JP2008012105A - Toilet room with guide system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a toilet room with a guide system, which is capable of detecting a user using a toilet booth, collecting the facility use condition in the toilet room, outputting the sound information relating to the guide to a vacant toilet booth, and uses a conveying device for smooth guiding. <P>SOLUTION: A human body detecting means detecting the presence or absence of a human body in the toilet booth, the conveying device conveying the user of the toilet booth, and a control section controlling the movement of the conveying device based on the detecting signal of the human body detecting means are provided in the toilet room having a plurality of toilet booths. In the toilet room with the guide system, the control section operates the conveying device to guide the user of the toilet booth to the toilet booth determined to be vacant by the human body detecting means. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

The present invention relates to a toilet room with a guidance system that conveys a visually impaired person to a target toilet booth in a toilet room having a plurality of toilet booths.

A tactile board is well known as a conventional equipment guidance device in a toilet room for visually impaired persons. In addition, there is one that notifies the usage status of the toilet booth at the entrance of the toilet room (for example, Patent Document 1).
JP 2003-52578 A (2nd page, FIG. 1)

However, the tactile panel is not used so much because it does not know the empty information of the toilet booth and the literacy rate of Braille for visually impaired people is about 10%.

In addition, a guidance system such as that of Patent Document 1 must be visually confirmed, and can be used without any problem for a healthy person, but it is difficult for a blind person with visual disability to use it. In the case of a handicapped person with amblyopia, even if it can be confirmed visually, it must be moved to the target toilet booth using groping or a white cane. In addition to being inconvenient, people in the toilet room are mixed with traffic lines, and visually impaired people collide with other toilet booth users before reaching the toilet booth. I felt inconvenience.

The present invention has been made to solve the above-described problem, and an object thereof is to reliably guide a visually impaired person to a target toilet booth.

According to one aspect of the present invention, in a toilet room having a plurality of toilet booths,
Human body detection means for detecting the presence or absence of a human body in the toilet booth;
A transport device for transporting toilet booth users;
A control unit that performs operation control of the transport device based on a detection signal of the human body detection unit;
The said control part can provide the toilet room with a guidance system characterized by operating the said conveying apparatus and guiding a toilet booth user to the toilet booth judged to be empty by the said human body detection means.

According to one aspect of the present invention, it is possible to provide a toilet room with a guidance system, further comprising a transport device control sensor that detects the presence or absence of a human body on the transport device.

According to one aspect of the present invention, there is provided a toilet room with a guidance system, wherein a normal passage that is movable to the toilet booth without passing through the transfer device is provided between the transfer device and the toilet booth. Can be provided.

According to one aspect of the present invention, it is possible to provide a toilet room with a guidance system, wherein the transfer device and a toilet booth entrance are adjacent to each other.

According to one aspect of the present invention, a toilet with a guidance system is provided, which includes guide means for guiding a guidance route from an entrance of a toilet room to the transport device and a guide route from the transport device to the toilet booth. Room can be provided.

According to an aspect of the present invention, the guiding means guides the toilet booth user to advance in the same direction as the transport device in the vicinity of the toilet booth entrance and to reach the toilet room exit. The toilet room with a guidance system according to claim 5 can be provided.

According to an aspect of the present invention, it is possible to provide a toilet room with a guidance system, wherein the moving road surface of the transport device is configured by a moving road surface divided into at least one or more.

According to an aspect of the present invention, the control unit is
When the human body detecting means detects that the toilet booth user has left the toilet booth, the control means stops only the moving road surface in the vicinity of the toilet booth of the transport device. Room can be provided.

According to an aspect of the present invention, when the control unit obtains a plurality of vacant information from the human body detection unit, the toilet booth is selected by selecting the toilet booth that is the longest distance from the starting point of the transfer device. A toilet room with a guidance system characterized by guiding a person can be provided.

According to one aspect of the present invention, it is possible to provide a toilet room with a guidance system that is provided with an interruption prevention means for preventing a toilet booth as a guidance destination from being used during transportation.

According to one aspect of the present invention, there is provided a toilet room with a guidance system, wherein the interruption preventing means is a notification device provided at a toilet booth entrance for notifying that the toilet booth is being guided. it can.

According to one aspect of the present invention, the interruption preventing means can provide a toilet room with a guidance system, wherein the toilet booth entrance selected by the control unit is locked while the toilet booth user is transported.

