JPH06123126A - Toilet facility and its management method - Google Patents

Abstract

(57) [Abstract] [Purpose] Various bad images of public toilets can be wiped off, automatic cleaning and automatic cleaning can be done, cleaning workers are not required, and a clean and hygienic condition can always be obtained. The purpose is to provide a toilet facility and its management method that can be conveniently and easily used by using a card, improve its utilization in combination with a parking lot, and can monitor the danger and use it safely and safely. To do. [Structure] A toilet facility that uses a prepaid card with a plurality of toilet boxes equipped with an automatic cleaning function and an automatic cleaning function in a room having an entrance / exit, and a parking lot that uses the prepaid card are provided side by side. A toilet facility in which both prepaid cards are shared by the parking lot and the toilet facility, and a management method thereof.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION This invention is applicable to parks, stations, parking lots,
The present invention relates to a toilet facility such as a public toilet used by an unspecified number of people in a market or a theater, and a management method thereof.

[0002]

2. Description of the Related Art Conventionally, cleaning of public toilets as described above has been performed manually by a cleaning worker. However, since the number of cleaning workers is small, cleaning is inadequate, and in general, public toilets have a bad image of dirty places, odor places, dim places, places prone to crime, dangerous places, etc. have.

[0003]

DISCLOSURE OF THE INVENTION The present invention wipes off various bad images described above, can be automatically washed and automatically cleaned, does not require a cleaning worker, and is always clean and hygienic. Furthermore, we provide a toilet facility and its management method that can be conveniently and easily used by using a prepaid card, improve its utilization in combination with a parking lot, and monitor the danger for safe and secure use. With the goal.

[0004]

A first aspect of the present invention is a toilet facility in which a plurality of toilet boxes each provided with a toilet bowl are provided in a room having an entrance / exit, and the floor side is provided in the toilet box. Toilet provided with a high water pressure injection nozzle for injecting high water pressure and a chemical liquid injection nozzle for injecting a chemical liquid such as a disinfecting liquid, a cleaning liquid, or a mixed liquid thereof, and a control means for controlling the injection of these injection nozzles. It is characterized by being an automatic toilet box cleaning device at a facility.

A second aspect of the present invention is a toilet facility in which a plurality of toilet boxes each equipped with a toilet are provided in a room having a doorway, and a sewage container for storing waste is provided in the toilet box. The toilet box automatic cleaning device of the toilet facility is characterized in that the filth container is connected to a duct for transporting the filth, and an air pressure generating means for sending a carrier air for transporting the filth is provided in the duct.

A third aspect of the present invention is a toilet facility in which a plurality of toilet boxes having an automatic cleaning function and an automatic cleaning function are provided in a room having an entrance / exit, and the toilet box is thrown into the entrance side of the entrance / exit. A prepaid card processing device that subtracts a predetermined value from a prepaid card and outputs a valid signal and an entrance-side door of the entrance / exit are opened and closed, and the entrance-side door is opened based on the validity signal of the prepaid card processing device. A method of managing a toilet facility, comprising a door opening / closing drive means, and opening the entrance door of the toilet facility to permit use by inserting the prepaid card into the prepaid card processing device and determining validity. Characterize.

In a fourth aspect of the present invention, a toilet facility that uses a prepaid card is installed in a parking lot that uses the prepaid card, and both the prepaid cards are used in the parking lot and the toilet facility. It is characterized by a shared toilet facility management method.

A fifth aspect of the present invention is a toilet facility in which a plurality of toilet boxes having an automatic cleaning function and an automatic cleaning function are provided in a room having an entrance / exit, and an emergency or abnormality in the facility room is monitored. It is a method of managing a toilet facility in which a monitoring device is provided and connected to a monitoring center, and the monitoring center side monitors for an emergency or abnormality.

