JP2000096674A - Sanitary device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a sanitary device such as sanitary flushing device convenient even for a person in wheelchair. SOLUTION: Flushing operation is operated only when a seat-sitting sensor 5 outputs a sitting signal, or a pseudo sitting signal output switch 3 is operated. In other cases, a valve 21 is not opened even if a hip-flushing switch 1 is operated. When a flushing standby mode is set by the operation of the pseudo sitting signal output switch 3, flushing is performed according to the signal of a flushing switch 1, and stopped by the operation of a stop switch 2. When a human body leaves, or a flushing stop switch or stool-flushing switch 6 is operated, the flushing standby mode is released.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sanitary device for cleaning the buttocks of a human body with warm water and drying with warm air, and more particularly to a sanitary device which is placed in an operable state based on a signal from a seating sensor. It relates to improvement of the device.

[0002]

2. Description of the Related Art There is a wide variety of sanitary devices that can perform water discharge and air discharge only when a seating signal is input from a seating sensor in order to prevent water discharge and air discharge when the toilet seat is not seated. Used.

A switch for outputting a signal equivalent to a seating signal is provided in the event that the seating sensor fails or the seating sensor does not turn on for reasons such as light weight. The sanitary device, which allows the sanitary device to be in an operable state even when the person is not seated or when a light weight person is seated, is disclosed in Japanese Utility Model 7-14.
462 and Japanese Patent No. 2669064.
Note that a signal equivalent to the seating signal of the seating sensor may be referred to as a “pseudo seating signal” in this specification.

In the left column of the second page of the Japanese Utility Model Publication No. 7-14462, a pseudo seat signal generation switch is set to a timer switch so as to generate the pseudo seat signal during business hours of a store or the like or only during a time period when there are many customers. Is described.

[0005]

It is preferable that the pseudo seat signal is output only when it is really necessary in order to avoid unexpected water discharge or wind discharge. If the pseudo-seating signal output switch is a timer as in Japanese Utility Model Publication No. 7-14462, the pseudo-seating signal is always output during the time when this timer is ON. The original function of prohibiting water discharge and air blowing when sitting is not working at all.

SUMMARY OF THE INVENTION It is an object of the present invention to provide an improved sanitary apparatus in which a pseudo seat signal is not output when it is unnecessary. Another object of the present invention is to provide a sanitary device that is easy to use even in the state of being in a wheelchair for defecation.

[0007]

A sanitary device according to the present invention (claim 1) detects a seat on a toilet seat and outputs a seating signal, a switch for outputting a pseudo seating signal, and the sensor. Or a controller that puts the sanitary appliance in an operable state based on a signal from a switch, wherein the controller is in an operable state when a predetermined time has elapsed since the pseudo seat signal from the switch was input. Is canceled.

[0008] In such a sanitary device, the operable state is set only for a predetermined time after the generation of the pseudo seating signal, and the operable state is released when this time has elapsed.
This "predetermined time" is preferably selected from 1 to 30 minutes (claim 2), and this time is preferably selectable and adjustable by a user or the like.

A sanitary device according to the present invention (claim 3) detects a seat on a toilet seat and outputs a seating signal, a switch for outputting a pseudo seating signal, and a signal from the sensor or switch. A sanitary device having a controller that puts the sanitary appliance into an operable state based on the human body detection sensor that detects a toilet user, wherein the controller is based on a human body non-detection signal from the human body detection sensor. The operable state is released.

[0010] In such a sanitary apparatus, the operable state is released when the toilet user goes away.

Therefore, after that, the sanitary apparatus does not operate unless the user or the like sits on the toilet seat or performs a pseudo seat signal generation operation.

A sanitary device according to the present invention (claim 4) detects a seat on a toilet seat and outputs a seating signal, a switch for outputting a pseudo seating signal, and a signal from the sensor or switch. A sanitary device having a controller that puts the sanitary appliance into an operable state based on the toilet flush switch for supplying flush water to the toilet, wherein the controller is configured to output a signal based on a signal from the toilet flush switch. And releasing the operable state.

In such a sanitary device, the operable state is released when flush water is supplied to the toilet. Therefore, thereafter, the sanitary device does not operate unless the user or the like sits on the toilet seat or performs a pseudo seat signal generation operation.

