JP2012067451A - Control method of private parts washing device and private parts washing device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a private parts washing device capable of minimizing the size thereof with a simple structure, thereby preventing an anus washing nozzle and a bidet washing nozzle from interfering each other.SOLUTION: A private parts washing device includes: an anus washing nozzle 10 including a first cylinder 11 and a first nozzle 12; a bidet washing nozzle 20 including a second cylinder 21 and a second nozzle 22 travelling back and forth on the path intersecting with that of the first nozzle 12; and a hot water supply device 30. In the spout of washing water from a spout nozzle 12A of the first nozzle 12, a control method of the private parts washing device includes: a dumping water process for supplying the second cylinder 21 with the washing water retained in the downstream side of the hot water supply device and draining the washing water from the opening between the second nozzle 22 and the second cylinder 21; a suspend process for suspending the supply of the washing water to the first cylinder 11 and the second cylinder 21 after the dumping water process; and a wash process for supplying the first cylinder 11 with the washing water after the suspend process and spouting the washing water from the spout nozzle 12A of the first nozzle 12.

Description

  The present invention relates to a method for controlling a local cleaning device and a local cleaning device.

  Patent Document 1 discloses a conventional local cleaning device. This local cleaning apparatus includes an anal cleaning nozzle, a bidet cleaning nozzle, and a water supply channel. The anal cleaning nozzle has a first cylinder and a first nozzle. The first nozzle reciprocates between a storage position stored in the first cylinder and a forward position advanced by the water pressure of the washing water flowing from the rear end side of the first cylinder. The first nozzle ejects cleaning water from an ejection hole provided on the upper surface of the tip.

  The bidet cleaning nozzle has a second cylinder and a second nozzle. The second nozzle is between the storage position stored in the second cylinder and the forward position advanced by the water pressure of the washing water flowing from the rear end side of the second cylinder, and the trajectory of the first nozzle that reciprocates. Reciprocate on orbit intersecting The second nozzle ejects cleaning water from an ejection hole provided on the upper surface of the tip.

  The water supply path includes a first water supply path that communicates with the rear end of the first cylinder, a second water supply path that communicates with the rear end of the second cylinder, and a third water that communicates with the leading ends of the first cylinder and the second cylinder. Branches to the water supply channel. This branch part is provided with a switching valve that switches the supply destination of the wash water to the first water supply path, the second water supply path, or the third water supply path.

  This local cleaning device first supplies cleaning water to the third water supply channel when performing anal cleaning or bidet cleaning. Thereby, washing water flows into the tip portions of the first cylinder and the second cylinder. Thereafter, the cleaning water is supplied to one of the first water supply channel or the second water supply channel corresponding to anal cleaning or bidet cleaning. Then, washing water flows from the rear end side of the first cylinder or the second cylinder, the first nozzle or the second nozzle advances to the advance position, and the ejection hole provided at the tip of the first nozzle or the second nozzle. The washing water is spouted from.

  As described above, in this local cleaning apparatus, when the anal cleaning or bidet cleaning is performed, the cleaning water staying in the water supply channel flows into the first cylinder and the second cylinder from the tip of the first cylinder and the second cylinder. And discharge. During this discharge, the first nozzle and the second nozzle do not advance from the tips of the first cylinder and the second cylinder. For this reason, it can prevent reliably that one nozzle of the 1st nozzle or the 2nd nozzle which advances from the storage position of the 1st cylinder or the 2nd cylinder crosses and interferes with the other nozzle after that.

Japanese Patent Laid-Open No. 7-109761

  However, in the local cleaning device of Patent Document 1, since the cleaning water flows into the tip of the first cylinder and the second cylinder, the structure of the anal cleaning nozzle, the bidet cleaning nozzle, the water supply channel, and the switching valve becomes complicated. There is a risk of enlargement.

  The present invention has been made in view of the above-described conventional situation, and can be reduced in size with a simple structure, and a local cleaning device that can prevent interference between an anal cleaning nozzle and a bidet cleaning nozzle Providing a control method and a local cleaning apparatus is a problem to be solved.