[0009]

According to the first aspect of the present invention, by injecting high water pressure water onto the floor surface and the toilet bowl with the high water pressure injection nozzle, the floor and toilet bowl can be washed, and the water pressure alone is insufficient. When it is, further, a cleaning liquid such as soap water is sprayed on the floor surface and the toilet bowl with the spray nozzle for chemical liquid, and further, it is kept in a water-immersed state for a predetermined time, so that reliable cleaning can be obtained. By spraying the disinfectant solution from the nozzle, clean and hygienic cleaning of the toilet box can be obtained by sterilizing the toilet box, and this cleaning can be performed each time the user uses it or at a certain time. Therefore, a clean and hygienic toilet box can always be secured.

According to the second aspect of the present invention, since the filth contained in the filth container is conveyed by air pressure in the duct, the filth is not overflowed from the filth container and the floor surface is not polluted. In addition, it is easy to collect filth in one place, and post-treatment of filth cleaning is easy.

According to the third aspect of the present invention, since the user can enter the toilet facility with a prepaid card, the management of this toilet facility can be unattended, and the user can also easily use the card.

In a fourth aspect of the present invention, the prepaid card in the parking lot is shared with the card in the toilet facility so that the utilization of the card can be improved, and the error caused by the user's use of a plurality of cards. It can also be prevented from use.

According to a fifth aspect of the present invention, by monitoring an emergency or abnormality occurring in a toilet facility at a monitoring center, a crime prevention can be obtained, a safe and secure use can be achieved, and especially against an unexpected accident of a physically handicapped person. However, sufficient consideration is possible.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described in detail below with reference to the drawings. The drawing shows the parking lot and the toilet facility
In FIG. 1, a prepaid card processing device 11 is provided at an entrance of a parking lot 10. The device 11 accepts a predetermined prepaid card, reads card data magnetically recorded, and reads the card data from the card data. Is a card that is suitable for this parking lot, and the validity of the amount balance of the card is judged, and if the validity is judged, a new value obtained by subtracting the value of the amount of money for the parking lot It records and returns the value of money, the parking area where parking is possible and the parking start time, and outputs a valid signal.

Each parking area 12 of the parking lot 10 is provided with a wheel lock device 13 for locking the wheels of the vehicle, and as described above, the prepaid card processing device 1 is provided.
When 1 designates the parking area 12, the wheel lock device 13 of the designated parking area 12 is flush with the ground to allow the entry of the vehicle, and when the vehicle stops at a predetermined position, the wheel lock device 13 is placed on the ground. It prohibits the vehicle from exiting by projecting more than a predetermined height. When the vehicle exits the parking lot 10, the prepaid card is inserted into the prepaid card processing device 11 again, and when the parking time is within a predetermined time or exceeds the predetermined time, the amount of the insufficient charge is charged. By subtracting the value, the fee can be collected, the wheel lock device 13 of the parking area 12 parked at this fee can be released, and the vehicle can exit the parking lot 10.

The toilet facility 14 is formed of a building having an entrance door 15 at one place, and a prepaid card vending machine 16 for automatically selling prepaid cards by inserting cash is arranged outside the entrance. . The prepaid card issued by the vending machine 16 is configured to be shared by the parking lot 10 and the toilet facility 14 described above.

A prepaid card processing device 17 is provided on the entrance side (external side) of the door 15 of the entrance and exit described above, and this device 17 accepts a predetermined prepaid card and reads card data magnetically recorded. From the card data, it is determined whether or not the card is compatible with this toilet facility 14, and whether or not the amount balance of the card is valid. When the validity is determined, the value of the amount The new amount value obtained by subtracting the usage charge of the toilet facility 14 is recorded, the card is returned, and a valid signal is output.

The door 15 at the entrance and exit described above is opened and closed by a door opening and closing drive device (not shown), and the prepaid card processing device 1 described above is opened.
The valid signal 7 starts the door opening / closing drive device to open the door 15 to allow the user to enter the room. A mat switch 18 is provided on the exit side (inside) of the entrance and exit. When a user gets on the mat switch 18, the door opening / closing drive device is started to open the door 15 and the user Is allowed to enter and leave the room.