A sanitary device according to the present invention (claim 5) detects a seat on a toilet seat and outputs a seating signal, a switch for outputting a pseudo seating signal, and a signal from the sensor or the switch. A sanitary device having a controller that puts the sanitary device in an operable state based on the off switch, wherein the controller is configured to stop the operation of the sanitary device. The state is released.

In such a sanitary device, the operable state is released by operating an off switch such as a buttocks washing end switch. Therefore, thereafter, the sanitary device does not operate unless the user or the like sits on the toilet seat or performs a pseudo seat signal generation operation.

A sanitary appliance according to the present invention (claim 6) has a washing mechanism having a nozzle for jetting human body washing water, a seating sensor for detecting that the toilet seat is seated and outputting a seating signal,
A pseudo seat signal output switch for outputting a pseudo seat signal,
A controller that puts the cleaning mechanism in an operable state based on a signal from the seat sensor or the pseudo seat signal output switch;
A sanitary device having a washing switch for operating the washing mechanism, comprising a nozzle changing device for changing a position of the nozzle or a water jetting direction, wherein the nozzle changing device includes a pseudo seating signal. The position of the nozzle or the direction of jetting water when the washing mechanism is put into an operable state based on the pseudo sitting signal from the output switch is changed when the washing mechanism is put into an operable state based on a sitting signal from a sitting sensor. The nozzle is located rearward of the position of the nozzle or the direction of jetting water.

The sanitary apparatus according to claim 6 and the following claim 7 to 10 is improved so that the occupant can easily use the device for a defecation wheelchair.

Since the buttocks of a wheelchair occupant are located higher than the buttocks when directly sitting on the toilet seat, when the buttocks washing nozzle is in the normal position or direction, the water is more than the intended place of the buttocks. It will be poured forward. Also,
Some wheelchair occupants use the nozzle by moving the nozzle position forward. Therefore, in the sanitary device according to the sixth aspect, the position of the nozzle or the water jetting direction when the nozzle is put into the operable state based on the pseudo seating signal is changed to the normal state (that is, the nozzle is put into the operable state by the toilet seating signal). (If placed) to facilitate cleaning of the target area of the buttocks.

A sanitary device according to the present invention (claim 7) includes a washing mechanism having a nozzle for ejecting human body washing water, a seating sensor for detecting seating on a toilet seat and outputting a seating signal,
A pseudo-seating signal output switch that outputs a signal equivalent to the pseudo-seating signal, a controller that puts the cleaning mechanism in an operable state based on a signal from the seat sensor or the pseudo-seating signal output switch, and operates the cleaning mechanism. A sanitary device having a cleaning switch for causing the nozzle to have a nozzle changing device for changing the position of the nozzle or the direction of water ejection and a storage device for storing the position or direction of the nozzle, and the nozzle changing device includes The position or direction of the nozzle or the water ejection direction when the cleaning mechanism is placed in an operable state based on the pseudo seat signal from the pseudo seat signal output switch is the position or direction stored in the storage device. It is characterized by having.

This sanitary device has also been improved so that it is easy to use for wheelchair users. That is, in the sanitary apparatus according to the seventh aspect, when the apparatus is placed in an operable state by the pseudo seat signal, the position of the nozzle or the direction of water ejection is set to a previously stored position, so that the case of a wheelchair occupant is Even with this, it is possible to reliably clean the target portion of the buttocks.

According to the sanitary apparatus of the present invention (claim 8), in claim 6 or 7, a drying mechanism for blowing warm air for drying the human body, a drying switch for operating the drying mechanism,
A wind direction changing device for changing the blowing direction of the warm air, wherein the wind direction changing device is in a state where the cleaning mechanism is operable based on a pseudo seat signal from a pseudo seat signal output switch. The hot air blowing direction in the state is set to be behind the hot air blowing direction when the cleaning mechanism is placed in an operable state based on a seating signal from a seating sensor. .

This sanitary device has also been improved so that it is easy to use for wheelchair users. In other words, the sanitary device according to claim 8, when drying the buttocks after washing with hot water with warm air, makes the blowing direction of the warm air more rearward than in the normal case, so that the warm air is more efficient for the wheelchair and occupant. You will be able to hit your hips.

