TW434357B - Human-body washing device - Google Patents

Abstract

A movable body (NH1-11) for a bidet can oscillate relative to a nozzle head at a flange portion and allows magnetism acting portions (NH1-18a to NH1-18c) to oppose to electromagnetic coils (NH1-33a to NH1-33c) in the nozzle head. When the electromagnetic coils are excited, the magnetism acting portions of the movable body are attracted to the electromagnetic coils and the movable body inclines. The electromagnetic coils are excited one by one, the inclination of the movable body changes in the direction in which the excitation shifts from one electromagnetic coil to another. A bidet nozzle (NH1-10) inclines at an angle of nozzle deviation alpha together with the movable body, and rocks and rotates along with the shift of the inclination position of the movable body while keeping the inclined posture. The water jet from the nozzle takes a jet form such that a model jet water column (RT) is conical. The excitation frequency of the coils is a dead zone frequency (more than 5 Hz) which cannot be sensed, making a repetitive stimulation an intermittent stimulation.

Description

^ 3435 7 a? _____B7 _ V. Description of the invention () TECHNICAL FIELD The present invention relates to a human body washing device that discharges washing water from a water jetting hole to wash the human body. Technical background In the past, such human body washing devices, such as sanitary washing devices installed in toilets, have been reviewed to expand the washing range, or promote defecation by gentle washing or strong stimulation. Wash the form. An example of such a technique is the technique of the conventional Japanese Laid-Open Patent Publication No. 6 1-5 3 9 2 9. This technique uses a fluid element mechanism to spit water in order to draw a specified trajectory of the washing water, expand the washing range, and spit the washing water while spitting water to switch the direction of the water flow. . However, the washing water discharged by the previous fluid element mechanism · The moving speed (vibration frequency) of the specified trajectory and the amplitude (washing area) of the specified trajectory increase and decrease in response to the increase and decrease of the amount of water immediately discharged. Therefore, when washing a wide range, the instantaneous discharge volume must be increased. On the other hand, when washing a narrow range, the instantaneous discharge volume must be reduced. 0 In addition, wide-range washing and narrow-range washing can be performed variably. In this case, the amplitude of the specified trajectory (cleaning area) cannot be changed significantly in the characteristics of the fluid element, so the range of change in the cleaning area is small. In addition, when cleaning a wide range, the moving speed (vibration frequency) of the specified trajectory is. High-speed (high frequency). On the other hand, when cleaning a narrow range, the moving speed (vibration frequency) of the specified trajectory is low. (Low frequency) 'Unable ------- I ------ install --- < Please read note #item Hirh on the back page first) Order--Line-Printed on paper by the Consumer Property Cooperative, member of the Intellectual Property Bureau of the Ministry of Economic Affairs, this paper applies Chinese National Standard (CNS) A4 Regulations (210 X 297 mm). 4 * -rw »* 4 3 5 Τα A7… * __; __B7__ V. Description of the invention) Please read the precautions on the back ^ this page) to match the moving speed of the washing surface. Furthermore, when there is a problem of washing and feeling in human body washing, there is a problem that it is not possible to effectively change the moving speed or washing area of a specified trajectory without changing the instantaneous amount of water. In addition, in recent years, a sanitary washing device that discharges warm water toward the human body has been reviewing how to save water with the purpose of reducing the power supply of the heater that heats the washing water. The present invention is to solve the problems of the prior art described above. The purpose is to provide a human body washing device that can perform various human body washing comfortably and at the same time improve water saving efficiency. The disclosure of the invention is related to the human body washing device of the present invention, which is characterized in that: the spouting state of the washing water flushed to the human washing surface is continuously changed with time, and the time variation of the spouting state is changed to The means of spitting out in a way that the human body cannot spit out, and the spitting control means independent of the flow rate of the washing water, can control the spitting state. The Consumption Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs printed the human body washing device related to the present invention, and the water spouting state of the washing water flushed to the human body washing surface was continuously changed with time by means of water spouting, and The time variation of the spouting state is made to spit out in a manner which cannot be recognized by the human body. The spouting state according to the spouting means is controlled independently of the flow rate of the washing water by the spouting control means. Here the so-called spouting state refers to the state or state of the washing water flushed to the human face, and the so-called spouting state changes over time refers to the area, location, and water washed by the washing water. Pressure, flow rate, flow rate, etc. change over time. Paper size applies national standard (CNS) A4 specifications (210 X 297 mm) -5- 4 3435 7 Α7 Β7 Intellectual Property Bureau of the Ministry of Economic Affairs Printing V. Invention Description (3) Changes. In addition, the so-called time variation of the spit-out state becomes unrecognizable to the human body, which means that the speed of the change of the state of the washing water is relatively large, or very small, and the washing surface of the human body cannot recognize the stimulus change. As a means for preventing the washing surface of the human body from discerning fluctuations in water pressure, a means for changing the cycle of washing water to the human body may be adopted. If the fluctuation period of the washing water is about 3 Η z or less, the human body can clearly recognize the stimulus change, so the fluctuation cycle is preferably 5 Η ζ or more. The above-mentioned spouting control means is independent of the flow rate of the washing water, that is, regardless of the flow rate, and appropriately controlling the spouting state of the washing surface, the position, the water pressure, the flow rate, etc., can obtain a suitable human body wash. For example, the water spouting pattern can be used to wash a wide area without reducing the cleaning power. That is, the present invention does not, as in the case of using the fluid element described in the prior art, want to increase the washing area and increase the flow rate, which will cause the human body to flush too much and cause unpleasant stimulation, or When the water potential is reduced to reduce the flow rate and the washing area is reduced, problems such as washing mistakes such as the part that is not being washed are generated, and comfortable washing can be achieved over a wide area. As a preferred example of such a spouting state changing with time, spouting patterns such as swing spouting or intermittent / pulsating spouting can be adopted, and the washing area and frequency (number of rotations, pulsation frequency) of these spouting patterns can be changed ), Load ratio, pulsation intensity and so on. For example, a preferred embodiment of the present invention is characterized in that the washing surface which is discharged from the water discharge hole is scanned with a wider area than the water discharge hole, and the washing surface is scanned at the same time. Water pressure change < Please read the Note f on the back page of this page first) Binding · The size of the thread paper is applicable to the Chinese national standard (CNS> A4 specification (210 X 297 mm) -6- 4 3435 7 V. Description of invention C; ) The method of controlling the scanning range of the above-mentioned spouting means by controlling the scanning range of the above-mentioned spouting means by means of a spouting means that is unrecognizable by the human body, and independent of the flow rate of the above-mentioned washing water, and the area of the washing surface can be changed. One aspect of the water spouting method is swinging water spouting, that is, the range of the washing water spouted from the spouting hole is scanned by rotation, reciprocation or a combination thereof, and the method of cleaning a wider area than the area of the spouting hole, etc. . In this case, in addition to the previously determined trajectory *, the trajectory scanned by the washing water may be determined in such a way that a uniform washing feeling can be obtained on the washing surface although it is random. In addition, another preferable aspect is characterized in that the flow rate of the washing water discharged from the water discharge hole is continuously changed with time, and the washing water is accompanied by a change in the flow rate of the washing water over time. The pressure change is a spouting means that spits out in a way that the human body cannot recognize, and a spout control means that controls the spouting means in a manner that can change the time variation ratio of the washing water independently of the flow rate of the washing water. In addition, in other aspects of the water spouting method, intermittent / pulsating water spouting can be used, that is, the flow rate of the washing water spouted from the spouting hole is completely stopped and intermittent water spouting is performed, or the minimum flow rate is not zero to make the flow rate Over time, pulsating spitting and other forms. In the case of pulsating water spouting, not only does the flow rate change less than intermittent water spouting, but also the minimum water pressure is not zero or negative, so it can reduce water hammer, that is, the pressure on other devices is accompanied by pressure fluctuations. In addition, the impact on the human body is reduced due to the near continuous spitting of water, and the washing feeling is excellent. In addition, because the spit water will not flow backward or stagnate, the heat exchanger control of the heating means for heating the washing water is also applicable to the national standard (CNS) A4 specification (210 X 297 mm) of this paper! I (Please read the precautions on the back h Λ page) Order --- Line · Printed by the W Industrial Consumers Cooperative of the Intellectual Property Bureau of the Ministry of Economy V- 4-3435 7 A7 Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economy B7 _ _Fifth, the description of the invention (5) can be relatively simple. In addition, the intermittent / pulsating water spouting form of the human body washing device has excellent washing power over a wide area and can be washed with less washing water. Therefore, the heat energy of heating the washing water can be reduced. The application of water heating means contributes to energy conservation. Similarly, the swept water jet can scan the washing surface, and the wide area can be washed even if the water jet diameter is reduced. Since the pore diameter of the spout can be reduced, the flow rate of the washing water can be increased even if the amount of water is smaller than that of the previous washing water. That is, it is the same as intermittent / pulsating spouting water, which not only can be washed with excellent detergency, but also reduces the thermal energy of heating the washing water and contributes to energy conservation. It is simplified or low because the capacity of the heating means is reduced. Cost becomes possible. In addition, as another preferred aspect of the present invention, it is characterized in that: the spouting state of the washing water flushed onto the human body's washing surface is continuously changed with time, and the spouting state is compared with The spouting means which can be recognized by the human body with a shorter period and a shorter period of time, and a spouting control means independent of the flow rate of the washing water, can control the spouting state. Here, the state of spouting control as the spouting means includes not only the time variation of the spouting pattern that cannot be recognized by the human body, but also the variation of the spouting pattern or the pressure change caused by scanning. The pressure changes in order, pressure changes due to flow rate changes, pressure changes due to flow rate, etc., only the accompanying water pressure changes can be recognized and recognized among the water pressure changes caused by spouting. In other words, the spouting control is performed even when the human body can perceive the accompanying low-frequency components in a fluctuation cycle that the human body cannot recognize. 1 In comparison with the previously recognized low-frequency components of continuous spouting, there is no in — — — — — — — I— I i — (please read "Notes on the back side of the article \ Buy hard copy first) Order-• Line · This paper size is applicable ® National Standard (CNS) A4 specification (210 X 297 mm) -8- ir 4 343 5 7 V. The invention is broken) Because of the great difference, such a water pressure system will not cause unpleasant washing feeling (irritation). That is, as the frequency of the control target, a comfortable washing feeling can be obtained as long as it is set to a frequency that cannot be recognized by the human body. In addition, as a preferred aspect of the present invention, it is provided with an instruction means for instructing the water ejection means to perform a water ejection washing action that the human body cannot recognize P, and the above-mentioned ejection control means may be configured to be synchronized with the water ejection instruction from the above-mentioned washing action instruction means. Control the change of the above-mentioned spouting pattern. That is, according to this pattern, because the cleaning operation instruction of the washing action instruction means is synchronized, the spouting pattern is changed and the spouting is performed, so additional washing is performed during washing. There is no unnecessary control compared to the clean occasion, and a large water saving effect can be obtained from the initial stage of washing. Also, because it is not washed by intermittent stimulation, such as special washing such as massage, but washing that is usually used, the frequency of use is high and the water-saving effect is greater. A human body washing device according to the present invention is characterized by including washing water that continuously changes the flow rate of the washing water discharged from the water discharge hole with time and changes the flow rate of the washing water over time. The change in pressure is a means of spitting out in a way that the human body cannot recognize. In the human body washing device related to this invention, the flow rate of the washing water discharged from the spouting hole by the water spouting means continuously changes with time, and the time variation of the washing water causes the pressure of the washing water to change. Spit out the way of identification. The human body washing device related to other inventions is characterized in that the water spouting state of the washing water flushed to the human body washing surface is continuously changed with time, so that the time variation of the water spouting state cannot be recognized by the human body. Spitting means for spitting out, and water potential setting means for setting the water potential of the washing water, and according to this paper standard, the national standard (CNS) A4 specification (210 X 297 public love) is applicable. Please read the note on the back. Item λ This page) Printed by the Consumer Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs -9-434 35 7 a? B7 Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of the invention) The water potential set by the above water potential setting means To control the water spouting means and change the water spouting control means in the water spouting state. According to the human body washing device of the present invention, the water spouting state of the washing water flushed to the human body washing surface is continuously changed with time by means of water spouting, and the time variation of the water spouting state cannot be changed by the human body. Spit out the way of identification. The spouting state according to the spouting means is controlled by the spouting control means in response to the water potential set according to the water potential setting means. Here, the above-mentioned water potential setting means refers to a means for setting the water potential by a user's operation such as a button or a knob, or an electronic control device such as a computer, which can set the water potential by a program according to various conditions. While posing. The water potential set by the water potential setting means can set the flow rate or flow rate of the washing water washed to the human washing surface to be continuous or stepwise, or it can be set to make the flow rate or flow rate independent or combined. value. For example, water is set to be larger when the user desires strong washing, and is set to be smaller when the user desires gentle washing. In addition, the change in the state of spouting water means changing the washing area, position, water pressure, and flow rate of the washing water discharged to the washing surface. The above-mentioned spouting control means appropriately controls the spouting state such as the washing area, position, water pressure, flow rate, and flow rate according to the water potential set by the water potential setting means, thereby performing proper human body washing. For example, when the strong water potential is set by the water potential setting means, a spouting pattern in which only the flow rate is increased, or when a weak water potential is set, a gentle spouting pattern in which only the flow rate is reduced, can be washed. That is, the present invention can avoid, for example, using the instructions described in the prior art. Please read the precautions on the back. ---. ♦ This page) Order · --- Line · This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm> 10-: 43435 7 A7 ___B7___ V. Description of the invention) --------------- install --- < Please read the page on the back of the page first.) As for fluid components, when the flow rate is increased, the vibration frequency is intentionally increased (more than necessary) to cause too strong unpleasant stimulation to the human body, or to make the If the flow velocity is reduced when the water potential is weakened, the vibration frequency is reduced and the irritation is extremely reduced, such as unsuitable washing. As a preferable aspect of the said water spouting means, the following structures are employable. (1) Water spouting means can use the washing water spouted from the spouting hole to scan the washing surface with a wider area than the above spouting hole, and at the same time make the pressure change caused by the scanning unrecognizable by the human body. Way to spit out the composition. (2) Water spouting means can use washing water spouted from the spouting hole to sequentially spout water in a wider area than the above spouting hole, while making the pressure change caused by the change impossible for the human body. Spit out the way of identification. -Line · (3) Water discharge means can be used to continuously change the flow rate of the washing water discharged from the water discharge hole with time, so that the pressure change accompanying the change of the flow rate M of the washing water over time can be discharged in a way that the human body cannot recognize. Of the composition. (4) Water spouting method of du print printing (4) by the shellfish consumer cooperation of the Intellectual Property Bureau of the Ministry of Economic Affairs can be adopted to continuously change the flow rate of the washing water discharged from the spouting hole with time and change the flow rate of the washing water over time. The pressure change is formed in a way that the human body cannot recognize. (5) Other forms of spouting means include changes in the spouting form that are not recognized by the human body, as well as changes in the spouting form, changes in pressure caused by scanning, or cleansing the face. Sequential changes in pressure, or changes in flow rate cause pressure changes, or changes in flow rate cause pressure changes. Among the changes in water pressure caused by spouting, only the accompanying changes in water pressure. This paper applies Chinese National Standards (CNS) A4 specification (210 X 297 mm) -11-〇4 35 7 A7 ____B7_ V. Description of the invention That is, in the spouting method, even if the spouting control is performed at a fluctuation cycle that cannot be recognized by the human body, although the human body perceives the accompanying low-frequency component, it is not much different from the previously recognized low-frequency component of continuous spouting. For this reason, such a water pressure system does not cause an unpleasant washing feeling (irritation). That is, as the frequency of the control target, as long as it is set to a frequency that cannot be recognized by the human body, a comfortable washing feeling can be obtained. Furthermore, the 'spitting control means appropriately changes the spouting pattern used by various spouting methods, the pressure change due to scanning, the pressure change to the washing surface in order, the pressure change due to the flow rate change, or the flow rate. Variations in pressure caused by changes in pressure, etc., can be washed in a variety of ways and appropriately. The human body washing device related to the present invention is characterized by comprising: making the water state of the washing water flushed to the human body washing surface continuously change with time, so that Water spouting means for spitting out in an unrecognizable manner, and water spouting pattern setting means for setting the water spouting pattern of the washing water, and the flow rate and the flow rate according to the water spouting pattern set by the above water spouting pattern setting means. And / or water spout control means. The human body washing device according to the present invention, by using a water spouting method, the spouting state of the washing water flushed to the human body's washing surface is continuously changed with time, and the time variation of the spouting state cannot be changed by the human body. Spit out the way of identification. The discharge control means changes the flow rate and / or the flow rate in accordance with the discharge pattern set by the discharge pattern setting means. The so-called spouting state setting means is to set the washing area, position, water pressure, flow rate and flow rate of the washing water discharged from the washing surface, which are different from each other — — — — — — — — — — — — II · II < «Read the note on the back of this page for this page) Order--. LINE-Printed by the Industrial Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs This paper applies Chinese national standards < CNS) A4 specification (210 X 297 mm) -12- 4 34 35 7 a? B7 5. Description of the invention (10) The means for spouting water, for example, can adopt the following configuration. (1) The washing surface can be scanned by washing water spouted from the spouting hole in a wider area than the spouting hole, and spits out in such a way that the pressure change caused by the scanning is unrecognizable by the human body. Swinging spitting water pattern. This spouting pattern can quickly increase or decrease the washing area. (2) The area of the washing surface can be changed sequentially by washing water spouted from the spouting hole with a wider area than the spouting hole, while making the pressure change caused by the change unrecognizable to the human body. The area of the spitting method changes the spitting water form. This water spouting pattern can quickly increase or decrease the washing area. (3) The first interval / pulsation that can be discharged in a manner that cannot be recognized by the human body can be adopted in which the flow rate of the washing water discharged from the spouting hole continuously changes with time, and the pressure change accompanying the change in the flow rate of the washing water over time can be discerned by the human body. Spitting water. This water spouting form can be controlled by the duty ratio or the applied voltage, and it is easy to increase or decrease the flow rate or increase or decrease the flow rate. 5 (3) The first interval that the flow rate of the washing water discharged from the spouting hole can be continuously changed with time and the pressure change accompanying the change of the flow rate of the washing water over time can be discharged in a way that the human body cannot recognize. Pulsating vomiting water form. In this water spouting form, it is possible to easily increase or decrease the flow rate or increase or decrease the flow rate by controlling the load ratio or changing the applied voltage. (4) It is possible to use a pressure that changes the flow rate of the washing water discharged from the spouting hole over time, and changes the flow rate of the washing water over time. / Pulsation spit shape. !!!! 装. 1 — {Guess first read the note on the back * this page) Order 'line · Printed on paper scales of the Ministry of Economic Affairs, Intellectual Property Bureau, Industrial Cooperatives, Copies of paper size Applicable to China # 准 （ CNS) A4 specification (210 X 297 mm) • 13- 4 3435 7 A7 B7 V. Description of the invention (11) The state of the shellfish consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. This spouting pattern can be easily increased or decreased and the flow rate can be increased or decreased by controlling the load ratio. (5) As other forms of spitting water, in addition to making the spitting water flow unrecognizable to the human body, it also includes spitting water, pressure changes caused by scanning, or sequential changes to the washing surface, or changes in flow rate resulting in pressure changes, or There are only occasions when there is accompanying change among the changes in the flow velocity, etc., among the changes in the water pressure caused by the spout. That is, in the spouting method, even if the spouting control is performed in the human body's changing cycle, although the human body will perceive the accompanying parts, it is too different from the recognition of the low-frequency components of continuous spouting in the past. Such a water pressure system will not cause No (stimulus). That is, as the frequency of the control target, as long as the frequency cannot be recognized, a comfortable washing feeling can be obtained. Such a spouting pattern setting means may be a structure that is implemented by switching a direct water pattern, an intermittent / pulsating spouting pattern, or the like according to a method of setting a water potential, or switching modes such as hip washing and massage. The above-mentioned spout control means obtains the individual flow rate conditions based on the spouting pattern set by the setting means in the following manner, and performs appropriate human body washing. (1) By changing the setting of the washing area by setting the spitting water state, you can increase or decrease the amount of washing water per unit area, and increase the amount of washing, or supplement the flow. Perform flow-rate changes over time. More pressure fluctuations cause pressure and water pressure fluctuations. Unrecognizable low-frequency components. Faster washing feeling than the rapid cleansing. Set to the human body setting. Wash by the spouting water state, flow rate or dynamic spouting water to prevent each reduction of washing 丨! --------Install i — (please read the Note # item on the back page)% of this page) · Order. Γ. Line. This paper size is applicable to the National Standards (CNS) A4. < 210 X 297 male a) -14- 4-34 357 a: _ B7 V. Description of the invention (12) (2) When it is set to intermittent / pulsating water spouting mode, the solenoid valve or water pump is driven by changing Change the load ratio to increase or decrease the flow to adjust the flow or softness. (3) When the intermittent / pulsating spouting mode is set, the flow rate is changed by changing the voltage (pulsation strength) to the solenoid valve or the water pump, and the stimulation is increased or decreased. The present invention is characterized by having a plurality of spouting patterns of the washing water washed into the human body's washing surface, which continuously change with time, so that the time variation of the spouting patterns is spewed out in a way that the human body cannot recognize. The water spouting means of the form, and the water spouting instruction means for instructing water spouting from the water spouting means, and the water spouting control means for controlling the water spouting means in accordance with the water spouting instruction by the water spouting instruction means and selecting water from the plural water spouting forms. In the human body washing device according to the present invention, a plurality of water spouting means are used to select these water spouting forms to spit water. That is, according to each water-spouting form of the water-spraying means, the spouting state of the washing water washed to the human body's washing surface is continuously changed with time, and the time variation of the spouting state is made to be unrecognizable by the human body. From these plural water-spraying forms, the water-spraying is appropriately selected. In addition, the spout holes may be plural in addition to a singular number, and the area may be variable. Furthermore, a part of the spout holes may be spouted in such a manner that the spout holes are changed in whole or over time. What is necessary is just the structure which can prevent a spouting state from changing over time, and its shape, number, and area are not specifically limited. In addition, the paper size of the so-called spit hole is applicable to the national standard 0 (CNS) A4 (210 X 297 male *) --------- • -install i — (Please read the note on the back of the item wT Λ This page) Order: .. Consumer consumption cooperation of the Intellectual Property Bureau of the Ministry of Economic Affairs. Du printed by the Intellectual Property Bureau of the Ministry of Economic Affairs. Printed by the employee consumer cooperative of the Intellectual Property Bureau. The effective area of the washing water is discharged from the water discharge hole. As a preferable aspect for selecting the water spouting form in this manner, the following configuration can be adopted. (1) The above-mentioned water spouting means may be configured to include a rotating and swinging water spouting pattern in which the washing water spouted from the spouting hole has a wider area than the spouting hole to scan the washing surface in an approximately circular shape, and Intermittent / pulsating spouting pattern in which the flow rate of the washing water discharged from the spouting hole changes over time (2) The above-mentioned spouting means may be configured to include an intermittent / pulsating pattern in which the flow rate of the washing water discharged from the spouting hole changes over time. The spouting form and the flow rate of the washing water so that the outside air is mixed with the flow rate of the washing water in the state of bubbles in the bubble form. (3) The above-mentioned water spouting means may be configured to include an intermittent / pulsating water spouting pattern in which the flow rate of the washing water spouted from the spouting hole is changed with time, and the compressed water is blown into the washing water in a state of bubbles to be mixed into the washing. Forced bubbles of water are mixed into the pattern. (4) The above-mentioned water spouting means may be configured to include a rotating and swinging water spouting pattern in which the washing water spouted from the spouting hole has a wider area than the spouting hole to scan the washing surface in a substantially circular shape, and The flow rate of the washing water causes the outside air to be mixed with the flow rate of the washing water in a bubble state. (5) The above-mentioned spouting means may be configured to have a wider area of the washing water spouted from the spouting hole than the spouting hole. The method of spitting water rotates and spit out the water in an approximately circular scan on the washing surface, and applies the Chinese standard 0 (CNS > A4) to the size of the paper. < 210 * 297 mm〉 -16 ·! 1 — 1 look —! ^ 01 i 1 < Please pay attention to the back of Mit first ¾ this order--• line-A7 -134 3 5 7 V. Description of the invention (14) Forced air bubble mixing state where water is blown into compressed air and air bubbles are mixed into washing water. < Please read the precautions on the back > t this purchase) The above spitting pattern can be used to properly select its characteristics as described below to increase or decrease the area to be washed or adjust the water potential. ' (1) The effect of improving the water saving rate (1) In a human body washing device, there are multiple water jet holes, such as those for the hips or the genitals, and different water jets are selected for each water jet. For example, for the spit hole for genital washing, choose a gentle washing form that has a weaker potential than the hip washing water. (2) The spouting control means selects the spouting form according to the flow rate of the washing water. For example, the 'intermittent / pulsating water spouting pattern can be easily adjusted by changing the load ratio of the solenoid valve or the water pump. The 0 is selected when the water saving rate is to be increased. Line-(3) Spout control means, according to the flow rate of the washing water, select the spout form. For example, if you want to increase the stimulus, choose intermittent / pulsating water spouting mode, and if you want to get a soft feeling of washing, choose a rotary swing water spouting mode. (4) Spout control means, in accordance with a predetermined order, select any of the above spout patterns. For example, at the initial stage of washing *, you can choose a rotating and swinging spouting pattern to perform gentle washing. After a specified period of time, increase the cleaning power and use intermittent / pulsating spouting, or force air bubbles into the spouting pattern. The human body washing device according to the present invention is characterized in that it has a plurality of spouting states of the washing water flushed to the washing surface of the human body, which continuously change with time, so that the time variation of the spouting state changes to Unrecognizable way to spit this paper. Applicable to Chinese national standards (CNS > A4 grid (210 X 297 mm) -17- A7 B7 ¢ 3435 V. Description of the invention (15) ill__II______ii (Please read the notes on the back first * Η 本 霣) The water spouting means according to the water spouting form described above, and a plurality of water spouting forms simultaneously performed according to the above water spouting means, and at the same time, at least one water spouting controlling means can be controlled independently of the flow rate of the washing water. The washing device has a plurality of water spouting means, which can simultaneously spit out these water spouting forms. That is, according to each water spouting form of the water spouting means, the water spouting state of the washing water flushed to the human body's washing surface can be spouted. It continues to change with time, and the time variation of the spouting state is spewing water that is not recognized by the human body, and the plural spouting patterns are combined to spit water. Among the plural spouting forms of water means, at least one spouting form is controlled independently of the flow rate of the washing water. The above spouting control means, among the plural spouting forms, is at least one spouting form, which can be independent of The flow of washing water, that is, regardless of the size of the flow, properly control the spouting state of the washing area, location, water pressure, and flow rate, etc., to obtain proper human body washing. f Cooperatives are printed on various types of spouting water that can improve the washing power or the feeling of washing. By having at least one washing area, position, water pressure, and flow rate that are appropriately controlled independently of the flow of washing water The structure of the spouting water state 'can not be limited to the flow rate of the washing water, but can perform human washing with an appropriate washing power and a feeling of cleansing. The so-called "independent of the flow rate" ranges from heating the washing water to an appropriate temperature. From the viewpoint of reducing the capacity of the means or simplifying the heating control of the washing water, it is also very desirable. In this way, the best form of the combination of the spouting forms can be configured as follows. (1 ) The above-mentioned water spouting means can be configured to have the paper size of the paper spouting from the water spouting hole applicable to the Chinese National Standard (CNS) A4 specification (210x297 mm). 10- 4 34 35 7 A7 ____B7 _ V. Description of the invention (16) The washing water spouts water in an approximately circular scanning manner on the washing surface in a manner that the water is spouted in a wider area than the above-mentioned spout holes, and the intermittent / pulsation that changes the flow rate of the purge water discharged from the spout holes over time (2) The above-mentioned water spouting means may be configured to include washing water spouted from a water spouting hole by rotating the washing water on a specified trajectory by rotating the water spouting shape. Intermittent / pulsating spouting water form that changes the flow rate of purified water over time, and the flow rate of air bubbles mixed into the washing water in a bubble state by the flow of the washing water; while the flow rate of the washing water changes over time Then, air bubbles are mixed into the washing water. (3) The above-mentioned water spouting means may be configured to include an intermittent / pulsating water spouting pattern in which the flow rate of the washing water spouted from the spouting hole is changed with time, and the compressed water is blown into the washing water in a state of bubbles to be mixed into the washing. Forced bubbles of water are mixed into the form; and the flow rate of the washing water is changed with time to mix bubbles into the washing water. (4) The above-mentioned water spouting means may be configured to include a rotating swing water spouting pattern in which the washing water spouted from the spouting hole has a wider area than the spouting hole to scan the washing surface in an approximately circular shape, and The flow of the washing water causes the outside air to be mixed with the flow rate of the washing water in a bubble state. The bubble is mixed into the shape: and the rotating water is rotated and spouted to rotate the washing water on a specified trajectory, so that the washing water mixed with bubbles is discharged. (5) The above-mentioned water spouting means may be configured to include a rotating and swinging water spouting pattern in which the washing water spouted from the spouting hole has a wider area than the spouting hole to scan the washing surface in an approximately circular shape, and To wash! | Cao! • fitting · < «Read the first item on the back page of this page · --line · The number of printed papers of the S Industrial Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs applies to Chinese national standards (CNS > A4 size (210 X 297 mm) • 19 -434357 A7 1 B7 Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of the invention () 17 Forced bubble mixing mode in which water is blown into the compressed air and mixed with washing water in a bubble state: and the water is swiveled to make the washing The water rotates on a specified trajectory, and the washing water mixed with bubbles is discharged. In this way, by appropriately combining and utilizing the characteristics of the above-mentioned spitting form, the increase and decrease of the washing area, the adjustment of the water potential, and the water saving rate can be obtained. In addition, as for the rotating and spitting water spouting pattern that is scanned with a roughly circular rotation for the cleansing surface, the swing is not adopted by the rotator, that is, the trajectory is approximately circular but not specified. Scan the cleaned surface The various swaying and spitting water forms have various trajectories, and of course they also have various characteristics of washing. The human body washing device related to the present invention is characterized by: Water discharge means for discharging washing water, and water potential setting means for setting the water potential of the washing water discharged from the water discharging means, and the space per unit area based on the washing surface is expressed by the formula (1). When the net strength is defined as the washing force e, the washing force control means for controlling the washing force e is increased or decreased according to the water potential set by the water potential setting means; e = E / A = (, o wX Qx y2) / A = p wx p X v3 [W / m2] ...... (1) Among them, the cleaning force e takes the following 値 as a parameter: A: the area to be washed on the washing surface by washing water [ m2] Q: instantaneous spit flow rate of washing water [m3 / sec] (please read the precautions on the back before filling this page) rr — This paper size is applicable to China's home samples (CNS) A4 size (210X297 mm) ) -20- Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs at 134357 at: ______B7_ V. Description of the invention () 18 PW: Density of water [kg / m3] V ': Flow rate of washing water [m / sec] Ρ: Space volume ratio of washing water P = Q / (A xv) [m 3 / m 3} E: washing energy aE = i〇wxQxv2 = pwXpxAx 'T 3 [W]. Related to the present invention The human body washing device discharges washing water toward the human washing surface by means of water spitting means. At this time, the washing force control means increases or decreases the washing force of the washing water according to the water potential set by the water potential setting means. The above-mentioned washing force control means performs control of increasing or decreasing the washing force e according to the water potential set by the water potential setting means, thereby performing appropriate human body washing. For example, the water potential setting means is set to a strong water potential. In the case of water spouting, it is possible to increase the flow rate without increasing the flow rate, or to maintain the state of the washing area when the water potential is set to be weak. It is possible to reduce the flow rate and softly spout the water. State for washing. Of course, even if it is set to a weak water potential, it is of course set to ensure a sufficient and necessary washing force e for washing. That is, when the present invention performs water potential control based on the opening degree of the fluid regulating valve, the number of rotations of the -pump, and the like as before, instead of the control in which the halo Q and the flow velocity v also fluctuate in a certain relationship, it is changed to By controlling only the flow rate Q or only the flow rate v, proper washing can be obtained. As a better form for increasing or decreasing the washing force e by means of the washing force control method, in accordance with the above-mentioned water spitting pattern, various methods can be adopted, for example, this paper size is based on the Chinese national standard (CNS > A4 rule "Grid (210X297) (Please read the notes on the back before filling in this page)

-21-4 3435 7 a? — B7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. 5. Description of Invention (19) Means described below. (1) Only the control of changing the flow rate Q According to the control of changing only the flow rate Q, 'Because the flow rate ~ ^ becomes constant, it does not cause excessive stimulation with the flow rate v, and can only increase or decrease the volume feeling to obtain the necessary strong washing. The net force e 'thus' gives a good washing feeling. This control *, for example, intermittent / pulsating load ratio control, 'control of the amount of air mixed in, the area of the shower spout plate, etc.', can be easily implemented. (2) Control for changing only flow velocity v According to control for changing only flow velocity v ', since the flow rate Q is constant, control of the heat exchanger is simplified. In addition, since the flow rate is constant, it is only necessary to use a constant flow valve for controlling the flow rate in the water flow path. It is not necessary to use an expensive large-scale flow control valve, and cost can be reduced. In addition, if the flow rate Q is designed to be small, the energy saving of electricity for water saving and heating can be achieved. (3) Control to change only the washing area A According to the control to change only the washing area A * The above-mentioned effect can be obtained because the flow velocity v and the flow rate Q are constant. This control can be easily realized in the state of water spouting, such as rotation and swinging, and area switching of the shower spouting plate. In addition, by changing the washing area to change the water potential, you can feel an unprecedented feeling of washing. fPlease read the precautions on the back V first. ^ fThis page} This paper size applies to Chinese national standards < CNS) A4 specification (210 X 297 mm) • 22- ^ 4 34 35 7 V. Description of the invention b) A7 B7 Any number of the above parameters, such as By changing the flow Q, v2 / A becomes a certain control method. Thereby, the washing force e (water potential) can be changed by changing the flow rate Q, and under a condition of arbitrary washing force e (water potential), a strong flow velocity v is obtained when washing a wide area, and the washing force e When the area is narrow, it becomes a weak flow velocity v., Which can avoid reduction of stimulus or excessive stimulus. In addition, by changing the flow velocity ν to make the Q / A control constant, the cleaning force e (water potential) can be changed by changing the flow velocity ν. When washing a wide area under arbitrary conditions of the cleaning power e (water potential) The flow rate Q becomes larger, and when the narrow area is washed, the flow rate Q becomes smaller, which can prevent insufficient volume feeling and only increase useless volume feeling. For a preferable aspect of the human body cleaning device related to the above invention, an upper limit or lower limit of the flow rate Q having one of the parameters defining the cleaning force e controlled by the cleaning force control means may be adopted. The composition of means. The upper and lower limits of the flow rate are defined by means of setting the upper limit of the flow rate according to the actual capacity of the heat exchanger and the inlet water temperature of the washing water, so that the maximum flow rate Q that is optimal for the use environment can be obtained. Get the biggest sense of fullness in the environment. In addition, such a suitable change in the maximum flow rate Q is performed under the control of the cleaning force e by the cleaning force control means. For example, even when the maximum flow rate Q is specified to be small, sufficient cleaning can be ensured Force e (water potential). -= -... Also, the so-called clean environment here refers to the power capacity of the wiring inside the house ------ I--ii 装 i — < Please read the note on the back of this page first.) Order. The size of the paper is applicable to the Chinese national standard (CNS > A4 size (210 * 297 mm) -23- Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 3435 7 V. Description of the invention h) Different parameters (area 'season, time zone) or personal preferences that have an influence on the inlet water temperature of the washing water. Etc. Furthermore, the flow rate Q can be determined from the set minimum water The upper limit of the heating capacity of the heat exchanger at warm time is determined according to the above-mentioned use environment at the time of product shipment or construction, or adjusted and fixed to a certain level according to the user's preference, or not fixed to a certain level.値 is set to 变动 which changes appropriately. In the former case, the upper limit of the flow rate Q is fixed due to the use environment or user preference, so the flow rate Q does not change during use, and you can experience the same sense of weight every time. In the latter case, the appropriate Q 値 is set to the most suitable reason 'in the case of a water temperature cylinder ^ By increasing the upper limit Q of the flow rate 値, a sufficient sense of weight can be given. In addition, the toilet seat is heated, etc. When the energy allocated to the heat exchanger by his heat source is reduced, the upper limit 流量 of the flow rate Q is reduced, and a predetermined temperature rise performance can be obtained without heating. Insufficient to spit out cold water. Here, the means are determined according to the upper and lower limits of the flow rate. Regardless of whether the change is required before shipment or when the user changes it by operating a specific switch, the change program according to formula (1) can be recorded in non-volatile memory. Or select by changing the specific input voltage to the microcomputer. For example, even if it is changed to a low power consumption specification under the restrictions of indoor wiring, it does not need to be redesigned as before, or it occurs in Reluctant use under inconvenient conditions, etc. The human body washing device according to the present invention is characterized by: a water spouting means for causing the water spouting state washed to the human washing surface to continuously change over time, and the paper Standards are applicable to China National Standard (CNS) A4 (210 X 297 mm) ----— li-装 i — < Please read the note wjT on the back first. I->--24-Printed by the Consumers' Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 3435 7 ΑΊ __ ^^ __ Β7 _____ V. Description of the invention) The operation is to perform a washing start operation means for outputting a washing start instruction for starting to spit out the washing water on the human washing surface and to synchronize the start instruction from the washing start operation means with the above-mentioned water discharge means. Water spouting control means that changes with time. ♦ In other words, when an instruction to start water ejection is issued from the washing start operation means, the water ejection control means instructs the water ejection means to eject water, and the water ejection means performs water ejection that changes the water ejection form with time. Such washing is immediately discontinuous and partial due to the continuous and fixed-point washing water spouting because the water spouting in the form of time-varying spouting is performed immediately by the instruction from the washing start operation means. The human body is washed and the washing efficiency is significantly improved. Furthermore, the spouting water with high washing efficiency accompanied by the change of the spouting pattern over time can save water or various and comfortable spouting water. That is, according to the present invention, as in the previous massage and washing, after the operation method is started from the washing, the water is not spitting out like pressing the massage button, but after the washing operation method is instructed, it is always always The spouting water is changed over time, so it is always a discontinuous, partial human body washing, which significantly improves the washing efficiency. Also, "the spouting pattern which changes with time is preferable from the viewpoint of improving the washing efficiency because it changes with time independently of the flow rate". If the flow rate is reduced, such as a fluid element or the like, which is a time-varying component that changes the spouting pattern depending on the flow rate, the flow rate will decrease, the cycle will become longer, and the washing efficiency will decrease. In addition, r-, the time variation of the spouting state makes the above-mentioned spouting state a short period that cannot be recognized by the human body, because it improves the commerciality, so it is better. Once upon a time--usually used even 1! -Install il < Please read the cautions on the back page first page》 Order- • Line · This paper size is applicable to Chinese National Standard (CMS) A4 (210 X 297 mm) -25- · 4 3435 7 A? _. B7 5 、 Instructions of the invention h) Fixed-point washing with free flow for human body washing can not avoid the unnatural feeling caused to the human body by the spitting water state changes with time. Here, the change is performed at a higher frequency than the time change that the human body can sense, which can maintain a high cleaning efficiency while avoiding the unnatural feeling to the human body. Best Mode for Implementing the Invention Next, an embodiment in which the human body washing device according to the present invention is applied to a partial body washing device according to the embodiment will be described in accordance with the embodiment. FIG. 1 shows the first embodiment of the state of being mounted on a toilet. A schematic perspective view of the partial cleaning device KS 1-1. FIG. 2 is an explanatory diagram for explaining the remote control device RC 1 — 1 having the partial cleaning device. FIG. 3 is an auxiliary operation for explaining the partial cleaning device. Figure KS 1-9 is a schematic perspective view of the side perimeter. Figure 4 is a block diagram of a schematic diagram of a local cleaning device centered on a waterway system. Figure 5 shows a schematic of the control system. Block diagram of the composition. A 1 / The overall structure is shown in the figure. The local washing device KS 1 ~ 1 has a body part KS 1 _ 2 which is fixed to the upper part of the toilet BT rear part, and is used for remote control washing operation or drying operation. Remote control device RC Γ-1. The main body K S 1-2 ′ is provided on the toilet opening side, and is provided with a toilet seat KS 1-3 and a toilet cover KS 1-4 freely. In addition, this body part has a nozzle device wy 1-1 on the side of the toilet, as well as a side part KS1-5 and a cleaning nozzle wy 1-1 for washing water out of the washing part. A4 specification (210 X 297 mm) ------------- install --- (Please read the notes on the back of this book I) Order 'line · Intellectual Property Cooperatives, Intellectual Property Bureau, Ministry of Economic Affairs Printing-26-Industrial Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs / 3435 7 at ____B7_____ V. Description of the invention) NS1-1 (see Figure 6) contains various functional parts described below. As shown in Fig. 2, the remote operation device RC 1-1 has various operation buttons commonly used in defecation. In other words, this remote control device has a stop button SWa which is operated when stopping the washing / drying operation of the local cleaning device in the uppermost part of the front, and a hip washing operation which is performed when normal anal cleaning is desired. The button SWb, the soft wash button SWc that is operated when the anus is cleaned by spitting water more gently than the normal anal wash, and the pussy wash button SWd, which is operated when the pussy is desired, and A drying button SWz which is operated when the local area is dried by warm air. In addition, anal washing is performed by the soft washing button SWc, which is a washing mode that does not apply stimulation as much as possible to people with hemorrhoid disease or people who are allergic to the epidermis around the anus, which is more common than anal washing. Those who have more water, or reduce the flow rate, etc., gently spit out the washing water and wash the anus. Below the uppermost button group, a remote control device is provided with a button group for changing the above two types of spouting water when washing the buttocks, and a button group for changing the type of spouting water when washing the genitals. That is, this remote operation device is provided below the way corresponding to the washing buttons on both hips: ^-1. The washing nozzle WN1-1 moves back and forth while spitting out washing water to provide a wide range of washing feeling Move the setting button SW fa, and make the area flushed by the washing water (washing area) regularly change throughout the spouting period to promote defecation. Press the button SWea and set the washing area to the entire spouting. Swing settings for irregular changes during the period to provide a sense of peace or comfort — — — — — — — — III — —— * II (Please read the notes on the back first 顼 ^ Γ > »本 W) Γ Order: This paper size is in accordance with Chinese National Standard (CNS) A4 (210 X 297 mm) -27- Intellectual Property Cooperative Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 4.34 3 5 7 a7 _ · _B7______ V. Description of the button SWta , And a point setting button SWua for reducing the washing area, and a wide area setting button SWva for expanding the washing area. In addition, the movement setting button SWfv, the swing setting button SW tv, the dot setting button SWuv, and the wide area setting button SWvv are provided below the same as the buttock washing so as to correspond to the genital washing button. Further below the optical signal transmitting section RC 1-2 is a deodorization setting button SWy for setting on-off deodorization in the toilet bowl, and a prevention room that automatically switches on and off the indoor heating mode when the room temperature is low. Low temperature heating setting button SWw. In addition, under these setting buttons, a display section RC 1 to 3 showing the water potential of the washing water and the nozzle position is sandwiched, and has a strong water potential setting button SWhu and a weak water potential. Setting button SWhd, nozzle position advance setting button SWxf, and Nozzle position backward setting button s W xb. The state of water spout when these buttons are operated will be described later. The side part K S 1-5 is provided with a display part KS 1-6 for displaying the operation status of the local cleaning device and the like, and covers the auxiliary operation part cover KS 1 to 7 described later with free Cymbidium. The display unit is incorporated into a light receiving unit that receives an optical signal from the optical signal transmitting unit R C 1-2 described above. In addition, a part of the cover is provided with a colored light transmitting window KS 1 for selectively transmitting light emitted from the 'seat sensor s S 1 0 (refer to FIG. 3) for detecting a seated human body. - 8. This side part, as shown in Fig. 3, has an auxiliary operation part K S 1 _ 9 under the outer cover. This auxiliary operation unit is covered by a cover because of a low operating frequency, and includes a plurality of operation buttons or operation knobs around the seat sensor S S 10. Among these buttons are the push buttons on the front of the seat sensor. (Please read the “Notes on the back page” first) This paper size applies to China National Standard (CNS) A4 (210 X 297 mm) -28- 4 34 3 5 A7 B7 V. Description of the invention Red) The main power switch SWp 'for turning on and off the power of the entire local cleaning device and the cleaning nozzle WN 1-1 for cleaning and maintaining the cleaning nozzle WN 1-1 1 The forward and backward nozzle washing button SWk, the buttock washing button SWb that switches the buttock washing, and the pussy washing button SWd that switches the pussy washing. With the two washing buttons, even when the remote operation device cannot be operated due to a lack of battery power, etc., partial washing can be performed. The buttons on the side of the seat sensor are the same deodorization setting button SWy and heating setting button SWw as those of the remote operation device. In addition, each knob behind the seat sensor is a warm water knob that switches warm water heaters and sets the temperature of warm water, a switch that warms the toilet seat and a toilet seat knob that sets the temperature of the toilet seat, and a dryer that sets the drying temperature. Knob, and heating knob to set the temperature of the room heating. B 1 / Waterway system and control system structure: The local washing device of the first embodiment has the following waterway system structure and control system structure in accordance with the above-mentioned button for washing operation / drying operation and the like. As shown in FIG. 4, the water system of the local cleaning device includes an inlet-side valve unit WP 1-_ · 1, a heat exchange unit TH1-1, and an outlet side from an external water supply side (not shown). Valve unit WP1-3. Then, the washing water is guided from the outlet-side valve unit to the washing nozzle WN 1-1 of the nozzle device N S 1-1, and the washing water is discharged from the nozzle in a manner described later. In addition, the outlet water side valve unit also conducts the washing water in the functional water unit W P 1-4 and discharges the functional water from the unit to the washing nozzle WN 1-1. Each of these units is connected to the upstream side and the downstream side water supply pipe via a heat exchange unit. That is, the paper size of the water inlet valve unit and the heat exchange unit applies to Chinese national standards. < CNS) A4 specifications (210 * 297 public love)-------! 11! Install i — ί Please read the notes on the back MtT (I) Order.-Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs Printed A7 B7 f 4 3435 V. Description of the invention ^ 7) The unit 'is connected to the upstream water supply pipe WP 1-5, and the units downstream of the heat exchange unit and the nozzle device are connected to the downstream water supply pipe WP 1 _6. In this case, four water supply pipes are branched from the water outlet valve unit WP 1-3, three of which are connected to the nozzle device N S 1-1 and the rest are connected to the functional water unit WP 1-4. In addition, these branch pipes also form part of the downstream side pipes. The upstream water supply pipes WP 1 to 5 are used in this local cleaning device to be connected to the water inlet valve unit W P 1 _ 1 that directly supplies the washing water (tap water) from the water supply source (tap water pipe). The washing water guided to the upstream water supply pipe passes through the inlet valve unit 昀 strainer W P 1 _ 7 to capture impurities, etc., and flows into the check valves WP1-8 and the constant flow valve WP1-9. When the solenoid valve W P 1 _ 1 0 downstream of the constant flow valve is opened, the washing water flows into the heat exchange unit TH1—1 of the instantaneous heating mode while the fixed flow valve is fixed at the specified flow rate. In the first embodiment, the flow rate of the washing water is fixed to about 500 to 1 000 c c / mi η by a constant flow valve. The upstream water supply pipe WP1-5 may be branched from a washing water tank (not shown) for storing washing water for toilet flushing, and may be piped to the water inlet valve unit W P 1-1. The upstream water supply line from the water inlet valve unit to the heat exchanger unit is provided with a first wash water outlet line WP 1-1 2 through a safety valve WP 1 _ 11 and upstream The second water supply piping WP 1-1 3 with the side feed water line branching directly. When the pressure of the pipeline on the upstream side of the safety valve is increased for some reason and the pipeline is opened by the safety valve in the first washing water outlet pipe, the washing water in the upstream water supply pipe is guided to the paper size. Applicable national standards of country t < CNS) A4 niobium (210 X 297 mm) — — — — — —— III—— — — * I I < Please read the Precautions on the back page first) Magic · -line-Economy. Ministry of Economic Affairs and Intellectual Property Bureau X. Consumer Cooperation Du Print -30- ^ 34 35 7 V. Inventive Note Red) From the outside. In this way, it is possible to avoid the increase of the internal pressure of the water supply pipe on the upstream side and the water tank of the heat exchange unit, so not only can avoid fatigue caused by deformation or shrinkage / expansion of the water tank, but also the water tank does not have to have a higher degree of necessity. Pressure resistance performance. In addition, the second washing water outlet pipe leads to the washing water having a differential flow rate set by the constant flow valve and the regulated flow rate of the throttle pump WP1-14 described later on the downstream side water supply pipe WP 1-6. To the outside. As a result, unnecessary washing water that is warmed up in the heat exchange unit can be omitted, and power consumption can be reduced. The above-mentioned first and second washing water outlet pipes are arranged so that their ends face the suction port for deodorization or the exhaust port for local drying. As a result, the washing water discharged from the two outlet pipes is spit out through these suction ports or exhaust ports. Since the suction port or the exhaust port is adjacent to the toilet bowl portion, it is stained by scattered water sprayed on the dirt disposed on the bowl portion. However, the suction port or exhaust port is cleaned by the washing water from the above two outlet pipes! For this reason, it is preferable from the viewpoint of hygiene or cleanliness. Since the washing water discharged from the outlet pipe flows into the toilet bowl and falls, it does not stain the periphery of the toilet. The heat exchange unit TT 1-1 downstream of the water inlet valve unit is provided with a water tank TH 1-3 with a built-in heater TH 1-2. This heater is formed by winding a nickel-chromium wire with a good thermal response into a spiral shape. Therefore, as long as the water tank has a capacity capable of heating the washing water in an instant, the entire water painting and heat exchanger unit can be miniaturized. In addition, the structure of the heat exchanger unit is simplified and green, and it has manufacturing advantages such as a reduction in the number of assembly processes and a reduction in cost. In addition, installed near or near the heater, this paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm)----- II --- · 1 I (Please read the note on the back first This page) Order: Printed by the line · Printed by the Shelley Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 31-A7 B7 4 3435 5. Description of the invention b) A bimetal thermostat or temperature fuse (not shown) that mechanically interrupts its abnormal heating. Please read the precautions on the back first (Η This page)) And this heat exchange unit continuously detects the temperature and temperature of the washing water flowing into the water tank with the inlet water temperature sensor s S 1 6 a and the outlet water temperature sensor SS 1 6 b. The temperature of the washing water flowing out of the water tank is warmed to a set temperature by the heater. In this case, as long as the heat exchange unit is covered with a heat insulating material such as a foamed polystyrene material, the heat preservation effect of the washing water can be improved by the heat insulating material, and the power consumption of the heater that hydrates the washing water can be reduced. In short, it can improve the energy saving effect. In addition, this heat exchange unit has a float switch S S 1 8 which detects the water level in the water tank. This float switch is configured to output the signal when the heater is immersed in water above the specified water level. The electronic control unit C T 1-1 is used to control the heater when this signal is input. So it can avoid the situation where the heater is not fully immersed in the water, and it can avoid burnout. The heater of the heat exchanger unit is optimally controlled simultaneously by a combination of feedforward control and feedback control by an electronic control device described later. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. This heat exchange unit is equipped with a vacuum interrupter at the outlet of the washing water from the water tank, that is, the water phase connection space of the water supply pipeline WP 1-6 downstream. ΤΗ 1 _4. This vacuum interrupter cuts the washing water in the downstream water supply pipe by introducing air into the pipe to prevent the washing water from flowing backward from the downstream side of the downstream water supply pipe. The outlet valve unit WP 1-3 downstream of the heat exchange unit has a throttle pump WP 1-1 4 composed of gear pumps, etc., and a switching valve WP 1-1 5 of a 5-square valve structure. »This Switching valve will feed water to wash water -32- < CNS) A4 specification (210 X 297 mm) Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, M Industrial Consumer Cooperative, '4 34357 A7 -__:; _B7____ V. Description of the invention 劬) The object is switched to: to the cleaning nozzle WN 1- One of the flow path for hip washing, the flow path for gentle washing, the flow path for vaginal washing, and the flow path to the functional water unit WP 1 -4 (function water flow path). As a result, the warm water in the heat exchange unit and the washing water adjusted according to the flow rate of the throttle pump are used to spit water from the decanted object switched by the switching valve. The state of flow adjustment at this time or the state of water supply object switching will be described in detail later. As shown in Fig. 5, the control system of the local cleaning device of the first embodiment is composed of a microcomputer as a main device and an electronic control device C T 1-1 as a center. This electronic control device includes various sensors or float switches from the above-mentioned seat sensor, water inlet and outlet water temperature sensor, swing sensor circuit NH1-3 9, 40 described below, turn detection sensor SS30, washing In addition to signals such as the water volume sensor SS14, the above-mentioned operation buttons of the remote operation device or the above-mentioned operation buttons and knobs of the auxiliary operation section on the body side are input by wired or wireless (optical signals) through the input circuit. In this case, the washing water amount sensor detects the washing water amount of the downstream water supply pipe, and outputs the detection result to the electronic control device. The rollover detection sensor detects the tilt state of the local cleaning device and outputs the result to the electronic control device. This electronic control device, in addition to the above-mentioned input signal, performs the solenoid valve opening and closing valve control of the water inlet valve unit WP 1 -1, the heater energization control of the heat exchanger unit T1_1, and the water outlet valve unit w P 1- Throttle pump control of 3, switching valve switching control, display control of the side display of the main body, energization control of a drying heater for local drying or a drying section KK 1-1 including a fan motor, and for odor removal Ozone generator or suction fan horse > H «I n HI ϋ« II ftl first read the note on the back of the item 1 ^ " is the page > -17 · line. This paper size applies to the Chinese National Standard (CNS) A4 specifications (210 * 297 mm) -33- Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. 434357 a7 ____B7____ V. Description of the invention) Power control of the deodorizing unit DS 1 — 1 including the room heating system In addition to the control of the heating unit DB 1-1 such as a heater or a fan motor, according to the above signal, the energization control of the chlorine gas generating electrode of the functional water unit WP 1-4 described later is performed, and the nozzle drive of the nozzle device NS 1-1 is performed. Motor Control, energizing control of the oscillating coil group of the nozzle head NH 1-1. Further, a drying heater for local drying may be used in common with a heater for room heating, or a fan motor for local drying may be used with a fan motor for odor removal or room heating. For example, when the local cleaning device is removed from the toilet for cleaning, the signal of the float switch may be normal. In this case, the exposure of the heater may occur. Because the signal of the float switch is normal, there is a possibility of causing the heater to burn out. However, by raising the toilet, the tilt detection is detected by the turn detection sensor, and the electronic control device stops the power supply to the heater to prevent air burn. In addition, the valve-opening control solenoid valve and the like are in a water-stop state to stop various functions such as drying and deodorization. In short, by turning over the detection sensor, it is possible to detect the normal installation state of the local cleaning device for the stables, and as a result, the function of the local cleaning device (washing / drying / deodorizing / heating) can be temporarily stopped. Controls for other machines will be detailed later. Also, a limit sensor composed of a thermistor or a temperature-sensitive reed switch is installed at the tip of the cleaning nozzle and is connected to the electronic control device, and the solenoid valve can be closed and closed according to the detection result (the temperature of the water at the tip of the nozzle). Become water-stopped. In this way, it is possible to effectively avoid the local spitting of the washing water without paying attention to the temperature. This paper size applies the Chinese National Standard (CNS) A4 Regulations (210 * 297 mm) -34-«I nnn I * I {Please read the precautions on the back first for this page ℴ i-line. Ministry of Economic Affairs Printed by the Intellectual Property Bureau employee consumer cooperative 4 34 35 7 A7 B7 V. Inventive color 2) C1 / Nozzle device NS1-1: Next, the nozzle device NS1-1 of the local cleaning device of the first embodiment will be described. Fig. 6 is a schematic perspective view showing the nozzle device NS1-1. Fig. 7 is an explanatory diagram for explaining the advancing and retreating samples of the cleaning nozzles WN 1-1. Fig. 8 is an explanatory view showing the periphery of the tip of the cleaning nozzle located at a waiting position in the main body of the local cleaning device. As shown in the figure, the nozzle device NS 1-1 is housed in the main body part KS1-2 of the local cleaning device (see FIG. 1). This nozzle device has a base NS 1-2 fixedly provided on the main body portion, and a nozzle drive motor NS 1-4 assembled into a stand NS 1-3 arranged on the base, and the motor The forward and reverse rotations are converted into a transmission mechanism NS1-5 that moves forward and backward and conveys to the washing nozzle WN1—1, and the washing nozzle that stands on the base slides on the toilet bowl side and can be held freely. Parts NS 1-6 and guide rail parts NS 1-7 that guide the cleaning nozzle along a nozzle advancing and retracting track described later. The transmission mechanism N S1-5 has driving transmission wheels NS 1-8 fixed to the rotating shaft of the nozzle driving motor NS 1-4, and front and rear driven transmission wheels NS 1-9 along the above-mentioned nozzle advancing and retracting track, and horizontal Timing belts NS 1 _ 10 across the transmission wheels, and tension pulleys NS1_11 that provide tension to the belts. The timing belt passes through the belt holding body WN1-2 extending from the cylindrical portion WN1-4 of the cleaning nozzle WN1_1 and engages / fixes with the nozzle. As a result, the cleaning nozzle is driven forward and backward in response to the forward and reverse rotation of the timing belt. The guide rails NS 1-7 are connected to the arc shown in Fig. 7 ------ 丨! Install i — (please read the note on the back first | * {? This page) Order · --line < This paper size is in accordance with Chinese National Standard (CNS) A4 (210 X 297 cm) -35- 4 3435 7 · Α7 Β7 V. Description of invention fe3) The nozzle advance and retreat track NS 1-1 2 It is formed in a curved shape and engages with the nozzle through the rail holding body WN 1 _ 3 extending from the cylindrical portion. The rail holding body has a track holding surface with the same radius of curvature as the nozzle advance and retreat track. The guide rail part can slide freely. In addition, the nozzle holding portions NS1 to 6 hold the cleaning nozzle in a slidable manner. As a result, when the cleaning nozzle WN1-1 is driven forward and backward by a timing belt, it is driven forward and backward along the guide rail portion NS 1-7 and its movement track and the arc-shaped nozzle advance and retreat NS 1 -1 2 -To. In this case, even in the cleaning nozzle, the cylindrical portion WN 1-4 is formed to be curved along the axial direction with the same radius of curvature as the nozzle advance and retreat track. Therefore, the cleaning nozzle follows the arc-shaped nozzle advancing and retreating track, and is driven forward and backward between the waiting position HP in the main body and the washing position (hip washing position AWP, vaginal washing position VWP) in the toilet bowl. In addition, the nozzle holding portions NS1-6 are made so as to be in contact with only a part of the outer wall of the nozzle in order to reduce the sliding resistance of the cleaning nozzle. As a result, as shown in FIG. 7, the cleaning nozzle WN1- 1 having the waiting position Η P can be mounted on the nozzle device NS1-1 across the axial direction of the cleaning nozzle WN1- 1. Thereby, the height (nozzle height) of the rear end of the cleaning nozzle from the upper part of the toilet can be made lower than when advancing and retreating along a straight line that inclines the cylindrical cleaning nozzle. That is, the lowering of the nozzle height can reduce the body portion KS 1-2 (see FIG. 1), and the local cleaning device itself can be miniaturized. In addition, as the angle of the nozzle in and out of the nozzle head also changes, the discharge angle of the washing water discharged from the nozzle head is changed. Therefore, the paper size of the cleaning template can be adapted to Chinese national standards with less nozzle movement. CNS) A4 size (210 X 297 mm) !!!-Install i — read the note on the back first! ^ Ϊ »This page) Order --- Line · Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs on employee consumption cooperation -36- a? ---- B7 V. Inventive Color 4) The range has moved significantly. Specifically, even if the reciprocating movement range of the nozzle during the later-mentioned moving washing is narrow, the washing water can be spouted out to the washing washing range required for the cross-wash washing. Alternatively, even if the nozzle moving distance from the hip washing position AWP to the vaginal washing position VWP is shortened, the washing place of the washing water can be changed from the hip to the vagina. D1 / Functional Water Unit WP1—4: Secondly, before describing the cleaning nozzles WN 1—1, the functional water unit WP1—4 will be described first. Fig. 9 is a schematic perspective view showing the functional water unit WP 1-4 in a partially cutaway manner. Fig. 10 is a schematic sectional view taken along line 10-10 in Fig. 8. As shown in the figure, the functional water unit WP 1 -4 has a functional water generating water tank WP 1-16 that is fixedly installed (refer to FIG. 6) in the nozzle device NS 1-1 and is disposed in the water tank in the opposite direction. A pair of flat-plate chlorine generating electrodes WP 1-1 7. This functional water generating water tank is a resin water tank with chemical resistance (resistance to free chlorine atoms), and the washing water flowing from the inlet side pipe WP 1 _ 1 8 into the water tank flows to the outlet side pipe w P 1- 1 9. As shown in Figs. 6, 8 and 10, the outflow-side pipe is fixed to the chamber NS 1-1 4 of the tip end portion of the nozzle holding portion NS 1 _ 6 and the inflow-side pipe is connected to the outflow-side pipe. The pipes are arranged in opposite directions so that the washing water in the water tank can flow through efficiently. Here, the so-called chlorine-generating electrode is an electrode that causes a chlorine-generating reaction, and the structure thereof may be an electrode structure that supports a chlorine-generating catalyst on the surface of an electrode shape formed by a conductive base material, or a chlorine-generating catalyst is used. All paper sizes are in accordance with Chinese National Standard (CNS) A4 specifications (210 * 297 mm> -__ — — — — — — ___ __ ^ * il (Please read the precautions on the back Hiril. This page) Order ··- -Consumption cooperation of employees in the Intellectual Property Bureau of the Ministry of Economic Affairs, printed by Du-37- Consumption cooperation of employees in the Intellectual Property Bureau of the Ministry of Economics, produced by Du printed 4 3 厶 3 5 7 A7 ______B7 V. Description of the invention The conductive material constitutes the structure of the electrode. Wait. This latter structure of the chlorine-generating electrode is called variously depending on the type of chlorine-generating catalyst. For example, iron-based electrodes such as ferrite, palladium-based electrodes, ruthenium-based electrodes, indium-based electrodes, platinum-based electrodes, ruthenium —Tin-based electrodes, palladium-platinum-based electrodes, indium-platinum-based electrodes', ruthenium-platinum-based electrodes, indium-platinum-molybdenum-based electrodes, etc. A catalyst for supporting a chlorine gas generating catalyst on a conductive substrate can be made of a low-cost titanium, stainless steel, and other materials, and the substrate structure of the supporting structure is advantageous in terms of manufacturing cost. In addition, especially in the case of tap water having a chloride ion content of only 3 to 40 p pm, in order to improve the generation efficiency of free chlorine, indium-based electrodes supporting indium and indium-platinum supporting indium-platinum alloys are used. System electrodes, indium-platinum-tantalum-based electrodes that support indium platinum-giant alloys, and the like are preferred. In addition, in the case where such a conductive substrate for supporting a chlorine gas generating catalyst is used, when a platinum catalyst containing platinum is supported, the fixing strength to the substrate can be improved without causing detachment easily, which can improve So the electrode life is better. A DC voltage was applied to the chlorine-generating electrode so that one side became an anode and the other side became a cathode. The washing water, which is supplied to this functional water unit, is tap water that contains chloride ions that become a source of free chlorine. Therefore, by applying a DC voltage in a state where the washing water is stored in the water tank of the functional water unit, free chlorine can be generated on the anode side. Free chlorine has a bactericidal effect on bacteria such as coliforms adhering to the cleaning nozzle. Therefore, a functional water unit is used to cause the cleaning water rich in free chlorine (hereinafter referred to as functional water) to be discharged toward the cleaning nozzle from the nozzle holding portion. Bacteria reproduce better in hygiene. The spouting of the functional water will be described later. ------------- Equipped.! < Please read the notes on the back ⅠΪΓΑ »This purchase) Order-This paper size is applicable to China National Standard (CNS) A4 (210 χ 297 mm) -38- Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ... 4 34 35 7 A7 ________B7_____ 5. Description of the invention) In the above functional water unit, about 50 cc of tap water is stored in the water tank to apply a voltage of DC 2 4 V to the chlorine generating electrode for about 1 minute, which can produce 1 * The method of functional water with 5ppm free chlorine concentration determines the electrode area and the distance between the electrodes, and the electronic control device controls the energization of the chlorine generating electrode (constant voltage control). In this case, when the conductivity of the washing water is high and there is an excessive current between the electrodes, the applied voltage is reduced to a low value, so as to increase the life of the electrode or prevent heat generation at the current-carrying portion. In addition, the applied voltage may be changed at any time according to the conductivity of the washing water, so that the current control of the electrode for generating chlorine may be a constant current control or a constant power control. The electronic control device, when performing these energization controls, stops energization after a certain period of time (about 1 minute) has elapsed from the start of energization. This can prevent or avoid the excessive generation of free chlorine or the unintentional increase of free chlorine concentration, which can reduce the life of the electrode and excessive heating of the electrode, resulting in various inappropriate conditions such as air bubbles. With the functional water generated by this functional water unit, the nozzle head N H1-1 is spouted for the purpose of cleaning the nozzle except for cleaning before the nozzle and cleaning after the nozzle described later (see Figures 25, 26, and 30). In addition, when it is necessary to exert the bactericidal effect, it will spit water at the following timings, that is, the timing of detection based on the user's use state (such as the perception of the seat sensor or the washing action), and the regular timing every specified time For example, at the timer-like timings of 6 am, 12 noon and 11 midnight, the above-mentioned functional water spit water from the outflow-side pipe WP1-19 to the nozzle head NH1-1. Even if the functional water is spouted at the above timings, in the storage type where functional water is generated in advance and reused, the timing of generating functional water and the above-mentioned paper standards are applicable to China National Standard (CNS) A4 specifications (210 X 297 mm) -39 * ii — li Liang-II (please read the precautions for fi first tutf t book X) order. • Line · Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 ^ 435 7 a: _ '___B7________; _ V. Description of the invention 7) The timing is the same, and the energization for generating functional water is to stop energizing after a certain period of time has passed since the energization was idle. In this case, when the regular water spouting of the functional water is performed at the above-mentioned regular timing, the implementation timing can also be arbitrarily set to β every 2 hours, every 4 hours, and so on. Flow rate adjustment of throttling pump W P 1 -1 4 suitable for functional water spouting, and switching of the flow path to functional water flow path by switching valve WP 1-5 ° In addition, it is also possible to use a flow path other than the above The water tank of the functional water generating unit is a storage form (50 cc storage), but a form in which a chlorine generation electrode is sandwiched in a water passage. This form is the form in which the above-mentioned electrodes are electrically controlled according to the above. The timing is implemented. When it is implemented, the functional water is discharged through the flow path switching. Ε1 / Washing Nozzle WN1 — 1 and Nozzle Head NΗ.1 — 1: Next, the washing nozzle WN1 — 1 will be described. Fig. 11 is a schematic cross-sectional view taken along line 1 1-11 in Fig. 8. Fig. 12 is an enlarged perspective view of the nozzle head NZ1-1 at the tip of the cleaning nozzle. Fig. 13 is a schematic sectional view taken along line 1 3-1 3 in Fig. 12. Fig. 14 is a plan view of the nozzle head base ΝΗ1-2. As shown in FIGS. 6 to 8, the cleaning nozzle WN1-1 has a curved cylindrical portion WN 1-4 and a tip nozzle tip NΗ 1 _ 1. As shown in FIG. 11, this tubular portion has a storage chamber WN 1 _ 5 which is divided into upper and lower directions in the longitudinal direction of the transverse nozzle. The upper and lower storage chambers are closed (isolated) by blocking (separating) the central walls from each other and plugging them with outer cover portions WN 1-6 in appropriate places on the outer peripheral wall of the cylindrical portion. In the upper storage room This paper size is in accordance with Chinese National Standard (CNS) A4 (210 X 297 mm) -40- ___ _ — — — — — — — — — — — * _ I < Please note on the back of Mil 4 ^ /? on this page) Order ·. Wire A7 B7 4 34.35 7 V. Description of the invention 钿) The flat cable NH1-42 described below is housed. This flat cable is cleaned by The last sacrifice of the nozzle is pulled out to the outside, and is connected to the electronic control device already described. The flat cable and the flexible tube described later are stored in an unobstructed state with the outer cover portion removed, and assembled in a storage room. In the lower storage room, three flexible tubes are accommodated, and each flexible tube is a first nozzle flow path WN 1 to 7 serving as a nozzle flow path for hip washing, and a first flow path serving as a soft cleaning nozzle flow path. 2 nozzle flow paths WN 1-8 and third nozzle flow paths WN 1-9 serving as nozzle flow paths for genital washing. These flexible tubes are connected to the buttocks washing flow path, the gentle washing flow path, and the genitals downstream of the switching valve WP 1-1 5 in FIG. 4 through a pipe connection portion (not shown) at the nozzle end. Wash with flow path. In addition, as shown in FIGS. 1 and 14, each flexible tube is connected to the nozzle head base NH 1-2 protruding from the tip of the cylindrical portion and becomes the first flow path of the base for washing the hips. Base flow path NH 1-3, which is the second base flow path NH 1-4 which is a gentle washing pedestal flow path, and third base flow path NH1-5, which is the pedestal flow path for genital washing. Thereby, the switching valve WP1-15 (refer to FIG. 4) switches the water supply target of the washing water to any one of the downstream hip washing flow path, gentle washing flow path, and vaginal washing flow path. The purified water is discharged through the switched flow paths, such as the nozzle flow path and the base flow path, through respective spout holes described below. In addition, the first to third nozzle flow paths WN 1 to 7 to 9 may be formed by dividing the cylindrical portion WN 1 _4 during molding. The nozzle head NH 1-1 is a person who directs the washing water flowing into the nozzle flow path and the base flow path toward a partial discharge, and has the following configuration. The nozzle is attached to the nozzle head base NH 1 _ 2 and the head cover NH 1 is installed. < CNS) A4 specification (210 X 297 male *) W Read the second item on this page -41-434 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and printed by the Consumer Cooperatives and constituted by the Ministry of Economic Affairs Printed by Consumer Cooperatives 5. Invention Descriptions (e.g.). The head cover is provided on the outer cover, and has a hip discharge hole NH 1-7 for general hip washing and a soft discharge hole NH 1-8 for hip washing, and a movable body NH 1-9 for hips. And a movable body NH1-1 1 for the genitals having a genital spit hole NH 1-10 for genital washing. In addition, as shown in FIG. 13, this head cover has engaging claw portions NH 1-1 2 engaged with the peripheral edge of the upper end of the nozzle head base, and the outer cover side engaging claw portions NH 1-1 3 and the rear peripheral wall. The protruding engaging protrusions NH 1-1 4. In addition, the cover-side engaging claw portion is formed so as to traverse the front peripheral wall except for the rear peripheral wall. In addition, the leading end portion of the engaging protrusion is formed with a cross-shaped notch, so the engaging protrusion is formed by the leading end portion. It can be retracted / expanded and can be inserted / removed into the front wall through hole of the tubular portion WN 1 _ 4. Thereby, the head cover NH1-6 is attached to and removed from the nozzle head base NH1-2 by sliding along the arrow mark in FIG. In short, this head cover is interchangeable. Here, the movable body described above will be described. Fig. 15 is a plan view of the movable body NH1_1 1 for cleaning the vagina. Fig. 16 is a schematic plan view for explaining the movable part for the genitals and its related members. Fig. 17 is a schematic perspective view for explaining a movable body for a vaginal part and a related member. As shown in Figs. 1, 2, 3, and 15, the movable body NH1 _11 for the genitals has a flange portion NH1-15 fixed on the head cover NH1-6 and a cylindrical portion NH1-16 in the center thereof, and is located there. The central through hole of the cylindrical part empties the spout block N Η 1-1 7 of the pussy spout hole NH1-10 in the center, and the magnetic driving body at the lower end of the spout block ------------- < Please read the note of the back * §§ \ > | > this page) Order · (-line-This paper size is applicable to China National Standard (CNS) A4 specification (210 X 297 mm) -42- f 34 3 5 7 A7 B7 V. Description of the invention 龀) Ν Η 1 8 The flange portions ΝΗ1—15 and the cylindrical portion ΝΗ16 are formed of an elastic material that exhibits deformation reduction properties such as rubber and elastomer. Also, in order to prevent sewage from adhering to the elastic material, or to prevent the deterioration of the elastic material due to functional water spewing water, apply a water repellent treatment (such as a Teflon-coated treatment) or a hydrophilic treatment on the surface of the elastomer material ( For example, titanium oxide coating is preferred. The spout blocks ΝΗ 1 to 17 are resin-molded products. The lower end of the spout hole in the female part of the spout block is provided with a large-diameter spout guide hole Η 9 19. The magnetic driving body NZ1-1 8 is a 17-body formed from a press-formed product with a water-resistant rust steel plate. The soft magnetic properties of this magnetic permeability material, pure iron, etc., are preferably applied without electricity. This spout is a sub-assembly made of a movable body because it is a hole. The adhesive, welding, screw, and rust-proof magnets can be inserted into the material of the forming drive body. For example, a nickel-plated watch is fixedly fitted to the upper body. Η 1-1 1 Movable body for the female part Silk locks and other appropriate printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperation. Therefore, the movable part of the genitals NH1-11 is held in a drooping state, so that the flange portion and the cylinder / reduction can be turned in all directions. . The magnetic driving bodies Ν Η 1-18, in its ΝΗ1-18a ~ 18c. Therefore, if the force is attractive, the magnetically acting part moves obliquely in response to the downward movement of the magnetically acting part. The method and spit water, generally, if there is a silicon-containing surface treatment to describe the cylindrical part, from above, to The method of the flange is fixed to the mooring periphery of the part, and each magnetic operation is performed downward. Correspondingly, for example, the electromagnetic block Ν Η 1-that is, as long as it is a high-steel, ferrite, and rust prevention center, the peripheral portion of each member is fixed to the head cover. Deformation of the flange part and the magnetic part. The part of the magnetic acting part plays the water hole of the magnetic female part. It is applied to the magnetic binding lines. The paper size applies the Chinese National Standard (CNS) A4 (210 X 297). 43- 4 ^ 35 7 Α7 _ Β7 V. Description of the invention h) If the parts are energized sequentially in the manner of electric right-hand rotation described later, which is arranged in a circle at a specified interval, because the magnetically acting parts of the attracted coil move in sequence, the phases remain inclined Sequentially turn left and right to make the 3D water hole swing angle (the spout hole swing angle α: refer to the voltage 値 (or current 値) by adjusting the strength of the above attractive force, and adjust the voltage 値 (or current 値) of the pressure to stop energizing. In addition, as long as the above-mentioned flange is attached, the movable body NHΗ 1-1] Huang Gong Consumer Cooperative Department of the Intellectual Property Bureau of the Ministry of Economic Affairs Du printed the shape of the buttocks with the same shape as the upper body. In addition, the soft magnetic magnetic driving body is used not only by using the repulsive force, but also the second. 6. The first substrate is slightly disassembled, and the movable body N_1-9 is provided because it is different, so the description of the vulva is omitted. It uses a movable body member. Therefore, the above magnetic magnetic hard magnetic magnetic material is made of this magnetic driving body to make it function. On the other hand, in the case of a sexual material, the magnetic force generated by the magnet can be used. Η1-28 plan view. The second explanation makes the above movable figure 8 a diagram for explaining the magnet. The first magnetic coil moves to the left or is energized, and the spout hole of the vagina should also move. This vagina will spit. Figure 16) Suction can be easily oscillated due to the deformation caused by the variation of the load 'ratio of the energized voltage of the electromagnetic coil. The above two spouting holes can be clearly shown with this pussy, but only when the driving body is shown in the figure, it can be attractive and the force shown in the first embodiment can be used to make the attractive force act on the force generating body N Η 1 _ Fig. 1-26 The electromagnetic coil of the generator used in the drawing is an explanatory diagram for explaining the circuit configuration of the note I gutter formed on the back surface of the reading board. Magnetic force generators Ν1—26, as shown in Figure 12, this paper size is applicable to the Standards for Difficult Countries (CNS) A4 (210 X 297 male *) -44- Consumption Cooperation by Employees of the Intellectual Property Bureau of the Ministry of Economic Affairs Du F4 3435 1 A7 _; __ B7____V. Description of the invention k > It is in a non-contact state with the two movable bodies mentioned above, that is, in a state where a gap is secured with the lower end of the movable body, or in front of the nozzle head base and In a state where a gap is left between the left and right side walls, the nozzle head base NH 1 _ 2 is fixedly installed. On the front and left and right side walls of the base, the outside air suction holes NH1 — 27 that allow the gap between the side wall and the magnetic force generating body to communicate with the outside of the nozzle head are opened. In this case, the opening area of each outside air suction hole, It is determined in the following manner. When the washing water is discharged from the spouting holes such as the buttocks, softness, and genitals, as shown in Fig. 13, the diameter of the flow path above and below the gap at the lower end of the movable body is wide and narrow, so the washing water sprays when passing through the gap. As a result, air is entangled in the washing water and mixed into a foam. The opening area of the outside air suction hole is determined in consideration of the diameter of the flow path before and after the gap so that the air mixing rate at this time is about 50 to 100%. Each outside air suction hole on the side wall of the nozzle head base is lower than the lower surface of the magnetic force generating body, and the front wall of the base is used as an apex inclined surface. Thereby, even if there is bounce of washing water in the nozzle head during the washing operation, the bounced washing water can be prevented from entering the nozzle head through the outside air suction hole. Furthermore, it is also possible to prevent the contaminated washing water from entering the nozzle head during cleaning of the nozzle head with a flange or the like. In addition, the washing water leaking from the gap at the lower end of the movable body during the discharge of water from the above-mentioned water discharge holes of the two movable bodies is transmitted to the upper and side surfaces of the magnetic force generating body, and is discharged through the external air suction holes. Therefore, by discharging the washing water therefrom, it is possible to cool the magnetic force generating body and an electromagnetic coil described later therein, so that it is possible to suppress changes in the characteristics of the coil due to heat generation. In addition, since the air suction holes are provided corresponding to the movable bodies Jp, there is no retention of the discharged washing water, and the cooling effect can be improved. The outside air suction hole may be provided only in front of the base. Iillilllli-i I < Please read "Notes on the back page Λ" on this page. Ordering • The size of the thread paper is applicable to the Chinese National Standard (CNS) A4 (210 X 297 public love) -45- A7 B7 4 34 ^ 5 V. Description of the invention Dagger) wall. Read the note on the back side As shown in Fig. 18, the magnetic force generators NH1 to 26 have electromagnetic coil installation substrates NH 1-2 8 and frames NH 1 _ 2 9 provided with various members described later. In addition, the substrate is molded by resin by flowing a thermosetting resin into the frame of the frame, and it becomes a sub-unit integrated with the frame. In this case, the ends of the coil cores, which will be described later, and the water supply ports NH 1-4 6 to 4 8 which are provided on the substrate are exposed to the outside. Therefore, defects are not caused by leakage of a coil, a wiring, and the like, which will be described later, provided on the substrate. The electromagnetic coil installation substrate NH 1 — 2 8 includes a hip coil group NH 1 for swinging the movable body NH 1 _ 9 for the buttocks, and an order of 30, and a movable body NH 1 — 1 1 for swinging the buttocks. For the penis swing coil group NH 1 _ 3 1 .. Each swinging coil group corresponds to the magnetically-acting part NH 1-1 8 and 2 3 of the movable body. N 消费 1 18 18 2 3 2 3 c and it has three employees ’cooperatives of the Intellectual Property Bureau of the Ministry of Electricity and Economics. The printed fsf magnetic coils NHl-32a to 32c and 33 electromagnetic coils are arranged and fixed to the substrate in each magnetic manner with respect to the magnetic drive body. Each of the electromagnetic coils has the same structure, and two coil cores NH1-35 are standing on the plate NH 1-and one coil is provided on one side. As a result, when the coil is energized, the electromagnetic coil forms a magnetic beam formed by a circuit formed by a plate and two coil cores (refer to this case. At the time of completion of the nozzle head, 'because of the direction opposite to the magnetically acting portion corresponding to 2', the above-mentioned magnetic beam, The magnetically acting portion is used as a magnetic circuit to form a loop. This electromagnetic 3 c. The coil core provided on 3_ 4 of this anisotropic acting portion is excited, and the shape is shown in Fig. 17). Applicable according to 3 paper standards + National National Standard (CNS) A4 specification (210 X 297 mm) -46- 4 34 3 5 7 A7 — B7 V. Description of the invention h) The magnetic force applied to the line coil makes the attractive and In the opposite direction. In short, when the electromagnetic coil is excited, it forms a magnetic beam passing through the magnetically acting portion in the opposite direction, and the opposite magnetic pole is formed at the magnetically acting portion corresponding to each wire core, that is, the N-pole core forms the S pole at the magnetically acting portion, and the S pole Because the pole core forms the N pole on the magnetically acting portion, the acting portion is attracted by the respective coil core. Even if the direction of the flowing current is changed, the polarity is only reversed by N and S. Attraction still plays the same role. The magnetic attraction force can be controlled by controlling the energization of the coil. This plate and the cores of the two coils are both ferromagnetic materials, so the formation of the above-mentioned magnetic poles is quite remarkable, and it can cause the magnetically acting portion to attract and attract force according to the strong magnetic force. By the magnetic force of such an electromagnetic coil, the two movable bodies and their spout holes oscillate as described above. The swing angle α of the spout holes at this time (refer to FIG. 16) is described later through the energization control of the coil. The way is controlled. In the following description, for the sake of convenience, as shown in FIG. 19, the coils of each electromagnetic coil of the buttock swinging coil group ΝΗ 1-3 0 are represented by ΝΗ1-30 a ~ 30 c, and the genital area is used. The coils of the electromagnetic coils of the swing coil group NH1-3 1 are represented by NH1-3 1 a to 3 1 c. In order to excite the electromagnetic coils of the above-mentioned swinging coil group for the buttocks and the genitals, a circuit board NH1-28 is installed on the electromagnetic coils, and a circuit shown in FIG. 20 is formed by a screen printing method. That is, in addition to the power supply line and the ground line that specify the current and voltage, this substrate has a line 圏 NΗ 1-3 0 connected to the buttock swing coil group ΝΗ 1-3 0 and a wiggle for the female part. Coil group NH1 — 3 1 line 圏 NH1 This paper size applies to China National Standard (CNS) A4 (210 X 297 mm)! !! 1 should! i (Please read the precautions on the back before f · '· this I > order · -line · printed by the consumer cooperation of the Intellectual Property Bureau of the Ministry of Economy -47- A7 .4 34 35 7 ____B7__ V. Description of the invention 45 ) A 3 1 a ~ 3 1 c switch energizes the transistors T r 1 ~ T r 6 to the coils, and adjusts the reference voltage through the resistors R 1 ~ R6 to make each transistor Tr 1 ~ Tr 6 switch (ON / OFF ), And the output lines NH1-36, 37 for outputting voltage to the coils through the resistors R7 and R8 for voltage adjustment. The resistors R7, R8 and the output lines NH1-36, 37 constitute a swing detection circuit N Η 1 — 3 9, 4 0 as shown in FIG. 5, and the occurrence of a coil energization abnormality is detected as described later, that is, the moving body Occurrence of abnormal swing. The wires of this circuit are connected to the plane cables N Η 1 to 42 at the end of the substrate, and are connected to the electronic control device CT1 — 1 through the cables. In this case, transistors Tr 1 to Tr 6 or resistors R1 to R 8 may be provided as a coil control circuit (not shown) of the electronic control device. In this way, the magnetic force generator and the nozzle head can be miniaturized. In addition, the swing detection circuits N Η 1 to 3 9, 40 composed of the resistors R7 and R8 and the output lines NΗ1 to 36 and 37 are used to detect the occurrence of an abnormality in the energization of the coil, so they can also have the following configuration = Instead of the above two resistors, a position detection device such as an IC or a photo sensor is used, and this position detection device detects the movement of a driving object (such as a magnetically acting portion) caused by an electromagnetic coil. The swing detection circuit is configured to detect an abnormality in the coil current based on the detection result of the position detection device. In addition, when the substrate is set on the nozzle base Η1—2, as shown in FIG. 13, the transparent special waste pads Η 1 — 4 3 are assembled into a flat continuous line. In addition, the electromagnetic coil installation substrates Ν 1-2 8 have the above-mentioned swing coil group for swinging the movable body, and have a supply for the movable body. The paper size applies the Chinese National Standard (CNS) A4 standard (210 * 297). Love)

