CN1997798A - Bidet having enema function - Google Patents

Abstract

Disclosed is a multifunctional bidet, which has additional functions, such as an enema function for people with constipation, in addition to the common function of washing the genital area and the anal area. In particular, the configuration of the sitz bath of the present invention is that the anus cleaning function, the sitz bath cleaning function and the enema function are arranged in a single nozzle; or any function is configured on the spray head protruding from the separate nozzle body ; or one or both functions of the anal cleaning function, the sitz bath cleaning function and the enema function are provided in two or three nozzles, and the nozzles can be protrudingly inserted into the central lower part of the sitz bath body, thereby They are arranged horizontally close to each other; or one or both of the functions of anal cleansing, sitz bath cleansing and enema are provided in two or three nozzles which are extendably inserted into the sitz bath In the middle and lower part of the main body, so that they are vertically arranged close to each other.

Description

Sitz bath with enema function

technical field

The invention relates to a bidet with auxiliary functions. More particularly, the present invention relates to a multifunctional bidet, wherein an enema function is provided, as well as a basic function of cleaning the anus or genitals of a human body, thereby allowing users, especially constipated people, to excrete comfortably.

Background technique

The sitz bath is used to wash the genital and anal areas after defecation, without using toilet paper, using cleansing water of an appropriate temperature sprayed from the middle thereof.

Although originally developed to wash the genital area of women, sitz baths are now popular among people of all ages and genders, as washing the anus with water after defecation is known to be more hygienic than cleaning with paper. welcome. Washing the genital/anal area with water prevents bacterial infection and is great for preventing hemorrhoids and other anal disorders. In addition, it is very effective for women with gynecological diseases. Also, it is very useful for the elderly or obese people to excrete very conveniently.

As shown in Figure 1, this bidet includes: bidet body 2001, placed on the top of the toilet, and has a water tank for storing filtered tap water; bidet/cleaning nozzle (or anus cleaning nozzle) 2002, For spraying the stored cleaning water to the pudendal area or the anal area according to the user's selection; the toilet seat 2003, on which the user sits to excrete; the control panel 2004, to control the function of the bidet according to the situation.

With the sitz bath having the above structure, after the user sits on the toilet seat 2003 and defecates, he or she selects and presses the sitz bath cleaning button or the anus cleaning button. Then, by the water pressure of the wash water stored in the water tank of the main body 2001, the selected sitz bath wash nozzle (or anus nozzle) 2002 protrudes a predetermined distance while pressing a return spring (not shown). The washing water is then sprayed at a pressure appropriate to the selected function to wash the pudendal area or anus, which is then dried by warm air to complete the pudendal/anal area washing.

Recently, many auxiliary functions have been added to the original function of the bidet, so its application has been widely extended. For example, it includes: massage function bidet, with massage mode, in which the spray pressure of hot water is controlled; infrared emission function bidet, with infrared light emitter in the toilet bowl; aroma pack is set on the tip of the nozzle to reduce Bad smells or to treat inflammation; sitz baths with electrolyzed water generators that sanitize water without chemical treatment; sitz baths with alarm bells for ringing in the event that the voiding time is abnormally prolonged.

However, these existing attempts, including massage, infrared emission, aroma pack, and shower functions, are not directly introduced into the core functions of the bidet, but are simply added to the common bidet. In fact, they are not an attempt to improve the ease of excretion or to improve the hygiene of the user.

Among the above attempts, the electrolyzed water generator and the excretion time control alarm can be considered as an attempt to reduce the excretion time by preventing infections in the genital and anal regions by using electrolyzed water as washing water. However, it makes the system more complex because of the need for additional electrolyzed water generators, timers and alarm devices. Additionally, these attempts are not directly related to solving voiding problems such as constipation.

Therefore, there is a need to provide a multifunctional bidet that does not require any additional equipment while directly improving hygiene problems of the user, such as constipation.

Contents of the invention

The present invention is proposed to solve the above-mentioned problems in the prior art, and an object of the present invention is to provide a multifunctional bidet that can improve the convenience of excretion and hygienic considerations, which are the core functions of the bidet, and improve The user's health is protected without complicating the structure of the bidet or increasing its cost due to additional separate components.

