JPH039967B2 - - Google Patents

Description

[Detailed Description of the Invention] [Technical Field] The present invention relates to a private parts cleaning device for cleaning the private parts of the human body, and more specifically, to improve the appearance by eliminating the operation handle, and to make the operation simple, easy, and accurate. Regarding technology.

[Background Art] In conventional private parts cleaning devices, the cleaning nozzle pipe was operated manually using the operation handle, so the operation handle protruded greatly.
In addition to deteriorating the appearance, clothing may get caught on the operating handle when operating the operating handle.
There is a problem that the operation may be hindered, and the operation requires relatively much force, making it difficult for sick people or young children to operate it.

[Object of the Invention] The present invention has been made in view of these problems, and its purpose is to eliminate the operation handle, improve the appearance, and improve the operability.
To provide a private part cleaning device that anyone can easily and accurately operate.

[Disclosure of the Invention] In the present invention, the base end of a cleaning nozzle pipe 29 formed by bending a pipe is interlocked and connected to an electric motor 30, and the cleaning nozzle pipe 29 is operated by the electric motor 30 which is started by pressing a button. The cleaning nozzle 31 formed at the tip of the cleaning nozzle pipe 29 by driving rotation is configured to be changeable between a usage position and a storage position, and a predetermined rotation angle of the cleaning nozzle pipe 29 driven and rotated is detected. A circuit configuration is provided in which a rotation angle detection means 32 is provided, and based on the detection result of the rotation angle detection means 32, the electric motor 30 is stopped and a solenoid valve 33 capable of supplying cleaning water to the cleaning nozzle pipe 29 is operated. The present invention relates to a private parts washing device comprising the above-described structure, and by configuring it in this way, the above object can be achieved.

The present invention will be described in detail below based on illustrated embodiments.

The private parts cleaning device A has a hot water tank 2 arranged on one side of the toilet bowl 1, and an anus cleaning nozzle pipe 3 as a cleaning nozzle pipe 29 connected to the hot water tank 2 so as to be swingable. A bidet cleaning nozzle pipe 4 serving as a cleaning nozzle pipe 29 is swingably provided in a part communicating with the hot water tank 2, and these anal cleaning nozzle pipes 3
and a bidet cleaning nozzle pipe 4 provided on one side of the toilet bowl 1. By independently operating the respective operation parts, anal cleaning and bidet cleaning can be performed independently. The configuration will be explained in detail below.

A toilet seat switch 6 is provided on the back of the rotatable toilet seat 5 on the toilet bowl 1, and the toilet seat switch 6 is turned on by sitting on the toilet seat 5. The toilet seat switch 6 is the main part of the control circuit. This is a switch.

An operation section of the control circuit is provided as an operation panel 7 on the surface of the casing 8 on the hot water tank 2 side. All operations on the operation panel 7 are push-button operations with a light touch. The push buttons include push button 9 for anal cleaning;
A drying push button 10, a bidet cleaning push button 11, a stop push button 12, and a pressure change push button 13 for changing water pressure and hot air pressure are provided.

When the anus cleansing push button 9 is pressed with the toilet seat switch 6 turned on, the pump 14 is activated via the control circuit.
and the anus cleaning solenoid valve 15 as the solenoid valve 33 is 1.
Electricity is applied for a second to supply hot water into the nozzle pipe 3 for anal cleaning, so that cold water remaining in the nozzle pipe 3 for anal cleaning can be jetted out and removed. After one second, the pump 14 and the anus cleaning solenoid valve 15 are temporarily stopped, and the anus cleaning motor 16 as the electric motor 30 is energized, and the rotation of the anus cleaning motor 16 drives and rotates the anus cleaning nozzle pipe 3. It is made possible to do so. When the anus cleaning nozzle pipe 3 is rotated to a predetermined position, the limit switch 34 serving as the predetermined rotation angle detection means 32 is turned on, the anus cleaning motor 16 is stopped, and the pump 14 and the anus cleaning solenoid valve 15 are turned on. The cleaning nozzle 3 configured at the tip of the anal cleaning nozzle pipe 3 turns on again.
Warm water can be spouted from an L-shaped anal cleaning nozzle 17. At this time, the voltage applied to the pump 14 gradually rises from 0 to the set water pressure adjustment level in about 1 second.

Next, when the stop push button 12 is pressed, the pump 14 and the anus cleaning solenoid valve 15 are stopped, the anus cleaning motor 16 is reversed, and the other limit switch 35 as the rotation angle detection means 32 is turned on. The cleaning motor 16 stops, the anal cleaning nozzle pipe 3 returns to its original position, and the anal cleaning nozzle 17 is retracted. When the anus cleaning nozzle 17 returns in this way, the pump 14 and the bidet cleaning solenoid valve 18 as the solenoid valve 33 operate for 3 seconds, allowing the anus cleaning nozzle 17 to be cleaned.