The method for controlling a local cleaning apparatus according to the present invention reciprocates between a first cylinder, a storage position stored in the first cylinder, and a forward position advanced by water pressure of cleaning water flowing into the first cylinder. And a first nozzle for irrigation having a first nozzle that ejects washing water from an ejection hole provided on the upper surface of the tip portion;
A trajectory of the first nozzle that reciprocates between the second cylinder and a storage position stored in the second cylinder and a forward position advanced by the water pressure of the washing water flowing into the second cylinder; A bidet cleaning nozzle having a second nozzle that reciprocates on an intersecting track and jets cleaning water from an ejection hole provided on the upper surface of the tip;
A water supply channel branched and communicated with the first cylinder and the second cylinder;
A method for controlling a local cleaning device comprising a hot water supply device for supplying hot water to this water supply channel,
When the washing water is ejected from the ejection hole of the corresponding one of the first nozzle and the second nozzle by performing the anal washing or the bidet washing,
The first nozzle and the second cylinder are supplied to the first cylinder or the second cylinder corresponding to the other nozzle of the first nozzle or the second nozzle by supplying cleaning water staying on the downstream side of the hot water supply device. A draining water process for discharging from the gap between the first cylinder or the gap between the second nozzle and the second cylinder;
An interruption step of interrupting the supply of washing water to the first cylinder and the second cylinder after the waste water step;
A cleaning step of supplying cleaning water to one of the first cylinder or the second cylinder after the interruption step and ejecting the cleaning water from the ejection hole of one of the first nozzle or the second nozzle. It is characterized by that.

  In this local cleaning apparatus control method, there is an interruption process for interrupting the supply of the cleaning water to the first cylinder and the second cylinder between the waste water process and the cleaning process. For this reason, even if the other nozzle of the first nozzle or the second nozzle advances from the tip of the corresponding first cylinder or the second cylinder in the discarded water process, the advanced nozzle moves backward during the interruption process. Then, it is stored in the storage position in the first cylinder or the second cylinder. Therefore, in the cleaning process, it is possible to prevent one of the first nozzle and the second nozzle from crossing and interfering with the other nozzle when moving forward to the advance position.

  Moreover, in the local cleaning device provided with the control device in which this local cleaning device control method is incorporated, the structure of the anal cleaning nozzle, the bidet cleaning nozzle, the water supply channel and the switching valve can be simplified, Can be achieved.

  Therefore, the control method and the local cleaning device of the present invention can be miniaturized with a simple structure and can prevent interference between the anal cleaning nozzle and the bidet cleaning nozzle.

The local cleaning device is provided at an on-off valve that opens and closes the water supply channel, and a branch point that communicates with the first cylinder and the second cylinder of the water supply channel, and supplies the cleaning water to the first cylinder or A switching valve for switching to the second cylinder,
In the waste water step, the open / close valve is opened, and the switching valve is supplied to the first cylinder or the second cylinder corresponding to the other nozzle of the first nozzle or the second nozzle. And the washing water staying at the downstream side of the hot water supply device is discharged from the gap between the first nozzle and the first cylinder or the gap between the second nozzle and the second cylinder,
In the interrupting step, the switching valve is closed to the first cylinder or the second nozzle corresponding to one of the first nozzle and the second nozzle while interrupting the supply of cleaning water by closing the on-off valve. Switch to supply cleaning water to the cylinder,
In the cleaning step, the opening / closing valve is opened, and cleaning water can be ejected from the ejection hole of one of the first nozzle and the second nozzle.

  In this case, the waste water process, the interruption process, and the cleaning process can be easily performed by opening and closing the switching valve and switching the switching valve. As a result, the local cleaning device control method and the local cleaning device can be reduced in size with a simple structure, and interference between the anal cleaning nozzle and the bidet cleaning nozzle can be prevented.

The local cleaning device includes an air release valve provided between the on-off valve and the switching valve of the water supply channel,
The on-off valve is closed to complete the cleaning process, and one of the first nozzle and the second nozzle is retracted and stored in the corresponding storage position in the first cylinder or the second cylinder. A residual water draining step of switching the switching valve a plurality of times.

  In this case, by switching the switching valve a plurality of times, the inside of the first cylinder and the second cylinder is opened to the atmosphere via the atmosphere release valve, so that the state inside the first cylinder and the second cylinder is changed. be able to. That is, it is possible to reliably discharge the remaining cleaning water due to the surface tension of the cleaning water from the gap between the first nozzle and the first cylinder and the gap between the second nozzle and the second cylinder. For this reason, in the waste water process at the time of the next anal cleaning or bidet cleaning, the cleaning water has not remained in the first cylinder and the second cylinder, and has remained in the downstream of the hot water supply device. When the is supplied, the first nozzle or the second nozzle can be prevented from moving forward from the tip of the first cylinder or the second cylinder. Therefore, in the subsequent cleaning step, interference between the anal cleaning nozzle and the bidet cleaning nozzle can be prevented.