--- !! · Install! — 1 order — — — line (please first «read the method on the back of $ (page 35) A printed by Shelley Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs -48- 4 3435 A7 B7 V. Description of the invention) The composition of water is used. That is, as shown in FIG. 1 or 3, the substrate has a swing coil group NH 1-3 0 surrounded by the buttocks NH 1-3 0 and a swing coil NH 1-3 surrounded by the female part. 1 second protrusion NH1-45. The first protrusion has a head inner buttock spout hole NH1-46 that communicates with the first base flow path NH-3 that communicates with the nozzle head base NH 1-2 and an inside of the head that communicates with the second base flow path NH 1-4. Gentle spit holes NH 1 — 4 7. The second outlet portion has nasal vent holes NH 1-4 8 which communicate with the third base flow path NH 1-5. These spit holes in each head are NH 1-9 for the hips or NH 1 — 1 for the genitals. 臀部 _ 1 _ 7, soft pores Ν — 1-8 and puffer holes N Η The note on the back of the group's water inrush reading is printed on the page printed by the Ministry of Economic Affairs and Intellectual Property Bureau's Tooling Consumer Cooperatives-1 0, leaving the aforementioned gap in the opposite direction. As a result, when the buttocks washing channel, the gentle washing channel, or the genital area of the water supply target of the washing water are cleaned by the water (see FIG. 4), the washing water passes through the switched flow channel through the jet flow. Water is discharged to the above-mentioned water ejection holes of the movable body from the road and the water ejection holes in the respective heads. In addition, when the water is discharged from each of them, the water is drawn in as it passes through the gap between the pedestal flow path and the water discharge hole, and the washing water is discharged in a bubble-like state mixed with air. In this case, the diameter of each of the above-mentioned water ejection holes NH 1 in the head is equal to or smaller than the diameter of the corresponding hip ejection holes and flexible vaginal ejection holes of each movable body (in this embodiment, the diameter is the same as that of the phase holes). In this way, the local washing water that has been spit out is switched to the spit spit, soft spit, or female switching valve W P of each movable body as the lower flow channel, the flow path and the base, and the spit is discharged from each movable hole. Clean up the aforementioned air—4 6 ～ 4 and the spouting hole or the speed of spouting water in the opposite direction, and the water and gas in the seat of the spouting hole. A4 specifications (210 * 297 public love) -49- 4 3435 A7 B7 Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. 5. Description of invention h). In addition, the pores of the hip spouts of the movable bodies are the smallest, and the genital and soft spouts are larger than the hip spouts. Therefore, with the water potential setting buttons SWhu, SW hd of the remote operation device RC1-1 (refer to FIG. 2), the water potential is set at a constant level, and the discharge speed of the washing water is discharged from each of the discharge holes of each movable body. The spitting speed is the fastest in the buttocks. The spitholes and soft spitholes are slower than the spitholes. In this way, the gentle washing with a slow spouting hole is used for gentle washing, compared with the normal hip washing with a hip spouting hole | The washing feeling received by the spouting is reduced due to the slower spouting speed, but it is also For gentle. In addition, the vaginal spout hole or the soft spout hole is not limited to a single hole as in the first embodiment, and a plurality of small-diameter fine holes may be arranged to form the vaginal spout hole or the soft spout hole as a whole. In this case, if the total area of the spout holes is larger than the area of the hip spout holes in the sum of the area of the plurality of pores, the spout of the entire pores becomes softer than when the hips are washed. Next, using the movable body NH 1 _ 1 1 for the genitals as an example, a description will be given of how the clean water is discharged from the genital spouting holes N Η 1-10 of the movable body. Fig. 21 is an explanatory diagram illustrating the state of excitation of the electromagnetic coils NZ1-3-3a to 33c when the movable body NZ1-11 for driving the female part is driven. .. Fig. 22 is a diagram for explaining the mode in which the washing water is discharged from the pussy spouting hole N Η 1-10. Fig. 23 is an explanatory diagram illustrating the mode of the washing water at the moment of spouting. Fig. 24 is another explanatory diagram for explaining the excitation state of the electromagnetic coils NZ 1-3 3 a to 3 3. The electronic control device CT1-1 generates pulse-like signals (transistor i ------- I--1 · install * 11 < please read the note on the back of this page first page). Standards apply to China National Standard (CNS) A4 specifications < 210 X 297 mm) -50-

V A7 Printed by the Consumer Goods Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ 34 35 7 V. Description of the invention (such as) ON signal), this pulse signal is sequentially applied to the corresponding electromagnetic line 圏 NH1 — 3 3 a ~ 3 3 c Base of each transistor T r 4 to 6. As a result, the electromagnetic coils NH1 — 33a to 33c are powered by the switching of the transistors (0N / 0 FF) with the pulse signal, as shown in FIG. 21, they are sequentially and sequentially excited ° by such each The repeated excitation of the electromagnetic coil, the magnetically acting part NH1 — 1 8 a to 1 8 c of the movable body NH1-1 1 for the female part, repeatedly receives the attractive force generated by the coil excitation (hereinafter referred to as the coil acting force). As a result, as shown in Fig. 22, the movable body is tilted in response to the magnetic acting portion subjected to the coil force, so that the tilted position moves in the direction of the excitation sequence of the electromagnetic coil. As a result, the vaginal spouting holes NH 1-10 are inclined at the spouting hole swing angle α (refer to FIG. 16) in the same manner as the movable body, and are maintained in this tilted state, and oscillate and rotate as the inclined position of the movable body moves. As a result, when washing water is supplied to the movable body as described above, the washing water is spouted in the following spouting form-the spouting hole of the washing water is inclined at the swinging angle α of the spouting hole, so the spouting water from the spouting hole is When the water column mode is displayed, as shown in FIG. 22, the water jetting column R T in this mode is inclined at the above-mentioned water jetting hole swing angle α. And because the spouting hole is a swinging rotation, the mode spouting water column R T * is maintained at the spouting hole swing angle α to move with the swinging rotation of the spouting hole, and the mode spouting column is continuously discharged. In this way, the washing water is collected and arranged in the conical water spouting form (hereinafter referred to as the pseudo-conical water spouting form) of the water spouting water column as shown in the figure. In addition, if you capture its instantaneous shape, as shown in Figure 23, you can use a conical side wall specified by the swing angle α of each water jet to spirally discharge it. ^ 1 1 I * na— I · It I i No item f on the back h Λ This buy) Order · Thread-This paper size applies to China B family standard (CNS) A4 specifications (210297 mm) -51-4 3435 7 V. Description of the invention Please read the back Precautions again ^, this page > The way of washing water is simulated. When the cleaning water is spouted in this manner, the movable body does not rotate because it is fixed to the periphery of the flange. In short, ′ does not cause the rotation of the movable body, but only the spout hole rotates at the spout hole swing angle α. In addition, the movable body does not cause swing rotation but only causes the inclined position to move sequentially. For the convenience of explanation, the inclined position of the movable body with the swing rotation of the spout hole may be sequentially moved. This is called the pseudo-likeness of the movable body. Swing rotation. The hip spout holes NH1 — 7 swung and rotated at such a spout hole swing angle a are inclined to the hip spout holes NH1-46 below the head. In such a positional relationship, water is supplied from the hip spout holes in the head to the hip spout holes N Η 1-7 of the movable body. In this case, the lower end of the hip spout hole of the movable body is used as a large-diameter spout guide hole N 导引 1-2 4, so the washing water from the hip spout hole in the head can be guided to the spout guide hole without obstacles. Spit out from the hip spit. The consumer cooperation of the Intellectual Property Bureau of the Ministry of Economic Affairs is printed in the first embodiment. When each electromagnetic coil is excited, T is the generation period of the pulse signal (pulse period), and t is the 0 N time of the pulse signal. Variable load control (t / T). With this load ratio control, the coil force applied to the magnetically acting portion N Ν 1-1 8 a ~ 1 8 c of the movable body can be increased or decreased, and the spout hole can also be caused to swing. '≪. Increase or decrease the control as follows. For example, as shown in FIG. 21 (a), the excitation period Tc (= Tcl) and the pulse period T (= T1) of each electromagnetic line 一定 are made constant, and the pulse ON time t is set to tl (load ratio: tl / Tl) during the control period A * and the control during which the pulse ON time t is t2 (t2 < tl, load ratio: t2 / Tl) -52- This paper standard is applicable to China Standards (CNS > A4) (210 X 297 mm> Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 3435 7 a7 _____ B7___ V. Description of the invention 纟) During the period B, the spout hole swing angle α can be made larger during the control period A in response to the load ratio "B is smaller during the control period". Therefore, the range of water discharged from the above-mentioned quasi-cone-like water spouting pattern, in other words, its washing area, as shown in Figure 22, during the control period A can be based on A large spouting hole swing angle α is a wide range of washing area AS. The control period B may be a narrower washing area BS. In short, in the first embodiment, the variable control of transmission load ratio You can control the swing angle α of the spout hole, that is, the width of the washing area. In this case, The excitation sequence of the magnetic coils can be reversed from the order of the electromagnetic coils NΗ1 — 3 3 a — 3 3 b — 3 3 ce 3 3 a… to the electromagnetic wires 圏 NH 1_3 3 a — 3 3 c — 3 3 b — The order of 3 3 a ... In the first embodiment, the excitation period T c of each electromagnetic coil is variably controlled. For example, as shown in FIG. 21 (b), during the control periods C and D, the load ratio becomes Certainly ((t3 / T2) = (t4 / T3), t3 husband t4, T2 矣 T3), the excitation period Tc (Tcl > Tc2) of each electromagnetic coil can also be changed during each control period. This excitation period Tc, determines the interval between the spitting water column RT in each mode shown in Figure 2 and 2 to the stimulus provided by the cleaned part (part of the human body) to the human body. Generally speaking, the perceptual stimulus is repeatedly applied to the same place of the human skin ( In the case where the embodiment is a stimulus caused by the spitting water column RT), if the repetition interval is lengthened to reduce the repetition frequency, the user will immediately perceive the repeated stimulus as a vibration stimulus. On the other hand, the repetition interval If you increase the frequency of repetitions, users will not be able to perceive them as intentional repetitions. I ca n’t feel it as a vibrational stimulus, but I feel that even the paper size applies the Chinese National Standard (CNS) A4 (210x297 mm) -53- VI— nn It 1 I «tf I (please read the back first What it means ii »Ϊ .. 4 34 3 5 7 A7 B7 V. Description of the invention fel) continued stimulation. In short, for the repeated stimulation of the human epidermis | there is a non-sense band that cannot be perceived as a vibrational stimulus. Here, in the local and surrounding washing, it is assumed that the flow rate or flow rate of the washing water is repeatedly changed from the perspective of the irritated human skin, and the spitting water (hereinafter referred to as repeated spitting water) is affected by the stimulus caused by the spitting water. Repeatedly, the surface of the spit of water in the cleansing place is presented in a vibrational and exciting manner. If it is a repetitive frequency of 5 Η z or more, the vibration caused by intentional repetitive spitting will not be able to keep up with it. As a result, the intentional spitting pattern of repeated spitting becomes unaware, reducing the unpleasant feeling caused by useless vibrations. The higher the repetitive cycle of repeated spitting, the less likely it is that the perception of the vibrations caused by intentional repeated spitting will catch up. This makes it difficult to identify the spouting pattern of intentional repeated spouting, and the unpleasant feeling caused by useless vibration is also reduced. In addition, repetitive frequencies above about 15 Η ζ exceed the vibration recognition frequency even in the average part of the human epidermis, so most people with ordinary perception will not feel unpleasant. Furthermore, at repeated frequencies above about 2 Η Η ζ, even in the sensitive parts of the human epidermis, the vibration recognition frequency is exceeded. Therefore, for most people with ordinary perception, they can feel a continuous and good washing feeling. In addition, repeated frequencies above about 3 Η ζ, even in sensitive parts of the human epidermis where the nerves are particularly concentrated, exceed the frequency of vibration recognition, so most people with ordinary perception can get a gentle wash Net feeling. In addition, if the repeated frequency is consistent with the commercial frequency (commercial frequency is 50Hz in the 50Hz area, 60Hz in the 60Hz area, and 60Hz in Taiwan), the effect of making driving easier can also be added. In this way, the higher the frequency, the Chinese paper standard (CNS > A4 size (210 X 297 mm) applies to this paper size) ______III____ ^ i — (Please read the note on the back page first page) Order · 丨 Line · Economy Printed by the Consumer Cooperative of the Ministry of Intellectual Property Bureau-54- Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economics-4 3435 7 V. Invention Description Magic), you can more surely feel the continuous washing feeling while washing 'for more For users who require a gentle cleansing feeling, it can also fully respond. From the viewpoint of this non-inductive frequency band, in the first embodiment, 'the excitation period Tc of each electromagnetic coil is changed so that its excitation frequency ί (= 1 / Tc) becomes a range of approximately 5 Η z or more. Control 'so that the mode of spitting water column RT to the human body is perceived as continuous stimulation. In short, at a certain point of the human body (for example, the washing point SP 1 shown in FIG. 22), the washing water is intermittently spitted out at the excitation period Tc ', but for the user, it is felt It is at this washing point s P 1 that continuous washing water spits out. This situation is caused by the respective discharge points of the washing water, and it can cause the user to uniformly and continuously receive the washing water across the above-mentioned washing area. This fact has the following significance. In order to provide the above-mentioned continuous washing feeling across a range of washing areas, it is necessary to expand the conical shape of the discharged washing water itself in the existing washing nozzles in which the washing water discharge holes are fixed. Therefore, a considerable amount of tritium water must be supplied from time to time, and the existing cleaning nozzles spit out the cleaning water at a flow rate of about .1 0 0 c c / m i η. In such spitting water, the spitting water is always spitted in all the spitting places where the washing water is spitted. However, in the local cleaning device of the first embodiment, when the above-mentioned pseudo-conical water spouting form of the cleaning nozzle WN 1-1 is provided from this, the same continuous cleaning feeling as the existing one is provided, but in fact, it is only Intermittent water spouting is performed at the above-mentioned excitation frequency f. In short, in each of the washing water spouting places, the spouting of the washing water is changed to intermittent spouting in the first embodiment, so the amount of washing water can be reduced. Therefore, in the first embodiment, the flow rate of the washing water is adapted to the Chinese national standard (CNS) A4 specification (210 X 297 cm) according to the previous paper size. -55- ----- — — — — — — — — — —-II {Please read the note on the reverse page for this page) Magic · Thread · Printed by the Consumers ’Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs Λ 7 Α7 _Β7 ______ 5. Description of the fixed flow valve It is about 5 0 0 cc / mi η, and it is sufficient to spit out only washing water at this flow rate. In order to intermittently spit water as described above, it is only necessary to increase the excitation frequency to 5 Η ζ or more. In the first embodiment, by setting the excitation frequency to 10 to 60 Hz, continuous washing can be more surely obtained. Clean water spit out. Even if the excitation frequency is set to the above-mentioned non-inductive frequency band, the continuous spitting sensation felt by the continuous spitting of the washing water becomes weaker as the excitation frequency decreases. Therefore, the excitation frequency Γ can be reduced within the above range to provide a good stimulus to the user's washing feeling, or the excitation frequency f can be increased to make the washing sensation soft or moderate. . In addition, under the condition that the continuous spitting water of the washing water is provided uniformly as described above, the width of the washing area can be controlled as described above. Thus, when the washing area is narrowed and the user's washing water spouts are concentrated in a narrow washing area to receive the spouting place where the purifying water is sought, it is diffused with the expanding spouting place where the purifying water is purged. In this case, it is possible to provide a user with a different washing feeling by receiving the spout from the washing water. For example, because the pain points are more densely distributed around the anus than in the center of the anus, when the buttocks are washed, the place where the spitting area is concentrated can provide a soft feeling of washing, and the place where the spitting area is diffused can provide a harder wash. Net feeling. In addition, by controlling the width of the washing area in this way, the feeling of washing can be changed, but the case where the washing area is intentionally changed through the variable load ratio control will be described in detail later. Fig. 21 illustrates a case where the load ratio and the excitation frequency are fixed on one side and the other is controlled. However, in this embodiment, if the 2 4 I ----! * Install i — (please note the M on the back of the M < Γ. * Ϊ́ 本本) order --- line. This paper size is suitable for countries with difficulties Standard (CNSHA4 specification (210 X 297 mm) -56- A7 Λ 3435 7 V. Description of invention h) As shown in the figure, the excitation frequency f can also be increased or decreased according to the load ratio. In Fig. 24 (a), the load area is increased to expand the cleaning area, and by increasing the excitation frequency f, a soft or moderate stimulation can be provided. In short, it is suitable when the wide washing area is to be washed with a more continuous washing feeling. In addition, the reduction of the load ratio narrows the washing area, and decreases the excitation frequency f to reduce the continuous feeling of water discharge, which can also provide a good stimulation. On the other hand, in Fig. 24 (b), the negative f ratio is increased to increase the cleaning area to decrease the excitation frequency f. In this way, in the case of washing the buttocks, because the hard washing feeling is caused by the wide washing area, the excitation frequency f is lowered, and the continuous feeling of spouting water is weak, so it can provide a good stimulating feeling on the hard washing feeling. . In addition, since a narrow washing area results in a soft washing feeling, the intermittent excitation feeling is not caused by the high excitation frequency f, so that the soft washing feeling can be made more continuous. In short, by controlling in the manner shown in Fig. 24, the washing feeling can be more diversified. Also, instead of increasing or decreasing the excitation frequency f linearly as shown in Fig. 24, it may be increased or decreased in stages. In addition, as shown in FIG. 21 (b), the excitation period Tc of each electromagnetic coil is changed while maintaining a constant load ratio, and various spouting hole swing angles ct (cleaning area) can be set as follows. If the excitation period Tc is shortened, the time during which the coil force acts on the magnetically acting portion is shortened, and the swing hole angle α of the water jet hole is reduced to narrow the cleaning area. In addition, if the excitation period T c is increased, the action time of the coil force becomes longer, so that the swing angle α of the spout hole becomes larger, and the cleaning area becomes wider. However, even when the excitation period T c is fixed to a very small value, it can be _______ 11 !! · installed ___ (please read the precautions on the back page first) Order --- line. Ministry of Economic Affairs Intellectual Property Printed by Bureau B Consumer Cooperative Co., Ltd. The paper size is in accordance with Chinese National Standard (CNS) A4 (210 X 297 mm > -57 * ^ 3435 7 V. Inventive Note Red) Reduce the load ratio D t and seek the spout hole. The corners and cleaning area are narrowed. In short, the excitation period t c and the like are fixed so as to become the above-mentioned inductive frequency band, and the width of the cleaning area can also be set by variable control of the load ratio. In addition, in the first embodiment, the coil excitation control may be performed in such a manner that all the electromagnetic coils are kept de-excited or all the electromagnetic coils are simultaneously excited while the washing water is continuously spouting water. In this case, when all the electromagnetic wires are made non-excitation, the washing water is concentrated from a spout hole of the movable body I in a free state and is condensed at one point as the air enters. On the other hand, all the electromagnetic wires圏 When excited at the same time, the washing water is concentrated from a spouting hole of the movable body adsorbed to the magnetic generating body without being mixed with air, and is concentrated at a point to be spouted. The excitation control that causes a little concentrated water discharge in this way is not continuously performed, but is performed by combining the wide and narrow control of the cleaning area through the above-mentioned load ratio control. In short, when sequentially controlling the excitation of each electromagnetic coil with a load ratio of a certain cleaning area, the simultaneous excitation of all electromagnetic coils is intermittently incorporated and implemented, and the execution period of the simultaneous excitation of all electromagnetic coils becomes The period that satisfies the above-mentioned excitation frequency f. In this way, the user can wash a part of the human body area with a fixed washing area and a point within the range in a state where the user has a feeling of continuous spouting of washing water. F1 / Washing and drying operation program Next, the washing and drying operation performed by the local cleaning device of the first embodiment having the above-mentioned configuration will be described. Figure 25 shows the washing and drying of the buttocks or genitals by the electronic control device C T '1-1. The paper size is in accordance with China National Standard (CNS) A4 (210 X 297 mm). 58 ------ ----- 111 — * II 1 < 锖 Read the precautions on the back before l " * This page) Order · -Online Ministry of Economic Affairs, Intellectual Property Bureau, Off-line Consumer Cooperatives, Printing Ministry of Economic Affairs, Wisdom Printed by the Consumer Affairs Cooperative of the Property Bureau ^ 3435 7 A7 _B7 V. Flowchart of Invention Description Private). Fig. 26 is a flowchart showing a detailed cleaning process before the nozzle in the cleaning / drying operation program before the nozzle. Fig. 27 is an explanatory diagram showing the pattern of the washing water spouting water before the nozzle of the washing water spouting water before the partial washing. Fig. 28 is a flowchart showing a detailed formal washing program for the formal washing operation processing of the washing / drying program. Fig. 29 is an explanatory diagram for explaining the processing content and operation of the formal cleaning program and the processing content of the stop program. The washing and drying program shown in Figs. 25 and 5 are interrupted by the operation of any of the washing buttons (the buttons on the hips, softness, and genitals) or the drying buttons. Here, as shown in the flowchart in FIG. 25, the washing and drying program first scans the seat sensor S S 1 0 to determine whether the user is sitting on the toilet (step S 10 0). If it is judged that it is not in the seated state, the local cleaning device is not used. Therefore, it is assumed that the subsequent processing is not performed without any processing and the program is ended. If it is in a seated state, because the local cleaning device is in use, it is judged that one of the washing buttons (the buttons on the hips, softness, and genitals) or the drying button that should perform a washing action or a drying action is on Can be executed when this program is executed (step S 10 5). In the following description, it is assumed that each button of the remote control operation device R C 1-1 is operated. If it is judged in the above step S 105 that the drying button SWz is operated, the state of reading the drying action prohibition flag F K stop stored in the designated address of the backup RAM is judged whether it is F K stop = 1 (step S100). This drying action is prohibited by the flag FK stop, which indicates that the drying part KK1-1 (refer to Figure 5), such as a drying heater or fan motor for local drying, occurs. Love) -59- --- III ------ install i — ί Please read the "it" page on the back page) Order * (4 34 35 7 a? ____ B7 V. Invention Description Magic) Power abnormal . In addition, if F S stop = 1, it means that the line is abnormal (not related to dry • _ • dry) and should not be cleaned. The drying action prohibition flag F K stop. Is set to "zero" in the drying failure detection program and recovery program 图示 1 or 値 0 (not shown). With this, if it is judged as affirmative in step S110, the present routine is terminated without performing any processing. On the other hand, if it is determined to be negative in step S 1 10, the power-on control of the above-mentioned drying section KK1-1 is performed regardless of the prohibited state of the washing operation described later (step S115), and the routine ends. In this step S115, warm air is blown toward the local area to perform local drying. At this time, the drying section is energized so that the warm air temperature becomes the drying set by the drying knob of the auxiliary operation section KS1- 9 (refer to FIG. 3). The way the temperature is controlled. The energization of the dryer is stopped by an operation stop program described later. On the other hand, it is determined that when the washing button of any of the hip, soft, and genitals is operated in step S 105, the reading of the washing operation prohibition flag FS stop, which is recorded in the designated address of the backup RAM, is read. It is judged whether the state is FS stop = 1 (step S12 0). This washing action prohibition flag FS stop indicates that each coil NH1 — 30a to 30c, 31a to 31c of the electromagnetic coils of each of the swing coil groups for the buttocks and the genitals is broken (refer to FIGS. 19 and 20). The coil is abnormally energized, such as a defective wire or contact. In short, F S stop = 1 indicates that the coil should not perform the cleaning action when the coil is abnormal, and the cleaning action should be regarded as a prohibited state. The cleaning action prohibition flag FS stop is set to 値 1 in the swing detection program described later and set to "zero j" in the abnormal recovery program 値 0. Thus, when it is determined as affirmative in step S120, no processing is performed This program ends. This paper size applies Chinese National Standard (CNS) A4 specifications (210 * 297 male *) ------------- install --- (Please read the note on the back first ^ λ This page) Order. • Line · Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economics-60-Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economics Λ3435 7 A7 ____B7_____ V. Description of the invention) At step s 1 2 When 0 is judged as negative, before the _ is provided for local cleaning. · Before the cleaning water is spouted, the nozzles NH1-1 (see Figures 5, 6, and 12) of the cleaning nozzles are cleaned (step S130). As shown in the flowchart in FIG. 26, the cleaning program is performed in front of the nozzle, and the solenoid valve WP1-10 of the water inlet valve unit WP1-1 shown in FIG. 4 is controlled to open (step S131). Next, the switching is performed The valve WP1-1 5 is controlled to switch to the function water flow path, and the throttle pump is simultaneously operated _ WP 1 — 1 4 function water is used to spit water The control of the flow rate is driven (step S 1 2 2) '. As a result, the nozzle head located at the waiting position HP shown in FIG. 8 is discharged with functional water (free chlorine solution), and the head is sterilized and washed. Because the functional water Zhuoyuan has produced functional water in the water tank at the above-mentioned timings, the functional water that has been generated is only the storage of the water tank, and the amount (about 50cc) is discharged. Second, stop the functional water to spit out water. And the switching valve WP 1 _ 1 5 that switches from the functional water flow control to the hip washing flow, and the control and drive of the nozzle cleaning flow for the section $ pump WP 1-1 4 (step S 1 3 3). With this, in a state where the nozzle head is located at the waiting position ΗP shown in FIG. 8, the water is discharged from the buttocks of the nozzle head through the holes N Η 1-7 toward the containers NS 1-1 4. At this time, Since the above-mentioned coil excitation is not performed, the movable body for hips Ν 1-9 is in a free state that does not cause wobble rotation. Therefore, as shown in FIG. 27 (a), when washing in front of the nozzle, the washing water is concentrated on Water was spitted out a little bit. And because the hip spout hole NΗ 1 _ 7 has a small diameter, The water speed is very high. Therefore, in the container, the water potential is very strong and there is washing ¥ water bounces back, and the nozzle head is washed by the washing water which bounces back. This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297mm > -61-!!-pack i — < Please read the precautions on the back first ΜίΓΛ page) Order ·-line · •-4 3435 7 A7 B7 5. Invention description red), can be washed properly The clean nozzle head, in more detail, can clean each spout hole of the nozzle head and its periphery. Also, in step S 1 2 2, the functional water (free chlorine solution) that has been dripped onto the nozzle head may be washed with running water. In the case where the functional water generating unit is in the form of a chlorine gas generating electrode sandwiching a water passage, in step S 1 3 2, the chlorine gas generating electrodes WP1 to 17 (refer to FIG. 9) for functional water generating are executed. The energization control may be followed by stopping the energization of the chlorine gas generating electrode in step S 1 3 3. Responsible for the steps S 1 3 2 and S 1 3 3 of the cleaning program before the nozzle, the movable body NH1-9 for the buttocks and the movable body for the genitals can also be used. All the electromagnetic coils of NH1 — 1 1 are continuously excited at the same time. magnetic. In this way, because the magnetic force generating body NH 1 _ 2 6 attracts the movable body NH1-9 for the buttocks and the movable body NH1-11 for the genitals, and plugs the lower end of the two movable bodies and the magnetic force generating body NH Η 1-2 6 It is possible to suppress the corrosion of the magnetic drive bodies N Η 1-18 and the wire 圏 iron cores Η 1-35 due to the scattering of functional water due to the scattering of functional water. In addition, when the above steps S 1 3 3 are performed, it is possible to continue to excite only the electromagnetic coils N 1 to 32 a on the front side of the buttockable movable body N 1 to 9. In this way, the movable body for the buttocks (the hip spout hole) can be tilted to the NH 1-1 1 side of the movable body for the genitals, and the washing water can be concentrated at one point to spit water. Thereby, it is possible to spit water from the spitting hole in the buttocks and at the same time make the rebounded washing water flush to the gentle spitting hole in front of it or the spitting hole in the genital area and its periphery. Therefore, each spout hole and its periphery can be cleaned reliably. In addition, the purpose of washing the genital area can be washed with a high washing ability, and the puffer hole and the surrounding area of the genital area are particularly required by the user to improve the feeling of cleanliness. This paper size applies to China National Standard (CNS) A4 specifications (210 X 297 male a) ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 IH ^ 1 < Note on the back * ^ This page) Order · Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs -62- 4 3435 7 A7 -.- '____ ^ V. Description of Invention 60) I--11! 装 i — (Please read the precautions on the back page for wf to consume this page) Also, you can also make the above-mentioned nozzles wash out the washing water before washing from the soft discharge hole NH 1 — 8 of the movable body NH 1 — 9 or It is performed by the pussy spout hole NH1 — 10 of the movable body NH1 — 1 1. At this time, when the washing water is discharged from the gentle water discharge holes NH 1-8, the excitation of the electromagnetic coils NH 1 _ 3 2 a on the front side and the two electromagnetic coils NH 1 ~ 3 2 b on the rear side may be repeated. Simultaneous excitation of 3, 2 c 'makes the movable body for the buttocks (soft spit hole) swing forward and backward while spit out the washing water. In this way, the rebounded washing water can be surely poured on the spout holes before and after the soft spout hole and the surrounding area, and these areas can be washed. The pussy spout hole NH 1 — 1 0 is the same as that of the hip spout when the washing water is spouted before the nozzle is washed. Printed by the Industrial Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs Further, when the above-mentioned steps S 1 3 3 are performed, the movable body NH 1-9 of the hip can also be used to perform a pseudo-swing rotation at a specified spouting hole swing angle α. The load ratio D t of the spouting angle α of the spout hole and the excitation period Tc of each electromagnetic coil are determined, and a pulse signal for sequentially exciting each electromagnetic line 圏 is output (see FIG. 21). Thereby, the movable body NH1 -9 for the buttocks performs a pseudo-swing rotation with the spouting hole swing angle β and the excitation frequency f (= 1 / T c), and the hips spouting holes N Η 1-7 also accompany the swinging rotation. Thereby, as shown in FIG. 27 (b), the washing water is discharged from the hip spouting holes NΝ 1-7 in a pseudo-conical spouting shape shown in FIGS. 22 and 23. In this way, because of the expansion of the range of the spitting water of the containers NS 1-1 4, not only the spitting holes in the buttocks, but also the spitting holes in the genitals and the spitting holes in the genital area and the surrounding areas can be surely poured into the spring water for washing. net. Also, the washing water spouting object at this time is a container instead of the human skin, so there is no -63- This paper size applies the Chinese national standard (CNS > A4 specification (210 * 297 public *) 4 3435 A7 B7 Intellectual property of the Ministry of Economic Affairs The staff of the bureau shall cooperate with the production of printed materials. 5. Description of the invention h) It is necessary to make the excitation frequency f (= 1 / Tc) into the above-mentioned inductive frequency band * as long as it is appropriately determined. After the processing of this step s 1 3 3 is performed for a specified time, for example, 1 second, the stop control of the throttle pump (the flow rate is zero) and the closing control of the solenoid valve (steps S134 to S135) are sequentially performed. 25 of step S140. . After washing before the above nozzles, forward rotation drive controls the nozzle drive motors NS1-4 to make the cleaning nozzles WN1 — 1 wait from the inside of the body at the washing position corresponding to the washing button (hip, soft, genitals). The position HP is moved out (step S 140: refer to FIG. 7). The washing nozzle WN 1-1 1 moves to the hip washing position AWP if it is a hip or soft washing button, and moves to the vaginal washing position V W P when washing the button for the vagina. After the cleaning nozzle has been moved to the cleaning position in this manner, the following formal cleaning operation (step S150) of the _ · ® should be washed button (hip, soft, genitals) is performed to end the program. This formal washing operation is stopped by an operation stop program described later. The formal washing action varies with the movable body used for the washing button, so in the following description, the hip washing is taken as an example. As for the gentle washing and the genital washing, only the differences are explained. . As shown in the flow chart in FIG. 28, during the formal washing program, the solenoid valve WP 1 _ 1 〇, which is temporarily stopped from supplying the washing water, is controlled to open while the nozzle head is moved to the hip washing position AWP (step S 1 5 1). Next, change the control of the switching valve WP 1-1 5 to the flow for hip cleaning -I--I --- !! _ Install il (Please read the precautions on the back first for this page) The paper size applies the China National Standard (CNS) A4 specification (210 X 297 mm) -64-43435 7 Α7 Β7 V. Description of the invention) Please read the note on the back 5 背面 This page > The flow pumps w P 1 to 1 4 are driven at a predetermined weak water discharge flow rate (for example, flow rate level 1) (step S152). Thereby, the washing water with the above-mentioned weakly spitting water flow is discharged toward the buttocks from the buttocks spout holes N Η 1-7 of the nozzle head. The steps S 1 5 2 in the case of gentle washing and vaginal washing are the same as those described above except that the flow path for gentle washing or the vaginal washing flow path is switched by the switching valve. Printed by the Employees' Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. The weak spit water flow at the time of spitting is determined as follows. First, in the adjustable range of the throttle pump (for example, 500 c c / min), the flow rate can be adjusted to other levels such as levels of 1 ~ 7. In the above step S152, the movable body NH1-9 for buttocks spit out washing water in a state where it was not movable (unswinged and rotated). The spitting of the washing water is not a spitting water at the above-mentioned excitation frequency f due to the swinging rotation, so it becomes a concentrated spitting state. At the same time, the spitting speed of the spit hole Ν-1-7 is relatively small, so the spitting speed is relatively high. Big. Therefore, when the weak spouting water flow rate in step S 1 5 is set to, for example, the lowest level 1 flow rate in the above range, even if the spouting water is concentrated at a high speed, it will not make the person feel uncomfortable or unpleasant. In addition, the washing water spitted in this step s 1 2 is only used for a short period of time (about 0.5 seconds or less) at the beginning of the formal washing. As a result, the user will not feel uncomfortable or uncomfortable because of the special increase. The following description is for the case where the weak spouting flow rate of the original spouting is set to the flow rate level 1. Following the above-mentioned step S 1 4 2 with a weak spouting flow rate (flow rate level 1), the spouting water is discharged (refer to FIG. 29), so that the buttocks movable body N Η 1-9 can operate smoothly during the above-mentioned pseudo swing rotation or Detection -65 * This paper has a common medium-size standard (CNS) A4 specification (210 X 297 mm > 4 3435 7 A7. Printed by Baker, Consumer Cooperation, Intellectual Property Bureau, Ministry of Economic Affairs, printed B7 ______ 5. Invention Description 63) An abnormal swing occurs, and the buttocks movable body NH1- 9 is initially driven (step S 14 3). The swing abnormality detection will be described in detail later. In this initial driving process, first, the load ratio Dt that determines the spouting hole swing angle α is set as the initial load so that the spouting hole swing angle α becomes the initial stage 値 α 0 where the movable body can be tamed and the swing abnormality can be detected. Than D t 0. Since this initial load ratio D t 〇 is stored in the backup RAM, its value is set by reading. Next, based on this initial load ratio D t 〇 and the excitation period T c of each electromagnetic line ，, a pulse signal for sequentially exciting each electromagnetic line 输出 is output (see FIG. 21). Accordingly, the movable body NH1-9 for the buttocks performs pseudo-oscillating rotation with the spouting hole swing angle α0 and the excitation frequency f (== 1 / Tc), and the hip spouting holes NH 1-7 also rotate with the wobble. Thereby, as shown in FIG. 29, the washing water with the weak spouting flow rate (flow rate 1) set in step S 1 42 is taken as the quasi-cone-like spouting water form shown in FIGS. 22 and 23. Spit water. In addition, even if it is driven at this initial stage, it is only a short period of time (less than 0.5 seconds) before the official cleaning and driving of the next step, so it does not cause the user to have insufficient water volume (weak water flow rate: flow rate level) 1) Special discomfort or discomfort. The swing angle α of the spout hole driven at this initial stage can be detected as long as the swing abnormality can be detected, and the spout flow at this time is also weak because the spout flow (flow level 1) does not need to be intentionally increased. Therefore, a lower 値 (for example, about 10% of amax or the minimum squirt hole swing angle amin) is used within the range of the adjustable spout hole swing angle α of this embodiment. In addition, at the excitation frequency ί (= 1 / T c), use the above-mentioned non-inductive frequency band (please read the note on the back of the page Λ page first) for binding.

C .. Line. This paper size applies to a Chinese standard (CNS> A4 size (210 297 mm> -66- 4 34 35 7 a? B7 V. Invention description from 4)). The following is a description of the original spit water When the spouting swing angle α 0 is a min. Next, after the above-mentioned initial driving process, a formal washing driving of the movable body is performed (step S154). This formal washing driving process passes through the movable body NH 1 for the buttocks. -9 In the practical range, the hip spout hole NH 1-7 is swung and rotated to perform washing water spouting, and the person actually performs partial washing in a pseudo-conical spouting shape shown in Figs. 2, 2, and 3. Formal washing here In the net driving process, first, the load ratio Dt that determines the swing angle of the spout hole is changed to an appropriate load ratio D t 1 corresponding to the specified value of the adjustable spout hole angle α. This appropriate load ratio D t 1 is because Because it is memorized in the backup RAM, it is set by reading it. This appropriate load ratio D t 1 is the initial load ratio D t during the actual washing of the actual pregnant part during the formal washing drive process. Example adjustable spouting Among the ranges of the hole swing angle α, 値 (refer to FIG. 29) corresponding to the specified 値 (for example, the middle 値 a mid). Hereinafter, the case where the specified discharge hole swing angle α at the start of formal washing is a mid will be described. The appropriate load ratio D t 1 read in this way is written and stored in RAM = in order to update and set the dot / wide area cleaning program to be described later, and the dot / wide area cleaning program is not updated. If the load ratio D t is set, the proper load ratio D t 1 will be stored in the original state of the RAM. If the dot / wide area cleaning program is updated and a new load ratio D t is set, the appropriate load ratio D in the RAM will be appropriate. t is rewritten as this new update-, setting 値. Therefore, after the load ratio D t is updated and set in the washing process, the movable body and hips are swayed according to the rewritten load ratio D t Standards are applicable to Chinese National Standards < CNS) A4 Specifications (210 X 297 Public Love) n > lt cl nn It t— It IV t— PI I _ ^ i (Jingxian read the precautions on the back ... * »This page ) Order:-Line-Intellectual Property of the Ministry of Economy 扃 Employees' Co-operatives 4 3 ^ 35 7 A7 ___1 ._B7 ______ , The invention described red) water jetting holes. In addition, the duty ratio D t after being rewritten in this way, or the appropriate duty ratio D t 1 which is memorized and maintained without being rewritten, is re-accompanied by the OFF signal of the seat sensor caused by the user standing from the toilet. Assume. In this way, when the user repeatedly performs the washing operation in the seat, the second and subsequent formal washing driving processes of step S 1 5 4 can replace the updated and set load ratio D t with the above It is used with an appropriate load ratio D tl. Therefore, when used repeatedly, the load ratio D t (that is, the spout hole swing angle α) is the same as the previous time, so the discomfort during repeated use can be eliminated. When the user performs the cleaning operation again after leaving the toilet seat, an appropriate load ratio D t 1 as described above is used. If an appropriate load ratio D t 1 is set in this way, a new pulse signal is generated for sequentially exciting each electromagnetic coil based on the appropriate load ratio D t 1 and the excitation period Tc of each electromagnetic coil, and is output (see FIG. 21). ). In this way, under the condition that the washing water with a weak spouting flow rate (flow rate 1) is supplied to the water, the hips are moved with the movable body NH 1-9, and the spouting hole swing angle a mid and the excitation frequency f (= 1 / Tc) are performed. It looks like a swinging rotation, butt spout holes NH1-7 also accompany the swinging rotation. After this pulse signal is output, the throttle pump WP 1-1 4 is turned into a proper watering range with adjustable range as shown in Fig. 9 ^ _ It is driven in the manner of flow (for example, flow level 4) (step S 1 5 5). This appropriate spouting flow rate is set and memorized in the same manner as the above-mentioned appropriate load ratio D t 1. The following indicates that the proper discharge water flow at the beginning of formal washing is the flow level. For the occasion of 4, this paper size applies the Chinese national standard < CNS) A4 specification (210 X 297 male «) I ni · 1 I» Please read the back Note MΐΓ Λ This page: Ordered · Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs-68- Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 ____B7 ___ V. Description of the Invention 沅) With such a pulse signal Output of feed water with proper water discharge flow rate 'At the beginning of washing, wash water with appropriate water discharge flow rate (flow rate 4)' is in an appropriate state (swing hole swing angle a mid, excitation frequency f (= 1 / T c) ) Spit water from the swinging hips Ν Ν 1-7 to spit water. Then, as the user changes the water discharge hole swing angle α (washing area) by changing the water potential or the dot / wide-area button, the changed water flow washing water is swung from the water discharge hole swing angle α after the change The rotating hip spout hole N Ν 1 -7 spit out. The washing water at this time adopts the quasi-conical water spouting form shown in Figs. 22 and 23 toward the human body, and the excitation frequency of the spouted water is included in the above-mentioned non-inductive frequency band. That is, for the user, the continuous washing feeling of the washing water is provided without causing discomfort or unpleasant feeling, and an excellent effect as never before can be exerted. In addition, as described previously, by “washing” the washing water to spit water at the excitation period T c, the effectiveness of water saving can be improved. Furthermore, the use flow rate of washing water can be reduced by improving the efficiency of water saving. Different occasions can save about half of the previous traffic. Therefore, it is possible to reduce the water tank capacity of the heat exchange unit T1__1. In addition, as long as the water is heated and washed by a heater in a small-flow and small-capacity water tank, the power saving or miniaturization of the heater τ Η 1-2 can be further promoted. 9 In addition, When the driving process rotates the hip movable body NΗ 1 _ 9 in a swing-like manner, the initial driving process before it supplies washing water in advance at a weak spouting flow rate (flow rate level 1). Therefore, the pseudo-oscillating rotation of the movable body is washed in the feedwater that is subject to a weak spitting water flow (flow level 1). The paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) -69--^ 1 ^ 1 I ^ IIII n 1 ^ ϋ II (please «read the note on the back " page first) · .line A7 Β7 4 34.35 V. Description of the invention) Please read the note on the back first | ^ This page starts with the pressure of purified water. Therefore, since the pseudo-oscillating rotation of the movable body in an unloaded state is not induced, the flange portions NH 1-20 of elastic materials such as rubber and elastomer are not inadvertently practiced. As a result, inadvertent damage to the flange portion can be avoided, and at the same time, the movable body can be swiveled appropriately from the beginning, so it is preferable. Γ In addition, as shown by the 29th convexity, the spouting hole swing angle α is gradually increased from the initial setting tα 0 to the middle 値 a mid so that the load ratio D t is changed from the initial setting 値 D t 〇 to D t 1 At the same time, the discharge water flow rate is changed from the initial stage (flow rate 1) to an appropriate discharge water flow rate (flow rate 4). Therefore, it has the following advantages. First, at the initial stage of the washing process, when the washing water is initially spouted, an unexpectedly large amount of washing water will not be washed out of an unexpectedly wide washing area, so that discomfort can be avoided. In addition, since the movable body does not oscillate violently and oscillate with the large spouting hole angle α, no excessive force is applied to the support portion (flange retaining portion) or the coil of the movable body, and steps can be reliably avoided. Unexpected damage caused by the tame drive during the initial drive of the movable body of S 1 5 3. Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs The steps S 1 5 3 to S 1 5 4 for gentle washing are the same as those for washing the buttocks. In the case of cleansing the genital area, except that the movable body is changed to the movable body for the genital area—moving body NΗ 1-1 1, the above-mentioned machine control is performed, but the appropriate load ratio D t 1 of step S 1 5 4 can also be set to Not the same as when washing the buttocks. In short, when the genitals are washed, the appropriate load ratio D t 1 is larger than the appropriate load that determines the swing angle ct (= a mid) of the spouting hole when the buttocks are washed, so that the spouting holes when the genitals are washed Swing angle α -70- This paper size applies the national standard (CNS) A4 specification (210 X 297 male *) Α7 Β7 4 K3 5 7 V. Description of the invention from 8) The spout hole swing angle α when the hips are washed (= a mid) is bigger. Thereby, when washing the buttocks and the genitals, it is possible to make a wide difference between the washing area of the washing water spouting water in steps S 1 5 4 to S 1 5 5. Specifically, the washing area when the buttocks are washed is the washing area B S shown in FIG. 22, and the washing area when the genitals are washed may be a wider washing area A S than this. Thereby, when the buttocks and the genitals are washed, by spitting out the washing water with a wide washing area, sufficient washing water can be provided to provide a sufficient feeling of partial washing. In addition, after performing the above steps S 1 5 4-S 1 5 5 with an appropriate load ratio D t 1 or an appropriate water discharge flow rate (flow rate 4), the buttons SWhu, SWhd or spot / wide settings are set according to the strength of the water potential. The operation of the button i (refer to FIG. 2) changes the discharge water flow rate (flow rate level) or the washing area (the swing angle of the discharge hole α and the load ratio D t). In accordance with the changed flow rate and washing area (the spouting angle α of the spouting hole), the spouted spouting water of the above-mentioned pseudo-conical shape is spouted (see FIG. 29). In addition, the spit water flow rate (flow rate) or the load ratio D t set in this way is reset to the FF signal of the seat sensor via the memory sensor as described above. G1 / Operation stop program: Next, the operation stop program executed by the local cleaning apparatus of the first embodiment will be described. Figure 30 is a flowchart showing the operation stop program. The operation stop program shown in the flowchart in Fig. 30 is for stopping the washing operation or drying operation performed by the above-mentioned washing and drying operation program. The paper size is applicable to China's 0 standard (CNS) A4 standard ( 210 X 297 mm) * ------------ Install i — < Please read the note on the back of the item (nf < this buy) order. I-line · Ministry of Economic Affairs Intellectual Property Bureau with X Printed by Du Du • 71-A7 B7 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and printed by the Industrial Cooperative Cooperative V. Invention Description Red) For those who use it, the implementation will be suspended at the following timing. The first interruption timing is when the stop button SWa which stops various operations of the local cleaning device is operated. The second interruption timing is when the user stands up from the toilet seat, because subsequent washing and drying operations are not required, and is equivalent to when the seat sensor is switched from ON to OFF when the user leaves the toilet seat. The third interruption timing is when the operation is switched from the washing operation to the drying operation, or the operation is switched from the drying operation to the washing operation, that is, when the drying button is operated during the washing operation and when the cleaning button is operated during the drying operation. When an interruption stop program is executed at these interruption timings, as shown in Fig. 30, it is first determined whether the current device operation status is a washing operation or a drying operation (step S 1 60). If it is determined that the drying operation is in progress, the energization of the drying section is stopped (step S162), and this routine is completed. The operation status of the device is determined based on the operation status of the washing or drying button before the start of this program. On the other hand, when it is determined that the cleaning operation is in progress, the throttle pump WP1-14 is driven to a zero flow rate (step S164), and thereafter the solenoid valve WP1-110 is controlled to close (step S165). As a result, the feed water of the washing water is cut off, so the washing water spouting in progress is stopped. It is also possible to restore the control of the switching valve WP1-15 to the original position at the same time as closing the solenoid valve (for example, the flow path switching position for the buttocks). After the above-mentioned washing water spout is stopped, the output of the pulse signal (see FIG. 21) for making the washing water spout into a pseudo-cone-like spouting form (see Figs. 2 and 2 and 3) is stopped (step S166). To stop the movable body. In this way, because the swing rotation is stopped after the spitting water is stopped, 'when the washing operation is stopped, it will not face the person in a state where the movable body is stopped 11! 丨 i-equipment _! Please read the note on the back * item νί Page: Dimensions • The size of the paper is applicable to the Chinese National Standard (CNS) A4 (210 X 297 mm) Λ 3435 7 Α7 ___ Β7 V. Description of the Invention ^) The body spit out the washing water. Therefore, as shown in Figure 27 (a), the washing water concentrated on one point will not be flushed to the local area, and it will not cause discomfort or discomfort I! — — — — — ·-· I. < «Notes on the back of the reading μΓ» This purchase: 〇 The movable body also stops when the washing water spout stops, but other controls such as stopping the movable body can also be added based on the timer. By setting a timer that is synchronized with or separate from washing, safe movement of the movable body or each coil can also be performed. --Line. The staff of the Intellectual Property Bureau of the Ministry of Economic Affairs, the cooperative printed the water stop and swing stop, and then controlled the nozzle drive motor NS1-4 to reversely drive, so that the washing nozzles WN1-1 were retracted from each washing position. Then, it returns to the waiting position HP in the main body part (step S 168; see FIG. 7). After the nozzle returns to the waiting position HP, the nozzles and the peripheral edges, nozzle heads, and the like that have been used so far for cleaning, which have been used so far, are cleaned (step S169). This nozzle was washed after the same treatment as before the nozzle was washed before drizzle, that is, it was washed by functional water to bounce water from the washing water spouted from the spout hole. In addition, the processing content of the front nozzle cleaning and the rear nozzle cleaning may be the same. For example, before the nozzle is cleaned, because local cleaning is required afterwards, the nozzle head is sterilized and cleaned by functional water before local cleaning, which provides the user with a sense of hygiene and cleanliness. After the nozzle is washed, the function water can be used to spit water. Alternatively, the pre-nozzle cleaning and the post-nozzle cleaning may be performed in the opposite manner. The sterilization effect can be improved by sterilizing and washing immediately after the bacteria are attached to the nozzle head. Therefore, after the cleaning action that may cause bacterial adhesion, the nozzle can be washed to perform functional water spitting. It can also be washed in front of the nozzle. Omit this function to spit ice. In addition, the Chinese paper standard (CNS) A4 (210 X 297 mm) applies to this paper size. * 73- 4 3435 7 A7 B7 V. Description of the invention h) When the second cleaning, you can also use Figure 2 7 ( The point shown in a) is the concentrated water discharge ^ The cone-shaped water discharge shown in FIG. 27 (b). Rinse in front of the nozzle for a little concentrated water discharge, or wash in the cone for spouted water after the nozzle. In addition, the cleaning before the nozzle and the cleaning after the nozzle may be performed in the opposite manner. Η 1 / Mobile cleaning program: Next, the local cleaning device of the first embodiment will be described with the mobile cleaning program performed in conjunction with the above-mentioned. Fig. 31 is a flowchart showing a mobile washing program. ≫ Fig. 32 is an explanatory diagram for explaining the state of mobile washing. The moving washing program shown in the flow chart in FIG. 31 is a person who causes the washing nozzle WN 1-1 to move back and forth while spitting out washing water to provide a wide range of washing feeling. This mobile washing program is interrupted during the operation of washing the buttocks and the genitals in conjunction with the operation of the movement setting buttons SWfa, SWfv (see Fig. 2 and Fig. 2). As shown in Figure 3_.1, after the operation of the above button is performed. When this mobile washing program is executed, the nozzle driving motor NS 1-4 is controlled to rotate forward and reverse, and the washing positions of the hips and genitals are centered. The position is such that the washing horn WN1-1 moves back and forth (step S1 70) ·. The nozzle is reciprocated back and forth, and continues until the movement setting button is operated again to remove the movement and cleaning (step S 17 2). During the reciprocating movement of the nozzle back and forth as described above, the main washing operation described previously is performed (step S1 40). Therefore, by reciprocating the nozzles and quasi-conical water spouting, the paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm 3Π) Please read the note on back fi first h and this page> Intellectual Property Bureau of the Ministry of Economic Affairs Employee Consumption Cooperative Yinju-74- 4 3 ^ 35γ at B7 V. Description of the invention k) Washing water and spit water in the form (refer to Figures 2 and 2 and 3) are implemented at the same time as shown in Figure 3 and 2, The washing water spouting in a pseudo-conical spouting state moves back and forth along with the movement of the spout. Therefore, the horizontal movement of the transverse nozzle is moved back and forth so that the washing water spouting in the shape of a cone-like spouting water is connected to perform local moving washing. As a result, a very wide area of the diaphragm can be washed to create a new feeling of washing, and the user can be provided with this new feeling of washing. When it is determined in step S 1 7 2 that the mobile washing is cut off, the nozzle driving motors NS 1-4 are controlled to rotate to drive the washing nozzle WN 1 — 1 to return to the washing position of the buttocks or genitals (step S 1 7 4). End this program. When the stop button is operated, the process in step S 1 74 is prioritized, and the operation stop program shown in FIG. 30 is executed to stop the water supply and return the nozzle to the waiting position. 11 / Spot / Wide Area Washing Program: Next, the spot cleaning device of the first embodiment will be described with a spot / wide area washing program performed in accordance with the above-mentioned partial washing. Figure 3 3 shows a flowchart of a dot / wide area cleaning program. Chapter 3 4. The diagram is an explanatory diagram for explaining the point-like / wide-area cleaning appearance. The dot / wide area washing program shown in the flow chart in FIG. 33 is to make the washing area of the washing water spit water suitable for the user's request for the washing area of the human body. Who are feeling or irritating. And this spot / wide area washing program, in the implementation of the partial cleansing of the buttocks and genitals, accompanied by the spot setting buttons SWua, SWuv, or the wide area setting button. This paper size applies to China National Standards (CNS) A4 specification (210 X 297 public love) II -----! · Install i — please read the precautions on the back μΓ 舄 this page) Order: _Printed by Line One Intellectual Property Bureau of the Ministry of Economic Affairs and Industrial Consumer Cooperatives- 75- Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs "4 3.5 7 a7 _____B7__ V. Invention Description Magic) The operations of SW va and SW vv (refer to Figure 2) were interrupted. As shown in Figure 3 3 It is shown that if this point / wide area washing program is implemented through the operation of each button described above, the current load ratio D t when the button is operated is read in (step S176). According to the swing angle α of the spout hole and the washing in a pseudo-conical spouting state The washing area caused by clean water spitting (refer to Figure 22) is defined by the load ratio D t as described above. Therefore, by reading the current load ratio D t, we can know the current swing hole swing angle. α, that is, the area to be cleaned, and the load ratio D t, because The pulse signal is recorded in the RAM at 100 million, so you only need to read it. In the first embodiment, as described above, the transmission load ratio control (refer to Figure 21) can set various swing holes α (washing area) However, in the following description, for the sake of convenience, the range of D t is set to the load ratio D t range that can be set by the point / wide-area button operation (D t min ~ D tmajc; a: min ~ amax : Refer to Figure 2 9) The load ratio Dt (Dtmin < DtS < DtM < D t L < D t max) in the three stages of large, medium and small. In short, by the setting of the load ratio D t in the three stages Can increase or decrease the swing angle α (washing area) of the spouting hole in three stages. Also, the washing area when washing the hips is recorded as SMA, and the washing area when washing the genitals is recorded as SMV. After the load ratio D t ', the load ratio 0 t (step S 1 7 8) is gradually increased or decreased in accordance with the type of button (point or wide area) to be operated, and the program is terminated. The following specifically explains the load by this It looks like the washing area changes due to the increase or decrease of Dt. Suppose that the wide area setting was operated during hip washing Button SWva. Please read the note on the back h! I Binding and binding This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 male ») -76- ^ R Engineer, Bureau of Intellectual Property, Ministry of Economic Affairs Printed by the consumer cooperative 4 3435 7 a? _ _____ B7 __._ V. Description of the invention ") This button operation reads the current load ratio D t at step s 1 7 6 and the result is assumed to be the load ratio D t S. In this way, in step S 1 7 8 ', the current load ratio D t S becomes the load ratio D t M. Therefore, as shown in FIG. 34, the washing area SMA S before the button operation of the duty ratio D t S becomes a washing area SMAM corresponding to the duty ratio D t M, and the washing area becomes wider. Furthermore, when the wide area setting button Sw va is operated, the load ratio D t Μ becomes the load ratio D t L, and the washing area is expanded from SMAM to washing area SMAL. In short, each time the wide-area setting button SWWa is operated, the washing area is expanded in the manner of washing area SMAS-washing area SMAM-washing area SMAL. When the dot-shaped setting button SWua is operated, the opposite is true. Each time the button is operated, the washing area is reduced by the washing area S.M A L — washing area SMAM — washing area SMA S. When the point setting button is operated at the load ratio D t S (washing area SMA S), or when the wide area setting button is operated at the load ratio D t L (washing area SMA L), the load ratio D t and washing The area remains the same. The same applies to the genital washing. Each time the wide area setting button SWvv is operated, the washing area is expanded by the washing area SMV S — washing area SMVM — washing area SMVL. In addition, each time the dot-shaped setting button SW uv is operated, the washing area is reduced by the washing area SMVL-washing area SMVM-washing area SMV S. That is, the user operates the dot-shaped / wide-area setting buttons according to his or her own consciousness, so that the washing area during local washing can be expanded / contracted at will, and the washing range (washing area) of the discharged washing water can be arbitrarily expanded / contracted. Change with one's own meaning

< Please read Note 4 on the back side first wT »This Buy) Binding * This paper size applies to China National Standard (CNS) A4 specification (210 * 297 mm) -77- A7 B7 & ° A " J _ V. Invention Description Dagger) Read the note on the back. Therefore, a sufficient feeling of washing can be given to the user. In addition, if the washing area is expanded, the user receives a wide range of washing water to spit out water, so that a soft feeling can be obtained. On the contrary, if the washing area is reduced, the user can get a stimulus by spitting out the washing water in a narrow range *. Therefore, according to the first embodiment, various washing feelings can be created. Moreover, such a sufficient washing feeling or a variety of washing feelings can be obtained by controlling the width of the washing area, that is, the load ratio control, and it is not necessary to use the flow adjustment control in combination. Therefore, it is better to create a sufficient feeling of washing or various washing feelings by simple control. In addition, since it is not necessary to drive a flow adjustment device (such as a throttle pump or a throttle valve), it is possible to suppress accompanying these machines The driving vibration or action sound is preferred. And because no drastic flow adjustment is required, it can effectively avoid water hammer. It is also possible to perform the load ratio D t control and the flow rate adjustment control that cause the above-mentioned change in the washing area simultaneously. For example, when controlling the reduction of the load ratio D t, the user can control the increase in the flow rate of the washing water when the user wants to have a stimulus. On the contrary, when controlling the increase of the load ratio D t, the user wants to have a soft feeling and can control the reduction of the flow of washing water. 3 In this way, the washing feeling can be more diversified. In addition, in the first embodiment, when washing the buttocks and the genitals, as shown in FIG. 34, the washing area (SMA, SMV) is different. Therefore, it is possible to provide a sufficient washing feeling or a washing feeling (soft feeling, stimulating feeling) suitable for washing the buttocks and the genitals. The load ratio Dt set by the dot / wide area cleaning and dot / wide area setting buttons shown in Figure 33 is the load ratio that has been rewritten above. This paper standard applies to the National Standard for Difficulties (CNS). A4 specifications (210 * 297 mm) • 78 · Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs-4? 4 35 7 A7 .__ B7 __ Jade, Invention Description 牦)