According to the sanitary apparatus of the present invention (claim 9), in claim 6 or 7, a drying mechanism for blowing hot air for drying the human body, a drying switch for operating the drying mechanism,
An air flow direction changing device for changing the blowing direction of the hot air; and a hot air blowing direction storage device for storing a hot air blowing direction of the drying mechanism. The hot air blowing direction in a state where the hot air blowing operation is enabled based on the pseudo seating signal from the seating signal output switch is set as the direction stored in the hot air blowing direction storage device. Things.

This sanitary device has also been improved so that it is easy to use for wheelchair users. That is, in the sanitary device of the ninth aspect, by blowing out the warm air in the direction stored in advance, even the wheelchair occupant can efficiently dry the warm air at the target portion of the buttocks.

The sanitary device according to the present invention (claim 10) detects a seat on the toilet seat and outputs a seating signal, and puts the sanitary appliance in an operable state based on the signal from the seating sensor. A sanitary device having a controller,
A forced operation switch for operating the sanitary equipment regardless of the presence or absence of the output of the seating signal is provided.

In this sanitary apparatus, for example, when a person in a wheelchair uses a toilet, when a forced cleaning switch as a forced operation switch is pressed, the cleaning is performed even though the seating sensor does not detect the seating. The washing water spouts from the nozzle, and the buttocks are washed. The forced operation switch may be a forced drying switch for forcibly operating the hot air fan.

[0027]

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

FIG. 1 is a block diagram of a sanitary washing device (a hot water washing device for washing a human buttock with hot water) as a sanitary device according to an embodiment of the present invention.

Signals of a buttock washing switch 1, a washing stop switch 2, and a pseudo seating signal output switch 3 are input to a microcomputer 10 as a controller. The microcomputer 10 also receives signals from a human body detection sensor 4 for detecting a toilet user and a toilet seat sensor 5 for detecting that the user is seated on the toilet seat of the toilet.

The microcomputer 10 outputs a control signal to a toilet lid opening / closing drive circuit 11 for applying a drive current to a motor 12 for opening and closing the toilet lid 13. The microcomputer 10 also supplies a control signal to a drive circuit 20 of a valve 21 for supplying hot water from a hot water source (for example, a hot water tank or a hot water supply pipe) to the cleaning nozzle 22.

The washing nozzle 22 is provided with a cylinder 23,
A nozzle body 24 that can protrude from the cylinder 23; and the nozzle body 24 is pressed in a retreating direction by a return spring (not shown). When the valve 21 is opened and hot water is supplied to the cylinder 23, the nozzle pressure advances the nozzle body 24 by this water pressure, and hot water gushes from the tip thereof, and the buttocks of the human body sitting on the toilet seat or the chair of the defecation wheelchair. Hot water is poured toward the buttocks of the person, and the buttocks are washed with hot water.

According to the first aspect of the present invention, the sanitary washing device is operated as follows.

In the case where the pseudo seat signal output switch 3 is not turned on, the microcomputer 10 does not output a control signal to the valve drive circuit 20 unless the toilet seat sensor 5 detects seating. When the buttocks washing switch 1 is operated while the toilet seat sensor 5 is outputting a seating signal to the microcomputer 10 when the seat is seated on the toilet seat, the valve driving circuit 20 is activated.
Opens the valve 21, the hot water is supplied to the washing nozzle 22, and the buttocks of the person sitting on the toilet seat are washed with the hot water. When the washing stop switch 2 is pressed, the valve 21 closes, and the ejection of hot water from the nozzle body 24 stops.

When the human body detection sensor 4 detects a human body, the motor 12 operates and the toilet lid 13 stands up. When the human body detection sensor 4 stops detecting the human body, the motor 12 operates so that the toilet lid 13 falls down.

[When the pseudo seat signal output switch 3 is turned on] When a wheelchair occupant uses the toilet with the sanitary washing device, the toilet seat sensor 5 does not output a seat signal. Turns on the pseudo seat signal output switch 3 and gives the microcomputer 3 a pseudo seat signal. In this state, the valve 21 is opened when the buttocks washing switch 1 is operated, and the buttocks washing is performed even though the toilet seat sitting sensor 5 does not output the sitting signal. When the cleaning stop switch 2 is operated, the valve 21 is closed.