It is a block diagram of the local cleaning apparatus of an Example. It is sectional drawing which shows the movement at the time of anal cleaning of the nozzle for anus cleaning and the nozzle for bidet cleaning of an Example, (A) Standby state, (B) Waste water process, (C) Interruption process, (D) Cleaning process Show. It is a flowchart in the anal cleaning of an Example. It is a flowchart in the bidet cleaning of an Example. It is a flowchart which shows the residual water draining process of an Example.

  DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of a method for controlling a local cleaning apparatus and a local cleaning apparatus according to the present invention will be described with reference to the drawings.

<Example>
The local washing apparatus of the embodiment is incorporated in a toilet seat apparatus attached to a flush toilet having a toilet bowl (not shown). As shown in FIGS. 1 and 2, the local cleaning device includes an anal cleaning nozzle 10 and a bidet cleaning nozzle 20. The anal washing nozzle 10 has a first cylinder 11 and a first nozzle 12. The first cylinder 11 has a substantially cylindrical shape, and is provided with an inlet for the cleaning water at the rear end surface and an insertion port through which the first nozzle 12 is inserted at the front end surface. Further, the first cylinder 11 has an air hole 11A formed through the upper side surface. The air hole 11A is provided so that air flows from the air hole 11A into the gap so that the cleaning water does not stay in the gap between the first cylinder 11 and the first nozzle 12.

  The first nozzle 12 is stored in a storage position in the first cylinder 11 with the tip portion slightly protruding from the insertion port. A gap is formed between the side surface of the first nozzle 12 and the inner peripheral surface of the insertion opening at the tip of the first cylinder 11. A spring (not shown) is accommodated in the first cylinder 11. This spring provides an elastic force in the direction in which the first nozzle 12 is retracted to the storage position.

  The first nozzle 12 advances from the insertion port of the first cylinder 11 to the advance position by the water pressure of the washing water flowing from the inlet provided on the rear end surface of the first cylinder 11. Further, the first nozzle 12 moves back to the storage position in the first cylinder 11 by the elastic force of the spring when the washing water does not flow from the inlet provided on the rear end surface of the first cylinder 11. Thus, the first nozzle 12 reciprocates between the storage position and the advance position.

  While the first nozzle 12 is moving forward from the storage position to the forward movement position, a part of the washing water that has flowed into the first cylinder 11 is inside the insertion port of the side surface of the first nozzle 12 and the tip of the first cylinder 11. It is discharged from the gap between the peripheral surface. When the first nozzle 12 moves forward to the forward movement position, the washing water is jetted from the jet hole 12A provided on the upper surface of the tip portion of the first nozzle 12. At that time, the cleaning water is not discharged from the gap between the side surface of the first nozzle 12 and the inner peripheral surface of the insertion opening at the tip of the first cylinder 11. While the supply of the washing water to the first cylinder 11 is stopped and the first nozzle 12 is retracted from the forward movement position to the storage position, the washing water in the first cylinder 11 is separated from the side surface of the first nozzle 12 and the first nozzle 12. It is discharged from a gap between the inner peripheral surface of the insertion opening at the tip of the cylinder 11.

  The bidet cleaning nozzle 20 includes a second cylinder 21 and a second nozzle 22. The second cylinder 21 has a substantially cylindrical shape. The rear end surface is provided with an inflow port for cleaning water, and the front end surface is provided with an insertion port through which the second nozzle 22 is inserted. The second cylinder 21 has an air hole 21 </ b> A penetrating on the upper side surface. The air holes 21 </ b> A are provided so that air flows from the air holes 21 </ b> A into the gap so that the cleaning water does not stay in the gap between the second cylinder 21 and the second nozzle 22.

  The second nozzle 22 is stored in the second cylinder 21 at a storage position in which the tip end portion slightly protrudes from the insertion port. A gap is formed between the side surface of the second nozzle 22 and the inner peripheral surface of the insertion opening at the tip of the second cylinder 21. A spring (not shown) is accommodated in the second cylinder 21. This spring provides an elastic force in the direction in which the second nozzle 22 is retracted to the storage position.