As described above, according to the present invention, the control unit operates the transfer device to the toilet booth determined to be empty by the empty toilet booth detection sensor that detects the presence or absence of the toilet booth user in the toilet booth. By guiding the booth user, a visually impaired person can easily reach an empty toilet booth.

Embodiment 1 of the present invention will be described below with reference to the drawings.

FIG. 1 is a configuration diagram of a toilet room in the present embodiment.

As shown in FIG. 1, the toilet room 100 is provided with a plurality of toilet booths 106 having toilet bowls 107.

As shown in FIG. 1, the toilet room of the present invention includes a guide means 110, a transport device 105 that guides a toilet room user to a target toilet booth, a human body detection means 131 (118, 119, 120) that detects a human body, Notifiers 122 </ b> A and 122 </ b> B that notify the guidance information and the like, and a control unit 132 that operates the transport device 105, although not shown in FIG.

The transfer device 105 and the toilet booth 106 in the present embodiment are arranged as shown in FIG. 1 and are characterized in that an interval is provided between the transfer device 105 and the toilet booth. In this embodiment, a toilet booth user who does not need a transport device like a healthy person can pass through the interval and reach the target toilet booth without using a transport device as usual. For toilet booth users who require guidance, such as visually handicapped persons, it is easily guided to the transport device 105 based on information from the guide means 110 and the alarm device 122A, and transported to an empty toilet booth by the transport device 105. It is possible to reach an empty toilet booth. Further, as shown in FIG. 1, by providing guidance means for guiding from the transfer device to the toilet booth entrance, the toilet room user who has completed the transfer can enter the target toilet booth without hesitation.

After using the toilet booth, it is preferable that the guide means 110 and the alarm device 122A are used to guide in the same direction as the traveling direction of the transfer device and leave the toilet room so as to bypass the transfer device. By unifying the flow lines in the toilet room in one direction in this way, it becomes possible to reduce the collision of a toilet room user such as a visually handicapped person with another user.

FIG. 2 shows a design example of the guidance block (112A, 112B) as an example of the guide means 110. The guidance block includes a guidance block 112A indicating a direction to be advanced when guiding a visually handicapped person, and a guidance block 112B for informing the visually handicapped person of the presence of any obstacle or an intersection and urging attention. The guidance block is described in JIS T 9251 (2001) regarding the shape, dimensions, and arrangement of the protrusions. However, these are recommended values, and the height and size of the protrusions, the arrangement, the shape, and the like may be changed. It is also possible to create a convex pattern on the floor with a broom and use it as a guideway. In particular, when installed in a special environment such as a toilet room, it is desirable to make the protrusions low in consideration of cleanability.
In addition, the material and color can be freely changed according to the installation environment.
The guidance block 112B is intended to call attention to a visually impaired person, and is usually arranged at the end of the platform or before the stairs. Therefore, the visually impaired person slows down or stops when he / she reaches the guide block 112B. Since the toilet room in this embodiment detects the state of a visually impaired person from the standstill or the like, the guide block 112B is preferably large so that the visually impaired person does not straddle.

The human body detection means is classified into a toilet room entry detection sensor 118, an empty toilet booth detection sensor 119, and a transfer device control sensor 120.

The toilet room entry detection sensor 118 is a sensor that is installed near the entrance of the toilet room and detects a human body entering the toilet room. As a sensor element to be used, for example, an active wave sensor that transmits a traveling wave such as a radio wave, an ultrasonic wave, and an infrared ray to receive a reflected wave from a human body or an object, or an infrared ray naturally emitted from a human body or an object is received. A passive infrared sensor or a mechanical action sensor that detects a mechanical action applied from a human body or an object such as a pressure sensor can be employed.

FIG. 3 shows a detection waveform example by a radio wave sensor as a detection example of the toilet booth user 200 who has entered the toilet room. 3A and 3B are output signals when the toilet booth user moves back and forth in the direction of radio wave radiation of the radio wave sensor. The positional relationship between the sensor and the toilet booth user is shown in FIG.
As shown in FIG. 3A, the output signal of the radio wave sensor increases as it approaches the sensor, and conversely decreases as it moves away. In addition, as shown in FIG. 3B, it can be seen that when the toilet booth user 200 stops, the amplitude decreases rapidly. By providing a certain threshold value for the voltage value of the output signal, the human body is moving when the threshold value is exceeded for a certain period of time, and the amplitude decreases rapidly and falls below the threshold value for a certain period of time. In this case, it can be recognized that the human body is stopped, and the movement and stop of the human body can be recognized.