In the first embodiment, when a predetermined time has elapsed since the pseudo seat signal output switch 3 was operated, the microcomputer 10 automatically releases the operable state based on the pseudo seat signal. The valve 21 does not open unless the toilet seat sensor 5 outputs a seat signal.

The predetermined time from when the pseudo seat signal output switch 3 is operated is preferably a time selected from 1 to 30 minutes.

It is preferable that a switch for adjusting the time is connected to the microcomputer 10.

According to the third embodiment, the operable state (hereinafter, this may be referred to as a washing standby) by the signal of the pseudo seat signal output switch 3 is as follows.
It is released based on a human body non-detection signal from the human body detection sensor 4. That is, when the pseudo seat signal output switch 3 is turned on, even when the seat sensor 5 does not output the seat signal, the buttocks washing switch 1 and the washing stop switch 2
The cleaning standby mode is automatically canceled when the human body detection sensor 4 stops detecting a human body. Therefore, as long as the next user does not turn on the pseudo seat signal output switch 3 again,
This sanitary washing device enters the washing standby mode only when the seating sensor 5 outputs a seating signal.

FIG. 2 is a detailed control flowchart of the third embodiment.

In FIG. 2, when the human body detection sensor 4 detects a human body in step 31, a driving signal is given to the toilet lid opening / closing drive circuit 11, which operates the motor 12 to open the toilet lid 13 ( Step 32). Then
In Step 33, if the human body detection sensor 4 is continuously detecting a human body, the flow proceeds to Step 34, in which it is determined whether or not the pseudo seat signal output switch 3 is turned on. In the case of a wheelchair user, since the pseudo seat signal output switch 3 is turned ON, the process proceeds from step 34 to step 35 to set the washing standby mode. Then, the process proceeds to a step 36, wherein it is determined whether or not the buttocks washing switch 1 is operated. When the buttocks washing switch 1 is operated, the process proceeds to step 37, and it is determined whether the toilet seat occupancy sensor 5 outputs a seating signal. When the wheelchair user is using the toilet, the toilet seat sitting sensor 5
Is OFF, the process proceeds from step 37 to step 38, and it is determined whether or not the cleaning standby mode is set. In this case, since the washing standby mode is set in step 35, the process moves from step 38 to step 39, the valve 21 is opened, and the buttocks washing is performed. Next, in step 40, it is determined whether or not the cleaning stop switch is operated. Until the cleaning stop switch 2 is operated, steps 40, 37, 38, and 39 are circulated and cleaning is continued.

When the washing stop switch 2 is operated, the process proceeds from step 40 to step 41, in which the valve 21 is closed to stop washing. Next, the process returns from step 41 to step 33, and the same processing is performed from step 33 to step 41 until the human body detection sensor 4 detects no human body. When the human body detection sensor 4 detects no human body,
The process proceeds from step 33 to step 42 to release the cleaning standby mode.
Is driven to close the toilet lid 13, and the process returns to step 31.

The above is an example of control in the case where a wheelchair occupant uses the device. The operation when the user normally sits on the toilet seat and uses the sanitary washing device will be described below.

In this case, steps 31, 32, 3
Since the control is executed in the order of 3, 34 and the pseudo seat signal output switch 3 is OFF, the process proceeds from step 34 to step 36, and it is determined whether or not the buttocks washing switch 1 is operated. When the buttocks washing switch 1 is operated, the process proceeds to step 37, and since the seating sensor 5 is ON, the process directly proceeds from step 37 to step 39.
The valve 21 is opened to start cleaning. Thereafter, steps 37, 39, 40 are performed until the washing stop switch 2 is operated.
repeat.

When the washing stop switch 2 is operated, the routine proceeds to step 41, where the valve 21 is closed, and
Return to

During this cleaning, steps 37, 39 and 40 are circulated, and the cleaning stop switch 2
Is pressed to move from step 40 to step 41. If the occupant stands up while circulating through steps 37, 39 and 40, step 37 is executed.
From step to step 38. Then, it is determined in step 38 whether or not the cleaning standby mode is set. In this case, since the pseudo seat signal output switch 3 is not pressed and the cleaning standby mode is not set, the process proceeds from step 38 to 41, closes the valve 21, and returns to step 33.