  The second nozzle 22 advances from the insertion port of the second cylinder 21 to the advance position by the water pressure of the washing water flowing from the inlet provided on the rear end surface of the second cylinder 21. Further, the second nozzle 22 moves back to the storage position in the second cylinder 21 by the elastic force of the spring when the washing water does not flow from the inlet provided in the rear end surface of the second cylinder 21. In this way, the second nozzle 22 reciprocates between the storage position and the advance position.

  While the second nozzle 22 is moving forward from the storage position to the forward movement position, a part of the washing water that has flowed into the second cylinder 11 is inside the insertion port of the side surface of the second nozzle 22 and the tip of the second cylinder 21. It is discharged from the gap between the peripheral surface. When the second nozzle 22 advances to the advance position, the second nozzle 22 is ejected from an ejection hole 22A provided on the upper surface of the tip of the second nozzle 22. At this time, the cleaning water is not discharged from the gap between the side surface of the second nozzle 22 and the inner peripheral surface of the insertion port at the tip of the second cylinder 21. While the supply of the washing water to the second cylinder 21 is stopped and the second nozzle 22 is retracted from the forward movement position to the storage position, the washing water in the second cylinder 21 is separated from the side surface of the second nozzle 22 and the second nozzle 22. It is discharged from a gap between the inner peripheral surface of the insertion opening at the tip of the cylinder 21.

  In this local cleaning device, water is supplied from the outside through the water supply channel 1 and hot water is supplied through the hot water supply channel 2. The local cleaning device includes a hot water supply device 30 that mixes the supplied water and hot water to produce cleaning water having a set temperature.

  In addition, this local cleaning device communicates with the downstream side of the hot water supply device 30, and the cleaning water having a set temperature is provided on the inflow port provided on the rear end surface of the first cylinder 11 and on the rear end surface of the second cylinder 21. It has a water supply channel that supplies to the inlet. This water supply path is constituted by a first water supply path S1 whose upstream end communicates with the hot water supply apparatus 30, and a second water supply path S2 and a third water supply path S3 branched at the downstream end of the first water supply path S1. Yes. The second water supply passage S <b> 2 communicates with an inflow port provided on the rear end surface of the first cylinder 11 at the downstream end. The downstream end of the third water supply channel S3 communicates with an inlet provided on the rear end surface of the second cylinder 21.

  In the first water supply channel S1, a temperature sensor 31, a first on-off valve 32, a pressure reducing valve 33, a flow rate adjusting valve 34, and an air release valve 35 are provided in this order from the upstream side. Moreover, the switching valve 36 is provided in the location where 1st water supply path S1 branches into 2nd water supply path S2 and 3rd water supply path S3.

  The temperature sensor 31 detects the temperature of the wash water flowing through the first water supply path S1. The first on-off valve 32 opens and closes the first water supply path S1. The pressure reducing valve 33 makes the supply water pressure of the wash water flowing through the first water supply channel S1 equal to or lower than the set pressure. The flow rate adjustment valve 34 adjusts the flow rate of the cleaning water flowing through the first water supply path S1. The atmosphere release valve 35 communicates with the atmosphere in the first water supply path S1 in a state where the wash water does not flow in the first water supply path S1, and communicates with the atmosphere in the state where the wash water flows in the first water supply path S1. Shut off. The switching valve 36 communicates the supply destination of the cleaning water to the second water supply path S2 that communicates with the first cylinder 11 of the anal cleaning nozzle 10 or the second cylinder 21 of the bidet cleaning nozzle 20. Switch to S3.

  The first water supply path S <b> 1 is downstream of the temperature sensor 31 and branches off the drainage path S <b> 4 on the upstream side of the first on-off valve 32. The downstream end of the drainage channel S4 is formed so as to open toward the toilet bowl of the flush toilet when the toilet seat device incorporating this local washing device is attached to the flush toilet. A second on-off valve 40 is provided in the drainage channel S4.

  This local cleaning apparatus has an operation unit (not shown). The operation unit includes an anal washing switch, a bidet washing switch, a washing stop switch, and a washing strength adjustment dial. The local cleaning device includes a seating sensor (not shown) that detects that a user is seated on the toilet seat of the toilet seat device.