The empty toilet booth detection sensor 119 is a sensor that detects the usage status of the toilet booth. The empty toilet booth detection sensor 119 may be installed separately on the ceiling of each toilet booth, or a signal can be taken out from an attached device of each toilet booth, for example, an infrared human sensor of a urinal unit. . As a sensor element to be used, for example, an active wave sensor that transmits a traveling wave such as a radio wave, an ultrasonic wave, and an infrared ray to receive a reflected wave from a human body or an object, or an infrared ray naturally emitted from a human body or an object is received. A passive infrared sensor, a mechanical action sensor that detects a mechanical action applied from a human body or an object such as a pressure sensor, or a magnetic sensor that operates by opening and closing a door can be employed.

The transport device control sensor 120 is a sensor that detects a human body on the transport device in order to operate the transport device or to stop the transport device before the target toilet booth. The transport device control sensor 120 may be installed on the wall, ceiling, etc. of each toilet booth, and the urinal unit 108 basin 109 may be used in combination with the empty toilet booth detection sensor 119. As a sensor element to be used, for example, an active wave sensor that transmits a traveling wave such as a radio wave, an ultrasonic wave, and an infrared ray to receive a reflected wave from a human body or an object, or an infrared ray naturally emitted from a human body or an object is received. A passive infrared sensor or a mechanical action sensor that detects a mechanical action applied from a human body or an object such as a pressure sensor can be employed.

The notification device 122 notifies the toilet booth user of guidance information. The alarm 122 is classified into 122A and 122B according to its form. 122A is installed in the toilet room, and notifies the visually impaired of the location and usage of the transfer device 105 by voice. When installed in the toilet booth, an explanation regarding the toilet booth, for example, Western or Japanese style, presence / absence of toilet paper, toilet cleaning method, presence / absence of washlet, and opening / closing state of the toilet seat may be reported. The notification content is recorded in a voice IC or recorder built in the notification device.
122B is installed at the entrance of each toilet booth and displays the usage status of the toilet booth. FIG. 4 shows one mode of 122B. In the figure, a display method using illumination is shown, but an electronic bulletin board or the like may be used. By installing the notification device 122B, it is possible to prevent interruption during guidance by notifying other toilet booth users that the toilet booth is being guided.

FIG. 5 shows the configuration of the transfer apparatus 105 in the first embodiment. The conveyance apparatus 105 in Embodiment 1 includes a main moving road surface 113 and a handrail 114, and guides the toilet booth user 200 to an empty toilet booth. The main moving road surface 113 is constituted by a plurality of moving road surfaces 115, and each moving road surface can start and stop independently. There are a plurality of toilet booths as guide destinations in the toilet room, and the usage situation always changes, and the guide destination also changes. In addition, when a plurality of toilet booth users get on the transport device, if the transport device has a single moving road surface, the transport device will stop each time someone is guided to the destination, so it will take time to guide. . Moreover, when the toilet room user is a visually handicapped person, there is a possibility of misrecognizing that the destination has been reached when stopping. By making the main moving road surface 113 a composite of moving road surfaces 115 as shown in the figure, the stop due to the influence of such other users is suppressed as much as possible, and efficient guidance can be achieved.

FIG. 6 shows a configuration example of the handrail 114 in the second embodiment. The handrail 114 has a switch 116 and a display unit 117. The handrail 114 is housed on the side wall surface of the main moving road surface 113 when not in use. A signal that the toilet booth user 200 has come to the toilet room is received from the toilet booth user recognition means 132A, the handrail 114 rises, and the toilet booth user can grab the handrail 114. During the operation of the transport device 105, the handrail 114 operates at the same speed as the main moving road surface 113.
The switch 116 is a switch for operating the main moving road surface 113 and the handrail 114. As a method for operating the transport device 105, the transport device control sensor 120 may detect a human body near the entrance of the transport device and automatically start it. However, the toilet booth user can start the transport device by himself, It is possible to prevent falls during operation and improve safety. The switch 116 may be a non-contact type, but it is desirable to use a contact type such as a switch type with a more usable feeling in consideration of the user's sense of security due to the movement of the transport device by the switch.
The display unit 117 describes how to use the switch 116. As a display method, braille characters may be used, or ink characters may be written in consideration of use by persons other than the visually impaired. In consideration of the fact that most visually impaired persons cannot read Braille, voice information regarding how to use the switch may be transmitted from the alarm device 122A.