As described above, in this embodiment,
When a wheelchair occupant uses the sanitary washing device, the same specification as a normal sanitary washing device can be performed by operating the pseudo seat signal output switch 3. When the user leaves, the human body detection sensor 4 does not detect the human body, and the washing standby mode based on the pseudo-seating signal output switch is released. Thereafter, the seating sensor 5 detects the seating, or the pseudo-seating signal is renewed. As long as the output switch 3 is not pushed, the nozzle 2
No water from 2

FIG. 3 is a block diagram of a sanitary washing apparatus according to a fourth embodiment. In this embodiment, the electric flush valve 30 is installed in the toilet, and the toilet flush switch 6 for operating the electric flush valve 30 is connected to the microcomputer 10. When the toilet flush switch 6 is operated, the electric flash valve 30 is opened by a signal from the microcomputer 10 and toilet flush water is supplied to the toilet from a low tank or the like, and the toilet flush is performed.

In this embodiment, when the toilet flush switch 6 is operated, the flush standby mode set by the signal of the pseudo seat signal output switch 3 is released. Therefore, when the toilet flushing switch 6 is once operated to wash the toilet, the dummy seating signal output switch 3 is operated again, or water is not discharged from the nozzle 22 even if the buttocks flushing switch 1 is pushed unless the toilet seat is seated. Becomes

The fifth embodiment is shown by a block diagram similar to FIG. In this case, when the washing stop switch 2 is pressed, the washing standby mode set by pushing the pseudo seat signal switch 3 is released. That is, after the switch 2 for terminating the buttocks washing is pressed, the pseudo seated signal output switch 3 is pushed again, or water is discharged from the nozzle 22 even if the buttocks washing switch 1 is pushed unless the seat is seated again. Absent.

FIG. 4 is a block diagram for explaining the sixth to ninth embodiments. The drying switch 8 and the buttocks drying hot air fan 50 shown in FIG. 4 are employed in the embodiments of claims 8 and 9 described later. Not used in form.

In the sixth embodiment, a nozzle changing device 60 for adjusting the position or angle of the nozzle main body 24 of the cleaning nozzle 22 is provided. Further, a control signal of a nozzle adjustment switch 7 for adjusting the position or direction of the nozzle by the nozzle variation device 60 is input to the microcomputer 10.

In this embodiment, the seat sensor 5
When the buttock washing switch 1 is operated in a case where the seat is detected, or when the simulated sitting signal output switch 3 is operated and the washing standby mode is set, water is ejected from the nozzle 22. .

In this embodiment, the position or ejection direction of the washing nozzle 22 when the washing standby mode is set by pressing the pseudo seating signal output switch 3 is determined by the seating sensor 5 detecting seating. It is located behind the position or direction when the washing standby mode is set. Therefore, even when the buttocks of the wheelchair occupant are higher than the buttocks of the occupant sitting on the toilet seat, the water spouted from the nozzle body 24 sufficiently cleans the required portions of the buttocks of the wheelchair occupant. It is possible to do.
The position or the ejection direction of the cleaning nozzle 22 can be adjusted by the nozzle adjustment switch 7.

In the seventh embodiment, the microcomputer 10 is provided with a storage memory for storing the position or angle of the cleaning nozzle 22 adjusted by the nozzle adjustment switch 7. When the buttock cleaning switch 1 is pressed while the pseudo seat signal output switch 3 is pressed and the washing standby mode is set, the microcomputer 10 causes the nozzle changing device 60 to operate.
, A control signal is given in accordance with the data stored in the memory, and the cleaning nozzle 22 is set to a preset position or angle.

In the eighth and ninth embodiments, FIG.
The warm air fan 50 shown in FIG. The warm air fan 50 includes a blower 51, a heater 52 for heating the air from the blower 51, and a wind direction changing device 53 such as an electric louver for changing the direction of the warm air. The microcomputer 10 receives an operation control signal of the warm air fan 50 from the drying switch 8.