Dt. Therefore, this load ratio Dt is reset by the 0 F F signal accompanying the seat sensor of the user standing up from the toilet seat. In this way, when the cleaning operation is repeatedly performed while the user is in the seat, during the second and subsequent cleaning operations, the formal cleaning driving process in step S 1 4 is performed in the form of a dot / wide area. The load ratio set by the setting button D t discharges the washing water. In this way, when used repeatedly, the load ratio Dt (that is, the washing area) set by the dot / wide area setting buttons during the previous washing can be used to perform partial 'cleaning', so the repeated use can be eliminated. Discomfort. In addition, in the first embodiment, the structure of increasing or decreasing the swing angle α (washing area) of the spout hole by three stages will be described. However, it may be increased or decreased between two stages, or it may be performed in four or more stages. It is also possible to increase or decrease the composition. J 1 / Massage washing program: Next, the local washing device of the first embodiment will be described with a massage washing program performed in accordance with the above-mentioned local washing. Figures 3 and 5 show the flow chart of the massage washing program. Fig. 36 is an explanatory diagram for explaining the state of massage washing. Fig. 37 is a diagram for explaining the effect of massage washing on the mode. Fig. 35 shows the massage washing program shown in the flowchart in Fig. 35. It promotes regular changes in the washing area during the washing of the hips, and promotes Defecation sensation. This massage washing program is interrupted during the operation of washing the buttocks along with the operation of the massage setting button SWea (see Fig. 2). As shown in Figures 3 and 5, if the massage washing program is performed by the operation of the massage setting button, the load ratio Dt (step < nn I ϋ Bt I. II (锖) first read the note on the back when the button operation is performed Mr ", write this page) Order · Thread-This paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) -79- 4 34 35 7 A7 B7 Printed by S Industry Consumer Cooperative, Zhihui Property Bureau, Ministry of Economic Affairs V. Description of the invention "7) S 1 8 0). Then, the load ratio (Dts, D tM, D t L) in the above three stages is increased or decreased by the specified massage cycle TM (step S 18 2). . And "until the massage setting button is cut and operated again. Intermittent massage washing" continues to increase and decrease the cycle of the load ratio D t (step S 1 8 4). On the other hand, if the massage washing is cut off, the state before the massage washing is performed is set. The load ratio Dt read in step S 1 80 is set (step S186). The routine is ended. Also, when the stop button is operated, these processes are prioritized over these processes. The operation stop program of Fig. 30 is executed to stop the water supply and return the nozzle to the waiting position. In this way, during the period when the load ratio D t is periodically increased or decreased, as shown in FIG. 3, the load ratio D t is in the form of D t S — D tM — D t L — D t S — D tM ... Repeatedly with a certain massage cycle TM (indicated by the numbers 1, 2, 3 ... in the figure) ... As a result, with the repetition of this load ratio, the washing area is also SMA S — SMAM — SMA L — SMA S — SMAM … The way to repeat with a certain massage cycle TM. In this case, the above-mentioned massage cycle TM in which the duty ratio D t and the washing area are changed is such that the frequency itm (= 1 / TM) determined by this cycle becomes a range in which the repeated stimulation of the human epidermis can be perceived as intermittent stimulation. The rate of strict _ rate (about less than 5Hz) is determined. Thus, if the washing area is changed repeatedly as described above, the user can clearly perceive the regular washing area change. And because the width of the washing area is different, the stimulus of being spit by the washing water is different. Therefore, the user is massaged and washed, and is periodically stimulated by strong and weak, so that the feeling of defecation is promoted. In addition, the excitation period T c of the electromagnetic coil of each load ratio D t, in order to make the first note, please note * Install this book. The page size of this paper applies the Chinese national standard (CNS > A4 specification (210 X 297) (%) -80- 4 34 35 7 A7 B7 V. Description of the invention h〉 Please read the notes on the back χ page) The excitation frequency f (= 1 / TC) becomes the aforementioned non-inductive frequency band (about 5Hz or more) ; About 10 ~ 60Hz). As a result, the user receives a continuous feeling of spitting water from the washing water during the washing period (massage cycle TM) in each washing area as described above. In this way, in the massage washing of the first embodiment, by periodically increasing or decreasing the control of the load ratio to periodically change the washing area related to the strength of the stimulus, the cyclical change can promote a sense of defecation, and it is not necessary to use a special flow adjustment control . Therefore, it is preferable to provide a feeling of defecation by simple control. In addition, since it is not necessary to drive a flow adjustment device (such as a throttle pump or a throttle valve) *, it is possible to suppress vibration or operation sounds and water hammer accompanying the driving of these devices. Furthermore, problems such as the durability of the flow adjustment equipment and the increase in the size of the entire local cleaning device installed with the flow adjustment equipment do not arise. Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs On the other hand, the increase and decrease control and flow adjustment control of the aforementioned load ratio D t for massage washing can be performed simultaneously. For example, when controlling the reduction of the load ratio D t, in order to increase the stimulation, it is possible to control and increase the flow of washing water. When controlling to increase the load ratio D t to reduce the stimulation, you can control the reduction of the flow of washing water. In this way, the intensity of the stimulus can be increased, and defecation can be promoted more effectively. Further, by synchronizing and adjusting the adjustment control such as the flow rate, the number of swing rotations, and the temperature of the washing water with the increase / decrease control of the load ratio D t, the feeling of defecation can be more effectively promoted. In the above-mentioned massage washing, the change ratio (massage cycle TM) of the duty ratio D t and the increase or decrease of the washing area is constant. However, if the frequency f (= 1 / TM) determined by this cycle is repeated stimulus to the human body, it may be -81-This paper size is applicable to China gjia #standard (CNS) A4 specifications (210 X 297 public ||) 4 34% γ Α7 _____ Β7 V. Description of the invention 丨 9) If the frequency of the range of intermittent stimulation (about 5 约 z or less) is within the range, the above-mentioned increase / decrease change cycle (massage cycle TM) can also be used. It changes every time the load ratio D t increases or decreases. For example, in Fig. 36, the massage period (the massage period τ_Μ1) of the load ratio DtS, the massage period (the massage period TM2) with the load ratio D tM, and the massage period (the massage period TM3) with the load ratio D t L are different. . In this way, as the stimulus recognition time of the washing area (SMAS, SMAM, SMAL) also changes, the sense of stimulus is also diversified, which can more effectively promote defecation. In particular, if the time distribution of the washing area SMA S_ is long, the feeling of defecation can be promoted by the effect of the enema. This is because when anal muscles are relaxed with the washing area SMAL, a large amount of water is injected into the anus with the washing area SMA S for a long time. In addition, by synchronizing with the five senses such as music, light, and olfactory (aroma therapy), the sense of defecation can be further promoted. In addition, if this massage washing is performed not for the purpose of promoting defecation, but for local washing after defecation, it has the following advantages. First, the irritation of strength and weakness is accompanied by the change of the washing area, so the monotony of local washing can be eliminated or awakened. Second point, as shown in Figure 37. * When the load ratio is changed from D t L to D t S, the mode will discharge water * The water column RT moves toward the center in the direction indicated by the arrow in the figure. With this, the dirt 0B around the local area is more effectively peeled off by this mode spouting water column RT. Moreover, the dirt 0 B is concentrated on the center side, and the water in the water jet RT is collected and ejected. The rebound water RTH of the spout water column RT is collected, so that the aggregated dirt 0 B is surely removed. Therefore, the paper size for massage cleaning according to the first embodiment applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm> — — — — —------ I * ·! (Please M first Read the note on the back \ H page) Order ·-Printed by the Consumers 'Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs-82-Printed by the Consumers' Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ o i > ), You can perform local cleaning with high cleaning ability. In the first embodiment, the structure is described in which the washing area is increased or decreased in three stages. However, the structure may be increased or decreased in two stages, and may be increased or decreased between four or more stages. Composition is also possible. In addition, it is also possible to synchronize the areas of these multiple stages with music, light, and smell. K 1 / Swing washing program: Next, the partial washing apparatus of the first embodiment will be described with a swing washing program performed in accordance with the above-mentioned local washing. Figure 38 shows the flow chart of the swing washing program. Fig. 39 is an explanatory diagram for explaining the processing content of the swing washing program. Fig. 40 is an explanatory diagram for explaining the state of swing washing. 0 The swing washing program shown in the flow chart in Fig. 38 is a person who changes the washing area irregularly to provide a sense of comfort or comfort. In addition, this rocking washing program is interrupted during the operation of hip and pussy washing along with the operation of the rocking setting buttons SWta and SWtv (see Fig. 2). As shown in Fig. 38, if this swing washing program is executed by the operation of the swing setting button, the current load ratio Dt at the time of button operation is read in order to return to the washing state before the swing washing (step S190). Next, the load ratio D t is irregularly increased or decreased at the swing period T Y specified by the load ratios (D t S, D tM, and D t L) in the three stages described above (step S 1 9 2). Until the swing cleaning button is operated again to cut off the swing washing, the load ratio D t continues to be irregularly increased or decreased (step S 1 9 4). On the other hand, if you cut off the swing and wash it, set it in step < please read the notes on the back first \ 0? This page) binding. This paper is reversed to 8 Chinese standards (CNS > A4 specifications < 210 X 297 (Mm) -83- d 3A35 7 A7 Β7 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Industrial Consumer Cooperative, V. Invention Description 61) s 1 9 0 Load ratio read (step S 1 9 6), end this program. Thereby, it returns to the state before implementation of rocking washing. When the stop button is operated, it is the same as in the case of the above-mentioned massage washing. * The water supply is stopped and the nozzle is returned to the waiting position. : Here, an example of a method of increasing / decreasing the load ratio D t irregularly in step S 192 will be described. The electronic control device c t 1-1 has a random number generating program in ROM. When step S192 is executed, the random number generating program is loaded at each swing period TY to generate random numbers. On the other hand, as shown in Fig. 39, the electronic control device c T 1-1 stores a load ratio comparison table in which the random number corresponds to the load ratio D t. With this, the generated random number is compared with this load ratio comparison table, and the negative load ratio D t is determined for each swing period t Y, so that the load ratio D t is increased or decreased irregularly. As shown in FIG. 40, the load ratio D t is irregularly increased and decreased during the load ratio D t in this way. The method of t S — D t L ... is repeated with a certain wobble period / Γ Y (indicated by the numbers 1, 2, 3 ... in the figure). With this, with the repetition of this load ratio, the washing area of the buttocks is also SMAM — SMAS — SMAM — SMAL — SMAS — SMA S — SMAL ..., and the washing area of the genital area is SMVM- ^ MVS — SMVM — SMVL — SMVS— SMVS-SMVL ..., repeats with a certain swing period TY. In this case, the above-mentioned wobble period TY in which the load ratio D t and the washing area are changed becomes the frequency i (= 1 / TY) determined by the wobble period TY, which is the same frequency as that in the case of the massage period to T Μ (about 5 Hz or less). ). Hereby, please read the notes on the back 4 ^% of this page) Binding · -Line · This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) -84- Γ 4 3435 7 A7 B7 V. Description of the invention ¢ 2) When the washing area changes repeatedly as described above, the user can clearly perceive the change in the washing area. And because the width of the washing area makes the stimulus of the spit-washing water different, and the width of the washing area varies irregularly, the user is irritated by the irregular strength by swinging and washing. This has the following advantages. The internal and anal sphincter, which opens and closes the anus for defecation, is an involuntary muscle controlled by the autonomic nervous system, and contracts and relaxes unconsciously. In the above-mentioned rubbing washing, because the washing area of left and right irritation changes regularly, if the massage is continued for a long time in Yokohama, the timing of the washing area becoming narrow will be predicted by the brain. Therefore, a change in the stimulus accompanying a change in the washing area is predicted to cause contraction of the sphincter of the anus in the state of sympathetic nerve control. On the contrary, in the swing washing with irregular washing area, it is difficult to predict the timing of the reduction of the washing area, so the timing of the stimulus change accompanying the washing. Area reduction is also difficult to predict. Therefore, the monotonous sensation at the time of decontamination becomes the state controlled by the parasympathetic nerve, and it is easy to cause the relaxation of the internal anal jg about muscle unconsciously. As a result, defecation washing can be more effectively promoted by the above-mentioned rubbing. The external anal sphincter exists as a muscle that opens and closes the anus, and the anal sphincter is a voluntary muscle controlled by the body nerve. However, there is a receptor sensitive to irritation inside the anus. When it is stimulated, the external anal sphincter contracts due to the effect of the receptor. In the situation where the spitting area (washing area) of the washing water is repeatedly changed, that is, in the above-mentioned massage washing, the washing area is narrowed when the washing water is injected into the anus to reach the receiver (spitting water entry timing) Will be predicted by the brain. Because ------------ --install --- (please read the note 5 on the back to buy it first) order --- --- line economy 邾 intellectual property bureau w industrial consumer cooperatives printed this paper The scale applies the Chinese National Standard (CNS) A4 specification (210 X 297 male «) -85- 4 3435 7 A? _ * __ B7___ V. Description of the invention §3) Therefore, the anus is closed in accordance with the prediction of contraction of the external anal sphincter, Makes washing water difficult to enter the anus. On the contrary, the swing washing with irregularly changing washing area, because the timing of narrowing of the washing area is difficult to predict, so the above-mentioned spit water entry timing cannot be predicted by the brain. Therefore, the chance of spitting out the washing water with a narrow washing area during the period when the external anal sphincter is not contracted is increased, so the washing water easily enters the anus and the washing water can enter the inside of the rectum. Generally speaking, washing water entering the rectum will cause an enema effect. Therefore, the above-mentioned rocking washing can promote more effective defecation. In addition, if this rocking washing is performed for local washing after defecation, because It is difficult to predict the intensity of the stimulus with the change of the washing area, so the monotony during local washing can be further eliminated. In addition, as for the excitation period T c of the electromagnetic coil of each load ratio D t, similar to the above-mentioned massage washing, during the washing period (swing cycle TY) of the respective washing area, the user feels continuous as previously described. Wash water spit out. In this way, in the first embodiment, when performing the above-mentioned rocking washing, only the washing area with respect to the irritation sensation can be controlled to change irregularly through the irregular increase and decrease of the load ratio, and it is not necessary to use a special Flow adjustment control. Therefore, it is preferable to simply control for the above-mentioned defecation promotion. In addition, since it is not necessary to drive a flow adjustment device (for example, a throttle pump or a throttle valve), it is possible to suppress vibration or operation sounds and water hammer accompanying the driving of these devices. Furthermore, problems such as the durability of the flow adjustment equipment and the increase in the size of the entire local cleaning device provided with the flow adjustment equipment do not arise. 1-Pack i — (Please read the precautions on the back page first) Order · -Printed by the Bureau of Intellectual Property of the Ministry of Economic Affairs, Shellfish Consumer Cooperative, This paper is printed in accordance with Chinese National Standards < CNS) A4 (210 X 297) (Centi) -86- 4 ^ 4 3 ο? _Ε__ V. Description of the invention 64) On the other hand, the above-mentioned load ratio D t increase and decrease control and flow adjustment control for swing cleaning can be performed simultaneously. For example, when the load ratio D t which is smaller than the previous one is determined by generating random numbers (when the swing period TY1 to TY2 shown in FIG. 40 is moved, from TY4 to TY5, etc.), M is controlled to improve stimulation Increasing the flow rate of washing water to determine a larger load ratio D t (from the swing period TY2 to TY3, from TY3 to TY4, etc.) by generating random numbers in order to reduce Stimulates and reduces the flow of washing water. In this way, by increasing the intensity of irritation and the difficulty in predicting stimulus, it is possible to further effectively promote bowel movements. In the above-described swing cleaning, the load ratio D t and the increase in the cleaning area are increased (decreased by the change cycle (swing cycle TY)). However, if the editing rate f (= 1 / TY) determined by this period is within the range of the frequency (approximately 5 的 z) in which the repeated stimulation of the human epidermis can be perceived as intermittent stimulation, the above increase or decrease will be made. The change period (wobble period T Υ) is changed when the load ratio D t is increased or decreased as in the case of massage washing. In this way, with the respective washing areas (SMAS, SM A M, SM A L) changing the cognition time of the stimulus, it becomes more difficult to predict the irritation. Therefore, defecation can be promoted more effectively. In addition, the power spectrum of the physical quantity such as the period T Υ or the instantaneous flow rate, which determines the timing of the washing area change, or the power spectrum of the physical quantity such as the number of heartbeats or the rhythm of nature can also be made , Set to the inverse of the frequency. In this way, it can provide users with a sense of relaxation and become the main control of the parasympathetic nerve, causing the internal anus-ϋ nn aaf amt II {Please read the note on the back of this page first page) Order · Line · Intellectual Property Bureau of the Ministry of Economic Affairs The paper size printed by Beigong Cooperative Co., Ltd. applies Chinese national standards (CNSXA4 specification (210 X 297 mm) -87- 4 3 ^ 35 A7 B7 V. Description of the invention 5) The relaxation of the sphincter improves the effect of promoting defecation. < Please read the note on the back page wT λ page) The massage washing and swing washing described above can be performed at the same time as mobile washing. In short, when the movement setting button SW fa and the massage setting button S Wea are continuously operated, the forward and backward movement of the nozzle and the periodic increase and decrease of the load ratio D t are simultaneously performed. As a result, the cleaning position in which the spouting position (washing position) of the washing water is continuously changed in the forward and backward movement of the nozzle, and the washing area is periodically increased or decreased. The user recognizes the change in the washing position and the periodic change in the washing area and accepts local washing at the same time. Therefore | By repeating the new washing sensation and the periodic strong and weak stimulus over a very wide range of local washing, it is possible to more effectively promote the feeling of defecation or eliminate the monotonous sensation during local washing and provide a sense of pleasure Or a sense of fullness. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs In addition, when the movement setting button and the swing setting button SWu, SW tv are operated sequentially, the forward and backward movement of the nozzle and the irregular increase and decrease of the load ratio D t are performed simultaneously. As a result, the discharge position (washing position) that becomes the washing water continuously changes in the forward and backward movement range of the nozzle, and the washing area irregularly increases and decreases in a washing form in an unpredictable state. In addition, the user accepts local cleaning in a state where the washing position changes and the unpredictable washing area changes irregularly. Therefore, by repeating the fresh washing sensation and the unpredictable irregular strong and weak stimulation repetition across a very wide range, it is possible to more effectively promote the feeling of defecation or eliminate the monotonous sensation during local washing. And provide a sense of pleasure or fullness = Regarding the aforementioned massage washing or rocking washing, the purpose here is to control the washing area or washing intensity for the purpose of fast feeling and promoting the convenience, but of course, you can also make washing here Temperature change of purified water. -88- This paper size applies to China's standard < CNS) A4 specification (210 X 297 mm) V.4 3435 A7 B7 Printed by Shelley Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 5. Inventory Note Red) L 1 / Swing detection program and abnormal recovery program: Next, a swing detection program and an abnormal recovery program of the movable body performed by the local cleaning device of the first embodiment will be described. Figure 41 is a flowchart showing the wobble detection program. Fig. 42 is an explanatory diagram for explaining the processing content of the wobble detection process. Figure 43 is a flowchart showing the abnormal recovery procedure. The swing detection program shown in the flow chart in FIG. 41 is to detect abnormal swing when the two movable bodies NH 1 -9 and 11 for the buttocks and the genitals are oscillated by the energization of the electromagnetic wire 圏. Users with abnormal power supply. The wobble detection program is preferentially interrupted every predetermined time. In the following description, the electromagnetic coils NH1-3 3 a to 3 3 c of the movable body NH 1-1 1 for the female part will be described as an example. As shown in Figure 41, in this swing detection program, it is determined whether the washing operation is being performed according to the operation of the washing buttons on the hips and genitals (step S 2 0 0). If the determination is negative, swing detection is not required So temporarily end this program. On the other hand, if it is determined that the cleaning operation is in progress, it is necessary to detect the swing abnormality and execute the processing from step S205. Hand line, after the determination in step S 2 0 0 is affirmative, 'scan the input waveform from the output line NH 1 — 3 7 shown in FIG. 20 (step S 2 0 5), and determine whether the input waveform has Abnormal (step S2 10). It is assumed that each of the solenoid coils NH1-33a to 3 3c has no abnormalities such as disconnection or poor contact. The input pulses from the output lines NH1-3 7 (refer to Figure 20) are the same as those of 2 1 (please read first) Legal matters on the back BfjT Λ BenΛ) This paper size applies to China Standard for Household Standards (CNS) A4 (210 X 297 mm) -89-Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Consumer Cooperatives 4 3435 7 A7 B7 V. Description of the invention 67) The pulses of the coil excitation pulse output of the output shown in the figure correspond one-to-one. Thereby, this input pulse has a pulse waveform without missing (refer to FIG. 42 (a)). On the other hand, if there is an abnormality such as a disconnection or a bad contact, the input pulse from the output line caused by the abnormality to the coil pulse output will be defective. The input pulse will have a leaky pulse waveform ( Refer to Figure 42 (b)). That is, at step S 2 1 0, the presence or absence of an abnormality can be determined from the waveform of the input pulse. If it is determined in this step S 2 1 0 that there is no abnormality, the subsequent processing is unnecessary and the routine is temporarily terminated. On the other hand, if it is determined that there is an abnormality, if there is an abnormality, the swing of the movable body or the discharge of the washing water is stopped, and the following steps S 2 15 and subsequent steps are performed. That is, stop the washing water according to the same procedure (stop the throttle pump and close the solenoid valve) as the steps s 1 54 to S 1 5 5 above. At the same time, stop the pulse signal output for the coil excitation and the cleaning nozzle. Return to the waiting position forcibly (step S 2 1 5). Next, the electromagnetic coil causing the abnormality is judged based on the input pulse waveform, and the result is written into the backup RAM and stored (step S220). At the time of writing > The coil judgment result (magnet wire 圏 NH1-33c in the case of Fig. 42 (b)) and setting of 値 1 of the cleaning action prohibition flag F S stop described above are performed. In this way, if the washing action prohibition flag F S stop is set to 値 1, the washing and drying action program after the swing detection mode is executed will not perform the washing action (Fig. 25; refer to step S120). In this case, the state of the washing action prohibition flag is maintained after the power is turned off, so even if the power of the device is turned off and then turned on again, the washing action is not implemented. This paper standard applies Chinese national standards (CNSU4 specifications < 210 X 297 mm) 1IIIHIIIII — · II (please read the note on the back of the book first \ Man Ben 荑) Order · -line

Fifth, the description of the invention such as) -------------- install --- (please read the note h on the back first to buy a copy). In short, no matter whether the power of the device is on or off, until the cleaning operation prohibition flag FS stop is set to zero by the abnormal recovery program described later, the cleaning operation cannot be performed. However, after step S 2 2 0, urge If there is an abnormal response such as a disconnection or a bad contact, the intention is notified (step S225), and the program ends. When this abnormality is notified, the display parts K S 1-6 of the side parts K S 1 _ 5 shown in FIG. 1 are displayed in a blinking manner. In order to make the blinking display accompanied by abnormal notification different from the display of normal operating conditions, you can make all the lighted devices (indicators, LEDs, etc.) blink together. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. When the swing detection program detects an abnormal swing, it sets the cleaning operation prohibition flag FS1 to 値 1 to enable subsequent cleaning and drying operations. The program does not perform a washing operation, but it may be configured as follows. After the affirmative determination (F S stop = 1) of step S 1 2 0 shown in FIG. 25, the processes of steps. S130 to S150 are executed in a state where the energization of each solenoid is prohibited. In short, at least a pseudo-pivotal rotation operation of a movable body is not performed when a swing abnormality is detected. In this way, the local washing can be performed by spouting the washing water in a state where the movable body is prohibited from quasi-oscillating rotation, that is, when the movable body is free. In this case, the “washing water flow rate of the formal washing operation (step S 1 50)” is fixedly set in advance to the case where the moving body has a pseudo swinging rotation than the moving body, and the washing water flow rate during the execution of step 5 1 50 is less. The flow rate can prevent users who are concentratedly spitting water from experiencing unexpected discomfort. Next, a description will be given of the abnormal recovery program after such an abnormal swing occurs. As shown in Figure 4 and 3, in this abnormal response procedure, first, determine whether there is a national standard (CNS) A4 specification (210 X 297 mm) applicable to this paper size. · 91 · ά 4-35γ Α7 Β7 Five 69. Inventory 69) The consumer property cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs prints the reply completion instructions issued by the maintenance co-workers, etc. (step S 3 0 0). This judgment is made as follows. The maintenance inspector completes the abnormal recovery by the above abnormal notification. Specifically, the head cover NZ1-6 which caused the abnormality shown in Fig. 12 was removed from the nozzle head base NZ1-2 and replaced with a normal head cover that was inspected by an inspection device (not shown). After completing the parts exchange in this way, the maintenance inspector performs button operations that are not operated during normal device use, such as simultaneous operation of multiple buttons or long-term operation of specific buttons. If there is no such special button operation, because the abnormal response is not completed, the subsequent processing is unnecessary and the program ends. On the other hand, when the above-mentioned special button operation is performed, in step S300, it is determined that an abnormal response completion instruction is issued, and subsequent processing is performed. First, the abnormal response result is written into the backup RAM (step S305). That is, the determination result of the line 记忆 stored in the above-mentioned swing abnormality detection program is reset, and at the same time, the cleaning action prohibition flag F S stop is set to 零 zero. With this, after the execution of this abnormal recovery program, the washing and drying operations can be performed in response to the button operation. In short, reuse of the local cleaning device becomes possible. After this step S305, when the error recovery is completed, the error notification is released (step S310), and the program ends. Specifically, the display portions K S 1-6 are returned to the display state of the normal operation state. | M 1 / Nozzle Scanning Program: Next, a nozzle scan program performed by the local cleaning apparatus of the first embodiment will be described. Fig. 4 is a flowchart showing the nozzle sweeping program. This nozzle __ _ _ _ _ _ _ _ _____- _ I (please read the note on the back first \ 刼 本 Ϊ 8J- Γ-the size of the paper is applicable to the Chinese National Standard (CNS) A4 (210 X 297) Public t > -92- 4 3435 dr κι Β7 Printed by Shelley Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of invention 6) The sweeping program is accompanied by the side KS 1-5 of the body (see section 3 (Figure) The nozzle cleaning button SWk is operated. If the nozzle sweeping program shown in the flowchart in Figure 44 is executed, the nozzle cleaning is performed first (step S 4 0 0). Step S 1 2 0 (refer to Figs. 25 and 26) Similarly, the nozzle head is cleaned with functional water and the nozzle head is cleaned with the washing water rebounded in the container. Then, by The user uses a brush or the like to clean the nozzle head and advance the cleaning nozzle WN 1 1 to the hip washing position AWP (step S 4 0 5) until a signal indicating that the user has completed the nozzle cleaning is input as Wait (step S 4 10) ° During this period, the user actually sweeps the nozzle head with a brush or the like. After the sweep is finished, the user operates the nozzle cleaning button SW k again or the stop button S Wa > Enter the nozzle sweep completion signal, or use a timer to calculate the time elapsed since the nozzle wash button SWk was operated, and enter the signal for the nozzle sweep completion when the elapsed time reaches 5 minutes. Also, in step S 4 0 5 After the cleaning nozzle is advanced to the buttocks washing position until the nozzles are swept away, the washing water can also be allowed to flow out of the buttocks spouting hole a little. At this time, the degree of washing water spouting, As long as the washing water drops from the nozzle head to the toilet bowl, after the nozzle washing is completed in this way, the washing nozzle is moved back to the waiting position of the main body (step S 4 1 5) and the aforementioned step S 1 6 0 (refer to Figure 30) Perform the same post-nozzle wash Clean (step S 4 2 0), end this program. 〇 By implementing this nozzle sweeping program, in addition to the user using a brush, etc., please read the note on the back. The paper size applies the Chinese national standard (CNS > A4 specification). < 210 X 297 mm) -93-4 3 ^ 35 A7 B7 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Consumption Cooperation Du V. Invention Description 6ι) Scan the nozzles before and after by using functional water Sweep the nozzle at 2 degrees, sweep the nozzle head with 2 degrees of the washing water rebounded by the f device. In this way, it is possible to clean the nozzle heads and the spouts of the washing water and the surroundings. Next, a modification of the above-mentioned local washing device KS 1-1 will be described. In addition, for the members having the same function, the names and symbols of the members used in the first embodiment are directly used, and descriptions thereof are omitted. A1-1 / Deformation of the whole structure: On the remote control device RC 1-1, there are point setting buttons and wide area setting buttons for hip washing and genital washing respectively, but these two setting buttons can also be used as hip washing Wash with pussy. As a result, the number of button arrangements is reduced, which has the advantages of reducing the number of assembly processes or manufacturing at a lower cost. B1-1 / Deformation of the waterway system: Figures 4 and 5 are block diagrams showing the modification of the waterway system. (1) Although the second washing water outlet pipe WP .1-1 3 is arranged on the upstream side of the heat exchange unit T 1-1 in the water system, the pipe may be arranged on the heat exchange unit. Downstream. In this way, the flow rate of the washing water flowing into the heat exchange unit can be stabilized. In order to make it easier to control the temperature of the heater, it is better. Also, the temperature of the water passing through the heat exchange unit The washing water is discharged from the second washing water outlet pipe to the intake port for deodorization or the exhaust port for local drying, and the intake port or exhaust port is washed. In this way, warm water can be used more effectively Wash the dirt on the air inlet or air outlet I ---------- install --- (please «read the note on the back—item H < r > ll book I) order-.book The paper size applies the Chinese National Standard (CNS) A4 specification (210 * 297 mm) -94- 4-34 3 5 A7. The Intellectual Property Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperative Co., Ltd. (B7___5, Invention Description 62) is preferred. (2) In addition, the water outlet valve unit WP 1-3 downstream of the waterway system heat exchange unit T 1-1 is composed of a throttle pump WP 1-1 4 and a switching | fWP + l-1 5 but The valve unit can also be a 5-square valve structure and a throttle switching valve (not shown) that can be throttled. In this way, it can be made smaller and cheaper. Since pumps are not used, the problems of vibration and noise can be eliminated. (3) In addition, in the water system, a throttle pump is used for the water outlet valve unit W P 1 -3, or by using a throttle switching valve. Throttling structure 'However, it is also possible to use a waterway system structure as shown in Fig. 45. That is, as shown in the figure, the area of the water passageway may be provided on the way of the second washing water outlet pipe WP 1-1 3. Become a deflection flow throttle valve WP 1_20. By this, the differential flow rate adjusted by the deflection flow throttle valve W P 1-2 0 and the fixed flow valve W P 1-9 is passed through the outlet side valve unit WP 1 _ 3 is discharged from the nozzle. In this way, there is no problem of vibration and noise because no pump is used, and it is not necessary to adopt a complicated structure such as a throttle switching valve. (4) Although the heat exchange unit ΤΗ1-1 adopts a heater made of electricity, clothes, and nickel-chromium wire. It is hidden in a small-capacity water tank, but it can also be constructed as follows. That is, a laminated cylindrical ceramic heater is used as the heater. If it is, before the sintering, print the leakage detection current on the green embryo paste. Or the overheating prevention circuit is formed on the surface of the heater by firing. This eliminates the need for an external leakage detection and leakage protection circuit, and also does not require a bimetal overheating prevention device. If the machine is omitted, you can ask for heat !!! * Pack. 1 (Please read the notes on the back first \ Buy it for yourself) Order ·-The standard of the paper size is applicable to the national standard (CNS > A4 specifications < 210 * 297 mm) ) -95- Γ · A7 B7 Printed by the Consumer Cooperatives of the Ministry of Economic Affairs, Smart Finance and Agriculture Bureau. 5. Description of the invention) Miniaturization of the exchange unit. In addition, it is also possible to use an electromagnetic induction heater that causes the resistor to generate electromagnetic induction due to electromagnetic induction caused by the change of the magnetic beam in association with the high-frequency current. In this way, 'the heater does not need to be arranged below the water surface in the water tank', so the leakage protection circuit is not required, and therefore it can be miniaturized. Furthermore, 'the degree of freedom of the shape of the heater is high, so that the heater can be shaped along a meandering water path, etc.', and the washing water can be warmed efficiently. (5) The heat exchange unit TT 1-1 ′ can be changed to a hot water storage type instead of the instantaneous heating type. In this way, the continuous discharge time of the washing water at a specified temperature can be lengthened. In addition, the warming of the washing water in the water tank can be implemented when the toilet is not in use at night, etc. At this time, a low-power fishing heater can be used. In this way, the entire local cleaning device can reduce the maximum power consumption. Therefore, when a local cleaning device is installed in an existing toilet, the indoor wiring power capacity will not be insufficient, and it will also reduce the need to change the power. Contract possibility Sex. (6) The original functional water unit WP 1-4 is configured to apply a DC voltage in the state where the washing water is stored in the water tank to generate free chlorine, but it is constituted by sandwiching the water passage with an electrode for generating chlorine gas, or making chlorine gas In the case where sufficient chlorine gas-generating ability is obtained, such as an increase in the surface excitation of the generating electrode, a DC voltage may be applied in a water-passing state. In this way, the functional water can be continuously spitted for a long time, and the cleaning nozzle can be kept more hygienic. C 1-11 / Deformation of Nozzle Device: Figures 4 and 6 show the nozzle device NS 1 ~ 2 0 of the modified example < «Read the note on the back first $ Item Pack — Order this for 5 'This paper size applies China National Standard (CNS) A4 Specification (210 X 297 Male *) -96-

I -4 34 35 7 A7 --- --- B7___ V. Description of the invention (eg) Sketch drawing. Fig. 47 is a schematic sectional view showing the line 4 7-4 7 in Fig. 46. As shown in the figure, the nozzle devices NS 1 to 2 of the modified example move the washing and cleaning nozzles along the arc-shaped nozzle advancing and retracting tracks NS 1 to 1 2 (refer to FIG. 7) by the conveying mechanism NS 1 to 5 The point of advancing and retreating is common to the nozzle device NS 1-1 described above, but the configuration of the guide track related to the nozzle is different. That is, the nozzle device NS1-20 of this modified example includes a stand NS1_3 mounted on the upper end of the nozzle NS1_2 and a nozzle holding portion NS1-6 on the front end side of the base. The guide rail portion NS 1 _ 2 1 is formed by being curved so as to conform to the arc-shaped nozzle advancing and retracting rail NS 1-1 2. The cleaning spray WN 1-2 0 guided at this guide rail portion has a belt gripper which is engaged with and fixed to the timing belt NS 1 _ 1 0 as shown in FIG. 4 to FIG. 7. WN1-2 and rail holding bodies WN 1-2 1 that hold the rail portion of the guide rail portion NS1-21 on the upper and lower sides. This track holding body is provided with upper and lower track holding surfaces having the same radius of curvature as the above-mentioned nozzle advancing and retreating path, and the track holding surface can slide freely with respect to the guide track portion. In short, the cleaning nozzles WN1-20 and the guide rail portion NS1-21 are arranged in an up-and-down positional relationship. This cleaning nozzle is engaged with the guide rail portion only on the rear end side of the rail holder. . Also, in the cleaning nozzles WN 1-2 0, the cylindrical portion is also formed by being bent along the axial direction with the same curvature radius as the nozzle advancing and retracting track. That is, with the nozzle device NS 1-2 0 of this modification, it is possible to make the cleaning nozzle and the arc-shaped nozzle advance and retreat in the waiting position ___________ i i (Please read the precautions on the back first | ^ Know this page ℴ --- line < Intellectual Property Bureau of the Ministry of Economic Affairs®: Industrial and consumer cooperation Du printed This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 public «) -97- ^ 4 3435 7__B7___ V. Description of the invention Red) Please read the precautions for the back * first. HP and the washing position (hip washing position AWP, vaginal washing position VWP; see Figure 7) forward and backward drive. Therefore, the nozzle device N S 1-2 0 according to this modification can also take advantage of the nozzle height reduction similarly to the nozzle device n S 1-1 described above. In addition, in the nozzle device of this modification, the positional relationship between the cleaning nozzle and the guide rail portion ′ can be made compact in the width direction, and the nozzle device can be arranged close to other equipment. F 1-1 / Deformation of washing action: In this modification of washing action, when the buttocks and genitals are partially washed, the excitation sequence of each electromagnetic coil is reversed every specified period. In short, the load ratio D t is kept the same in the order of the electromagnetic wires 圏 NHl_33a — 3 3 b — 3 3 c — 3 3 a ... and the electromagnetic coils NH1-3 3 c — 3 3 b — 3 3 a — 3 3 c… coil excitation is repeated in sequence. In this way, since the discharge direction of the washing water washing water is switched, it is more effective to wash the inside of the epidermal wrinkles around a part, which is preferable. Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs for consumer cooperation • H1—1 / Deformation of mobile washing: _ Figures 4 and 8 are explanatory diagrams illustrating the state of mobile washing in the modification. 〇 Mobile washing in this modification Clean is the step S 1 70 of the moving and washing flow chart shown in FIG. 31. The washing nozzle is rotated forward and backward by the nozzle driving motor. Variable control of duty ratio D t. For example, the nozzle head moves forward and backward from the nozzle -98-This paper size is in accordance with the Chinese National Standard (CNS) A4 specification (210 * 297 mm *) 4 3435 7 a7 __l __— B7______________ 5. The center position of the scope (washing In the vicinity of the position WP c), the load ratio D t becomes the maximum load ratio D tma X in the practically settable range, and the nozzle head is shifted from the center position to the forward end position WP f and the backward end position WPb, and the load ratio Dt is reduced. In the forward end position WPf and the backward end position WP p, the load ratio becomes the minimum load ratio D tmi η in a practically settable range. In this way, the washing area is larger near the center, and the washing area is narrower toward the forward end or the backward end, so that the surrounding area can be moved and cleaned (refer to Figure 48 (a)). »This can provide In accordance with the change of the washing set, the washing area is increased or decreased, that is, the variety of washing feelings in which the dry L and the washing position are changed and the strength of the stimulation is also changed. In addition, because the cleaning area of the entire reciprocating range of the transverse nozzle is widened at the center and narrowed at the front and rear ends, it has a shape that makes this area more suitable for the part of the object to be cleaned. It is possible to surely clean the part of the object to be cleaned, for example, the advantage of cleaning the part of the object to the genital area. In addition, when the variable control of the duty ratio D t in accordance with the nozzle position is adopted, the duty ratio D t. Is set to the central duty ratio D t mid of a practically settable range in the vicinity of the center position (washing position WP c). , And the forward end position WP f and the backward end position WP b are set to the load ratio D t max », and from the center position to each end position, it is increased in the manner of D t mid— D t min — D t max Minus changes. In this way, the washing area near the center position is medium, and the washing area at the forward and backward ends is large. The method of moving and washing the surrounding area can be moved by increasing or decreasing the washing area (see section No. 48 (b)). In this way, it is possible to increase the variety of cleaning sensations in accordance with changes in the washing position and increase the stimulus. We can also obtain the printed "Notes on the back h-based 1" printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Consumer Consumption Cooperative. The paper size is applicable to China A Standard (CNS) A4 specification < 210 X 297 mm) 99-Bu 4 3435 7 V. Description of the invention 67) The effect of careful washing with a wide area before and after the part to be cleaned. ----- I ----- 11 · Install i — (Please read the first page on the back *? ^ Item · ΗThis page》 In addition, because you can wash the part of the object before and after in a wider way in this way The net area is cleaned, and m can clean the surrounding area of the object to be cleaned without any problem even if the moving range of the cleaning nozzle is narrowed. Therefore, the number of times of nozzle reciprocation can be increased, and the cleaning effect can be improved. The variable control of the load ratio dt in accordance with the nozzle position is performed at the load ratios (DtS, DtM, DtL) in the above three stages. In this way, the load ratio Dt can be switched in accordance with the nozzle position. , Its control becomes easier. You can seek to reduce the computational burden of the electronic control device. J 1 1 1 / Massage washing deformation into the i-line-The Ministry of Economic Affairs, Intellectual Property Bureau, Bei Gong Xiao F Cooperative printed this massage washing deformation. For example, the periodic increase / decrease control of the load ratio D t of step s 8 2 in the aforementioned massage washing program (refer to FIG. 35) is changed to the following method. The massage cycle TM with the duty ratio D t shown in Fig. 36 is used as the cycle The determined frequency f tm (= 1 / TM) is in the aforementioned non-sensing frequency band (above about 5 Hz; about 10 to 60 Hz). In this way, the user can not perceive the change in the washing area, and at the same time quickly The width of the washing area is changed. As a result, the movement of the center of the jetting water column RT and the expansion from the center can be repeated at high speed toward the pattern shown in Fig. 37, thereby improving the peeling effect of the local peripheral dirt OB The effect of collecting the dirt 〇B by the rebound water R TH of the washing water and spitting water is also improved. That is, the massage washing according to this modification can be carried out with a higher washing capacity. Standard (CNS > A4 specifications (210 X 297 mm > -100- ^ ^ 3435 7) V. Red description of the invention> Washing can also be done by careful local washing. In this case, one of the modified examples of this massage washing The massage period TM is larger than the excitation period T c of the electromagnetic coil with each load ratio D t ', that is, the above-mentioned frequency itm (= l / TM) determined by each period is greater than the excitation frequency f (= l / Tc) is set smaller. Also, here is a modified example of massage washing As long as the special operation buttons such as careful washing provided in the remote operation device or the auxiliary operation section, or the simultaneous operation of the massage setting button and other operation buttons, the modification of the massage washing can be implemented. E1 — 1 / Washing_Deformation of the mouth: The washing nozzle may be provided with a first washing nozzle having a movable body NH 1 -9 for the buttocks, and a second washing nozzle having a movable body NH 1-1 1 for the genital area, These first and second washing nozzles are arranged in parallel. Alternatively, the first washing nozzles each including a hip movable body having only hip discharge holes NH 1-7 and a soft water discharge hole NH 1 may be provided. The second cleaning nozzle of the movable body for the buttocks of 8 and the third cleaning nozzle of the movable body for the genitals having only the pussy spout holes NH 1-10 are arranged in parallel with the first to third cleaning nozzles. Furthermore, the first washing nozzle j having a movable body for the buttocks having only the hip spout holes NH 1 -7 and a movable spout hole N Η 1 — 8 and the pussy spout hole Ν 1 -1 0 may be provided. The second cleaning nozzle of the body is provided in parallel with the first and second cleaning nozzles. It should be noted that these modified examples and the above-mentioned first embodiment 'may be those which do not have soft water discharge holes NH 1 to 8 for gentle washing. This paper is again applicable to the Chinese Standard for Household Standards (CNS) A4 (210 X 297 cm) -------------- installation • 1 · 1 (please read the "Cautions on the back side first" Original) Order. • Line · Printed by Shelley Consumer Cooperatives, Intellectual Property Bureau, Ministry of Economic Affairs -101-4 34 35 7 V. Description of the invention (e.g.) E 1 _ 2 / Deformation of the nozzle head: Figure 4 9 has a modified example A plan view of the electromagnetic coil setting substrate NH 1-50 of the nozzle head. Fig. 50 is a plan view of an electromagnetic coil installation substrate NH1-60 having a nozzle head according to another modification. -(1) As shown in Figs. 4 to 9, the electromagnetic coil installation substrates NH1 to 50 of the modification example include a swing coil group NH1 to 51 for the hips and a swing coil group NH 1 to 5 for the female parts. Swing coil group NH1 -51 for hips, with electromagnetic coils NH1-32b, 32c, swing coil group for genitals NH1-52, with electromagnetic coils NH1_33b, 3 3c, two coil groups share one electromagnetic coil NH 1-5 3 * This electromagnetic wire 圏 NH 1-5 3 'is the same as the above-mentioned electromagnetic coil' and has two coil cores Ν Η 1-5 4, 5 5 '. One of the coil cores 5 5 has coils Ν 1-56. The electromagnetic coils N1 to 5 3 are arranged and fixed in a manner that the coil core NH 1 _ 5 4 corresponds to the magnetic action part NH 1 to 2 3 a of the magnetic driving body NH 1 to 2 3 by a swing coil group system on the buttocks. In the genital area, the coil core NH 1 ~ is printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and the Ministry of Economic Affairs and Industrial Cooperatives. 5 5 Corresponding to the magnetic driving body N Η 1 _ 1 8 Magnetic acting portion Ν Η 1 -1 8 b The method is provided and fixed. In this way, the number of the electromagnetic coils is reduced, which has the advantages of reducing the number of assembly operations or manufacturing at low cost. In addition, since the close arrangement of the two wire clusters is possible, it is possible to reduce the size of the nozzle head. (2) As shown in Fig. 50, other modified examples of the electromagnetic coil installation substrate NH1-60, the hips with a swing line 圏 group NH1-6 1 and -102- Please read the note on the back first \ X this buy) This paper size applies to the Chinese National Standard (CNS) A4 specification < 210 X 297 mm) -4 34 35 7 A7 __1_B7__ V. Description of the invention $ 00) Two coil groups for the pendulum swing coil group NH 1 _ 6 2 respectively The coil cores NH 1 to 6 3 erected on the substrate and the electromagnetic coils NH1 to 6 5 a to 65 c and 66 a to 66 c made up of the coils NH 1-6 4 wound thereon are provided. The electromagnetic coils NH1 — 65a to 65c and 66a to 66c of the two swinging coil groups are magnetically driven parts NH 1 -18 1 and 23a, which are magnetic actuators facing the movable bodies facing the hips and genitals. ~ 18c, 23a ~ Order-2 3 c are arranged and fixed to the substrate. In this way, the number of components of the electromagnetic coil is reduced, which has the advantage of reducing the number of assembling processes or reducing the cost of manufacturing. In addition, since the solenoid coil itself becomes smaller, the two coil groups can be arranged closer to each other, and the nozzle head can be made smaller. E 1 _ 3 / Other variants of the nozzle head: • Figure 51 of the line is an explanatory diagram for explaining the nozzle head of other modification examples. Nozzle head NH1 — 70, which has a movable body NH 1 — 1 1 for the female part having four magnetically acting portions N Η 1 — 1 8 a to 2 8 d formed at equal intervals, and has magnetic properties in opposite directions. In the form of the active part, four fixed electromagnetic coils NH 1 -33a to 3 3d are provided for the oscillating coil group NH1-71 for the female part. In this modification, each electromagnetic line 圏 is excited in the order of the electromagnetic lines 圏 NH 1-3 3 a to 3 3 d or in the reverse order, thereby causing the movable body NH 1-as described above. The quasi-oscillating rotation of Γ 1 and the size of the paper are applicable to the Chinese national standard (CNS > A4 specification (210 X 297 mm) -103- ^ 4 343 5 7 at B7 V. Description of the invention (101) < The note on the back of the reading is 1) Swing rotation of the NH1-10 spout holes (see Figures 22 and 23). According to the nozzle heads NH1 to 70 of this modification, the tilting space of the movable body for the female part is increased due to the coil force on the magnetically acting portion N_H 1-1 8 a to 1 8 d. Therefore, the increase of the tilting space can make the movable The quasi-oscillating rotation of the body and the oscillating rotation of the pussy spout hole approximate the circular trajectory, and the washing water is discharged. Furthermore, by making the movable body a magnetically active portion having multiple divisions such as 5 divisions and 6 divisions, the movable body for the buttocks can be a magnetically active portion having such multiple divisions. F1-2 / Deformation of washing operation: Fig. 52 is an explanatory diagram for explaining the washing operation of the modification example using the nozzle heads NH 1-70 of the above modification. Fig. 53 is a diagram for explaining a mode in which washing water is discharged according to a washing operation according to a modification. In the following description, genital washing is used as an example, but the same applies when washing the buttocks. A modified example of the cleaning action is printed by the Shell and Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, and the electromagnetic coils are sequentially excited by the electromagnetic coils NH 1-3 3 a, 33c located in the front-rear direction of the nozzle, so that The duty ratio Dt (Dta'Dtc) is the same 'The solenoid coils NH.l_33b and 33d located in the left and right directions of the nozzle have the same duty ratio Dt (Dtb, Dtd). Further, the load ratio Dt (Dta'Dtc) of the former is different from the load ratio Dt (Dtb, Dtd) of the latter. That is, as shown in FIG. 52, during the cleaning period TA, the load ratios Dt a and Dt of the electromagnetic coils NH1-33a and 33c are smaller than -104 of the electromagnetic coils NH1-33b '33d-This paper is applicable to this paper scale National Standards for Difficulties (CNSXA4 (210 * 297 mm) i. .4 34 35 7 A7, _ B7___ V. Description of the invention (102) The load ratio is greater than D tb, D td. Therefore, the electromagnetic coil NH1 — 3 3 a, 3 3 c when the coil acting force is on the magnetically acting portion NH1 — 1 a, 1 8 c and the movable part of the female part is tilted, the swing angle aa c of the spout hole becomes larger, and in the electromagnetic coil NH1 — 33b, 33d In this case, the swing angle abd of the spout hole becomes smaller. As a result, as shown in Section 53 (a), the cleaning area SMTA of TA during this cleaning period becomes an elliptical shape with the front-rear direction of the nozzle as the long-axis direction. The washing period TB makes the load ratios D ta and D tc larger than the washing period TA. As a result, as shown in FIG. 53 (a), the washing area SMTB of TB during this washing period is accumulated with the washing area. SMTA also has an elliptical shape with the front and back of the nozzle as the long axis direction, and at the same time, the washing area is enlarged along the long axis. The net period TA is opposite, so that the load ratios Dt a and Dt c are smaller than the load ratios Dtb and Dtd. As a result, the swing angle aac of the spout hole when the movable body for the genitals is inclined by the electromagnetic coils NH1-33a and 33c, In the case of the electromagnetic coils NH 1 _ 33b, 3; 3d, the swing angle abd of the spout hole becomes larger. As a result, as shown in FIG. 50 (b), the cleaning area SMTC of the TC during this cleaning period becomes a nozzle. The left-right direction is an elliptical shape in the long axis direction. If the load ratios Dtb and Dtd are increased, the elliptical shape with the left-right direction of the nozzle as the long-axis direction is the same as in the case of FIG. 50 (a). The long axis increases the cleaning area. According to this modification of the cleaning action, it has the following advantages. (1) As in the cleaning period TA, TB, because the nozzle front I n I (Please read the note on the back first Item \ H 本 I) ij · .line-Printed by Wk Industrial and Consumer Cooperatives of the Ministry of Economic Affairs and Intellectual Property Cooperative Co., Ltd. The paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) 105 · 4 34 3 5 7 λ7 _I__Β7 V. Description of the invention θ〇3) < Please read the notes on the back first \ This page) For the purpose of partial cleaning for the ellipse-shaped washing area in the long axis direction, even if the nozzle is not moved back and forth by forward and reverse rotation of the motor, a wide range of local washing can be performed along the front and rear direction of the nozzle. net. Thereby, the mobile washing can be performed in a quiet state without accompanying the sound of the motor's forward and reverse rotation, which can provide users with a sense of ease. In addition, since the forward and reverse rotation control of the motor is not required, the control load of the electronic control device can be reduced. Furthermore, since the nozzle driving motor does not require + high responsiveness to repeated forward and reverse rotations, it does not require a high-capacity motor, which can reduce costs and reduce the size of the motor. In addition, it is possible to suppress the abrasion of the guide rail portion NS 1 -7 (see FIG. 6) accompanying the repeated reciprocating movement of the nozzle, and the durability of the rail portion can be improved. (2) When the nozzle is moved back and forth with an ellipse-shaped cleaning area such as T A and T B during cleaning, and the nozzle is moved and washed, the nozzle forward-backward movement interval can be shortened. Printed and distributed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs (3) The ellipse-shaped washing area during the cleaning period T C can also be moved back and forth to perform cleaning. As a result, the nozzle can be moved and washed in a wide range in the left-right direction of the nozzle. In this case, as explained in Fig. 48, if the nozzle head position increases / decreases the load ratio _D tb, D td according to the forward and backward movement range of the nozzle, the elliptical shape of the cleaning area can be adjusted to the left and right of the nozzle according to the position of the nozzle head. Deformation on the length. In this way, it is possible to provide a variety of washing sensations, such as a change in the intensity of the stimulus, in accordance with changes in the washing position. (4) Make the load ratios D t a, D t c and the load ratios D t b,

If Dt d is equal, the spouting hole swing angle aa c and abd become the same -106- This paper size applies the Chinese national standard (CNS > A4 specification (210 X 297 public *)) Printed by the Industrial and Commercial Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 43435 7 l_ _Fifth, the invention description (| 〇4) can make the washing area circular. By this, through the variable control of the above-mentioned load ratio D t, _ during the implementation of local washing, the washing in a circular shape can be carried out. The cleaning period of the net area and the cleaning period of the ellipse-shaped cleaning area where the front-back direction of the nozzle is the long axis, and the cleaning period of the ellipse-shaped cleaning area where the left-right direction of the nozzle is the long axis are optional. In order, the washing area at that time is changed so that the frequency f determined by the cycle of each washing period (for example, the washing periods TA, D, B, and TC in FIG. 52) is repeatedly stimulated on the human epidermis. It can be perceived as the frequency of the range of intermittent stimulation (less than 5 Η z). In this way, the user can clearly recognize the changes in these washing areas, and provide strong and weak stimulation along with the changes in washing area. Therefore, the stimulus can be diversified, effectively promoting defecation, and eliminating monotony. F1-3 / Other Variations of Washing Action: Fig. 54 is for explanation of the nozzle heads No. 1-7 0 using the above-mentioned modification. Figs. 5 and 5 are diagrams for explaining the mode of washing water spouting according to the washing operation of the other variants. Figs. 5 and 6 are diagrams for explaining the mode according to the other modification examples. The washing action is suitable for the case where the washing water spits out when moving and washing. In this other variation, the electromagnetic coils are sequentially excited, except for the electromagnetic coils located in the front-rear direction of the nozzle. a, 3 3 c—excitation of the remaining 3 electromagnetic coils in sequence, or excitation of the remaining 3 electromagnetic coils in sequence except one of the electromagnetic coils NH1-33b, 33d located in the left and right directions of the nozzle. Method, as shown in Figure 5 4 (a) Please read the precautions on the back of this paper) Γ This paper size is applicable to China Standard for Household Standards (CNS) A4 (210 X 297 male *) -107-Employees of Intellectual Property Bureau, Ministry of Economic Affairs Consumption Cooperation Du printed 4 3435 7 A7 ___ B7______ 5. As shown in the description of the invention (105), ‘the electromagnetic coils other than the electromagnetic coils NH 1-3 3 c are sequentially excited in the order of 33b — 33a — 33d — 33a — 33b — 33a ... In the second method, as shown in FIG. 54 (b), the order of 33a — 33b- * 33d — 33a — 33b — 33d… is sequentially excited in the third method, as shown in FIG. 5 4 (c) As shown, they are sequentially excited in the order of 33b — 33c — 33d ~> 33c — 33b — 33c .... In the fourth method, as shown in FIG. 54 (d), the excitation is sequentially performed in the order of 33b—33c—3 3d—33b—33c—33d ... In the case of excitation by the first method described above, as shown by the arrow H a in FIG. 55 (a), the water jet hole swings and rotates in an arc-like trajectory on the front side of the nozzle head, so the washing water follows The trajectory of this spouting hole spouts water in an arc shape on the front side of the nozzle head. When using the second method of excitation, as shown by the arrow HD in Figure 5 (b), the spout hole swings and rotates in a semicircular trajectory on the front side of the nozzle head, so the washing water follows the trajectory of the spout hole. The front side of the nozzle head spouts water, and the washing area at this time is semicircular. Take the two methods of washing water and spit water, as shown in Figure 5 (c), adopt the form of spitting water toward the front of the nozzle head. On the other hand, in the case of excitation by the third method, as shown by the arrow H d in Fig. 55 (d), the water jet hole swings and rotates in an arc-like trajectory behind the nozzle head, so the water is washed. Water is spouted in an arc shape on the rear side of the nozzle head. When the fourth method is used for excitation, as shown by arrow He in Fig. 55 (e), the spouting hole swings and rotates in a semicircular trajectory on the rear side of the nozzle head, so the washing water is spouted on the rear side of the nozzle head. ， _______ — — — — — — ^, II si / (please read the note on the back ΦΗΦ-item Ik for this page).-The paper size of the paper is applicable to Chinese national standards (CNS) A4 specifications (210 X 297 male *) -108- Printed by the Consumer Goods Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ 4 343 5 7 A7 __B7____ 5. Description of the invention 6〇 6) Spit water, as shown in Figure 5 (f As shown in figure), a water spouting pattern is used toward the rear of the nozzle head. In addition, when the electromagnetic wires 励 are excited in the above-mentioned excitation sequence, the control load ratio D t can be increased or decreased to change the swing angle of the water jet hole; the angle of the water jet to be sprayed forward or backward, or a semicircle can be sought. The semi-elliptical shape of the washing area is shaped. This modification of the washing operation has the following advantages. (1) Through the load ratio control shown in Fig. 54, as shown in Fig. 55, the washing water can be directed toward the front or rear of the nozzle head, or the washing area can be circular or semicircular. The changes are applied in any order. In addition, when changing the spitting area or washing area at this time, the frequency determined by the change cycle is a frequency (about 5 Η ζ) in a range where the repeated stimulation of the human epidermis can be perceived as intermittent stimulation. Inside. In this way, the user can clearly recognize the change in the direction of spitting or the shape of the washing area, and provide strong and weak stimuli that accompany the changes in the direction of spitting and the washing area, so that the stimulus is more diversified and can effectively promote a sense of defecation 3. Eliminate the monotony. (2) The nozzle head shown in Figs. 55 (a) to (c) can be used to discharge water in a forward direction, and the nozzle head can be moved back and forth to perform mobile cleaning. In this way, for localized dirt, the washing water can be discharged from the front direction of the nozzle. The trajectory of the nozzle head moving back and forth as shown in Fig. 7 is inclined obliquely downward, so that the dirt can be effectively peeled toward the lower side. (3) In contrast, the nozzle head shown in Figure 55 (d) to (f) can be used to spit the nozzle head back and forth to reciprocate the nozzle head back and forth ---!-装 I! {Please first M Read the note on the back of the paper (Mirir knows this book to buy) Order, line. This paper size applies to China National Standard (CNS) A4 (210 X 297 mm) -109- A7 B7 4 34, 3 5 V. Description of the invention 6 〇7) Mobile cleaning is performed. In this way, it is possible to spit out the washing water from the direction toward the rear side of the nozzle for the local dirt. The trajectory of the nozzle head moving back and forth toward the oblique downward direction makes it difficult for spout water to wash water and dirt peeled off by the washing water to flow forward. Therefore, when performing cleaning by performing part B washing with this movement, the cleanliness of the local periphery is improved, so it is preferable. (4) It is also possible to match the nozzle moving direction with the spit water JI _. That is, when the nozzle is moved forward from the backward end of the nozzle back-and-forth reciprocating movement range toward the forward end, the water is spouted toward the front of the nozzle head, and when the nozzle is moved backward from the forward end toward the backward end, the water is discharged toward the rear of the nozzle head. The spitting water form. In this way, when the nozzle is advanced, the dirt can be effectively peeled downward, and when the nozzle is retracted, the dirt can be prevented from flowing forward, thereby improving the cleanliness of the local periphery. (5) It is also possible to switch the shape of the water spouting toward the front of the nozzle head shown in Figs. 5 (a) to (c) in accordance with the position of the nozzle head that moves the nozzle back and forth back and forth and (d) to (f) in Fig. 55. The movement of the water spouting pattern shown toward the rear of the nozzle head is washed. That is, as shown in FIG. 56 (a), when the nozzle is moved from the backward end of the reciprocating movement range of the nozzle back and forth toward the middle position, the water is spouted toward the front of the nozzle, and 4 electromagnetic coils are used before and after the center position. A water discharge pattern in which the same load ratio D t is sequentially excited to discharge water toward the water discharge hole upward. In addition, when the nozzle is moved from the intermediate position toward the forward end, the water spouting pattern toward the rear of the nozzle is adopted, so that the front dirt and the rear dirt in the local part of the cleaning object can be collected at the epidermis position according to the middle position, and the local cleaning can be achieved. . And until the middle position, when the nozzle is advanced, the dirt can be effectively peeled toward the bottom. The paper size is applicable to the National Standard (CNS) A4 (210 X 297 mm) ilii *. < Please read the notes on the back page about this page first.) Order · Printed by Shelley Consumer Cooperative, Intellectual Property Bureau, Ministry of Economic Affairs -110- 43 ^ 35 7 ζ__ 5. Invention description such as 8), the nozzle position is backed out from the middle position In this way, the dirt can be prevented from flowing forward, and the cleanliness of the surrounding area can be improved. Please read the note on the back first. (6) As shown in Figure 56 (b), when the nozzle is moved from the backward end to the middle position, the water is ejected toward the rear of the nozzle, and the water is ejected upward from the center. Water spouting pattern, when moving the nozzle from the middle position toward the forward end, the water spouting pattern is adopted toward the front of the nozzle. In this way, the washing area during moving washing can be enlarged in the front-rear direction of the nozzle, so that a sufficient washing feeling can be provided across a wide range. Furthermore, since the cleaning area can be enlarged in this way, the range in which the nozzle moves back and forth can be narrowed. In the case where the water spouting patterns in (a) and (d) of Fig. 55 are adopted, when the washing water is discharged according to the arc-shaped trajectory, the washing water spouting at the end of the arc causes the switching of the spouting direction, so it can be more It is preferable to effectively clean the inside of the epidermal wrinkles around the area. (7) Using the water spouting patterns shown in Figures 55 (b) and (e), when performing the above-mentioned moving washing, the order of the excitation of the electromagnetic coil may be reversed during the forward and backward movement of the nozzle. That is, 3 3 a — 3 3 b- ^ 3 3 d — 3 3 a — 3 3 b — printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs and printed on 3 3 d ... The sequential excitation and 3 3 b — 33c — 33d — 33b — 33c — 33d… shown in Fig. 54 (d) are switched when the nozzle advances and retracts. In addition, the sequence of 33b — 33 C — 33C1 — 33b — * 33 c — 33d ... shown in FIG. 54 (d), and the opposite 3 3 d — 3 3 c — 3 3 b — The sequence of 3 3 d— 3 3 c- &3; 3 3 b ... is switched when the nozzle advances and retreats. In this way, the switching of the direction of the spit of the washing water makes the local -111-this paper size applies to 0 Chinese standards < CNS) A4 specifications (210 X 297 mm> A7 B7 4 3435 5. Invention description 6〇9) around The inside of the epidermis can be washed more effectively, so it is better. F 1 _ 4 / Other Variations of the Washing Action: The washing action of this modification is characterized by the fact that one of the nozzles in the front-rear direction of the nozzle is not electromagnetically shown in FIG. 5 to the modification (F 1-3). The coils NH1-33a and 33c are excited, and the other electromagnetic coils NH1-33b and 33d in the left-right direction of the nozzle are not excited in sequence so that the remaining electromagnetic coils are excited. According to this modification, the following water spouting form can be adopted. That is, it can be used because it is excited according to the first to fourth methods described above. It can be used for the left or right side of the nozzle head to make the washing water spit out into an arc-shaped spitting form * or used in the nozzle The left or right side of the head causes the washing water to spit out water in a semicircular shape. In addition, it is possible to use a water spouting pattern that spits water toward the left or right side of the nozzle head. Furthermore, by controlling the increase and decrease of the load ratio during the sequential excitation of the electromagnetic coils, it is also possible to change the water discharge angle of the water discharge in the left and right directions, or the semi-oval shape of the semi-circular washing area. Because it can spit water to one side in this way, when there is an itchy nucleus or a laceration on the left or right part of the area, the washing water can be spitted without washing the itch nucleus to perform local washing. In addition, by combining with mobile washing, it is possible to diversify the feeling of washing similarly to the above-mentioned modification. F 1-5 / Other Variations of Washing Action: The washing action of this modification is characterized by its relative to the above-mentioned modification. (This paper size applies the Chinese National Standard (CNS) A4 specification (210 * 297 mm). I______) i — 锖 xian «reading the unintended matters M | Γ for this purchase > order.-line-printed by the industrial and intellectual property bureau of the Ministry of Economic Affairs and Industrial Cooperation-112- ^ 34 A7 B7 V. Description of the invention < 10)

Fl ~ 3, Fl — 4) The electromagnetic coil is not excited in the front-back direction of the nozzle or the left-right direction of the nozzle, but the load ratio Dt of this electromagnetic coil is made to be different from the other magnetic coils, and the load ratio Dt is changed. All the electromagnetic coils are sequentially excited at this point. That is, Fig. 54 is a non-excitation electromagnetic coil, for example, the electromagnetic coils NH1-33c of Fig. 54 (a) are connected to the electromagnetic wires 圏 NHl-33a, 33b and then excited, and then the electromagnetic field is excited. Coil NH1 — 33d. In this order, the excitation is repeated. At the same time, the load ratio of the electromagnetic wire 圏 NH1 — 3 3 c is greater than the load ratio of other electromagnetic coils D t c. The ratios D t a, D t b, and D t d are small or large. In this way, the washing area with a closed shape can be sequentially excited, and only the washing area with an elliptical shape in the area corresponding to the electromagnetic coils NH 1-3 3 c can be discharged with washing water. At this time, the ellipticity of the area profile corresponding to the space of the electromagnetic coils NH 1 -3 3 c can be variously changed by changing the load ratio D t. Therefore, it is possible to spit out the washing water in various washing area shapes, and to diversify the washing feeling. In addition, in order to sequentially energize the electromagnetic coils, it is also possible to adopt a deformation in which the load ratio D t of each coil is randomly set and sequentially energized. In this way, the area to be washed can be more diversified, so that the sense of washing can be diversified. As described above, by controlling the excitation of each coil, the cleaning position and shape can be set freely. For example (though not shown), a remote control device is provided with a touch panel, and the user designates a cleaning position or shape by touching the position shown on the panel, or moving the cleaning position with a lever-shaped operation lever. Not only can you quickly follow operations such as operations, but also the movement of the nozzle. The paper size is in accordance with the Chinese standard (CNS) A4 (210 X 297 mm). Read the note on the back% Consumption Cooperatives Number-113- Α7 Β7 4 3435 5. Invention Description 纟 11 > The amount is also small (or completely absent), so noise generation is also small (or completely absent), and comfortable use becomes possible. Here, a modified example of the movable body achieved by the swinging and spouting of the washing water described above will be described using the movable body for the vagina as an example. Fig. 5L is an explanatory diagram illustrating the manufacturing process of the movable body NH 1-1 1 for the genitals. Fig. 58 is an explanatory diagram illustrating a manufacturing process of a movable body for a vagina according to a modification. Figures 5 and 9 are explanatory diagrams illustrating the manufacturing process of the movable part for the vagina in another modification. The movable body NH 1-1 1 for the vaginal part of the first embodiment is formed by inserting a magnetic 'driving body N Η 1 _ 1 8 having a magnetically acting portion NH1_1 8 a to 1 8 c on the periphery as described above. Method and resin-made spouting block N — 1 — 1 7 — into a body. At this time, as shown in FIG. 5 to FIG. 13 and FIG. 13, the magnetic driving body is wound around the lower and upper end portions of the peripheral edge portions N Η 1 _1 8 X of each magnetically acting portion with a resin-made water spouting block. The way of access is integrated. At this time, resin also enters the anchor holes N Η 1-1 8 y at the peripheral edge, so a stronger integration is sought by the anchor effect. In this method, because the component used in manufacturing, specifically the setting component for the mold is a magnetic drive body, I have simple operation and low cost manufacturing advantages. In the modified genital movable body NΗΓ-75, three magnetically acting portions NΝ 1 _ 1 8 a to 1 8 c are respectively formed by insert molding and a resin spout block Η 1-7 6. . That is, as shown in Fig. 58, each magnetically acting portion is individually buried in the flange portion NZ1-77 of the spout block. As a result, the movable body does not need a magnetically actuating part, and the paper size of the paper is suitable for the national standard < CNS > A4 specification < 210 * 297 mm >-! 1 · 装-II («· Read the note on the back first $ Item h is this page) Order · • Line · Printed by the staff of the Intellectual Property Office of the Ministry of Economic Affairs -114- Du-printed by the shellfish consumer cooperation of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ 3435 7 ζ_ 5. Description of the invention ¢ 12 ) 'S anti-rust treatment, so it has manufacturing advantages. In addition, the magnetically acting portions are arranged independently of each other, and are magnetically separated from each other by a resin spouting block. In short, it is difficult to form a magnetic beam in the adjacent magnetically acting portions of the diaphragm. Therefore, when each electromagnetic coil is excited to cause a coil force to each magnetically acting portion, the magnetic flux using the magnetically acting portion as a magnetic circuit will not leak to the adjacent magnetically acting portion. Therefore, it is possible to efficiently attract the magnetically acting portion without causing a decrease in the attractive force of the coil force. As a result, it is only necessary to excite the electromagnetic coils in such a manner that the attractive force of Xiaohui p can be generated, and it is possible to reduce the size of the electromagnetic coils or save power. The movable body NH1-80 for the genitals of the other modification example includes three magnetically acting portions N 将 1-1 8 a to 1 8 c, each of which is made magnetically independent by a resin spouting block. NH 1-7 5 are common to the genitals. The movable body NH 1-8 0 for the vagina, as shown in Fig. 59, each magnetically acting portion is spouted by the flange portion NH 1 of the water block NH 1-8 1 at the upper and lower sides of the inner end edge portion NH 1-18 W. _ 8 2 turns around, and some are fixedly arranged in this spouting block. _ Same as NH1-18, with the anchor effect of anchor holes NHl-18y, each magnetic action part is firmly fixed. Therefore, by independently disposing the magnetically acting portions of the movable body according to this modification, the magnetic separation of the resin spit block that passes through each magnetically acting portion can prevent the magnetic flux that uses the magnetically acting portion as a magnetic circuit from leaking to the adjacent Magnetically acting portion. Therefore, the improvement of the suction efficiency through the magnetically acting portion or the avoidance of the attraction 1 can not only exert the same effect as the movable body of the above-mentioned modified example, but also be made of a soft magnetic material necessary for attracting only the female part. The size of the paper of this movable body adopts the Chinese National Standard (CNS) A4 specification (210 * 297 male * > -115- -nn It n I n (Please read the note on the back page of this page > order.-Line) -Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 3435 7 a? __I_B7_______ V. Description of the invention (13) The weight reduction of NH1-80 becomes possible, and further, miniaturization or power saving of the electromagnetic coil can be achieved. In addition, the following modifications are also possible. For example, in the first embodiment, the change of the cleaning area is achieved through variable control of the load ratio D t during the excitation of the electromagnetic line, but the following method may also be adopted When exciting the electromagnetic coil, adjust the applied voltage to the electromagnetic coil by means of phase angle control and other methods to increase or decrease the coil force on the magnetically acting part. You can adjust the spouting hole swing angle α and Washing area, etc. In addition, in the above-mentioned first embodiment, when the washing water spouting hole of the movable body flows into the washing water from below, the force applied to the movable body to flow into the washing water from this point is constant, and the The force from the inflow of washing water can be obtained here, but the following method can be adopted. The pushing (inclined) surface of the inflow washing water on the large-diameter water discharge guide hole at the lower end side of the water discharge hole inclined with the movable body is Due to the impact from below, the force from the inflow of the washing water causes the tilt of the movable body to act in the return direction. Therefore, the greater the amount of water 1 flowing into the washing water, which is the water potential set by the water potential setting button, returns the tilt of the movable body. The power is greater. Therefore, when the spot / wide-area setting button is set to the specified washing area, that is, the spout hole swing angle α (load ratio D t), you can use the strength of the water potential to set the point. The load ratio D t set by the status / wide area setting button is changed according to the setting of the water potential. For example, when the water potential is set to be strong, the load ratio D t set by the spot / wide area setting button is adjusted. Water potential settings. The control is increased for a strong degree. If the water potential is set to a weak level, the load ratio D t is reduced according to the set level. In this way, even if the water potential is set, the movable body and the spout hole of the spout hole can be __ _______ Install i — (Please read the precautionary page on the back first) Order! --Line · This paper is again applicable to China National Standard (CNS) A4 (210 X 297 mm) -116- Intellectual Property Bureau, Ministry of Economic Affairs Printed by the Consumer Cooperative Cooperative 43435 7 A7 _ ^ ___ B7___ V. Description of the invention ¢ 14) The moving angle α is kept the same as before the water potential is set, which can avoid discomfort caused by the unexpected change of the washing area. In addition, it can be equipped with a fine adjustment function at the time of shipment as described below. Due to the inconsistent magnetic force of the electromagnetic coil or the inconsistent elasticity of the flanges of the movable body such as rubber or elastomer, there may be inconsistency in the swing angle α of the jetting hole. Here, a function that can be fine-tuned (inconsistent absorption function) is provided, and it is better to perform fine-tuning during product inspection before product shipment. Specifically, the method is simply adjusted by, for example, setting an auxiliary operation unit such as a variable resistor on the side. Based on this variable resistance 値, a reference 値 for the load or voltage applied to the electromagnetic coil is set. Adjust the knob so that the swing angle α of the water jet hole becomes a certain standard 値 during product delivery inspection. In addition, the timing of adjustment is not limited to the product shipment inspection. After the product is installed, it can also be made into a form that can be adjusted not only by the manufacturer, but also by the maintainer or the user. Next, other embodiments will be described. Fig. 60 is a block diagram showing a schematic configuration of the local cleaning device of the second embodiment shown with the waterway system as the center. Fig. 61 is a cross-sectional view showing a schematic configuration of an accumulator WP. 2-7 arranged in the water system. Fig. 62 is a sectional view showing the structure of a wave generating device WP 2-8 arranged in the same waterway system. Fig. 63 is an explanatory diagram showing the flow of the washing water of the machine WP 2-8 according to this fluctuation. Fig. 64 is a pattern diagram showing how the wave generator WP 2-8 is installed. Fig. 65 is a block diagram showing the outline of the control system. In addition, the same components as the above-mentioned embodiment or modification directly use the same component name and symbol ------------- -install i — (read the precautions on the back first t / " I > Order: --Line · This paper size applies to Chinese National Standards < CNS) A4 Specification (210 X 297 mm) -117- " 434357 V. Description of Invention 6 * 15) 'As for components that perform the same function The same component name is also used = A 2 / overall structure: The local cleaning device KS2-1 of the second embodiment has the same appearance as the local cleaning device KS 1-1 described above, and has a body part KS1-2 or a remote control. Operating device RC1 — 1 (refer to Figure 1). The point of having a nozzle device in the main body is also the same as that of the local cleaning device K S 1-1. B 2 / Water system and control system: The water system of the local cleaning device KS 2_ 1 is provided with an inlet-side valve unit WP 2 — 1 and an heat exchange unit from the external water supply side as shown in FIG. 60. TH1-1, with the throttle switching valve WP2_2 and the wave generating unit WP 2-3. Then, the washing water is guided from the wave generating unit through the flow path switching valve WN 2 _ 2 of the washing nozzle WN 2 _1 to the washing nozzle WN2_1, and the washing water is discharged from the nozzle in a manner described later. In addition, each of these units is connected to the water supply pipe on the upstream side and the downstream side of the wave generating unit. That is, the water inlet valve unit and the heat exchange unit are connected at the upstream water supply pipe WP 2-5, and the nozzle device downstream of the wave generating unit is connected at the downstream water supply pipe WP 2 _ 6 is connected. The water inlet valve unit W P 2-1 has a pressure regulating valve WP 2-4 instead of the constant flow valve W P 1-9 (see FIG. 4), and is different from the water inlet valve unit W P 1-1 in FIG. 4. Therefore, the cleaning water is adjusted to the specified pressure by the pressure regulating valve W P2-4 (primary pressure: about 1 · Okgf / This paper size is applicable to China National Standard (CNS) A4 (210 297 mm >- ------ Install i — < Please read the note on the back of the item 1 ^ > »This page) Order--Line of the Ministry of Economic Affairs Intellectual Property Bureau Tooling Consumer Cooperation Du-print-118- Α7 Β7 Ministry of Economy Printed by the Consumer Property Cooperative of the Intellectual Property Bureau. 5. Description of the invention (16) cm2), the water inlet valve unit WP 2 — 1 flows into the heat exchange unit T 1 — 1 »after the solenoid valve is opened. As described above, the unit is warm-watered to the set temperature according to the temperature of the inlet and outlet sides. After the flow is adjusted by the throttle switching valve WP 2-2, it flows into the wave generation unit and the functional water unit WP 1 -4. According to the functional water generation of this functional water unit, it is the same as the above embodiment, so its explanation is omitted = and the throttle switching valve WP 2-2 is used to change the pipeline connected to the wave generating unit and the functional water. The ratio of the opening ratio of the pipeline of the unit may be configured to adjust the flow rate (washing water discharge flow rate) flowing to the wave generating unit. In this case, the difference between the flow rate of the wash water connected to the throttle switching valve and the flow rate of the clean water spouting water is sent to the functional ice unit. It is spouted from the container to the nozzle and drips into the toilet bowl as described above. unit. In short, the discharge water flow rate of the washing water is adjusted by being discharged to the washing water other than the nozzle. The wave generating unit WP 2-3 has a pressure accumulator WP2-7 and a wave generating machine WP2-8 from its upstream side. This pressure accumulator, as shown in FIG. 61, has an outer cover WP2-9 connected to the upstream water supply line WP2-5 which is upstream from the wave generating device, and a damping chamber WP disposed in the outer cover. 2_ 1 0 dampers WP 2 — 1 1 and springs WP 2-1 2 that bias the dampers. As a result, the pressure accumulator reduces the water hammer of the upstream feed water pipe WP 2-5 upstream of the wave generating machine. Therefore, it is possible to alleviate the impact of water hammer caused by the temperature distribution of the washing water in the water tanks T 1 to 3, and to stabilize the temperature of the spouting washing water. In this case, the pressure accumulators WP 2-7 * are integrally arranged with the machine which is arranged close to the wave generating device WP 2-8 and will generate this wave from the following ______———— — — — — ^ * II ( Please read the “Notes on the back page” on the back page. Γ-Chinese standard for threaded paper (CNSXA4 specification < 210 X 297 mm) -119 4 34 35 γ Α7 _____ Β7 ________ 5. Description of the invention (17) < Jingxian read the notes on the back of this article I) The situation where the pulsation generated by the machine is transmitted to the upstream side can be avoided quickly and effectively from the standpoint of view. In this case, the pressure accumulator may have a simple structure of a damping chamber without a damper and a spring that is simply an air chamber, or the upstream water supply pipe may be deliberately expanded above a part to form an air gathering place. Yes. The wave generating device WP 2 — 8 is shown in FIG. 6 2, and is connected to a cylinder W PF 2 — which is a water supply pipe on the upstream side and downstream side.