A plurality of toilet boxes 1 having an automatic cleaning function and an automatic cleaning function are provided inside the toilet facility 14 described above.
9 ..., a washbasin 20, a crime prevention TV camera 21, and an interphone 22 connected to a monitoring center.

FIG. 2 shows the toilet box 19 described above,
The floor surface 23 of the toilet box 19 is formed into a boat shape so that water can be collected, and the water stored in the floor surface 23 is drained through a toilet bowl 24. An electromagnetic valve 25 is provided for draining 24. Further, in one corner of the floor surface 23, for example, a waste container 2 for storing waste such as water-insoluble sanitary products, water-insoluble paper, and clothes.
6 is provided, and the lower surface of the waste container 26 is the duct 2
The air flow from the air pressure generator (or the vacuum device) circulates through the duct 27, and conveys the stored dirt to a predetermined collecting place to collect the waste. A filth detection sensor 28 is provided in the filth container 26.

Rails 30 and 30 are arranged on opposite side surfaces of the toilet box 19 near the floor surface 23, and sliders 31 are installed on the rails 30 and 30 to reciprocate by a rotating body driven by a motor. Further, an injection nozzle 32 is attached to the slider 31, and the injection nozzle 32 is configured to reciprocate in the length direction of the slider 31 with an appropriate drive source and a rotating body. Therefore, the above-mentioned injection nozzle 32 is provided so as to be movable on the floor surface 23 in the biaxial directions of X and Y, but since this configuration is general, its details are omitted.

The above-mentioned jet nozzle 32 is constructed so as to jet the liquid to the floor surface 23 in a dispersed state, and is connected to the liquid source by a flexible pipe to jet the liquid evenly to the floor surface 23. can do. The liquid jetted from the jet nozzle 32 is high-pressure water, a cleaning liquid such as soap water,
The disinfecting liquid, a mixed liquid thereof, or the like, but the spray nozzles can be separately provided corresponding to the liquid.

An image sensor 33 is provided on the ceiling of the toilet box 19 described above.
In addition to the detection of the user entering the room 3, 3 detects the dirt or stains scattered on the floor surface 23, the dirt or stains that did not flow in the toilet 24, and the like.

On the front side of the inner wall of the toilet box 19 described above, a display 34 for displaying a guide to the user, a cleaning tool case 35 containing tools necessary for cleaning, and a paper box 36 containing toilet paper are attached. In addition, the paper box 36 is provided with a paper-out detection sensor 37 that detects paper-out.

Further, the door 38 of the toilet box 19 is provided with an automatic locking device 40 that locks with an electromagnetic solenoid in addition to the knob 39 that is opened / closed and locked by the user. Floor 23 other than case 26
When the image sensor 33 detects these, the door 38 is automatically locked, and when the image sensor 33 detects these, the door 38 is automatically locked. It is used to make the user confidently use the cleaning tool in the cleaning tool container 35 for cleaning.

A ventilation fan 41 is provided on the ceiling to provide ventilation when necessary, such as when automatically cleaning and automatically cleaning. In addition, flush water after using the toilet is flushed with an electromagnetic valve 4
Perform by the operation of 2.

FIG. 3 shows a block diagram of a toilet facility provided in parallel with a parking lot. The energy management control unit 50 supplies electric power, water, air, cleaning liquid, disinfecting liquid, and other corresponding energy to each management control unit. .

The toilet facility management control section 51 executes control such as opening / closing of the door 15 at the entrance / exit, indoor lighting, indoor air conditioning, deodorization, and background broadcasting.

The toilet box management control section 52 executes automatic cleaning and automatic cleaning of the inside of the toilet box 19.

The parking lot management control unit 53 executes parking availability and collects a parking fee using a prepaid card.

The safety management control unit 54 detects an emergency or abnormality in the toilet facility 14, and monitors these with the monitor of the monitoring center 55.

FIG. 4 shows the toilet facility management control unit 51 described above.
In the management control unit 51, the prepaid card processing device 17, the door opening / closing drive device 56 for the door 15, the exit mat switch 18 for the door 15, and the indoor lighting device 57 for controlling the indoor light control are described. An air conditioner 58 for air conditioning the room is connected.