  Further, the local cleaning device receives the operation signal of the anal cleaning switch, the bidet cleaning switch and the cleaning stop switch and the seating and separation signals of the seating sensor, and receives the first on-off valve 32, the switching valve 36, and the second on-off valve 40. Is provided.

  The cleaning strength adjustment dial is linked to the flow rate adjustment valve 34. A user using this local cleaning apparatus can adjust the water flow of the cleaning water ejected from the ejection hole 12A of the first nozzle 11 or the ejection hole 22A of the second nozzle 21 by operating the adjustment dial.

  Next, the anal cleaning and bidet cleaning operations of the local cleaning device configured as described above will be described.

[Anal washing]
As shown in FIGS. 2A and 3, the first on-off valve 32 and the second on-off valve 40 are closed in the standby state, and the switching valve 36 includes the first water supply passage S <b> 1 and the anal washing nozzle 10. The second water supply passage S2 communicating with the first cylinder 11 is switched so as to communicate therewith.

  When the anal washing switch is operated, an ON signal is transmitted to the control device C. Then, the control device C opens the second on-off valve 40. Further, when the temperature sensor 31 detects that the temperature of the wash water flowing through the first water supply channel S1 has reached the set temperature, the control device C closes the second opening / closing valve 40. In this way, the temperature of the hot water supplied from the outside of the local cleaning device via the hot water supply channel 2 is low, and the cleaning water whose temperature of the cleaning water flowing through the first water supply channel S1 does not reach the set temperature is drained. It can drain to the toilet bowl of a flush toilet bowl via S4 (toilet bowl draining step).

  Next, as shown in FIGS. 2B and 3, the control device C closes the second on-off valve 40, opens the first on-off valve 32 for the set time, and The switching valve 36 is switched so that the water supply channel S1 and the third water supply channel S3 communicating with the second cylinder 21 of the bidet cleaning nozzle 20 communicate with each other. As a result, the cleaning water staying in the first water supply passage S1 downstream from the location where the drainage passage S4 is branched is discharged from the gap between the second nozzle 22 and the second cylinder 21 of the bidet cleaning nozzle 20. It can be (waste water process).

  At this time, if the cleaning water at the time of the previous anal cleaning or bidet cleaning stays in the gap between the second cylinder 21 and the second nozzle 22 due to clogging of the air holes 21A of the second cylinder 21, etc., the second The nozzle 22 may move forward from the tip of the second cylinder 21.

  Next, as shown in FIGS. 2C and 3, the control device C closes the first on-off valve 32 during the set time, and interrupts the supply of cleaning water to the second cylinder 21. Moreover, the control apparatus C switches the switching valve 36 so that 1st water supply path S1 and 2nd water supply path S2 connected to the 1st cylinder 11 of the nozzle 10 for anal washings may connect. As a result, even if the second nozzle 22 moves forward from the tip of the second cylinder 21 in the waste water process, the second nozzle 22 is moved by the elastic force of the spring while the first on-off valve 32 is closed. 22 moves backward and is stored in the storage position in the second cylinder 21 (interruption step).

  Next, as shown in FIGS. 2D and 3, the control device C opens the first on-off valve 32. Thereby, the 1st cylinder 11 washing water of the nozzle 10 for anus washing is supplied via the 2nd water supply channel S2. The first nozzle 12 is advanced from the insertion port of the first cylinder 11 to the advance position by the water pressure of the cleaning water flowing in from the inlet provided on the rear end surface of the first cylinder 11, and is provided on the upper surface of the tip portion. Washing water is ejected from the ejection holes 12A (cleaning process).

  Since the second nozzle 22 of the bidet cleaning nozzle 20 is stored in the storage position in the second cylinder 21, the second nozzle of the bidet cleaning nozzle 20 is moved when the first nozzle 12 of the anal cleaning nozzle 10 moves forward. It is possible to prevent interference by crossing 22.

  When the cleaning stop switch is operated, the control device C closes the first on-off valve 32 and ends the cleaning process.