In this embodiment, when the dummy seating signal output switch 3 is turned on, or when the toilet seat seating sensor 5 is outputting the seating detection signal, the drying switch 8 is operated. The hot air fan 50 is operated, and hot air is blown on the buttocks of the human body, and drying is immediately performed. When the dummy switch 8 is operated when the dummy seating signal output switch 3 is operated to set the washing standby mode, the drying direction of the hot air blows when the seating sensor 5 detects the seating. It is located behind the hot air blowing direction when the air blows. As a result, warm air is blown to the target portion of the buttocks of the wheelchair occupant located higher than the toilet seat, and drying is performed efficiently.

Although not shown, a switch for adjusting the wind direction and blowing direction by the wind direction changing device 53 may be provided. As described in claim 9, the microcomputer 10 is provided with a memory for storing the adjusted wind direction,
When the drying switch 8 is operated while the washing standby mode is set by the ON operation of the pseudo seating signal output switch 3, the wind direction changing device is configured to blow warm air in the direction set in the memory. 53 may be activated.

FIG. 5 is a block diagram of a sanitary washing apparatus according to a tenth embodiment. In this embodiment, regardless of the presence or absence of a seating signal from the seating sensor 5, the valve 21
Cleaning switch 9a for forcibly opening the
The microcomputer 10 is connected to a forced stop switch 9b for forcibly closing the valve 21.

By providing the forced washing switch 9a, it is possible to wash the buttocks even when the wheelchair occupant is not directly sitting on the toilet seat. It is possible to stop the cleaning.

The positions of the switches 9a and 9b are arbitrary, and may be provided, for example, on a remote controller. The forced cleaning switch 9a and the forced stop switch 9b may be set as independent switches, and are configured to output a forced cleaning signal or a forced stop signal by operating a plurality of switches simultaneously. Is also good.

[0062]

According to the sanitary device of the first aspect, when a predetermined time elapses after the pseudo seating signal is input, the operable state such as the washing standby mode by this signal is released. For example, after 1 to 30 minutes have elapsed, the state is released. Therefore, the sanitary device will not operate unless the next user or the like newly operates the pseudo seat signal output switch or sits on the toilet seat.

According to the third aspect, when the toilet user is not detected, the standby state is released, and in the fourth aspect, the standby state is released by operating the toilet cleaning switch. In the fifth aspect, the standby state is released by operating, for example, a buttocks washing stop switch.

According to the sixth and seventh aspects, when the wheelchair occupant uses the sanitary washing device, the jetting position or jetting direction of the water from the nozzle can be made suitable for the wheelchair occupant. According to the eighth and ninth aspects, it is possible to further make the blowing direction of the warm air suitable for the wheelchair user. According to the tenth aspect, the sanitary device can be used by operating the switch even when the user does not actually sit on the toilet seat.

[Brief description of the drawings]

FIG. 1 is a block diagram of a sanitary washing device according to an embodiment.

FIG. 2 is a flowchart illustrating the operation of the sanitary washing device according to the embodiment.

FIG. 3 is a block diagram of the sanitary washing device according to the embodiment.

FIG. 4 is a block diagram of the sanitary washing device according to the embodiment.

FIG. 5 is a block diagram of the sanitary washing device according to the embodiment.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Buttocks washing switch 2 Wash stop switch 3 Pseudo seating signal output switch 4 Human body detection sensor 5 Toilet seat sitting sensor 6 Toilet washing switch 7 Nozzle adjustment switch 8 Drying switch 9a Forced washing switch 9b Forced stop switch 10 Microcomputer 11 Toilet lid open / close drive circuit 12 Motor 13 Toilet lid 20 Valve drive circuit 21 Valve 22 Cleaning nozzle 23 Cylinder 24 Nozzle body 30 Electric flash valve 50 Hot air fan 60 Nozzle variation device

Claims (10)