When the prepaid card processing device 17 outputs a valid signal, the door opening / closing drive device 56 opens the door 15 to allow the user to enter the room, and the user leaves the mat switch 18. The door 15 is closed.
Further, when the user leaves the room, the user can get on the mat switch 18 to open the door 15 to allow the room to leave, and by leaving the mat switch 18, the door 1
Close 5

The indoor lighting device 57 controls the dimming of the lighting based on the judgment of unmanned people, day and night, light and dark, and the air conditioner 58.
Controls air conditioning by determining whether the outside air or the inside air is cold.

FIG. 5 shows the details of the toilet box management control unit 52. The management control unit 52 corresponds to each toilet box 19 and has the image sensor 33, the filth detection sensor 28, and the paper shortage detection sensor described above. In addition to 37, the electromagnetic valve 42 for flushing, the ventilation fan 41, the automatic locking device 40, and the display 34, a nozzle moving device 59 is connected.

The above-mentioned nozzle moving device 59 moves the slider 31 along the rails 30 and 30 described above, and further moves the jet nozzle 32 along the slider 31, so that the jet nozzle 32 is moved to the floor surface 23. On the other hand, it is moved along the X and Y axes.

Further, as a mechanism for executing automatic cleaning,
The high-pressure water generator 60, the chemical liquid generator 61, and the valve / cylinder controller 6 for ejecting the high-pressure water, the cleaning liquid, the disinfectant liquid, or a mixed liquid thereof from the above-mentioned injection nozzle 32.
2 and has a cleaning command processing unit 63.

That is, when the stationary signal for cleaning at the set time, the dirt detection signal detected by the image sensor 33, the human detection signal, and the door detection signal detected when the door 38 is opened and closed are input to the cleaning command processing unit 63. On the basis of these input signals, the high-pressure water generator 60 generates high-pressure water, the chemical liquid generator 61 generates chemical liquid, and the valve / cylinder control unit 62 further causes the toilet box 19 corresponding to the detection signal. The valve corresponding to the injection nozzle 32 and the cylinder for liquid delivery are driven to open. By these controls and the control of the nozzle moving device 59 described above, the liquid can be jetted from the jet nozzle 32 to automatically clean the floor surface 23 and the toilet 24.

Further, as a mechanism for executing automatic cleaning,
It has an air pressure generator 64 for sending air pressure to the duct 27 communicating with the above-mentioned waste container 26, a valve control unit 65 for controlling the opening and closing of the valve of the duct 27 corresponding to the waste container 26 containing the waste, and a cleaning command processing unit 66. When the filth detection signal is input from the filth detection sensor 28 to the cleaning command processing unit 66, the air pressure generation device 64 generates air pressure, and the valve control unit 65 causes the toilet box 1 corresponding to the filth detection signal.
The valve 9 can be opened to transfer the waste to a predetermined place, and the waste container 26 can be automatically cleaned.

FIG. 6 shows the details of the parking lot management control unit 53, to which the prepaid card processing device 11 and the wheel lock device 13 are connected. When 11 determines that the prepaid card is valid, the wheel lock device 13 is activated by the valid signal.
Driving the vehicle to permit parking is as described above with reference to FIG.

FIG. 7 shows the details of the safety management control unit 54 described above, and the management control unit 54 includes the television camera 2 described above.
1, the interphone 22, the alarm device 67, the display device 68, and the communication control device 69 through the monitor 7 of the monitoring center 55.
0 is connected.

The TV camera 21 takes an image of the situation in the room,
When an emergency or abnormality occurs, the interphone 22 notifies the monitoring center 55, an alarm device 67 warns of the emergency or abnormality, and a display 68 guides and displays a countermeasure for the emergency or abnormality. For example, when the wheelchair of a physically handicapped person who uses a wheelchair falls, the surveillance center 55 can monitor this abnormal condition by displaying it by the television camera 21, and when the user requests rescue, Request the monitoring center 55 using the horn 22. The measures for these abnormalities can be guided by the display 68.

