JPS60148934A - Sanitary washing apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a sanitary cleaning device that cleans the private parts of a human body sitting on a toilet seat with warm water and dries them with warm air.

Conventional configuration and its problems Theory 1111.

Figure 1 is an installation perspective view of the sanitary cleaning device, and 2 is a toilet bowl 1.
3 is the sanitary cleaning device body, 4 is the toilet bowl 1
It is a cistern that stores water for washing the inside of the tank.

FIG. 2 is a configuration diagram of a conventional sanitary washing device, in which 5 is a nozzle for discharging washing water to the part of the human body sitting on the toilet seat 2VC, and 6 is a water filter submerged in the water in the toilet 4. -, 7 is a water heater that stores washing water and heats it to an appropriate temperature; 5 is a pump that pumps and discharges cleaning water, and has a built-in motor as a driving source. 9 is a hot air blower that blows out warm air to dry the parts to be cleaned that are wet with cleaning water. mouth,
10 is a warm air wind tunnel; 11 is a fan that blows air to the warm air blower 1'' 9 through the wind tunnel 1o; 12 is a motor that drives the fan 11; and 13 is a fan that heats the air blown from the fan to an appropriate temperature. Heater 14 is the water heater 7 and pump 8
, a control unit 15 that controls the morph 12, the heater 13, etc.
is an operation section of the control section 14.

A sanitary flushing toilet is a device that cleans the anal area after defecating, cleans and dries the private parts of women during errands, and during menstruation. There was no function to set the temperature in advance or to set the hot air temperature for drying in advance. Therefore, during cleaning, the actual usage was to use a volume control or the like to gradually turn the volume from "off" to increase the amount of cleaning discharge energization and maintain it at the optimum point. Therefore, each time it is used, the user has to turn the volume and find the optimum point while cleaning, which has disadvantages such as being time consuming and having poor operability. In addition, the drying method can only be switched from ``off'' to ``low'' or ``high'', and depending on the season, when the ambient temperature changes, it may be too hot or too low when first turned on to low or high. The disadvantage is that it is difficult to obtain the optimum temperature.

The invention 111 solves these conventional drawbacks, and includes a washing water discharge means for washing the parts of the human body sitting on the toilet seat with warm water and drying the parts wetted by washing with warm air. Warm Jfd,
The objective is to improve the operability of the drying means and improve the usability.

Structure of the Invention In order to achieve this object, the present invention provides an on/off means for the washing water discharge means, an on/off means for the warm air drying means, an activation amount of the washing water discharge, and an initial temperature of the warm air of the hot air drying means. A setting means and a means for adjusting and changing each initial setting using one adjustment are provided.

According to the configuration, when the user wants to clean the part to be cleaned, the user turns on and off the cleaning water discharge means, and then
Washing is carried out with the discharge biasing amount set by the initial setting means, and if it is desired to increase or decrease the biasing amount, the previous adjustment is performed to set the desired cleaning water 4-1 volume. When drying, when the hot air drying means is turned on and off, hot air is blown out at the warm air temperature set by the initial setting means, and if you want to make it stronger or weaker, turn on the washing water energization. The amount value is reset and switched to the hot air temperature setting mode, and the hot air temperature can be changed to the desired temperature by adjusting the screen.

Therefore, the user only needs to make slight adjustments from the average cleaning water ejection energizing amount and the hot air drying temperature. It has the effect of relieving the discomfort of being too wet or too wet.

DESCRIPTION OF EMBODIMENTS An embodiment of the present invention will be described below with reference to FIGS. 3 and 4. Note that the same members as in FIGS. 1 and 2 are given the same numbers.

FIG. 3 is an external view of an operating section according to an embodiment of the present invention.

16 is a means for turning on and off the cleaning water discharge means; 17 is a hot air f
The on/off means for the IL drying means, the 18 off switches for the washing water discharging means and the warm air drying means, all of which are constructed of simple key switches.

19 and 20 are the initial setting values for the cleaning water discharge energizing amount and the hot air drying humidity, respectively. Reference numeral 21 is an adjustment operation for changing and setting the discharge energization amount of the cleaning water discharge means and the hot air drying temperature. When the setting is turned to the right, the discharge bias 111 increases and the hot air temperature becomes higher. Also, if you remove HIl to the left, it will be the opposite of 110. Note that the adjustment cap 21 is constructed of an endless type.

FIG. 4 is a control block diagram of the drying section.

22, it is a pulse switch linked to the adjustment operation knob 21 and consists of a clockwise rotation switch 22a and a counterclockwise rotation switch 22b. 23 counts the pulses of the pulse switch 22, and the pulse switch 2
Let 2a be an up count and 22b be a dakunkakunto. This is a digital/analog converter (hereinafter referred to as a D/A converter) that converts the binary output of the 24-digit kakunku 23 into an analog quantity.