  After the cleaning process is completed, as shown in FIG. 3, the control device C performs the first water supply for a predetermined time until the first nozzle 12 moves backward and is stored in the storage position in the first cylinder 21. The switching valve 36 is switched so that the passage S1 and the third water supply passage S3 communicating with the second cylinder 21 of the bidet cleaning nozzle 20 communicate with each other. Thereafter, the control device C switches the switching valve 36 so that the first water supply path S1 and the second water supply path S2 communicating with the first cylinder 11 of the anal washing nozzle 10 are communicated (first nozzle retreating step). .

  In this way, the first nozzle 12 is satisfactorily stored in the storage position in the first cylinder 11 and returns to the standby state.

[Bidet cleaning]
As shown in FIG. 4, the first on-off valve 32 and the second on-off valve 40 are closed in the standby state, and the switching valve 36 is connected to the first water supply channel S <b> 1 and the anal washing nozzle 10 as in the case of anal washing. The second water supply passage S2 communicating with the first cylinder 11 is switched so as to communicate therewith.

  When the bidet cleaning switch is operated, an ON signal is transmitted to the control device C. Then, the toilet bowl draining process is performed similarly to anal cleaning.

  Next, the control device C closes the second on-off valve 40 and opens the first on-off valve 32 for a set time. As a result, the wash water staying in the first water supply passage S1 downstream of the hot water supply device 30 and downstream of the location where the drainage passage S4 is branched is removed from the first nozzle of the anal washing nozzle 10. It discharges | emits from the clearance gap between 12 and the 1st cylinder 11 (waste water process).

  At this time, if the cleaning water in the previous anal cleaning or bidet cleaning stays in the gap between the first cylinder 11 and the first nozzle 12 due to clogging of the air hole 11A of the first cylinder 11 or the like, the first The nozzle 12 may move forward from the tip of the first cylinder 11.

  Next, the control device C closes the first on-off valve 32 during the set time, and interrupts the supply of cleaning water to the first cylinder 11. Moreover, the control apparatus C switches the switching valve 36 so that the 1st water supply path S1 and 3rd water supply path S3 connected to the 2nd cylinder 21 of the bidet washing nozzle 20 may be connected. As a result, even if the first nozzle 12 moves forward from the tip of the first cylinder 11 in the waste water process, the first nozzle 12 is closed by the elastic force of the spring while the first on-off valve 32 is closed. 12 moves backward and is stored in the storage position in the first cylinder 11 (interruption step).

  Next, the control device C opens the first on-off valve 32. As a result, the first cylinder 21 cleaning water of the bidet cleaning nozzle 20 is supplied through the third water supply path S3. The second nozzle 22 is advanced from the insertion port of the second cylinder 21 to the advance position by the water pressure of the cleaning water flowing in from the inlet provided on the rear end surface of the second cylinder 21, and is provided on the upper surface of the tip portion. Washing water is ejected from the ejection holes 22A (cleaning process).

  Since the first nozzle 12 of the anal cleaning nozzle 10 is stored in the storage position in the first cylinder 11, the first nozzle of the anal cleaning nozzle 10 is moved when the second nozzle 22 of the bidet cleaning nozzle 20 moves forward. Interference with 12 can be prevented.

  When the cleaning stop switch is operated, the control device C closes the first on-off valve 32 and ends the cleaning process.

  After the cleaning process is completed, the control device C determines that the first water supply channel S1 and the anal cleaning nozzle are used for a predetermined time until the second nozzle 22 moves backward and is stored in the storage position in the second cylinder 21. The switching valve 36 is switched so that the second water supply passage S <b> 2 communicating with the ten first cylinders 11 communicates. Thereafter, the control device C switches the switching valve 36 so that the first water supply path S1 and the third water supply path S3 communicating with the second cylinder 21 of the bidet cleaning nozzle 20 communicate with each other (first nozzle retreating step). .

  In this way, the second nozzle 22 is well stored in the storage position in the second cylinder 11. And the control apparatus C switches the switching valve 36 so that the 1st water supply path S1 and 2nd water supply path S2 connected to the 1st cylinder 11 of the nozzle 10 for anus cleaning may be connected, and it returns to a standby state. .

  The local cleaning device can easily execute the waste water process, the interruption process, and the cleaning process by opening and closing the first on-off valve 32 and switching the switching valve 36. Further, this local cleaning device simply has the structure of the anal cleaning nozzle 10, the bidet cleaning nozzle 20, the water supply channel (first water supply channel S1, second water supply channel S2, third water supply channel S3) and the switching valve 36. Therefore, it is possible to reduce the size.