1 3 Sliding plunger WP 2- 1 4 is provided. The plunger is moved forward and backward on the upstream and downstream sides by the excitation control of the electromagnetic coil 圏 (pulsation generating coil) WP 2-1 5. The plunger WP2-14 is moved from the original position to the downstream side by the excitation of the pulsation generating coils WP2-15, but if the coil excitation disappears, it will be subjected to the upstream and downstream springs WP2-16. The spring pressure of 17 returned to the original position. The plunger WP 2 __ 1 4 has a non-return valve WP 2-18 made of steel balls and springs inside, so when moving from the original position to the downstream side, the pressurized cylinder ’s intellectual property bureau ’s off-site consumption The washing water in the cooperative's cylinder flows to the downstream water supply pipe. At this time, since the original position of the plunger is constant, a certain amount of washing water is sent to the downstream water supply line. Thereafter, when returning to the original position, the washing water flows into the cylinder through the check valve, so the next time the plunger moves to the downstream side, a certain amount of washing water can be sent to the downstream water supply pipe. . In addition, when the plunger returns to its original position, the downstream side of the plunger, that is, the washing water of the downstream side water supply pipe is introduced, so this fluctuation generates the machine WP 2-8, and the pressure is periodically caused by the reciprocating movement of the plunger. The pulsation that fluctuates up and down causes the washing water to flow in the pulsating flow in the downstream water supply pipe. -120- This paper size is in accordance with China National Standard (CNS) A4 (210 X 297 mm) a 7 A7 B7 V. Description of the invention (18) {Please read the Note A and W on the back page first: In this case, the wave-generating machine W p 2-8 is fed with the above-mentioned primary washing water through the upstream-side water supply pipe. Therefore, when the plunger WP 2-14 is returned to the original position as described above, the washing water flowing into the cylinder through the check valve is affected by the pressure loss of the check valve or the introduction of the washing water on the downstream side. Instead of the original primary pressure, it is sent to the downstream water supply line. To show this, as shown in Fig. 63, the pressure of the washing water pulsating around the primary pressure is sent from the wave generating machine WP 2-8 to the washing nozzle WN along the downstream water supply pipe. 2-1 and spit water to the local area as described later. In addition, the washing water pressure sent from the wave generating machine WP 2-8 to the downstream thereof flows into the cylinder through the check valve when the plunger returns to the original position, so that Will be zero. The pulsation change of the washing water pressure is reflected in the change of the washing water flow rate. The pulsating period MT seen in Fig. 63 is synchronized with the excitation period of the pulsation generating coils WP 2-15. Through the change control of the excitation period, various settings can be made as described below. Furthermore, the generation of the pulsating flow of the washing water is only required to excite the coil required for the plunger to reciprocate, and a wave generating device can be simply constructed. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. In the second embodiment, as shown in FIG. 60, since the wave generating device WP 2-8 is disposed downstream of the water tank TT1-3 of the heat exchange unit, it becomes The pulsating flow of washing water will not pass through the water tank that is liable to cause pulsation attenuation due to its larger diameter than the water supply pipe. Therefore, 'the downstream side water supply pipe is extended to the washing nozzle WN 2-1 and the washing water of the pulsating flow can be sent in without being affected by the pulsation attenuation caused by the water tank'. This paper standard applies to the national standard of difficulties (CNS > A4 size < 210 X 297 public address> -121--4 34 3 5 7 A7 Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs B7____5. Invention Description $ 19) Furthermore, when the pulsation generating device WP 2-8 is installed, a so-called shock-proof rubber is interposed. Thereby, by the vibration-proof effect of the vibration-proof rubber, it is possible to suppress the vibration accompanying the pulsation, and at the same time, it is possible to suppress the generation of abnormal sound due to the vibration. In this case, the pulsation generating device may be installed on a resin plate (not shown) having a high specific gravity by mixing a powder material or a granular material having a high specific gravity such as a metal, and the resin plate may be disposed with an anti-vibration rubber interposed therebetween. On the bottom surface of the main body. In this way, the mass of the vibration source can be increased by the mass of the pulsation generating machine and the resin plate, so that it is not easy to cause the vibration accompanying the pulsation, and the shockproof effect of the shockproof rubber is used to prevent the shock. In order to improve the quality of the vibration source in this way, instead of installing a pulsation generating device on the resin plate having such a high specific gravity, the vibration generating device may be installed in a large-mass member or unit of the local cleaning device. In this way, since a resin plate is not required, it has the manufacturing advantage of reducing the number of parts and the cost, and it is possible to reduce the size of the device. In addition, a vibration-proof rubber is also arranged between the wave-generating machine and the resin plate. The two-degree-of-freedom damper mechanism shown in Fig. 64 can be formed by the vibration-proof rubber and the vibration-proof rubber under the resin plate. Therefore, it is possible to select a vibration-proof rubber by making the spring constants k1, k2 or attenuation coefficients c1, c2 to have a vibration-reducing effect, to exert a high vibration-proof effect, and to effectively prevent the propagation of vibration to the toilet seat. In addition, by this vibration prevention, it is possible to effectively suppress the occurrence of abnormal sounds accompanying vibration. In addition, since a pressure accumulator is arranged between the wave generating device WP 2-8 and the water tank TT 1 to 3, an unnecessary pulsating pressure is not applied to the water tank. Therefore, the pressure inside the water tank can be prevented from unexpectedly rising, and it can be avoided from-^ 1 ^ 1 ϋ ϋ 1 · tt t tr I n 9 _ I mmmf (Please read the precautions on the back page 50,000 first page) 'SJ ·- The size of the paper is in accordance with the Chinese standard (CNS > A4 (210 X 297 mm) -122- 4 3435 7 R7__ 5. Description of the invention (l20) The fatigue caused by the deformation or shrinkage and expansion of the water tank, and It is necessary to use a water tank having a high pressure resistance performance that is more than necessary. In the second embodiment, the above-mentioned water system is configured as follows. That is, the two water supply pipes of the upstream and downstream water supply pipes are raised. Flexible piping with hardness, while making the above-mentioned downstream side water supply pipe harder than the upstream side pipe. In addition, these pipes are connected to the piping connections of the above units with a coupling method. The units are further approached. The configuration can shorten the length of the water supply pipe between the units. As a result, the water supply pipe itself can not easily expand, contract and expand, and the influence of the pulsation attenuation accompanying this expansion and contraction can be suppressed. The pulsating flow of washing water is sent to the washing nozzle WN 2-1. Especially because the wave generating device r- · WP 2-8 and the flow path switching valve WN2-2 are arranged close to each other, the washing water passes through the The pulsation attenuation of the downstream side water supply pipeline can be more effectively suppressed due to the high hardness and flexible piping of the downstream side water supply pipeline. The Intellectual Property Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperative Co., Ltd. — — — — — — — — — — — — I— * II (please read the note on the back side of the page first 5) ^ This page-The control system of the local cleaning device of the second embodiment is the electronic control device CT shown in Figure 65 2-1 is centered. And this electronic control device is the same as the above-mentioned embodiment, except that the solenoid valve opening and closing valve control of the water inlet valve unit and the heat exchange unit are heated according to the input of various buttons or sensors, etc. In addition to the energization control of the device, the above-mentioned pulsation frequency control is performed through the excitation control of the pulsation generating coils WP 2 to 15. This pulsation frequency control will be described in detail later. C2 / Nozzle Device NS2-1: Next, the first 2 of the embodiment The size of the nozzle installed in the local cleaning device is in accordance with the Chinese standard (CNS) A4 (210 X 297 mm) -123- A7 B7 «3435 7 V. Description of the invention (121) NS2 — 1. 66 The drawing is a schematic perspective view of the nozzle device NS2 — 1. FIG. 6 7 is a schematic cross-sectional view of lines 6 7-6 7 of FIG. 6. As shown, the nozzle device N_S 2 of the second embodiment -1 has almost the same configuration as the nozzle device NS 1-20 of the modification of the first embodiment described above. That is, this nozzle device NS2-1 is the same as the nozzle device NS1-20 of the modified example, and has a curved guide rail NS1 that conforms to the nozzle advance and retreat rails NS1-12 (refer to FIG. 7). 2 1 is provided with a cleaning nozzle WN2 — 1 having the same curvature. The rail holding body WN1-21 below the nozzle rear end side holds the rail portion of the guide rail portion NS 1-2 1 up and down and slides along the guide rail portion. Therefore, the nozzle WN 2 is cleaned. — 1 Along the arc-shaped nozzle advancing and retracting track NS 1-1 2, the advancing and retreating are performed by the conveying mechanism NS 1-5. This cleaning nozzle is on the toilet bowl side, and the cleaning nozzle is held by the nozzle holding section N S1-6 to be able to slide freely (refer to FIG. 8). Therefore, the nozzle holding section and the track holding body are separated from each other. The premises are kept free to slide. In addition, the cleaning nozzle may be formed into a straight pipe shape. The guide rail portion holding space of the rail holding body WN 1-2 1 is provided with a grip W N 2-3 having a sliding property to the rail portion and a vibration absorption function. The grips with such properties are made of rubber-based materials that contain oil and are treated with materials such as wax blending, or rubber-based materials that are covered with surface treatments such as Teflon, halogenation, and roughening. With this, even if the pulsating flow from the wave generating machine WP 2 _ 8 -I ___ I________ good as II Ms. · (please note the first item on the back of Mtk WIIT ^ this page) Order. • Line · Ministry of Economy Intellectual Property The paper size printed by the Bureau of Shellfish Consumer Cooperatives applies the Chinese National Standard (CNS) A4 (210 X 297 mm) -124- Printed by the Bureau of Intellectual Property Bureau of the Ministry of Economic Affairs for the consumption cooperation of B workers-^^ 34 ^ 5 7__ B7____ 5 2. Description of the invention ¢ 22) The washing water flows into the washing nozzle, where the washing nozzle causes vibration from the pulsating flow, which can also prevent the vibration from being transmitted to other components. Therefore, it is also possible to suppress the occurrence of abnormal sounds due to vibration. In this case, by arranging a rubber-based material that performs sliding and vibration absorption functions on the inner wall of the nozzle holding hole of the nozzle holding portion on the toilet bowl side, the above-mentioned prevention of vibration transmission can be improved. Effect and increase the effect of avoiding abnormal sounds. Here, the nozzle device N S 2-1 of the second embodiment can be simplified in the width direction by the positional relationship between the cleaning nozzle and the guide rail portion. This makes it possible to further arrange the nozzle device and the wave generating device WP 2 to 8 closer, and it is possible to improve the effect of suppressing the pulsation attenuation of the water supply pipe on the downstream side. In addition, when the nozzle device is installed, the nozzles NS1-2 (refer to Fig. 66) are arranged on the bottom flat plate of the main body through shock-proof rubber. This makes it possible to effectively suppress the vibration by the anti-vibration action of the anti-vibration rubber even if the nozzle device transmits the vibration along with the pulsation, and it is also possible to suppress the occurrence of abnormal noise caused by the vibration. E2 / Washing Nozzle WN2-1: Secondly * the washing nozzle WN2-1. Fig. 68 is a schematic cross-sectional view of an important part of the structure of the flow path switching valve WN 2-2 having a cleaning nozzle. Figures 6 and 9 are exploded perspective views showing important parts of the flow path switching valve. Fig. 70 is a plan view showing the nozzle head NH 2-1 while cutting a part of the periphery of the nozzle head while looking down. Fig. 71 is a plan view showing a modification of the nozzle head. ------- I___I ___ (Please refer to the note on the back of Mtt page first) Order · -line · This paper size is applicable to 0 standard (CNS) A4 specifications (210 X 297 male; * > -125 -Printed by A7 B7_____ of the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of Invention 纟 23) As shown in Figure 6-6 to Figure 6-8, the flow path switching valve WN2-2 is located at the cleaning nozzle WN 2-1 At the rear end, there are nozzle flow paths for switching the water supply target of the pulsating flow washing water sent from the wave generating machine WP 2 _ 8 to the washing nozzle for the buttock washing, the gentle washing and the genital washing. The flow path cut dance valve WN 2-2 has a casing WN 2-4 with a switching mechanism described later. The flow path switching valve is welded to the barrel of the cleaning nozzle WN 2-1 The rear end surface of the flank WN 2-5 is integrated with the cleaning nozzle = thereby, it advances and retreats along the rail together with the cleaning nozzle as described above. In the housing, there is a communication from the nozzle to each flow path in the nozzle. Hole stator WN 2-6 and rotor WN 2-7 for rotating and selecting one of the communication holes of the open stator for switching the flow path, Here, the rotor couplers WN 2-8 for transmitting rotation, and the housing WN 2-9 for freely accommodating the coupler, even if the rotor springs against the stator WN2-10. As shown in FIG. 69, the stator Each of the communication holes WN2 -1 1 to 1 3 is opened equally on the side facing the rotor, and on the nozzle side, it communicates with the nozzle flow path shown in Fig. 67, that is, the nozzle flow path for hip cleaning Of the first nozzle flow path WN1 to 7, the second nozzle flow path WN 1 to 8 for the gentle cleaning nozzle flow path, and the third nozzle flow path WN 1 to 9 for the vaginal cleaning nozzle flow path. The method is empty. In short, the communication holes are formed in the stator by bending. The communication holes may be arranged beside the openings of the nozzle flow paths at the rear end of the cleaning nozzle. In this case, the communication holes may be Straight hole. Also, the above 1st to 3rd nozzle flow path WN 1-This paper size is applicable to China Standard for Household Standards (CNS) A4 < 210 X 297 mm> -126- !!! Packing. 1 — (Please Please read the note on the back 1 ^ .½ this page} Order · Thread W Printed by the Shellfish Consumer Cooperative, Intellectual Property Bureau, Ministry of Economy 43435 7 A7 _'____ B7 _ V. Description of the invention (124) 7 ~ 9, the long side of the tubular portion WN 2-5 is divided up to the nozzle head NH2- 1 at the tip of the nozzle. The rotor WN 2-7 has openings that can be opened equally. A notch WN 2-1 4 on one of the above-mentioned communication holes on the stator has its communication hole opened by overlapping this notch with the communication hole opening. In this case, the rotor has a gap between adjacent communication holes so that each communication hole can be shielded. In short, the notch only slightly rotates the rotor from a position between the adjacent communication hole openings, and the washing water can be sent through the communication holes to the upward flow paths of several nozzles. In addition, in order to facilitate the drainage (draining) of the water in the silkworm nozzle, the rotor is provided with a notch that can overlap with all the openings of the communication holes, and during the drainage, all the openings of the communication holes can be opened by the notches. The coupler WN2 — 8 is mounted on the rotation shaft of the drive motor WN 2 _ 1 5 having the flow path switching valve WN2-2 so that the rotation shaft latch WN2-17 is located in the slit WN2 — 16. In addition, this affinity device makes the rotary keys WN2-1 8 located in the slits WN2_ of the rotor WN2-7

1 9. Thus, when the drive motor rotates in the forward and reverse directions, its rotation is coupled to the rotary shaft and the latch, and the rotary key is transmitted to the rotor. One of the communication holes is opened by the rotation gap of the rotor as described above. Therefore, in the nozzle flow path corresponding to the selected communication hole, the pulsating flow of the water from the wave generator fWP 2-8 is used to wash the water. . In this case, the washing water from the pulsation generating device WP 2-8 passes through the downstream water supply pipe WP 2-6 (see Fig. 60) and the connection joint provided in the casing of the flow path switching valve WN 2-2 WN 2 _ 2 0 flows into this flow path switching valve. Here the connector is used to connect the machine from the wave. The paper size is applicable to the Chinese standard (CNS) A4 specification (210 X 297 mm) !! _ 装 i — (Please read the precautions on the back Λ this page). -Line-127- -43435 7 A7 __ [_ B7_ V. Description of the invention 625 > (Please read the note on the back 4? This page) For the downstream water supply pipeline, use a wave generator to arrange it more than the joint For the treatment on the lower side, air cannot be trapped in the middle of the downstream water pipe. Therefore, the pulsating flow from the wave generating device to the flow path switching valve can be achieved more effectively by suppressing the attenuation of pulsation because there is no air retention and the pipe has a high hardness as described above. In addition, the pulsating flow of the washing water to the nozzle device in the wave generating device is the only downstream water supply line up to the wave generating device and the flow path switching valve. In the place where the downstream water supply pipe may come into contact with surrounding components, cushioning materials such as shock-proof rubber are arranged. Specifically, a vibration-proof rubber is installed on the peripheral member side * and a vibration-proof rubber coil is wound around the water supply pipe. As a result, the downstream water supply line is a high-hardness person as described above, and the pulsation attenuation is more effectively suppressed. The housing and other components of this flow path switching valve WN 2-2 are printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. They are made of polyphenylene sulfide (PPS), polyoxymethylene (POM), polybutylene terephthalate. Alcohol ester (abbreviated as PBT), glass fiber reinforced polybutylene terephthalate (abbreviated as GFPBT) and other engineering plastics with high durability and heat resistance. Thereby, the washing water flow path in the flow path switching valve functions as a high-strength pipeline without causing pulsation attenuation due to the expansion and contraction of the pipeline. When the pulsating flow washing water from the wave generator WP 2-8 is fed to the nozzle flow path, there is no piping between the flow path switching valve and the cleaning nozzle, so there is no pulsation attenuation. In addition, when the feed water object is switched as described above, the rotation of the rotor W N 2-7 is used, and therefore, compared with a bursting flow path switching valve using an elastomer such as a turntable, is it possible to suppress the pulsation of chlorine. -128- This paper size is in accordance with Chinese National Standard (CNS) A4 (210 X 297 mm). Printed by R Industrial and Consumer Cooperation of the temporary Hui Property Bureau of the Ministry of Economic Affairs • '4 34 35 7 A7 ______B7___ 5. Description of the invention $ 26 > This flow path switching valve WN 2-2 has the following advantages. The flow path switching valve is not integrated with the wave generating device WP 2-8 but with the downstream washing nozzle WN2-1 and leaves the wave generating device which becomes a vibration source with the generation of a pulsating flow. Therefore, only the source of this fluctuation is a vibration source. In addition, the flow path switching valve and the cleaning nozzle move forward and backward as a whole, but because the coil winding part of the drive motor WN 2 _ 1 5 is resin-molded, the washing water is scattered to the drive motor when entering and exiting the washing position. Driving creates obstacles. Furthermore, since the water supply line up to the downstream side of the nozzle device can be made into a single line, the degree of load of the line when the nozzle advances and retracts can be reduced. Therefore, it is possible to reduce the load torque of the motor for the nozzle area. It is NH2—1 in the nozzle of the cleaning nozzle WN2-1, and it also has a gluteal spout hole NH2—2 for general buttocks cleaning, and a gentle cleaning for the buttocks. Soft spitting holes NH 2 _ 3 and pussy spitting holes N Η 2-4 for genital washing. This nozzle head is fixed to the tips of the 'tubular portions WN 2 to 5 of the cleaning nozzle in a watertight manner, and the first head flow path NΗ2 — 5, the second head flow path NΗ2 — 6, which are formed inside the nozzle head, are respectively formed. The third head flow path NN2-7 is connected to the first nozzle flow path WN1-7, the second nozzle flow path WN1-8, and the third nozzle flow path WN1-9, respectively. As shown in the figure, the flow paths of these nozzles reach the discharge holes above the nozzle head. With this, the flow path switching valve W Ν 2-2 (refer to FIG. 66) switches the washing water feed target at the rear end of the nozzle to any of the first to third nozzle flow paths WN 1 to 7 to 9, The washing water passes through the nozzle flow path and the nozzle head flow path that are switched to, and is discharged from each of the water discharge holes. In this case, because the water is supplied, it is ____I__ — — — — — ^-I I (Jingxian «碛 Note on the back side * ^ Item" This page > Order · Γ-line · This paper standard applies to Chinese national standards < CNS) A4 specification (210 * 297 mm) -129- ^ ·· 4 3 ^ 35 7 Α7 Β7 _____ 5. Description of the invention $ 27) It is the pulsating flow of washing water from the wave generating machine WP 2-8, so from Each spouting hole spouts washing water having pulsating properties. (Please read the note on the back of this page \ J page first) In this case, the above nozzles NH 2 _ 2 ~ 4 of the nozzle head NH 2-1 are the smallest in the buttocks and the pussy and The soft spouting hole is larger than this hip spouting hole. Therefore, the water potential setting buttons SWh u and SWh d of the remote operation device RC1-1 (refer to FIG. 2) are used to set the water potential to a certain level, as explained in the first embodiment, from each of the spouting holes. The speed of spouting the washing water is the fastest on the hip, while the pussy and soft spouts are slower than the hips. The softer washing with a slower spouting speed makes the washing feeling received from the spouted water softer as the spouting speed becomes slower than the usual washing of the buttocks. In addition, the vaginal spout hole or soft spout hole is not limited to a single hole as shown in the figure, and a plurality of small diameter fine holes may be arranged as shown in FIG. 71 to form the vaginal spout hole or soft spout hole as a whole. In this case, if the total area of the spout holes is larger than that of the hips, the spouts of the entire pores will be softer than when the hips are washed. Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs Next, using the hip washing as an example, a description will be given of how the washing water is discharged by the local washing apparatus of the second embodiment. Fig. 72 is an explanatory diagram for explaining the state of excitation of the pulsation generating coils WP 2-15 of the pulsation generating device WP 2-8 which generates pulsation when washing water is spouting water. Fig. 73 is a time chart showing the amount and flow rate of the washing water flowing from the wave generating machine WP 2 _ 8. Fig. 74 is a schematic diagram for explaining the state in which the washing water is discharged from the water discharge hole N Η 2-2 of the buttocks of the nozzle head NH 2-1. -130- The size of this paper is applicable to China National Standard (CNS) A4 (210 X 297 mm). The printing stand of the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. A7 4 34 3 5 7___B7____ 5. Description of the invention (28) Electronic control device CT2- 1. The excitation pulse generating line WP 2 ~ 1 5 causes the pulse generating device WP 2-8 to pulsate and emit a pulse-like signal. This pulse signal is output to a switching transistor (not shown) connected to the pulsation generating line for turning this coil on. With this, the pulsation generating coil is repeatedly excited by switching (ON / OFF) of each electric crystal of the pulse signal, so that the plunger WP2-14 is periodically reciprocated as described above. As a result, washing water is supplied from the wave generating machine WP 2 _ 8 to the nozzle holes of the nozzle head in a pulsating flow state in which the pressure periodically fluctuates up and down, and the pulsating flow washing water is discharged from the nozzle holes. At this time, the electronic control device variably controls the frequency of the above-mentioned pulse signal in a specified frequency range, and at the same time controls the switching of the coil excitation pulse (ON / OFF) with a duty ratio. This can cause all kinds of pulsating flow. In this case, a pressure sensor that detects the pulsating pressure caused by the wave-generating machine may be provided on the downstream side directly behind the wave-generating machine, and the load ratio control may be fed back by the measured value of the sensor. . The position of the sensor may be any position as long as it can reflect the pulsating pressure, and the position is not limited. For example, it may be provided in the vicinity of the nozzle, or the mechanism of the flow wave generating device may be provided in the vicinity or approximately integrally. As shown in Fig. 72, with the pulsating period MTg period T1 shown in Fig. 63, and the ON time of the pulse signal is t 1, the load ratio is expressed as (t 1 / T1) X100 (%) . When the pulsation of the pressure shown in Fig. 63 is caused, the amount of the washing water is reduced compared to the continuous flow to a level indicated by the load ratio. The amount of water in such a pulsating flow increases as shown in Fig. 7 in the range of the maximum flow rate Qmax to the minimum flow rate Qmin, ^ 1 1 · ^ 1 1 «I nn III ns II B1 · 1 I (please read the back first Note: \ # «本 荑) This paper size applies to Chinese national standards < CNS) A4% division (210 X 297 mm) -131--4 34 35 7 V. Description of the invention 629) The flow rate is also increased or decreased from the maximum flow rate V max to the minimum flow rate V min. Here, in Figure 73, the reason why the minimum flow rate Q min and the minimum flow rate V min are not zero is because the minimum value of the pulsation pressure caused by the wave-producing machine WP 2-8 is not zero as described previously. Caused. As described above, if the continuous flow of washing water is discharged from the spouting hole (for example, the hip spouting hole NH2-2), the washing water coming from the spouting hole is continuous compared to that shown in FIG. 74 (A). The spouting form of the flowing water is changed to the above-mentioned pulsating flow of washing water spouting, as shown in Fig. 74 (B). The spouting form of discrete or water block state is adopted. As described above, the reason why the washing water that generates a pulsating flow with the wave generating device WP 2 _ 8 becomes discrete or water when it is discharged from the discharge hole of the washing nozzle will be described with reference to FIGS. 73 and 75. FIG. 75 is an explanatory diagram illustrating a process in which the washing water to be spouted is enlarged into a pulsating flow when the washing water of the pulsating flow is discharged from the spouting hole. As shown in FIG. 7 (A), After the amount of washing water is pulsated by the pulsation generating device WP 2_8, the flow velocity V is also changed to become a pulsation. That is, when the amount of the spouted washing water reaches the maximum flow rate Q max, the flow velocity also becomes the maximum velocity V m a X, and the instantaneous flow rate and flow rate change simultaneously with time. In addition, when each part of the pulsating flow washing water in Fig. 7 is marked as Wpl, Wp2, Wp3, Wp4, and Wp5, the amount of each part becomes Wpl (Wp5) < W p2 (W p4) < W p3, and the respective flow rate becomes VI (V5) < V2 (V4) < V3. With this, starting from (A) ~ (C) in Fig. 75 after the water is spouted, because the speed of Wp3 is greater than the speed of W P2, W p3 and W p2 are combined into one, and further-- ------- I --- Please install H1I on the back of the H1I. 4 {^ > »This book is set. Printed by the staff of the Intellectual Property Bureau of the Ministry of Online Economy (CNSU4 specifications (210 X 297 mm) 132-Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ... 4 34 35 7 A7 _I____B7_____ V. Description of the invention to) and Wpl in order to become a block of water. In this way, Wp3 with the maximum flow rate and Wp2 'Wpl in front of it are sequentially synthesized to form a large water block and rush to the body part (washing surface). In this way, when the washing water hits the body part, it becomes impact energy (washing The state of the water block with a large net strength. This flow rate V 3 is the maximum flow rate V max shown in FIG. 7. Therefore, the washing water spouting the water in a pulsating flow is unified at the occurrence of every pulsating period MT. The spouting state of the water block state is spit out from the spouting hole. Moreover, this phenomenon is caused by the pulsation cycle, so as described above The water block passing through the maximum flow rate Wp3 complex appears repeatedly, the water block at a certain water ejection timing, and the water block passing through the JVp3 complex at the next water ejection timing are moved (spit water) at almost the same speed (maximum speed). Next, the description The washing strength is different between the case where the washing water is sprayed from the hip spout hole NH 2 _ 2 in a continuous flow and the case where the pulse water is sprayed as a pulsating flow. Compared with the previous continuous flow, the pulsating flow has more than twice the same amount of water. The washing strength is due to the following reasons. The energy E when the washing water of mass m impinges on the wall surface at a speed V is expressed by the formula (1). E = (1/2) m V 2 …… (1) In addition, at this time, the force that collides with the wall surface is f, and the time until the washing water flow at the speed V is decelerated to 0 and eliminated is Δt. The energy product E can be expressed by the formula (2), and if the deceleration is α Then, the force can be expressed by formula (3). ≫ —r * 1 | > ϋ ϋ 1 n I · —9 I < Please read the precautions on the back of this page WtT f page) Order-c-line · This paper size applies to Chinese National Standards (CNS)> A4 (210 X 297 mm) -133- Employees ’Intellectual Property Bureau, Ministry of Economic Affairs Cooperative printed 4 34 35 7 a?-, · B7 V. Description of the invention $ 31) E = f Δ t ...... (2) Figure 7 6 shows the state of the impact of the washing water on the wall Illustration. In Fig. 76, it is assumed that the water block has three types of W1, W2, and W3, and the washing strength of the washing water flow in various forms is reviewed. Here, the cross-sectional area S 1 of the water block w 1 is a long form, the cross-sectional area S 2 of the water block W 2 is twice that of S 1 and is a short form, and the water block W 3 is a cross-sectional area S 1 which is 1/2 of the length W 1. Shape. In these forms, the water block W1 corresponds to a continuous flow, and the water block W3 corresponds to a pulsating flow. At this time, the time Δ t 1 and Δ t 2 when the water block W1 and the water block W2 collide with the wall surface until they disappear become Δ t l > At 2. In this case, the equation (3) means that the deceleration α is large, and the water block is destroyed with a large force in a short time, and the force f 1 of the water block W 1 is f l compared with the force f 2 of the water block W2. < f 2. That is, compared with the continuous water block W1, the force f2 exerted on the human body part by the water block W2 that has been eliminated in a short time is larger. Accordingly, the mass of water W3 corresponding to the pulsating flow has a mass m / 2 compared with the mass of water W1, but its force f3 does not decrease compared to f1. That is, in the case of pulsating with a pulsating flow, it is possible to reduce the force of conflict on the human body without reducing the amount of water compared with the continuous flow, and it is possible to strongly remove the dirt attached to the human body. Next, the relationship between the washing intensity and the amount of volume, which are indicators of the local washing feeling of the human body, will be described. FIG. 7 is an explanatory diagram illustrating a state in which the pressure sensing plate P s is installed at a specified distance L a from the NH 2 — 2 vent hole in the opposite direction to the buttocks. The above-mentioned specified distance L a ′ is set at a part of the human body to be cleaned-----III------· I < Please read the precautions on the back A (this purchase) order < CNS > A4 specification (210 X 297 male *) -134- 4 3435 7 A7 __I___B7__ 5. Description of the invention (132) Location. The pressure sensing plate P s is a perceptron having a two-dimensional matrix-like detection unit, and the detection unit of each detection unit outputs independently. Using such a device, the peak pressure of the pressure output from each detection unit when the washing water is discharged from the hip discharge hole NH 2-2 of the washing nozzle WN 2-1 is measured. The results are shown in Figure 7-8. Fig. 78 is an explanatory diagram showing the position on the pressure sensing plate P s and the peak value of the pressure in a three-dimensional manner. The position of the χγ plane pressure sensing plate P s is the position of the subject, and the z-axis is at Pressure peaks at various locations. Fig. 78 (A) is the measurement result when the flow rate of the washing water in the spouting hole is a continuous flow of 1 · lL / mi η, and Fig. 78 (B) is the washing water flow rate in the spouting hole 0 5 L / min Measurement results of pulsating flow. In Fig. 78, the washing strength of the elements of the left and right washing sensations is represented by the peak pressure of the pressure, and the quantity sensation is represented by the mountain-like volume of the overall pressure distribution. Comparing these, the pulsating flow in Fig. 78 (B) is reduced by half compared to the continuous flow in Fig. 12 (A), but the peak pressure of the pressure is greatly increased: this represents the washing of the flushed body The net pressure is larger, that is, the washing strength is larger. Figs. 7 and 9 are timing charts showing detection signals detected from one of the detecting sections. Fig. 79 (A) shows a continuous flow, and Fig. 79 (B) shows a pulsating flow. It can be seen that the peak intensity of pulsating flow is higher than that of continuous flow. In addition, the mountain-like volume of the entire pressure distribution is also larger than that of the continuous flow in Fig. 78 (A), and the pulsating flow in Fig. 78 (B) is larger. In this way, the pulsating flow has a great sense of volume compared to the continuous flow. If the functional elements of the rinsing feeling are concretely expressed, it can be seen that the pulsating flow has better cleaning power. In this way, the comparison between the actual washing amount of the pulsating flow and the continuous flow shows that .----- !! 装 i — < Please note on the back of Mtl first mr * »This page) Order ·. Thread. Printed paper size of the Intellectual Property Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperatives, Paper Size Applicable to China Standard for Household Standards (CNS) A4 (210 X 297 public *) ) -135- Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 ____B7 _____ V. Description of the Invention (b3) Figures 80 and "Figure 80 shows the relationship between the average amount of water discharged and the amount of washing, in short. Shows the average amount of water that is necessary to clean the dirt attached to the human body with washing water. As can be seen from Fig. 80, when the dirt attached to the human body with the washing amount D 1 is to be washed, the pulsating flow and In the past, only one-fourth the amount of water was required compared to the previous washing device which was capable of spouting continuous flow of washing water. In this way, by pulsating the pulsating flow of washing water from the spout hole, the washing strength and the washing feeling of the user can be greatly improved. In addition, the washing water from which the pulsating flow is discharged increases the washing strength and increases the local stimulus to the human body. This is the same as the first embodiment described above, and can be explained as follows. When a perceptual stimulus is repeatedly applied to the same place of the human epidermis (in the second embodiment, the stimulus of the collision of the water block 双 1, double 2 and alum 3 shown in FIG. 76), this repeated interval (in the In this embodiment, if the pulsation period (MT) is long and the repetition frequency is low, the user can recognize the repetitive stimulus as a vibration stimulus. On the other hand, if the repetition interval is shortened and the repetition frequency is increased, the user cannot perceive the deliberately repeated stimulus as vibration. The stimulus is perceived as continuous stimulus β In short, the repeated stimulus to the human epidermis cannot be perceived as a vibrational stimulus The non-sensing frequency band is the same as that of the first embodiment. This non-sensing frequency band is an iterative frequency of about 5 Η ζ or more. Therefore, the deliberate repeated spitting of the pulsating flow of the washing water and the spitting water, the higher the repetition frequency, the less easily the vibration caused by the deliberately repeated spitting water is. However, if the repetitive frequency reaches a repetitive frequency of more than 1 OH ζ, most people with ordinary consciousness will not be able to keep up with the vibration caused by deliberate repeated vomiting. Therefore, it is difficult to recognize the spouting state of spitting water repeatedly (washing water spitting by pulsating flow). In this embodiment, 'ϋ H ϋ ϋ ϋ t ϋ II (please read the precautions on the back and then { " Private page) Ordering--The paper size of the paper is applicable to China B standard (CNS) A4 Huige (210 X 297 mm) -136- 4 3435 7 A7 _ B7 Print 5. Invention Description 634) It can make users who are affected by water block conflicts as shown in Figure 76, that is, most people with ordinary perception, unable to perceive the conflict of water blocks as intermittent, so that It is perceived as a continuous flow of wash water. The following description uses a figure. Fig. 1 is an explanatory diagram explaining the reason why the washing strength is different with the increase and decrease of the frequency. Fig. 81 (A) has the same amount of washing water as Fig. 81 (B), but because Because the pulsation period MT is large, a state in which the pulsation frequency fmt _ (= 1 / MT) determined by the period is small is displayed. In Figure 81 (A) and Figure 81 (B), the length of the cycle can determine the degree of integration of the above water blocks. As a result, in the case of Figure 81 (A) where the pulsation period MT is large and the pulsation frequency is small, the mass of the water block during a collision becomes larger, the collision energy becomes larger, and the human body is more stimulated. That is, in the case of FIG. 81 (A), the human body receives a large stimulus and feels a strong stimulus. In addition, as shown in Figure 81, when the pulsating frequency fmt falls below or close to the above-mentioned non-sensing frequency band, the human body can perceive strong stimuli while being repeatedly stimulated, and feel a stronger stimulus. . On the other hand, as shown in Figure 81 (B), when the pulsation frequency fmt is increased to a frequency in the above-mentioned non-sensing frequency band, a small stimulus is accepted as the continuous stimulus as described above. Power can feel irritating. Therefore, even with the same amount of water, the greater the frequency and the larger the water mass, the stronger the stimulation (washing intensity) to the human body. Fig. 2 is a graph showing the relationship between the pulsating frequency of the pulsating flow and the unpleasantness associated with the intensity of washing and the local stimulus of the human body. For human skin, when the frequency exceeds 5 Η 2, you can feel the softness and cleansing that is close to continuous flow, and when it exceeds 3 〇Ηζ, it is almost indistinguishable from the continuous article. Also ml — — — — — — — — —-II (please «read the note on the back side of the article Wtf f this book" f order--the size of the paper is applicable to China National Standard (CNS) A4 (210 X 297) Li> -137- A7 B7 4 3435 V. Description of the invention (35) That is, 'the frequency of the pulsating flow is preferably 5 Η z or more, and then considering the pulsation generating line WP 2-8 of the wave generating machine WP 2-1 The excitation control of 5 directly uses the frequency of a commercial power supply, and with 50 to 6 OH ζ as the upper limit, a structure for control can be easily achieved. From the viewpoint of a non-inductive band, even in the second embodiment, Also, the excitation period of the pulsation generating coil WP 2-1 5, that is, the pulsation period MT is variably controlled in a range where the pulsation frequency fmt (= 1 / MT) is about 5 Η ζ or more, so that the above-mentioned water block pairs The local stimulus is perceived as continuous stimulus. In short | even if only the washing water block is used to wash the local part of the human body, the pulsation cycle M T intermittently spit out water. For the user, it is also possible to clean the premises here. Provides a cleansing sensation as if spouted by continuous washing water. In this second embodiment, the flow rate of the washing water is cut by throttling. Changing the valve WP2-2 to about 500c c / mi η can also improve the washing ability and the feeling of washing, so it is only necessary to spit out this flow In short, it can improve the effectiveness of water saving and provide the user with the feeling of continuous spitting water. Even if the pulsation frequency ί tm is set in the above-mentioned non-sensing frequency band, the continuous spitting water from the rinsing water is discharged. The sense of continuity also becomes weaker as the pulsation frequency itm decreases. Therefore, deliberately reducing the pulsation P rate fft within the above range can make the user's feeling of cleansing (stimulus) only slightly intermittent. It is also possible to perform the pulsation frequency control and the load ratio control of the coil excitation as follows; Figure 8-3 shows that the pulsation frequency of the pulsating flow of the washing water is different from the case of washing the buttocks and the case of cleaning the genitals The paper size of this method applies the Chinese National Standard (CNS) A4 specification (2W x 297 mm) · H38 H ϋ i I ϋ nnt _ II i, please order 泫 $ items on the back of W1I \ > «This page) Order *-Intellectual Property Bureau of the Ministry of Economic Affairs Printed by the Industrial Consumers Cooperative Co., Ltd. ^ 4 34 35 7 A7-B7 V. Explanation of the invention (36) An illustration of the control example. Figure 8-4 is an illustration of the control example of the pulsation frequency fmt and the load ratio D tm. Please first "Read the note on the back side of the article \ _4Γ This page" As shown in Fig. 8 3, the pulsation cycles MTA and MTV when washing the hips and soft and genitals can be set to their respective pulsations. The frequency itm differs. In addition, the pulsation frequency i tmA during the washing of the buttocks is softer, and the pulsation frequency fmt V during the washing of the genitals is lower. In this case, both frequencies are in the above-mentioned non-inductive frequency band. For example, if the frequency is changed to 50 Hz in the buttocks, 60 Hz in the gentle wash, and 7 OH z in the genital wash, as described below, the genital wash can also be made more powerful than the gluteal wash. The way to set the frequency of small washing patterns. Du Yinzhi, employee cooperation of the Intellectual Property Bureau of the Ministry of Economic Affairs, responds to the frequency control of the washing objects shown in Figure 8 3 according to this. As illustrated in Figure 81, when the hips are washed, it becomes close to China 8 1 As shown in the figure (A), the water spouting pattern is continuously irritated sufficiently, and a hard washing feeling can be obtained. In addition, when it is soft and cleaned in the genitals, it has a spitting water pattern as shown in FIG. 81 (B), so that it is continuously washed with weak irritation, and a softer washing feeling can be obtained. In particular, in gentle and cleansing of the vagina, by increasing the pulsation frequency f t m, intermittent irritation is not caused, so that the soft washing feeling can be made more continuous. In order to achieve such a variety of washing feelings, the flow rate can be reduced as described above. In addition, as shown by a dotted line or a single dotted line in the figure, the pulsation frequency i t m can be made the same in each washing, and the load ratio D t m can be changed in each washing control. The load ratio D t m is caused by the coil excitation force, that is, the fluctuation speed g of the plunger WP2-1 4 of the machine WP2-8 and -139- This paper size applies to Chinese national standards < CNS) A4 specification (210 X 297 mm) A7 4 34 35 7_ B7 V. Description of the invention $ 37) It can be increased or decreased to control the amplitude of the pulsation depending on the amount of movement. Therefore, the amount of washing water and flow rate shown in Fig. 73 can be controlled in accordance with the load ratio Dt m. As a result, the quality of the water block shown in Fig. 81 can be controlled in each washing. Under the washing feeling, adjust the intensity of the stimulation and the adjustment of the washing power. Moreover, the strength of the water potential can be adjusted according to the change of the flow velocity. In other words, the load ratio control or frequency control of the pulsating flow can ensure the desired washing feeling or water potential by the user, so that the aforementioned washing water can be drastically reduced. In addition, the two controls of the load ratio control and the frequency control are not related to the flow adjustment of the throttle valve, so the water potential adjustment that cannot be adjusted by the thin adjustment of the throttle valve can be achieved by the above two controls. In short, the deficiency of the throttle valve flow adjustment can be supplemented by the load ratio control and frequency control '. By using adjustment of the water potential and the like through the flow rate adjustment by the throttle valve, and adjustment of the water potential and the like through the above two controls, it is possible to perform extremely fine water potential and the like adjustment. As shown in Fig. 84, the pulsation frequency f t m can be controlled, or the pulsation frequency f t m and the load ratio D t m can be controlled at the same time. That is, as shown in Fig. 84 (a), during each cleaning period TA, TB, TC, etc., the load ratio D tm is D t mL, and the load ratio is increased or decreased during each cleaning period. Control the pulsation frequency fmt »For example, as shown in the figure, the pulsation frequency f tm can be variably controlled to f tmS, f tmM, f tmL (f tmS < f tmM < f tmL). Alternatively, the control can be increased or decreased in 2 or more stages, and the setting can be increased or decreased in steps. In this way, it is possible to change the washing period of the hard / soft washing feeling or the strength of the washing feeling, and to diversify the washing feeling. This * 1 · 1 «n ϋ n n I k— a— I» 1 · I < Please read the "Notes on the back * f page first" Order-·· · Line · The Intellectual Property Bureau of the Ministry of Economic Affairs, Bei Gong Consumer Cooperative Co., Ltd. The paper size applies to the national standard B (CNS > A4 specification (210 X 297 Public *) -140- Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, 4 34 35 7 A7 ___B7____ V. Description of the invention (| 38) In addition, if the frequency is different, the continuous intervals of the above water block conflicts will also be different, Therefore, the water potential obtained from the collision of water blocks can also be adjusted by frequency control. Moreover, this frequency control has nothing to do with the flow adjustment of the throttle valve, so the water potential adjustment that cannot be adjusted by the flow adjustment of the throttle valve can be transmitted through Frequency control is implemented. In short, the frequency control can make up for the lack of flow control of the throttle valve. By using and adjusting the water potential and other adjustments through the frequency control of the throttle valve, Very fine adjustment of water potential can be performed. In this case, the washing periods may be the same time interval, or each washing period may be a different time interval. In addition, when the washing periods are different In the case of intervals, the time interval may be changed regularly or irregularly. For example, the time interval is t S, t Μ, t L (t S < t Μ < t L) In the case of t S— tM— t L— t S— tM…, the rules may be changed, or t L—t S— t S— tM— t L — t M… Variety. In addition, for such irregular time changes, as long as the random number generating program is loaded, each time interval can be determined according to the random number generated by the program. · 'In addition, as shown in FIG. 84 (b), the control load ratio D t m is increased or decreased during each cleaning period T A, T b, T C,... For example, as shown in the figure, the load ratio D t m is variably controlled to DtmS 'DtmM'DtmL (DtmS < DtmM < D tmL_). Alternatively, the control can be increased or decreased in two or four stages or steplessly, or the pulse frequency f tm can be increased or decreased in each of the cleaning periods as described above. In this way, the feeling of washing can be more improved. ------- 111 ----- .. install * li < Please read the precautions on the back before you buy this copy > Order --- The paper size of the thread is applicable to 0 Chinese standards (CNS)> A4 (210 X 297 mm) -141-4 3435 7 A7 B7 V. Description of the invention (139) Further diversification. In this case, the washing periods may be made at the same time interval, or may be changed regularly or irregularly. F 2 / Washing operation: Next, the second structure having the above configuration will be described. The cleaning operation performed by the local cleaning device of the embodiment. Fig. 8 5 is a time chart showing the cleaning operation of the local cleaning device of the second embodiment. As shown in the figure, the local cleaning device, when the user When the seat sensor KS1-3 (see Fig. 1) is seated and the seat sensor SS10 (see Fig. 65) is opened (0 N), the opening signal is first controlled to control the opening of the water inlet valve unit WP1-1 Solenoid valve WP1 — 10 (refer to Figure 60). As a result, the supply of washing water to the device is started, and the heater T1-2 is fully energized for the purpose of warming up the washing water before washing. At the same time, the water supply object of the wash water is switched to the throttle switching valve WP2 — 2 to Functional water unit WP1 — 4. In this way, functional water (free chlorine solution) from the functional water unit is discharged to the nozzle head NH +2 -1 (see Figure 8), and the nozzle head is washed and sterilized. The water supply, warm water, and functional water spitting water after the toilet seat is discharged after the sensor has been opened for a specified period of time, or the outlet water temperature sensor SS 1 6 b detects the specified temperature _ (for example, warm water when washing) When the temperature is lowered by 2 to 3 degrees, it is stopped. In short, the solenoid valve is closed, the throttle switch valve is switched off, and the heater is turned off (for example, about 30% of full power is turned on). Wait The subsequent operation of the washing button. In this way, the heater is fully energized in a short time after sitting on the toilet seat, and then the energization is reduced. This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 male «Π (Please read the note on the back first, and then this page) Printed by Shellfish Consumer Cooperative of Intellectual Property Bureau, Ministry of Economic Affairs 142- AT · 4 3435 7 1 A7 _'____ B7_____ V. Description of the invention (140) Washing water and warm water To maintain its temperature, and thereafter The rapid power-on control of the heater is not required during washing. In addition, as described above, because the effect of reducing the flow rate of the washing water is very high, the power consumption can be reduced when the heater is powered on. When the clean button, for example, the hip wash button SWb (see FIG. 2) is turned on, the valve-opening control solenoid valve WP 1-10 is used to supply water for washing the hips, and at the same time, the heater TH1-2 is energized. The heater is continuously energized until the stop button SWa is operated. The closing of the solenoid valve will be described later. With the opening of the solenoid valve, the nozzle head is cleaned by itself before the local cleaning. In short, after the solenoid valve is opened, the washing water supply target of the washing nozzle WN 2-1 is switched to the buttock flow path through the flow path switching valve WN 2-2 and then the throttle switching valve WP 2 -2 Switch the washing water supply target to the washing nozzle side, and set the flow child at this time. As a result, the washing water whose flow rate is adjusted is sent to the washing nozzle in a waiting position and is discharged from the hip discharge hole NH 2-2. Therefore, the nozzle head is washed by the water bouncing in the container NS 1-1 4 (Refer to Figures 8 and 10) * The pipeline between the water flowing through the front of the nozzle 'washing water which has been warmed to an appropriate temperature due to the full power of the heater' is routed to the nozzle head . Therefore, from the beginning of the formal washing described later, it is possible to spit out the washing water at an appropriate temperature locally without causing unpleasant feelings due to the spitting out of the low-temperature washing water. In addition, the flow path switching of the flow path switching valve further downstream than the throttle switching valve is performed to switch the water supply target of the throttle switching valve and set the flow rate. Because of this, because the throttle switching valve is applied to the standard of China National Standards (CNS) A4 (210 X 297) «>-143--illllll — — — — * II (锖 先 《读 后背） Note $ item 1 * »This page > Order --- line. Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Industrial Cooperatives A7 B7 4 3435 V. Description of the invention (141) The pressure of the purified water is close to the unloaded state. For the sake of driving, it is better not to cause an excessive load on the driving motor. Also, even when washing in front of this nozzle, the wave generating machine w P 2-8 can be driven and washed by the pulsating flow of washing water by itself Nozzle head. In this case, the coil's pulsating frequency ft 111 can also be in the 'inductive zone' or outside the inductive zone. This nozzle is washed before and stopped after a specified time. In short, as shown in the figure As shown, first, the throttle switching valve on the upstream side is switched to the functional water unit side so that the washing water does not flow to the washing nozzle side. After that, the flow path switching valve is cut off and the washing before the nozzle is stopped. When the washing before the nozzle is stopped, the flow path can also be cut The valve changer is driven in a nearly no-load state, so it is better not to apply excessive load to the drive motor. Next, wash the nozzle before it, and control the forward drive nozzle drive motor NS1-4 to make the cleaning nozzle WN2 — 1 wait. The position advances to the hip washing position. During this nozzle advance, the solenoid valve is also open. The throttle valve sets the water supply object as a functional water unit, so the functional water is discharged from the container. Therefore, with this functional water, The cylindrical part of the cleaning nozzle can be sterilized and washed. In addition, the movement of the nozzle in and out of this nozzle is only the switching object of the flow path switching valve in response to the cleaning button being operated. In this case, the pussy washing position is different, and the same applies to the soft washing button or the pussy washing button. After completing the washing nozzle into the washing position in this way, a partial formal washing is performed according to the operation button (hip washing, Gently wash, clean the genitals.) As shown in the figure, start to spit from the buttocks after washing the hips. Water holes N Η 2-2 spit out the pulsating flow of washing water and perform the following gentle start. First, the passage of this paper scale applicable Chinese standard unitary family < CNS > A4 specification (210 X 297 mm) — — — — — — — — — — —-Please read the notes on the back before buying) Order:-Intellectual property of the Ministry of Economic Affairs Printed by the Bureau X Consumer Cooperative -144- Printed by the Intellectual Property Bureau of the Ministry of Economy 4 3435 7 A7 _ __B7___. V. Description of the invention (142) The switching valve WN 2-2 is switched to the hip flow path, and then by the By WP 2 _ 2 to wash, the water supply object is switched to the washing nozzle side and the flow rate of the set water potential is gradually increased from zero to the corresponding amount at this time. In addition, the flow rate corresponding to the set water potential can be adjusted from a small amount of flow that is smaller than the flow rate corresponding to the set water potential. This gentle beginning also began to be produced by the pulsating flow of the wave-producing machine WP. In short, the output pulse signal causes the pulsation generating line to be repeatedly excited to cause the plunger WP 2_ 1 4 to repeatedly move to generate a pulsating flow as previously described. 8 The lower part of the female part shown in Figure 3 is softly covered for coil excitation. Here, the coil D t m is gradually increased to gradually increase. This gentle start, even if the set amount of water is small, and according to the small load ratio, it gradually increases to the discomfort or unpleasantness of the set water potential. Finish the spitting water, wash with pulsating flow, and then wash it formally. If the water is changed after this, change the water potential, or use the wave generating machine WP 2 ratio control, pulsation frequency control). If it is washing, it will be more exciting, until the set water potential is D tm to spit water, the soft vomiting water inlet potential will be changed to throttle the hips and wash the small pulses, and the pulses of the large fields will be pulsed. Set the switching valve 8 into the line. When the pulse is clean, the dynamic frequency of the signal is set to hydration. After the flow is soft, the flow control will be performed. However, in general, low-flow washing water is used. Reliability of stream accuracy. In the previous partial cleaning device, the fine adjustment of the flow lacked the adjustment of the water potential adjustment by the flow adjustment by the switching valve, and at the same time, the set flow was a specified amount of 2_8 circles W P 2. With this, the load ratio has been reversed as f t ΙΏ. It can spit out soft water from the user to set the water potential to wash. In order to make the flow adjustment system (the situation when the load is adjusted, it is impossible to read the page. The binding page on this page. The paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm). -145- Ministry of Economy Printed by the Intellectual Property Bureau ’s Industrial and Consumer Cooperative A7 ________B7____ V. Invention Description "3) One of the reasons for the low flow rate. However, the local cleaning device of the second embodiment can be controlled by pulsating flow (load ratio control, Pulsing frequency control) The water potential is adjusted as described previously, so it has the advantage that the water potential can be adjusted while reducing the flow rate of the washing water. Therefore, the local washing device in the second embodiment is greatly changed from a water potential close to the lowest When reaching the maximum water potential, implement the use of flow adjustment and pulsation adjustment, and adjust the water potential with pulsating flow control on other occasions. In short, read the water potential from the operating condition of the water potential setting 'button SWh u' SWh d Change the degree and perform pulsating flow control (load ratio control, pulsating frequency control) in accordance with the result. Specifically, the water potential is set If it is strong, control to increase the load ratio D tm, or control to reduce the pulsation frequency itm, or use both of them. Weak water potential is set to the contrary. At this time, it is detected by a flow sensor (not shown) until the fluctuation generating machine WP The actual washing water flow rate of 2 _ 8 can be adjusted more precisely because of the pulsating flow control (load ratio control, pulsation frequency control) based on the detected flow rate and water potential change set amount. In this case It is also possible to use a pressure sensor as a flow sensor instead, or to detect its flow indirectly through a signal such as a switch on the flow setting. In addition, the flow sensor is not only configured on the grease generating device of the wave generating device, As long as the position where the amount of washing water can be detected can be placed anywhere, it can be arranged according to the arrangement of each unit to simplify the product. Formal washing ends with the operation of the stop button in the following manner. Back 'to perform nozzle backward and nozzle cleaning. That is, after the stop button is operated, the button is turned on. 'Stop from the buttocks of the nozzle This paper size applies Chinese National Standard (CNS) A4 specifications (210 X 297 public love) -146- t «I n I n I n II« I ί I n I (Please read the note on the back first Matters ΓΛΙΙ · This page) (Line 4 3435 7 a? __I____B7 V. Description of the invention (144) To clean and spit water, first switch the throttle switching valve WP 2-2 to the functional water unit side, and then stop the flow path switching valve WN The output of the 2_2 water stop and the pulse signal of the coil excitation reduces the energization of the heater. The energization of this heater is reduced until the seat sensor becomes 0 FF. Thereby, the washing water is not unintentionally lowered in temperature until the sensor is turned off (OF F), and is kept at the above-mentioned temperature slightly lower than the appropriate temperature. Therefore, when sitting on the toilet seat and performing local washing repeatedly, the washing water can be quickly warmed to an appropriate temperature, which is preferable. In addition, when stopping the hip washing water spout, the throttle switching valve and the flow path switching valve can be sequentially driven in order to drive the flow path switching valve in a nearly no-load state, so it will not cause the drive motor. Excessive load is better. In the above 1 formal washing (formal washing of hip washing), the user leaves the toilet seat and the seat sensor is turned off before the stop button operation is performed, or a gentle, vaginal washing operation is performed during hip washing The same applies to each of the washing buttons. When the flow path switching valve WN 2-2 is water-stopped, the nozzle drive motor NS 1 — 4. is driven in reverse to control the cleaning nozzle WN2_1 to return to the waiting position. When the nozzle is retracted, the solenoid valve is in the open state, and the throttle switching valve WP 2-2 cuts the water supply object to the functional water unit, so chance I water is discharged from the container. Therefore, when the nozzle is retracted by this functional water The cylindrical portion of the cleaning nozzle may be sterilized and washed. When the washing nozzle returns to the waiting position, after the nozzle is started to wash, 'switch the flow path 闾 WN 2-2 to the hip flow path', and then use the throttle switching valve WP 2-2 to cut the water supply object to the wash Net nozzle side, also set ------------- install --- Please read the note on the back before this page) Order ·-line · Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Consumer Cooperatives The paper scale is applicable to the national standard (CNS) A4 specification (210 x 297 mm) -147- Employee consumption cooperation of Intellectual Property Bureau of the Ministry of Economic Affairs Du printed A7 ______B7____ 5. Description of the invention (| 45) Set the flow rate at this time . As a result, the adjusted flow rate of the washing water is sent to the washing nozzle in the waiting position and is discharged from the hip spouting hole NH 2 _ 2. Therefore, the water washing nozzle head rebounded in the container NS 1-1 4 ( Refer to Figure 8 'Figure 10). By the water passing through the nozzle after washing, the functional water which has been dripped onto the nozzle head when the nozzle retracts will flush and flow down. After the nozzle is cleaned, the valve is also driven in the order of the throttle switching valve and the flow path switching valve, and the flow path switching valve can be driven close to the no-load state, so no excessive load is applied to its drive motor. Better. After the nozzle is cleaned for a specified period of time, for the next local cleaning, the solenoid valve W P 1-10 is closed to stop the feed water to the washing water of the local cleaning device. After that • Drain the remaining water from the water supply pipe, the downstream flow path switching valve, and the washing nozzle, which is further downstream than the flow adjustment valve. In short, upon the closing of the solenoid valve, the pulsation generating coil WP2-15 of the wave generating machine WP2-8 is repeatedly excited with a small load ratio D t m, so that the plunger WP 2-1 4 is repeatedly moved. At this time, the pulsating frequency f t m may be a low frequency. When the plunger reciprocates in this way, the washing machine is not supplied with washing water, but the reciprocating movement of the plunger causes the upstream washing water to be sucked into the cylinder, and the sucked washing water is again sucked. Submit. As a result, the washing water remaining in the above-mentioned downstream water supply pipe and the like is slowly sent downstream by the washing water sent by the plunger, and passes through the switching flow path of the flow path switching valve (in this case, the hip flow path) 'Exit from the hip spout hole of the nozzle in the waiting position to the toilet bowl. In this way, after the discharge of the remaining washing water is ended, a series of hip washing operations are completed by switching the flow control valve to the functional water unit side and stopping the flow path switching valve. Also 'here-— — — Illlllllt —-II (Please read the note on the back again! ΓΛ. This page)' §. Line · This paper size applies to China National Standard (CNS) A4 (210 X 297 mm) ) -148- Printed by Shelley Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 43435 7 A7 _ " ___ B7 _ V. Description of the invention ^ 46) After the nozzle moves backward, only the cleaning button to be operated switches the flow path switching valve The switching destinations of the cleaning nozzles are different from each other (the genital washing position when the genitals are in and out), and the same applies to the soft washing button or the genital washing button. In the present embodiment, when the discharge of the remaining washing water using the wave generating device WP 2 _ 8 is completed, it is performed as follows. The pulsation generating coil of the energized excitation wave generating device WP 2-8 _ WP 2-1 5 When the plunger WP2 — 1 4 is moved, the so-called bottom caused by the movement of the plunger to generate reverse electric power and temporarily reduce the energized current (bottom) phenomenon. This bottom phenomenon occurs because of the current waveform flowing through the coil, and the current waveform is related to how the plunger moves. However, considering the situation in which the pulsation generates a coil excitation when the residual washing water is discharged, the plunger moves when the plunger has washing water in the cylinder before and after the remaining washing water is completely discharged. The plunger moves with the empty condition without washing water. Because the washing water in the cylinder exerts resistance to the movement of the plunger, if the coil excitation is performed under the same conditions (the same load ratio D tm in this embodiment), the Under conditions> The plunger moves faster than before. Therefore, when the plunger moves under the condition that there is washing water in the cylinder and the plunger moves under the condition that there is no washing water, that is, when the remaining washing water is completely discharged, the appearance of the bottom phenomenon also changes. . Therefore, in the local cleaning device of this embodiment, the bottom phenomenon is detected by the bottom detection circuit CT 2-2 (refer to FIG. 65), and after the residual washing water is completely discharged, it is switched to the flow adjustment valve. On the side of the functional water unit, the water stop of the flow path switching valve is stopped, and the end of a series of this paper size applies the Chinese national standard (CNS > A4 specification (210x297 mm) — — — — — — — — — II U5 __ * (jingxian (Read the notes on the back and then rh page)

lSJ i-line · -149- Printed by the Consumer Goods Cooperative of the Intellectual Property Office of the Ministry of Economic Affairs 4 3435 7 at… '___B7 V. Description of the invention ί47) Washing the hips. Fig. 86 is a circuit diagram showing an example of the bottom detection circuit CT2-2 of the pulsation generating line 圏 WP2-15. Figures 8 and 7 are explanatory diagrams showing the shape of the current waveform when the pulsation generating coil WP 2-1 5 is energized and excited. As shown in Figure 86, the bottom detection circuit CT2-2 has a comparator CT2-3, a capacitor CT2-4 and a resistor CT2-5, and a delay circuit composed of a CR filter circuit composed of the resistor and the capacitor = The CR filter circuit delays the input signal with a delay determined by the resistance and capacitance. Therefore, the bottom detection circuit will input the input signal (reflecting the voltage generated by the detection resistor CT 2-6) to the negative terminal and the delayed signal that delays this input signal to the comparator. . Thereby, a pulse-shaped signal (bottom detection signal) indicating the end of the plunger movement is output from the bottom detection circuit to the electronic control device C T 2-1 as follows. After the nozzle is washed, the switching transistor CT 2 _ 7 of the pulsation generating coil WP 2-1 5 is output with a pulse signal of a specified period (load ratio D tm-fixed), and the coil is energized in response to each pulse. . When focusing on a certain pulse, the current flowing in the pulsating coil also increases with time. After the pulse has been energized for a specified period of time, the plunger begins to move. With the movement of the plunger, the pulsation generating coil causes reverse power. Therefore, as shown by the solid line in Fig. 8 and 7, the bottom phenomenon that causes the energization current to temporarily decrease. . This current waveform (original signal waveform) is input to the negative terminal of the comparator as a voltage. On the other hand, for the positive terminal, '— — — — — — —It —___. II < Please read the note on the back before ΓΙ' · this page) * ^ ·; line · This paper size applies Chinese National Standard (CNS > A4 specification (210 X 297 mm) -150- ^ 3435 7 V. Description of the invention "8) The delayed signal generated by the CR filter circuit as shown by the dashed line in the figure. Therefore, here, These signals of the comparator are calculated by considering the polarity of their input terminals, and generate pulse-like signals as shown in the figure. This pulse-like signal (bottom detection signal) corresponds to each pulse p output to the transistor. It is generated and is input to the electronic control device at the above-mentioned designated cycle. However, as described above, when the remaining washing water is completely discharged | the plunger moves quickly, and the bottom detection signal at this time is different from the previous. Therefore, the electronic control device judges that the remaining water has been discharged, and stops the subsequent pulse output, thereby ending a series of buttock washing operations. Based on the bottom detection result, the residual In addition to the end of the discharge, the pulse output can be stopped after the specified time has elapsed from the start of the coil discharge for the remaining water to stop the coil excitation, thereby ending the cleaning operation. 2 / Mobile cleaning: In the second embodiment, The local cleaning device can perform the following mobile cleaning. For example, the central position of the cleaning nozzle can be moved back and forth, and at the same time, the pulsation frequency fmt or the load ratio D tm can be controlled according to the nozzle position change. At this time, it can be at the central position. Peripheral, increase the pulsation frequency ftm to improve the softness and continuity, and near the forward and backward ends 'lower the pulsation frequency ftm to emphasize the hard feeling. In addition,' If the load ratio D tm is also made smaller at the center of the periphery, softness can be emphasized. Conversely, reduce the pulsation frequency around the center position to increase the feeling of hardness and stimulus. Increasing the pulsation frequency fft near the forward end and the backward end can emphasize the soft feeling β !! 1! 1 —！ Install ___ < Please read first (Note on the back of this page is on this page) Order: Line · Printed by the Consumers' Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs This paper applies Chinese national standards (CNS> A4 specifications < 210 297 mm) 151 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 43435 7 A7 __I_______ V. Description of the invention ((49) J 2 / Massage washing: Partial washing in the second embodiment The cleaning device can perform massage washing as described below. Set the massage washing period to be the same as the washing period TA, TB, TC, and so on. Repeat this time interval as the massage cycle (Dtm is fixed, for example, Dtm = DtmL), as shown in Figure 84 (a), this massage cycle regularly increases or decreases the pulsation frequency f tm. For example, the pulsation frequency is f tmS — f tmM — f tmL — f tmS < f tm. Μ < i tmL) is regularly changed for each massage cycle. In addition, f tmS-f tmL-f tmS-f tmM ... Or, outside this regular increase or decrease of the pulsation frequency ί tm, as shown in Fig. 84 (b), the massage periods TA, TB, TC, etc. at each wash interval at the same time interval can be changed. And the load ratio D tm is controlled regularly. For example, the load ratio is regularly changed for each massage cycle in the manner of D tm L —D tmM— D tmS — D tmM—D tmL ”(D t mS. ≪ D t mM < D t mL). In addition, D t mS — D t mM — D tmL — D tmS — D tmM ... can be used. ° This massage cycle is to make the frequency determined by the reciprocal number outside the non-sensing band (about 5Hz). Thereby, as described above, the washing feeling or the stimulation feeling accompanying the change in the load ratio D tm or the pulsation frequency fmt can be clearly perceived by the user. This can provide the user to regularly and repeatedly receive the washing feeling from the spit water. Or irritating, you can use such rules at the same time. • K d IJI (IE I < Please read the notes on the back before Γ-this page) 'SJ · --- line · This paper standard is applicable to China National Standard (CNS) A4 specifications (210 X 297 mm) -152- 4 3435 7 A7 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Industrial Cooperatives Co., Ltd. B7_______V. Invention Description $ 50) In addition, the load ratio D t κι is expanded to control When increasing the stimulation, reducing the control pulse frequency fft can reduce the thorn The sense of continuity and emphasis on strong stimulation "can increase the strength of the stimulus and promote defecation. In addition, during the above-mentioned massage and washing, the washing periods TA, TB, TC, etc. are different. In this way, make The load ratio D tm in each washing period or the stimulus recognition time accompanied by the pulse frequency fft also changes, so the ways of receiving the stimulus are also diversified, which can more effectively promote the feeling of defecation. In addition | By using music, Light, smell (fragrance therapy) and other five senses are synchronized to provide a space that can soothe, which can further promote a bowel movement. K 2 / Swing washing: The local washing device in the second embodiment allows the spit to be washed. The sense of cleanliness or irritation varies irregularly, and rocking washing that provides a sense of comfort and comfort can be performed as follows. Set the rocking washing period to be the same as the washing periods TA, TB, TC, etc. at the same time interval. This time interval is used as the wobble period, and the load ratio D tm, the pulsation period fmt, or both are controlled to increase or decrease irregularly with the wobble period. For example, the first embodiment When the load ratio D tm or the pulsation frequency is changed irregularly, the random number loading program is loaded to generate the random number, and the obtained random number is used to determine the load ratio or the pulsation frequency ratio. In this way, the load ratio is set to D tm S- > D tmM- > D tmS — D tmS- * D tmL — D tmS…, so that the pulse frequency f tm is f tmM — f tmS — -ninnn κ ϋ n I. ^ I (please Read the notes on the back again Γ ···. This page) Order · Line · This paper size applies to Chinese national standards (CNS > A4 size (210 X 297 mm) -153- 4 3435 7 A7 B7 Intellectual Property Bureau of the Ministry of Economic Affairs Printed by the Employee Consumption Cooperative V. The invention description (| 51) f tmM — i tmL — f tmS — f tmL… changes in a certain swing cycle. Or the two can be changed independently of each other. In this way, with the change of the duty ratio D t m or the pulsation frequency f t m, the feeling of washing or irritation due to the spit water changes irregularly. In this case | The above-mentioned wobble period accompanying the change in the washing sensation or stimulus with the duty ratio D tm or the pulsation frequency itm is set to the frequency f determined by the reciprocal of the wobble period as in the case of the massage period TM (About less than 5 Η z). As a result, as described above, the user can clearly perceive the change in the washing or stimulus with the change in the load ratio D tm or the pulsation frequency ftm, and the swinging cycle of the washing or irritation accompanied by this change. Different, therefore, the change in the feeling of washing or irritation is also irregular, and the user is irritated by the irregular strength by swinging and washing. As a result, similar to the first embodiment, because of the difficulty in predicting the change in stimulus, it is easy to eliminate the monotonous sensation during washing, and it is easy to become the state of master control of the parasympathetic nerve, causing the sphincter of the inner anus to relax unconsciously. Promote defecation more effectively. In addition, if this rocking washing is performed for local washing after defecation, it is difficult to predict the strong and weak stimuli due to this strong and weak stimulus, so that the monotonous feeling during local washing can be further eliminated. In addition, in the above-mentioned swing washing, the washing periods TA, TB, T C, ... are different from each other. In this way, 'the stimulus recognition time with the load ratio D t m or the pulsation frequency f t m accompanying each washing period also changes, so that the manner of receiving the stimulus is also diversified', which can more effectively promote a bowel movement feeling. In addition, ‘synchronizing with the five senses such as music, light, and olfactory (fragrant therapy)’ provides space to soothe, so you can go further. Please read the precautions on the back and then this page).

'3J-Line · This paper size applies to the China Solid Storage Standard (CNS) A4 specification (210 * 297) «-154- Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 34 35 7 A7 ____B7 ___ V. Invention Explanation (152) Promoting defecation "In addition, such as the above-mentioned change ratio of the load ratio D tm or the pulsation frequency fmt, or the power spectrum of physical quantities such as the above-mentioned swing period or instantaneous flow that determines the timing of this change, and the human body such as the number of heartbeats The same as the physiological law or the rhythm of nature, it is set to be proportional to the inverse of the frequency. In this way, it can provide users with a sense of relaxation, become the main control of parasympathetic nerves, cause relaxation of the internal and anal sphincter, and improve the defecation promotion effect. The local cleaning device according to the second embodiment described above has the following advantages in addition to the advantages described above. First, the pressure accumulator WP2-7 provided upstream of the wave generating device WP2-8 has the following advantages. Fig. 88 is an explanatory diagram for explaining the effect obtained by the pressure accumulators WP 2-7. Drive the wave generator WP 2-8 to measure the pressure (primary pressure) of the upstream side water supply pipe WP 2-5 (refer to Figure 60) of the pulsating flow of the washing water spouting water and the downstream side of the wave generator. Pressure (secondary pressure) of the downstream side feed water pipe WP 2_6. In addition, the pressure of the accumulator WP2 — _7 was not measured at the downstream of the throttle valve WP2 — 2 in the primary pressure of the state upstream of the wave generating device W P 2-8. In addition, the primary pressure of the case where the accumulators WP 2-7 are installed as shown in Fig. 60 is measured downstream of the throttle switching valve, that is, upstream of the accumulator. The results are as shown in Figure 8-8. When the accumulator is incorporated upstream of the pipeline of the wave generating device of this embodiment, in addition to the effect of the accumulator itself on the upstream side water supply pipeline WP 2 _ 5 to reduce water hammer, it also has the following advantages . That is, if this paper size applies to the National Standard of China (CNS) A4 Specification < 210 X 297 Male *)! 111! Packing II < Please read the note on the back first! Γν ··. This page) Order ·, line · -155- 4 34 35 7 _; __B7____ 5. Description of the invention (| 53) I n KI n II ^ II * II Please read the precautions on the back before f: this page) Figure 8 8 As shown, when a pulsating flow is generated by a wave generating device, it is possible to effectively suppress the pressure fluctuation of the primary pressure of the upstream water supply pipe. In this way, it is possible to avoid the disorder of the temperature distribution of the washing water in the water tanks T 1 to 3 due to water hammer control. In other words, the temperature of the water tank can be uniformly distributed, so that the heater can be hydrated, so that the heater control can be simplified, and the uniformity of the temperature of the washing water can be improved. In addition, since the pulsating flow generated by the wave generating device is in a state of being amplified by the second pressure by accumulating the primary pressure in the accumulator, it is possible to reduce or reduce the size of the wave generating device. In addition, because the pressure obtained by the accumulator increases, the energy required for pressure fluctuation generation (pulsation generation) required by the pressure generating device is reduced, and power saving can also be achieved. The pressure accumulator is arranged close to the wave generating device WP 2-8 so as to be integrated with the machine. However, it may be arranged near the throttle switching valve W P 2 _ 2 and integrated with the machine. • Lines Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs In addition, in the local washing device of the second embodiment, when the flow of the washing water is periodically changed and the washing water is discharged, the plunger is used to reciprocate Use the wave-generating machine WP 2-8 to move. The pulsating flow generated by this wave-generating machine will not cause a zero flow. Thereby, since the flow of the washing water in the pipe is not interrupted, water hammer does not occur. Therefore, the equipment that constitutes the waterway system, including the wave-generating equipment, does not need to use a person with high water hammer resistance, and can simplify or reduce the size and structure of the structure, or even resinize it. In addition, when the pulsation generator WP 2-8 generates a pulsation by reciprocating movement of the plunger, the flow rate will not appear to be zero as described above. The paper size applies the Chinese National Standard (CNS) A4 specification < 210 X 297 mm > -156- 4 3435 7 Α7 — Β7 V. Invention Description $ 54) -------------- Install --- (Please read the item on the back before Γ. ' ··· This page). Therefore, no water stop structure such as a check valve is required on the washing water discharge side. Therefore, the simplification or miniaturization of the structure and structure can be further sought. In addition, because miniaturization can be achieved in this way, the degree of freedom of installation of the installation place of the wave-generating device is improved, and the installation or integration of other components with high mass can be simplified. --Line · Further, since the pulsating flow of the washing water spits water, the spouting condition of zero flow rate does not occur, it has the following advantages. Even if the pulsation frequency is in the non-sensing frequency band (above about 5 Hz), the continuous stimulus is felt by the user who spit out water. However, the closer the pulsation frequency is to the lower limit of the non-sensing frequency band, the weaker the feeling. However, as described above, there is no spitting of washing water with a vocal flow of zero, so that the continuous feeling of this stimulation can be kept weak. Therefore, when the washing water spit out of the pulsating flow of the machine WP 2-8 generated by the wave, the adjustment range of the pulsation frequency can be extended to close to the lower limit of the non-inductive frequency band region. By adjusting the pulsation frequency in a wide range, Variety of washing feeling or water potential. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs In addition, the local washing device in this embodiment drives the wave-generating machine WP 2 as described above at the end of the washing operation of hip washing, gentle washing, and genital washing. — 8 to reciprocate the plunger to force the remaining washing water to drain. Thereby, the pipeline from the throttle switching valve W P 2-2 to the nozzle head for washing the double WN 2 _ 1 is completely drained. Therefore, freezing of the residual water can be reliably prevented. In addition, after the discharge of the residual water of the wave-generating device is completed, the throttle switching valve WP 2-2 is switched to the functional water unit side, and the pipeline from the throttle switching valve WP 2-2 to the functional water unit is drained. It can prevent freezing of this pipeline, so it is better. In this way, this paper size applies the Chinese National Standard (CNS) A4 specification (210x 297 mm) -157- r 4 3435 7 A7 Printed by B7, Shellfish Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs. 5. Description of the invention (155) Driven for drainage In the case of a wave generating machine, the load of the pulsation generating coil wp 2-15 is reduced to D tm and the pulsation frequency itm is a low frequency, but the plunger is moved at a constant speed and with a slight force, and the plunger is not caused. High-speed and strong impact on the end of the cylinder. ’Therefore, it is possible to reduce the hitting sound of the plunger. Furthermore, if all the communication holes of each nozzle flow path are opened when the water in the flow path switching valve is discharged as described above, it is possible to achieve drainage by cleaning all the flow paths of the nozzles. In addition, as described above, the local cleaning device of the second embodiment causes the user to continuously feel spitting water and reduces the amount of washing water. The amount of water (spitting water) improves the efficiency of water saving. Therefore, it is possible to reduce the electric power consumed by heating the washing water with the heater TT 1-2 to a desired temperature. That is, the capacity limit of the general socket in the toilet room is 15 A. However, the local washing device used in the previous toilet was set to have a capacity of about 2 500 W in order to heat up to a sufficient temperature in the cold period, and to discharge water for a sufficient time. In order to reduce the capacity of this heater, the air is forced to be mixed into the washing water to reduce the amount of washing water, but even so, a heater capacity of at least 1,000 W is required. Therefore, when a local cleaning device having such a heater capacity is inserted into a socket in a toilet, the capacity limit of the socket is approached, and there is a problem that it cannot be connected to other electrical equipment. Not only that, if the hot air dryer or indoor heating function installed in the local cleaning device is operated at the same time, the total heater capacity becomes large. When these functions are operated simultaneously, measures such as stopping one of the heaters must be taken. In addition, there are some parts that must be set in hotels or facilities, etc. — — 111 — — — — — — — — — — — — — — — — — — — — — Please read the notes on the reverse side before you order. · • Line · This paper is again applicable to the Chinese National Standard (CNS > A4 specification (210 X 297 mm) -158- 4 34 35 7 V. Description of the invention (156) Cleaning device, but due to the upper limit of power consumption The problem cannot be set. However, if the local cleaning device -KS 2 ~ 1 according to the second embodiment is used, the pulsation is generated by the wave generating device WP 2-8. The pulsation frequency fmt and the load ratio D tm of the pulsation It is also possible to control and reduce the amount of washing water and the power consumption, as well as to solve the above-mentioned power supply problem. In the local washing device of the second embodiment, the washing to the wave generator WP 2-8 The water flow is detected by a flow sensor (not shown). As a result, the pulsating flow control (A charge ratio control, pulsation frequency control) of the flow detected by using this sensor as described above allows fine water potential adjustment. And the following advantages That is, when the electronic control device CT2 -1 has an excessive flow or an ice break due to a defective solenoid valve, etc., the flow sensor receives a detection signal and stops the drive of the wave generator WP 2-8. Stop energizing the heaters T 1-2 and perform the actions of cleaning the nozzle WN 2-1 to return to the waiting position, etc. In this way, the plunger can be prevented from generating a knocking sound when it is idling, or This is to avoid burnout of the heater, etc. Next, a modified example of the local cleaning device KS will-1 of the second embodiment will be described. In addition, the same component names as those of the above-mentioned embodiment or its modification are used directly. With the symbol, the same component name is also used for components that perform the same function. B 2 — 1 / Deformation of waterway system structure: Figures 8 and 9 show the waterway structure of a partial cleaning device with a modification example --- ---- ------ Install. !!! Please read the note at the back of the page before reprinting: this page) Order. I-line · Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs This paper is printed in accordance with Chinese National Standard (CNS) A4 specifications ( 210 X 297 public love) -159- 4 34 3 5 7 A7 B7____ 、 57 Description of the block diagram. Figure 90 is a block diagram showing the water path configuration of a local cleaning device with another modification. Figure 91 shows a throttle switching valve WP 2-2 of the modification. The outline structure of 0 is a partial structure diagram showing a part of the cutout. Fig. 92 is a block diagram showing a waterway structure of a local cleaning device having another modification. Fig. 93 is a diagram showing a waterway system arranged in the waterway system. Sectional view of the structure of the intermittent valve WP 2 _ 2 7. Fig. 94 is an explanatory diagram for explaining the water pressure of a water system having a local cleaning device having a modified example of this intermittent valve. Fig. 95 is a diagram showing a water system having a local cleaning device having another modification. Block diagram = (1) As shown in Figures 8 and 9 | In this modification, a wave generating unit WP 2 _ 3 having a pressure accumulator WP 2 _ 7 and a wave generating device WP 2 — 8 is provided in the heat exchange unit T 1 Downstream of — 1, downstream of this wave generating unit is a throttle switching valve WP 2 — 2 0. This throttle switching valve is separately formed from the washing nozzle, and switches the nozzle flow path on the washing nozzle of the water supply object (the nozzle flow for hip washing, gentle washing, and genital washing). Channel), and any of the flow paths to the functional water unit WP1-4, and simultaneously adjust the flow rate of the washing water flowing through each flow path to be switched. Thereby, with this throttle switching valve, it is possible to switch the water supply to the washing nozzle and the functional water unit, to switch the water supply to each nozzle flow path of the washing nozzle, and to adjust the flow rate of the washing water in each flow path. Therefore, in the second embodiment described above, the throttle switching valve WP 2 _ 1 for switching water supply and flow adjustment of the cleaning nozzle and the functional water unit is performed, and the switching of each nozzle flow path for the cleaning nozzle is performed. The flow path switching valves WN 2-2 are two valves, but in this modification, only one throttle switching valve WP 2 _ 2 0 is required. So in ---— — — — — — M i — {Please read the note on the back! Γ · ν · This page} Order: Printed by the Ministry of Economic Affairs Intellectual Property Bureau Tooling Consumer Cooperative Co., Ltd. Paper size is applicable to China Standard S (CNS) A4 (210 X 297 mm) 160 · 4 3435 7 A7 B7 5 The invention description (158), due to the small number of parts, has the advantages of reducing the number of labor and reducing the cost. (2) In another modification shown in FIG. 90, washing nozzles for buttocks and genitals are provided, and each nozzle is connected to the throttle switching valve WP2-20 of the modification. The throttle switching valve is connected to the buttocks washing nozzles WN2 — 2 2 and the pussy washing nozzles WN2_2 3 and sprays on each of these washing nozzles. The nozzle is used to switch the water supply target of the washing water, and at the same time, the flow rate of the washing water flowing in each switched flow channel is adjusted. In addition, as described above, a functional water unit is provided, and the water supply can be switched to this unit. The washing nozzles WN2-22 and 23 for the buttocks and genitals can be installed in the nozzle device N S 2-10. This nozzle device is configured so that each of the above-mentioned cleaning_nozzles is moved from a separate waiting position to a separate washing position, and is driven and controlled by an electronic control device. In this way, even if there is a local washing device for washing the buttocks and the genitals separately, as described above, through the control of the pulsation frequency itm and the load ratio D tm, the water saving efficiency can be improved. Various cleaning sensations or water potential 0 As the throttle switching valves WP 2-2 0 of these modifications, for example, a drum-type throttle switching valve shown in FIG. 91 can be used. In this throttle switching valve, a drum WP2-22 is provided inside the drum housing WP 2_2 1 so as to be freely rotatable (forward and reverse rotation). On the surface of the drum, water supply grooves WP 2-2 3 are formed at each water supply port. The degree of coincidence between the reduced water supply channels and the water supply port is adjusted, the water supply object is switched, and the adjustment is applied to the cut paper China National Standard (CNS) A4 specification (210 X 297 mm) -I 11 ---------- installed ·! (Please read the precautions on the back before Γ \ · this page) Order ·. Printed by the Ministry of Economic Affairs Intellectual Property Bureau employee co-operative cooperatives -161-The Ministry of Economic Affairs Intellectual Property Bureau Beige Consumers Cooperative Cooperatives printed by the public 4 3435 7 V. Description of Invention $ 59 > According to this drum-type throttle switching valve, it is possible to suppress the attenuation of pulsation more effectively than a switching valve using the elastic force of an elastic body such as a dial. It is also possible to use a nozzle for washing the buttocks WN 2-2 2 and a nozzle for washing the vagina WN2-2 3, and one of the washing nozzles for the buttocks and the pussy has a spout for gentle washing and a spout for supplying the spout Nozzle flow path. Furthermore, a separate cleaning nozzle for gentle cleaning and the two cleaning nozzles may be used. (3) The modification shown in FIG. 2 shows that the pressure of the washing water supplied with the water and the interruption of the washing water flow downstream thereof make the flow of the washing water instantaneously become a zero-flow interruption. This is a feature of freewheeling. That is, the local cleaning device of this modification example is provided with a pressurizing device WP2--25 and a throttle at the downstream side of the heat exchanger unit TH1-1 in this water system. 2 and intermittent flow generating unit WP2__2 6, discharge washing water from the washing nozzle WN2-1 through the flow path switching valve WN2-2 0 pressurizing equipment WP 2-2 5 and equipped with pressure pumps such as online pump The washing water supplied from the heat exchange unit T 1-1 is pressurized and supplied to the above-mentioned machine downstream. In addition, this pressurizing device has a pumping capability of increasing the primary pressure of 1.3 kgi / cm2 adjusted by the p-pressure valve WP2-4 to about 2 kg f / cm2. According to the pressure regulating capacity of this pressure regulating valve (l_3kgf / cm2), it is almost the same as the previous pump. · Intermittent flow generating unit WP 2 — 2 6 'From its upstream side, it has a standard of storage paper (CNS) A4 (210x297 male *). 162_ II ϋ ϋ ft nnn 1 1 «-I < Please refer to the note on the back of Mtl first, then this page) .υ. -Line 4-3435 7 A7 B7_ ._ V. Description of the invention (60) Pressure device WP2-7, intermittent valve WP2-27. Intermittent valve WP2 — 27, as shown in Fig. 93, uses a motor WP2_ 2 8 to rotate the valve body WP 2-2 9 inside the casing WP 2-3 0. In addition, this intermittent valve interrupts the flow path communicating with the valve flow path WP 2-3 2 in accordance with the rotation cycle of the motor. With this, the intermittent valve uses the intermittently output (intermittent flow) of the washing water flow pressurized by the pressurizing equipment WP 2-2 5 to supply intermittent water to the clean water supply to the cleaning nozzle. . The generation of this intermittent flow is illustrated as follows. As shown in Figure 94, if the feed water pressure from the feed water source is Pw, the wash water is sent to the pressurizing machine WP 2-2 by reducing the pressure to 1.3 kg f / cm2 through the pressure regulating valve WP2-4 5. Boost the pressure to 2 k g_f / c m2 with this pressurizing machine. The washing water is intermittently flowed by the intermittent washing water flow according to the intermittent valve WP 2-2 7 and is discharged from the washing nozzle. The intermittent cycle D T of the intermittent flow at this time is twice the motor rotation cycle of the intermittent valve, so it can be variably controlled by the rotation control system of the motor according to the electronic control device C T 2-1. In this modification, the frequency (intermittent frequency) specified by the intermittent period DT is set to be in the aforementioned non-inductive frequency band range (5 Hz or more, preferably 10 to 100 0 Η Z). That is, the modified example in which the intermittent flow of washing water obtained through the intermittent flow channel is discharged from the washing nozzle is controlled by the washing water discharge frequency as in the second embodiment. Keep it constant, while diversifying the washing feeling or adjusting the water potential. In addition, by adjusting the amount of washing water, the flow rate of the washing water can be changed, so that it is possible to carry out extremely fine adjustment of the water potential to further diversify the washing feeling. In addition, because of borrowing ^ 1 ^ i «I ^ ^ 1 1 nn I · 1 I ft—« II ϋ < Please read " Notes for reading back * ^^-Benja > Intellectual Property Bureau, Ministry of Economic Affairs Printed by Shelley Consumer Cooperative Co., Ltd. This paper is suitable for the standard 0 CNS A4 (210 X 297 males) -163- 4 3435 7

