in #21), the car disinfection device 4 installed in the car of the emergency elevator 8B used by the febrile person is activated to start disinfecting the car of the emergency elevator 8B used by the febrile person, and the hall disinfection device 5 installed in the emergency elevator halls 9B on the departure floor and the target floor is activated to start disinfecting the emergency elevator hall 9B on the floor where the febrile person got on and off (#22). Then, until the end condition is satisfied, such as when a set time (for example, 20 minutes) has elapsed since the start of disinfection, the disinfection by the car disinfection device 4 and the hall disinfection device 5 is continuously performed (in the case of No in #23). When the end condition is satisfied (in the case of Yes in #23), the car disinfection device 4 and the hall disinfection device 5 are stopped and the disinfection is completed (#24).

[0043] In addition, in addition to when the set time has elapsed since the start of disinfection, when it is determined by the control device H that the collective entrance machine 26 or the hall entrance opening operation unit 34 has been operated by a new febrile person, when the second hold door 16B of the emergency elevator hall 9B being disinfected is opened, or when the landing button for the emergency elevator 8B installed in the emergency elevator hall 9B is operated, it is also regarded as satisfying the end condition for ending the disinfection. In these cases, even if it was before the set time had elapsed, it is regarded as satisfying the end condition and the disinfection is ended. As described above, the closed state of the second hold door 16B is set as the start condition, and the opening of the second hold door 16B is set as the end condition. While the emergency elevator hall 9B is being disinfected by the hall disinfection device 5, the entrance of the emergency elevator hall 9B is closed by the second hold door 16B, so it is possible to prevent people from entering the emergency elevator hall 9B during disinfection.

[0044] 〔Alternative Embodiment〕 Another embodiment of the present invention will be described. Note that the configurations of the embodiments described below are not limited to being applied individually, and can also be applied in combination with the configurations of other embodiments.

[0045] (1) In the above embodiment, the configuration including the basket sterilization device 4 and the hall sterilization device 5 has been described as an example. However, it may be configured to include only one of the basket sterilization device 4 and the hall sterilization device 5, or not to include either of them. Further, a sterilization device may be provided in the communal entrance machine 26 or the opening operation unit 34 for the hall entrance, and the control device H may be configured to control the sterilization device to sterilize the communal entrance machine 26 or the opening operation unit 34 for the hall entrance when they are operated by a feverish person.

[0046] (2) In the above embodiment, an example in which the entrance body temperature detection unit 1A is configured to detect the body temperature of a person operating the communal entrance machine 26 has been described. However, the entrance body temperature detection unit 1A only needs to be configured to detect the body temperature of a person at the entrance 11, and may be configured to detect the body temperature of a person entering the entrance 11.

[0047] (3) In the above embodiment, as an example, a configuration has been described in which, as a feverish person exits from the emergency elevator hall 9B on the target floor, sterilization of the inside of the car of the emergency elevator 8B used by the feverish person and the emergency elevator hall 9B where the person got on and off is started all at once. However, as the feverish person gets on the car of the emergency elevator 8B from the emergency elevator hall 9B on the departure floor, sterilization in the emergency elevator hall 9B on the departure floor is started, and as the feverish person gets off the emergency elevator 8B to the emergency elevator hall 9B on the target floor, sterilization of the inside of the car of the emergency elevator 8B is started, and as the feverish person exits from the emergency elevator hall 9B on the target floor, sterilization in the emergency elevator hall 9B on the target floor is started. Thus, a configuration may be adopted in which sterilization is sequentially started as the feverish person moves.

Description of Reference Numerals

[0048] 1 Body temperature detection unit 1A Entrance body temperature detection unit 1B Hall entrance body temperature detection unit 2 Building 3 Guidance device 4 Cage disinfection device 5 Hall disinfection device 8A Regular elevator (First elevator) 8B Emergency elevator (Second elevator) 9B Emergency elevator hall (Second elevator hall) 11 Entrance 16A First hall door (Hall door) 16B Second hall door (Hall door) 26 Gathering entrance machine H Control device

Claims

1. A body temperature detection unit that detects a person's body temperature, a guiding device that guides the flow of people inside a building, and a control device, As the body temperature detection unit, an entrance body temperature detection unit that detects a person's body temperature at the entrance of a building, and a hall entrance body temperature detection unit that detects a person's body temperature at the entrance of an elevator hall on a floor different from the entrance floor where the entrance of the building is provided, are provided, The control device guides the flow of people from the entrance to the first elevator on the entrance floor to non-feverish people with a body temperature below the set body temperature based on the detection information of the entrance body temperature detection unit, and guides the flow of people from the entrance to the second elevator on the entrance floor to feverish people with a body temperature above the set body temperature. At the same time, based on the detection information of the hall entrance body temperature detection unit, the control device guides the flow of people from the entrance of the elevator hall to the first elevator on the same floor to the non-feverish people, and guides the flow of people from the entrance of the elevator hall to the second elevator on the same floor to the feverish people, and controls the guiding device as described above. A building infection risk reduction system.

2. A cage disinfection device that disinfects the inside of the cage of the second elevator is provided, The control device controls the cage disinfection device so as to disinfect the inside of the cage of the second elevator after the feverish person uses the second elevator. The building infection risk reduction system according to claim 1.

3. A hall door that can open and close the entrance of the second elevator hall, which is the elevator hall of the second elevator, A hall disinfection device that disinfects the inside of the second elevator hall is provided, The control device controls the hall disinfection device so as to disinfect the inside of the second elevator hall in a state where the hall door of the second elevator hall on the floor where the feverish person got on and off is closed after the feverish person uses the second elevator. The building infection risk reduction system according to claim 1 or 2.

4. The entrance body temperature detection unit is configured to detect the body temperature of a person who operates the collective entrance machine installed at the entrance. The building infection risk reduction system according to claim 1 or 2.

Images