In order to achieve the above object, according to one aspect of the present invention, a bidet with an enema function is provided, and the bidet of the present invention includes: a) a support member installed on the bottom surface of the bidet body; b) a controller , installed on one side of the body of the sitz bath, used to select the anal cleansing function, sitz bath cleansing function and enema function, and interrupt the selected function; c) the manipulator, attached to the end of the support, for moving accordingly A three-way nozzle to perform a function selected by the controller; d) a waterway converter for switching the waterway according to the function selected in the controller so that washing water is supplied; e) a nozzle structure having a three-way nozzle, wherein , the three-way nozzle moves into the sliding space of the support, and sprays the washing water passing through the waterway converter, thereby performing the function selected in the controller.

Preferably, the supporting member includes: a) a sliding space on which the three-way nozzle slides, and the sliding space is obliquely installed on the bottom surface of the bidet body; b) a guiding space is arranged at the other end of the sliding space, with to prevent the three-way nozzle sliding on the sliding space from detaching; c) a supporting plate, which is integrally provided, and has a supporting hole formed at an end portion perpendicular to the sliding space in flow communication.

Preferably, the manipulator includes: a) an operating motor, mounted on one side of the support plate, so that the rotating shaft extends into the support hole of the support, and the operating motor rotates clockwise or counterclockwise, so that the three-way nozzle is located in the same position as the control The position corresponding to the function selected in the device; b) the tensioning member, which is combined with the rotating shaft of the operating motor, and rotates in the same way as the operating motor; wherein, the receiving member installed on the other side of the support plate accommodates the tensioning member. member to prevent loosening of the leaf springs wound around the tension member.

In addition, preferably, the waterway converter includes: a) a stepping motor having a rotating shaft protruding therefrom, the rotating shaft can be rotated clockwise or counterclockwise to supply washing water to a function selected in the controller; b ) a connecting member, which is connected to the rotating shaft of the stepping motor, and rotates in the same manner as that of the stepping motor; c) a fixing member, which is installed on one side of the stepping motor and accommodates the connecting member so that the end of the connecting member d) a guide member connected to the protruding portion of the fixing member so that the connecting member can rotate freely, and the guide member has a cleaning guide hole, a sitz bath guide hole and an enema guide formed in fluid communication near its central portion holes; e) a conversion member connected to the end of the connection member and in close contact with the guide member, the conversion member has a wash discharge hole, a sitz discharge hole and an enema discharge hole formed in flow communication, thereby according to the rotation of the stepping motor direction, the direction of the cleaning water is respectively in communication with the cleaning guide hole, the sitz bath guide hole and the enema guide hole of the guide member; f) the support member is used to accommodate the guide member and the conversion member installed on the connecting member in the main body, The outer peripheral surface of the guide member is brought into close contact with the inner peripheral surface of the main body, the main body has an inlet protruding from the outer surface thereof for the flow of washing water and a movement hole formed in the side surface of the main body in flow communication, so as to communicate with the washing water respectively. The discharge hole, the sitz bath discharge hole and the enema discharge hole are in fluid communication; g) a baffle installed on the outer peripheral surface of the moving hole of the support member.

In addition, the guide member is constructed in such a way that the sitz bath guide hole is formed in fluid communication at a position perpendicularly passing through the center of the cleaning guide hole, the cleaning guide hole is formed in flow communication at the upper portion of the guide member, and the enema guide hole is formed in flow communication at the upper portion of the guide member. Facing the location of the cleaning guide hole.

Preferably, the conversion member is configured in such a way that the cleaning discharge hole and the enema discharge hole are formed in fluid communication between the cleaning pilot hole and the enema pilot hole, and the sitz bath discharge hole is formed in flow communication between the sitz bath pilot hole and the enema pilot hole between.