When the bidet cleaning push button 11 is pressed, the bidet cleaning solenoid valve 18 and the bidet cleaning motor 19 as the electric motor 30 operate, supplying hot water into the bidet cleaning nozzle pipe 4, and supplying hot water to the bidet cleaning nozzle pipe 4. It is designed so that the remaining cold water can be jetted out and removed. After one second, the pump 14 and the bidet cleaning solenoid valve 18 stop, and the bidet cleaning motor 1 stops.
9 is energized, and the bidet cleaning nozzle pipe 4 can be driven and rotated by the rotation of the bidet cleaning motor 19. When the bidet cleaning nozzle pipe 4 is rotated to a predetermined position, the limit switch 34 is turned on and the bidet cleaning motor 1 is turned on.
9 is stopped, the pump 14 and the bidet cleaning solenoid valve 18 are turned on again, and hot water is jetted from the L-shaped bidet cleaning nozzle 20 as the cleaning nozzle 31 configured at the tip of the bidet cleaning nozzle pipe 4. It has been made possible to do so. At this time, the voltage applied to the pump 14 gradually rises from 0 to the set water pressure adjustment level in about 1 second. In this way, the bidet cleaning operation is performed under the same operating conditions as the anal cleaning operation. When the stop button 12 is pressed while the anal cleaning nozzle pipe 3 and the bidet cleaning nozzle pipe 4 are rotating, these pipes 3 and 4 are pressed.
is designed so that it can be immediately reversed and returned to its original state.

When the toilet seat switch 6 is turned on, the fan motor 21 is driven, and air is sucked in through the deodorizing port 22 opening into the toilet bowl 1 and deodorized through the deodorizing material in the deodorizing cartridge 23.
It is arranged so that deodorization can be performed by exhausting the air to the opposite side of the toilet bowl 1.

Also, when the drying push button 10 is pressed, the fan motor 2
1 is driven, the duct route by the fan motor 21 is switched by operating the damper 25 by driving the route switching motor 24, the movable hot air opening 26 is extended, and the hot air heater 27 is energized.
The anus and bidet area can be dried after the cleaning.

When the stop button 12 is pressed or the toilet seat switch 6 is turned off, the hot air heater 27 is turned off and the route switching motor 24 is reversed so that the damper 25 can be switched so that the deodorizing route is configured. There is. In such a case, the path switching motor 24 is stopped by the switch 28. The fan motor 21 is configured to automatically stop three minutes after the toilet seat switch 6 is turned off.

Cleaning nozzle pipe 29 by electric motor 30
As an example of a structure for driving and rotating the cleaning nozzle pipe 29, a reduction gear mechanism 36 is used as shown in FIG.
A kick pin 38 is provided for actuating the cleaning nozzle pipe 29. In this way, a predetermined rotation angle of the cleaning nozzle pipe 29 can be detected. Such rotation angle detection means 32 can be modified in various designs.

By making the operation electric by pushing a button in this way, it can easily be constructed as a remote control type, and it can also be used for patients who are sick. Moreover, since it is electrically operated, it is possible to avoid the inconvenience of drying and cleaning at the same time.

[Effects of the Invention] In summary, the present invention connects the base end of a cleaning nozzle pipe formed by bending a pipe to an electric motor, and drives and rotates the cleaning nozzle pipe by the electric motor that is started by pressing a button. The cleaning nozzle formed at the tip of the cleaning nozzle pipe is configured to be able to change its posture between a use posture and a storage posture,
A rotation angle detection means for detecting a predetermined rotation angle of a cleaning nozzle pipe driven and rotated is provided, and based on the detection result of the rotation angle detection means, the electric motor is stopped and cleaning water is supplied to the cleaning nozzle pipe. Since the circuit is configured to operate a solenoid valve that can be operated by pushing a button, the conventional operation handle can be omitted, and the appearance is improved and the operation is not obstructed by clothing, improving operability. In addition, a rotation angle detection means detects a predetermined rotation angle of a cleaning nozzle pipe driven and rotated by an electric motor, and based on this detection result, the electric motor is stopped and a solenoid valve is activated. Since the washing water is supplied by the press, it is possible to automate the operation by pushing a button, and there is an advantage that anyone can operate it easily and reliably.

[Brief explanation of the drawing]

FIG. 1 is a schematic overall perspective view of an embodiment of the present invention;
Figure 2 is a perspective view of the same toilet with the toilet bowl removed, Figure 3 is a perspective view of the same with part of the casing removed, Figure 4 is a perspective view of the same with the casing largely removed, and Figure 5 is the anus of the same. FIG. 6 is a schematic plan view showing the washing system and bidet cleaning system; FIG. 6 is a schematic plan view of the same drying system; FIG.
The figure is a perspective view of the angle detection means same as above, and 29 is a cleaning nozzle pipe, 30 is an electric motor, 31 is a cleaning nozzle, 32 is a rotation angle detection means, and 33 is a solenoid valve.

Claims (1)

[Claims] 1. The base end of the cleaning nozzle pipe, which is constructed by bending the pipe, is interlocked and connected to an electric motor, and the electric motor, which is started by pressing a button, drives and rotates the cleaning nozzle pipe, and the base end of the cleaning nozzle pipe is connected to the tip of the cleaning nozzle pipe. The formed cleaning nozzle is configured to be able to change its posture between a use position and a storage position, and a rotation angle detection means for detecting a predetermined rotation angle of the cleaning nozzle pipe that is driven and rotated is provided, and the detection result of the rotation angle detection means is A local cleaning device comprising a circuit configured to stop an electric motor and operate a solenoid valve that can supply cleaning water to a cleaning nozzle pipe based on.