[Claims] 1. A seating sensor that detects a seat on a toilet seat and outputs a seating signal, a switch that outputs a pseudo seating signal, and sets a sanitary device in an operable state based on a signal from the sensor or the switch. A sanitary device having a controller, wherein the controller cancels the operable state when a predetermined time elapses after the pseudo seat signal is input from the switch. 2. The method according to claim 1, wherein the predetermined time is one to one.
A sanitary device characterized by a time selected from between 30 minutes. 3. A seating sensor for detecting a seat on a toilet seat and outputting a seating signal, a switch for outputting a pseudo seating signal, and placing the sanitary appliance in an operable state based on a signal from the sensor or the switch. A sanitary device having a controller, comprising a human body detection sensor for detecting a toilet user, wherein the controller cancels the operable state based on a human body non-detection signal from the human body detection sensor. And sanitary equipment. 4. A seating sensor that detects a seat on a toilet seat and outputs a seating signal, a switch that outputs a pseudo seating signal, and places the sanitary appliance in an operable state based on a signal from the sensor or the switch. A sanitary device having a controller, comprising a toilet flush switch for supplying flush water to the toilet, wherein the controller cancels the operable state based on a signal from the toilet flush switch. Characterized sanitary equipment. 5. A seating sensor that outputs a seating signal by detecting seating on a toilet seat, a switch that outputs a pseudo seating signal, and places the sanitary appliance in an operable state based on a signal from the sensor or the switch. A sanitary device having a controller, comprising: an off switch for stopping operation of the sanitary equipment, wherein the controller cancels the operable state based on a signal from the off switch. apparatus. 6. A washing mechanism having a nozzle for ejecting human body washing water, a seating sensor for detecting that a toilet seat is seated and outputting a seating signal, a pseudo seating signal output switch for outputting a pseudo seating signal, In a sanitary device having a controller for activating the cleaning mechanism based on a signal from the seat sensor or the pseudo-seating signal output switch, and a cleaning switch for operating the cleaning mechanism, the position of the nozzle or A nozzle changing device for changing a water jetting direction, the nozzle changing device being configured to position the nozzle when the cleaning mechanism is in an operable state based on a pseudo seat signal from a pseudo seat signal output switch; Alternatively, the water ejection direction is set to be behind the nozzle position or the water ejection direction when the cleaning mechanism is placed in an operable state based on a seating signal from a seating sensor. A sanitary device characterized by being a thing. 7. A washing mechanism having a nozzle for ejecting human body washing water, a seating sensor for detecting a seat on a toilet seat and outputting a seating signal, a pseudo seating signal output switch for outputting a pseudo seating signal, In a sanitary device having a controller for activating the cleaning mechanism based on a signal from the seat sensor or the pseudo-seating signal output switch, and a cleaning switch for operating the cleaning mechanism, the position of the nozzle or A nozzle variation device for changing the direction of water ejection and a storage device for storing the position or direction of the nozzle are provided. The nozzle variation device has a cleaning mechanism based on a pseudo seat signal from a pseudo seat signal output switch. The nozzle position or the water jetting direction in the operable state is the position or direction stored in the storage device. Sanitary equipment. 8. A drying mechanism for blowing hot air for drying a human body, a drying switch for operating the drying mechanism, and a wind direction changing device for changing a blowing direction of the hot air according to claim 6 or 7. The airflow direction changing device includes: a cleaning sensor configured to detect a warm air blowing direction in a state in which the cleaning mechanism is in an operable state based on a pseudo seat signal from a pseudo seat signal output switch; A sanitary apparatus characterized in that the sanitary apparatus is located rearward of a hot air blowing direction when the apparatus is placed in an operable state based on a seating signal from the user. 9. A drying mechanism for blowing hot air for drying a human body, a drying switch for operating the drying mechanism, and a wind direction changing device for changing a blowing direction of the hot air according to claim 6 or 7. And a warm air blowing direction storage device for storing a warm air blowing direction of the drying mechanism, wherein the air direction changing device is operable by the cleaning mechanism based on a pseudo seat signal from a pseudo seat signal output switch. A sanitary apparatus characterized in that the hot air blowing direction in the state is a direction stored in the hot air blowing direction storage device. 10. A sanitary device, comprising: a seating sensor that detects that the user is seated on a toilet seat and outputs a seating signal; and a controller that puts the sanitary appliance into an operable state based on a signal from the seating sensor. A sanitary device comprising a forced operation switch for operating a sanitary device regardless of whether a seating signal is output.