Next, the automatic cleaning processing operation of one toilet box 19 will be described with reference to FIGS. The automatic cleaning process may be executed every time when dirt is detected, or may be executed in a set time period (steps n1 and n2).

In any cleaning, the toilet box 19 is executed when there is no user, and when the image sensor 33 does not detect the user (step n3),
The automatic locking device 40 locks the door 38 (step n4).

The high-pressure water generator 60 generates high-pressure water by the steady signal or the dirt detection signal being input to the cleaning command processing unit 63 (step n5), and the valve / cylinder control unit 62 causes the corresponding valve The cylinder is driven to supply high-pressure water, and the nozzle moving device 59 moves the injection nozzle 32 in a predetermined direction, that is, so that the floor surface 23 can be uniformly washed (step n6), and the injection nozzle 32 moves the high-pressure water. To clean the floor surface 23 and the toilet bowl 24 for a predetermined time.

The image sensor 33 detects the washing state,
When it is detected that the cleaning has been successfully performed (step n
7) Next, the chemical liquid generator 61 generates a disinfecting liquid (step n8) and supplies this to the corresponding injection nozzle 32,
The nozzle moving device 59 sprays the disinfecting liquid to disinfect the floor surface 23 and the toilet 24 while moving the spray nozzle 32 (step n9), and the ventilation fan 41 is driven to perform forced ventilation (step n10). The automatic locking device 40 releases the door lock (step n11) and ends the automatic cleaning.

In step n7 described above, the image sensor 3
When 3 detects the dirt and determines the cleaning failure, it is determined whether or not this cleaning process is within the specified number of times, for example, the third time, and when it is within the specified number of times (step n12), the toilet 24 The electromagnetic valve 25 is closed (step n1
3), the chemical liquid generator 61 generates a cleaning liquid, for example, soap water, and supplies this to the spray nozzle 32 (step n1).
4), the spray nozzle 32 sprays the cleaning liquid for a predetermined time while moving (step n15).

When the cleaning liquid is sprayed in this way, the electromagnetic valve 25 of the toilet bowl 24 is closed, so that the cleaning liquid is applied to the floor surface 23.
Is brought into a state of being infiltrated, and the inundation state is continued for a predetermined time (step n16), whereby the filth is washed with the washing liquid. After a lapse of a predetermined time, the electromagnetic valve 25 of the toilet 24 is opened, the infiltrated cleaning liquid is drained through the toilet 24 (step n17), the process returns to step n5, and then the washing, disinfection and ventilation are performed as described above. Perform in step.

In step n12, when the cleaning process reaches the specified number of times, it is determined that the cleaning cannot be performed by this automatic cleaning, the monitoring center 55 is notified of this cleaning failure (step n18), and the process returns to step n7. . After that, the disinfection process is performed and the cleaning is completed. However, when the cleaning is impossible in this way, the door 38 of the toilet box 19 may be locked to be in the use prohibited state. Further, when the monitoring center 55 receives a notification of poor cleaning, a cleaning worker is dispatched,
Perform manual cleaning.

Next, the automatic cleaning processing operation of one toilet box 19 will be described with reference to FIGS. The above-mentioned automatic cleaning is executed when the user uses the toilet box 19, and when the waste is put in the waste container 26, the waste is collected at a predetermined collection place.

The image sensor 33 is the toilet box 19
When it is detected that there is a user inside (step n2
1) It can be determined that the user is in use (step n22), and when the user operates the flush electromagnetic valve 42 to run the filth, the waste physical distribution water is detected based on the operation of the flush electromagnetic valve 42 ( Step n23), image sensor 3
The waste in the toilet 24 and the waste on the floor 23 are determined by 3 (step n24), for example, when the sanitary product does not flow, or when the waste is left on the floor 23 without putting the waste in the waste container 26. , These display a guide on the display 34 to clean the filth, and also display a door lock (step n25), and the door 38 is automatically locked by the locking device 40.
Lock with (step n26) so that you will not leave the room without getting dirty. The user takes out the tool from the cleaning tool container 35, and treats and cleans the dirt with the tool (step n).
27), the process returns to step n24, and when the image sensor 33 determines again that the dirt remains, and the cleaning is good, the cleaning OK and the door unlock are displayed on the display 34.
Is displayed (step n28), and the automatic locking device 40 is released (step n29).