  Therefore, the control method of the local cleaning device and the local cleaning device of the embodiment can be reduced in size with a simple structure, and the interference between the anal cleaning nozzle 10 and the bidet cleaning nozzle 20 can be prevented.

  As shown in FIG. 5, the local cleaning device finishes anal cleaning, and after the first nozzle 12 of the anal cleaning nozzle 10 is retracted and stored in the storage position in the first cylinder 11, or bidet cleaning is performed. And after the second nozzle 22 of the bidet cleaning nozzle 20 is retracted and stored in the storage position in the second cylinder 21, the seating sensor detects that the user is away from the toilet seat. The controller C switches the switching valve 36 four times at the set time interval (residual water draining step).

  That is, when the control device C receives the OFF signal of the seating sensor, the switching valve is connected so that the first water supply passage S1 and the third water supply passage S3 communicating with the second cylinder 21 of the bidet cleaning nozzle 20 communicate with each other. 36 is switched. Thereafter, after the set time has elapsed, the control device C switches the switching valve 36 so that the first water supply channel S1 and the second water supply channel S2 communicating with the first cylinder 11 of the anal washing nozzle 20 communicate with each other. The control device C further performs the switching operation of the switching valve 36 after the set time has elapsed.

  By switching the switching valve 36 in this way, the inside of the first cylinder 11 or the second cylinder 21 is opened to the atmosphere via the atmosphere release valve 35, and therefore the state inside the first cylinder 11 or the second cylinder 21. Can be varied. That is, the cleaning water remaining due to the surface tension of the cleaning water is surely discharged from the gap between the first nozzle 12 and the first cylinder 11 and the gap between the second nozzle 22 and the second cylinder 21. Can do. For this reason, in the waste water process at the time of the next anal washing or bidet washing, no washing water remains in the first cylinder 11 and the second cylinder, and the downstream side of the hot water supply device 30; When the cleaning water staying in the first water supply channel S1 downstream from the location where the drainage channel S4 is branched is supplied, the first nozzle 12 or the second nozzle 22 becomes the first cylinder 11 or the second cylinder. It is possible to prevent advancing from the tip of 21. Therefore, in the subsequent cleaning process, the interference between the anal cleaning nozzle 10 and the bidet cleaning nozzle 20 can be prevented.

The present invention is not limited to the embodiments described with reference to the above description and drawings. For example, the following embodiments are also included in the technical scope of the present invention.
(1) In the embodiment, a hot water supply device that mixes water supplied from the outside with hot water to make the cleaning water at the set temperature is used, but the hot water supply device is set by supplying only water from the outside. It may be an electric water heater that sets the temperature. In this case, since warm water below the set temperature does not flow out from the hot water supply device at the initial stage of anal washing and bidet washing, it is not necessary to provide a drainage channel that branches the water supply channel. In this case, the temperature sensor may not be provided in the water supply channel.
(2) In the embodiment, the residual water draining process is executed by the seating sensor detecting the separation of the user from the toilet seat, but the first nozzle or the second nozzle that has advanced to the advanced position is retracted to cope with it. The residual water draining step may be executed at any time after being stored in the first cylinder or the second cylinder.
(3) In the embodiment, the switching valve is switched four times in the residual water draining step, but the switching operation may be performed any number of times as long as it is two or more times.
(4) In the embodiment, the residual water draining step is included, but the residual water draining step may not be included.
(5) In the embodiment, the air holes are provided in the first cylinder and the second cylinder, but the air holes may not be provided in the first cylinder and the second cylinder.

DESCRIPTION OF SYMBOLS 10 ... Anal cleaning nozzle 11 ... 1st cylinder 12 ... 1st nozzle 12A ... Ejection hole 20 ... Bidet cleaning nozzle 21 ... 2nd cylinder 22 ... 2nd nozzle 22A ... Ejection hole 30 ... Hot water supply apparatus 32 ... 1st opening / closing Valve (open / close valve)
35 ... Air release valve 36 ... Switching valve S1, S2, S3 ... Water supply channel (S1 ... First water supply channel, S2 ... Second water supply channel, S3 ... Third water supply channel)

Claims (5)