FIG. 7 is a block diagram showing a toilet room control system configuration according to the present invention.
The control unit 132 is connected to the human body detection unit 131, the alarm device 122, and the transport device 105 through the communication unit 134 to exchange signals. Here, the communication means may be wired or wireless.

The control unit 132 includes a toilet booth user recognition unit 132A, a toilet booth use state determination unit 132B, a guidance information database 132C, and a transfer device control unit 132D.
The toilet booth user recognition unit 132A receives a signal from the toilet room entrance sensor 118 and determines whether the toilet booth user enters the room. The toilet booth usage status determination unit 132B extracts a usable toilet booth from the detection information sequentially detected by the empty toilet booth detection sensor 119.
The guidance information database 132C selects where to guide preferentially when there are a plurality of vacant booths based on the information on the vacant toilet booths determined by the toilet booth usage status determining unit 132B. In a preferred embodiment, the user is directed to the toilet booth selected by the toilet booth user. The guidance information database 132C includes data on guidance algorithms such as how to issue a sound or a signal sound for guiding to each empty toilet booth from which notification unit, when the transport device is activated and where it is stopped. The guidance information to the selected empty toilet booth is selected and transmitted to the alarm device 122 and the transport device control means 132D.
The conveyance device control means 132D operates and stops the conveyance device in accordance with the signal detected by the conveyance device control sensor based on the guidance information from the guidance information database 132C.

Further, the toilet room according to the present invention is characterized in that an interruption prevention mechanism is provided to prevent another toilet booth user from entering the toilet booth while guiding the toilet booth to the intended toilet booth. When the transport device control means 132D operates the transport device, it simultaneously sends a signal to the alarm device 122B and the guide toilet booth 106. The alarm device 122B that has received the signal switches the display to the guiding mode. In addition, the toilet booth 106 locks the entrance only during the operation of the transfer device. The lock is released when the transfer device control sensor 120 detects that the toilet booth user has been guided to the vicinity of the intended toilet booth by the transfer device.

Next, an example of the operation of the first embodiment according to the present invention will be described in detail.

FIG. 8 is a flowchart showing the processing operation of the control unit in the first embodiment. FIG. 9 shows an example of a guide route from the toilet room entrance to the transfer device 105 in the first embodiment. In FIG. 9, when the toilet booth user 200 approaches the toilet room entrance, the toilet room entrance sensor 118 detects this (S1), and a signal is transmitted to the toilet booth user recognition unit 132A by the communication unit 134, and The booth user 200 is determined to enter the room, and voice information is provided from the alarm device 122A (S2). Further, the toilet booth user recognition unit 132A notifies the toilet booth use state determination unit of the entrance of the toilet booth user. The toilet booth usage status determination means 132B determines empty toilet booth information from the signal waveform of each toilet booth sequentially sent from the empty toilet booth detection sensor 119, and determines the toilet booth to be guided (S3). The guidance information database 132C selects guidance means up to the empty toilet booth from the database, and provides guidance information to the transport device control means 132D (S4).

The audio information includes the layout of each facility in the toilet room, the position of an empty toilet booth, and the like. For example, for a toilet booth user standing near the entrance of the toilet room in Fig. 7, "There is a transfer device on the right side when you go straight. I will guide you to the toilet booth where the transfer device is empty" If the booth is full, it is information that waits in the vicinity of the starting point of the transfer device, such as “It is full now.

FIG. 10 shows a configuration example in the vicinity of the starting point of the transport device 105.
According to the guidance information, the transport device control sensor 120 above the head detects that the toilet booth user 200 has approached the guide block 112B in front of the transport device (S5), or the switch 116 of the handrail unit 114 is pressed (S5). In S6), the communication unit 134 transmits a signal to the transport device control unit 132D. Receiving the signal, the transfer device control means 132D transmits a signal for operating the transfer device 105 (S7). At the same time, a signal for activating the interrupt prevention mechanism is transmitted to the alarm 122B and the target toilet booth 106, and the alarm 122B switches the display to the guiding mode, and the target toilet booth is locked (S8).