Next, the user exits and the image sensor 3
When it is detected that 3 is unmanned (step n30),
The door 38 is locked again (step n31), and it is determined whether the waste is put in the waste container 26 by the waste detecting sensor 28.
(Step n32). When filth is detected, the air pressure generator 64 is driven to blow air pressure to the duct 27, and the valve control unit 65 opens the valve of the duct 27 to collect the filth (step n33).

Then, the chemical solution generator 61 generates a disinfectant and supplies it to the spray nozzle 32 (step n34), and the spray nozzle 32 sprays the disinfectant on the floor surface 23 and the toilet 24 to disinfect ( In step n35), the automatic locking device 40 is released (step n36), and the automatic cleaning ends.

According to the above-mentioned embodiment, by injecting the water of high water pressure onto the floor surface 23 and the toilet bowl 24 by the injection nozzle 32, the floor surface 23 and the toilet bowl 24 can be washed, and
When the water pressure alone is insufficient, a cleaning liquid such as soap water is further sprayed onto the floor surface 23 and the toilet bowl 24 by the spray nozzle 32, and further, a water immersion state is maintained for a predetermined time.
A reliable cleaning can be obtained, and further, by spraying the disinfectant solution from the spray nozzle 32, a clean and hygienic cleaning of the toilet box 19 can be obtained by sterilizing the toilet box 19, and this cleaning is performed by the user. The toilet box 19 can be used each time it is used or at a fixed time, and therefore a clean and hygienic toilet box 19 can be always secured.

Further, since the filth contained in the filth container 26 is conveyed by air pressure in the duct 27, the filth container 26
Therefore, it is possible to maintain a clean state at all times without overflowing the filth and polluting the floor surface 23. Further, it is easy to collect the filth in one place, and post-treatment for filth cleaning is facilitated.

In addition, a toilet facility 1 with a prepaid card
Since the user can enter the room 4, the management of the toilet facility 14 can be unattended, and the user can easily use the card facility.

Further, by sharing the prepaid card of the parking lot 10 with the card of the toilet facility 14, it is possible to improve the degree of use of the card, and also to prevent the user from misusing a plurality of cards. You can also

In addition, an emergency occurring in the toilet facility 14,
By monitoring the abnormality in the management center 55, crime prevention can be obtained, security and safe use can be achieved, and in particular, sufficient consideration can be given to an accident accident of a physically handicapped person.

The present invention is not limited to the configuration of the above-described embodiment, and, for example, a plurality of injection nozzles 32 may be provided, or the injection nozzles 32 may be separately provided for high-pressure water and for chemicals. Furthermore, instead of the movable type, a plurality of injection nozzles may be fixed and evenly distributed. In addition, the entrance and exit may be provided independently.

[Brief description of drawings]

FIG. 1 is a plan view of a schematic configuration of a toilet facility provided with a parking lot.

FIG. 2 is a perspective view with a part of the single toilet box omitted.

FIG. 3 is a block diagram of a toilet facility that is provided along with a parking lot.

FIG. 4 is a configuration block diagram of a toilet facility management control unit.

FIG. 5 is a configuration block diagram of a toilet box management control unit.

FIG. 6 is a configuration block diagram of a parking lot management control unit.

FIG. 7 is a configuration block diagram of a safety management control unit.

FIG. 8 is a flowchart of automatic cleaning processing.

FIG. 9 is a flowchart of automatic cleaning processing.