26 is an initial setting part for the cleaning water discharge energizing amount; 36 is l, 1 [
Air drying* #111 is the initial setting part. 25 ke above I
)/A converter 24 is combined with the output from the cleaning water release energization amount initial setting unit 26 in a combining unit 27,
This is an analog switch that transmits the output to the phase control unit 28 of the bidirectional thyristor 29 that drives the cleaning pump 8, which is the cleaning water discharge means. 37 is the above D/A
The output 24a of the converter 24 is input to the warm air drying temperature initial setting section 36.
The output from the synthesizer 38 is synthesized with the output from the hot air I.
P'L is an analog switch that transmits on/off signals to the phase control section 34 of the bidirectional thyristor 32 driven by the heater 13, which is a drying means.

39I″i, turning on/off means 16 of the washing water discharge means
On/off means 17 and off switch 18 of the hot air drying means
This is a latch circuit that takes the switch operation as input. 39a
t/'i The output that turns on the analog switch 25 by operating the on switch of the washing water discharge means is the terminal, and the output of 39b turns on the analog switch 37 and the output to the motor 12 that drives the blower fan 11 by operating the on switch of the hot air drying means. The output terminal 39c to the motor drive unit 35 that supplies power is an output terminal that resets the count value of the force sensor 23 when the off switch 18, the wash water discharge means switch 16, and the hot air drying means switch 19 are operated. There are 33 commercial power sources.

FIG. 5 is a diagram of the output voltage waveform of the D/A converter 24, and the adjustment]
) When the control knob 21 is turned to the right, the contact 22c of the pulse switch 22 opens and closes, and the count value of the kakunta 23 is added. When the adjustment operation knob 21 is turned to the left, the contact 22b of the pulse switch 22 opens and closes, the count value of the kakunta 23 is subtracted, and the output voltage 24 of the D/A converter 24 is
a is made variable.

FIG. 6 shows the on/off means 16 of the washing water discharge means, and the ILI
This is a diagram showing the operation output waveform of the latch circuit section 39 when the air drying means is turned on, the off means 17, and the off switch 18 are operated. At the same time that 39a is output and latched, a rear node pulse is output from terminal 39c.

Next, when the hot air drying/Western means switch 17 is turned on, the output 39b of the latch circuit section 39 is output, and when latched, the same IR
I"rffff cleansing water discharge means force 39a is rear,
1 will be given. Then, a reset pulse is output from 39c to reset the count value of the amplifier down counter 23 to zero. When the off switch 18 is turned on, the outputs 39a and 39b of the latch circuit section 39 are all reset, and the washing water discharge means and the hot air drying means are stopped.

In the above configuration, the cleaning water energizing iJ5 of the cleaning water discharge means
: Tol++f 11111 '7i Drying means (7) #
It can be used in common with the ni wind ff1 □i power and horn adjustment operation knobs 21, and has the effect of allowing you to change settings from the initial settings to your liking.

Effects of the Invention As described above, the sanitary cleaning device of the great invention provides the following effects.

That is, a means for turning on and off the washing water discharging means, a means for turning on and off the hot air drying means, a discharge member for the washing water discharging means, a means for initially setting the hot air temperature of the hot air drying means, The initial setting change means provided separately from the initial setting means controls the discharge of the washing water discharge means (the q member setting and the hot air temperature setting of the hot air drying means are configured with one adjustment operation knob, and 1ifi is turned on; Since the change setting adjustment is automatically reset by operating the off means, there is no need to restore the ability to operate the adjustment, and the operation section can be simplified and operability improved, and the usability is also improved. .

[Brief explanation of drawings]

Figure 1 is a perspective view of a conventional sanitary cleaning device, and Figure 2 is an i
rl if/+I1゛ A top view of the transportation device if, FIG. The figure is D/ in Figure 4.
The output waveform diagram of the A conversion section, and FIG. 6 is a 1σ1 operation sequence diagram of the latch circuit section of FIG. 5... Nozzle, 8... Washing water discharge means (pump)
, 11... Warm air drying means (blow fan), 13
... Warm air drying means (heater), 16... On/off means for washing water discharge means, 17... On/off means for warm air \L drying means, 18... Off switch, 22
・Pulse switch of setting control means, 23...
Setting control means up and down karanku. Name of agent: Patent attorney Toshio Nakao and 1 other person No. 1
Figure 2 Figure 3

Claims (1)

[Claims] A cleansing water discharge means discharges cleansing water onto the private parts of a human body seated on a toilet seat to clean the private parts, and a warm air drying means includes a heater and a fan to dry the private parts wet with the cleansing water with warm air after cleaning. , turning on the washing water discharge means and the hot air drying means;
an on/off means for turning off, a means for initializing the discharge biasing amount of the washing water discharging means and the warm air temperature of the hot air drying means, and a discharge biasing amount of the washing water discharging means and the warm air drying means. A sanitary cleaning device having means for adjusting and changing the temperature of hot air from an initial setting amount using a single knob.