FIG. 11 shows a configuration example near an empty toilet booth. When the transport device control sensor 120 detects the toilet booth user 200 guided to the empty toilet booth by the transport device 105 (S9) or when the switch 116 of the handrail 114 is pressed (S10), the communication device 134 controls the transport device. A signal is transmitted to the means 132D. Receiving the signal, the transfer device control means 132D transmits a signal for stopping the transfer device 105 (S11). At the same time, a signal for stopping the interrupt prevention mechanism is transmitted to the alarm device 122B and the target toilet booth 106, the alarm device 122B switches the display to empty, and the target toilet booth releases the lock (S12). The toilet booth user who has been guided to the front of the empty toilet booth can enter the target toilet booth again according to the guidance block.

Here, when a plurality of toilet booths are vacant, it is desirable to guide to a toilet booth that is farthest from the entrance of the transfer device. FIG. 12 shows the difference depending on the transport priority when there are a plurality of empty toilets. The main moving road surface of the transport device according to the present invention is composed of a composite of a plurality of moving road surfaces, and each can operate independently. If the user is guided to the front as shown in FIG. 12 (a), the other user must wait while the previously guided toilet booth user enters the toilet booth after the transport device stops. . However, when guiding from the back as shown in FIG. 12B, other toilet room users can be transported while the toilet booth user is transported. Furthermore, when the main moving road surface is a single one, if the toilet booth user transported first is transported to the target toilet booth, the moving road surface will stop, and the transport transported later Will stop at an unintended location. If the toilet room user is visually impaired, there is a risk of recognizing that he has reached the destination. By making the main moving road surface a composite of moving road surfaces, the above-mentioned problems can be reduced and efficient guidance can be achieved.

For the toilet booth user who has finished the use, the alarm device 122A notifies the user to leave the toilet room according to the guidance block. At this time, the toilet booth user is guided to be guided in the same direction as the traveling direction of the transfer device. As a result, the transport device control sensor 120 detects that another toilet booth user has boarded the transport device 105 that has stopped from the toilet booth, and the transport device 105 is operated toward the exit. You may let them.

In addition, as shown in FIG. 13, when the toilet room has a plurality of toilet facilities such as the urinal 108 and the wash unit 109, a selection for allowing the toilet booth user to select a target transport destination at the entrance of the toilet room By providing the means, it is possible to guide to the target toilet facility. As a means for selecting, the switch 116 provided on the handrail 114 may be provided with a transport destination selection function, and the alarm 112A is “to the left when using the toilet booth and toward the one using the urinal. It is also possible to simply notify with voice information such as “Please proceed to the right transport device”. Further, the transport device control sensor 120 may recognize a voice or sound uttered by a toilet booth user and select a transport destination.

Next, the second embodiment will be described in detail with reference to the drawings.

FIG. 13 is a configuration diagram of a toilet room in the second embodiment.

The difference from the first embodiment is that the entrance of the toilet booth 106 and the transfer device 105 are adjacent to each other.
With the configuration shown in FIG. 13, the toilet booth user 200 is always guided using the transport device for both going and returning, so that the flow lines of the going user and the returning user are completely unified. It is possible to prevent collision between users. Also, if there is a gap between the transport device and the toilet booth, after guiding the transport device to the front of the toilet booth, it is necessary to follow the guiding means by yourself and enter the toilet booth. Although there was certainty, the certainty is improved in the present embodiment.

However, in this embodiment, attention should be paid to the door opening / closing method of the toilet booth 106 and the operation algorithm of the transfer device 105. If the door is opened outside, the door may collide with the user being transported when the user who wants to leave the toilet booth opens the door. Therefore, the door shape is preferably a sliding door or an inward opening. In addition, in the toilet room, those who will use the toilet booth and those who intend to leave the toilet booth should be transported preferentially because those who will use the toilet booth will be more urgent. When such a user is being transported, a new control mechanism is required, such as temporarily locking the toilet booth 106 in the transport process.

Also, if the transport device is operating when leaving the toilet booth, there is a risk that the user may fall down, so a control mechanism is required to detect the person leaving the room and stop the moving road surface in the vicinity. . As a method for detecting the person leaving the room, a magnetic sensor that operates by opening and closing the door is desirable. However, a sensor may be attached to the toilet to detect toilet flushing.

In the first embodiment, when there are a plurality of empty toilet booths, the transfer efficiency of the transfer device is improved by guiding to the toilet booth farthest from the transfer device entrance. When transport is also taken into consideration, the transport efficiency is not necessarily improved. Usually, the same transportation as in the first embodiment is performed, but when the sensor detects the presence of a person leaving the room during the transportation, a toilet booth is provided by changing the transportation destination to the front bathroom booth. It is possible to transport people entering and leaving the room at the same time, improving the transport efficiency.