[Explanation of symbols]

 10 ... Parking lot 11, 17 ... Prepaid card processing device 19 ... Toilet box 23 ... Floor surface 24 ... Toilet bowl 26 ... Waste container 27 ... Duct 32 ... Injection nozzle 52 ... Toilet box management control unit 54 ... Safety management control unit 55 ... Monitoring center 56 ... Door opening / closing drive device 60 ... High-pressure water generator 61 ... Chemical solution generator 64 ... Air pressure generator

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[Procedure amendment]

[Submission date] June 1, 1993

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be corrected] Brief description of the drawing

[Correction method] Change

[Correction content]

[Brief description of drawings]

FIG. 1 is a plan view of a schematic configuration of a toilet facility provided with a parking lot.

FIG. 2 is a perspective view with a part of the single toilet box omitted.

FIG. 3 is a block diagram of a toilet facility that is provided along with a parking lot.

FIG. 4 is a configuration block diagram of a toilet facility management control unit.

FIG. 5 is a configuration block diagram of a toilet box management control unit.

FIG. 6 is a configuration block diagram of a parking lot management control unit.

FIG. 7 is a configuration block diagram of a safety management control unit.

FIG. 8 is a flowchart of automatic cleaning processing.

9 is a flowchart showing a continuation of FIG.

FIG. 10 is a flowchart of automatic cleaning processing.

[Explanation of Codes] 10 ... Parking lot 11, 17 ... Prepaid card processing device 19 ... Toilet box 23 ... Floor surface 24 ... Toilet bowl 26 ... Waste container 27 ... Duct 32 ... Injection nozzle 52 ... Toilet box management control unit 54 ... Safety Management control unit 55 ... Monitoring center 56 ... Door opening / closing drive device 60 ... High-pressure water generator 61 ... Chemical liquid generator 64 ... Air pressure generator

[Procedure Amendment 2]

[Document name to be corrected] Drawing

[Correction target item name] All drawings

[Correction method] Change

[Correction content]

[Figure 1]

[Figure 4]

[Fig. 2]

[Figure 3]

[Figure 5]

[Figure 6]

[Figure 7]

[Figure 8]

[Figure 9]

[Figure 10]

Claims (5)

[Claims] 1. A toilet facility in which a plurality of toilet boxes each equipped with a toilet are provided in a room having a doorway, and a high water pressure injection nozzle for injecting high water pressure to the floor side in the toilet box, A disinfection solution, a cleaning solution, and a chemical solution injection nozzle that injects a chemical solution such as a mixed solution of these,
An automatic toilet box cleaning device for a toilet facility provided with control means for controlling the injection of these injection nozzles. 2. A toilet facility having a plurality of toilet boxes each equipped with a toilet in a room having an entrance / exit, wherein a waste container for storing waste is provided in the toilet box, and the waste container An automatic toilet box cleaning device for a toilet facility, which is connected to a duct for carrying, and is provided with air pressure generating means for sending a carrying wind for carrying filth to the duct. 3. A toilet facility having a plurality of toilet boxes equipped with an automatic cleaning function and an automatic cleaning function in a room having an entrance / exit, wherein a predetermined value is given from a prepaid card to be inserted at the entrance side of the entrance / exit. A prepaid card processing device that performs a subtraction process and outputs a valid signal, and a door opening / closing drive means that opens and closes the entrance side door of the entrance and exit and opens the entrance side door based on the validity signal of the prepaid card processing device. A method of managing a toilet facility, wherein the prepaid card is inserted into the prepaid card processing device to determine its validity, thereby opening the entrance door of the toilet facility and permitting the use. 4. A method of managing a toilet facility in which a parking facility used with a prepaid card is provided with a toilet facility used with the prepaid card, and both prepaid cards are shared by the parking lot and the toilet facility. . 5. A toilet facility having a plurality of toilet boxes equipped with an automatic cleaning function and an automatic cleaning function in a room having an entrance / exit, wherein a monitoring device for monitoring an emergency or abnormality in the facility room is provided and monitored. A management method for toilet facilities that connects to the center and monitors the monitoring center for any abnormalities or abnormalities.