AT B7______ 5. Description of the invention $ 61) The water potential adjustment can be performed as previously described by frequency control, so even if the amount of washing water is insufficient, the water potential required by the user can be ensured. In other words, it is possible to ensure the desired washing sensation or water potential by the intermittent frequency control of the user, so that the amount of washing water can be drastically reduced as described previously. This modification has the following advantages. As shown in FIG. 93, the intermittent valve WP2-27 has an inclined portion WP2-33 at the opening of the valve body flow path WP2-31. This inclined portion functions to slowly close the valve flow path when the valve body WP2 — 2 9 rotates the valve flow path WP 2 _ 3 2 to the shielding side. Accordingly, when the intermittent valve is driven to generate intermittent flow, it is possible to suppress water hammer when the flow path accompanying the driving of the valve is interrupted. (4) In another modified example shown in FIG. 95, the pressurized washing machine WP2-25 and the intermittent flow generating unit WP2-26 pressurize the washing water to make it intermittent washing water. In addition, the nozzle device NS 2 — 1 0 advances and retracts the cleaning nozzles WN2 — 2 2 and 2 3 for the buttocks and genitals, and the throttle switching valve WP 2 — 2 0 is used to switch the flow path of the nozzle and adjust the flow rate. . After the flow rate is adjusted, the intermittent washing water is discharged from the washing nozzles of the buttocks and genitals. In this way, even if the washing nozzles WN2-22 and 23 for the buttocks and the genitals are separately provided, the intermittent washing water can be spitted. E 2-1 / Deformation of the washing nozzle: Wash at each spot. In order to improve the softness, you can deform the washing water by forcing air into it. Fig. 96 is an explanatory diagram for explaining the structure of a cleaning nozzle WN 2-2 5 of a modification example in which air is forcedly mixed. 1 !! 1_ Pack ί 1 (Please read the "Notes on the back side" before ordering > order. Γ The Ministry of Economic Affairs Bureau Intellectual Property Bureau Shellfish Consumer Cooperatives printed this paper in accordance with the Chinese National Standard (CNS) A4 specification (210 X 297 male a) -164-434 35 7 A7 B7____ V. Description of the invention ¢ 62) Figure 9 7 shows the air mixing amount when air is forced into the washing water and the washing area where the air is mixed with the washing water spout. Diagram. Fig. 98 is an explanatory diagram illustrating the structure of a cleaning nozzle WN 2-2 5 according to another modification of the forced mixing of air. (1) As shown in FIG. 96, the cleaning nozzle WN2_25 of the modification example is provided at the nozzle head WN2—10, and each has a spout hole NH2—2 ~ 4 that communicates with the buttocks, softly cleans, and cleans the vagina. The first to third air flow paths NH2-11 to 13 of each head flow path NH2-5 to 7. These air flow paths are individually connected to the upper compartments WN2-26 of the cylindrical portion WN2-5 of the cleaning nozzles WN2-2 5 and the air pipes WN2-2 7 to 2 9. The compressed air sent from the air pumps WN 2 — 30 to these air pipings is supplied by adjusting the flow rate with the air flow adjustment valve WN 2-31. This air flow adjustment valve also switches the air supply to each of the air pipes WN2_ 2 7 to 2 9. Thereby, the compressed air is blown into the head flow path through each air flow path at the nozzle head. The washing water flowing through the head flow path in a pulsating flow or intermittent flow state is spitted into water in the above manner by the pulsating flow or intermittent flow of spouting water, and at the same time is subject to friction caused by compressed air blowing. force. Therefore, by blowing in compressed air, the washing water becomes a tiny water block as shown in the figure and is spouted. This is a small piece of water, and it is extremely difficult to recombine after spraying from each spouting hole. If the air is mixed in this way, as shown in Fig. 97, it can be seen that as the air flow rate of the blown air is increased, the water block is also dispersed very finely, so that the washing area can be increased. When the cleaning range is narrowed, -------- I-install i — Please read the precautions on the back before Γ 贳) Order · Printed by the Shellfish Consumer Cooperative of the Intellectual Property Office of the Ministry of Economic Affairs

I This paper size is in accordance with Chinese National Standard (CNS) A4 (210 * 297 mm) -165- I 34 35 7 A7 B7 V. Description of the invention $ 63) Increase the air flow and expand the pulsating large water block discharged from the spout hole However, by turning the water block into a small water block, the air can be blown in. In addition, along with the pulsating flow, finer differentiation can be adjusted to reduce the soft feeling of the washing water. (2) If the 98th washing range = In addition, the flowing or intermittent flow of washing air is blown in, which can be used to increase or decrease the gentle washing range, or the washing strength of intermittent water potential. Wait. The amount of water to improve the water-saving is shown in Figure 7 **, although the water is increased to make it feel better with the shearing force of air. In this way, the air-washing intensity is adjusted. The adjustment or washing feeling adjustment, the effectiveness of the air mixing part can cause the figure shown. For other cleaning nozzles, please read the note on the back first. The hips on the nozzle head NH2-15 are washed and gently washed. 2. Each head flow channel NH2 — 5 to 7 of the pussy cleansing — each spout hole NH2 — 2 to 4 is inserted into the first to third air piping NH2 — 16 to 1.8. The first to third air pipes are connected to the above-mentioned air pump WN2-30. As a result, the compressed air from the first to third air pipes is directly sprayed into the washing water flowing in the respective head flow paths. According to this configuration, since the air is directly blown into the washing water, the effect of dispersing the washing water flow can be further enhanced. Ε 2 ^ 2 / Other deformations of the cleaning nozzle: The negative pressure of the washing water flow can also be used to deform the cleaning nozzle in a natural way. Fig. 99 and Fig. 100 are schematic cross-sectional views of important parts of a cleaning nozzle according to a modification example in which natural aeration is achieved. Figure 101 shows the model of cleaning nozzles that achieves other variants of natural aeration. Ordered by the Intellectual Property Bureau of the Ministry of Economic Affairs, Beige Consumer Goods Co-operative Society. Printed on paper. Applicable to China National Standard (CNS) A4 (210 X). (297 mm) -166-A7 B7 V. Description of the invention (64) Fig. 102 is a diagram showing air entrainment characteristics of other modified examples. (1) As shown in FIG. 99, the nozzle head NH2-20 having the cleaning nozzle of this modification is a part of each head flow path NH2 — 5 to 7 that is cleaned on the buttocks, gently washed, and cleaned on the genitals. It has vent holes (NHific) NH2- 21 ~ 23 which narrow the flow path area. In addition, at the downstream side of each of the vent holes, there is an outside air introduction path for introducing outside air from the back of the nozzle head] ^ 112-24 ~ 26. According to this configuration, the flow of the washing water flowing out of each of the vent holes generates a negative pressure when the flow path area increases, and the air from each of the outside air introduction passages is mixed into the washing water. According to this modification, since no air pump or the like is required, the configuration can be simplified. In this case, the vent holes of the nozzle head flow path corresponding to the washing of the buttocks, gentle washing, and genital washing can be made to change the diameter of the venting holes according to the difference of the washing of the buttocks, gentle washing, and genital washing. For example, the diameter of the vents is determined so that the amount of air mixed into the buttocks is softer and the genitals are mixed. In this way, because the amount of air mixed in the buttocks washing, gentle washing, and genital washing is different, the washing feeling can be changed in each washing operation. (2) In another modified example shown in FIG. 100, the nozzle heads NH 2-27 are arranged in the nozzle flow path NH 2-7 for cleaning the genitals-an outside air introduction pipe NH 2-28. In this way, air can also be introduced directly into the washing water flow. The same applies to the nozzle flow path for hip cleaning and gentle cleaning. (3) In another modification shown in Fig. 101, the following configuration is provided for improving the natural aspirating efficiency. Also, for the convenience of explanation, 'Only one spout hole (buttock spout hole) will be described, as for the soft spout hole and pussy spit III_____ — — — — II (please «read the back of the back < ^ item before ^ \. (This page) Order · Print · Printed by Bei Gong Xiao Cooperative of the temporary Hui Property Bureau of the Ministry of Economic Affairs

I This paper size applies the Chinese National Standard (CNS) A4 specification (210 * 297 mm) -167- A3435 7 A7 B7____ 5. Description of the invention 彳 65) The same is true for water holes. Here, in another modification, the nozzle head NH2_30 ′ is provided with an outside air entanglement chamber NH 2-3 1. This nozzle head is 'rolled into the room with the outside air interposed, and the vent holes NH2-2 1 of the nozzle head flow path NH 2-5 for hip cleaning are arranged opposite to the butt spout holes NH2-2' and are drawn into the outside air. The chamber is provided with an external air introduction passage NH2 — 24 °, and is configured in such a manner that the washing water discharged from the ventilation port is used as a driving fluid and the air from the external air introduction passage is used as a driven fluid. The narrow channel (throat) is the so-called jet pump. In this modification, the vent holes NH2- 2 1 are set in the same direction as the direction of the discharged water from the wash, so the attenuation of the water potential can be suppressed ° In addition, by acting as a jet pump, the amount of air entrainment can be increased. Therefore, as the amount of air is increased, the amount of washing water can be reduced ', which can further improve the effectiveness of water saving, and at the same time, can cause a softer washing feeling. Furthermore, because the vent holes are in the same direction as the washing water spouting direction ', there is no crossbow of the pipe downstream of the vent. Therefore, 'the collision of the washing water does not occur in the bent portion of the pipeline, so there is no energy leakage and a decrease in the flow rate. In this modification, the area ratio (S 2 / S 1) of the ventilation aperture s 1 and the narrow aperture S 2 is changed to measure the amount of air entrainment. When the amount of air entrainment is expressed in terms of the air-to-water ratio (air mixing ratio%), when the graph is shown * as shown in Fig. 10, "If this area ratio is 1 to 4," it can reach 4 0 to 8 0. A large amount of air entrainment. In short, if the jet pump is configured like this modified example so that the above-mentioned area ratio is 1 to 4, it can be increased more than the one with the air vent and the outside air introduction path as shown in Fig. 99. Please read item iii on the back first. f Binding.-Work and consumption cooperation with the Intellectual Property Bureau of the Ministry of Economic Affairs Du printed paper sizes are applicable to the Chinese family standard (CNS) A4 specification (210 * 297 mm > -168- Α7 4 34 3 5 7 Β7 V. Description of the invention (66) 1.2 to 2 times the amount of air entrainment is advantageous in terms of improving the effectiveness of water saving and providing a soft feeling of cleansing. Also, the amount of air entrainment is measured in the following manner. That is, 'the air flow rate is directly measured by connecting a hotline-type micro air flow meter to the air suction port', so that the air flow child and the nozzle's water supply flow meter 莼 air mixing rate 'take this as the air entrainment amount and get the first 0 2 Fig. E 2 — 3 / Other deformations of the cleaning nozzle: Fig. 10 3 is a perspective view for explaining the internal structure of the nozzle head NH 2-3 3 deformed by the cleaning nozzle shown in Fig. 101. The sketched perspective view = No. 1 0 4 shows the other modified examples Diagram of air entrainment characteristics of nozzle head NH 2_ 3 3 ^ As shown in Fig. 103, the nozzle head NH2-3 3 of this modification has the same external air entrainment chamber as the nozzle head NH 2_ 3 0 described above. NH2 — 3 1. Ventilation port NH2 — 2 1. Jet pump consisting of larynx spout hole NH 2 _ 2 and external air introduction passage NH 2-2 4. The nozzle head is connected between the vent and the vent. There is a wash water vortex chamber NH2 — 34 between the nozzle head flow path NH2-5 for hip cleaning. This one. 'The wash water vortex chamber has a larger diameter from the bottom to the vent. Inner perimeter wall. Because the nozzle head flow path is connected eccentrically as shown in this figure, the rinsing water flowing into the vortex chamber rotates along the inclined inner perimeter wall as shown by arrow S 中 in the figure. When the washing water swirled in this way, the additional air vent is drawn into the room through the outside air, and it is discharged from the narrow passage (throat, hip spout hole), it is discharged in a state of being drawn into a large amount of air. This paper standard applies to China National Standard (CNS) A4 Specification < 210 X 297 Public Love) -1 ------- 1! · 装 i — < First note on the back of Mtt, then Γ *. This page > Order. • Line · Printed by Shelley Consumer Cooperative of Intellectual Property Bureau, Ministry of Economic Affairs -169- ^ 434357: ^ 434357: Shelley Consumer Cooperation of Intellectual Property Bureau of Ministry of Economic Affairs Printing V. Description of Invention (67) The washing water thus discharged is affected by the swirling force of the washing water itself, and the spiral water discharge pattern shown in the pattern in the figure is adopted. At this modification * When the washing water flows into the washing water vortex chamber NH 2 _ 3 4 ′, the nozzle head flow path N Η 2-5 for washing from the buttocks is supplied in the state of pulsating flow or stupid continuous flow. Clean water. Therefore, the thus-discharged washing water 'maintains the above-mentioned spouting properties of this pulsating flow or intermittent flow, and is mixed in the air in the manner shown in the figure to form a spiral spouting water. The above-mentioned washing water swirling force is determined by the inflow speed (washing water speed) of washing water flowing into the washing water vortex chamber. This inflow speed specifies the degree of rotation of the washing water in the washing water vortex chamber. In addition, the degree of air mixing is also determined by the speed of the washing water. Therefore, by adjusting the speed at which washing water flows into the washing water swirling chamber (washing water speed), various spiral expansions or air mixing levels in the form of a spiral water spout can be performed. The degree of expansion of the screw influences the washing area. Therefore, in this modification, the washing area can also be adjusted. The washing water speed can be changed in various ways by adjusting the frequency or load ratio of the pulsating flow or intermittent flow, and adjusting the flow rate of the throttle valve. Therefore, it is possible to spit water under a variety of washing areas or to spit water with various air mixing amounts, which can provide a more comfortable feeling of washing and softness. Moreover, it is also possible to adjust the water potential at low flow rate by pulsating flow or intermittent flow. In this modification, the area ratio (S 2 / S 1) of the ventilation aperture S 1 and the narrow aperture S 2 is also changed to measure the amount of air entrainment. The results are shown in Fig. 104. That is, compared with the above-mentioned nozzle head NZ2-30 without a vortex chamber (refer to FIG. 101), the amount of air entrainment can be increased by about 1.3 times to 2 times, which is effective in saving water. To increase the size of this paper, apply the Chinese National Standard (CNS) A4 specification (210 X 297 mm) 170 · !!! Pack-! ≪ Please read the precautions on the back before C '? Buy this) Order'. Γ 4 Economy Printed by the Ministry of Intellectual Property Bureau's Consumer Cooperatives 3 Process 3 Entry-Volume 2 Disappearing Air N and Head-to-Mouth Spread Expansion Example of a Spiral Twist The figure below shows the shape of water 3 Rotating this screw is very useful in terms of 34 3 5 7 A7 ____B7 V. Invention Description $ 68), providing a soft feeling of cleansing and so on. The area ratio of about 13 to 2 is preferable from the viewpoint of increasing the amount of air entrainment. In addition, the amount of air entrainment is measured in the same manner as described above, and is determined by the inflow rate (washing water rate) of the washing water flowing into the washing water swirl chamber. Therefore, only the water is adjusted according to the flow control valve. The conventional flow-adjusted 调整 continuous flow of washing water can discharge water of various washing areas or various amounts of mixed air, which can provide a more comfortable feeling of washing and softness. In short, according to the above-mentioned nozzle heads NH2-3 3, it is not necessary to use pulsating flow or intermittent flow state washing water feed water. Simply replacing the nozzle heads of existing local cleaning devices can simply improve the existing ones. The device gives a comfortable feeling of washing or softness. In addition, this nozzle head NH2-33 only specifies the degree of spiral expansion in the state of spiral water spouting, and is determined by the inflow speed (washing water speed) of the washing water flowing into the washing water swirl chamber. Therefore, the continuous-flow washing water feed water 'with the normal flow rate adjustment by the flow rate adjustment valve can make it possible to spit water with various washing areas based on the expansion degree of the spiral. Therefore, in the above-mentioned nozzle head NH 2 _ 3 3, even if the configuration of supplying washing water or entrained air in a pulsating flow or intermittent flow state is omitted, it can provide a comfortable washing feeling, soft feeling, and the like. In addition, the nozzle head NH2-3 3 'can also be forcedly mixed with air using an air pump or the like. In this case, ‘Because the amount of air mixed in’ is increased, please read the note on the back first.

Item 1 '* I The size of the bound paper is applicable to the Chinese National Standard (CNS) A4 (210 X 297 cm) -171-4 3435 7 A7 __I_ B7 _ V. Description of the invention «69) to create a softer feeling . In the case of such a configuration, forced air may be mixed into the pulsating flow or intermittent flow to spit water, or in the forced stop state, the pulsating flow or intermittent flow may be spit water. Further, in the above-mentioned second embodiment and each modification, each nozzle head flow path for spray cleaning, gentle cleaning, and vaginal cleaning is also formed. In this way, it is possible to make the cleaning nozzle wide in size, and various devices or units including the nozzle device can be reduced in size. In this case, even if the nozzles are cleaned up and down at the joint, the nozzle flow paths can be formed on the upper and lower sides. A The head cover is attached to the base having the nozzle head flow paths to form the nozzle head. Hole. Other than that, the above-mentioned second embodiment or each modified example may be modified as follows. (1) When washing water with pulsating flow, the machine WP 2 _ 8 is shown as before, but pulsating output such as gear pump or cycloidal pipe pump can also be used. In this case, the rotation number control can changeably control the pulsation frequency and can be adjusted. In addition, the wave generating device WP 2-8 is set to perform phase angle control, and the water potential and the like can be adjusted as in the second embodiment described above. (2) In addition, the intermittent valve WP2-27 can be made through the intermittent flow path. It can also be forced to mix air using a solenoid, and the mouth can be retracted upward and downward by using the air-mixed shape. Nozzle head In addition, the above-mentioned rooms are provided with the outer hips washed and narrowed side by side. The flow path can also be spit out, and the air can be spit out.

Item% ί · * This booklet is used for local cleaning and printing of printed goods printed by the employee's consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. The produced pumps, such as the pumps that use the pumps for water potential, etc. The solenoid valve for washing water, or the paper size of the thread is applicable to a national standard (CNS > A4 specifications < 210 X 297 mm> -172- 434357: V. Description of the invention). The poppet moves forward and backward to open and close the water supply port, and a poppet valve that interrupts the flow path. (3) In addition, for the pressurization of the washing water and the subsequent intermittent fluidization, a pressurizing device WP 2-2 5 and an intermittent valve WP 2-27 having a pressurized pump constituted by an on-line pump are used. , Constitute the two separately. However, it is not limited to this, and it may be configured such that the pressurized washing water may be intermittent at the same time. Fig. 105 is an explanatory diagram illustrating a cleaning nozzle WN 2-3 5 according to another modification. Fig. 10 6 is an explanatory diagram illustrating a schematic configuration of a solenoid pump WN 2-3 6 using a cleaning nozzle of this modification.

As shown in the figure, this solenoid pump is a normal flow type electromagnetic pump having a suction side check valve WN 2-3 7 and a discharge side check valve WN 2 _ 3 6. The solenoid pump excites the electromagnetic solenoid to advance and retreat the plunger WN 2_40, thereby obtaining a pump of pressurized water intermittently flowing from the pump chamber WN2-41. The normal solenoid pump uses a pressure accumulator β that eliminates the fluid interruption caused by the plunger's advancement and retreat of the check valve trapped on the suction side and the discharge side to make it a smooth pressure. But this deformation The solenoid pump WN 2-36 of the example can directly use the interruption of pressure without using an accumulator to obtain an interruption period synchronized with the excitation voltage of the electromagnetic solenoid. According to this embodiment, since the pressurizing section and the intermittent section can be realized by one solenoid pump W Ν 2-36, the structure can be simplified. Even in this case, the above-mentioned excitation cycle of the electromagnetic coil That is, the intermittent period also causes its frequency to be in the aforementioned non-inductive frequency band range. (4) In addition, for pressurization of washing water and subsequent intermittent fluidization, pressurizing machines WP2-25 and intermittent valves WP2-27 are used, as in this paper standard, a national standard (CNS > A4 specification applies) < 210 X 297 mm) 11! 11! ^^ i I Please read the note on the back before Γ " „* This page) Order · · -Line-Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs -173 * Bu 4 34 35 7 V. Description of the invention (71) 9 4 As shown in the figure, the regulating pressure of the pressure regulating valve can be set to the maximum pressure to make the pressure intermittent and intermittent flow. But the pressure regulating valve can also be used As the minimum pressure, the pressure regulating pressure becomes an intermittent flow that changes the pressure cycle. In this way, even when the pressure of the water supply source such as tap water is originally low, the intermittent washing can be performed as described previously. (5) Further, in the second embodiment and its modification, by stopping the drive of the wave generating device WP 2-8, etc., the washing water can be discharged by the same continuous flow as before. Therefore, , On the remote control device or the side of the body is provided with a switch that can select the pulsating flow to spit water The button can be selected in accordance with the operation of the button, that is, in accordance with the preference of the user, and can be selected to be partially cleaned in the form of spouting water of pulsating flow washing water, and the same spouting mode as in the intermittent washing water. (6) In addition, a buffer hot water tank is provided on the hot water outlet side of the heat exchange TH1-3, and this substitute can also be used as a pressure accumulator WP 2-7. As the structure of this buffer hot water tank, The tank is configured to make the water level higher than the water tank, and a float switch SS 1 8 and a vacuum interrupter TH1- 4 are set in this tank. This buffer hot water tank absorbs from the system almost the same as the pressure tank. The pressure fluctuation propagating to the water tank from the downstream side. According to this buffered hot water storage tank, the uneven temperature distribution in the water tank can be suppressed by fluctuation absorption, so that the temperature in the water tank can be uniformed, and the temperature control characteristics can be stabilized. In the buffer hot water storage tank, there is a mixing plate or mixing channel to promote the mixing of warm water, which can further improve the absorption effect of pressure fluctuations. In addition, the buffer heat storage permanent tank and the heat exchange unit are made into a body. In its interior It is also possible to install a mixing board, etc. This paper is also applicable to the National Standard (CNS) A4 specification (21〇χ297297 < ·· 本 Binding) · Intellectual Property Bureau, Ministry of Economic Affairs, Industrial Consumption Cooperation, Du Printing -174- 43435 7 at B7 V. Description of the invention 彳 72 > (7) In addition, in order to detect the temperature of the water entering the heat exchange unit-, instead of using the water temperature sensor, according to the amount of electricity supplied to the heater, for example, according to the Differential calculation of the amount of current supplied by the heater is also possible. This eliminates the need for a water temperature sensor and simplifies the configuration. The same applies to the first embodiment. In addition, the incoming water temperature sensor S S 1 6 a and the outgoing water temperature sensor S S 1 1 3 can be located not only in the water tank but also in front of and behind the heat exchange unit as long as they can reflect the temperature of the warm water in the water tank. (8) The aforementioned pulsating flow or intermittent flow of washing water spouting water may be deformed in such a manner that the flow rate is kept constant and the flow rate is variably controlled. First, a description will be given of washing water spouting (hereinafter referred to as pulsating spouting) using a pulsating flow of the wave generating device WP 2-8. Fig. 169 is an example of pulsating water discharge to maintain a constant flow rate and decelerate and control the flow velocity v m_ (v m 2-v m 3). In this figure, t2 and t3 (> t2) represent the energization time for the coil excitation of the wave generator. T2 is the pulsation generation period of the pulsation generated by the wave generator. The pulsation generator generates a voltage applied to the switching transducer by the pulsation generating coil (ON / OFF) of the coil, in other words represents the coil excitation voltage. In addition, in the figure, (a) shows the state of the duty ratio of the pulse signal, (b) shows the relationship between the voltage V-time, and (c) shows the relationship between the flow rate of the washing water vm and the time. The following is a description of the control for increasing the flow rate by making the flow rate constant when pulsating water is ejected using this Fig. 169. When a pulsation generating device is constituted by a pulsation generating coil and a plunger driven by the line, the flow rate is determined according to the stroke length of the driven plunger. HI ^ 1 IC Please read the precautions on the back before Γ · >. This purchase) order.-Printed on paper printed by employees of the Intellectual Property Bureau of the Ministry of Economic Affairs, the paper size applies to Chinese national standards (CNS > A4 specifications (210 X 297 mm) -175- 4 34 35 7 V. Description of the invention (73). The flow velocity is specified by the driving speed of the plunger, that is, the attractive force of the plunger. First, when the speed should be decelerated, the voltage V that energizes the pulsation generating coil (that is, flows toward the pulsation generating coil). The current decreases) (V 3 — V 2; see (b)). As a result, the attractive force of the plunger is reduced and the flow velocity is reduced. At this time, if the load ratio is the same before and after the voltage change, the plunger is driven. The decrease in speed will shorten the stroke length of the plunger and reduce the flow rate. Therefore, in the case where only the flow rate is reduced by inducing the flow rate reduction, it is only necessary to reduce the voltage at a fixed load ratio as described above. Where the flow rate is increased On the other hand, on the other hand, when there is no change in the flow rate but only the acceleration and deceleration of the flow rate, the control is as follows. In the case of deceleration control, in order to make up for the shortened stroke length, the intention is to make the load ratio insufficient for the insufficient flow rate. Increase (t 2 / T2— t3 / T2; see (a)). If the load ratio is increased in this way, the coil excitation period also becomes longer. It is possible to make the plunger drive only the regular stroke, and the plunger can be driven. The stroke length is kept constant. Therefore, the flow rate can be maintained constant, and only the flow rate can be decelerated. This phenomenon, which shows the relationship between the deceleration and time, can be obtained from the graph (c), which can also be obtained from the area S 2 of one cycle Explanation. The case of speed increase control is the opposite. Of course, in addition to the case where there is a constant pulsation at the limit of the plunger stroke, the flow rate does not change because the driving stroke length is constant. (9) In other examples of increasing the flow rate without changing the flow rate, pressurization is used. The intermittent flow of clean and spit water from Puhe On-Off Valve can also be installed as follows: __111 —____— II installed ___ {Please read the "Note # m-item on the back" and then: this page) Order.; Line. Ministry of Economic Affairs The paper size printed by the Intellectual Property Bureau's employee consumer cooperative is in accordance with China's CNS A4 specification (210 X 297 mm> 176- 4 3435 7 V. Description of invention ί74). When the pressure applied to the washing water is increased by the pressurized pump, the flow rate of the washing water becomes larger (approximately proportional to the power of 1/2). At this time, by reducing the opening time of the on-off valve connected to the spout hole (reducing the opening time load ratio), the flow rate can be increased while the washing water can be kept constant. Furthermore, the reciprocating movement of the plunger is not used as a means to increase the pressure applied to the washing water, but is used as a means to increase or decrease the cross-sectional area of the flow path, such as an on-off valve, as described above. The pressure applied to the washing water by a pressurized pump, so that the flow rate is increased without changing the flow rate. In addition, the combination of the flow rate acceleration and deceleration control and the pressurization pump under the constant flow rate described earlier by the combination guest can also control the flow rate β independently of the flow rate. Next, other embodiments will be described. Fig. 107 is a schematic cross-sectional view of an important part of a cleaning nozzle WN 3-1 having the local cleaning device of the third embodiment. Fig. 108 is a schematic cross-sectional view of an important part of the cleaning nozzle WN4-1 of the fourth embodiment. Fig. 10 is an exploded perspective view of important parts of the cleaning nozzle WN4_1. In the following description, the same component name and symbol are used as described previously. As shown in FIG. 107, the cleaning nozzle WN 3-1 of the third embodiment is provided with a nozzle head NH3-1 in a watertight manner at the tip of the nozzle cylindrical body WN 3-2. The nozzle head is provided with a hip discharge hole NH3-2 and a genital discharge hole NH3-3 on the nozzle head. Inside the nozzle head, there is a first nozzle head flow path NH3-4 for guiding washing water to each discharge hole. 2nd nozzle head flow path NH3-5. In addition, the first inflow chamber N Η 3-6 and the second inflow chamber N Η 3-7 are formed at the merging point of each of the discharge holes and the flow paths of the nozzle heads. Here are the first and second. Flow * I * ai 1 nn I n I < H Read the precautions on the back before this book I) Order. Thread. Printed by the Intellectual Property Bureau of the Ministry of Economy Applicable to Chinese National Standards (CNS > A4 specifications (210 X 297 males * &177; Α7 Β7 V. Description of the invention 彳 75)) Enter the room and be assembled into the 1st and 2nd waterwheels NH3-8,9. This 1st, 2nd The waterwheel is supported in each of the inflow chambers to rotate freely. The washing water flowing into the inflow chamber is rotated in the direction of the arrow in the figure. The first and second waterwheels N Η 3-8, 9 and so on from the center. A plurality of blades are provided at intervals, and between adjacent blades, there are shielding plates NZ3—10 which close the spout openings (inflow chamber side openings) of the first and second inflow chambers N3, 3-6, and 7. In this embodiment, the shielding The plate system is formed at three equally spaced positions. A shielding plate can be provided on half of the blades of the horizontal waterwheel. The cleaning nozzle WN 3-1 has a nozzle body communicating with the first and second nozzle heads. Flow path NΗ3 — 4 and 5 of the first and second nozzle flow paths WN3-3, 4. 4. By heat exchange unit (omitted (Shown) The warm water is washed into the first and second nozzle head flow paths NΗ3-4, 5 at a flow rate adjusted by a flow adjustment valve (not shown), and this wash water passes through the first 1 'the second nozzle head flow path and the first and second inflow chambers ΝΗ3-6,7 are discharged from the hip discharge holes ΝΗ3-2 or the genital discharge holes ΝΗ3-3. Thus, the washing water passes through the first When the second inflow chamber NΝ 3-6, 7, wash water hits the blades of the waterwheel and applies a rotating force to the waterwheel to rotate the waterwheel. As a result, the shielding plates ΝΗ3-10 are spaced at equal intervals as described above. Due to the formation, along with the rotation of the waterwheel, the inflow chamber side opening of the water discharge hole is repeatedly covered. The washing water is only discharged through the inflow chamber side opening while the inflow room side opening is not covered by the shielding plate, and the water is discharged from the water discharge hole = Therefore, the washing water is in the opening of the inflow chamber side of the spout hole, and the water flow is adjusted by the paper sheet to the Chinese national standard (CNS > A4 specification (210 X 297 mm)) ----------- --- Install * HI Please read the note on the back of the book before you buy it) Order --- Line Intellectual Property Bureau of the Ministry of Economic Affairs Printed by the Industrial and Consumer Cooperatives -178- ^ .3435 7, A7 B7 ____ V. Description of the Invention (76) Discontinued into intermittent flow and spit out from the spout hole. On the other hand, the rotation force of the waterwheel is based on the inflow chamber. The inflow speed of the washing water (washing water speed) is determined, and this inflow speed specifies the rotation speed of the waterwheel. Therefore, the shielding cycle of the inflow chamber side opening is shielded by the shielding plate, that is, by the interruption of the water flow. The intermittent cycle of the washing water that becomes an intermittent flow is determined by the number of rotations of the waterwheel, that is, the washing water speed. Therefore, when washing water is supplied to the washing nozzle WN 3-1 of the third embodiment, the frequency determined by the intermittent period can be set to the aforementioned non-sensing frequency band by adjusting the washing water speed. Therefore, according to the cleaning nozzle WN 3 -1, as in the second embodiment and its modification, the pulsating flow or intermittent flow of the washing water is spouted, and the water potential can be adjusted at a low flow rate. In this case, if the inner diameter of the inflow chamber, the size of the shielding plate, and the installation interval of the shielding plate are different between the first water wheel NH3-8 and the second water wheel NH3-9, the above-mentioned The intermittent cycle of washing water is different from washing the buttocks and the genitals. Therefore, when washing the buttocks and the genitals, it is possible to change the predetermined frequency by intermittent cycles, so that different washing sensations can be made when washing separately. For example, if the frequency of genital washing is high, the washing feeling of genital washing can be made softer than that of gluteal washing. Here, the cleaning nozzle WN3-1 of the third embodiment does not require an electric drive device such as a motor to obtain the effect of adjusting the water potential and the cleaning feeling by the intermittently flowing washing water as described above. Therefore, the entire device can exhibit a high power saving effect, and at the same time, the structure can be simplified. In addition, the electrical wiring work up to the nozzle head is unnecessary, and no electrical drive is required. -----------! Install i — < Please read the precautions on the back before jr >. This book) Order: i-line-printed by the Ministry of Economic Affairs and Intellectual Property Bureau of the Ministry of Economic Affairs, t Cooperative, printed on this paper, applicable to China's national standard < CNS) A4 specification (210 X 297 mm) -179- A7 B7 43435 V. Invention Explanation (77> The machine has manufacturing advantages such as reduction in the number of assembling operations and cost reduction, etc. "Also, this cleaning nozzle WN 3-1 is used to provide air to the vent holes during the passage of each spout hole. It may be configured by introducing air into the passage to mix the air. In addition, the cleaning nozzle WN3-1 may be configured by incorporating a motor for rotating the water wheel in the nozzle head, and the motor may be configured to control the rotating water wheel. Since the intermittent cycle is controlled irrespective of the speed of the washing water, the adjustment of the water potential through the frequency control of the intermittent flow can be prevented from being affected by the speed of the washing water. As shown in Fig. 108 , The cleaning nozzle WN4 -1 of the fourth embodiment, The tip of the cylindrical body WN4-2 is water-tightly provided with a nozzle head NH4_1. This nozzle head has an intermittent water spouting structure _ N Η 4 _ 2 on top. In the following description, it is used for washing the buttocks. The cleaning nozzle ΝΗ4-1 is explained. The Wisdom Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs printed this intermittent water discharge mechanism department ΝΗ 4-2 and washed the continuous flow of water from the nozzle head flow path ΝΗ 4-3 Water, as in the above-mentioned washing nozzle WN 3-1, is intermittently washed and spouted by the flow of water. That is, the intermittent spouting mechanism unit flows the washing water at the end of the nozzle head flow path into the chamber. ΝΗ4—4, which has a bottom plate Ν —4—5 and a waterwheel ΝΗ4—6 = a bottom plate, which allows the washing water flowing from the nozzle head flow path into the washing water into the chamber, as shown by the arrow in the figure, flowing on the side of the peripheral wall of the room. The waterwheel, as shown in Figs. 108 and 109, is incorporated into the lower peripheral wall of the waterwheel support ΝΗ 4-7 above the nozzle head, and inserted into the vertical pit ΝΗ 4 _ 8 in the center of the support. In this state, the waterwheel support is fixed on the nozzle head -180- This paper size is suitable for China g Standard (CNS > A4 (210 X 297 mm) Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 B7 V. When the invention was described (78), the waterwheel was placed in a vertical pit on the inside of the peripheral wall below the waterwheel support. The center can rotate freely. This waterwheel is provided with a shield plate N Η 4-9 covering the flat plate on the top. The waterwheel support ΝΗ4-7 has gaps ΝΗ4 — 1 0 at regular intervals on the lower peripheral wall, as shown in Fig. 10 9. Therefore, the washing water flowing into the inner peripheral wall side of the washing water flowing into the chamber through the bottom plate Ν Η 4-5 is caused to collide with the blades of the water wheel Ν 4-6 through the gaps, and the water wheel is rotated. In addition, this washing water collides with the shield plate NZ4-9 of the waterwheel from below, and presses the waterwheel toward the lower side of the waterwheel support body. Therefore, the waterwheel is rotated so that its upper surface is in contact with the lower surface of the waterwheel support. The waterwheel support body has a hip spout hole ΝΗ4 _ 1 1 at the position where the rainwater vehicle shielding plate overlaps. This spout hole is shielded with the rotation of the waterwheel, or is opened. Therefore, from the spout hole opened by the waterwheel, the washing water is spouted, focusing on one spout hole. That is, when there is only one spout hole in the waterwheel support body, the washing water is discharged from the spout hole in the intermittent flow state in which the water flow is interrupted by the shield plate. Because the plurality of spouting holes are arranged at equal intervals as in this embodiment, the spouting holes opened by the shield plate are sequentially moved by the rotation of the water wheel, and the spouting water of the washing water is sequentially switched to each spouting water. The holes are the discharge water in the above-mentioned intermittent flow state with respect to each discharge water hole. Here the washing nozzle WN 4-1 'Because the inflow speed of the milled water specifies the rotation speed of the waterwheel, the intermittent cycle of the intermittent flow caused by the above-mentioned breaking of the water flow is based on the number of waterwheel rotations, that is, the washing water The speed is determined. Therefore, when the cleaning nozzle WN 4 _ 1 of the fourth embodiment is supplied with cleaning water, the paper size applies the Chinese National Standard (CNS) A4 specification (210 * 297 male JI) -181--i I .1 ϋ nn II a I {Please read the precautions on the back first, and then this page) Order: Line. Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs: 43 Jun57__ V. Description of Invention 彳 79) 'Borrow By adjusting the speed of the washing water, the frequency determined by the intermittent cycle and the frequency determined by the switching cycle can be in the aforementioned non-inductive frequency band range. Therefore, according to the cleaning nozzle WN4-1, similar to the second embodiment and its modification, the water potential can be adjusted at a low flow rate by pulsating or intermittently flowing the washing water. In this case, the spouts of the washing water are sequentially switched at the circumference of the spout holes, but as explained in the first embodiment, the user cannot recognize the situation where the spouts are sequentially spouted by the spout holes, but feel that the Each spouting hole spit water continuously. Therefore, it is possible to change the water potential by adjusting the intermittent frequency under the feeling of continuous spouting over a wide area. When the washing nozzle WN 4-1 of the fourth embodiment obtains effects such as adjustment of water potential and washing feeling by intermittently rinsing the washing water as described above, because electric drives such as a motor are not required, The same effect as that of the third embodiment can be exhibited. The cleaning nozzle WN4_ 1 can also be constructed by controlling the waterwheel by rotating the motor. In this way, because the above-mentioned intermittent cycle can be controlled and changed regardless of the speed of the washing water, the adjustment of the water potential and the like through the frequency control of the intermittent flow can be prevented from being affected by the speed of the washing water. Next, other embodiments will be described. Fig. 110 is a schematic cross-sectional view of an important part of a cleaning nozzle WN 5-1 having the local cleaning device of the fifth embodiment. In the following description, the same component names and symbols are used as described above. In addition, this washing nozzle NH 5-1 is described by a user who cleans the buttocks. The cleaning nozzle NH5-1 of this fifth embodiment is characterized in that when air is forcedly mixed in the washing water to spit water, the pulsating flow or intermittent flow of washing water is spit out by periodically changing the air mixing amount. . That is, as in Section I. ^ 1 ^ 1 < Please «read the precautions on the back side before Γ this page) Order · This paper size applies the Chinese national standard < CNS) A4 specification (210 X 297mm *) -182 -Upper A7 B7 4 3435 7 V. Description of the invention ¢ 80) 1 1 0 As shown in the figure, the washing nozzle NH5-1 has a hip spout hole NH5-2 at the tip of the nozzle, and the washing water is supplied through the nozzle flow path NH5_3 At this point spit water. Below the opening of the spout hole, an air mixing chamber NH5-4 is formed. In this air mixing chamber, the nozzle flow path is formed by a porous tube NH5-5 made of resin, metal, ceramic, or the like. The air mixing chamber NH5 — 4 * passes through the air flow path NH5 — 6 and communicates with the air pressure feeding mixing unit NH 5-7. This air pressure feed mixing unit, as shown in the pattern in the figure *, periodically changes the air flow rate while making the air pressure feed to the air mix chamber at a certain set flow rate. The air pressure feeding mixing unit mixes the air into the washing water in the air mixing chamber through a porous tube NH 5-4. Due to the porous nature of this porous tube, air is mixed in the form of fine bubbles in the washing water passing through the inside. Thereby, with the pressure feed from the air pressure feed mixing unit, air having a maximum volume ratio of 4 times the volume of the washing water can be mixed. The air pressure feed mixing unit may be configured using a variable-capacity air pump, or a fixed-capacity or variable-capacity air pump and a throttle valve disposed downstream thereof. Alternatively, these air pumps and an on-off valve arranged to open and close the pipeline downstream thereof may be used. In addition, when the air pressure feeding mixing unit is configured to periodically change the air flow rate while pressure-feeding air, the flow rate is periodically changed by controlling the number of rotations of the air pump, or the pipe is adjusted by a throttle valve. The effective area may be changed periodically in the range of 0 to 100%, or may be changed periodically in the range of 10 to 100%. In addition, for the on-off valve, it is only necessary to periodically open and close the pipeline. In this case, the air pump uses a volume type--------- — — — — --- installed i — (please read the note on the back first, and then η? This page) Order. The paper size printed by the Bureau 8 Industrial Cooperative Cooperative is applicable to the Chinese family standard (CNS) A4 specification (2K) X 297 mm) .18〇 ▲ 4 34 35 7 Α7 Β7 Printed by the Industrial Property Cooperative Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 2. In the air pump of the invention description (81), the air pump is repeatedly fed and stopped in cooperation with the action of the air pump. In such a configuration, the effective area of the pipeline is set to 0 by a throttle valve, or the pipeline is blocked by an on-off valve, or the volume type air pump is stopped to stop the washing water. In the situation, even if only air is ejected from the spouting hole, β can be used to make the mixed air mix without miniaturization, and adopt a sandwich-like spouting state in the state of water, air, water, air, etc. This water spouting form adopts almost the same behavior as the intermittent water flow spouting form. Therefore, the appearance volume is increased by the mixing of air, and the flow rate of the washing water is increased. Furthermore, the water is trapped in the air to make the washing water become water-like and spit out water. Therefore, it can be expected to be equivalent to the wavy washing water discharge Effect. Here, the nozzles ΝΗ 5-1 are washed, and the air pressure from the air pressure mixing unit ΝΗ5-7 is stopped, and the water is supplied from the washing water supply unit. ΝΗ 5 — 8 If the nozzles are supplied with water, the water is discharged from the buttocks ΝΗ 5 — 2 can spit out the washing water continuously. In addition, the air pressure is fed from the air pressure mixing unit. ΝΗ 5 ~ 7 is a unique set flow rate, and when the nozzle is supplied with water, the washing water mixed with bubbles at a constant rate can be made continuous. status. In short, it is possible to distinguish between the use of cleansing water spouts that have been mixed with air and the pure water spouts, and air mixing can be used to save water. In addition, by adjusting the setting of the amount of mixed air or the flow rate of the washing water, or both, the washing water mixed with air at various ratios can be spouted in a continuous flow state. Wash feeling or water potential. In addition, the cleaning nozzle ΝΗ5 — 1, because the air flow cycle ---------! 1_ installed i — {Please read the back < precautions before f% of this page)

V ί line. This paper size applies the China National Standard (CNS) A4 specification (210 X 297 mm) -184- A7 4 3435 7 ____B7 _ V. Description of the invention ¢ 82) The pressure is changed and the air is mixed into the cleaning For the sake of water, the dense and loose parts of the washing water flow are periodically repeated. In the dense air mixing part, the flow velocity of the washing water is higher because there is more air mixing. In the loose part, the flow velocity is not as fast as the dense part. In the part where the air mixing is dense and the flow rate is high, the part where the air flow is slow and the flow rate is slower is combined with it. This phenomenon is no different from the phenomenon illustrated in Figure 75. Furthermore, in the fifth embodiment, when the air flow rate is periodically changed and the air is pressure-fed, the fluctuation frequency determined in a proper period of the fluctuation is within a range of the aforementioned non-sensing frequency band. The cleaning in the fifth embodiment The water spitting water is a pulsating flow or an intermittent flow of washing water spitting water in accordance with the periodic fluctuation of the air flow rate, which is the same as that in the second embodiment or if it is mixed with air. In short, the washing water of the fifth embodiment spits water as shown in Fig. 96. That is, the fifth embodiment * can also achieve the same effects as the second embodiment, that is, the effectiveness of water saving is improved, and various washing feelings and water potentials can be set. In the fifth embodiment, by adjusting the fluctuation range adjustment when the air flow is periodically changed, the flow rate adjustment of the washing water, or both, the washing feeling can be more diversified. In short, even if the flow rate is reduced due to insufficient water volume, the above-mentioned fluctuation amplitude adjustment can be used to maintain the water potential or adjust the strength when the air pressure is fed. Next, other embodiments will be described. Fig. 11 is a block diagram showing the constitution of a waterway system having the local cleaning device K S 6-1 of the sixth embodiment. The local cleaning device KS6-1 of this sixth embodiment is characterized in that the spout hole swing realized by the foregoing first embodiment can be implemented individually or simultaneously. The paper size is applicable to Chinese national standards. < CNS > A4 specification (210 * 297 feet) ------------- install * I n {Please read the note on the back before this page) Order · •-Line · Economy Printed by the Shellfish Consumer Cooperative of the Ministry of Intellectual Property Bureau -185- 4 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 34 3 5 .7 A7 _____B7_____ V. Description of the invention (83) Rotating washing water and spit water, as in Section 2 The pulsating flow washing water realized by the embodiment spits water. That is, as shown in FIG. 11, the local cleaning device of this embodiment is configured in the water path system of the second embodiment of FIG. 60 and has the cleaning nozzle WN of the first embodiment of FIG. 4. 1 — 1. That is, according to this local cleaning device, there are the following advantages. (1) The state in which the wave generating unit WP 2-8 of the wave generating unit WP 2-3 is stopped and the washing water is supplied to the downstream can be adopted. In this state, since the washing water is generated by the stopped wave, the washing nozzle WN 1-1 is supplied with the washing water which maintains a continuous flow. Such a water supply state is no different from the first embodiment. Therefore, in the local cleaning device KS6 — 1 of the sixth embodiment, from the cleaning nozzle WN1-1, the movable body NH 1-9 for the buttocks and the movable body for the genitals can be performed in the same manner as in the first embodiment. NH1-11's quasi-conical spit-like spit-like spouting pattern (refer to Figures 2, 2, and 3) spits water. In this case, the same effects as those of the first embodiment can be exhibited. For example, by causing the variable-duty control, the frequency-variable control, or both of the pseudo-oscillating rotation of the movable body to be caused, the water potential can be obtained without relying on the throttling result of the washing water by the throttle valve. Setting of strength and weakness, diversification of washing feeling, etc. In the case where the washing water is spouted by the quasi-oscillating rotation of the movable body, the wave generating unit WP 2-3 is biased so that a continuous flow of washing water can be supplied to the washing nozzle WN 1-1. , Can suppress the pressure loss when washing water feed water. (2) First, the movable body NH1-9 for the hips and the movable body NH 1-1 1 for the genitals are self-propelled by the non-excitation of all the electromagnetic coils. Install --- < Please read the precautions on the back before ordering I). -The paper size of the thread is applicable to China National Standard (CNS) A4 (210 X 297 mm) -186-4 34 35 7 a7 _____B7____ V. Invention Explanation 4) A state in which a movable body is attracted to the coil by a state or by the simultaneous excitation of all the electromagnetic coils. In this state, it is possible to adopt a state in which the pulsating flow washing water feed water to the washing nozzle in the non-inductive frequency band area generated by the wave generating unit WP 2-8 of the wave generating unit WP 2-3 is used. This water supply state is the same as that of the second embodiment. Therefore, the washing nozzle WN 1-1 is exactly the same as the second embodiment, and the pulsating flow of washing water can be spouted. Therefore, with the variable load ratio control and variable frequency control or the two controls when the pulsating flow is generated, it is possible not to rely on the throttling result of the washing water according to the throttle valve, but to set and wash the water potential. The variety of sensations and the like exhibit the same effects as in the second embodiment. Moreover, in these two water supply states, it is of course possible to improve water-saving efficiency and reduce the capacity of the heater. In this case, when the movable body is in a free state and the above-mentioned pulsating water discharge is performed, there are the following advantages. The flange portion Ν 1 / _15 or the cylindrical portion NH1 — 16 that supports the movable body is formed of an elastic material that exhibits color recovery and restoration as described above. Therefore, it is possible to control the frequency of the pulsating flow so that the frequency of the pulsating flow resonates with respect to the vibration characteristics of the movable body in a free state determined by the elasticity of these members, the weight of the moving body, and the like. In this way, the amplitude of the pressure fluctuation of the pulsating flow can be emphasized by the resonance vibration of the movable body having the spouting hole, thereby providing a stimulating sensation with dampening. In addition, since the fluctuation range of the pulsating flow can be reduced, it is possible to save electricity. (3) The pulsating flow in the non-inductive band area generated by the wave generating device WP 2-8 of the wave generating unit WP 2-3 is cleaned. The water from the water supply to the washing nozzle can be rotated through the pseudo-oscillation of the movable body. Please read the note $ on the back before f; this page) Binding:. Thread · Printed copy of the Ministry of Economic Affairs Intellectual Property Bureau Off-Work Consumer Cooperative Paper size applies Chinese national standard < CNS) A4 Jaeger (210 * 297 public love) -187- 4 34 κι B7 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and the Ministry of Economic Affairs and Industry Cooperation 5. Printed on the invention (85) Cone-shaped spouting water for washing water Spit water. In this way, the load ratio variable control and the frequency variable control or the two controls (hereinafter referred to as the movable body control) during the pseudo-oscillating rotation of the movable body can be changed from the load ratio when the pulsating flow is generated. Control and variable frequency control or these two controls (hereinafter, this control is referred to as pulsating flow control) to supplement the flow rate adjustment by the throttle valve. Therefore, even under stricter low-flow washing water feed conditions, the user can achieve the desired washing sensation or water potential by supplementing the flow rate adjustment based on the movable body control and the pulsating flow control. As a result, the effectiveness of water saving can be further improved. In addition, 'has the following advantages. (a) When the massage is performed using a movable body-controlled massage to promote defecation ', the movable body is cleansed by the pulsating flow generated by pulsating flow control. In this way, it is possible to change the feeling of washing according to the change in the washing area controlled by the movable body (refer to Figure 36), and the hardness / softness of washing according to the pulsation feeling method controlled by the pulsating flow. Effectively promote convenience. (b) When spotting / widening the washing area controlled by the movable body (see Fig. 34), the movable body is supplied with the pulsating flow generated by the pulsating flow control. In this way, the hardness / softness of the washing feeling can be felt in the different washing areas that are changed by the movable body. The washing feeling is more diverse. 5 , Can more effectively eliminate the monotonous feeling of dot / wide area washing. (c) When spotted / wide-area (refer to Fig. 37) localized dirt is removed by using a movable body to control the pulsation generated by pulsating flow control to the movable body when peeling off the local peripheral dirt. Stream washing. In this case, please read the note on the back first. * -Ψ The binding line on this page. The paper size applies to Chinese national standards. < CNS) A4 specification (210 * 297 mm) -188- A7 4 3435 7 _B7____ V. Description of the invention ¢ 86), spouting water column RT in a mode that is changed by the control of the movable body, can make it have The pulsatile feeling method of pulsating flow control moves the water potential. Therefore, the peeling effect of the dirt OB is further improved. (d) When swing washing is performed by using an irregular change in the washing area controlled by the movable body, the movable body is supplied with pulsating flow washing by pulsating flow control. In this way, by controlling the movable body, it is possible to predict the change of the washing area (refer to FIG. 40) in which the washing area is irregularly changed by the movable body control. The change in the strength of the water or the change in the feeling of washing becomes more difficult, so it can promote the convenience more effectively. In addition, in addition to sway washing based on movable body control and sway washing, pulsating flow control based on pulsating flow control can make it more difficult to predict the change of the washing situation, which is more beneficial to the promotion of convenience and the effect of enema. (e) When using the mobile washing controlled by the movable body (refer to Figures 3, 2 and 8), the pulsating flow generated by the pulsating flow control is supplied to the movable body. In this way, the washing feeling changes according to the washing area controlled by the movable body corresponding to the nozzle position, and the water potential changes or the washing feeling changes according to the sensation method of the pulsation controlled by the pulsating flow. The washing feeling during washing is more diversified, and the monotonous feeling of local washing can be more effectively eliminated. Next, a modification of the local cleaning device according to the sixth embodiment will be described. The local washing device of the sixth embodiment is characterized in that washing water is discharged at a washing point desired by a user. Fig. 11 is an explanatory diagram showing a schematic configuration of a partial cleaning device K S 6-2 according to a modification. Section 1.1 3------------ --- (please read the note on the back first and then ΐΓ buy this: order The paper size of the paper is applicable to the National Standard for Medium and Difficulties (CNS) A4 (210 X 297 mm) -189 * 35 A7 B7 V. Description of the invention (87) The picture is for explaining the control method when the washing water is discharged at the washing point Figure 1 1 4 is a diagram illustrating the indication panels KS 6 to 5 of the cleaning points of other modified examples. As shown in Figure 1 12, the local cleaning device KS 6-2 of the modified example is on the main body. The side KS6 — 3 has rotary knobs KS6 — 4 that indicate the washing points XA, XB, and XC. »The washing points XA, XB, and XC correspond to the solenoids for exciting each movable body shown in Figure 19. For example, if the movable body N Η 1 _ 1 1 for the genitals, the washing point XA corresponds to the electromagnetic wire 圏 NΗ 1 _ 3 3 a, χB corresponds to the electromagnetic coil NH1 — 33b, and XC corresponds to the electromagnetic coil NH1 — 3 3 c. Electronic control device CT6-2. Read the operation amount of the rotary knob. The local cleaning device can make the mode spout water column RT (see (Figure 2 2) On the trajectory of rushing, determine where the user wants the water column to rush. For example, if the rotary knob and the washing point XA match, it is determined that the user wants to wash the part equivalent to this XA. Skin. When the rotary knob is operated in the middle of each cleaning point, the offset of any of the cleaning points is used to determine the cleaning point desired by the user. The electronic control device CT 6 for determining the cleaning point in this way -2. The pseudo-oscillating rotation of the movable body controlled by the movable body and the pulsating flow generation by the pulsating flow control are performed as follows. For the sake of explanation, it is assumed that the washing point is XA. That is, When the movable body is swung and rotated at a pulsating frequency, when the movable body is tilted by the suction of the electromagnetic coil corresponding to the washing point, the spouting hole of the tilted movable body is used to discharge the pulsating flow of washing water. , Can make this paper size + national national standard (CNS) A4 specification (210 X 297 mm) __ _ _ _ _ ________i) (please note the $ item on Mtti first, then Γ? This I) order · line-economy Printed by the Intellectual Property Bureau of the Ministry of Intellectual Property 190 Printed A7 by the Industrial and Commercial Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ rS-f --- V. Description of the Invention 彳 88) The pulsating flow of washing water spits water at the washing point desired by the user For example, a machine that is driven by a plunger, such as a wave generating machine WP 2-8, causes a delay in response to the driving of the plunger. Therefore, as shown in Fig. 1.13, the electronic control device C T 6-2 predicts the delay time t a of this response, so that the drive of the wave-generating machine WP 2-8 will be faster than this time ta to generate a pulsating flow. In this way, the mode spouting water column RT can be accurately discharged at the washing point desired by the user. In this case, the above-mentioned response delay time t a may be written in the ROM of the electronic control device in advance, and the delay time t a may be read during the pulsating flow control. In addition, this delay time can be variably set in advance by a dedicated slide switch or the like, and adjusted during maintenance and inspection or when the product is shipped. Instead of the rotary knob K S 6-4 described above, a washing point indicating panel as shown in Fig. 11 can also be used. This indicator panel has a so-called matrix switch on the surface of the panel. • Use the electrostatic capacity of the human body to generate the location information with a finger. The electronic control device judges the above-mentioned cleaning point based on the indicated position data. The indication panel may be provided on the side of the remote control device or the main body. In addition, instead of such an instruction panel, you can also use instructions such as shaking and defending. Next, another modification of the local cleaning device of the sixth embodiment will be described. This modification is characterized by combining washing water spouting water (hereinafter simply referred to as wobble rotation spouting water) according to the oscillating rotation of the spout hole realized in the first embodiment, and pulsating flow washing water realized in the second embodiment. This is a sequential control of the washing action of the spouting water (hereinafter referred to as pulsating spouting). This paper size applies to China Standards (CNS) A4 (210 X 297 cm) -191-—— — Ι1ΙΙΙΙΙΙΙΙ1 · I I < Please read the note ^^ item on the back before ^: this! ) Order. ^ 3435 7j A7 B7 Printed by the Industrial and Intellectual Property Bureau of the Ministry of Economic Affairs, Industrial and Industrial Cooperation, Co., Ltd. 5 、 Explanation of the invention 彳 89) 1 7 0 is an explanatory diagram showing an example of this pulsating spouting and swinging spouting. On the remote control device or the side of the main body, an automatic cleaning operation switch (not shown) allows the user to automatically perform cleaning as shown in Fig. 170 by taking advantage of this. For example, the automatic washing switch 1 and automatic washing switch 2 (automatic switch 1 and automatic switch 2) shown in the figure are set to be independent of other cleaning operation switches. When this switch is operated, this operation can be performed. . In this case, it is implemented only when the automatic switch is automatically cleaned. Here, for the automatic cleaning shown in the figure, the automatic cleaning will be performed 9 times. In the following description, the cleaning operation period is timed, and each cleaning period is referred to as a step. It is assumed that the mode of partial washing after defecation is performed. In step 1 of washing, the flow rate is set to a small amount (for example, 2 0 c), and the water is spitted with a weak water potential under the swing and spit water. You can rest assured that you will not be suddenly rinsed with strong water. Then * washing moves to step 2 while maintaining the swing rotation to increase the amount of water discharge (for example, 500 c c / min), and the washing is started by swinging from the local peripheral portion. At this time, it is also possible to concentrate the dirt adhering to the locality toward the central portion as shown in the figure. By using the stimulus from the local peripheral portion, the sensitive locality can be slightly stimulated. Next, the process proceeds to step 3 to change the water spouting pattern to a pulsation, thereby pulsating the water to remove the bottom and washing the central portion. As for the washing sensation, it ’s used for rinsing after stimulus. For comfortable stimulus sequence control, etc., there are instructions to operate this switch to make the 170th operation switch (for some automatic washing operations of the washing switch, each 1 Start description The sequence is divided into automatic washing 1 At the beginning of the operation c / mi η This, the user starts to use the shape of the flow rotation spouting control shown in Figure 37. You can increase the spur spouting finely, because Read the note on the back of the feeling of cleanliness or cleanliness, then I 'ί The binding paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) -192- 4 34S5 7 A7 B7 _ V. Description of the invention彳 90). Finally, the process moves to step 4 to return the water spouting mode to the initial swinging spouting water, and the contaminated dust scattered on the local peripheral portion is washed away by the swinging spouting water. The fourth step is to finish the cleaning. Of course, the combination elements or order of each cleaning is not limited to this example, as long as the cleaning characteristics of the combination are not escaped, the desire for cleaning can of course be set freely. In addition, the swinging water spouts in the steps 2 and 4 shown in the example can also change the rotation frequency or washing area, etc. 0 Automatic washing / cleaning 2, which is a mode that promotes convenience when defecation is assumed. Here, the automatic cleaning 2 is performed. In the step 3 following the above steps 1 and 2, the pulsating water is discharged and the flow rate is controlled as shown in Fig. 169. The flow rate is controlled by pulsating flow with a faster flow rate. Rinse the area with clean water. In this way, the stimulation of the local central portion by the pulsating spitting water is increased with the increase of the flow velocity. In the last step 4, because the pulsating spit is maintained and the flow rate is further increased, the washing water enters the anus and causes an enema effect. In addition, in each washing step of each automatic washing, the rotating and spitting water discharge shown in the figure may be changed to a pulsating water discharge mode to change the washing state. Furthermore, the time spent in each step can be the same or different in length. In addition, in order to continue these automatic washing, an automatic washing setting switch is provided. When the automatic washing setting is turned on by this switch, each of the hip washing, gentle washing, and genital washing is cleaned in the above-mentioned automatic Washing 1 or automatic washing 2 is performed sequentially. If the automatic washing setting is turned off, until the setting is turned on again, the buttocks are washed and gently washed. The washing of the genitals is performed in response to the button operation. The automatic washing is not limited to one type. If there are plural types, I ________ pack. 1 — (Please read the “Notes on the back side before ft this page”)-Order.. Printed by the Bureau of Intellectual Property Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperative, this paper is applicable to Chinese national standards < CNS) A4 specification (210 * 297 mm) -193- Printed by Shellfish Consumer Cooperation, Intellectual Property Bureau, Ministry of Economic Affairs ^ 43435 7 A7 B7 5. The invention description (91) is better. For example, the automatic washing 1 and automatic washing 2 shown in Fig. 170 may be provided so that they can be used for washing after defecation and washing before defecation, respectively. It can be seen from FIG. 170 that the washing is suitable for each purpose (removal of dirt in automatic washing 1 and promotion of defecation in automatic washing 2). It is also possible to have multiple automatic cleaning according to gender, age or personal preference. In addition, the content of the automatic cleaning includes not only the content set by the manufacturer, but also the user can set it freely. By providing the user with individual setting methods and the method of remembering / calling out the setting content_, the user can choose the best washing form for himself. Of course, it is not limited to the washing of the buttocks, but the automatic washing with @ 阴部 洗 装 can also be used. Furthermore, each of the steps described above is provided with a switch, and the user may use a configuration in which each step can be used at a time interval of his own preference. FIG. 115 is an explanatory diagram of a local cleaning device including a cleaning nozzle W N 2 0 according to another embodiment. The local washing device includes washing water supply means WP20-1, heat exchanger TH20-2, washing nozzle WN2 0, and control unit CT2 0-6. The washing water supply means WP20 — 1 are provided from the upstream: water pump WP20-11, water stop valve _W P20-12, flow regulating valve WP20-13 »Water pump WP 2 0 — 1 1 Install the water pump WP 2 0 — 1 1 when the tap water pressure is not enough for spitting or use tap water pressure. In addition, the cleaning nozzle WN2 0 is equipped with a spouting swinging means WN2 0 — 4 1 at the tip of the waterway. . The water spouting means WN2 0 — 4 1 is equipped with a rotation motor WN2 0_4 1 a and a rotating disk WN20—41b driven by the rotation motor WN20—41a. It is applicable to the paper standard (CNSXA4 specification) < 210 X 297 mm) -194- ----------- install i — < Please note the item on the back of MtK first and then on this page) Order. --Line A7 V. Description of the invention ί 92) The rotary disk WN 2 0 — 4 1 b is provided with a spout hole WN20 — 4 1 c. The control unit CT20-6 includes a water pump WN20-1 1 that controls the washing water supply means WP20-1, or a cleaning water supply control means CT20-1 that controls the flow control valve WP20-13. 1. Controls the heat exchanger TH20-2. The heat exchanger control means CT20 — 62, and the track control unit control means CT2 0 — 6 4 that control the spout swing means WN20 — 41. When the washing water path of the washing nozzle WN 2 0 is explained, when the washing water is supplied from the washing water supply means WP 2 0 — 1 to the heat exchanger TH 2 0 -2, the heat exchanger TH2 0_ 2 becomes The warm water flows into the cleaning nozzle WN2 0 and is discharged from the spit hole WN2 0-4 1 c, and is partially washed. In addition, the control unit CT 20-64 of the track control unit c T 2 0-6 controls the water swaying means WN20-41. The water spouting means WN20 — 41, by rotating the rotary disk WN20 —, .....- ·· 4 1 b, the water spout hole WN2 provided at an eccentric position of the rotary shaft of the rotary disk WN2 0-4 1 b -4 1 c, spit out the washing water spirally. Fig. 116 shows a cleaning nozzle WN 22 according to another embodiment, Fig. 116 (a) is a plan view, and Fig. 116 (b) is a sectional view viewed from the side. The cleaning nozzle WN22 is connected to the heat exchanger T22 — 51 and the flow adjustment water stop valve WP22 = 53. The spouting part WN22-3 is formed by the spouting holes WN22-31b, and the water channel WN22 — -ml — --- 1 · install i — (Please read the precautions on the back before you Γ 本 本 线 · 智慧 Intellectual property of the Ministry of Economic Affairs Bureau of the Consumer Cooperatives printed this paper standard applicable to China National Standard (CNS) A4 < 210 * 297 mm) -195- Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ 34 3 5 7 A7 B7 V. Description of Invention 彳 93) 3 2 b etc. The water jet holes WW2 2_ 3 1 b are formed by arranging a plurality of holes in a radial direction from the center of the disc shape. The water spout driving mechanism WN22-4 is composed of a motor WN22-4ld, a rotating shaft WN2 2-4'2b, etc. "The water spout driving mechanism WN2 2-3 and the water spout driving mechanism WN22-4 are transmitted through the rotating shaft WN22 _4 2 b is constructed as one body. The sealing portions WN2 2-3 4 and the sealing portions WN2 2-3 5 are installed so that the washing water does not leak out of the place other than the discharge holes WN2 2-3 1 b. The motor WN2 2-41d of the water spout driving mechanism WN2 2-4 is controlled by a designated trajectory control means CT22-2. That is, the trajectory control means C T 2 2 _ 2 is specified, and the motor W N 2 2-4 1 d is turned on to control the rotation, and the washing water is controlled at the specified trajectory and the specified frequency. In the structure of Fig. 116, because the motor WN2 2-41 d rotates, the water spouting part WN22-3 also rotates. Therefore, the washing water spouted from the water spouting holes WN 2 2-3 1 b is drawn to trace the specified trajectory. The way is spit. Figure 11 7 shows the cleaning nozzle WN 2 4 related to other embodiments, Figure 1 17 (a) is a cross-sectional view, and Figure 1 17 (b) is a plan view showing the water discharge hole WN2 4-4 Illustration of the movement of b. The cleaning nozzle WN24 has a water jet hole that does not rotate around the axis WN24 — 6a and moves on a specified trajectory. The cleaning nozzle WN2 4 is provided with a drive motor WN2 4 — 5 1 a. The rotation shaft WN2 4-5 1 b is more prominent than the drive motor WN24_5 1 a. It is fixed to the shaft WN2 4-6 a eccentric- ---—— — — — — — — 1 I t Please note the 4 items on the back of wtl first; then this page) Order-. Line-This paper size applies to Chinese national standard (CNS > A4 size (210 X 297 mm) ) -196- A7 3435 7 V. Description of the invention "94" Eccentric cam. In addition, the eccentric cam WN24-51c 'is in contact with an eccentric cam receiving portion WN 2 4 -42 different from the eccentric cam WN 2 4-5 1 c. The eccentric cam receiving portion WN24-42 is composed of a moving water passage WN2 4_4 a and a water discharge hole WN 2 4-4 b. The moving water channel WN24_4a is connected to the fixed water channel WN24-3a through a telescopic joint WN24 — 2. The structure of the cleaning nozzle WN2 4 shown in FIG. 1 17 'drives the drive motor WN 2 4 — 5 1 a, the eccentric cam rotates around the axis WN24 — 6a of the drive motor WN24 — 5 1 a' but moves the water passage WN2 4-4 a is connected to the fixed waterway WN2 4 — 3 a with a flexible joint, and the eccentric cam receiving portion WN 2 4 _ 4 2 is separately connected to the eccentric cam WN 2 4-5 1 c. Therefore, the eccentric cam receiving portion WN24 — 42 slides against the eccentric cam WN24 —, 5 1 c and rotates or rotates around the shaft WN2 4-6 a without rotation. At this time, the joint WN 2 4-2 is not wound around the eccentric cam receiving portion, and the drive motor WN24 — 5 1 a cannot be rotated. At the same time as the cleaning nozzle WN 2 4 and the drive motor WN 2 4-5 1 are driven When washing water is supplied, the eccentric cam receiving portion WN 2 4 _ 4 2 does not rotate around the shaft WN2 4-6 a, and is rotated or slightly rotated, so the water discharge hole WN2 4.-4 b does not rotate on the shaft WN2 4- 6 a rotates or rotates around, and the washing water rotates or spit out water. Thereby, the washing water spouted from the spout hole WN24_4b becomes a designated trajectory that rotates or rotates approximately. Thus, the cleaning nozzle WN2 4 of this embodiment can be omitted from the periphery of the spout hole WN2 4-4t. -------- Equipment --- C Please read the note on the back first {" \ • 本 买 > Order · Γ, line · The consumer cooperation of the Intellectual Property Bureau of the Ministry of Economic Affairs, printed copy Paper size applies to China's 0 standard (CNS) A4 specifications < 210 X 297 mm) -197- ^ 3435 V. Description of the invention ¢ 95) The seal portion is provided so that the water jetting holes WN 2 4 _ 4 b and the washing water after the water jetting move in a specified trajectory. Please read the precautions on the back first Γ > · This purchase) In addition, the cleaning nozzle WN2 4 in Figure 1 17 is between the moving water channel WN24 — 4 a and the fixed water channel WN2 4-3 a There is no sealing part, so there is no energy loss due to frictional resistance of the sealing part. It is not necessary to increase the drive motor WN 2 4-5 1 a to a necessary degree or more, and a compact cleaning nozzle can be completed. Furthermore, since 1 has no sealing portion, there is no problem of durability of the gasket or the like in the sealing portion. In particular, when the discharge holes WN 2 4 — 4 b are reduced, and the discharge water flow rate is increased for water-saving washing, the high pressure of the washing water in the water passage will cause disadvantages caused by the use of sealing materials. Problems such as energy loss due to frictional resistance and durability of the gasket seals are very effective. Printed by the Employees' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. Figure 11 shows the cleaning nozzle WN 26 related to other embodiments. Figure 118 (a) is a sectional view and Figure 118 (b) is a perspective view. The washing nozzle WN26 includes a water discharge unit WN26-4. The water spouting part WN2 6 -4 is formed by the water inlet WN2 6-4 a communicating with the passage WN2 6-4 c, the water spouting hole WN2 6-4b, and the eccentric cam receiving part WN 2 6-4 d, and the washer WN 2 6 _ 1 0 is freely supported by the supporting portions WN26 — 52 of the cleaning nozzle WN 2 6, and the supporting portions WN26 — 52 can be operated as a fulcrum. The eccentric cam receiving portion WN 2 6-4 d is in contact with the eccentric cam WN 2 6 — 2_C) b, and the eccentric cam WN 2 6 — 2 0 b is eccentrically coupled to the spout drive motor WN 2 6 — 2 0 The size of the rotating paper is in accordance with the Chinese National Standard (CNS) A4 specification (210 X 297 cm) _19〇. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ 35 7 m _ * ___ B7_____ V. Description of the invention < ί96) shaft WN26_20a. The water supply port WN26-2a. Is arranged so that the discharged washing water faces the water intake port WN 2 6 _ 4 a through a gap. In addition, the washer WN26-10 of the support portion WN 2 6-5 2 is preferably one having moderate flexibility so that it can be supported without interfering with the operation of the water spouting portion WN26-4. In addition, this gasket WN 2 6-1 0 also has the function of preventing water from entering the inside of the cleaning nozzle. If there is no problem even if water penetrates into the inside of the cleaning nozzle, this gasket can be omitted. WN2 6_ 1 0 = for the cleaning nozzle WN 2 6 is energized by driving the water spout driving motor WN2 6-2 0, and the water spout WN2 6-4 is supported by the aforementioned supporting part WN2 6 _5 2, corresponding to the eccentricity amount of the eccentric cam WN2 6-2 0 b Conical motion of relative displacement action of feed water HIWN2 6 — 2a. The washing water discharged from the water discharge holes WN 2 6-4 b thereby draws a conical spiral trajectory. Therefore, a wide range of washing can be performed by the water discharged from the circular trajectory in the cleaned part. In addition, the water inlet WN2 6_2 a and the water inlet WN2 6_ 4a are separated by a gap, so that the washing water discharged from the water inlet WN26-2a faces the water inlet WN 2 6 during the action of the water outlet WN26-4. The structure of the water inlet WN 2 6 — 4 a is arranged in the manner of _ 4 a, so that the water connection between the water supply unit WN2 6 _ 2 and the water discharge unit WN 2 6 — 4 can be performed in a non-contact manner = so, the water supply unit WN 2 6-2 and the water discharge unit WN 2 6-4 are not connected, and only the water discharge unit WN 2 6-4 can perform a wide range of cleaning for small movements, which can make the driving force required by the motor extremely small. Can make spit A7 il! I! I — (Please read the note on the back first before ordering. Thread. This paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm)- 199 4 34 35 7 Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of the invention ¢ 97) The @ sound or vibration in the washing operation is reduced, which can also eliminate the noise or vibration. And realize more reliable and streamlined cleaning nozzles. In addition, only a little movement of the spouting part can perform a wide range of washing. Even when driving at high speed, it will not increase the vibration or noise generated by the driving, and make the specified trajectory of the washing water move at a speed. It is easy to speed up, change from low speed to high speed, or immediately increase speed to speed. Furthermore, the intermittent cycle of locally washing water is determined by the moving speed of the washing water. Therefore, when it is used for human body washing, if the washing water is moved at a high speed, a continuous soft washing feeling can be obtained. On the other hand, when the washing water is moved at a low speed, a strong washing feeling can be obtained with intermittent stimulation. Therefore, the washing feeling can be changed with time without changing the flow rate of the washing water, and it is easy to respond to a variety of washing feeling preferences. Furthermore, because the amount of instantaneous water can be reduced, the temperature adjustment control of the heat exchanger that warms the washing water cannot keep up with the increase or decrease in the instantaneous water flow rate, even if the washing feeling becomes possible. Warm spitting water. / In addition, the water inlet WN2 6-2 a and the water inlet WN2 6-4a are separated by a gap, and the washing water discharged from the water inlet WN26-2a faces the water inlet during the action of the water outlet WN 2 6-4 The structure of the water inlet WN2 6-4 a is arranged in the way of the mouth WN2 6-4 a. M has a water spouting part WN 2 6-4 in the cleaning nozzle WN 2 6 and is allocated a space WN 2 6-1 1 If there is a place communicating with the outside of the cleaning nozzle WN 2 6, when the washing water discharged from the water outlet WN 2 6-2 a enters the water inlet WN 2 6-4 a, the paper size is applicable by the ejector effect. China National Standard (CNS > A4 Specification (210 X 297 mm) -200- ____ _____ — — — — — ___ < Please read the note f on the back before (S page). Order f line 4 3435 A7 B7 Printed by Shelley Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 5.Invention Note 彳 98) into the air * and can be washed in Water bubbles in the water. As a result, the water spouting device can mix air bubbles in the washing water without the need for a separate air bubble mixing means. As a result, a compact cleaning nozzle with a small number of parts and high reliability can be realized, the cleaning power can be improved, and the cleaning feeling can be improved especially when used for human body cleaning. In this case, it is also possible to mix air bubbles into the washing water by forcibly feeding air with an air pump to the space WN26-11. In addition, in order to prevent the leakage of washing water between the water inlet WN2 6 — 2 a and the water inlet WN2 6_ 4 a or to improve the air mixing effect, the cross-sectional area of the water outlet WN2 6-4b is larger than that of the water inlet WN2 6-2 a. The cross-sectional area is larger, and the water inlet WN2 6 — 4 a passing through WN2 6 — 4 a is gently pushed (inclined) near the channel. The passage WN2 6-4 c has a straight line for rectifying and washing water. Those are better. In addition, the relative displacement of the spouting part WN2 6-4 enables the scanning action of the water inlet WN 2 6-4 a to always ensure a scanning area of at least the water inlet WN2 6-4 a from the water inlet WN2 6- The area occupied by the washing water discharged from 2 a * is more than * W such that the washing water discharged from the water supply port WN 2 6 — 2 a does enter the inlet water aWN 2 6-4 a, and the washing water can be discharged from the water discharge hole WN 2 without leakage. The 6-4 b discharge makes it possible to ensure a stable washing flow rate or to use all the washing water discharged from the aforementioned water supply port for washing purposes. Furthermore, in the configuration of this embodiment, the water supply holes WN 2 6-4 a and the water inlet WN2 6 _ 4 a can be installed in any direction without moving the spout hole WN 2 6 -4 b in a specified trajectory. You can ---------— — — — — Install.! < Please read the precautions on the back of this page, and then Γ This page) Γ Order · -line-This paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) -201-Employees ’Consumption of Intellectual Property, Ministry of Economic Affairs Printed by the cooperative 4 3435 7 A7 _ B7 V. Description of the invention ¢ 99) The washing water discharge direction from the water supply port WN2 6-2 a and the washing water discharge direction from the water discharge hole WN 2 6-4 b are free respectively Setting 'can increase the freedom of new style or design. It is also possible for a water inlet WN26-4a to have a plurality of water outlet holes WN26_4b, or for a water outlet WN26-4 to have a plurality of water inlets WN2 6-4a or water outlet holes WN2 6-4b. When a plurality of water inlets WN 2 6-4 a are provided, by setting the water inlets WN 2 6-2 a corresponding to the respective water inlets to the same number or more, it is possible to borrow only one water outlet WN2 6_4, To achieve a wide range of leak-free water discharge, or to achieve simultaneous discharge of water from different water inlets WN 2 6 ~ 2_a with different air mixing rates or different water discharge diameters, especially for human body cleaning Occasions, you can achieve a variety of colorful washing. Fig. 1 19 is a cross-sectional view showing a cleaning nozzle WN28 according to another embodiment. The washing nozzle WN28 is provided with a water discharge state changing means W N 2 8-3 that changes the average relative distance (gap distance) between the water supply port WN2 8-2 a and the water inlet DWN2 8_4 a. The spouting state changing means WN2 8-3, and the spouting part WN2 8 0 4 is connected to the washing water supply passage WN2 5 1 «is installed in the hole WN28_3a connected to the washing water passage WN28-5 1 to prevent water leakage The 0-ring WN2 8-3b connects the water supply unit WN2 8-2 and the water discharge unit WN28-4 in a sealed state. In addition, the water supply unit WN28 — 2 uses the spring pressure of the spring WN28-3c to make the water supply unit flange WN 2 8-3 d and the spouting state change cam WN 2 8. This paper size applies the Chinese National Standard (CNS) A4 specification (210 χ 297 mm> -202- — — — — — — — — — — — — — — — — * I — {Please read the note on the back side before you go to this page) Order: -line ^ ^ 3435 7 A7 _ B7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. 5. Description of Inventions > 1 2 1 b. The water discharge state changing motor WN2 8-2 1 b which is connected to the water discharge state changing cam WN 2 8-2 1 b is driven, and the water discharge unit WN 2 8.-4 is moved by overcoming the spring pressure of the springs WN 2B to 3 c. This changes the average relative distance (gap distance) between the feed water DWN2 8-2 a and the water inlet WN2 8-4 a. By changing the amount of air mixed into the washing water, the washing force can be changed without being affected by the flow of washing water, the moving speed of the spouting trajectory, the spouting range, etc., especially when it is used for human body washing, it can also be used without washing water. The flow rate, the spouting trajectory, the speed of the spouting trajectory, the spouting range, and the like affect the washing feeling, and the massage effect can be obtained by changing the relative distance with time. In addition, as a method of changing the spouting state, the average relative distance between the water supply port WN2 8-2 a and the water inlet WN2 8-4 a can be changed by the motor by moving the spouting part WN2 8-4 Method, or a method of changing the area of the water inlet WN2 8_ 2 a or the water inlet WN 2 8-4 a by providing a winch or the like to the water inlet WN28-2a or the water inlet WN2 8-4 a. Fig. 120 shows a cleaning nozzle WN30 related to other embodiments, Fig. 120 (a) is a sectional view, and Fig. 120 (b) is a perspective view. The cleaning nozzle W N 3 0 has repeated water discharge holes that move forward and backward in a specified trajectory system. In Fig. 120, the cleaning nozzle WN 30 is provided with a crank disc integrated with the rotary shaft WN3 0-5 1 b on the rotary shaft WN30-5 1 b which is more prominent than the drive motor WN30-5 1 a. II — — — — — — — — — — — * 11 (Please refer to the notes on the back of Mtl before {" \. 本 霣 > order. · Thread-This paper size applies to China National Standard (CNS) A4 specifications (210 X 297 mm) .203 Printed by the Consumer Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs f 4 34 35 7 A7 B7 5. The invention description is as shown in 1) WN30-51d. The crank disc WN30-51d is separately connected to one end of the connecting part WN30-A and the connecting rod WN30-5 1e. The other end of the connecting rod WN 3 0 — 5 1 e., _ At the connecting part WN3 0 a B and the forward and reverse reversing disc $ N3 0-4 3 are separately connected. The connecting parts WN3 0_A and B are separately connected, so they slide. When the crank discs WN3 0 ~ 5 1 d rotate around the shaft WN3 0-6 b, they have a crank mechanism. In addition, the forward and reverse reversing discs WN 3 0-4 3 are composed of a moving water passage WN30-4a and a water discharge hole WN30_ 4 b. In addition, the mobile water channel WN 3 0 — 4 a and the stationary water channel W N 3 0 to 3 a are connected by a flexible joint WN 3 ′ 0 — 2. If the drive motor WN3 0-5 1 a is driven with the configuration of FIG. 20, the crank disc WN3 0 — 5 1 d can be rotated in one direction, and the crank disc WN 3 0 — 5 1 cannot be rotated in one direction. Through the connecting rod WN30-5 1e, through the crank mechanism, the positive and negative reversal discs WN 3 0 — 4 3 are repeatedly rotated around the axis WN3 0 — 6 a. WN 3 0-4 3, because of the forward and reverse rotation, there will be no joints WN 3 0-2 twisted to a degree higher than necessary. 3 0-2 rolls are attached to the reversing discs WN3 0 — 4 3, making the drive motor WN3 0-5 1 unable to rotate. Therefore, if the drive motor WN3 0-5 1 a is driven and the washing water is discharged, the disc WN30 — 43 is reversely moved around the axis WN30-6 a in a forward and reverse direction, so the water discharge hole WN3 0-this paper Standards apply to China National Standards (CNS > A4 (210 X 297 mm) -204----- I --- 丨 — II • Equipment i — < Please read the note on the back before quoting this page) Order · Thread · Printed by the staff of the Intellectual Property Bureau of the Ministry of Economic Affairs and printed by the cooperative A7 4 34 3 5 7 B7 V. Description of the invention 〇 2) 4 The area around WN 3 0 _ 6 a is repeatedly moved forward and backward, and the washing water is reversed in a circular arc shape or an approximately circular arc shape while spitting water. The cleaning nozzles W N 3 0 discharge holes W N 3 0-4 b and the movement of the designated trajectory of the washing water after the discharge are repeated in the reverse direction. Therefore, there is no need to provide a seal between the moving water passage WN 3 0 _4 a and the fixed water passage WN 3 0 _ 3 a, and the water discharge hole WN 3 0 — 4 b and the washing water after the water discharge can move in a specified trajectory. Furthermore, as another effect of the cleaning nozzle WN 3 0, if the twist of the joint WN3 0-2 is deliberately used, the cross-sectional area of the water passage in the joint WN3 0-2 can be changed with time, and it can be performed intermittently with time. Spitting water can not only get more colorful washing feeling, but also improve the washing efficiency, and it has great effect on water-saving washing. Fig. 121 shows a cleaning nozzle WN32 related to other embodiments, Fig. 121 (a) is a sectional view, and Fig. 121 (b) is a perspective view. The cleaning nozzle WN3 2 has a structure including a water discharge hole WN32-4b that moves around a shaft WN3 2-6 a without moving around a predetermined trajectory. The cleaning nozzle WN32 is arranged outside the moving water passage WN32_4a so as to be integrated with the moving water passage WN 3 2-4 a, and the ferromagnetic book WN3 2-5 2 b is arranged in a ring shape. Further, gaps WN32 to 52c are provided on the outer side of the ferromagnetic body WN 3 2-52b, and the electromagnetic coils WN3 2 to 5 2 a are arranged in a ring shape. The electromagnetic coil WN3 2_ 5 2 a can also be embedded in the cleaning nozzle WN3 2 according to its characteristics. Therefore, by embedding the electromagnetic coil WN3 2 — 5 2 a into the cleaning nozzle-^ 1 ϋ I nt I {Please first Read the # ϋ 项 再 f " · '. This page} on the back side of the page-Order · Line-This paper size applies to Chinese national standard (CNS > A4 specification (210 X 297 mm) -205-A7 43435 7 B7__ V. Description of the invention έ〇3) WN3 2 can prevent the electromagnetic coil WN3 2 — 5 2 a from getting into the water. A plurality of ferromagnetic bodies WN 3 2-5 2 b and electromagnetic coils WN 3 2 -5 2 a are arranged in the circumferential direction. Between the moving water passage WN 3 2 —4 a. And the fixed water passage w N 3 2-3 a 'are connected by a flexible joint WN3 2_2. In addition, the water discharge holes WN3 2-4b, the moving water passage WN 3 2-4a, and the eccentric cam receiving portion WN 32-52b have a structure in which the pair of shafts WN32-6a through the joint WN32-2 are movable in the radial direction. In the configuration of the cleaning nozzle WN3 2 in FIG. 12, if the energization of the electromagnetic wire 圏 WN 3 2-5 2 a is controlled, the magnetic field generated by the electromagnetic coil WN 3 2-5 2 a is used to move the water channel. Between WN 3 2 _4 a — ferromagnetic body WN3 2 — 5 2 b, a gravitational or reverse force is generated. In this case, the water discharge holes WN 3 2-4 b and the ferromagnetic body WN 3 2-5 2b which is a body connected to the moving water passage WN 3 2-4 a-are movable structures through the joint WN32-2. The axis WN3 2 — 6 a can move arbitrarily in the range of the gap WN3 2-52c in the radial direction. Therefore, if the energization of the electromagnetic coil WN3 2-5 2 a is controlled and the washing water is discharged, the water discharge hole WN3 2_4b rotates or rotates or swings around the shaft WN3 2-6 a without rotation, so that the washing water rotates. Or rotate or swing slightly while being spewed. Fig. 1 2 shows the washing nozzle WN34 related to other embodiments. Fig. 122 (a) is a perspective view seen from the side of the washing nozzle WN34, and Fig. 12 (b) is from another direction. Look clean