A jet which is reciprocated between the first cylinder and a storage position stored in the first cylinder and a forward position advanced by the water pressure of the washing water flowing into the first cylinder, and is provided on the upper surface of the tip portion An anal cleaning nozzle having a first nozzle for ejecting cleaning water from the hole;
A trajectory of the first nozzle that reciprocates between the second cylinder and a storage position stored in the second cylinder and a forward position advanced by the water pressure of the washing water flowing into the second cylinder; A bidet cleaning nozzle having a second nozzle that reciprocates on an intersecting track and jets cleaning water from an ejection hole provided on the upper surface of the tip;
A water supply channel branched and communicated with the first cylinder and the second cylinder;
A method for controlling a local cleaning device comprising a hot water supply device for supplying hot water to this water supply channel,
When the washing water is ejected from the ejection hole of the corresponding one of the first nozzle and the second nozzle by performing the anal washing or the bidet washing,
The first nozzle and the second cylinder are supplied to the first cylinder or the second cylinder corresponding to the other nozzle of the first nozzle or the second nozzle by supplying cleaning water staying on the downstream side of the hot water supply device. A draining water process for discharging from the gap between the first cylinder or the gap between the second nozzle and the second cylinder;
An interruption step of interrupting the supply of washing water to the first cylinder and the second cylinder after the waste water step;
A cleaning step of supplying cleaning water to one of the first cylinder or the second cylinder after the interruption step and ejecting the cleaning water from the ejection hole of one of the first nozzle or the second nozzle. A method for controlling a local cleaning device, characterized in that: The local cleaning device is provided at an on-off valve that opens and closes the water supply channel, and a branch point that communicates with the first cylinder and the second cylinder of the water supply channel, and supplies the cleaning water to the first cylinder or A switching valve for switching to the second cylinder,
In the waste water step, the open / close valve is opened, and the switching valve is supplied to the first cylinder or the second cylinder corresponding to the other nozzle of the first nozzle or the second nozzle. And the washing water staying at the downstream side of the hot water supply device is discharged from the gap between the first nozzle and the first cylinder or the gap between the second nozzle and the second cylinder,
In the interrupting step, the switching valve is closed to the first cylinder or the second nozzle corresponding to one of the first nozzle and the second nozzle while interrupting the supply of cleaning water by closing the on-off valve. Switch to supply cleaning water to the cylinder,
2. The local cleaning device according to claim 1, wherein in the cleaning step, the on-off valve is opened, and cleaning water is ejected from the ejection hole of one of the first nozzle and the second nozzle. Control method. The local cleaning device includes an air release valve provided between the on-off valve and the switching valve of the water supply channel,
The on-off valve is closed to complete the cleaning process, and one of the first nozzle and the second nozzle is retracted and stored in the corresponding storage position in the first cylinder or the second cylinder. The method for controlling a local cleaning apparatus according to claim 2, further comprising: a residual water draining step of switching the switching valve a plurality of times after being performed. Reciprocatingly moves between the first cylinder and a storage position stored in the first cylinder and a forward position advanced from the tip of the first cylinder by the water pressure of the washing water flowing into the first cylinder; An anal washing nozzle having a first nozzle provided with an ejection hole for ejecting washing water on the upper surface of
Reciprocating between the second cylinder and a storage position stored in the second cylinder and a forward position advanced from the tip of the second cylinder by the water pressure of the washing water flowing into the second cylinder A bidet cleaning nozzle having a second nozzle that is reciprocated along a trajectory intersecting with the trajectory of the first nozzle and provided with an ejection hole for ejecting cleaning water on the upper surface of the tip;
A water supply channel branched and communicated with the first cylinder and the second cylinder;
A hot water supply device for supplying hot water to this water supply channel;
An on-off valve for opening and closing the water supply channel;
A switching valve provided at a location where the first cylinder and the second cylinder of the water supply channel branch to switch the supply destination of the cleaning water to the first cylinder or the second cylinder;
A control method for a local cleaning device comprising an air release valve provided between the on-off valve and the switching valve of the water supply channel,
The open / close valve is closed to finish anal cleaning or bidet cleaning, and one of the first nozzle or the second nozzle is retracted to accommodate the storage position in the first cylinder or the second cylinder. A method for controlling a local cleaning device, comprising: a residual water draining step of switching the switching valve a plurality of times after being stored in the storage device.   A local cleaning apparatus, comprising a control device in which the method for controlling the local cleaning apparatus according to claim 1 is incorporated.

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