As described above, various means can be considered for the transport device 105 depending on the necessity of assistance of the guidance target. If it is an elderly person who has some obstacle in walking, it may be a moving sidewalk as in the first embodiment, or it may be lifted instead of the main moving road surface, but like a visually impaired person, If there is no problem in walking itself and it is sufficient to guide to an empty toilet booth, there is no need to install a sidewalk that moves on the floor, and a means of guiding by moving handrails and straps may be used. Furthermore, guidance using a guide dog robot or the like is possible without using such large-scale equipment.

The embodiment of the present invention has been described in detail with reference to the drawings. However, the specific configuration is not limited to this embodiment, and includes design changes and the like within the scope not departing from the gist of the present invention. It is.

For example, the transport device 105 does not need to be operated in both directions of going and returning, and each transport device may be individually installed. Moreover, although the empty toilet booth detection sensor 119 and the transport device control sensor 120 are installed overhead in the embodiment, the installation position is not limited to the overhead as long as the target human body detection is possible.

Configuration of toilet room 100 in the first embodiment Configuration example of guide means 110 Example of human body detection waveform by radio wave sensor One configuration example of the alarm 122B Configuration example of transfer device 105 Configuration example of handrail 114 The block diagram which shows the control system structure in this invention The flowchart which shows the processing operation of the control part in this invention Configuration example near the toilet room entrance Configuration example near the starting point of the transport device 105 Configuration example in the vicinity of the toilet booth 106 Differences due to transport priority when there are multiple empty toilets Example of toilet room configuration when there are multiple toilet facilities in the toilet room Configuration of toilet room 100 in the second embodiment

Explanation of symbols

100: Toilet room 105: Conveying device 106: Toilet booth 107: Urinal 108: Urinal 109: Wash basin 110: Taxiway 112: Guidance block 113: Main moving road surface 114: Handrail 115: Moving road surface 116: Switch 117: Display Unit 118: Toilet room entrance detection sensor 119: Empty toilet booth detection sensor 120: Transport device control sensor 122: Alarm 131: Human body detection means 132: Control unit 134: Communication means 162: Belt 200: Human body

Claims (12)

In a toilet room with multiple toilet booths,
Human body detection means for detecting the presence or absence of a human body in the toilet booth;
A transport device for transporting toilet booth users;
A control unit that performs operation control of the transport device based on a detection signal of the human body detection unit;
The control unit guides a toilet booth user by operating the transfer device to a toilet booth determined to be empty by the human body detection means. The toilet room with a guidance system according to claim 1, further comprising a transport device control sensor for detecting presence or absence of a human body on the transport device. The toilet room with a guidance system according to claim 1 or 2, wherein a normal passage that is movable to the toilet booth without passing through the transfer device is provided between the transfer device and the toilet booth. The toilet room with a guidance system according to claim 1 or 2, wherein the transfer device and a toilet booth entrance are adjacent to each other. The guide means for guiding a guide route from an entrance of a toilet room to the transport device and a guide route from the transport device to the toilet booth is provided. Toilet room with guidance system. 6. The guide means guides a toilet booth user in the vicinity of the toilet booth entrance so as to travel in the same direction as the transport device and reach the toilet room exit. Toilet room with the described guidance system. The toilet room with a guidance system according to any one of claims 1 to 6, wherein the moving road surface of the transport device is configured by a moving road surface divided into at least one or more. The controller is
8. When the human body detecting means detects that the toilet booth user has left the toilet booth, the control means stops only the moving road surface in the vicinity of the toilet booth of the transport device. Toilet room with induction system. When the control unit obtains a plurality of vacant information from the human body detection unit, the control unit selects a toilet booth that is the longest distance from the starting point of the transfer device and guides the toilet booth user. A toilet room with a guidance system according to any one of claims 1 to 8. The toilet room with a guidance system according to any one of claims 1 to 9, further comprising interrupt prevention means for preventing a toilet booth at a guidance destination from being used during transportation. The toilet room with a guidance system according to claim 10, wherein the interruption preventing means is a notification device provided at a toilet booth entrance for notifying that the toilet booth is being guided. The toilet room with a guidance system according to claim 10 or 11, wherein the interruption preventing means locks the toilet booth entrance selected by the control unit during the transportation of the toilet booth user.

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