Read the note on the back II. Gutter. Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. The paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) -206- ^ 34 3 5 7_ V. Description of Invention 4) A7 B7 Sectional view of the 5th WN 3 4 printed by the consumer cooperation of the Intellectual Property Bureau of the Ministry of Economic Affairs. In Fig. 1 2 2, in the washing nozzle WN 3 4, the flow direction of the washing water is from the upstream to the water pump WN 3 4-2 and the flow regulating valve WN 3 4-3 a to make the water spouting. Means are arranged in the water passage WN 3 4 — 1 a, and the washing water is discharged from the water discharge hole w N 3 4 — 1 b. ”The rotating water spouting means WN 34 — 4 is composed of the blade wheel aWN34-4a and the blade wheel casing WN3 4-4b. The blade wheel bearing WN3 4_4c and the sealing portion WN 3 4 — 4 d are formed. However, the presence or absence of the sealing portion W & 3 4_ 4 d and the sealing performance can be determined according to the use conditions of the cleaning nozzle WN 3 4. In addition, the blade wheel WN 3 4 — 4 a is integrated with the water discharge hole WN 3 4-lb 偌. Furthermore, the outlet WN3 4 — 3 1 a of the flow regulating valve WN3 4_ 3 a is adjacent to the blade wheel WN34 — 4a, and the kinetic energy of the washing water flowing out of the outlet WN34-31 can flow into the blade wheel WN 3 with almost no attenuation. 4 — 4 a. In addition, the water pump WN34-2 and the flow regulating valve WN34-3a are independently controlled by a control unit (not shown). In the cleaning nozzle WN 3 4 of the structure shown in FIG. 1 2 2, the washing water is pressurized by the water pump WN 3 4 — 2 and at the same time adjusted by the flow regulating valve WN3 4 — 3 a to the designated instant. The amount of water discharged flows into the blade wheel WN3 4-4 a. A part of the kinetic energy of the washing water is transmitted to the vane wheel WN34-4a, and the vane wheel WN34-4a is rotated while spitting water from the water discharge hole WN3 4-1 t >. The vane wheel WN3 4-4 a and the spout hole WN34 — lb are integrally formed, so if the vane wheel WN3 4-4 a rotates, the spout hole WN 3 4 — 1 b also rotates. Please read the note on the back side.

I Alignment This paper size applies the Chinese national standard (CNS > A4 specification (210 X 297 male * > -207- A7 B7 4 3435 V. Description of the invention) 〇 Washing water is also rotated or spouted slightly rotated (锖 Please read the note on the back before reprinting this article> In addition, 'the control unit can change the capacity of the water pump WN 3 4-2, and at the same time maintain the specified instantaneous amount of water, the control unit controls the flow control valve If WN 3 4-3 a, the instantaneous amount of water can be kept constant and the kinetic energy of the washing water flowing out of the washing water outlet WN 3 4 — 3 1 a can be changed to make the vane wheel WN 3 4 _ 4 a The number of rotations is not affected by the change in the amount of instantaneous water discharge. Γ Because the kinetic energy of the washing water rotates only around the water discharge holes WN3 4- 1 b in the washing nozzle WN 3 4, the washing nozzle is used. WN 3 4 itself moves in a specified trajectory. Compared with the case where the washing water rotates or rotates at the same time while spitting water, the moving part is very small, and there is almost no electrical driving sound or vibration generated by the actuator. Silence and vibration-free Very good. By rotating the water spouting means WN 3 4_4 * Only by rotating around the water spouting hole WN3 4_ 1 b, it is easy to increase the number of rotations of the washing water or the number of rotations to a high speed, and by effectively dispersing the washing water, it has a saving The effect of water. Printed by the co-worker of the Intellectual Property Bureau of the Ministry of Economic Affairs. In addition, the washing water is rotated or slightly rotated, and there is no part directly driven by electricity, so a very simple washing nozzle WN 3 4 can be provided. Furthermore, there is no durability problem of the electric driving part. Furthermore, it is not beneficial to the problem of leakage of wiring due to washing water, such as in the case of transmitting power through wiring, even in an environment where the washing nozzle WN 3 4 itself is easily exposed to water. There is also no problem of electrical leakage. Furthermore, there is no need for electrical wiring works extending to the tip of the nozzle. In addition, the number of rotations and instants of rotation or approximately rotation of the washing water can be -208- This paper size applies Chinese National Standards (CNS) A4 specification (210 X 297 mm) 34 3 5 7_ V. Description of the invention 〇〇) Please «read the note on the back and then spit the water volume separately and independently, not subject to instantaneous The effect of the increase or decrease in the amount of discharged water can make the rotation of the washing water or the number of rotations of the rotation of the washing water variably increase from low speed to high speed. By this, + the nozzle or the shower head or the shower head for human body washing can be washed in a local washing device. When the faucet hole for hand washing is used as a washing nozzle for human body washing, the instantaneous amount of water can be discharged and only the washing feeling can be changed. Even if the amount of instantaneous water is kept constant, it can fully respond to a variety of users. Washing preferences. And because less instantaneous spit water can be used, the temperature adjustment control of the heat exchanger that does not heat the rinsing water cannot keep up with the increase and decrease in the instant spit water flow rate, and in situations where the sensation of washing is variable Stable warm water spouting is possible. Du printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, and printed by Du Du Figure 1 2 shows the cleaning nozzle WN36 related to other embodiments. Figure 123 (a) is a plan view, and Figure 1 2 3 ( b) is a diagram viewed from the side. As shown in FIG. 1 2 (a), the cleaning nozzle WN36 rapidly expands the flow path WN3 6-1a until the inflow from the outlet WN36-3 1a to the vane wheel WN3 6-4a. The rapid expansion of the waterway WN 3 6-1 a is provided with air intake OWN 3 6 — 1 c, or where the rapid expansion of the waterway WN 3 6-1 a cannot be avoided by air intake DWN 36-lc Composition. The air inlet WN36-lc is mixed into the air by the spray effect of the washing water. By mixing in this air, it is used in washing nozzles such as water-saving and local washing equipment for washing water, washing nozzles for human body washing, shower heads for hand washing, and spout holes for washing hands. In this case, the washing feeling can be softened. In addition, by independently controlling the water pump WN36 — 2 and the flow regulating valve WN36-3a, the -209- can be applied to the national standard (CNS) A4 specification (210 X 297 mm > 4.34 35 7) for this paper size. a? — > —-— B7 V. Description of the invention such as 7) Maintain a certain instant spit. Water children, and change the kinetic energy of the washing water, so you can change the air mixing ratio caused by the spray effect, and can respond to the use conditions Change the water saving rate, and then get a variety of washing. In addition, when mixing in air, forced mixing with an air pump is also acceptable. In addition, as shown in FIG. 123 (b), instead of the air inlet WN 3 6 _ 1 c, the wash water downstream of the vane wheel WN 3 6-4 a flowing in the direction of the washing water is returned to the rapidly expanding channel. The water channel WN 3 6 _ 1 a can reduce the energy loss in the rapidly expanding water channel WN 3 6 — 1 a. * It can improve the overall efficiency of the water channel WN 3 6 — 1 a. Especially in the use situation where the amount of water is instantaneously discharged, the effect is greater. Figures 1 2 and 4 show the cleaning nozzle WN 38 related to other embodiments, and Figure 124 (a) is from the side of the cleaning nozzle WN 38. Looking at the perspective view, FIG. 12 (b) is a cross-sectional view of the cleaning nozzle WN38 viewed from other directions. The cleaning nozzle WN38 has two water passages. That is, from the upstream of the direction of the flow of the washing water, the washing water is sequentially placed with the flow regulating valve WN38-3b and the rotating protrusion WN38-ld within the road WN3 8-1 h, and from the water discharge hole WN3 8 -1 b spit out. In addition, the water in the other system starts from the upstream of the water flow direction of the other system in order to make the water pump WN38 — 2, the flow regulating valve WN38 — 3a, and the rotary water spouting means WN 3 8 — 4. In the water channel WN3 8-1 a, it is discharged from the discharge nozzle 3 8 ~ 1 e to the outside of the cleaning nozzle WN 3 8

unit. Rotating protrusion WN 3 8 _ 1 d 'is made by the rotating water channel WN ----------- «. · 1 — &lt; Please first read the" Cautions on the back side, then this page) Order "• · The paper printed by employees of the Intellectual Property Bureau of the Ministry of Economic Affairs of the Consumer Cooperatives applies the Chinese national standard (CNS &gt; A4 specification (210 X 297 mm) o-JQ. 434357_V. Description of the invention 〇8) A7 B7 Wisdom of the Ministry of Economic Affairs Consumption Cooperative of the Property Agency Staff Co., Ltd. 38-12d 'Spit hole WN38-lb. In addition, the rotating water spouting means WN3 8-4 is composed of a vane wheel WN3 8-4a, a vane wheel housing WN 3 8-4b, a vane wheel bearing WN3 8-4 c, and a seal portion WN3 8-4 d. In addition, the rotating protrusion WN 3 8-1 d is provided with a seal portion W N38-lf between the body of the washing nozzle WN 3 8 and the rotary protrusion WN38-ld and the rotary water discharge means WN 3 8-4 are provided with a seal. Part WN3 8 — 4d to prevent washing water from leaking out of the water outlet NW 3 8 — 1 b. However, "the presence or absence of the seal portion WN38-4d, the seal portion WN38-1f, and the sealability" may be determined in accordance with the use condition of the cleaning nozzle. In addition, the rotation protrusion WN 3 8-1 d and the blade wheel WN3 8 -4 a are integrally formed through the rotating shaft WN 3 8-1 g. In addition, the outflow port WN3 8-3 1 a of the flow adjustment valve WN3 8-3 a is adjacent to the vane wheel WN 3 8-4 a, and the wash water can greatly suppress the attenuation of the kinetic energy flowing out of the outflow port WN38-3 1 a And flow into the blade wheel WN38-1a. In addition, the water pump WN3 8-2 and the flow regulating valve WN 3 8-3a are individually controlled by a control unit (not shown), and the flow regulating valves WN 3 8 to 3b are also controlled by the control unit. If the washing water and the water in the other system are spitted out with the configuration of Fig. 1 2 4, the water in the other system is pressurized by the water pump NW 3 8-2 and supplied for washing. The necessary kinetic energy for rotation is adjusted by the flow rate_throttle valve WN 3 8-3 a to the desired instantaneous amount of water, which flows into the vane wheel WN 3 8 _ 4 a, and a part of the kinetic energy is transmitted to the vane wheel WN38-4a so that Vane wheel WN38 — 4a rotation at the same time by row ---- I! Loaded — (Please read the note f on the back before &quot; \ this page》 if- line · This paper standard applies to S 8 standards (CNS) A4 specification (210 X 297 mm) -211-4 3435 7 A7 B7 V. Description of invention 〇09) The outlet WN38-1e is discharged to the outside of the cleaning nozzle WN38. Because the vane wheel WN3 8 — 4 a and the water discharge hole WN 3 8 — 1 b are integrated, if the vane wheel WN3 8-4 a rotates, the water discharge hole WN 3 8 _ 1 b also rotates, and the washing water rotates or approximately Spit water while spinning. In addition, by changing the capacity of the water pump WN 3 8-2 or the opening degree of the flow control valve WN3 8-3 a by the control unit, the instantaneous amount of water discharged from another system can be changed, and the water of the other system can be subsequently continued. Because of the change in the kinetic energy of the blade, the number of rotations of the blade wheel WN 38-4a can be changed by changing the capacity of the water pump WN 3 8-2 or the opening degree of the flow control valve WN 3 8-3 a. In addition, by the ability of the control unit to change the capacity of the water pump WN 3 8-2, the flow rate and the regulating valve WN 3 8-3 a can be controlled to maintain a specified amount of instantaneous water discharge, so that the water in another system can be instantaneously discharged. The amount of water is kept constant and the kinetic energy of the washing water flowing out of the outlet WN38 — 3 1 a is changed, so that the rotation speed of the blade wheel is not affected by the change of the instantaneous discharge water amount. Therefore, the instantaneous water discharge amount of the other system can be changed. It can be easily changed only by the capacity control of the pure water pump WN 3 8-2 or the opening control of the flow control valve WN 3 8-3 a. Therefore, it is used in the situation where the amount of water used in the other system is not limited. In the environment, the rotation speed of the washing water or the rotation speed of the washing water can be easily changed without being affected by the change in the amount of instantaneous discharge water of the washing water. In addition, the drained water of another system can also be used separately, or at — — — — — — — — — — — — — * II Please read the note $ on the back first before {* · 本 荑) order ·- Line · Printed by the Shelley Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs The paper size is applicable to the Chinese National Standard (CNS) A4 (210 X 297 mm) • 212- 4 34 3 5 7 V. Description of the invention When using a clean nozzle, it can be discharged to a sanitary ceramic basin. Water pump WN 3 8 — 2 is set before the distribution of wash water and water from another system * The flow control valve WN38 — 3 a and flow control valve WN3 8-3 b are used to adjust the distribution ratio to make the kinetic energy of the water in the other system It can also be transmitted to the rotating water spouting means WN3 8_4. Depending on the material to be washed, the water pump WN 3 8-2 can be used only in the other system water, and the wash water and the other system water can be used separately. WN 3 8 — 2 is also available. In the above-mentioned embodiment, only the case where the number of the water ejection holes is described, but the number of the water ejection holes does not hinder the implementation of the present invention. Therefore, according to the washing-cleaning object, the number of the water ejection holes can be freely determined by the designer. . In the above embodiment, the use of the water pump was explained. However, when the tap water pressure is directly used, or when the storage water tank is provided with the nozzle head of the storage water tank, etc., sufficient water pressure and / or Or when the amount of water is discharged instantly, if a pressure regulating valve is provided instead of a water pump, the kinetic energy of the flowing water can be adjusted, and the kinetic energy of the flowing water can be controlled in the same way as when using a water pump. The above embodiment can be implemented by using a pressure regulating valve 〇 Printed by the Shellfish Consumer Cooperative of the Ministry of Economic Affairs of the Bureau of Property Management & Co., Ltd. <Please read the "$" on the back of the book and then quot; this purchase) Figure 1 2 5 shows the cleaning nozzle WN 4 0 related to other embodiments Illustration of each example. The washing nozzle W N 4 0 is a person who rotates the blade wheel WN 4 0 _ 2 by the water pump WN 4 0 — 1 to thereby discharge the washing water in a spiral shape. The shape of the vane wheel WN 4 0-2 may be any one as long as it uses a mechanical mechanism to convert the kinetic energy of flowing water into rotational energy that rotates or slightly rotates the washing water. It can be used as shown in Fig. 125 (a) The centrifugal vane wheel WN40-2 a, as shown in Figure 1 2 5 (b) This paper size applies the Chinese National Standard (CNS) A4 specification (210 * 297 mm) -213- 4 34 3 5 7 A7 B7 V. Description of the invention The centrifugal vane wheel WN4 0 — 2 b shown in hi), the axial vane wheel WN40 — 2 c shown in FIG. 12 (C), or the place shown in FIG. 12 (d) Various configurations such as the diagonal flow type impeller WN 4 0 — 2 d shown in the figure are also available. In addition, a configuration other than the shape of a cross flow impeller (not shown) may be adopted. Fig. 1 2 6 shows the cleaning nozzle WN42 related to other embodiments. Fig. 126 (a) is a sectional view, Fig. 126 (b) is a perspective view, and Fig. 1 2 (c) is a permanent magnet. And the arrangement diagram of the electromagnetic coil, Fig. 12 (d) is a schematic diagram of the operation by the permanent magnet and the electromagnetic coil. The cleaning nozzle WN4 2 has a water discharge hole WN 4 2 _ 4 b that does not rotate around the axis WN4 2-6 a and moves in a specified trajectory. The cleaning nozzle WN4 2 includes a swinging protrusion W ^ ί4 2_4 4. The swinging protrusions WN42-44 are integrally formed by a water discharge hole WN42-4b, a moving water passage WN42-4a, and a permanent magnet WN42-53b. Permanent magnets WN42 to 53b are arranged in the axial direction of the shaft WN4 2 to 6a and below the moving water passage WN4 2 -4.3. The magnetic coils WN4 2-53a are arranged in the axial direction of the shaft grips ~ 42-6 3 and below the permanent magnets WN4 2-5 3 b so that the magnetic poles generated by the energization are oriented in the direction of the axis WN42_6a. Swing protrusions WN42-44 to form a gap WN4 2-5 3 cl between the permanent magnets WN4 2-5 3 b and the electromagnetic wires 圏 WN 4 2-5 3 a, and a flexible flange WN42 — 5 3 c fixed. Flange WN42 — 5 ^ 3 c It is better to use resin, but as long as it has a bellows (freely retractable tube) structure, it can also be a gold paper size that applies the Chinese National Standard (CNS) A4 (210 X 297) __ — — — — — — — — —__ I — i — (Please read the notes on the back before f * this page) Order · -Printed by Shellfish Consumer Cooperation of Intellectual Property Bureau, Ministry of Economic Affairs -214- 4 3435 7 A7 B7 V. Description of the invention 2) The genus. The electromagnetic coil WN42 3 a can also be embedded in the body of the cleaning nozzle WN 4 2 in terms of characteristics. Therefore, the electromagnetic coil WN4 2_ 5 3 a can be made by burying the electromagnetic coil WN 4 2 -5 3 a in the body. Water will drip. Between the moving water passage WN 4 2-4 a and the stationary water passage WN 42-3 a 'are connected by a flexible joint WN42-2. In addition, the water discharge holes WN4 2-4b, the mobile water passage WN4 2-4a, and the permanent magnets WN42-53b, through the joints WN42-2 and the flanges WN4 2-5 3 c become the opposite axis WN4 2-6 a. Movable structure. The arrangement of the permanent magnets WN4 2-5 3 b is 4 or more square or rectangular as shown in Fig. 12 (c), with each side being A, B, C, D. The magnetic poles' are arranged so that the magnetic poles in the peripheral direction of the rectangle become alternating magnetic poles. The arrangement of the solenoid coils WN4 2_5 3 a, as shown in Fig. 126 (c), arrange more than 4 in a checkerboard pattern. Read the note on the back

Item I Binding Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs Set the checkerboard-shaped vertical and horizontal sides as (a 1 'a 2, ...), (' b 1, b 2, ...). In addition, the relative arrangement of the permanent magnets WN 4 2 — 5 3 b and the electromagnetic coils WN4 2-5 3 a * is such that the A side of the permanent magnet WN42_53b is parallel to or approximately parallel to the (al, a2, · *) side of the electromagnetic coil And the B side is determined to be parallel or approximately parallel to the (b 1, b 2, ...) side of the electromagnetic coil. 6 It is controlled by the energized magnetic pole of the electromagnetic coil WN 4 2 — 5 3 a, as in section 1 2 6 As shown in the figure (d), for example, the side A of the permanent magnet WN42_ 5 3 b is energized so that only the side a of the nearest electromagnetic coil WN4 2 -5 3 a becomes an alternating magnetic pole. As a result, the paper size of the electromagnetic coil is in accordance with the Chinese National Standard (CNS) A4 specification (210 X 297 mm) -215- Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economy 34 35 γ Α7 ------ 1__I__Β7 ________ V. Description of the invention 3) The magnetic field generated by WN 4 2 — 5 3 a generates a gravitational or repulsive force between the permanent magnet WN4 2-5 3 b, and the swinging protrusions 4 2 — 4 4 can be moved in the direction of the energized side. . Next, energize the permanent magnet WN42 — 5 3b with a side different from A, for example, the side B and the shortest distance of the electromagnetic coil WN42 — 5 3 a are turned into alternating magnetic poles. This swinging protrusion WN4 2- 4 4 Move in the direction of the energized side. In this way, by repeatedly applying current to each side, the swing projection WN42-44 can be swung around the shaft WN42-6a. In addition, according to the energization control method for the electromagnetic coil WN4 2 — 5 3 a, for example, when energization is performed by a 1 side—b 5 side—a 5 side—b 1 side—a 1 side, the swing protrusion WN can be made. 4 2-4 4 Rotate the zero to rotate slightly. Furthermore, by selecting the energized edges of (a 1, a2, ...) and (b 1 'b 2, ...), the swing amplitude &lt; 3 in the cleaning nozzle WN4 2 of Fig. 1 2 6 can be arbitrarily changed. Control the energization of the electromagnetic coil WN4 2 — 5 3 a to make the washing water spew water. The spout hole WN4 2 — 4b does not rotate around the shaft WN4 2 — 6 a and oscillates or rotates arbitrarily or rotates slightly. Wash the water. It is also arbitrarily oscillated or rotated or rotated approximately at the same time to be spouted. At this time, the spout holes WN 4 2-4 b and the movement of the designated trajectory of the washing water after spouting are arbitrarily oscillated or rotated or rotated approximately. The cleaning nozzle WN 4 2 related to this structure can be provided without a seal portion, and the discharge hole WN 4 2 -4 b and the cleaning water after the discharge can be moved on a specified trajectory with a simple structure = ί — tllllf — — — — — &Gt; II &lt; Please read the note § on the back before {&quot;. 本 1 &gt; Order * Line-This paper size applies + National Standard (CNS) A4 (210 X 297 mm) 216- r 4 34 3 5 A7 B7 Printed by the Consumer Cooperatives of the Smart Financial Housing Bureau of the Ministry of Economic Affairs 5. Description of the invention 4) Furthermore, the effect of the cleaning nozzle WN 4 2 is used as a local cleaning spray. Mouth or human body cleaning When the shower head used is used, by controlling the energization of the electromagnetic coils WN 4 2-5 3 a, the washing area that the user likes can be changed by hand. In addition, the field used as the cleaning nozzle of the local cleaning device can change the area to be washed. Even if washing with a single type of spouting hole, the most suitable area can be used to clean the buttocks and genitals. The spouting holes for rinsing the hips and the genitals can also be used to spit out the washing water. When used in combination with the examples, they can be used in a form suitable for various washings. Figure 1 2 7 is a cross-sectional view of a cleaning nozzle WN 4 4 according to another embodiment. The washing nozzle WN4 4 is provided with a check valve WN4-4 1 and a throttle water stop valve WN 4 4 0 4 2. and a water discharge swinging portion WN 4 4-7 0 that swings the discharge water on a specified trajectory. These systems are It is connected with water gWN44-44. Fig. 1 27 is an explanatory diagram illustrating the structure of the throttle valve WN 4 4-4 2. Throttle stop valve WN 4 4 -42 is a fixed ceramic disc WN4 4 — 4 5 and a rotating ceramic disc WN44 — 46 rotated by a throttle stepping motor WN44 — 47. The flow path is changed according to its rotation position. Adjust the area of the flow of wash water or stop the water. Rotating ceramic disc WN44 — 46, especially during water stop, so as not to leak water from the water stop surface by the spring WN 4 4-4 8 is kept pressed against the fixed ceramic disc WN44-45 »In addition, the water spout swing part WN44 -70, It is equipped with a spouting section connected to the water supply channel WN44-44, and the nozzle section WN44-72, which swings out the washing water, and the nozzle section WN44-72 swings at a specified trajectory --- ----------- Installation— (Please first read the »Notes on the back and then ^ .this page) to order. --Line · This paper size applies to China National Standard (CNS) A4 (210 X 297 male «) -217- A7 B7 4 34 V. Description of the invention ^ 15) (锖 Please read the note # on the back and then this page) for the swinging cams WN44 — 73, and make this cam with the specified number of revolutions Swing motor WN 4 4 — 7 4 for turning. The tip of the nozzle portion WN 4 4-7 2 is swingably connected to the nozzle body, and the swing cam WN 4 4 — 7 3 disposed on the opposite side is pressed against the inner surface of the nozzle portion WN 4 4-7 2 Keep falling at an angle. In addition, the 'nozzle portion WN4 4_ 7 2 has a straight portion, and a part thereof is continuously connected to a hole which communicates with the water discharge portion space WN44-7 1 and the water discharge hole WN44-7 5. c Printed by the Consumers' Cooperative of the Ministry of Economic Affairs and the Bureau of Intellectual Property, the water flow inside the cleaning nozzle WN 4 4 will be described in detail below. After the user instructs to wash, the throttle stepping motor WN 4 4 _ 4 2 and the rotation stepping motor WN 4 4-4 7 and the rotating ceramic disc WN4 4 _ 4 6 connected to the motor start to rotate. The grooves provided on the rotating ceramic dishes W N 4 4-4 6 and the holes provided on the fixed ceramic dishes WN 4 4-4 5 overlap to form a water supply channel and the washing water starts and flows. Figures 1 2 and 8 are diagrams illustrating the shapes of the grooves of the rotating ceramic discs WN 44-46 and the fixed ceramic discs WN 44-4 5 of the cleaning nozzles WN 4 4. In this way, the water supply path formed by the rotating ceramic discs WN 4 4-4 6 and the fixed ceramic discs WN 4 4-4 5 is formed not only to stop the water but also because its cross-sectional area is formed in a manner that changes with the rotation position. Regulate flow. As described above, the throttle water stop valve W Ν 4 4-4 2 is installed near the water discharge holes WN 4 4-7 5. Especially, it is installed inside the cleaning nozzle rating 1 ^ 4 4. The cleaning nozzle WN 4 4 does not connect the flexible part of the movable part with the fixed part when moving forward and backward. Therefore, the adjustment of the flow rate -218- This paper applies the national standard (CNS) A4 specification (210 * 297 male; *) 4 34 3 5 7 A7 B7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of invention 6) The hydration or water stop / water flow is very responsive, even if the water stop / water flow is repeated at high speed or in short cycles When the flow rate changes, you can fully follow. In addition, it is rarely controlled reliably by the influence of the water supply piping. In addition, a check valve WN 4 4-4 1 installed on the upstream side of the throttling water stop valve WN 4 4 _ 4 2 prevents the sewage from flowing backward from the spout hole. Since this check valve WN44-41 is installed near the water discharge hole WN44-7 5, it is rarely affected by the water supply piping and can be reliably controlled. With the action of the throttle water stop valve WN 4 4-4 2, after starting the water supply, the wash water flows to the check valve WN44-41, the water supply channel WN44 —44, the throttle water stop valve WN44-42, and the water supply channel WN44 — 4 4. The water swaying portion WN 4 4 — 7 0 is discharged from the water spitting hole WN 4 4 -7 5. Here, in accordance with the washing mode selected by the user, the combination of the control of the V-throttling water stop valve WN4 4_4 2 and the spout swinging part WN4 4 — 7 0 can be performed according to the favorite washing. That is, after the washing mode is selected, the electric control device CT 4 4- 4 0 sends electrical signals to swing the motors WN 4 4-7 4 and the swing cams WN44-73 connected thereto start to rotate. The swing cam WN44-73 is inclined by pressing the inner side of the concave portion of the nozzle portion WN 4 4-7 2 to the outside, but the nozzle portion WN 4 4-7 2 is inclined, but the swing cam WN44-7 3 The inclination of the rotating nozzle portion WN44 — 7 2 changes at a specified angle with time. The water discharge direction is determined by the inclination of the straight line portion before the water discharge hole WN 4 4 -7 5. However, the inclination of this straight line portion changes with time by the swing cam WN44- 7 3 ltlllli__It II i — ( Please «read the note on the back side of the item #this page first> Order:-The paper size of the thread is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 mm) -219- J * Consumption cooperation of employees of the Intellectual Property Bureau of the Ministry of Economic Affairs Print 13 5 7 A7 __B7_ V. Description of the invention ΐ ') 7)' So the direction of spouting changes with time by drawing a specified trajectory = Also, the spouting hole WN 4 4 — 7 5 is a straight line part because it is connected to the spouting part space WN44 — 7 1 is configured so that water can flow regardless of the angle of the nozzle portion WN 4 4 — 7 2. In this way, since the spouting swing portion WN4 4-70 is provided in front of the spouting holes WN 4 4-75, the movable portion for swinging the spouting water can be composed of very small parts. That is, it is possible to make the water spout swing part WN4 4_7 0 swing with a small torque motor, and the vibration or noise is very small, and the reliability and reliability of the driving part are greatly improved. In addition, high-speed swing is possible, and the swing trajectory can be freely set by the inner surface shape of the recessed portion of the nozzle portion WN4 4_7 2. Furthermore, the nozzle section WN44-72 can perform stepless control freely and surely based on the operation of the electric signal, and fast response control is also possible. The cleaning nozzle WN4 4 uses a swing motor WN44-74 as an operator based on an electrical signal, but it is not limited to an electric motor using electromagnetic force, and a piezo element or a bimetal or shape using heat as a driving source may be used. It is also possible to use an electrical signal as a trigger signal with a memory alloy or the like. FIG. 12 is a cross-sectional view showing a cleaning nozzle WN 46 related to another embodiment. The cleaning nozzle WN46 shown in FIG. 129 is configured with the electric and magnetic coils WN4 6-5 2 a in a conical shape, so that the moving water passage WN46 — 4 a has an angle WN4 6 — α with respect to the axis WN4 6 — α, and can be used at The axis WN4 6-6 a rotates or rotates or swings around without rotation. Furthermore, by controlling the solenoid coil WN4 6--____________ _-II &lt; Please read the note on the back side first and then ΐΓ page) Order--line · This paper size applies the Chinese National Standard (CNS) A4 specification ( 210 X 297 mm) -220- 4 3435 7 V. Description of the invention Magic 8) 5 2 a energization can change the angle W Ν4 6_α, you can arbitrarily expand the angle to make the washing water rotate or slightly rotate or swing while spitting water. The nozzle WN46 — 4b of the cleaning nozzle WN46 can arbitrarily change the direction of the axis WN4 6 — 6a. Therefore, the water ejection trajectory becomes rotation or approximately rotation or arbitrary swing. Furthermore, there is no need for a sealing portion around the water discharge hole WN 4 6 -4 b, and the structure can be simplified. In addition, when the washing nozzle WN4 6 is used as a local washing nozzle or a shower head for human body washing, the user can be changed by the operation at hand by controlling the energization of the electromagnetic coil WN 4 6 _ 5 2 a Favorite washing area. In addition, when it is used as a cleaning nozzle of a local cleaning device, by changing the cleaning area, not only a single type of water jet hole can be used for cleaning, buttocks and genitals can be cleaned with the most appropriate cleaning area. Water purification is also possible, so the spit holes for washing the buttocks and the genitals can also be used in the form of applying separate washings when used in the examples. FIG. 130 is a cross-sectional view showing a cleaning nozzle WN 4 8 and its modification according to other embodiments. In the cleaning nozzle WN48 shown in FIG. 130 (a), the arrangement of the motor W ^ J48-5a is rounded: tapered, and the side close to the water discharge hole WN48-4b of the mover WN48-5b is WN48-51d with flexible fixing.

The movable element WN 4 8 — 5 b moves in a conical shape on the specified trajectory, and the washing water also conically spit water on the specified trajectory, so the washing surface and the water from the water discharge hole WN4 8_4b to the motor WN4 8-5 a When the distance is relatively large, the motor WN can be variably controlled. The paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) &lt; Please read the precautions on the back first Reproduction. This page) Order · Printed by Shellfish Consumer Cooperative, Intellectual Property Bureau, Ministry of Economic Affairs -221-

43 ^ 3R Printed by the staff of the Intellectual Property Bureau of the Ministry of Economic Affairs, printed by the cooperative. V. Invention description 9) 4 8 — 5 a The amount of electricity is used to make the conical expansion angle WN 4 8 — 5 b of the mover WN 4 8 — α only With a small change, the expansion of the washing water can be greatly changed, and the washing area can be greatly changed by the different moving distances of the movable members WN 4 8-5 b. In addition, as shown in the cleaning nozzle WN48b in Fig. 130 (b), if the conical movement distance is reduced, it can replace the fixed fixture with elasticity shown in Fig. 130 (a) and move the track. The moving protrusion WN48-4 is provided with a gap that can be moved conically between the flange WN48_52d and adopts the shape of receiving the flange WN 4 8-5 2 d. In addition, to expand the conical shape of the motor WN 4 8-5 a, as shown in FIG. 130 (c), as opposed to the cleaning nozzle of FIG. 130 (a), by moving the mover WN4 The side of 8 to 5 b which is close to the joint W. N 4 8-2 is fixed with a stretchable fixing member WN 4 8-51 d, and the washing water p can be spouted in the same manner as in Fig. 130 (a). Further, the magnetic fields generated by the motors WN4 8-5 a are oriented so that all the motors WN 4 8-5 a are not oriented toward the center of the circle, and for several motors WN4 8_ 5 a whose magnetic poles deviate from the circumference It is arranged at the center, so that the sizes of the ferromagnetic bodies WN 4 8-5 1 b are different, and the gap between the opposing ferromagnetic bodies WN4 8-5 1 b and the motor WN48-5 a is WN48-5 c. If they are not the same, the strength of the gravitational or repulsive force generated between the motor WN48-5a and the ferromagnetic body WN4 8_5 1b can be maintained without changing the energization of the motors WN 4-8-5a. (Please read the precautions on the back first. --- ΐ 本 订. Ϊ Ϊ 尺度 尺度 paper size applies to China National Standard (CNS &gt; A4 size (210 X 297 mm) _ Α7 Β7 ^ 435 7. Fifth, the description of the invention: 20) The child WN4 8 — 5 b makes it move an arbitrary complex designated trajectory. In this way, the movable trajectory WN 4 8 _ 5 b and the movement of the designated trajectory of the track moving protrusion WN4 8_4 can be arbitrarily controlled, You can focus on the area you want to wash, or The washing area is changed according to preferences, and a variety of washing feelings can be obtained which change the washing position or area over time when the human body is washed. Figure 1 3I shows washing nozzles WN 50 related to other embodiments (A) is a plan view, and (b) is a cross-sectional view viewed from the side. Γ The cleaning nozzle WN50 printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs is connected. In the heat exchanger HT50 -51, the flow adjustment water stop valve WN50 — 53 = the spouting part WN50 — 3, is composed of the spout holes WN50-3 1a and WN50.- 3 1 b, the water passage WN50 — 321), the valve box WN50- 32C, valve body WN5 0_3 2 d and so on. The distance from the spout hole WN5 0 — 3 1 a to the center of the disc shape is configured to be larger than the spout hole W N 50_3 1 b. In addition, the spout holes WN50-31a and WN50-31b are connected to the valve box WN50-3 2c by water passages WN5 0-3 2e and WN 50-3 2f, respectively. In addition, the valve body WN50-32d, a stainless steel ball, 'can be freely moved and rotated in the valve box WN5 0-3 2 c. The water discharge mechanism WN5 0-4 is composed of a motor WN50-41d, a rotating shaft WN50-42b, and the like. The water spouting part WN 5 ◦ — 3 and the water spouting part driving mechanism WN5 0 — 4 are integrally formed through the rotating shaft W N50 — 42b. Sealing section WN50 — 34 -223- This paper size is applicable to 0 national standards &lt; CNS) A4 specification (210 ^ 297mm) ^ ^ 435 7 V. Description of invention 21) and sealing section WN 5 0 ~ 3 5, It is installed so that the washing water does not leak to the spout holes WN5 0_3 1 a and WN5 0 — 3 1 b. The motor WN 5 0 -41d of this water spout driving mechanism WN 5 0-4 is controlled by a designated trajectory control means CT50-2. In other words, the 'designated trajectory control means CT 5 0-2 is controlled by turning on the motor WN 5 0-4 1 d so that the washing water is controlled at a specified trajectory and a specified frequency. In the structure of FIG. 1 31, if the motor WN50 — 4 1 d rotates to the left, the water spouting part WN50 — 3 also rotates to the left. Therefore, the valve body WN50 — 32d is in the valve box WN 5 0 — 3 2 c. Move in the direction opposite to the rotation direction and plug the water passage WN50-32e. As a result, the washing water only passes through the water passage WN50_32f, and only the specified trajectory is drawn from the water discharge holes WN50 ~ 31b, and the water is discharged at the same time. In addition, if the direction of the monument turning of the motor WN5 0-4 1 d is changed to right-handed, contrary to the above, the water will be spouted from the spout hole WN 5 0-3 1 a only. Therefore, the water discharge hole WN 5 0 _ 3 1 a and the water discharge hole WN50_3 lb, because the distance from the rotation center is different, by changing the rotation direction of the motor WN5 0 — 4 1 d, the drive can be changed without being affected by the change in the amount of electricity. The radius of rotation of the object (the spout hole or the washing water) (the movement range of the specified trajectory). Fig. 1 2 shows a cleaning nozzle WN 52 related to another embodiment, Fig. 132 (a) is a sectional view, and Fig. 132 (b) is a perspective view of an important part thereof. As shown in Fig. 1 2 (a), the ferromagnetic body WN5 0-5 1 b which is a constituent element of the mover WN5 2-5 b is installed! &lt; Please read the note on the back before copying this K: order (Mm) -224- V. Description of the invention 22) 'It is arranged below the track moving protrusion WN 5 2-4 and further, a gap WN 5 2-5 c is provided below the ferromagnetic body WN5 2-5 1 b. Furthermore, motors WN5 2-5a are provided below the gaps WN 5 2-5 c. The relative arrangement of the ferromagnetic body WN52-51b and the electric machine WN52 — 5 a. As shown in FIG. 1 2 (b), the ferromagnetic body WN5 2-5 1 b and the electric machine WN5 2-5 a are respectively taken as a complex number. Each of them is arranged in a circle shape at a designated interval, and each ferromagnetic body WN 5 2 — 5 1 b is arranged opposite to the motor WN5 2 — 5 a. The direction of the magnetic poles of the motors WN5 2 — 5 a generated by energization is toward the direction of the opposite ferromagnetic MWN 5 2 — 5 1 b. The flange WN52_5 2b of the trajectory moving protrusion WN52-4 is instructed to have a conical gap formed in the outer concave portion of the cleaning nozzle WN 52. The movable elements WN5 2-5b and the trajectory moving projections WN5 2-4 can move conically through the flexible joint WN5 2-2 and the flanges WN5 2-5 2 b. As the material of the ferromagnetic body WN5 2-5 1 b, soft magnetic materials (such as Fe — Si [silicon steel] or Fe—Ni [high-permeability nickel alloy] or Fe_Si—A1 [iron-silicon aluminum alloy] or Mn) can be used. Z η ferrite or amorphous alloy, etc.) In this case, if any of the motors WN52-5a is energized at the cleaning nozzle WN52, the energized motors WN 5 2-5a and the opposite ferromagnetic body The gravitational force between WN 5 2 —5 1 b works. Makes ferromagnetic body wn 5 2 _

5 1 b moves in the direction of the opposite energized motor WN 5 2-5 a. With this, the movable element WN 5 2 — 5 b and the trajectory moving protrusion WN. The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 cm) -------------- Install.! (谛 Read the precautions on the back before printing this book. I-i-line Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs -225- A7 B7

4 34T5L V. Description of Invention 23), 5 2-4, tilt to the non-energized state. In this case, the order of energization of a plurality of motors WN 5 2-5 a arranged at a predetermined interval in a circular shape, for example, is not to energize two motors at WN 5 2-5 a at the same time, and rotate left or right. If the two motors WN 5 2 ~ 5 a are powered on at the same time and left or right are turned on sequentially, then the motors WN 5 2-5 a and strong The gravitational force acting between the magnetic bodies WN 5 2 — 5 1 b moves in a left-handed or right-handed order, so the tilt of the mover WN 5 2-5 b also moves in a left-handed or right-handed direction in sequence. The mover WN 5 2-5 b and the trajectory moving protrusion WN 5 2 _ 4 move in a conical shape without rotation and move left or right. The ferromagnetic body WN 5 2-5 1 b can be made of hard magnetic &lt; ..... materials (such as iron-cobalt-nickel-aluminum alloy or barium ferrite, rubber magnet, samarium-cobalt, samarium —Iron-boron, etc.). In this case, the magnetic field of the N pole or S pole of the ferromagnetic body WN 5 2-5 1 b is arranged so as to face the opposite motor WN5 2-5 a, so that the motor WN52- When 5a is generated from the opposite ferromagnetic body WN52 — 5 1 b, the magnetic pole is energized in a manner opposite to the magnetic pole of the opposite ferromagnetic body WN5 2 -5 1 b, as in the case of using a soft magnetic material. The gravitational force between the ferromagnetic body WN5 2 — 5 1 b and the motor WN5 2-5 a causes the ferromagnetic body WN5 2_ 5 1 b to move in the direction of the opposite energized motor WN 5 2-5 a (The movers WN5 2-5 b and the trajectory moving protrusions WN 5 2-4 are inclined to the non-energized state) '. This paper size applies to Chinese National Standards &lt; CNS) A4 (210 * 297 cm) _226 -------------- install --- (please read the note on the back first, and then ΐΓ (This page) Order! -. Line · Economic Village Intellectual Property Bureau Employee Consumption Cooperation Du printed Α7 Β7 V. Description of the invention) Therefore, 'the order of energizing a plurality of circular motors WN 5 2 — 5 a at a specified interval' is different, for example, different When two motors WN 5 2 — 5 a are energized, and they are energized sequentially in a left-handed or right-handed manner, or two adjacent motors WN 5 2 _ 5 a are energized and left-handed or right-handed. If the ground is sequentially energized, the gravitational force acting between the motor WN 5 2 -5 a and the ferromagnetic body WN5 2-5 1 b in the energized state moves left or right in sequence, so the mover WN 5 2 — The inclination of 5 b also moves in the left-handed or right-handed direction in sequence. The mover WN 5 2 — 5 b and the trajectory moving protrusion WN 5 2 to 4 move conically to the left-handed or right-handed direction without rotation. 'Furthermore', a plurality of motors W N5 2-5 a arranged in a circle at a specified interval and a motor WN5 2-5 a and a motor WN 5 2-5 a on the opposite side of the circle (after In the embodiment, please read the note on the back first. Binding

The electric motor WN 2-is a pair of electric motors WN 5 2-and the energizing force is applied to the ferromagnetic body WN 5 2 — 5 1 b, so that the movable trajectory WN 5 2-5 b can be specified. The movement is smoother and suitable for occasions that require a large driving force. In addition, it is unfavorable. The repulsive force that reverses the energizing direction of the electric machine WN5 2-5 a is generated by the attractive force between the electric machine WN5 2-5 a and the ferromagnetic body WN5 2-5 1 b. The movement of the specified trajectory can also achieve the same movement as in the case of using gravity. Therefore, when the washing water is discharged, the trajectory moving protrusions WN 5 2-4 move in a conical shape in a left-handed or right-handed sequence, so the washing water also moves in a conical shape to move the left-handed or right-handed drawing along a specified trajectory. In addition, the paper size of the printed paper printed with the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Wire Economy applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) -227- ^ 4 3435 7 V. Description of invention 25) (please first (Note t on the back of this page and this page) This is different from the moving motor, because it does not generate a rotating force in the circumferential direction, so it does not produce the trajectory movement protrusion as in the case of the trajectory moving protrusion WN 5 2-4 driven by the electric motor. The rotation of the part WN 5 2-4 and the joint ψN 5 2-2 will not be able to move normally because it is entangled with the mover WN5 2-5 b or the trajectory moving protrusion WN52-4. Furthermore, by changing the left-handed or right-handed energizing cycle, the moving speed of the mover WN 5 2 — 5 b along a specified trajectory can be changed, so that the trajectory changing the trajectory WN 5 2-4 or the drive of washing water can be controlled. The driving speed of the object, for example, when used as a washing nozzle for human body washing, can obtain a variety of washing feelings in accordance with the moving speed of washing water. -Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. If the order of energizing the motors WN5 2_5 a is not turned left or right (for example, by energizing a pair of motors WN 5 2-5 a When it moves back and forth, it is followed by the energization of the other paired motors WN 5 2-5 a to move in other forward and backward directions, and the energized paired motors WN 5 2 _ 5 a are sequentially switched, or at the same time There are countless types of situations where multiple motors WN5 2-5a are energized, and multiple simultaneous energizations are sequentially switched. There are countless forms), which can be controlled arbitrarily by cooperating with the electrical order of the motors WN 5 2-5a. Specify the orbit 'track to move the mover WN52-5b. Furthermore, the motor WN5 2-5 a is not arranged in a circular shape. For example, if the motor WN5 2-5 a is arranged in a c-shape or a polygonal shape, the mover WN 5 2-5 b or the driving object can be matched with the motor WN 5 2-5 a. Arbitrary trajectory of the configuration. -228 · This paper size applies the Chinese national standard (CNS &gt; A4 size (210 X 297 mm) Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Industrial Cooperatives 7 A7 _____B7____ 5. Description of the invention26) Furthermore, changes to the motor WN5 2 — If the amount of current is 5 a, the degree of attraction or repulsion between the motor WN5 2 — 5 a and the ferromagnetic body WN5 2 — 5 1 b can be changed, so the movement of the mover WN 5 2 — 5 b can be changed. distance. Therefore, the mover WN 5 2 — 5 b moves in a conical shape on a specified trajectory, and the washing water also conically discharges water on a specified trajectory. Therefore, the washing surface and the water discharge hole WN 5 2-4 a to the motor WN Compared with the distance up to 5 2-5 a, when the distance is longer, the amount of power to the motor WN5 2-5 a is variably controlled so that the conical expansion angle α of the mover WN 5 2-5 b is only With a few changes, the expansion of the washing water can be greatly changed. The slightly different moving distance of the mover WN 5 2 -5 b can greatly change the washing area. Furthermore, the magnetic poles generated by the motors WN5 2-5 a are not oriented *, and the ferromagnetic bodies WN 5 2-5 1 b opposite to all the motors WN 5 2-5 a are arranged, and a number of motors WN5 2 — 5 a Place the magnetic poles toward the opposite ferromagnetic body WN5 2_5 1 b, or arrange the ferromagnetic body WN52-5 lb in different sizes, so that the opposite ferromagnetic body WN52-5 lb and If the gaps WN5 2-5 c of the motors WN5 2-5 a are different, the motors WN5 2-5 a and ferromagnetic bodies can be changed without changing the energizing mist to the motors WN 5 2-5 a. The gravitational or repulsive force generated between WN5 2 — 5 1 b can move the mover WN 5 2 _ 5 b to a more complicated arbitrary designated trajectory. In this way, the movable trajectory WN 5 2-5 b and the trajectory of the trajectory moving protrusion WN 5 2-4 can be arbitrarily controlled, so the paper size can be applied to the Chinese National Standard (CNS &gt; A4 specification (210 X 297 cm)藿) -229- -IH ϋ ϋ n ϋ i 1 &gt; I &lt; Please read "Notes on the back page before reading this page) Order. --Line. Printed by Shelley Consumer Cooperative, Intellectual Property Bureau, Ministry of Economic Affairs 4- 34 3 5 7 A7 __ [___ B7___ V. Description of the invention27) Wash the place you like within the range you want to wash, or change the area you like to wash. You can get the washing position or time with the human body when washing. Diversified washing sensation changing with time = Fig. 1 3 3 shows the washing nozzle ψN 54 related to other embodiments, Fig. 133 (a) is a sectional view, and Fig. 133 (b) is an actuator WN 5 4-6 configuration diagrams. Actuator WN 5 4 — 6 is composed of water spouting part WN 5 4 — 4 of movable element and motor part WN 5 4 — 6 b = water spouting part WN 5 4 — 4 and has ferromagnetic body WN 5 4 _ 6a. Water outlet WN54 — 4a, water discharge hole WN54 — 4b, and the passage WN54 — 4C that connects the water inlet WN5 4-4 a and the water discharge hole WN 5 4_4b. As shown in Figure 13.3 (b), the ferromagnetic body WN54_6a and the electric machine WN54-6b are arranged in a circle at a specified interval, so that each of the ferromagnetic bodies WN 5 4 -6 a and the electric machine WN5 4 — 6 b direction is opposite. In addition, a gap is provided between the ferromagnetic body WN54_6a and the motor WN54-6b. The water spouting part WN54-4, through the gasket WN54-10, the body of the washing nozzle WN54 is freely supported by the supporting part WN54-'5 2 and the aforementioned supporting part WN5 4- 5 2 can be used as a fulcrum to the water supply port WN5 4- _2 a Relative shift action. In addition, the water supply port WN 5 4-2a is arranged so as to be separated from each other with a gap therebetween so that the discharged washing water is directed into the inlet water DWN54-4a. In addition, the motor WN5 4 -6 b can be incorporated into the cleaning nozzle WN 5 4 without being exposed to water. In this case, the gasket WN54 — 10 can also be omitted. In the structure of Figure 1 3, the material of ferromagnetic body WN 5 4 — 6 a ___ _ ____ _ installed --I &lt; Please read the note on the back before buying) 〇Order · -Linear paper Standards are applicable to China National Standard (CNS) A4 specifications (210 X 297 mm) -230- Printed by Shelley Consumer Cooperatives, Intellectual Property Bureau, Ministry of Economic Affairs Λ3435 7 V. Description of invention ¢ 28), soft magnetic materials (such as Fe_Si [Silicon steel] or F e-N i [High-permeability nickel alloy] or Fe — Si — A 丨 [Fe-Si-Al alloy] or MηZη ferrite or amorphous alloy, etc.). In this case, if any one of the motors WN5 4-6 b is energized, the energized motors WN54-6b and the opposite ferromagnetic body WN54-6a exert a gravitational effect, so that the ferromagnetic body WN5 4-6a Moving toward the opposite current-carrying motor WN5 4-6 b, the water spout WN54-4 is inclined (biased) to the non-power-on state. Therefore, the order of energizing a plurality of motors WN 5 4 _ 6 b arranged in a circle at a specified interval, for example, not simultaneously energizing two motors WN 5 4 — 6 b, and turning left or right When power is applied in sequence, or when two adjacent motors WN 5 4-6 b are powered on and left or right are turned on in sequence, the motors WN5 4-6 b and ferromagnetic body WN 5 The gravitational force acting between 4-6 a moves in a left-handed or right-handed sequence, so the tilt of the water spout WN 5 4-4 also moves in the left-handed or right-handed order. In addition, the spouting part WN54-4 moves in a conical shape without rotation in the left-handed or right-handed direction. In the structure of Fig. 1 3 3, if the material of ferromagnetic body WN 5 4-6 a is a hard magnetic material (such as iron-cobalt-nickel-aluminum alloy or ferrite, rubber magnet, bell- (E.g., sharp-iron-smashing, etc.), the magnetic field of the N or S pole of the ferromagnetic body WN 5 4 — 6 a is directed toward the opposite motor WN 5 4_ 6 b. The electric motor WN5 4_6 b is powered by the magnetic poles on the opposite ferromagnetic body WN 5 4-6 a, and becomes the opposite ferromagnetic body. This paper applies the national standard (CNS) A4 standard (210 X 297). (Mm) -231-___ It _______ packed .__ {Please read the "Precautions on the back side" page first) Order-; Line-Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 j.3d35 7 __- J7____ V. Description of the Invention 纟 29) WN 5 4-6 a is opposite to the magnetic pole when the current is applied in the same way as when soft magnetic materials are used. The opposite ferromagnetic body WN 5 4 -6 a and the motor WN 5 4 '-6 The gravitational force between b causes the ferromagnetic body WN54_6a to move in the direction of the opposite energized motor WN54-6b. Therefore, the spouting part WN54-4 is inclined (biased) to the non-energized state.

Therefore, the order of energizing a plurality of circular motors WN 5 4-6 b arranged at a specified interval, for example, not energizing two motors WN 5 4-6 b at the same time, and turning left or right If power is applied in sequence, or if two adjacent motors WN5 4 — 6 b are energized at the same time and left or right are sequentially energized, the motors WN 5 4 — 6 b and the ferromagnetic body WN5 4 are energized. -The gravitational force acting between 6 a moves in a left-handed or right-handed order, so the tilt (deflection) of the spouting part WN 5 4-4 also moves in the left-handed or right-handed order. In addition, the spouting portion WN 5 4-4 moves in a conical shape in a leftward or rightward direction without rotation. Furthermore, the plurality of motors WN 5 4-6 b arranged at a predetermined interval in a circle shape and the motors WN5 4-6 b and the motor WN54-6b on the opposite side of the circle shape (hereinafter, in the embodiment The two motors WN54_6b are referred to as a pair of motors), and if the current is repelled with the ferromagnetic body WN 5 4-6 a, the movement of the specified trajectory of the water spouting part WN 5 4-4 can be made even more. Smooth. In addition, instead of using the gravitational force between the motor WN5 4-6 b and the ferromagnetic body WN 5 4-6 a, a repulsive force that reverses the energization direction of the motor WN5 4-6 b is generated by the repulsive force. The designated trajectory can also be moved 1 !! 1_1_11 II · II (please read the precautions on the back first. This page) Γ Order · This paper size is applicable to China B Jia Zhu Zhun (CNS) A4 specification (210 X 297 mm & gt -232- ^ 4 ^ 435 7 V. Description of Invention 30) to achieve the same movement as in the case of using gravity. With the structure of Fig. 1 3, if the actuator WN 5 4-6 is driven in conjunction with the spouting of the washing water, the spouting part WN 5 4-4 is shifted to the left or right in order, so the washing water is washed. The direction of spouting water is also skewed, which can make the washing water move left or right to follow a specified trajectory. In addition, if you change the energizing cycle of left-handed or right-handed, you can change the moving speed of the spouting unit WN 5 4 — 4 along the specified trajectory, so you can control the moving speed of the specified trajectory of the washing water. Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperatives

C In addition, if the amount of current to the motor WN5 4-6 b is changed, the strength of the gravitational or repulsive force between the motor WN 5 4-6 b and the ferromagnetic release WN5 4_ 6 a1 can be changed, so the water discharge part can be changed. The moving distance of WN 5 4 — 4 can be controlled by changing the energizing amount of the motor WN 5 4 — 6 b. The inclination (partial vector) of the water discharge part WN 5 4 — 4 can be controlled to control the washing water. The bias vector in the direction of water discharge can be easily switched between wide-range washing and narrow-range washing. Furthermore, it is easy to change the washing area only by changing the bias vector in the direction of water discharge, so only a small amount of electric power to the motor W N54-6b can be changed. In addition, if the order of energizing the motors WN 5 4 — 6 b is not turned left or right in sequence (for example, by energizing a pair of motors WN5 4 — 6 b to move them back and forth, followed by the other When energizing the motors WN 5 4 _ 6 b causes other front and rear directions to move, so that the energized pair of motors WN 5 4-6 b are sequentially switched | or simultaneously to multiple motors WN 5 4 — 6 b Power-on 'switch in the same order. The paper size of the power-on copy is applicable to the Chinese National Standard (CNS) A4 (21〇χ 297 公 «). 233- A7 A7 B7 f 34'rp? 7_ 5. The description of the invention is as 1 ) For several occasions, etc., there are countless forms). By arbitrarily controlling the specified trajectory of the power-on sequence of the motors WN 5 4-6 b, the water spouting part WN 5 4-4 can be tilted (biased), and This makes it possible to move the washing water along a variety of designated trajectories. Furthermore, the motor WN 5 4-6 b is not arranged in a circular shape. For example, if the motor WN 5 4-6 b is arranged in a c-shape or a polygonal shape, the water spouting part WN 5 4-4 can be matched with the configuration of the motor WN 5 4 -6 b. The trajectory is tilted (biased), making it possible for the washing water to move along a variety of designated trajectories. The water inlet WN5 4-4 a is separated from the water supply DWN5 4-2 a through the gap, and the washing water discharged from the water supply outlet WN5 4_ 2 a is directed to the water inlet WN 5 during the action of the water discharge portion WN 5 4-4 The structure of the water inlet WN5 4-4 a is arranged in the manner of 4-4 a, so that the waterway connection between the water supply unit WN 5 4-2 and the water discharge unit WN 5 4-4 can be made in a non-contact manner. Arbitrary movement trajectories can be drawn within the movable range of the water spouting section WN 5 4-4, so in addition to the effects of the embodiment, it can be easily described as just described with a slight deviation of the water spouting section WN 5 4-4 Diversified water spitting trajectory. Therefore, the washing area can be efficiently washed in accordance with the washing area of the part to be washed, and since the washing range can be changed at high speed, it is also possible to easily and efficiently perform a wide range washing. Especially when it is used for human body washing, the wide-area washing feeling of wide-area washing and the spot-like washing feeling of narrow washing can be easily distinguished and used without increasing or decreasing the flow rate of the washing water, and can be easily applied Diverse washing feeling. Therefore, there is no case where the washing area is changed by the instantaneous increase or decrease of the amount of water discharged. -I tt ef in I · II in the heat exchanger that heats the washing water (please read the precautions on the back first) (Re-purchase) Order- · • Line · Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Consumer Cooperatives This paper is printed in accordance with China National Standard (CNS) A4 (210 X 297 mm) -234- Member of the Intellectual Property Bureau of the Ministry of Economic Affairs X Printed by the Consumer Cooperative 434 3 5 7 A7 _______B7_______ 5. Description of the invention 32 &gt; The temperature adjustment control cannot keep up with the increase and decrease of the instantaneous spitting water quantity, and even when the washing area is changed, stable warm water spitting can be performed ° In addition, the cleaning nozzle WN54 'is separated by a water inlet WN54 — 4 a and a water supply port 1 ^ 5 4 — 2 a through a gap, and the washing water discharged from the water supply port WN5 4 — 2 q is discharged to the water discharge part. During the operation of WN5 4-4, the water inlet WN5 4-4 a is arranged in a manner facing the water inlet WN 5 4-4 a. It can use the spray effect or air pump to mix air bubbles in the washing water. Furthermore, in the configuration of the embodiment, the actuator WN54-6 may be configured as a single body including the water discharge portion WN 5 4-4 and the water supply portion WN 5 4-2. Therefore, both the water spouting part WN5 4_4 and the water supply part WN 5 4-2 can be integrated into the bubble mixing means and the actuator WN5 4-6 at the same time. Therefore, a smaller and highly reliable cleaning nozzle can be realized. The actuator WN54-6 can also be applied to the cleaning nozzle shown in the embodiment. Also, in the combination of the opposite ferromagnetic body WN5 4-6 a and the electric machine WN 5 4 _ 6 b, a single or plural ferromagnetic body WN5 4-6 a and the electric machine WN5 4-6 b may be used. Combined into a flexible spring structure, the washing water moves in a specified trajectory using the gravitational and / or repulsive force between the ferromagnetic body WN 5 4 — 6 a · and the motor WN 5 4 — 6 b. In addition, due to the relative displacement of the water spouting portion WN5 4-4, the scanning action on the water inlet WN 5 4-4 a is always ensured to have a scanning area larger than at least the water inlet WN5 4-4 a of the water inlet WN5 4- _____________-II (please read the precautions on the back first, then this page) Order-.line · This paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) -235- Shellfisher, Intellectual Property Bureau, Ministry of Economic Affairs Printed by a consumer cooperative 43435 7 ___ ^ _ V. Description of the invention 33) 2 a The occupied area of the washing water discharged, plus the water inlet WN54-4a near the water inlet WN 54-4a as a fulcrum, so the water inlet The scanning range of WN 5 4 — 4 a is approximately the same as the shape of the opening of the water inlet. Therefore, the washing water discharged from the water supply port WN 5_4 ~ 2 a does enter the water inlet WN5.4-4 a. The washing water can be discharged from the water discharge hole WN 5 4-4 b without leaking, which can not only ensure stability. Flow rate of washing water, or all washing water discharged from the water supply port can be used for washing, and the state of washing water discharged from the water discharge hole WN 5 4-4 b, even if the water discharge part WN 5 4 is moved — 4 can always remain stable. Furthermore, the cleaning nozzle WN5 4 moves on a specified trajectory without rotating the spout hole, so that the installation direction of the water supply port WN 5 4_ 2 a and the water inlet WN 5 4-4 a are not limited, and the water supply port can be driven from the water supply port. The direction in which the washing water is discharged from WN 5 4 — 2 a and the direction in which the washing water is discharged from the water outlet WN 5 4 -4 b can be set freely. In addition, the cleaning nozzle WN54 has a plurality of water outlets WN54-4b for one water inlet WN54-4a, or a water outlet WN5 4-4 has a plurality of water inlets WN5 4-4 a or a water outlet WN 5 4-4. In the case of b, it is possible, and it is also possible to have multiple water inlets WN 5 4-4 a with the same number or more water inlets WN54-2 a corresponding to the respective water inlets WN54-4a. In addition, The configuration of the washing nozzle WN 54 may change the amount of air mixed into the washing water. ------- install i — (please read "Notes on the back side before f I this buttercup"). | Line · This paper size is applicable to the national standard (CNS) A4 specification (210 X 297 public « ) -236- ζ £ 115 7 _ί_ V. Description of the invention 34) Figure 1 3 4 shows the cleaning nozzle WN related to other embodiments, Figure 134 (a) is a sectional view, and Figure 134 (b) is a Diagram of the drive switching mechanism according to the rotation direction of the electric motor WN 5 6 _4 c. The washing nozzle WN56 has a structure in which washing water moves around a shaft of the shaft WN56-7 in a predetermined trajectory. As shown in Fig. 134 (a), the rotating shaft WN5 6-4 1 c of the electric motor WN56-4 c is connected to the coupler WN5 6 -A, and the protrusion WN56-A1 of the coupler WN56 -A is protruded until the coupling WN5 6 — B long groove WN5 6_B1. The coupler WN5 6-A is a structure that uses the long groove WN5 6-B 1 as a guide and can slide in the long groove WN 5 6-B 1> In addition, the coupler WN5 6-B and the eccentric cam WN5 6-4 d are connected , Such as

As shown in Fig. 34 (b), by turning the electric motor WN56 — 4 c to the left, the protrusion WN 5 6 _A 1 moves to the end WN 5 6 — B 1 of the long groove WN 5 6 “B 2 Therefore, the coupler WN 5 6_B and the eccentric cam WN5 6-4 d move upward and rotate on the drawing surface. Furthermore, the electric motor WN 5 6-4 c rotates to the right, so that the protrusion WN5 6-A 1 Move to the end of the long groove WN5 6_ B 1 until WN 5 6 — B 3, so the coupler WN 5 6-B and the eccentric cam WN 5 6-4 d move downward on the drawing and rotate. The movable part WN 5 6 _ 4e, mobile communication path WN56-3c with constituent elements, water discharge hole WN56-3d, flange WN56 _41e, eccentric cam receiving part WN56-42e, please read the precautions on the back before moving the water. Page &gt; • Binding ·-Printed by the Ministry of Economic Affairs, Intellectual Property Bureau, Shellfish Consumer Cooperative, Paper Size Applicable to Chinese National Standard &lt; CNS &gt; A4 Specification (210 X 297 public «) -237- Α73 5 7_ 五. Instructions such as 5 &gt; Β7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs

Channel WN56 — 3C and fixed water channel WN56-3e are connected with flexible joints WN56-3 f. "Flange WN56-4 1 e and cleaning nozzle WN 5 6 body flange receiving part WN 5 6 A flexible gasket WN56-3h is sandwiched between 3g. Therefore, the movable portion WN 5 6-4 e is moved in such a manner that the direction of spouting water can be deflected three-dimensionally. Since the electric motor WN 5 6-4 c is not subject to water pressure, it has a simple waterproof property. Without the gasket WN 5 6-3 h, the flange can be changed in three-dimensional manner in the direction of the water discharge. ~ ------- A specified gap may be provided between the receiving part WN5 6_3 g and the flange WN5 6-4 1 e. In addition, the instantaneous discharge water volume of the washing water is adjusted by the flow control valve WN5 6-3 b (not shown) and controlled by the control unit. The driving of the electric motors W N 5 6-4 c is controlled by a control unit (not shown). In addition, the eccentric cam WN5 6_4 d is connected to the eccentric cam receiving part WN4 2 e, and the movable part WN5 6 — 4 e is based on the rotation of the eccentric cam WN5 6 — 4 d by the contact part by the electric motor WN 5 6 — 4 c. The amount of eccentricity from the shaft is biased. By rotating the eccentric cam WN 5 6 -4 d, the contact portion is also moved left or right in sequence. Therefore, according to the eccentricity of the eccentric cam WN 5 6-4 d of the contact portion, the movable portion WN 5 6-4 e Sequentially left-handed or right-handed without a rotation for 3 dimensions. With the structure of Fig. 134, when the electric motor WN5 6-4 c is driven in conjunction with the spout of the washing water, the movable part WN5 6_4 e sequentially turns left or right for 3 dimensions, and the spout of the washing water It is also biased in 3 dimensions, which can make the washing water to the washing nozzle WN 5 6 to the washing nozzle WN {Please read the precautions on the back before buying) (Order · -The size of the paper is applicable to China National Standard (CNS) A4 Specifications (210 X 297 public love) -238- 4 34 35 ?, V. invention description fee) 5 6 around the axis WN 5 6-7 * Left or right to move in a specified trajectory. In addition, only a slight deviation in the 3rd dimension of the washing water spouting direction (even if the driving load of the electric motor WN5 6_4c is small) enables a wide range of washing. Therefore, in the embodiment, the electric motor WN56_4c, the coupler WN56 — A, the coupler WN56 — B, and the eccentric cam WN56-4 d have the function of a three-dimensional deflection means in the water discharge direction, and the control section has the function of an independent control means. In addition, by changing the rotation speed of the electric motor WN5 6-4 c, the moving speed of the designated trajectory of the movable portion WN 5 6-4 e can be changed. Therefore, the moving speed of the designated trajectory of the washing water can be controlled. Furthermore, by switching the rotation direction of the electric motor WN 5 6 -4 c left or right, the amount of eccentricity of the contact portion of the eccentric cam WN 5 6-4 d and the eccentric cam receiving portion WN 5 6-4 2 e can be changed. Therefore, by controlling the rotation direction of the electric motor WN 5 6-4 c, the magnitude (partial vector) of the 3-dimensional tilt of the movable part WN 5 6-4 e can be variably controlled, so that the spout of the washing water can be controlled The three-dimensional partial vector in the direction can be used to switch between wide-range washing and narrow-range washing only by changing the rotation direction of the electric motor WN 5 6-4 c. In addition, the cleaning area can be easily changed by only slightly changing the offset vector in the direction of water discharge in three dimensions. Therefore, a large-sized eccentric cam WN 5 6-4 d and an eccentric cam receiving portion WN56-42e are not required. Therefore, in the embodiment, the electric motor WN56 — 4C, the coupler WN56 — A, the coupler WN5 6 — B, and the eccentric cam WN5 6 — 4 d have the applicable National Standard (CNS) A4 specification (for the cleaning of this paper) ( 210 X 297 mm) ---! | 丨 1_! Pack-II &lt; Please read the precautions on the back before this page &gt; Order · -Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs-239- 4 34 3 5 7 5. The invention is described in 7) Function of area changing means. Fig. 1 3 5 shows the cleaning nozzle WN 5 8 related to other embodiments, Fig. 1 35 (a) is a sectional view, and Fig. 1 35 (b) is A of Fig. 13 5 (a) — Section A, FIG. 135 (c) is a plan view of the elastic body WN 5 8-4 near the movable portion WN 5 8-2. The cleaning nozzle WN58 is provided with a moving means WN58-3 and a movable part WN58-2. The moving means WN58-3 is provided with an electric motor WN58 — 3C, an eccentric cam WN58 — 3d 'eccentrically rotated by the electric motor WN 5 8-3 c and mounted on a rotary shaft of the electric motor WN58, — 3c, and an eccentric cam WN58 — 3d separately connected ring driven joints WN 5 8-3 e. The annular driven joint WN 5 8 _ 3 e is also a constituent element of the movable portion WN 5 8-2. The movable portion WN58 — 2 'is supported by the body of the cleaning nozzle WN58 by an elastic body WN58-4. Elastomers WN58-4, a half-ring portion WN58-41b, and a spring-shaped resin WN58-4b with flange portions WN 5 8 _ 4 2 b at both ends of the half-ring portion WN58-4 1 b, and a sheet The shape rubber WN58-4c supports the movable portion WN58-2 on the body of the cleaning nozzle WN5 8 at the flange portion WN5 8-4 4b. The flange portion WN58 — 42b ′ can be integrated with the body of the movable portion WN58 — 2 and the cleaning nozzle WN 5 8, or it can be adhered or welded. Sheet-shaped rubber WN58 — 4c, which is used to spatially isolate the inside and outside of the cleaning nozzle 'is welded to the movable part WN 5 8-2 and the size of the paper is adapted to Chinese National Standard (CNS) A4 specifications &lt; 210 * 297 male Li>! 1! 1 * Pack. II (please read the note on the back and then ^ ,, this page) Order · -line · Duty printing of employee cooperation of Intellectual Property Bureau of the Ministry of Economic Affairs -240- 4 3435 7 V. Description of the invention 38) The body of the net nozzle WN 5 8. As a result, the spring-shaped resin WN 5 8 -4b and the sheet-shaped rubber WN58_4c can be formed as one body or separated. In addition, the spring-shaped resin WN58_4b, in accordance with the load distribution applied to the elastomer, determines the fixing position of the cleaning nozzle WN 5 8 to the body, which can further improve the durability. "By the rotation of the electric motor WN58-3 c, the eccentric cam WN 5 8 — 3 d, according to the degree of eccentricity, the ring-shaped driven joints WN 5 8 — 3 e are continuously moved in a single direction without rotation by the movable part WN5 8-2, so the movable part WN 5 The water discharge hole WN 5 8-2 b on 8-2 bounces out the washing water. In addition, because the water discharge holes WN 58-2b are supported by the spring-shaped resin WN58-4b, the washing water is discharged into a cone in a movement range smaller than the movement of the ring driven joint WN 5 8-3 e. shape. In addition, the washing water is spitting water because it is entrained in air from the spray port WN 5 8-2 c, so it can save water or improve the washing power by mixing air, and it can improve the washing in the case of human body washing sense. In addition, the sheet-shaped rubber WN58_4c can be integrated by screwing the sheet-shaped rubber WN58-4c to the movable portion WN 5 8-2 and the cleaning nozzle WN 5 8 body by screwing. Further, the sheet-shaped rubber WN58-4c may use two elastomers instead of rubber to form the body of the cleaning nozzle WN 5 8 and the movable portions WN 5 8 to 2 in two colors. As a result, the paper size of the electric motor WN 5 8 _ 3 as the means of movement is applicable to the Chinese National Standard (CNS) A4 (210 X 297 mm) I nnt — n I in (please read the note on the back first) Item f: Bookmark --- line Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Industrial Cooperatives -241. V. Description of the invention such as 9 &gt; (Please read the notes on the back before Γ WN5 8-3 c and The eccentric cam WN5 8-3 d and the ring-shaped driven joint WN 5 8 _ 3 e, the spring-shaped resin WN5 8-4 b, and the sheet-shaped rubber WN 5 8-4 c can make the cone-shaped spout of the washing water stable. Because of the use of the electric motor WN 5 3-3, only a small movement change of the movable part WN 5 8-2 can make the cleaning effect and swinging trajectory (washing trajectory) from a narrow range to a wide range possible. In addition to the effect of the modification, the same effect as that described in the embodiment can be simply and surely implemented. In addition, the spring-shaped resin WN58_4b can also be made of metal. However, in this case, in order to prevent water from being splashed as needed Rust to choose its shape Non-rust-prone materials (such as stainless steel) are preferred for rust-proof processing. The movable part WN 5 8-2 shows a conical structure with water spouting, but the pendulum-shaped water spouts the washing water only in two directions. Or you can swing the spout without deviating the direction of the spout of the washing water. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, No. 1 3 6 is an explanatory diagram showing the washing nozzle WN 6 ◦ related to other embodiments. The cleaning nozzle WN 60 is provided with a water supply system for supplying washing water and an air system for swinging the rotary swing body WN 60-26 while mixing compressed air into the washing water. The flow of the washing water is sequentially from the upstream. The water is discharged from the water outlet WN6 0- 1 5 through the water pump WN 6 0-1 1. The flow adjustment valve WN60 — 1 2. The water supply channel WN60 -13, the rotary swing means WN60-14, and the water discharge channel WN60-2 5. There are two systems in the flow path. The first air flow passes through the air pump in order from the upstream. AP 6 0 -242- This paper size is applicable to the Standard for Difficulties (CNS) A4 (210 * 297 mm) 7_ V. Description of the invention 〈40〉 Α7 Β7 · ν. 7 a. The first air flow path—16 The first air valve AP60 ~ AP6 0—18a enters the rotating pendulum movement means W Ν 6 0—1 4 and transfers the kinetic energy of air from the air port. First, read the note on the back side and then Γ ·· 本(Buy) Λρ60—19 is discharged to the outside of the cleaning nozzle WN6. In addition, the Qth air flow path, _air pump AP60-16, the second air valve Ap60-0 ”b, the second air flow path AP60-18b, By the way · ~

m Introduced air bubble mixing means AP 6 0 — 2 0 are mixed into the spouting channel WN6 0 — 9 cl, u 25 and the water is washed out together. Rotating and swinging means WN6〇-u is composed of air turbine AP 6 0 _ 2 1, eccentric cam WN 6 〇-2, bearing WN 6 〇_23, flexible joint WN60-24, and rotating swing body WN6〇_ 2 6 The water spouting channel WN6 0-2 5 and the water spouting hole WN6 0-15. The air turbine AP 6 0-2 1 and the eccentric cam Wn6 0 ~ 2 2 are integrated into one body. This is supported by the bearing WN 6 0-2 3 and printed by the Intellectual Property Bureau employee consumer cooperative of the Ministry of Economic Affairs. The air flow path AP 6 0 — 1 8 a flows into the air turbine AP60 — 21, and then the air turbine AP60 — 2 1 and the eccentric cam WN 6 0 —. 2 2 rotate by the kinetic energy of the air. The eccentric cam WN60 — 22 moves the rotary swing body WN60-2 6 in a horizontal direction according to a specified trajectory by its eccentric portion. The trajectory is determined by the notch shape of the rotating swing body WN6 0-2 6. Rotation I — The moving body WN6 0 — 2 6 and the water spouting channel WN6 0-2 5 are fixed into one body. These are fixed by the swinging fixing part WN 6 0 — 2 5 at the tip of the water spouting channel WN 6 0 _ 2 9 to rotate. Swing body WN 6 0-2 6 as the center -243- This paper size applies Chinese National Standard &lt; CNS) A4 specification (210X 297 mm) Printed by the Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 4 34 35 7 V. Description of the invention fcn) and can swing in the horizontal direction. The swing is configured to change the inclination of the water discharge path WN 6 0 to 2 5 to change the water discharge direction of the washing water. The air bubble mixing means AP 6 0-2 0 is composed of an air chamber AP 6 0-2 7 and a porous body WN6 0-2 8 provided on the outer wall of the water discharge path WN 6 0-2 5. The air flows into the air chambers AP60-27 through the second air flow path AP 60-1 8b. When the pressure rises, the air passes through the porous body WN 6 0 _ 2 8 and is mixed into the washing water in the water discharge path WN 6 0-2 5 to interact with The washing water was spit out together. When the washing nozzle WN6 0 in FIG. 1 3 6 indicates the discharge of the washing water, the washing water is pressurized by the water pump WN6 0 — 1 1 and the flow regulating valve WN 6 0-1 2 Adjust the amount of water to be discharged at a specified instant, and spit through the water supply holes WN60-15 through the water supply channels WN60-13 and WN60-25. When the user instructs the washing water to rotate, the air pump AP 6 0-1 6 pressurized air opens the first air valve AP 6 0 — 1 7 a at the same time. * Air flows in through the first air flow channel AP 6 0-1 8 a. The air turbine AP 6 0 _21 rotates, and through the eccentric cams WN60-22 and the rotating swing body WN60-26, the angle of the water discharge path WN60-25 can be changed to rotate or swing the washing water. In this way, only the vicinity of the spout hole WN6 0 -1 5 in the washing nozzle WN6 0 is rotated by the kinetic energy of the air, and the whole of the washing nozzle is moved along a predetermined trajectory, and the washing water is rotated or swung Compared with the case of spouting water at the same time, the moving part is small and there are almost no actuators. — — — — — — — — — — — — Install __I (Please read the note on the back before Γ * ', · 本Page) Order. 'Line · This paper size applies to the national standard (CNS) A4 specification (210 X 297 mm) 244- ^ 3435 7 A7 B7 V. Description of the invention $ 42) (Please read the $ item on the back before (This page) Electrically drives sound or vibration, and is extremely silent and vibration-free. Furthermore, by rotating the swinging means WN60-14, only the vicinity of the spout hole WN60-15 can be rotated, so that the period of rotation or swinging of the washing water can be easily shortened, and the washing water can be effectively dispersed, which has a water-saving effect. '' In addition, the washing water is rotated or oscillated, but there is no part directly driven by electricity, so a very simple washing nozzle can be provided. Furthermore, there is no problem of durability of the electric drive section. Furthermore, there is no problem of leakage due to wiring caused by washing water, such as when power is transmitted through the wiring, and there is no problem of leakage even when the cleaning nozzle itself is used in an environment where it is easily exposed to water. Furthermore, no electrical wiring work is required up to the tip of the nozzle. When the user instructs to mix in the air, the second air valve AP 6 0 ~ printed by Behr Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs opens 1 7 b, and the air flows into the air chamber AP60 through the second air flow path AP 6 0 — 1 8 b. 27. When the temperature of the air chamber AP60-27 rises, the air passes through the porous body WN6 0_2 8 and is mixed into the washing water with most fine bubbles. Since such a large amount of fine air bubbles can be mixed into the washing water, the water consumption is reduced, and even a small amount of water has a very good washing power, and a comfortable washing feeling can be obtained with a sense of volume. In addition, the rotation speed of the rotating or oscillating wash water, the instantaneous water discharge volume, and the amount of air bubbles mixed can be independently controlled, which are not affected by the increase or decrease of the instantaneous water discharge volume. The rotation or oscillating rotation speed of the washing water can be controlled from low speed to high speed * The amount of air bubbles can be controlled in a wide range. Therefore, when the nozzle of a local washing device, a shower head for human body washing, or a faucet for hand washing are used as a human body washing nozzle, the amount of water is instantaneously discharged. This paper size applies the Chinese national standard (CNS &gt; A4 specification (210 X 297 mm) -245- 34 3 5 7 A7 __B7____ V. Description of invention Dagger 3) Under certain circumstances, the washing feeling can be changed, even if the amount of water is instantaneous. Certainly, it can fully correspond to various user washing preferences. In addition, because the washing feeling can be changed without being affected by the increase or decrease in the amount of instantaneous spit water, the temperature adjustment control of the heat exchanger that does not heat the washing water cannot keep up with the increase or decrease in the instantaneous spit water flow. Stable warm water spouting can be performed on variable occasions. In addition, since the air pump for rotating or swinging the spouting direction of the washing water and the air pump for mixing air bubbles are used, it is possible to make a compact and inexpensive device, and at the same time, make it easy to splash when it is rotated and oscillated. The problem can be reduced by mixing air bubbles, and at the same time, the washing feeling can be softened. Furthermore, the combination of both can greatly save water. FIG. 1 7 is an explanatory view showing a cleaning nozzle WN 61 related to another embodiment. The washing nozzle WN61 is provided with a part of the compressed air from the air supply means which rotates the swing washing water and the swing means WN 6 1-1 4 and a bubble mixing means AP61- for mixing the washing water with air. 20's composition. That is, a part of the air leaving the rotating and oscillating means WN6 1-14 is discharged to the outside of the cleaning nozzle WN6 1 through the air port AP6 1-19, and the other part of the air is introduced into the bubble mixing means AP 6 1-through the air passage. 2 0, is mixed into the washing water through the porous body WN61-2 8 provided on the outer wall of the discharge water channel WN6 1 _ 2 5 | and is discharged simultaneously with the washing water. According to this configuration, although air mixing and rotation swing cannot be independently controlled, the air passage in the cleaning nozzle WN 61 can be made common, and it is possible to mix air bubbles and rotation swing with a small amount of air, which can be independent of washing The paper size of water is suitable for Chinese National Standard (CNS) A4 (210 X 297 g). Read the note on the back and print it out. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. -246- 4 3435 7 V. Description of the invention 4 ) Water volume to control air volume. Fig. 1 38 shows a cleaning nozzle WN 62 related to another embodiment, and Fig. 138 (a) is a view seen from the side; "Zheng 138" (b) is a view seen from above. The cleaning nozzle WN62 has a rotating and swinging means WN62-14 that swings the water discharge holes WN 6 2-1 5 by compressed air. The flow of the washing water passes through the water pump WN6 2 — 1 in order from the upstream. 1. The flow control valve WN62 — 1 2. The water supply channel WN62 — 13 'rotating and swinging means WN62 — 14 and the spouting channel WN6 2 — 2 5 and Spit out from the spout hole WN6 1 5. The air flow path, as shown in Figure 1 38 (b), passes through the air pump AP62-16 and is divided into two flow path systems, which are respectively entered through the air valve AP 6 2 _17 and air flow path AP62-18. Rotating and swinging means: WN6 2-1 4 transfers the kinetic energy of air to the outside of the cleaning nozzle WN 6 2. Rotating and swinging means WN62 — 14 are composed of air nozzles AP 62-30, flexible joints WN62 — 24, rotating and swinging bodies WN 62 — 26, springs WN62 — 31, water spouting paths WN62 — 25, and water spouting holes WN62-1 5 . The rotating and oscillating body WN 62 — 26 is fixed to the water discharge channel WN62 — 25 as a whole, and the swaying fixing portion WN6 2-2 5 at the tip of the water discharge channel WN6 2-2 9 is connected to the washing nozzle WN6 2, and the swing fixing portion WN6 2-2 9 is the center horizontal swing. The user instructs to wash. If the clean water rotates or swings, the air pump AP 6 2-1 6 pressurizes the air while the two air valves AP 6 2 — 1 7 -H ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ^ 1 ϋ I n (please read the note of $ on the back and then Γ, this I) order.. Printed by the Ministry of Economic Affairs, Intellectual Property Bureau, Shellfish Consumer Cooperative, this paper is printed in accordance with Chinese national standards &lt; CNS &gt; A4 size (210 X 297 mm) 247- A7 B7 4 34 3 5 V. Description of the invention (245) Open and close the air at a specified period to send the air to the swinging means WN 6 2 -1 4 AP 6 2 — 3 0. The sent-in pressurized air is 'spit out by two air nozzles AP 6 2-3. 0', and is connected to the spit of the rotating swing body WN 6 2 _ 2 6 which is held down by the spring praise WN 6 2-3 1 The inclination of the waterway WN 6 2-2 5 changes to change the direction of water discharge. Here, if the switching cycle of the air valve AP6 2 — 1 7 is shortened, 'the rotation or swing of the short-term water discharge can be performed'. In addition, if the output pressure of the air pump AP 6 2-1 6 is increased, the water discharge channel WN 6 2 — The tilt of 25 also changes greatly, which can greatly change the direction and area of water discharge.稂 According to the structure of the cleaning nozzle WN6 2, the water discharge area (expansion) and the period of rotation or swing can be controlled independently of the flow rate. Therefore, the cleaning nozzle WN 6 2 can support various types of cleaning modes. In addition, the "washing nozzle WN6 2" can rotate or swing at a high speed even with a small amount of air. For the user, a clean feeling of the spout from the entire spout surface can be obtained, which can greatly save water. Fig. 139 shows a cleaning nozzle WN 64 according to other embodiments, Fig. 139 (a) is a sectional view, and Fig. 139 (b) is a perspective view. The cleaning nozzle WN6 4 is provided with a water discharge hole WN6 4 — 4 b, and the shaft WN 6 4 _ 6 a is moved back and forth or left and right repeatedly to move. The cleaning nozzle WN6 4 is provided with a drive motor WN6 4 — 5 1 a, and its rotating shaft WN 6 4_ 5 1 b — the body is opposed to the rotating shaft WN 6 4 — 5 1 b of the shaft 6 4 — 6 t &gt; eccentric cam WN 6 4 — ------ install .-- (please «read the note on the back and then η .. this page" to order., Line-paper size printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, M Industrial Consumer Cooperatives Applicable to 0 Chinese standards &lt; CNS) A4 specification (210 X 297 mm) -248-

V 4-3435 7 A7 Printed by S Industrial Consumer Cooperatives, Bureau of Intellectual Property, Ministry of Economic Affairs B7_____ V. Description of Invention fe46) In addition, the cams WN64 — 5 1C are in contact with the driven joints WN64 — 45. The driven joints WN64-45 are integrally formed with the moving water passage WN6 4-4 a or the spout hole WN6 4-4 b, and are connected to the leaf spring WN64-5 1 f to be elastically pressed. The moving water passage WN 6 4 _ 4 a | is connected to the fixed water passage WN64-3a through the flexible joint WN64-2. In addition, the driven joint WN64-45 rotates around the shaft WN64 — 6b by the eccentric cam WN64 — 5 1 c. If it is pressed in the direction B as shown in FIG. 1 39 (a.), The leaf spring WN64 — 5 1 f receives resistance in the direction A. Therefore, by driving the drive motor WN6 4-5 1 a, when the thick-walled side of the eccentric cam WN6 4-5 1 c faces the driven joint WN64-4 5, Due to the resistance of the leaf spring WN6 4-5 1 f, the driven joint WN 6 4-4 5 moves in the A direction. If the drive motor WN6 4-5 1 A is continuously driven, the driven joint WN6 4_4 5 moves back and forth between the shafts WN6 4 — 6 a, so that the water discharge hole WN 6 4-4b moves back and forth between the shafts WN64 — 6 a. . In the cleaning nozzle shown in Fig. 139, the drive motor WN6 4-5 1 a is driven to discharge the washing water, and the water discharge hole w N 6 4-4 b can be repeatedly moved back and forth between the shafts WN 6 4-6 a. For the sake of movement, the washing water swings back and forth (in accordance with the specified trajectory) while spitting water. Figure 140 shows a cleaning nozzle W N 6 6 ′ related to another embodiment. Figure 140 (a) is a sectional view, and Figure 140 (b) is a perspective view. The cleaning nozzle WN 6 6 has a designated trajectory for repeated iterations. --- I ------- installation --- (锖 "Read the note on the back side and then Γ *: 本 I) • Line · This paper size is applicable to the national standard (CNS) A4 specifications (210 X 297 male; -249- t- t- A7 B7 ^ 34 35 7 V. Description of the invention fe47) Water outlet WN 6 6 — 4 b. The cleaning nozzle WN6 6 is provided with an electromagnetic coil WN6 6 — 5 4 a and a ferromagnetic body WN66 — 54b disposed opposite the electromagnetic line 圏 WN6 6 — 5 4 a with a gap WN 66_54c and a moving water passage WN66 — 4a And spout hole WN66-4b. The electric coil WN66-54a can also be embedded in the cleaning nozzle WN 66 in terms of characteristics. Therefore, burying the electromagnetic coil WN66-54a in the body can prevent the electromagnetic coil WN 6 6 _ 5 4 a from being exposed to water. The mobile water channel WN66-4a is connected to the fixed water channel WN66-3a through a flexible joint WN66-2. A spring WN66-54d is disposed on the opposite side of the electromagnetic coil WN6 6-5 4 a and the shaft WN6 6-6 a. One end of the spring WN66 — 5 4 d abuts against a component constituting the moving water passage WN6 6 — 4 a, and the other end of the spring WN6 6 — 5 4 d is fixed to the cleaning nozzle body. In addition, the components constituting the water discharge hole WN66_4b, the moving water passage WN 6 6-4 a, and the ferromagnetic body WN6 6-5 4 b are structured such that the shaft WN6 6-6 a can be moved forward and backward through the joint WN6 6-2 =

In the cleaning nozzle WN66 shown in FIG. 140, if the energization of the electromagnetic coil WN66-54a is controlled, the magnetic field generated by the electromagnetic coil WN66-5 4a forms a strong magnetism integrated with the moving water passage WN6 6-4 Between the bodies WN 6 6-5 4 b, gravitation or repulsion occurs. As a result, the water jet holes WN6 6 — 4 b, the mobile water channel WN6 6 — 4a, and the ferromagnetic body WN66_54b * become the through connector WN. — — —— — — — — — — — —-II «Read the note on the back page first, then Γ page)

V-line · Printed by Shellfish Consumer Cooperative of Intellectual Property Bureau, Ministry of Economic Affairs -250- A7

^ 3 5 7_V. Description of the invention Pan 48) 6 6 — 2 The movable structure, so it can move back and forth with the axis WN6 6-6 a. In addition, the amplitude of the forward and backward movement can be in the gap WN 66-54 c The range is arbitrarily controlled. In addition, the magnetic pole generated can be reversed by reversing the energizing direction of the electromagnetic coil WN 6 6_5 4 a. Therefore, if a hard magnetic material (permanent magnet) is used as the ferromagnetic body WN6 6-5 4 b, Using the spring WN6 6_ 5 4 d, the water discharge hole WN 6 6 — 4 b sandwiches the shaft WN 6 6 — 6 a back and forth and back and forth. In addition, the cleaning nozzle WN6 6 controls the energization of the electromagnetic coils WN 6 6 to 5 4 a to discharge the washing water, and the water discharge holes WN 6 to 4b sandwich the shaft WN6 6-6a back and forth repeatedly. 'The washing water swings back and forth (along the specified trajectory) and is spits out at the same time. As the flexible joint WN 6 6-2 of the cleaning nozzle WN 6 6, a resin tube is preferably used, but if it has a bellows (freely retractable tube) structure, it may be metal. As the material of the ferromagnetic body WN 6 6 -5 4 b used for the cleaning nozzle WN 6 6, a hard magnetic material generally used in a motor (for example, iron-cobalt-nickel-aluminum alloy or barium ferrite) can be used. , Rubber magnet, samarium-cobalt, ammonium-iron-boron, etc.) or soft magnetic materials (such as Fe-Si [silicon steel] or Fe_Ni [high-conductivity magnet nickel alloy]) or Fe-S i-A1 [iron-silicon aluminum alloy ] Or MηZη ferrite or amorphous alloy, etc.) The present invention can be implemented as long as it is a ferromagnetic material that generates a magnetic field by the electromagnetic coil WN6 6-5 4 a to cause attraction or repulsion. Figure 1 4 1 shows the cleaning nozzle WN related to other embodiments -------------- install --- &lt; Please read the precautions on the back before buying this) ·; The paper size of the paper applies the Chinese standard (CNS &gt; A4 grid (210 X 297 cm) -251-h 4 3435 7 A7 _ '_ B7 V. Description of the invention (249) 68, Figure 141 (a ) Is a cross-sectional view, and FIG. 141 (b) is a perspective perspective view. The cleaning nozzle WN 6 8 has a two-dimensional deflection of the direction of the spouting water of the washing water, so that the spouting water of the washing water moves on a specified trajectory while spouting water. Part WN68 — 8. As shown in Figure 14 (a), the water spout swing part WN6 8 — 8 'is composed of movable elements WN68-8a, two motor elements WN68-8b, and movable element WN6 8 — 8 a, with two ferromagnetic bodies WN68 — 81a, mobile water passage WN68-3c, spout hole WN68 — 3d, flange WN68 — 82a. Two motor sub-boundaries 1 ^ 6 8 — 8 乜, sandwiching movable elements The fox 1 ^ 6 8-8 3 is arranged at the front and back or left and right of the mover WN68_8a, and two ferromagnetic bodies WN68 _8 1 a are arranged so as to face each of the motors W.N6 8-8 b. In addition, the ferromagnetic body WN6 8_8 1 a and motor WN6 There is a gap WN68_8c between 8-8b. The moving water channel WN68_3c is connected to the fixed water channel WN68-3e through the flexible joint WN68 — 3 ί. In addition, the flange WN68_82a and the flange receiving portion WN6 8 — 3 g Between them, a flexible gasket WN68-3h is sandwiched. Therefore, the movable member WN68-8a can be moved in such a way that the spouting direction can be biased in two dimensions. In addition, the motor WN 68_8b is in the body of the cleaning nozzle WN68. It can also be assembled without being exposed to water. In this case, 'the gasket WN 6 8-3h is not used, and the spouting direction can be changed in two dimensions at the flange receiving portion WN6 8 _ 3 g and the flange WN6. A designated gap between 8 — 8 2a is also acceptable. In addition, the “instantaneous spitting water volume adjustment of wash water” is based on the flow rate. This paper standard applies the Chinese national standard (CNS &gt; A4 specification (210 * 297 mm). 252 — — — — — — — — — — — — — — II (please read the notes on the back before iT page) Order:-Printed by Shellfish Consumer Cooperative of Intellectual Property Bureau of Ministry of Economic Affairs L 434357 A7 B7 V. Description of the invention 0) Control valve WN 6 8 = 3 b (not Shown) to, and to the control unit (not shown) is controlled. In addition, the drive system of the water spout swinging section WN 6 8-8 is controlled by the control section. The structure of the cleaning nozzle WN6 8 shown in FIG. 14 1 and the material of the ferromagnetic body WN6 8 — 8 1 a are soft magnetic materials (such as fe ~ si [silicon steel] or Fe—Ni [high-permeability nickel alloy]) Or Fe -S i-A 1 [iron-silicon alloy] or Mη Zn ferrite or amorphous alloy, etc.), as long as any of the motors WN6 8-8 b is energized, the 'powered motor WN 6 An attractive force is generated between 8 — 8 b and the opposite ferromagnetic body WN 68 — 8 1 a, and the ferromagnetic body WN68-8 1 a 'moves in the direction of the oppositely energized motor WN6 8-8 b. So ‘movable child Jia! ^ 6 8 — 8 3 Tilt to non-energized state (bias). By this, the current is applied to the two motors WN 6 8-8 b, and the motors WN 6 8-8 b and the ferromagnetic body WN68-8 1 a are energized when the current is applied alternately. WN68-8a interacts front-to-back or left-right, so the tilt (bias) of the mover WN6-8-8a also changes interactively in two dimensions. In addition, the ferromagnetic material WN6 8 ~ 8 1 a is made of hard magnetic materials (such as iron-cobalt-nickel-aluminum alloy or barium ferrite, rubber magnets' 钐 -Co, 钹 -Fe-B, etc.) In this case, the magnetic field of the N pole or S pole of the ferromagnetic body WN68-8 1 a is oriented toward the opposite motor WN 6 8-8 b, so that the motor WN6 8-8 b passing current The magnetic pole generated on the opposite ferromagnetic body WN6 8_ 8 1 a becomes the opposite ferromagnetic body WN6 8-This paper is in accordance with the Chinese National Standard (CNS) A4 specification (210 X 297 mm) II d ϋ K u II * n I Please read the note on the back of the page before A page) Order--··· Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs-253- A7 B7 4 3-4 4 5 1) If the magnetic pole of 8 1 a is energized in the opposite way to the magnetic pole, it is the same as the case of using soft magnetic materials. The gravitational effect between the opposite ferromagnetic body WN6 8_8 1 a and the motor WN 6 8 — 8 b makes the strong The magnetic body WN6 8-8 1 a 'moves in the direction of the opposite energized motor wn6 8 — 8b. Therefore, the 'movable element WN6 8-8 is inclined (biased) to the non-energized state. Furthermore, if the energized motor WN6 8-8 b and other motors WN6 8-8t &gt; are energized in such a way that a repulsive force is generated between the ferromagnetic body WN6 8-8 1 a, the movable element WN 6 8 -The movement of the specified track of 8 a is smoother. In addition, instead of using the gravitational force between the motor WN 6 8-8b and the ferromagnetic body WN6 8 — 8 1 a, the direction of the current applied to the motor WN 6 8 _ 8 b is reversed to generate a repulsive force. When it is moved along a specified trajectory, the same movement can be performed as when gravity is used. In addition, in conjunction with the spouting of the washing water and driving the spouting swinging part WN 6 8-8, the movable member WN6 8-8 a is biased in a two-dimensional direction, so the spouting direction of the washing water is also biased in a two-dimensional direction, so that The washing water WN 6 8 repeatedly moves back and forth (on a specified trajectory) with the shaft WN 6 8 _ 7 in the back-and-forth or left-right direction to move it. Furthermore, it is possible to perform a wide range of cleaning only by slightly deviating from the second dimension of the direction of the spouting water of the washing water (the driving load of the spouting swinging section WN68-8 is small). In this way, the "washing nozzle WN68" and the water spout swinging unit WN68 — 8 have the function of a two-dimensional deflection means, and the control unit has an independent control means ------------ install. 1 · (锖 Read the back first (Notes on this page, iiT. This page) Ordering ... Line · Printed paper of employees' cooperatives in the Intellectual Property Bureau of the Ministry of Economic Affairs Standards for Chinese papers &lt; CNS &gt; A4 (210 * 297 public love) .254-4 3435 7 A7 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Industrial Cooperative Cooperative ¾ B7____ V. Invention Description 2) Function. In addition, if you change the energization cycle, you can change the moving speed of the specified track of the mover WN 6 8-8 a, and you can control the moving speed of the specified track of the washing water. Therefore, there will be no increase or decrease in the movement speed (vibration frequency) of the specified trajectory in response to the increase or decrease of the instantaneous amount of water, as in the case of washing and cleaning nozzles that use the bidirectional water discharge direction of the fluid element mechanism. The problem is independent of the instantaneous amount of water, and it is easy to control the movement speed (vibration frequency) of a specified trajectory. It is not necessary to change the washing flow rate as in the case of using a fluid element mechanism. It can be used to match the movement speed of the surface being washed. Come clean. Furthermore, when the human body has a problem with the feeling of washing, it is possible to fix the instantaneous amount of water and change only the washing feeling. Even if the amount of instantaneous water is constant, it can not only fully respond to the washing preferences of various users, but also because The effect of instantaneous spitting water changes the washing feeling. * There is no occasion to change the washing sensation by increasing or decreasing the instantaneous spitting water quantity. The temperature adjustment control of the heat exchanger that heats the washing water cannot keep up with the instant. The increase and decrease of the spouting water flow enables stable warm water spouting even when the washing feeling can be changed. Furthermore, the actuator is arranged outside the washing nozzle to make the washing water spouting direction 2-dimensionally biased. Compared with the previous occasion, the cleaning nozzle WN 6 8 itself is not driven, and the driving part is very small, so the moving speed of the designated trajectory of the washing water can be increased, changing from low speed to high speed, or accelerating to high speed in one stroke. Responsiveness of switching to wash noodles becomes high speed and so on !!!! Install i I (please read the note on the back before reading if * 本 1 &gt; order.. The paper size is suitable for China Of Standards (CNS) A4 size (210 X 297 mm) -255- Α7 Β7 V. invention described έ53) to be easily performed, may be provided streamlined washing nozzle and a cleaning means. In addition, when the human body is cleaned, a variety of washing feelings can be obtained compared with the previous case where the direction of the washing water spouting direction is deflected by an actuator located outside the washing nozzle. In addition, by changing the amount of current applied to the motor WN6 8-8 b, the strength of the gravitational or repulsive force acting between the motor WN 6 8-8 b and the ferromagnetic body WN 6 8-8 1 a can be changed, so it can be changed. The moving distance of the mover WN6 8 — 8 a, and the 2-dimensional tilt size (bias vector) of the mover WN6 8-8 a can be variably controlled by controlling the energization amount of the motor WN 6 8 -8 b * Therefore, it is easy to switch between a wide range of washing and a narrow range of washing by controlling the second dimension of the spouting direction of the washing water toward children. Furthermore, it is easy to change the washing area only by slightly changing the bias vector in the spouting direction in the second dimension. It is only necessary to slightly change the amount of current applied to the motor WN 6 8-8 b. Therefore, in the embodiment *, the water discharge swing portion W N 6 8-8 has a function as a means for changing the washing area. / Therefore, switching between a wide range of washing and a narrow range of washing can be done by changing the bias vector in the discharge direction slightly in 2 dimensions (only the amount of electricity to the motor WN68-8b can be changed). There is a problem that the amplitude (washing area) of a specified trajectory increases or decreases in response to an increase or decrease in the amount of instantaneous spitting water, which can make the responsiveness of the switching of the washing range fast without being affected by the increase or decrease in instantaneous spitting water. It can be washed in accordance with the washing area of the surface to be cleaned without being affected by the instantaneous increase or decrease of the amount of water discharged. The paper size applies the Chinese national standard (CNS &gt; A4 specification (210 * 297) *) it --- --- I — — — — —-I — {Please read the back of the book first; i will read the matter and then f.1 ··· this page). 256-

Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Industrial Cooperatives, printed by L Cooperative, L 4S435 7 A7 ^ __ B7__ V. Description of the Invention Red 4) Furthermore, when the human body is cleaned and the washing nozzle is held by the hand, the hand can be changed without having to shake it significantly Net area, when the cleaning nozzle is fixed, you can change the cleaning area without moving the human body or a part of the human body, and for inconvenient places or for the elderly or children, you can change the writing range and narrow without inconvenience. Cleanse the scope. Furthermore, when the human body is cleaned, it can be easily divided into a wide range of cleansing without being affected by the increase or decrease in the amount of instantaneous spit water. The cleansing feeling of the area and the spot-like cleansing of a narrow range of washing can be easily matched. Various washing sensations. Furthermore, when the human body is washed, the temperature adjustment control of the heat exchanger that heats the washing water is not the same as when the washing area is changed by the instantaneous increase or decrease of the amount of water discharged. It is not the same as the increase and decrease of the instantaneous spit water flow rate, which makes it possible to perform stable warm water spitting when the washing area can be changed. 0 The cleaning nozzle WN6 8 is composed of two opposite ferromagnetic bodies WN6 8-8 1 a and Among the motors WN6 8 — 8 b, no matter which one has a flexible spring structure, the gravitational force between the ferromagnetic body WN 6 8 -8 1 a and the motors WN 6 8-8 b and / or Repulsive force 'causes the washing water to the washing nozzle WN 6 8 to repeatedly move back and forth or left and right (specified trajectory) with the shaft WN 6 8 — 7 therebetween.

Fig. 14 2 is a perspective view showing a cleaning nozzle WN 70 and a cleaning nozzle WN 72 related to other embodiments. The cleaning nozzle WN 7 0 shown in FIG. 142 (a) has a nozzle rotation motor WN70-41b on the side opposite to the water discharge hole, and thus the nozzle rotation motor WN in ---------- ^-II (Please read the precautions on the back first. -Line _ This paper size applies the Chinese painting national standard (CNS &gt; A4 size (210 X 297 mm) -257- (3435 7 A7 _B7_____--_ 5 55. Description of the invention ί 55) Please read the precautions on the back and then 1 page) 7 〇_4 1 b, which has a structure that swings the water outlet WN7 0 — 1. The cleaning nozzle shown in Fig. 1 2 (b) WN7 2 'is equipped with nozzle front and rear drive motors WN 7 2-4 1 c and nozzle left and right drive motors WN 72_41d. These motors move the cleaning nozzle WN72 back and forth and left and right to move the water discharge hole WN 7 2 — 1 to a specified position. The trajectory No. 14 3 is an explanatory diagram showing the cleaning nozzle WN 7 4 related to other embodiments. The cleaning nozzle WN 7 4 'is provided with a fluid element WN 74-1. This fluid element WN 74-1' responds to the flow rate The spouting hole WN 7 4-2 washes the discharged washing water. Fig. 1 4 4 shows the washing nozzle WN 7 related to other embodiments. Illustration of Figure 6. The cleaning nozzle WN76 has a structure in which the nozzle rotation motor WN 7 6 _4 1 b is used to move the nozzle left and right, and the cleaning water is swung back and forth with a fluid element WN 7 6-1. The fluid element WN 7 6 — 1, according to the flow rate, the washing water discharged from the water discharge hole WN 7 6 _ 2 is oscillated. According to this washing nozzle WN7 6, the water can be discharged from the water discharge hole WN76-2 in 3 dimensions. Consumption by employees of the Intellectual Property Bureau of the Ministry of Economic Affairs Cooperative print No. 1 4 5 is an explanatory diagram showing a cleaning nozzle-WN 7 7 related to other embodiments. The cleaning nozzle WN 7 7 is provided with vibration that vibrates the water discharge hole.. Motor WN77 — 4 1 e The vibration of the vibration-driving motor 4 1 e makes the washing water oscillate = the water-jetting means of the vibration motor 4 1 e can be combined with the configuration of the nozzle itself to move. Furthermore, these trajectories can be combined. The combination of the control unit is also possible.

Figure 1 4 6 shows the cleaning nozzle WN -258- related to other embodiments. The paper size is applicable to China National Standard (CNS) A4 (210 * 297 mm) ^ 3435 7 A7 B7 Employees of the Intellectual Property Bureau of the Ministry of Economic Affairs Printed by the Consumer Cooperative V. Invention Description Red 6) 78 'Figure 146 (a) is a schematic diagram of the structure, and Figure 146 (b) is an explanatory diagram of a state in which the spouting direction is deviated to the left and right, Figure 1 4 6 ( c) An explanatory diagram of a state in which the spouting direction is deviated forward and backward. The washing nozzle WN 7 8 has a structure that deflects the discharge direction of the washing water in three dimensions. The front and rear deflection motors WN 7 8-4 are fixed to the cleaning nozzle support (not shown), and the rotation shaft WN7 8-4 la is connected to the nozzle guide WN78-2 lb. In addition, the left and right deflection motors WN78-4b are fixed to the nozzle guide WN78-2 1b, and when they rotate, WN7 8-4 1 b is connected to the cleaning nozzle WN78. The rotation axis direction of the front-rear deflection motor WN 7 8-4 a is different from the rotation direction of the left-right deflection motor W N 7 8-4 b. The cleaning nozzle WN78 is supported so that the nozzle guide WN78-2 1 b is rotated in the left-right direction. The cleaning nozzle WN 7 8 is controlled by the control unit C T 7 8-5. That is, the control unit CT 7 8-5 adjusts the instantaneous water discharge amount of the washing water with the flow regulating valve WN 7 8-3 b, and performs the forward and backward deflection motors WN 7 8-4 a and the left and right deflection motors WN78-4b. Drive control. Therefore, if the control unit CT78-5 switches the rotation direction of the motor WN 7 8 _ 4 b to switch the left and right directions to spit out the washing water, as shown in Figure 14 (b), the direction of the washing water can be discharged. Left and right to ground 2D bias. In addition, if the control unit CT78-5 switches the rotation direction of the motor WN 7 8 _ 4 a before and after the washing water is discharged, as shown in FIG. 146 (c), the washing water discharge direction can be changed. It is biased in the 2 dimensional direction. Please read the note on the back first * The binding size on this page applies to the Chinese Standard for Household Standards (CNS) A4 (210 X 297 mm) -259- Printed by the Intellectual Property Bureau's Consumer Cooperatives ^ 4.343 5 7 A7 B7 V. Description of the invention ί57) When the washing nozzle WN 7 8 is driven in conjunction with the discharge of washing water, the front and rear deflection motors WN7 8-4 a and the left and right deflection motors WN 7 8-4 b are driven. The combination of the forward and backward 2 dimensional deviation and the left and right 2 dimensional deviation can make the discharge direction of the washing water 3 dimensional, and the washing water moves at a specified trajectory and is discharged at the same time. In addition, the combination of the reversing frequency and rotation angle of the front and rear deflection motors WN7 8-4 a and the left and right deflection motors WN7 8 _ 4 b not only causes the deflection of the water discharge direction to be performed repeatedly in a cyclical manner, but also enables cleaning Water moves in a variety of specified trajectories. In this way, the front and rear deflection motors WN 7 8-4 a and the left and right deflection motors WN 7 8-4 b have a function as a three-dimensional deflection means for the water discharge direction, and the control section CT 7 8-5 has a function as an independent control means. Therefore, even if The front and rear deflection motors WN7 8-4 a and left and right deflections. The driving load of the motors WN 7 8-4 b is very small, and it is possible to spit water over a wide area by slightly deviating from the 3rd dimension of the washing water. In addition, when driving the front-rear deflection motors WN 7 8-4 a and the left-right deflection motors WN7 8-4 b at a high frequency reversal frequency, the driving load is small, so vibration or noise generated by driving can be reduced. The forward and backward deflection motors WN7 8-4 a and the left and right deflection motors WN 7 8-4 b can be easily performed without being affected by the instantaneous increase or decrease in the amount of water discharged. The specified speed of the washing water can be increased to high speed, low speed to high speed. The speed changes, the breath is increased to high speed, and so on. It can be adjusted in accordance with the moving speed of the cleaned surface without being affected by the instantaneous increase or decrease of the amount of water discharged. Ntnn I · n This page} Order:-The paper size of the paper is applicable to the Chinese national standard (CNS> A4 specification (210 * 297 male «) -260- t. 4 _3 4 .9 ^ 7__ V. Description of the invention Yan 58) A7 B7 In addition, when the human body is cleaned, if the washing water is moved at high speed, a continuous soft washing feeling can be obtained, and if the washing water is moved at a low speed, a strong washing feeling can be intermittently stimulated. Influenced by the instantaneous spitting water volume Only changing the feeling of washing can easily respond to various preferences of washing feeling. In addition, when the human body is washed, it will not be heated as in the case where the feeling of washing is changed by the increase or decrease of the amount of instantaneous water discharged. The temperature adjustment control of the wash water. The heat exchanger cannot keep up with the increase and decrease of the instantaneous spitting water flow rate. Even when the feeling of washing can be changed, the stable spitting water temperature can be 7jC. In addition, the front and rear bias motor WN7 8- 4 a and the slight rotation of the rotation angle of the left and right deflection motors WN 7 8-4 b can switch between a wide range of washing and a narrow range of washing, and the responsiveness of the switching of the washing range is not affected by the instantaneous water discharge. The effect of the increase and decrease is performed at high speed, and it is not necessary to be affected by the increase or decrease in the amount of instantaneous spit water, and it can be washed in accordance with the washing area of the cleaned surface. The deflection motor 诃 1 ^ 7 8- 4 3 and the left and right deflection motors WN 7 8 — 4 b have the function of changing the washing area. Furthermore, when washing the human body, the washing nozzle WN 7 8 is held by the hand. The cleaning area can be changed without having to swing significantly. When the cleaning nozzle 78 is fixed, the cleaning area can be changed without moving the human body or a part of the human body. For occasions with limited mobility or for the elderly or children, It is also possible to change the cleaning of the wide range and the narrow range without inconvenience. In addition, when washing the human body, it can not be affected by the instantaneous discharge of water. The paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm)- -------— —— ——-II (guess first read the note on the back and then Γ &quot; ..... page) Order: --line Printed by the Consumer Consumption Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs -261- Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ &quot; .4 34 3 5 7 a? Β7 V. Description of Invention ί59) Easy to distinguish between wide-area cleansing and narrow-area cleansing The point-like washing feeling can be easily coped with various washing feelings. In addition, when the human body is washed, it will not be heated as in the case where the washing area is changed by the instantaneous increase or decrease of the amount of water discharged. Heat exchange of wash water The temperature adjustment control cannot keep up with the increase and decrease of the instantaneous spitting water flow rate, so that stable warm water spitting can be performed even when the washing area can be changed. Furthermore, the motors WN 7 8-4 a and When the combination of the reversing frequency and rotation angle of the deflection motor WN 7 8-4 b makes the deflection of the water discharge direction cyclically repeated, it can smoothly change from a wide range of washing changes to a narrow range of washing. Clean, and wash | clean so that the washing | cleaning thing adhering to the surface to be cleaned may collect in the washing center which circulates sequentially. Therefore, not only does the area to be cleaned attached to the surface to be cleaned not be expanded unnecessarily, but also the cleaning efficiency can be improved by aggregating the area to be cleaned in one place. Fig. 14 7 is an explanatory view showing a local cleaning device having a cleaning nozzle WN80 according to another embodiment. The cleaning nozzle WN80 0 is equipped with intermittent discharge means WN80-4. Here, the washing nozzle WN80 is washed, and the washing water is flooded through the water supply means WN80-1, the heat exchanger T8080-2, and the hot water storage part T8080-5. Water supply means WN8 0 — 1 includes water pump WN8 0-1 3. Water stop valve WN8 0-.1 4 and flow regulating valve WN8 0 — 1 5. V. The washing water from the water supply means WN 8 0-1 is supplied to the heat exchanger nnn I ϋ I 0 &lt; please read the notes on the back page ffl) Order: -line-This paper size applies to China Standard (CNS) A4 Specifications &lt; 210 X 297 mm) -262-

Dt *-4-34 3 5 A7 B7 V. Description of the invention Cylinder 0) TH80 — 2, Hot water storage unit TH80 — 5. The intermittent discharge means WN8 0-4 is provided with a solenoid valve WN8 0 -43. This solenoid valve WN80 — 43 opens and closes the water passage at a specified intermittent frequency. As a result of the opening and closing of the solenoid valve WN8 0-4 3, the discharge of the washing water becomes intermittent as shown in Fig. 1 4 7 (a) or pulsates as shown in Fig. 147 (b). Shape. This solenoid valve WN 8 0-4 3 can change its opening and closing time from low speed to high speed, so the intermittent frequency can be easily changed from high to low. The intermittent discharge means WN8 0-4 is located. The closer to the downstream side of the water passage, the better the follow-up of intermittent discharge. Therefore, it is best to be placed before the discharge hole WN 8 0-4 2 "Also, because the heat exchanger TH8 Since the hot water storage unit TH80-5 is provided between 0-2 and the intermittent discharge means WN80-4, the change over time of the washing water passing through the heat exchanger TH 8 0-2 can be reduced, so the heat exchanger T 8 Temperature control of 0-2 wash water becomes easy. The discharge of washing water is intermittently performed in a time-intermittent manner. The control of the instantaneous discharge volume, the flow rate of the washing water, or the volume ratio of the washing water is controlled by controlling the water pump WN 8 0 — 1 3 Or flow control valve WN 8 0-1 5 and solenoid valve WN 8 0-4 3 which controls the intermittent cycle or intermittent 1 cycle of washing water discharge time. Water pump WN80-13 or flow regulating valve WN80-15 is controlled by the control unit. By washing „Nozzle WN 80, even if the flow rate of the washing water is increased -------- I ---- installation— (please first read the precautions on the back then Γ: this page) Order ·- • The paper size printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs applies the Chinese paper standard (CNS) A4 specification (210 X 297 gong) • 263- A7 43 ^ 35 7 V. Description of the invention ί 61), can also respond to The intermittent washing cycle discharge time or washing water discharge volume reduces the instantaneous discharge volume (more water saving), because the flow rate of the washing water can be accelerated, the washing force can be ensured, even if the washing water flow rate Increasing the speed can further reduce the amount of water that is instantaneously discharged, so that the energy of the washing water that does not hit the local area is too large, and a comfortable washing feeling can be ensured. Furthermore, because the local area is not continuously cleaned, Therefore, from a partial perspective, the washing water becomes intermittent, and the washing feeling is improved by intermittent stimulation. In short, a sufficient washing force and a comfortable washing feeling can be achieved at the same time, which can save water more. By changing the wash water The intermittent frequency can change the frequency of intermittent stimulation, so by controlling the intermittent frequency of the washing water, from the local partial range, you can control the irritation of the washing water intermittently. For example, you do n’t like intermittent stimulation but like continuous washing. In the case of sensation, the opening and closing of the solenoid valve WN 8 0-4 3 can be controlled at a high speed &gt; and the intermittent frequency of the washing water can be controlled at a high speed, so that the user can obtain a continuous washing sensation If you experience intermittent stimulation at a frequency that is more than the intermittent stimulation, and you spit out the washing water, the effect of continuous stimulation is more significant. Conversely, if you like strong intermittent stimulation, you can control the fj. Magnetic valve WN8 0-4 3 is driven at a low speed, and users can get strong intermittent stimulation. Furthermore, by controlling the intermittent frequency of the washing water over time *, it can fully respond to the diverse washing of users Figures 1 4 and 8 show cleaning nozzles related to other embodiments. This paper is applicable in a standard of CNS A4 (210 X 2.97 mm &gt; 阅读 Please read the notes on the back first 本 Ben buy) Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economics -264--4 3435 7 A7 ___B7______ V. Description of the invention ί 62) &lt; Please read the note on the back first WfT (This page) This is an illustration of a local cleaning device for WN84. The cleaning nozzle WN84 is provided with a shower head having a plurality of discharge holes WN 8 4-4 2 and a shower head which discharges washing water. When the spout hole WN 8 4 — 4 2 of the spouting hole is used to spit out the shower head, the amount of water, the flow rate of the washing water, the volume ratio of the washing water, or the washing area are controlled by controlling the water. Pump WN 8 4-1 3 or flow control valve WN84-15, and variable valve WN84-45 into B. The water pump WN8 4 — 1 3 or the flow regulating valve WN8 4 — 1 5 is controlled by the control unit CT8 4 — 7's washing water supply control means CT8 4 — 7 1.

Figure 1 4 9 is a cross-sectional view showing the washing nozzle WN printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs in accordance with other embodiments. The cleaning nozzle W N 8 6 is composed of a throttling water stop valve w N 8 6 _ 4 that controls the amount of water discharged over time. 2. An intermittent water spout that controls the opening and closing time of the water. H yuan WN8 6-7 6. The intermittent water spouting unit WN 8 6-7 6 | is made of a micro valve body WN86-77 with a permanent magnet WN86-77a attached to the head arranged at the tip of the nozzle body, and a semiconductor microfabrication technology that attracts the valve body The ultra-small electromagnetic coil WN86 — 78 and the spring body WN8 6 — 7 9 that press-fits the valve body WN86 — 77 to the body. When the user instructs washing, the throttle water stop valve WN8 6-4 2 is operated to start the spitting of the washing water. At the same time, with the washing mode selected by the user, a current flows in the electromagnetic coil WN8 6-7 8 of the intermittent spouting unit WN8 6-7 6 to generate magnetic force, and the valve body WN8 6-7 7 resists the spring body WN 8 6- 7 The force of 9 is only opened by magnetic force, and the washing water is printed by -265- This paper size is applicable due to the national standard (CNS) A4 specification (210 X 297 mm) Printed by the Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs Α7 ^ 2Γ34357_ Β7 Jade and invention description buckle 3) The gap flows out. The valve body WN 8 6-7 7 can be crimped or pulled away to repeat the opening and closing action by changing the direction of the magnetic force with a short period of current flowing through the solenoid coil WN 8 6-7 8. In this way, because the valve body WN8 6_ 7 7 is opened and closed before the water discharge holes WN 8 6-7 5, the responsiveness will not be deteriorated due to the slight air in the water supply pipe or the expansion of the pipe, which can be performed in a short cycle. Spit water intermittently or for a short time. Furthermore, the tiny valve body WN86-77 operates in accordance with electrical signals, so it can be controlled freely indefinitely, and it can also perform fast-response control. FIG. 150 is an explanatory diagram showing a cleaning nozzle WN 89 related to another embodiment. For washing, cleaning, and nozzle WN8 9, you can also use the pump for washing water in the rotating dish WN8 9-4 2 c. For this water pump, it is also possible to control the extruding cycle of the volume type or to control the intermittent discharge cycle with time or the interval of 1 cycle of the washing water discharge time. When a discontinuous variable valve is used instead of the rotary disk WN8 9-4 2 c, a plunger-type on-off valve may be used. FIG. 151 is an explanatory diagram showing a local cleaning device provided with a washing jf JtJf WN 90 according to another embodiment. At the washing nozzle WN 9 Ο, the washing water is supplied by the washing water supply means W P 9 0-1 and passes through the heat exchanger TΗ9 0 — 2 which heats the washing water and flows into the washing nozzle WN9 0 and the water discharge hole WN9 0_3. 1 Spit it out and perform local washing. Washing water supply means WP 9 0-1, washing water discharge means WP 9 0 — 1 1 with a switch for discharging the washing water, and water potential changing means WP 9 0 for adjusting the flow rate of the washing water or changing the water potential -1 2. This paper size applies to China National Standard (CNS) A4 specification (210 X 297 mm) ------------- Loading-(Please read the precautions on the back first * this page) Order: line · 266 · A7 3 ^ 3 5 7 _______ B7___ V. Description of the invention 2 (64) &lt; Jing Xian read the note on the back f page) Washing water discharge means WP 9 0-1 1 Water pump WP 9 0 — 1 1 a consisting of an on-off valve, a check valve, etc., and when there is insufficient tap water pressure for discharge or when tap water pressure is not used. WP 9 0_ 1 1 b, etc. Made up. The structure of the valve section W Ν 9 0-1 1 a varies with the quality required or the form of supply of the washing water (supply using tap water pressure or supply from a storage tank). For example, when using tap water pressure, the valve There is also a pressure reducing valve on part WP 9 0 — 1 1 a. · Water potential change means WP 9 0—12, which is composed of flow regulating valve WP 9 0—12 a or water pump WP90—12 2b, etc., and is mixed with air when air and water are discharged. Pump (not shown). The water pump WP90-llb and the water pump WP90-12b may be shared, or the valve portion WP90_1 1 a and the flow regulating valve WP 90_12a may be shared.

The control unit CT 9 0-6 has a washing water discharge control means CT 9 0-6 1 for controlling the discharge of washing water, and a water potential change control means CT 9 0-6 3 for controlling the water potential of the washing water, and controls the heat exchanger. Heat exchanger control method CT9 for power supply of TH 9 0_2 CT9 0 — 6 2 〇 The employee ’s cooperative organization of the Intellectual Property Bureau of the Ministry of Economic Affairs prints instructions for local cleaning actions by the user ’s operation of the operation section SW9 0 — 7 SW 9 0 — 7 1 is operated, and the signal from the local washing action instruction means SW 9 0-7 1 instructs the discharge of washing water to be transmitted to the washing water discharge control means CT 9 0 — 6 1 by washing. The water spout control means CT90—61 controls the washing water spout means WP90 — 1 to spit out the washing water. Furthermore, the user applies the operation of SW90 — -267- This paper standard applies to the standard of the national oak (CNS) A4 (2) 0 X297 public love-^ 3435 7 A7 B7 V. Description of the invention 65) 7 Wait, the water potential indicating means SW9 0 — 7 2 is operated, and the signal indicating the water potential of the washing water from the water potential indicating means SW9 0 — 7 2 is transmitted to the water potential change control means CT9 0- 6 3, and the water potential change control means CT9 is used. 0 — 6 3 Control the water potential change means WP 9 0-1 2 Change the water potential of the washing water = water potential indicating means SW 9 0-72. You can also perform the water potential indication from the strong setting side to the weak setting side by turning the knob. Or the world can press the strong button or the weak button to indicate the water potential. When the washing water is discharged intermittently, the washing water flow rate v can be increased without reducing the washing area, and the instantaneous quantity of water Q can be reduced to achieve the same discharge force E as before. Therefore, by setting the instantaneous water discharge amount Q at the strongest water potential to be 6.7XlO_6 [m3 / sec] or less', the previous water potential has the same discharge force E as the setting of the strongest water potential, and the previous water potential and the strongest water potential can be ensured It has the same washing power, but feels a harder washing feeling. By making the instantaneous water quantity Q when the weakest water potential is above 0, 67X10-6 [m3 / sec], the former water potential becomes the weakest. The setting of the water potential has the same discharge force E, which can ensure that the previous water potential has the same cleaning power as the setting of the weakest water potential. There is no problem that the locally attached dirt cannot be washed away, and a softer washing feeling is felt. .. The design of increasing and decreasing the discharge force E in the same way as before can reduce the instantaneous water discharge amount, and the water potential change corresponding to the user's various preferences can be changed in the same way as before, which can be easily done without reducing the washing power. And it is carried out surely. In addition, when the indication of the water potential is set at the weakest water potential, as long as it is designed in such a way that the discharge force E satisfies 0. 03 [W] or more, 'you can read the note on the back side of the article first \ Photo page) The Ministry of Intellectual Property Bureau ’s Printing and Printing Cooperative Co., Ltd. prints the purple paper standard applicable to China ’s national standard &lt; CNS) A4 (210 X 297 mm) -268- A7 B7 4 3435 7 V. Description of invention ie6) Note $ Item ^ {^ This page) Wash with the same worship force as before, so there will be no dirt remaining in the local area within the same washing time as before due to the reduction of the washing force 'or Inconvenience such as longer washing time than before. In addition, according to the above embodiment, considering the premise of general domestic use (the domestic voltage of this book is 100V), the allowable current of a power supply is about 15 A, and the limit is about AC 8 under the unstable power supply voltage. For the sake of 5 V, the permissible threshold of a power supply defaults to 1 2 7 5 W ', so that the instantaneous spitting water quantity Q at the strongest water potential is 6X1 0_5 [m3 / sec]. Designed in such a manner | In the case of a heat exchanger, it can achieve a temperature rise performance of about 40 ° C even in the severe winter, and other equipment can be used at the same time. For example, the power consumption of a heater for a heating device in a toilet can be 200 [W] . Printed by the Ministry of Economic Affairs and the Intellectual Property Bureau of the Ministry of Economic Affairs and Cooperative Cooperatives. In addition, regarding all the above-mentioned embodiments, it is designed in such a way that the instantaneous amount of water discharged at the time of the strongest water potential satisfies 4.8X1 0-e [m3 / sec]. In the case of an instantaneous heat exchanger where hot water is stopped, the temperature rising performance of about 40 ° C can be exerted even in the severe winter, and other devices that use more or consume more power can be used at the same time. For example, the power consumption of a heater for a heating device in a toilet may be 4 0. [W]. As described above, focusing on the discharge force E, if the design is to increase or decrease the discharge force E as before, when water saving is desired, the water potential corresponding to the user's diverse preferences can be changed as before. , It is easy (without trial and error) and surely implemented without reducing the cleaning power.

Figure 15 2 shows the cleaning nozzles WN related to other embodiments. The paper size is applicable to the Chinese National Standard &lt; CNS) A4 specification (210 X 297 mm) -269- Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs System 4 3435 7 Z_ V. Description of the invention: ί67) 9 1 The washing nozzle WN9 1 is an embodiment having a rotary discharge mechanism that discharges washing water along a predetermined trajectory as a discharge portion. There is a washing water rotating motor .WN 9 1 -41 A near the tip of the nozzle. By rotating the washing water rotating motor WN9 1-4 1 a, the water discharge hole WN 9 1-3 1 is rotated, and the washing water is moved along The specified track is ejected. The flow of the washing water in this case is circular or approximately circular. In response to the instructions of the water potential indicating means SW9 1 — 7 2, the water pump WPO 1_1 2b or the flow regulating valve WP9 1-12a is controlled by the water potential changing control means CT9 1 to 6 3, thereby increasing or decreasing the discharge force E = pX QXvXv [ W]. By designing to increase or decrease the discharge force E as before, it is easy to implement various preferences corresponding to the same users as before. By reducing the effective area of the discharge holes W N 9 1-31, the flow rate v of the washing water can be increased to reduce the instantaneous discharge amount Q, and the same discharge force E can be achieved as before. Therefore, by setting the instantaneous spitting water quantity Q at the maximum water potential to be less than 6 · 7X10—6 [m3 / sec], setting the previous water potential to have the same discharge power as the setting of the strongest water potential can ensure 1 the previous water potential and the strongest water potential. Set the same washing power and feel a harder washing feeling. By making the instantaneous water quantity Q when the weakest water potential is at least 0 · 67X1 0 e [m3 / sec], the previous water potential becomes the most The setting of the weak water potential has the same discharge force E, which can ensure that the previous water potential and the setting of the weakest water potential have the same cleaning power without the problem that the locally attached dirt cannot be washed away, and a softer washing feeling is felt. . In this way, if the design of increasing and decreasing the output force E is the same as before, you can ----- II ----- install i — (Please read the note on the back first, and then Γ &gt; ν page) Order · ; Line. T paper size applies to Chinese National Standard (CNS) A4 specification (210 X 297 mm) -270 4 34 35 7 A7 ___ B7___ V. Description of the invention 8) (Please read the note on the back A high page : Reduce the amount of water that is instantaneously discharged, and change the water potential of the user ’s various preferences in the same way as before, which can be easily and reliably implemented without reducing the washing power. In addition, because the washing water follows a specified trajectory Therefore, the washing area can also be the same as before, not only does it not cause the inconvenience of making the body (hips) move significantly, but from a local part of the scope, because the washing water intermittently rushes and discontinuous stimulation, The intermittent stimulation stimulates the washing feeling. Γ Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperative, No. 153. The figure shows the washing nozzles related to other embodiments; WN 92. The washing nozzles WN92, With progress The structure of spitting out washing water is provided with an intermittent valve portion WN 9 2-1 2 d in the water passage WP 9 2-9. The intermittent water valve portion WN 9 2-1 2 d opens and closes the water passage WP 9 2 _ 9 The intermittent washing water is discharged. The intermittent valve portion WN 9 2 — 1 2 d can be opened or closed by a solenoid valve WP9 2-9 or a disc valve as shown in FIG. 15 (b). The intermittent motor WN 9 2-4 4 a is rotated to spit out the washing water intermittently. The intermittent valve portion WN9 2 — 1 2 d is more responsive to the intermittent approach to the tip of the nozzle. In addition, the intermittent valve portion WN9 2_ 1 2 d In the water passage, it can be set from the heat exchanger TH92-2 to the water discharge hole WN9 2 — 3 1. The closer to the location of the water discharge hole WN9 2 _ 3 1, the more intermittent the responsiveness becomes, the less intermittent it is. Even if the washing water is discharged intermittently, the water pump w P 92-1 2b or the flow regulating valve WP92 — 1 2 can be changed by grasping the instantaneous quantity of discharged water Q or the washing water flow rate v. a or Intermittent valve section This paper size is applicable to the standard of 0 (CNS) A4 (210 X 297 mm) -271-V. Description of Invention i69), {Please MIK back first The note item is again ΓΛ »this page) The ability of WN9 2 — 1 2 d can easily complete the design of grasping the increase and decrease of the discharge force E and the discharge force E, so it is borrowed according to the instructions of the water potential indicating means SW 9 2 — 72 The water potential change control means CT9 2 — 6 3 controls the water pump WP 9 2-1 2 b or the flow regulating valve WP 9 2-• 12a or the intermittent valve part WN92 — 12d, which can increase or decrease the discharge force E 'If the design is performed with When the discharge force E is increased or decreased in the same manner as before, the water potential change corresponding to the user's diverse preferences can be easily implemented as before.

Fig. 15 4 is an explanatory diagram showing a cleaning nozzle WN *, ‘. 丨 9 4 related to other embodiments. When the washing water of the washing nozzle WN 9. 4 is passed through, the washing ice supplied from the water supply connection port WN 9 4 _ 6 b to the washing nozzle WN 9 4 is passed through the solenoid valve WN 9 4 — 2 a. The water channel WN94_23c in the movable member WN9 4-2'2c which is a component of the swing water spouting part WM 9 4-2 c is boosted and / or adjusted by the water pump WN_9 4-2 b from the gap WN94 — Member of the Intellectual Property Bureau of the Ministry of Economic Affairs, Industrial and Consumer Cooperative. Printed 2 4 c is drawn into the air and fed with water at the same time, and moves with the mover WN 94_ 2 2 c and swings on the shaft WN9 4 · -4 a in the cleaning nozzle WN9 4 Around, while spitting water to the outside of the washing nozzle WN 9 4. The swing water spouting part WN9 4-2c is composed of a movable element WN9 4-22 c. It is composed of a plurality of electric motor elements WN94-2 1 c. A plurality of sub-WN9 4 — 2 1 c are configured in pairs. Ferromagnetic body WN9 4-2 5 c system to enter by the motor WN9 4_

2 1 c The method in the magnetic field generated by energization is configured for the electric machine WN 272. This paper size is applicable to China National Standard #CNS (A4) (210 X 297 male *) 4 3435 7 V. Description of the invention 0) There is attraction or repulsion between 94 and 21 c. In this case, by successively energizing the plurality of electric motors WN9 4-2 1 c repeatedly, the movable body WN 9 4_2 2 c uses the elastic body WN9 4 — 2 6 c of the supporting part of the movable body WN9 4_2 2 c as a fulcrum. , Conical movement without rotation. The movable members WN94 to 22c are fixed to the body of the cleaning nozzle WN 9 4 by swinging freely through the elastic bodies WN94 to 26C. The elastic body WN 9 4-2 6 c can be made of rubber or elastic material such as metal or soft plastic with spring characteristics, so that the movable body WN94-22c can be swingably supported. In addition, the cleaning nozzle WN9 4 is wired with a power line WN94 — 3C that supplies power to the motor WN94_2 1c, and a power line WN9 4 — 3a that supplies power to the solenoid valve WN9 4 — 2a, and a water pump. WN94-2b Power line WN 94_3b for supplying power. In addition, the power supply from the outside of the cleaning nozzle WN94 to the inside of the cleaning nozzle WN 9 4 is performed through the terminals WN 9 4-6 a. These power lines will not be touched by the spit-washing water, and it is possible to prevent electricity leakage without special coating or the like. Furthermore, because the power line is embedded in the cleaning nozzle WN 9 4, the new design is also excellent. A streamlined cleaning nozzle can be manufactured. Furthermore, when the cleaning nozzle WN 9 4 is held by a hand, there will be no Situations where power lines cause obstruction and must be removed by hand. Furthermore, by using the swinging and ejecting permanent part WN 9 4-2 c, it is possible to variably swing the water from low speed to high speed and spit water at the same time without generating electricity. Adverse situation (easy to leak electricity, new paper standard applicable in China Standard (CNS) A4 regulations (210 X 297 public love) --------- — — — — — ^ i — (Please read the back first (Notes to buy) (Order) --- line • Printed by the Consumer Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs printed 273 43435 7 a? _____B7__ V. Description of the invention 1) Read the notes on the back XX Λ. · F The style is poor, Power line entanglement), can be washed in a wide range without being affected by the flow of spitting water, or water-saving washing that maintains the washing power and the feeling of washing, or gentle washing at high speed, or active use at the same time at low speed Intermittent stimulus washing and so on. Fig. 1 5 is an explanatory view showing the cleaning nozzle WN 96 and the cleaning nozzle WN 97 according to other embodiments. The cleaning nozzle WN96 shown in Fig. 155 (a) includes a water spouting portion WN96_2c using a motor WN96-2d, and further has a structure for transmitting power through a rotating shaft. In addition, the cleaning nozzle WN97 shown in FIG. 155 (b) is provided with a transmission gear WN97-21d so that the configuration of the movable portion WN97-can be flexibly matched in design. In addition, the peripheral part of WN 9 7 — 2 2 d, if necessary, the external cleaning method is provided, for example, a ring structure or a Y gasket is provided. The Ministry of Economic Affairs, Intellectual Property Bureau, Shellfish Consumer Cooperative, printed 2 2 d swing, and It is also possible to prevent the water in the movable part from leaking. The 1st 5 9 8 and the washing spray shown in the washing 1 are retractable and flexible WN 9 8-by pressing the pinion WN 9 of the motor to move, the 6 figure shows the nozzle WN 9 8 of the relevant nozzle WN 9 9 Composition. After washing 11b. The cleaning nozzle WN is an explanatory view of a cleaning nozzle WN of another embodiment. The nozzle WN 9 8 -nozzle WN9 8 prepared in Fig. 156 (a) is provided with a telescopic joint gear WN 9 8-8 '-8b rack (not shown), which is connected to the not shown 8 b starts to rotate, by biting into the small WN9 8 — 8 c, the washing nozzle WN 9 8 on the right side of the drawing is stretched out, and it is ejected toward the human body. -274- This paper size is applicable to the national standard (CNS) A4 specification (21〇χ 297 mm) .4 34 35 7 A7 ____B7___ V. Description of the invention72) Wash water. After washing is completed, by pressing the washing stop button, the pinion WN 9 8 — 8 b rotates, and the teeth WN 9 8 — 8 b that mesh with the pinion WN 9 8 — 8 b move toward the left side of the drawing to clean the nozzle. WN 9 8 flinched and was contained in a local cleaning device. Inside the cleaning nozzle WN9 8, a heat exchanger WN9 8 -2e is housed. The heat exchanger WN98_2e has a heater WN98-. 2 1 e. By energizing the home hot gas WN98 — 2 1 e, the washing water can be heated up, and a comfortable partial washing can be performed according to the temperature of the user's preference. A spring-shaped portion WN 98_7a is provided in the cleaning nozzle WN9 8. The spring-like portion WN98-7a is a power supply wire for supplying power to the electric equipment in the cleaning nozzle WN 98. With this spring-like portion, the spring-like structure can expand and contract at the same time as the retractable washing nozzle without causing any obstacle to the operation. In addition, as shown in the cleaning nozzle WN99 in FIG. 156 (b), instead of the spring-like portion WN 9 8-7 a, a flexible power supply wire WN 9 9-7 b can also be obtained and provided with a spring-like shape. Part of WN 9.8 — 7 a same effect. FIG. 157 is an explanatory diagram showing a cleaning nozzle WN 100 related to another embodiment. The cleaning nozzle WN100 is provided with an air pump AP100—'a mixing section AP 1 0 0_2 1 f for mixing air from the air pump AF100-2 2 into the washing water, and a spouting swing section WN 1 0 0_2 d . Clean the nozzle WN 1 0 0 here, because the air pump AP 1 0 0_ is wired near the spout hole, please «read the note on the back side of the page ηΓ for this page) binding ... The paper size of the paper is in accordance with the Chinese national standard (CNS &gt; A4 specification (210 X 297 mm) • 275- 4 3435 7 A7 ___B7____ V. Description of the invention73) 2 f, so it is not necessary to use the connection from the air pump AP100 — Long tube for 2f to AP100-21 f mixing section. Therefore, the response of mixing air is stable and stable, and there is no danger of power line leakage or power line entanglement, and the risk of air leakage from the pipe is also reduced. Fig. 158 is an explanatory view showing a cleaning nozzle WN 102 according to another embodiment. In Figure 158, the nozzle body WN 1 0 2-5 〇 and the nozzle head WN 1 0 2-7 0 are shown in a sectional view, and the water flow system and the control instruction system are shown in a block diagram. Here, the power restriction means C T 1 0 2-8 includes an intermittent discharge control unit C T 1 0 2 _ 8 a and a washing water flow rate control unit C T 102-8b. The intermittent discharge control unit CT102-8a is constituted by a solenoid valve WN 1 0 2-8 1 a, and the washing water flow rate control unit CT 1 〇 2-8b is constituted by a throttle unit WP 1 〇 2-35. The solenoid valve WN102 — 81a is made of a plunger WN1.02 — 8 2 a, a ferromagnetic body WN 102 — 83a attached to the plunger WN 1 0 2 — 8 2 a, and a magnetic field acting on the ferromagnetic body WN102-83. Drive ferromagnetic body WN1 0 2-8 3 a and plunger 1 ◦ 2-82a motor WN102_84a 'and ferromagnetic body WN 1 0 2-8 2 a ferromagnetic body WN 1 0 2 — 8 3 a Opposite springs WN1 0 2 — 8 5 a and so on. One end of the spring WN1 02 — 85a is fixed to the nozzle body WN1 02 — 50. With regard to the electric machine WN1 〇2_ !! Employed • Installed _ &lt; Please read the precautions on the back before f · 1 .. This page: Order-· Line The paper size applies the Chinese Standard for Household Standards (CNS) A4 (210 X 297 mm) -276- 4 3435 7 V. Description of the invention 74) Please read the note on the back of the item \ Buy this) 8 4 a power on, A gravitational force is generated between the motor WN 1 0 2 — 8 4 a and the ferromagnetic body WN 1 0 2 — 8 3 a. The plunger WN 1 0 2 resists the tension of the spring WN 1 0 2-8 5 a. -8 2 a movement opens the water passage, so that the discharge of washing water is turned on. Conversely, by stopping the energization of the motor WN 1 〇 2 — 8 4 a, the gravitational force between the motor WN1 0 2 — 84 a and the ferromagnetic body WN1 0 2 — 8 3 a is released, and by the spring WN1 〇 2_8 The extension tension of 5 a causes the plunger WN 1 0 2-8 2 a to move in the reverse direction to close the water passage and close the discharge of the wash water (OFF). In addition, according to the water potential setting knob SW1 0 2 — 1 3 d and the discharge The setting of the temperature setting knob SW1 〇2 — 1 3 e controls the solenoid valve WN 1 0 2 — & 1 a and the throttling unit WP102 — 35 through the signal of warm water / nozzle control device. In addition, the intermittent ratio control of the washing water and the intermittent frequency control are performed with ON_OFF of the energization of the solenoid valve WN 1 0 2_8 1 a. Printed by Shelley Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs In addition, the following description of the instantaneous spitting water volume does not refer to the slight instantaneous spitting water volume change, but means the average instantaneous spitting when the intermittent ratio and the discharge flow rate are constant The amount of water. In addition, in the present invention, the intermittent ratio is defined as one of the intervals of [(OFF time of discharge of washing water) / (ON time of discharge of washing water + 0 FF time of discharge of washing water)] . Here, for example, if the user sets the water potential setting knob SW1 〇2 — 1 3 d to the “strong” water potential, by using the solenoid valve WN 1 〇2 — 8 1 a and the throttle unit WP 1 〇2-3 5 Control -277- This paper standard is applicable to national standards (CNS &gt; A4 specifications (210 * 297) «) 4 3435 7 A7 1 B7 V. Description of invention 75) Washing printed by the Intellectual Property Bureau employee consumer cooperative of the Ministry of Economic Affairs The water was intermittently discharged, and adjusted so that the discharge flow rate became 10 [m / se C] and the instantaneous discharge of the water boy became 430 [cc / miη], and the washing water was discharged. Even if the water flow rate is 4 3 0 [cc / min], the discharge flow rate is 10 [m / sec]. For users who want to obtain a strong water potential, they can similarly secure the water potential and wash it. 430 [cc / min], even for users who want to wash at high temperature (for example, 40 eC or more), it can be washed in hot water temperature even in the severe winter, and the heating means of washing water can be used. The power consumption of 1 0 2 is limited to i 2 0-0 W or less. In addition, by further increasing the intermittent ratio of the discharged washing water and increasing the flow rate, the amount of instantaneous water can be reduced while maintaining the washing power and the feeling of washing. Therefore, the consumption of the washing water heating means T Τ 1 0 2 can be further limited. The battery is smaller. In addition, if the user sets the water potential setting knob SW1 〇2-1 3 d to the "weak" water potential, the solenoid valve WN1 0 2-8 1 a and the throttling unit WP 1 0 2-3 5 will spit out instantly The amount of water is the same as in the case of a "strong" water potential. The intermittent ratio of the discharged washing water can be reduced or made zero to make the discharge flow rate 2 [m / se C] and the instantaneous discharge water amount 4 3 0 〔 cc / mi η] was adjusted to spit out the washing water. Because the discharge flow rate is 2 [m / sec], even users who want to get weak water can wash it gently without pain. In addition, even if the water is weak, the instantaneous water output is 4 3 0 [cc / min]. Increasing the power-on control range for the temperature adjustment of TH102, which is the heating method of the washing water, is also easy to determine the accuracy of the target hot water temperature. Please read the note on the back Vr for binding. ▲ This paper size applies to Chinese National Standards (CNS). A4 specifications (210 * 297 mm) -278- A7 B7 4 34 3 5 V. Description of the invention 76) It can provide high-quality local cleaning devices, and it can make the washing water heating means τ Η 1 0 2 The power consumption is limited to 1 2 0 0 w or less. Instead of not changing the instantaneous discharge water volume, by controlling the solenoid valve WN 1 〇 2 _81a and the throttle unit WP102-35, the "weak" water potential can be controlled by reducing the instantaneous discharge water volume to make it the desired water potential The user gets a similar satisfaction, and can also limit the power consumption of the heating water heating means TH1 0 2 to less than 12 0 W. In addition, the instantaneous amount of water is not changed, and the ratio of spitting and the spit are changed by combination The water potential change of the speed and the water potential change according to the change of the instantaneous spitting water amount may be such that the user can obtain a similar satisfaction in such a manner that the desired water potential is obtained. In this case, for example, by setting the water potential

When SW 1 0 2-1 3 d is set to "strong" water potential ~ "slightly strong" water potential, the instantaneous amount of water discharged is 4 3 0 [cc / mi η], and the water potential is changed according to the increase and decrease of the discharge ratio and the discharge speed. When the water potential setting knob SW 102-13d is set to "Slightly Strong" and "Slightly Weak", the instantaneous water output is 3 8 0 C cc / mi η], and the water potential is changed by increasing or decreasing the discharge ratio and speed. The water potential setting knob SW 10 2 · — 13d is set to “Slightly Weak”. When the water potential is “weak,” the water potential is changed to 330 [cc / mi η] at the instant, and the water potential is changed by increasing or decreasing the discharge ratio and speed. In the embodiment of FIG. 158, the solenoid valve WN 1 0 2-8 1 a is used as an example to explain the embodiment in which the discharge of the washing water is intermittent. However, the 0 N of the washing water can be controlled. -0 FF can make this example sufficient, so use a motor to apply the Chinese national standard (CNS &gt; A4 specification (210 X 297 mm) with the specified paper size) _ ^ / 9 ------ ------- install --- (please read the $ item on the back before Γ * «this page) Order · -. Line · Printed by the Consumers' Cooperative of the Economic Village Intellectual Property Bureau 4 34 3 5 7 A7 --- B7 V. Description of the invention $ 77) The disc valve of the mouth rotates, and ON-OF F etc. to spit out the washing water, as long as The controller may be a controller of 0 N-0 FF which can spit out the washing water. Fig. 159 is an explanatory diagram showing a local washing device having a washing nozzle WN 1 〇4 related to other embodiments. Figure 159 (a) The nozzle body WN 1 0 4 — 50 and the nozzle head WN 1 〇 4 — 7 〇 are shown in a sectional view, the water flow system and the control indication system are shown in a block diagram, Figure 159 ( b) The figure is viewed from the discharge direction of the discharge portion WN1 04 — 82 e and the discharge hole group disc WN1 04 — 8 1 e. Here, the power limitation means CT 1 0 4_8 is a plurality of discharge holes. The group of discharge holes WN 1 〇 4-8 and the flow velocity of the clean water. The control unit CT1 〇 4_8b. The discharge holes group WN1 〇 4-8e are dispersedly arranged in the discharge unit WN104-82e. In addition, in order to switch washing The ejection hole group WN 1 〇4-8 e where the purified water is ejected, and the ejection hole group disc WN1 04 — 8 1 e and the switching horse Up to WN104_86e. The ejection hole group disc WN104 — 8 1 e, with an ejection hole group unit WN 1 0 4 — 8 3 with a total ejection hole area of 7.2 × 1 0-7 '{m2]. E. It is 9 6X1 0_7 [m2] discharge hole group unit WN1 04 — 84 e ′ The total area of the discharge hole is 3, 6X1 0 — 7 [m2] discharge hole group unit WN104 — 85e to switch the motor WN104 — 8 6 e to The ejection hole group disc WN 1 〇4_ 8 1 e is rotated by a specified angle (in this embodiment, by 15 degrees), so that the washing water is discharged from the ejection hole group on the ejection hole portion WN1 0 4 — 8 2 e. WN1 〇4-8 e Connectivity This paper is in accordance with Chinese standards (CNS &gt; A4 (210 X 297 mm)) — — — — 丨 i i {Please read the precautions on the back ¾ this page) Order · • Line · Printed by the Consumer Goods Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs-280-^ 4 34 35 7 A7 'Λ ______ Β7 V. Description of the Invention 78 &gt; The washing water flow rate control unit CT 104 — 8 b is composed of a throttle unit WP 1 04 — 35. In addition, according to the setting of the water potential setting knob SW 10 4- 1 3 d and the water discharge temperature setting knob SW1 〇4-1 3 e, the switching motor WN 1 〇4 — 8 6 is controlled by the signal of the depleted warm water / nozzle control device. e and throttling unit WP 1 04-3 5. r, ----- · ** ·. Here, for example, the user sets the water potential setting knob SW1 〇 4 —

1 3 d is set to "strong" water potential, by switching the motor WN according to

1 0 4 — 8 6 e The discharge hole group unit WN 104_85e is selected as the discharge hole, and the throttle unit is used to make the discharge flow rate 1/10 [ιώ / s eC] and the instantaneous discharge water amount to 430 [cc / mi η]. Adjust and spit out the washing water. Even if the amount of water discharged in an instant is 4 3 0 [cc / mi η], because the discharge flow rate is 10 [m / sec], users who want to obtain a strong water potential can similarly ensure the water potential and wash it. The amount of water discharged is 4 3 0 [cc / min). For users who want to wash at high temperature (for example, above 40 ° C), they can also wash in the hot water temperature that they like even in severe winter. The power consumption of the water heating means T 1 0 4-3 1 is limited to 1 2 0 0W or less. In addition, since the ejection hole group is sufficiently dispersed and arranged so that the same washing area as before can be washed, there is no problem in reducing the washing area. In addition, if the total area of the discharge holes of the discharge hole group unit is further reduced, the outflow speed of the washing water can be greatly increased, and by increasing the number of holes, the washing water can be sufficiently dispersed in the washing area, so it can be further limited. The power consumption of the washing water heating means T Τ 1 0 2 is -------------- install i — (Jingxian M read the precautions on the back IkX page) SJ · Ministry of Economics wisdom Printed by the Bureau of Industrial Property and Consumer Cooperatives, the paper size is applicable to the national standard &lt; CNS &gt; A4 specification (210 X 297 mm) -281-A7 4 7___B7_ V. Description of the invention G79) Smaller 値 = In addition, users If the water potential setting knob SW1 0 4 — 1 3 d is set to “weak” water potential, the switching hole group unit WN 1 (j 4 _ 8 3 e) is selected as the nozzle hole by switching the motor WN 10 4 — 8 6 e. The throttle unit WP104-35 is adjusted so that the discharge flow rate is 2 [m / seC] and the instantaneous discharge water volume is 430 [cc / min]. The wash water is discharged. Because the discharge flow rate is 2 [m / sec], For users who want to get weak water, it can be washed gently and painlessly. In addition, even weak water It is also because the instantaneous spitting water volume is 4 3 0 (cc / mi η), which can increase the energization control range for the temperature adjustment of the washing water heating means TΗ1 04-31, and it is easy to determine the accuracy of the target hot water temperature. It can provide a high-quality local cleaning device, and can limit the power consumption of the heating means Η1 04-3 1 to less than 1 2 0 0 W. In the embodiment, the use of the ejection hole group unit is explained. Differentiating, but only using the discharge hole group unit WN104-85e, when the "weak" water potential is controlled by reducing the instantaneous discharge water volume to make it the desired water potential, the user can get similar satisfaction. In this case, it is required to wash The accuracy of the energization control of the water purification heating means, but it is not necessary to switch the motor WN 1 0 4 — 8 6 e γ and reduce the number of parts. Therefore, it can not only reduce the cost, but also streamline and maintain the feeling of cleanliness to make it clean. The power consumption of the water heating means Η1 04-3 1 is limited to less than 1 200 W. In addition, the water potential change according to the use of the combination discharge hole group unit and the water potential change according to the instantaneous discharge water volume change In addition, in order to make the required water-based paper size applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 public love) -------------- install --- &lt; please read first Note on the back page of this page "Order ·. · Printed by the Consumers' Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs -282- A7 B7 4 34 3 5 V. Description of the Invention Red 0) Please read the notes on the back. This page) also allows users to get similar satisfaction. In this case, for example, when the water potential setting knob SW1 〇4-1 3 d is set to "strong" 7] C potential ~ "somewhat strong" water potential, the ejection hole group disc WN104 — 8 5 e and instantaneous water volume The combination of increasing and decreasing changes the water potential. When the water potential setting knob SW1 02 — 1 3 d is set to “Slightly Strong” to “Slightly Weak”, the disk group disc WN 1 0 4 — 8 4 e and instantaneously spit out. The combination of increasing and decreasing water volume changes the water potential, and the water potential is set. When the setting knobs SW 102 — 13d are set to “weak” water potential to “weak” water potential, the hole group disc WN 1 〇 4-8 3 e and instantaneous discharge The present invention can be implemented by changing the water potential of a combination of increase and decrease of water children. Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs In addition, using one discharge mechanism for hip washing and genital washing, or using other nozzles will not hinder the implementation of the present invention, and the above-mentioned embodiments and each The discharge patterns are combined separately to become a water potential set by the water potential setting knob SW1 〇 4— 1 3 dm, which allows the user to obtain a similar satisfaction, but it is possible to dispense water in an instant, so that it becomes a water potential setting knob. The water potential mode set by SW1 0 4-1 3 d allows the user to get a similar satisfaction. The heating power of the washing water T Η 1 〇 4-3 1 is limited to less than 1 2 0 0 W, which can be further Limit to less power consumption. In addition, in the above-mentioned embodiment, the operation of the hip washing setting means SW1 04-1 3 a or the genital washing button SW104 — 1 3b will be described, which will be controlled by being energized so that the supplied washing water is instantly heated to the target temperature. Instantaneous washing water heating means Η 1 0 4 — 3 1, but it can also be heated / heated at any time by using the washing water temporarily stored in the feed water. -283- This paper size applies Chinese national standard (CNS &gt; A4 specification) (210 X 297 mm) A7 ^ 34 3 5 7 __B7__ V. Description of the invention 81) _ Spouting temperature setting knob SW1 〇4 ~ 1 3 e The heating means of the appropriate temperature of the hot water storage type washing water is set here In some cases, the amount of water that can be instantaneously discharged can be half that of the previous one. Even when washing for a long time, hot water will not be interrupted. In addition, the capacity of the heating water tank can be reduced compared to the previous one. The water heating water tank also has a small heat dissipation. It is quite simple, which can improve the transportability and workability of the local cleaning device, and can provide a local cleaning device that achieves a satisfactory use and convenience and energy saving at the same time. 0 is an explanatory view showing a cleaning nozzle WN 108 related to another embodiment. The cleaning nozzle WN108 is provided with a variable valve WN 108-45. The variable valve WN108-45 is composed of a rotating disc WN108-45a and a drive motor WN1 08-4 5c that drives the rotating disc WN108-4 4a. The rotating discs WN108 to 45a are formed with a plurality of spouting holes WN108-4 5 b. In addition, in the opposite direction to the rotating disc WN 108_4Sa, a plurality of water discharge holes WN 1 0 8-3 1 are formed on the tip of the cleaning nozzle WN108. When the rotating disc WN1 08-45a is rotated by the drive motor WN 1 08-45 c, and the washing water is supplied to the washing nozzle WN 1 0 8 at the same time, it has a large number of water discharge holes WN 1 0 8 _ 4 5 b The water jet hole is used to spit water to the human body through the water jet hole WN 1 08-3 1. In this case, the overlapping number of the water spouting holes WN 108-45b and the water spouting holes WN108-31 is changed over time with the rotation of the rotating disc WN 1 0 8-4 5 a, so the water spouting holes for washing water are discharged. WN 1 0 8 — 3 1 change, you can — — — — — — I —------- II {Please read the two notes on the back of the page, WtT two pages first) Order · --- Wisdom of the Ministry of Economic Affairs Printed on the paper by the Employees 'Cooperative of the Property Bureau. Applicable to the China Solid State Standard (CNS) A4 Specification &lt; 210 X 297. «) -284- Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. 43435 7 A7 __B7 _ V. Invention Introducing 82) To easily control the volume ratio or area of the washing water. FIG. 16 is an explanatory diagram showing a cleaning nozzle WN 1 1 2 according to another embodiment. When the washing nozzle WN1 1 2 is swung and the washing water is swayed and spit out, the amount of discharged water or the flow rate of the washing water or the volume ratio of the washing water or the washing area is controlled by controlling the water pump WP112-13 or flow control valve WP.112-12, and the swing means WN1 1 2-44. The water pump WP 1 1 2 — 13 or the flow regulating valve WP 112 — 12 is controlled by the washing water supply control means C T 1 1 2 — 7 1. The swinging means WN1 1 2-44 are provided with a vibration motor in which a vibration motor is installed at the tip of the cleaning nozzle to vibrate and spout the discharge hole to swing the washing water. By using this vibration motor to control the swing frequency, the acceleration effect in the swing direction can be increased when the swing frequency is high, and the cleaning area can be increased to reduce the space volume ratio. In the case of low swing frequency, it can be reduced The acceleration effect in the swing direction reduces the washing area and increases the space volume ratio. In addition, by controlling the swing diameter of the swing discharge, it is possible to increase the cleaning area to reduce the space volume ratio when the swing diameter is large, and to reduce the cleaning area to increase the space volume ratio when the swing diameter is small. Fig. 16 2 is an explanatory view showing a local cleaning device including a cleaning nozzle WN 120 according to another embodiment. First, the path of the washing water will be described. When the washing water is supplied from the washing water supply means WP 1 2 0-1, the washing water flows into the washing nozzle WN 1 2 0 through the heat exchanger TW 1 2 0 which heats the washing water. Meanwhile, it is discharged from the water discharge holes WN 1 2 0 _ 3 1 for local washing. Washing water supply means WP 1 2 0 — 1, ordered by the flow control valve iili! --I (please read the precautions on the back of 11 1 ^ «this page), order, line · This paper size applies to China 0 standards (CNS) A4 specification (210 X 297 mm) -285- 4 3435 7 A7 ___B7__ V. Description of invention83) WP120-12 or water stop valve WP12 0 — 1 1 constitutes the situation where the pressure of the tap water to be discharged is insufficient Or, if the tap water pressure is not used, it is necessary to attach water pump WP 1 2 0 — 1 3. Next, each discharge form of the specific control method of the cleaning capacity control means C τ 1 2 0-7 will be described.

When the washing water is mixed with air, the instantaneous spit water volume or the flow rate of the washing water or the volume ratio of the washing water is controlled by controlling the water pump w P 1 2 0-1 3 or the flow regulating valve WP 1 2 0 — 1 2 with air pump AP 1 20 — 4 1. The water pump WP 1 2 0 — 1 3 or the flow regulating valve w P 1 _ 2 0-1 2 is controlled by the means for controlling the supply of wash water CT1 20 — 7 1. The air mixing portion AP 1 2 0- 41 a is located further downstream than the heat exchanger TH120 — 2 so as to be optimal near the water discharge hole W'N 1 2 0_ 3 1 of the cleaning nozzle. It is necessary to increase the capacity of the air pump AP 1 2 0 — 4 1. The air pump AP120-41 is controlled by the air pump control means CT1 2 0-7 2. The air mixing rate is determined by the balance of water pressure and air pressure in the mixing part. Therefore, the water pump WP 1 2 0 — 1 3 or the flow regulating valve WP 1 2 0- 1 2 and the air pump are used. The capacity control of AP 1 2 0 _ 4 1 can control the air mixing rate, control the volumetric volume ratio p after the washing water is discharged, and perform the control that changes the air mixing rate independently of the instantaneous discharged water amount, which can be independent of the instant. The amount of water is discharged to control the flow rate of the washing water. Fig. 16 is a diagram showing a shower head according to another embodiment. Wash nozzle WN1 24 and put it into shower head. That is, if this paper size applies the National Standard (CNS) A4 specification (210 X 297 mm) .—— — — — — — — — 1 —!-· II Please read the precautions on the back Wtf Inner page &gt; Order · Printed by Shelley Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs-286- A7 B7 4 34 35 V. Description of the invention 84) Please read the note 163 on the back, the shower head is included in the movable part The moving means WN. 124-3 and the movable part WN124-2. In this case, a large number of spout holes WN124-2b are preferred. From the body water passage WN 124 — la, through the gap WN124_lb, the stage of supplying washing water to the movable portion WN 1 2 4-2 can also be divided into the same number of water discharge holes as the number of water holes to the movable portion WN 1 2 4-2 and also The structure can be divided into a plurality of structures without flowing back inside the movable portion. Order Printed by the Shelley Consumer Cooperative of the Department of Economics and Social Property of the Ministry of Economic Affairs FIG. 16 is an explanatory diagram showing a cleaning nozzle WN 126 related to other embodiments. The washing nozzle WN126 is configured to discharge the washing water mixed with air. An air mixing section API 2 6-4 2 a is provided in the water passage WP 1 2 6 — 9 and air mixing is performed from the air mixing section AP 1 2 6_4 2 a = as the air mixing section AP 1 2 6-4 2 a, also It can be a structure that sucks air by itself with a spray effect, or it can be equipped with air pump API26_42c for forced mixing. In addition, the air mixing portion AP 1 2 6 — 4 2 a may be arranged between the heat exchanger T1 1 6 and the water discharge hole WN 1 2 6 _ 3 1 in the water passage, and the closer to the water discharge hole WN 1 2 The position near 6 _ 3 1 is less likely to be affected by the water flow due to the air mixing state, and when the air pump AP 1 2 6 _4 2 c is configured, it is not necessary to make the air pump AP 1 2 6 — 4 2 c Increase their capacity to more than necessary. When the cleaning water mixed with air is discharged, the water pump WP 126-12b or the flow regulating valve WP126-12a or the air pump can be changed by changing the water pump WP 126-12b or the flow control valve while grasping the instantaneous water discharge Q or the washing water flow rate v. The ability of AP 1 2 6 — 1 2 c can be easily grasped. The paper size of the paper is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 public *). -287- Printed by R Industrial Consumer Cooperative, Intellectual Property Bureau, Ministry of Economic Affairs 4 34 3 5 7 A7 _____B7___ V. Description of invention 85) Design of increase and decrease of output force E and output force E, so according to the water potential indication means SW1 2 6_ | 7 2 instructions are changed by the water potential control means 3 News 7 1 2 6 — 6 3 Control water pump WP 1 2 6 — 1 2 b or flow regulating valve WP126-122a or air pump AP126-12C 'can increase or decrease the discharge force E to increase or decrease the discharge force E the same as before If the mode is set to 10, it is possible to easily implement the water potential change corresponding to the diversified preferences of users as before. · Fig. 165 is a block diagram showing a water system and a control system of a human body washing device provided with a washing nozzle WN 130 according to another embodiment. Fig. 16 is an explanatory diagram showing a detailed diagram of the operation panel. Fig. 16 is a cross-sectional view showing an important part of the cleaning nozzle WN 130. The cleaning nozzle NW1 3 0 opens the on-off valve WP 1 3 0-2 controlled by opening and closing by pressing the cleaning switch SW1 30-21 arranged on the operating surface plum SP1 30-6 and the cleaning water suction port WP 1 3 0 — 1 Supply washing water. The washing water is controlled so as to have a constant flow rate by a constant flow valve WP 1 3 0-3, and is further heated by the washing water heating means TH1 30-7. The output of the washing water heating means TH 1 3 0 — 7 is the temperature selected by the discharge water temperature setting button SW1 3 0 — 2 3 arranged on the operation panel SP 1 3 0 — 6 and the first temperature detection means WP 1 3 0-4 Set the difference in the temperature of the wash water before heating. Further, the heated washing water is mixed with air in the air mixing portion AP 1 3 0_ 1 0, and the air having a large washing strength with a small amount of water and an increased flow rate is mixed into the washing water WN 1 3 0_ 1 2 through the water discharge hole WN 1 3 0 _ 1 1 Spit it out. This paper size is applicable to the AA Standard (CNS) A4 specification &lt; 210 X 297 Public Love &gt; -------------- Installation-Please read the note on the back first. ) Order--288- Yinshang, Consumer Cooperative of Employees of Intellectual Property Bureau, Ministry of Economic Affairs 4 34 3 5 7 A7 --------; _ V. Description of Invention) Here's to maintain the flow of washing water For a certain measure, a constant flow valve WP 1 3 0 _ 3 is used, but a pressure reducing valve can also be used. In addition, the air mixing unit AP130-10 is connected to an air pump AP 1 3 0 — 1 4 for supplying air, and the air intake port AP 1 3 0 — 15 sucks a specified amount of air, and the air mixing unit AP 130-10 AP 1 3 0-1 〇 Well mixed with washing water. This amount of air can be adjusted by changing the input voltage of the air pump AP 1 3 0 — 1 4 according to the selection of the cleaning intensity setting button SW1 3 0 — 2 2. Generally, when a weak washing intensity is selected, a strong washing intensity is selected by reducing the input voltage to reduce the amount of air. Conversely, by increasing the input voltage to increase the air quantity, a set washing can be obtained. Strong air is mixed into the washing water WN130-12. In addition, the air mixing section AP 130-10 in the cleaning nozzle WN 130 is equipped with a cylindrical filter WN130-10a, and the air sent from the air pump AP I 30-14 passes through the air flow path AP130. — 32 and the air chamber AP130_10b pass through the cylindrical filter WN 1 3 0 — 1 0 a and become bubbles, which are well mixed into the washing water flowing through the inside of the cylindrical filter WN 1 3 0-1 0 a. Fig. 168 is an explanatory view showing a local cleaning device including a cleaning nozzle WNl · 32 according to another embodiment. In Fig. 1 68, the spray nozzle V. Nozzle body WN1 3 2-5 0 and Nozzle head WN1 3 2-70 are shown in a sectional view, and the water flow system and the control instruction system are shown in a schematic diagram. Here, the power limitation means CT1 32-8 is the air mixing control unit AP 1 3 2-8 d and the washing water flow rate control unit CT 1 3 2 This paper size applies the Chinese national standard (CNSXA4 specification (210 X 297) (%) It—— — — — — — — — — —-II {Please read the notes on the back page ΐ · τΑΙ) Order · Line-289- A7 43435 7 ____B7_____ V. Description of invention 87) —8b. The air mixing control unit AP132 — 8d is composed of an air pump AP 1 3 2_8 d and the air mixing unit AP 1 3 2_ 8 2 d. The washing water flow rate control unit CT 1 3 2 — 8 b is a throttle unit WP 1 3 2 — 3 5 is composed of the aforementioned air pump AP 1.3 2_ 8 1 d and the aforementioned air mixing portion AP 1 3 2_8 2 d. According to the setting of the water potential setting button SW1 3 1 3 ci and the discharge temperature setting button SW1 3 2-1 3 e, the air pump AP 1 3 2 — 8 1 d and the node are controlled by the signal of the warm water / _nozzle control device. Streaming unit WP132-35. Order • Line-Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economics, for example, if the user sets the water potential setting knob SW1 3 0 -1 3 d to "strong" water potential, by using the air pump AP 1 3 0_8 1 d and the control of the throttling unit WP 1 3 0_3 5 forcedly mix air into the washing water so that the discharge flow rate becomes 1 3 [m / se C] 'so that the instantaneous discharge water volume becomes 430 [cc / min]. Spit out the washing water. Even if the amount of water is instantaneously 430 [cc / min], and there is an air buffering effect caused by air mixing, it is also possible for users who want to get a strong water potential because the discharge flow rate is 13 [m / sec]. It ensures the water potential and cleans it. In addition, the instantaneous water output is 4 3 0 [cc / mi η]. For users who want to wash at high temperature (for example, more than 40 t), it is hot water that they can like even in severe winter. The washing is performed at a temperature, and the washing feeling can be maintained, so that the power consumption of the washing water heating means TT 1 3 0 — 3 1 is limited to 1 2 0 0W or less. In addition, if air is mixed in from the fine gaps of the porous body in the air mixing section AP 1 3 0 — 8 2 d, finer air bubbles can be mixed. The paper size applies the Chinese national standard (CNS &gt; A4 specification (210 X 297 mm) ) -290-34 35 7 a? ____B7______ 5. Description of the invention such as 8) 'Because it is a micro-bubble, it is not easy for bubbles to disappear, which can greatly increase the amount of air mixed in, which can increase the flow rate and reduce the amount of water that is instantaneously discharged. The heating means T Η 1 3 0-3 1 has a smaller power consumption, and maintains a state of sufficient air bubbles during local conflicts, so even if the flow rate is greatly increased, no pain is caused due to the air buffer effect. Discomfort. In addition, if the user sets the water potential setting knob SW1 3 0_ 1 3 d to the “weak” water potential, under the control of the air pump AP 1 3 0 — 8 1 d and the throttle unit WP 1 3 0 — 3 5, instantly The amount of discharged water is the same as in the case of "strong" water potential. Only the ratio of forced mixing of the air of the discharged washing water can be reduced or made zero, so that the discharge flow rate is 3 [m / seC] and the instantaneous discharged water amount is 430. The [cc / min] method was adjusted to spit out the washing water. Because the discharge flow rate is 3 [m / sec], users who want to get weak water can also wash it gently and painlessly. In addition, even if the water is weak, the instant water output is 4 3 0 C cc / mi η 3. Increasing the energization control range for the temperature adjustment of the washing water heating means TT 1 3 0_ 3 1 to easily ensure the accuracy of the target hot water temperature. It can provide high-quality local washing devices and can heat the washing water. The power consumption of the means TT 1 3 0-3 1 is limited to 1200W or less. In the embodiment, an example in which the instantaneous amount of water is not changed will be described. However, under the control of the air pump AP 1 3 0_8 1 d and the throttling unit WP 1 3 0-3 5, the moment of "weak" water potential is also reduced. The control of the amount of water discharged makes the desired water potential a way for users to get the approximate paper size applicable to the Chinese national standard (CNS &gt; A4 specification (210 X 297 male *) — — — — — — — — — — — — — I— .1-(Please read the note on the back page first: Printed by the Consumer Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs -291-Printed by the Shellfish Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 43435 7 A7 _B7_ V. The description of the invention 9) Bi is satisfied, and the power consumption of the heating means TH1 3 0_3 1 can be limited to 1 2 0 W or less. In addition, the amount of instantaneous water is not changed and the ratio of air mixing ratio is changed according to the combination. The water potential change and the water potential change according to the change of the instantaneous spitting water amount may be such that the user can obtain a similar satisfaction so that the desired water potential becomes the desired level. When it is set to "strong" water potential ~ "slightly strong" water potential, the instantaneous spit water volume is 4 3 0 [cc / mi η], and the water potential is changed by increasing or decreasing the air mixing ratio. The water potential setting knob SW1 3 0-1 3 d When the setting is "Slightly Strong" to "Slightly Weak", the instantaneous water output is 3 8 0 [cc / min], and the water potential is changed by increasing or decreasing the air mixing ratio. The water potential setting knob SW1 3 0_ 1 3 d is set. When the water potential is "slightly weak" ~ When the water potential is "weak", the instantaneous spit water volume is 330 [cc / min], and the water potential can be changed by increasing or decreasing the air mixing ratio. The present invention can be implemented as described above. However, the present invention is not limited to the above-mentioned embodiments or implementation forms, and can be implemented in various forms within the scope of the present invention without departing from the gist of the present invention. The industrial application possibility is related to the human body cleaning device of the present invention. , Can be used as a sanitary washing device for toilets, showers and other human washing devices. Brief description of the drawing ^ ni ·· * nt— I 9 &lt; Please read the Italian notice on the back A page) Order · --line-paper Standards apply to Chinese National Standards &lt; CNS) A4 specifications (210 X 297 mm) • 292- ^ 3435 7 A7 B7 Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of invention 9) Figure 1 is installed on the toilet A schematic perspective view of the local cleaning device κ s 1-1 of the first embodiment of the state. Fig. 2 is an explanatory diagram for explaining the remote operation device R C 1-1 having the partial cleaning device. FIG. 3 is a schematic perspective view of the periphery of the side portion for explaining the auxiliary operation portion K S 1 -9 of the local cleaning device. Fig. 4 is a block diagram showing a schematic configuration of a local cleaning device centered on a waterway system. Fig. 5 is a block diagram showing a schematic configuration of the control system. Fig. 6 is a schematic perspective view showing the nozzle device NS 1-1. Fig. 7 is an explanatory diagram for explaining the forward and backward appearance of the cleaning nozzle WN1-1. Fig. 8 is an explanatory view showing the periphery of the tip of the cleaning nozzle located at a waiting position in the main body of the local cleaning device. Fig. 9 is a schematic perspective view showing a part of the functional water unit WP 1-4 and showing it. Figure 10 is a schematic cross-sectional view taken along line 10-10 of Figure 8. FIG. 11 is a schematic cross-sectional view taken along line 1-11 of FIG. 8. Fig. 12 is an enlarged perspective view of the nozzle head NH 1-1 at the tip of the cleaning nozzle. Fig. 13 is a schematic sectional view taken along line 1 3-1 3 in Fig. 12. Fig. 14 is a plan view of the nozzle head base NH1-2. Fig. 15 is a plan view of the movable body NH 1 _ 1 1 used for cleaning the vulva. -!!! Install i I (please read the precautions on the back page first) Order · Γ-Thread · This paper size applies to the China National Standard (CNS &gt; A4 size &210; 297 public love) -293- Printed by Shellfish Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 4 3435 7 A7 __; _B7 V. Description of Invention 91) Figure 16 is a plan view for explaining the movable body for the genitals and its related components. Fig. 17 is a schematic perspective view for explaining a movable body for a vaginal part and a related member. Fig. 18 is a schematic exploded perspective view for explaining the magnetic force generating body NH 1-2 6. Fig. 19 is a plan view of an electromagnetic coil installation substrate NH 1 _ 2 8 having a magnetic force generating body. Fig. 20 is an explanatory diagram illustrating a circuit configuration formed on the substrate. Fig. 21 is an explanatory diagram illustrating the state of excitation of the electromagnetic coils NH 1-3 3 a to 3 3 c when the movable body NH1_ 1 1 for the female part is driven. Fig. 22 is an explanatory diagram for explaining a mode in which washing water is discharged from the pussy spouting hole NΝ 1-10. Fig. 23 is a diagram for explaining the state of the washing water at the moment of spitting water. Fig. 24 is a diagram for explaining the state of excitation of the electromagnetic coils NΗ1-3 3 a to 3 3 C. Fig. 25 is a flow chart showing a procedure for washing and drying the buttocks or genitals performed by the electronic control device CT 1 to 1. Fig. 26 is a flowchart showing a detailed pre-nozzle cleaning program for the pre-nozzle cleaning process of the washing / drying operation program. Fig. 27 is an explanatory diagram showing a mode in which the washing water is spouted before the nozzles that are spouted by the washing water before the partial washing. — — — — — — — — — — — — — ^-II &lt; Please read the note on the back first. Photo page &gt; Order: · _line. This paper size is applicable to Chinese National Standard &lt; CNS) A4 &lt; 210 X 297 mm) -294- 4 34 35 7 A7 __; ___B7____ V. Description of Invention 92) Figure 2 8 shows the detailed formal cleaning program for the formal cleaning operation processing of the cleaning / drying program Flowchart. Fig. 29 is an explanatory diagram for explaining the processing content and operation of the formal cleaning program and the processing content of the stop program. Figure 30 is a flowchart showing the operation stop program. Fig. 31 is a flowchart showing a mobile washing program. Fig. 32 is a diagram for explaining the state of mobile washing. Fig. 33 is a flowchart showing a dot / wide area washing program. Fig. 3 is a diagram for explaining the dot / wide area washing. Explanatory diagram * Figures 3 to 5 show the flow chart of the massage washing program. Fig. 36 is an explanatory diagram for explaining the state of massage washing. Fig. 37 is a diagram for explaining the effect of massage washing on the mode. Fig. 38 is a flowchart showing a swing washing program. Fig. 39 is an explanatory diagram for explaining the processing content of the swing washing program. 〇 Fig. 40 is an explanatory diagram for explaining the appearance of the swing washing. Fig. 41 is a flowchart showing a wobble detection program. Fig. 42 is an explanatory diagram for explaining the processing content of the wobble detection program.

D Figure 4 3 is a flowchart showing the abnormal recovery procedure. Fig. 4 is a flowchart showing the nozzle sweeping program. Fig. 45 is a block diagram showing the structure of a waterway system according to a modification. Figure 46 shows the nozzle device NS 1 — 20 of the modified example. The paper size is applicable to the Chinese National Standard (CNS) A4 specification &lt; 210 X 297 mm> ill --- I______ II &lt; Please read the back first Note on this page (Htcffi page) Order-Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Online Economics -295- ^ 34 3 5 7 B7_ V. Description of the invention 3) Sketch drawing. Figure 4 7 shows a schematic cross-section of the line 4 7 — 4 7 in Figure 4 6 Please read the note on the back of this page (ΐ ί ί »page). Figures 4 and 8 are diagrams for explaining the cleaning and moving state of the modified example. Figures 4 and 9 are plan views of the electromagnetic wire installation substrate NH1-50 having the nozzle head of the modified example. Fig. 50 is a plan view of an electromagnetic coil installation substrate NH1-60 having a nozzle head according to another modification. Fig. 51 is an explanatory diagram for explaining a nozzle head of another modification example. Fig. 52 is an explanatory diagram for explaining a cleaning operation of a modification example using the nozzle heads NH 1 to 70 of the above-mentioned modification example. Fig. 53 is a diagram for explaining a mode in which the washing water is discharged according to the washing operation of the modification. Fig. 54 is an explanatory diagram for explaining a cleaning operation of another modification using the nozzle heads NH 1-70 of the above modification. Figure 5 5 of the Consumer Cooperatives, Employees' Cooperative of the Interim Property Bureau of the Ministry of Economic Affairs, is an explanatory diagram for explaining how the washing water is spit out according to the washing operation according to another modification. Fig. 56 is a diagram for explaining a mode in which the washing operation according to another modification is suitable for the case where the washing water is spouted when the washing operation is suitable for mobile washing. Fig. 57 is an explanatory diagram illustrating the manufacturing process of the movable body NH 1 _ 1 1 for the genitals. Figure 5-8 illustrates the manufacturing process of the movable part for the genitals in a modified example -296- This paper is applicable to the national standard (CNS) A4 specification (210 X 297 mm) 4 34 35 A7 B7 V. Description of the invention94 > Illustrating. Figures 5 and 9 are explanatory diagrams illustrating the manufacturing process of the movable body for the vagina in another modification. Fig. 60 is a block diagram showing a schematic configuration of the partial cleaning device of the second embodiment, centered on the waterway system. Figure 61 is a cross-sectional view showing a schematic configuration of an accumulator WP 2-7 arranged in the water system. No. 6 2 W P 2-No. 6 3 No. 6 4 Purified Water Flow Pattern No. 6 5 No. 6 6 No. 6 7 Figure. The figure is a cross-sectional view showing the configuration of the wave generating machine 8 arranged in the same waterway system. The figure is an explanatory diagram showing the washing appearance of the wave generating machine WP 2 _ 8 based on the wave generating machine. The picture mode shows the setting of the wave generating machine WP 2-8. The diagram is a block diagram showing the outline of the control system. The drawing is a schematic perspective view showing the nozzle device N S 2 _ 1. The picture shows a schematic cross section of line 6 7-6 7 in Figure 6-6 ------------ install ___ (please read the note on the back page of wtT on this page) Order. Figure 6-8 printed by the Ministry of Intellectual Property Office's Consumer Cooperatives is a schematic cross-sectional view of important parts illustrating the structure of the flow path switching valve WN 2-2 with a cleaning nozzle. The figure shows an exploded perspective view of important parts of the flow path switching valve. No. 70 Nozzle Head Peripheral No. 7 1 is a plan view showing the nozzle head NH2 — 1 while cutting the part while cutting. The drawing is a plan view showing a modification of this nozzle head. This paper size applies to China National Standard (CNS) A4 specifications (210 * 297 mm) -297- Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 434357 A7 __'_ B7 ____ 5. Description of the invention 95) Figure 7 2 It is an explanatory diagram for explaining the excitation state of the pulsation generating coils WP 2 -15 of the pulsation generating device WP 2 _ 8 which generates pulsation when washing water is spouted. Fig. 73 is a time chart showing the amount and flow rate of the washing water flowing out of the wave generating machine WP 2-8. Fig. 74 is a schematic diagram illustrating the mode in which the water is discharged from the buttocks of the nozzle head NH2-1 through the holes NH 2 _ 2. Fig. 75 is an explanatory diagram illustrating a process in which a pulsating flow of washing water is discharged from a spouting hole, and the discharged washing water is amplified by the pulsating flow. Fig. 76 is an explanatory diagram illustrating a state in which the washing water flow impinges on the wall surface. Fig. 7 is an explanatory diagram illustrating a state in which the pressure sensing plate P s is installed at a distance L a in the opposite direction to the hip spout hole NH 2-2. Illustration. Fig. 78 is an explanatory diagram showing the position and pressure peaks of the pressure sensing plate P s in a three-dimensional manner. Figures 7 and 9 are timing charts showing detection signals detected from one of the detection sections. Figure 80 is a graph showing the relationship between the average water discharge and the washing amount. Fig. 81 is an explanatory diagram explaining the reason why the washing strength is different as the frequency increases or decreases. Fig. 82 is a graph showing the relationship between the pulsating frequency of the pulsating flow and the washing intensity and the unpleasantness of the local stimulus of the human body. Fig. 83 is a diagram illustrating a control example in which the pulsating frequency of the pulsating flow of the washing water is different in the case of washing the buttocks and the case of cleaning the genitals. This paper standard applies Chinese National Standard (CNS) A4 Specifications (210 X 297 mm) ill — — — — — — — —! R · II &lt; Please read the notes on the back Htf € this page) Order:; line. -298- · &quot; 4 34 35 7 A7 _____B7 5. The description of the invention is as shown in 6). Fig. 84 is an explanatory diagram illustrating a control example of the pulsation frequency i tm and the load ratio Dtm. Fig. 85 is a timing chart showing the cleaning operation of the local cleaning device according to the second embodiment. Fig. 86 is a circuit diagram showing an example of the bottom detection circuit C T 2-2 of the pulsation generating coil WP 2 _ 1 5. Figures 8 and 7 are explanatory diagrams illustrating the shape of the current waveform when the pulsation generating coil WP 2-1 5 is energized. Fig. 88 is an explanatory diagram for explaining the effect obtained by the pressure accumulator W P 2-7. Figures 8 and 9 are block diagrams showing the water path configuration of a partial cleaning device having a modification. Fig. 90 is a block diagram showing a water path configuration of a local cleaning device having another modification. FIG. 91 is a diagram showing a schematic configuration of a part of the throttle switching valve WP2-20 of the modified example, which is partially cut away. Fig. 92 is a block diagram showing a water path configuration of a local cleaning device having another modification. Fig. 93 is a cross-sectional view showing the structure of the intermittent valve WP 2-2 7 arranged in the water system. Fig. 94 is an explanatory diagram for explaining the water pressure of a water system of a local cleaning device having a modification of the intermittent valve. Figure 9 5 shows the water of a local cleaning device with other modifications. 0 n It 1 1 «I (Please read the note on the back of the book first. I book I) Order · -line · Staff of the Intellectual Property Bureau of the Ministry of Economic Affairs t The paper size printed by the cooperative is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 mm) -299- Printed by the Consumer Consumption Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 3435 7 A7 _B7 V. Description of the invention such as 7) Road system Composition of block diagrams. Fig. 96 is an explanatory diagram for explaining the structure of a cleaning nozzle WN2-2 5 which is a modified example of forced air mixing. Fig. 97 is a graph showing the relationship between the amount of air mixed when the air is forcibly mixed with the washing water and the area of the washing water spouted by the mixed air. Fig. 98 is an explanatory diagram illustrating the structure of a cleaning nozzle WN2-2 5 according to another modification of the forced mixing of air. Fig. 9 is a schematic cross-sectional view of an important part of a cleaning nozzle which achieves various modified examples of natural aspirating. Fig. 100 is a schematic cross-sectional view of an important part of a cleaning nozzle which also achieves a separate modified example of natural aeration. Fig. 101 is a schematic view showing a cleaning nozzle which achieves another modification of natural aspirating. Fig. 102 is a diagram showing air entrainment characteristics of other modified examples. Fig. 103 is a schematic perspective view of the internal structure of the nozzle head NH 2-3 3 which is used to explain the cleaning nozzle shown in Fig. 101 and further deformed. Fig. 104 is a graph showing the air entrainment characteristics of the nozzle heads NH2-3 3 in other modified examples. Fig. 105 is an explanatory diagram illustrating a cleaning nozzle WN 2 -35 of another modification. Fig. 106 is an explanatory diagram illustrating a schematic configuration of a solenoid pump WN 2-36 using a cleaning nozzle of this modification. Figure 1 0 7 shows the cleaning of the paper with the local cleaning device of the third embodiment. The paper size applies the Chinese national standard (CNS &gt; A4 specification (210 X 297 mm) ----! 1! 装 ί I (Please Please read the second page of this page on the back of this page) Order. -Line. -300- A7 B7 Nozzle WN 3 No. 1 ◦ The main part is the 10th perspective. 1 1 Explanation of the method 43435 7 V. Description of the invention 98) -1 @important section 槪 A schematic sectional view. Fig. 8 is a cross-sectional view of the cleaning nozzle WN 4-1 of the fourth embodiment. FIG. 9 is an exploded view of important parts of the cleaning nozzle WN 4-1. FIG. 9 is a schematic cross-sectional view of important parts of the cleaning-1 having a local cleaning device according to a fifth embodiment. Fig. 11 is a block diagram showing the constitution of a waterway system having a local cleaning device K S 6-1 of the sixth embodiment. FIG. 2 is an explanatory diagram showing a partial cleaning device K S 6-2 according to a modification. Fig. 3 is a diagram for explaining a control method when the washing water is discharged at a washing point. Fig. 1 4 is an explanatory diagram showing an instruction panel KS6-5 of a washing point in another modification. FIG. 115 is an explanatory diagram of a local cleaning device including a cleaning nozzle WN 2 0 according to another embodiment. Fig. 116 shows a cleaning nozzle WN 22 according to another embodiment, Fig. 116 (a) is a plan view, and Fig. 116 (b) is a sectional view viewed from the side. Fig. 1 17 shows the cleaning nozzle WN 24 related to other embodiments, Fig. 117 (a) is a cross-sectional view, and Fig. 117 (b) is a plan view showing the movement of the water discharge hole WN 2 4-4 b Illustrating.

Figure 1 1 8 shows the cleaning nozzles WN related to other embodiments-111 ----- II __ ^ · 1 I Ministry of Intellectual Property Bureau Employees 'Cooperatives Printed Paper Standards Applicable to National Standards (CN§) A4 Specification &lt; 210 X 297 Gong *) -301-Printed by Intellectual Property Bureau's Employees' Cooperatives of the Ministry of Economic Affairs 43435 7 at ___B7 V. DESCRIPTION OF THE INVENTION 9) 26, Fig. 118 (a) is a sectional view, and Fig. 118 (b) is a perspective view.

Fig. 1 19 is a cross-sectional view showing a cleaning nozzle WN 2 8 according to another embodiment.

Fig. 120 shows a cleaning nozzle WN 3 related to other embodiments, Fig. 120 (a) is a sectional view, and Fig. 120 (b) is a perspective view. Fig. 121 shows a cleaning nozzle WN 32 related to other embodiments, Fig. 121 (a) is a sectional view, and Fig. 121 (b) is a perspective view. Fig. 1 2 shows the cleaning nozzle WN 34 related to other embodiments, Fig. 122 (a) is a perspective view viewed from the side of the washing nozzle WN 34, and Fig. 12 (b) is from another direction Look at a cross-sectional view of the cleaning nozzle WN 3 4. Fig. 1 2 3 shows a cleaning nozzle WN 36 related to other embodiments, Fig. 123 (a) is a view seen from a plane, and Fig. 123 (b) is a view seen from a side.

FIG. 12 is a perspective view of a cleaning nozzle WN 3 8 related to other embodiments, and FIG. 12 (a) is a perspective view viewed from the side of the cleaning nozzle WN 3 8 and FIG. 1 2 4 ( b) A cross-sectional view of the cleaning nozzle WN38 viewed from other directions.

FIG. 1 2 is an explanatory diagram showing examples of the cleaning nozzle WN 40 according to another embodiment.

Figure 1 2 6 shows the cleaning nozzles WN i — 1 — ii! 装 ί — related to other embodiments {Please read the note on the back side #m. Item &amp; for this page) Order-line. This Paper size applies to Chinese National Standard (CNS) A4 specifications &lt; 210 X 297 male *) -302- t 4 3435 7 A7 Printed by B7 of the Intellectual Property Bureau Staff Consumer Cooperatives of the Ministry of Economic Affairs 5. Description of invention 42) a) is a sectional view, FIG. 126 (b) is a perspective perspective view, FIG. 12 (c) is a layout diagram of a permanent magnet and an electromagnetic coil, and FIG. 1 (6) (d) is a graph showing a permanent magnet and an electromagnetic Schematic diagram of the coil action. Figure 1 2 7 is a cross-sectional view of a cleaning nozzle WN 4 4 according to another embodiment. Figures 1 2 and 8 are diagrams illustrating the shapes of the grooves of the rotating ceramic discs WN4 4-4 6 and the fixed ceramic discs WN4 4-4 5 of the cleaning nozzle WN4 4. Fig. 1 2 is a cross-sectional view showing a cleaning nozzle WN 46 according to another embodiment. FIG. 130 is a cross-sectional view showing a cleaning nozzle WN 4 8 and its modification according to other embodiments. Fig. 1 31 is a diagram showing a configuration of a cleaning nozzle WN 50 according to another embodiment, Fig. 13 (a) is a plan view, and Fig. 13 (b) is a cross-sectional view viewed from the side. Fig. 1 2 shows a cleaning nozzle WN 52 according to another embodiment, Fig. 132 (a) is a sectional view, and Fig. 132 (b) is a perspective view of an important part thereof. Fig. 1 3 3 shows a cleaning nozzle WN 54 related to other embodiments, Fig. 133 (a) is a sectional view, and Fig. 133 (b) is a layout diagram of an actuator WN54-6. Fig. 1 3 4_ shows the cleaning nozzle WN 56 related to other embodiments, Fig. 134 (a) is a cross-sectional view, and Fig. 134 (b) is a ---------- equipment i — &lt; Please read the notes on the back first ^^ This page) Order:. The size of the paper is applicable to the Chinese National Standard (CNS) A4 specifications &lt; 210 * 297 g 〇1 &gt; Diagram of the drive switching mechanism according to the rotation direction of the electric motor WN5 6-4 C. Fig. 1 3 5 shows a cleaning nozzle wn 58 'related to other embodiments. Fig. 135 (a) is a sectional view, and Fig. 135 (b) is a diagram 135 (a). FIG. 135 (c) is a plan view of the elastic body WN 5 8-4 near the movable portion WN 5 8-2. Fig. 136 is an explanatory view showing a cleaning nozzle WN 60 according to another embodiment. Fig. 1 3 7 is an explanatory view showing a cleaning nozzle WN 61 according to another embodiment. Fig. 1 38 shows the cleaning nozzle WN 62 related to other embodiments, Fig. 138 (a) is a view seen from the side, and Fig. 138 (b) is a view seen from above. Fig. 139 shows a cleaning nozzle WN 64 'according to another embodiment. Fig. 139 (a) is a sectional view and Fig. 139 (b) is a perspective view. Fig. 140 shows a cleaning nozzle WN 66 related to other embodiments, Fig. 140 (a) is a sectional view, and Fig. 140 (b) is a perspective view. Fig. 14 1 shows a cleaning nozzle WN 68 related to other embodiments, Fig. 141 (a) is a sectional view, and Fig. 141 (b) is a perspective view "

Figure 1 4 2 shows the cleaning nozzle WN related to other embodiments ---------- II-_ I &lt; Please read the precautions on the back MflT for this page &gt; ij_- Line · Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Industrial Cooperatives, the paper size is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 male «) 304- A7 4 34 35 7 37_ 5. Description of the invention 602) 70 and washing A perspective view of the clean nozzle WN 7 2. Please read the precautions on the back first \ 刼 This page) Figures 1 4 3 are explanatory diagrams showing the cleaning nozzles WN 7 4 related to other embodiments. FIG. 1 4 is an explanatory view showing a cleaning nozzle WN 7 6 according to another embodiment.

Fig. 14 is an explanatory view showing a cleaning nozzle WN 7 7 according to another embodiment. Figures 1 to 4 are diagrams showing cleaning nozzles WN 78 related to other embodiments. Figure 146 (a) is a schematic configuration diagram, and Figure 146 (b) is an explanatory diagram of a state in which the spouting direction is deviated from left to right Fig. 146 (c) is an explanatory diagram of a state in which the spouting direction is deviated forward and backward. Fig. 14 7 is an explanatory view showing a local cleaning device having a cleaning nozzle WN 80 according to another embodiment. Figures 1 to 8 are explanatory diagrams showing a local cleaning device having a cleaning nozzle WN 8 4 according to another embodiment.

Figures 1 to 9 are sectional views of the cleaning nozzle WN 86 according to other embodiments. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs

FIG. 150 is an explanatory view showing a cleaning nozzle WN 89 according to another embodiment. Fig. 151 is an explanatory view showing a partial cleaning device having a cleaning nozzle WN 90 according to another embodiment.

Fig. 15 2 is an explanatory diagram showing a cleaning nozzle WN 91 according to another embodiment.

Figure 1 5 3 shows the cleaning nozzle WN -305- related to other embodiments. The paper size is applicable to Chinese National Standard (CNS) A4 Regulations &lt; 210 X 297 Male «&gt; A7-J 34 35 7 B7 5 Illustrative drawing of the invention 603) 92.

Fig. 15 4 is an explanatory view showing a cleaning nozzle WN 94 according to another embodiment. Fig. 1 5 is an explanatory view showing the cleaning nozzle WN 96 and the cleaning nozzle WN 97 according to other embodiments. Fig. 15 6 is an explanatory view showing the cleaning nozzle WN 9 8 and the cleaning nozzle WN 9 9 according to other embodiments. Fig. 15 7 is an explanatory diagram showing a cleaning nozzle WN 1 0 0 according to another embodiment.

Fig. 158 is an explanatory view showing a cleaning nozzle WN 102 according to another embodiment. Fig. 15-9 is an explanatory diagram showing a local cleaning device having a washing nozzle WN 1 0 4 related to other embodiments = Fig. 160 is a diagram showing a washing nozzle WN 1 0 8 related to other embodiments Illustration. FIG. 16 is an explanatory diagram showing a cleaning nozzle WN 1 1 2 according to another embodiment. Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Industrial Cooperatives ^ 1 ^ 1 ϋ nnn I &gt; ϋ y5 · &lt; Please read the note on the back * item * page) first. Line 1 6 2 shows that there are related to other An explanatory diagram of the partial cleaning device of the cleaning nozzle WN 1 2 0 of the embodiment. Fig. 16 is an explanatory view showing a shower head according to another embodiment. FIG. 16 is an explanatory view showing a cleaning nozzle WN 1 2 6 according to another embodiment. Figure 165 shows the cleaning nozzles related to other embodiments. The paper size is applicable to the China National Standard (CNS) A4 (210 X 297 mm)

43435 7 Z _ \ ___B7___ V. Description of the invention 6〇4) Block diagram of the water system and control system of the human body washing device of WN 1 3 0. Fig. 16 is an explanatory diagram showing a detailed diagram of the operation panel. Fig. 16 is a sectional view showing an important part of the cleaning nozzle WN 130. Fig. 168 is an explanatory view showing a partial cleaning device including a cleaning nozzle WN 1 3 2 according to another embodiment. Fig. 169 is an explanatory diagram for explaining a method of maintaining a constant flow rate and controlling an increase in the flow rate when the pulsating flow of the washing water of the second embodiment and its modification is used to spit out water. Illustrating. FIG. 170 shows an example of a sequence control in which the washing water spouting of the spout hole realized by the first embodiment is spouted, and the washing water spouted by the pulsating flow is spouted by the second embodiment. Illustration. Explanation of symbols: ------------ install i — please read the note on the back page first) Order · -Line of Intellectual Property Bureau of Ministry of Economic Affairs, Consumer Work Cooperatives, India, BT Toilet CT 1--1 Electronic control unit DB 1--1 Heating unit DS 1--1 Deodorizing unit KK 1--1 Drying unit KS 1--1 Partial cleaning unit KS 1-&quot; 2 Body unit KS 1--3 Toilet seat KS 1--4 Toilet cover This paper size is applicable to China Solid State Standards (CNS) A4 (210 X 297 mm) -307- 1- 43435 7 A7 B7 5. Invention Description 5) Employees ’Cooperatives, Intellectual Property Bureau, Ministry of Economic Affairs Printed KS 1 5 Side KS 1 — 6 Display KS 1 — 7 Cover KS 1 — 8 Transparent window KS 1 — 9 Auxiliary operation section N Η 1 — 1 Nozzle head N Η 1 — 2 Nozzle head base N Η 1 — 3 First base flow path N Η 1 — 4 Second base flow path N Η 1 — 5 Third base flow path N Η 1 — 6 Head cover N Η 1 — 7 Hip spout N Η 1 — 8 Gentle spout hole N Η 1 — 9 Movable body for hips N Η 1 — 1 0 Spout hole N Η 1 — 1 1 Moving body N Η 1 — 1 2 Engagement claw portion N Η 1 — 1 3 Cover side engagement claw portion N Η 1 — 1 4 Engagement protrusion N — 1 — 1 5 Flange portion N Η 1 — 1 6 Round Tube N Η 1 — 1 7 Water spouting block N Η 1 — 1 8 Magnetic drive body N Η 1 _ 1 9 Water spout guide hole Read the note on the back side i Binding This paper size applies the national standard (CNS) A4 specification ( 210 X 297 mm) -308- A7 4 3435 7 B7 Please read the notes on the back page first) Binding *--Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Inventory Manual 〇 Η 1-2 6 Ν Η 1-2 7 Ν Η 1-2 8 Ν Η 1-2 9 Ν Η 1-3 Ο Ν Η 1 ~ 3 1 NHl-32a ~ 32 Ν Η 1-3 4 Ν Η 1-3 5 Ν Η 1 ~ 3 6 '3 7 ΝΗ1-39, 40 Ν Η 1-4 4 Ν Η 1-4 5 Ν Η 1 — 4 6 Ν Η 1-4 7 Ν Η 1-4 8 Ν S 1-1 Ν S 1-2 Ν S 1-3 Ν S 1-4 Ν S 1-5 Ν S 1-6 NS1-7 Ν S 1-8 Magnetic force generating extracorporeal air suction hole electromagnetic wires 圏 Set a swing coil for the buttocks of the substrate frame Group female part swinging coil group c, 33a ~ 33c electromagnetic coil plate coil iron core output line Motion detection circuit No. 1 protrusion No. 2 protrusion Nozzle spout hole in the head. Gentle spout hole in the head Nozzle spout hole in the head Nozzle base motor Nozzle drive motor transmission mechanism Nozzle holding part Guide rail part Drive transmission wheel Paper size Applicable to China National Standard (CNS) A4 specification (210 X 297 mm) -309 * V. Description of invention 〇7) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs N S 1 9 N S 1 1 1 0 N S 1 — 1 1 Ν S 1 — 1 2 RC 1 — 1 RC 1 — 2 RC 1 — 3 SS 1 0 SS 1 6 a SS 1 6 b SS 1 8 SS 3 0 SS 1 4 SW a SW b SW c SW d SW z SW fa, SW f SW ea SW t V swt SW ua, s W u SWV a &gt; s W v SW y Front and rear driven wheel timing belt tension pulley nozzle advance and retreat track remote operation device optical signal transmitting section display section Seat sensor, water temperature sensor, water temperature sensor, float switch, detection sensor, water sensor, stop button, hip wash button, soft wash button, genital wash Button drying button v Move setting button Massage setting button a Swing setting button v Point setting button V Wide area setting button Deodorizing setting button ------------- • Install --- (Please read first Note on the backside νήτν. · »» This page)-Line. This paper size applies Yin National Standard &lt; CNS) A4 specification (210 X 297 mm) 310- Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 3435 7 A; _B7 V. Description of the invention 〇8) SWW Heating setting button SW hu Strong water potential setting button SW hd Weak water potential setting button SWX f Nozzle position forward setting button SWX b Nozzle position backward setting button SW ρ Main power switch SW k Nozzle washing button SW b Hip washing button SW d Genital washing button T Η 1 1 1 Heat exchange unit T Η 1 — 2 Heater T Η 1 — 3. Water tank T Η 1 ～ 4 Vacuum interrupter W Ν 1 — 1 Washing nozzle W Ρ 1 — 1 Water inlet valve unit W PB 1 — 3 Water outlet valve unit W PB 1 — 4 Functional water unit W PF 1 1 5 Upstream water supply line W PF 1 6 Downstream water supply line W PF 1 — 7 Strainer W PF 1 — 8 Check valve W PF 1 — 9 Constant flow valve W PF 1 — 10 Solenoid valve W PF 1 _ 11 Safety Valve -------------- Installation-(Please read the note on the back of the 5C page first) * sj--The size of the paper is applicable to China National Standard (CNS) A4 (210 X 297) (Mm) -311-4 34 35 7 V. Description of the invention 〇9) Printed by WP 1 -1 2 of the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 1st washing water outlet pipe WP 1 -1 3 2nd washing Water outlet pipe WP 1 -1 4 Throttle pump WP 1 -1 5 Switching valve WP 1 -1 6 Functional water generating water tank WP 1 -1 7 Chlorine generating electrode WP 1 —1 8 Inlet side pipe WP 1 _ 1 9 Outflow side line HP Waiting position AWP Hip washing position V w P Genital washing position T r 1 ～ T r 6 Transistor R 1 • &quot; Vi R 6 Resistance ----------- --- Pack — (Please read the note on the back page first) Order-Thread. This paper size applies to China National Standard (CNS) A4 specifications (2〗 0 X 297 mm) -312-

Claims (1)

Printed by the Consumers 'Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A8ll434 3 5 7_ £ 5 --- 6. Application for patent scope 1. A human body washing device' characterized by having: vomiting of washing water flushed to the human face The water pattern continuously changes with time, so that the time variation of the spouting pattern can be spouted in a way that the human body cannot recognize, and the spouting control method can control the spouting pattern independently of the flow of the washing water. . Two types of human body washing devices, which are characterized by: making the water spouting state of the washing water flushed to the human body washing surface continuously change over time, and making the water spouting state more recognizable by the human body. The spouting means with a shorter period of time variation and the spouting control means that can control the spouting state independently of the flow rate of the washing water. 3. A human body washing device, which is provided with washing water that continuously changes the flow rate of the washing water discharged from the spout hole with time and changes the flow rate of the washing water with time. The change in pressure is a means of spitting out in a way that the human body cannot recognize. 4. A human body washing device, comprising: a pressure of washing water that changes a flow velocity of washing water discharged from a spouting hole over time, and changes a flow velocity of the washing water over time. Variation means spitting water in a way that the human body cannot recognize. 5. A human body washing device, comprising: a flow rate of washing water continuously discharged from a spouting hole, which is continuously changed with time, and a washing water accompanying a change in a flow rate of the washing water over time. The pressure changes and the changes in the water spitting pattern accompanying the pressure changes are compared to others (I first read the note f on the back and then fill in 4 pages of moxibustion). This paper size applies to China B family standards (CNS) A4 specification (210X297 mm) -313- Consumption cooperation by employees of the Intellectual Property Bureau of the Ministry of Economic Affairs, printed ASf3 ^ 357_ I__ VI. The patent application fan country can identify the time variation cycle with a shorter period of time. 6 · A human body washing device, comprising: a flow rate of washing water continuously discharged from a spouting hole, which is continuously changed with time, and washing water accompanying a change in a flow rate of the washing water over time The pressure change and the change of the spouting state accompanying the pressure change are performed by a spouting method with a shorter period than the time variation period that the human body can recognize. 7. A human body washing device, comprising: making the spouting state of the washing water flushed to the human washing surface continuously change with time, so that the time variation of the spouting state cannot be recognized by the human body. The water spouting means of the method, the water potential setting means for setting the water potential of the washing water, and the water spout control means for changing the water spouting state are controlled in response to the water potential set by the water potential setting means. Eight kinds of human body washing devices, which are characterized by: making the water spouting state of the washing water flushed to the human body washing surface continuously change with time, and making the water spouting state more recognizable by the human body. Water spouting means with a shorter period of time change period, water potential setting means for setting the water potential of the washing water, and control of the water spouting means to change the water spouting state in response to the water potential set by the water potential setting means Means of control. 9. A human body washing device, comprising: making the spouting state of the washing water flushed to the human washing surface continuously change with time, so that the time variation of the spouting state is in a way that the human body cannot recognize. Means of spitting out water, and (please read the note on the back κρ-ί- 楱 ”-the paper size of this paper is used in China B Jialiang Zhun (CNS) A4 specification (210X297 mm) 314--Sixth, the scope of patent application ( Please read the precautions on the back first, then fill in the water spouting mode setting method that also sets the water spouting mode of the washing water, and change the flow rate according to the water spouting mode set by the above water spouting mode setting method. And / or flow rate control means for spitting water. 1 0. A human body washing device, which is characterized by: enabling the spitting state of the washing water flushed to the human body's washing surface to continue to spit out water over time. Water spouting means for making the spouting pattern change at a shorter period than the time fluctuation period that can be recognized by the human body, and water spouting pattern setting means for setting the spouting pattern of washing water * and corresponding to the above spouting pattern Water spout sample set by the state setting means A method for controlling the discharge of water by changing the flow rate and / or the flow rate. 1 1. A human body washing device, comprising: having a plurality of washing water spitting states which are washed to the human body's washing surface, continuously changing with time, The spouting method for making the time variation of the spouting state spit out in a way that the human body cannot recognize, and the printing method for the spouting instructions printed by the consumer cooperative of the Intellectual Property Bureau of the Ministry of Economy to instruct the spouting water from the above spouting method. The spouting instruction of the spouting instruction means controls the spouting control means of the spouting means selected from the plurality of spouting forms, and controls the spouting control means of the spouting means. 1 2. A human body washing device, comprising: a plurality of means for flushing the body The spouting state of the cleansing water of the cleansing surface continues to change over time, and at the same time, 1 makes the spouting pattern spit out in a manner that the spitting pattern changes in a shorter period than the human-recognizable time variation period. Means, and instructions for spitting water from the above-mentioned spitting method, and the national standard of this paper ) A4 specification (210X297 mm) -315- · * 43435 A8 C8 08 Application for patent Fanyuan Ministry of Economic Affairs Intellectual Property Bureau employee consumption cooperation Du printed to follow the water spout instruction by the above water spout instruction means, from the above multiple water spouting form The method of spouting selected by the method of spouting is to control the spouting control means of the above-mentioned spouting means. 1 3. A human body washing device, which is characterized by: The time is continuously changed, so that the time variation of the spouting state is a spouting means that spits out water in a manner that the human body cannot recognize, and a spouting instruction means that instructs the spouting water from the spouting means, and according to the spouting method that is based on the spouting means. It is instructed to select two or more spouting forms from among the plurality of spouting forms and to control the spouting control means of the spouting means in accordance with a predetermined pattern of water spouting. There are four types of human body washing devices, which are provided with: a plurality of water spouting states of the washing water flushed to the human body washing surface, and the spouting water is continuously changed with time, and the water spouting states are compared with each other. The human body can recognize the water spouting means of spouting water in a manner that the time variation period is shorter and the cycle is changed, and a water spouting instruction means that instructs water spouting from the water spouting means, and according to the water spouting instruction by the water spouting means, from the plural Among the spouting patterns, two or more spouting patterns are selected and the spouting control means for controlling the above-mentioned spouting means is controlled according to a predetermined pattern of water spouting. 15 kinds of human body washing devices, which are characterized by: having a plurality of spouting patterns of the washing water flushed onto the human washing surface, which continuously change with time, so that the time variation of the spouting patterns cannot be recognized by the human body Spitting means in the form of spitting water, and &lt; please read the note on the back first before loading | 装 _ _ 埃 4 ΛΙΓ The size of the paper used by the Chinese β family rubbing (CNS &gt; (210X297 mm ) -316- ά 7 ΑΒ Β8 C8 D8 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 6. The scope of the patent application is based on the above-mentioned spitting methods, and multiple spitting patterns can be performed simultaneously, and at least one can be controlled independently of the flow of washing water Means of spout control in the form of spouting. 1 6 · A human body washing device, which is characterized by having a plurality of spouting patterns of washing water that rushes to the washing surface of the human body, and spit water over time as the time continues to change. A water spouting method for making the water spouting pattern to spit water in a manner that the cycle changes in a shorter period than the time variation period that can be recognized by the human body, and simultaneously perform multiple water spouting patterns according to the above water spouting method At the same time, it is possible to control at least one spouting control means independent of the flow rate of the washing water. 17 human body washing devices are characterized by: a spouting means for spouting washing water to the human body, and setting the spouting water from the person The water potential setting means of the water potential of the washing water discharged by the means, and the formula (1) is used to define the cleaning strength according to the space average washing energy per unit area of the washing surface as the washing force e according to the above. The water potential set by the water potential setting means increases or decreases the cleaning power control means for controlling the aforementioned cleaning power e: e = E / A = (p wX Qx v2) / A = p wX p X v3 [W / m2] .. .... (1) Among them, the cleaning force e takes the following parameters as the parameters: A: The area to be cleaned by washing water on the cleaning surface [m2] This paper size is based on the Chinese national standard (CNS) ) A4 washing grid (210X297 mm) &quot; (Please read the note on the back side before filling-filling-** line-317- 4 3 ^ 35 Αδ Β8 C8 D8 夂, apply for patent Fanyuan Q: Wash Instant flow rate of water [m 3 / sec] Pw: Density of water [kg / m3] v: Flow rate of washing water (m / sec) Space volume ratio of washing water p = Q / (AXv) (m 3 Please Η E: Washing energy E = j〇 w x Q X 8. If the human body washing device in the scope of patent application No. 16 is concerned, please note the items on it The upper limit 员工 or lower limit 流量 of the flow rate Q, which specifies one of the parameters of the cleaning force e controlled by the cleaning force control means, is printed in the consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. For example, the human body washing device for the scope of patent application No. 1, 2 or 17 in which the means for spitting water is to spit out the washing water discharged from the spitting hole in a wider area than the above-mentioned spitting hole. Means to scan and clean. 20. If the human body washing device according to item 1, 2, or 17 of the scope of patent application, wherein the water spouting means is such that the washing water spouted from the spouting hole is used to spit water over a wider area than the above-mentioned spouting hole, Means of washing are sequentially changed by washing positions. 2 1. If the human body cleaning device of item 1, 2 or 17 of the scope of patent application, the paper size is generally Chinese «Furniture Ratio (CNS &gt; A4 size (210 × 297 mm) -318- A8 B8 C8 D8 3 ^ 35 VI. Applying for a patent Fan Gu (! | 事 14.) The water spouting method is to scan the washing water spouted from the spout hole by rotation, reciprocating movement or a combination of them, so that it is more effective than the spout hole. Means for washing in a wide area 22. For example, the human body washing device according to item 1, 2, or 17 of the scope of patent application, wherein the means for spitting out means that the flow rate of the washing water discharged from the spitting hole changes with time The washing means. 2. 3. The human body washing device according to item 1, 2, or 17 of the scope of the patent application, wherein the water discharging means * is performed by changing the flow rate of the washing water discharged from the water discharging hole with time. 24. The human body washing device according to item 1, 2, or 17 of the scope of application for a patent, wherein the water spouting means is to intermittently spit water by stopping the flow of the washing water spouted from the spouting hole completely. Way, or to minimize flow Non-zero means to make the flow pulsate with time to change the flow of water for washing. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 2 5. A human body washing device, which is characterized by: The spitting means of spitting water on the clean surface continuously changes with time, and the spitting means for spitting water out by the user's operation will start to output the washing start instruction for the aforementioned human body washing surface to spit out washing water Start the operation means, and synchronize with the start instruction from the above-mentioned washing start operation means to carry out the standard of this paper, using China National Kneading (CNS) A4 specification (210X297) 漦 -319- 4 3435 7 £ S ____ 6. Apply for a patent Fan Ye's spouting control means to spit water in accordance with the time variation of the above-mentioned spouting means. 26. For example, the human body washing device of the scope of application for patent No. 25, wherein the above-mentioned spouting means is independent of the above-mentioned washing water, And make the above-mentioned spouting state change over time &lt; = 27, such as the human body washing device of the scope of application for patent No. 25 or 26, wherein the aforementioned spouting means, The above-mentioned spouting pattern is changed with a short period of time that the human body cannot recognize the spouting pattern. &Lt; Please read the note on the back before filling in ^ 4 &quot; ·) Order. 1 'Intellectual Property of the Ministry of Economic Affairs Bureau of the Consumer Cooperatives printed this paper standard paper used in difficult countries #rate (CNS) Α4 wash grid (210X297 mm) -320-