The three-way nozzle may include: a) a cleaning water moving pipe connected to the end of the support member for accommodating the baffle of the waterway converter, the cleaning water moving pipe has a cleaning moving hole formed in flow communication, a sitz bath moving hole and enema moving hole, so as to be on the same straight line as the cleaning pilot hole, the sitz bath pilot hole and the enema pilot hole; The spray hole, the sitz spray hole and the enema spray hole are in fluid communication with the cleansing movement hole, the sitz movement hole and the enema movement hole.

According to another aspect of the present invention, a bidet with an enema function is provided. The bidet of the present invention includes: a bidet main body installed on the upper portion of a flush toilet and having a water tank for storing washing water filtered from tap water; a toilet seat on which a user sits to excrete; a controller for The user's needs control the function of the bidet; the nozzle member is used to spray the stored cleaning water to the user's pudendal area or anal area according to the user's selection; wherein the nozzle member includes: a nozzle body having a flow communication formed therein two spray holes selected from a wash hole for spraying cleansing water to perform anal cleansing, a sitz hole for spraying cleansing water to perform genital area cleansing, and an enema hole for spraying enema water; A spray head is protrusibly inserted into one side of the front end of the nozzle body, the spray head being in fluid communication with spray holes not selected from among the washing hole, the sitz hole and the enema hole.

Preferably, the spray hole in fluid communication with the nozzle body is a single-configured spray hole so as to perform two functions by spraying washing water at different pressures in different directions.

According to another aspect of the present invention, a bidet with an enema function is provided. The bidet of the present invention includes: a bidet main body installed on the upper portion of a flush toilet and having a water tank for storing washing water filtered from tap water; a toilet seat on which a user sits to excrete; a controller for The user's needs control the function of the bidet; the nozzle member is used to spray the stored cleaning water to the user's pudendal area or anal area according to the user's selection; wherein, the configuration of the nozzle member is that the two or three The nozzles are extendably inserted into the central lower part of the bidet body so that they are arranged horizontally close to each other, and each nozzle has one or two spray holes in flow communication, and the spray holes are used to spray cleansing water to perform anal Choose from a wash hole for washing, a sitz hole for spraying wash water to perform genital area washing, and an enema hole for spraying enema water.

According to another aspect of the present invention, a bidet with an enema function is provided. The bidet of the present invention includes: a bidet main body installed on the upper portion of a flush toilet and having a water tank for storing washing water filtered from tap water; a toilet seat on which a user sits to excrete; a controller for The user's needs control the function of the bidet; the nozzle member is used to spray the stored cleaning water to the user's pudendal area or anal area according to the user's selection; wherein, the configuration of the nozzle member is that the two or three Nozzles are extendably inserted into the central lower part of the bidet body so that they are vertically arranged close to each other, each nozzle having one or two spray holes in fluid communication, the spray holes being used for spraying washing water and Choose from a washing hole for performing anal washing, a sitz hole for spraying washing water for washing the genital area, and an enema hole for spraying enema water.

Preferably, in the case of including two nozzles, the spray holes included in the nozzle having two spray holes are separate spray holes configured to perform two kinds of spraying by spraying washing water at different pressures in different directions. Function.

According to another aspect of the present invention, a nozzle structure for a bidet having an enema function is provided. The nozzle structure includes: a spray cover having an enema hole for performing an enema function, wherein a guide groove is formed protruding downward from an upper portion of the enema spray hole to prevent water passing through the discharge hole formed in the enema spray hole of the spray cover. The washing water forms a turbulent flow, and the nozzle structure includes a washing water guide rib having guide holes formed in the guide groove in flow communication in a straight line. The pressurized cleaning water discharged through the pilot hole stimulates the anus.

Preferably, the area of the guide hole is equal to that of the discharge hole formed in the spray hole.

According to all the embodiments of the present invention, the bidet of the present invention comprises important structural elements, such as: the bidet body, which is mounted on the upper part of the toilet bowl, and has a tank for storing cleaning water filtered from tap water; the toilet seat a circle on which the user sits to defecate; a controller for controlling the function of the bidet according to the needs of the user; a nozzle member for spraying the stored cleaning water to the genital area or anal area of the user according to the user's selection, so The nozzle member described above is the object of particular application of the present invention. The present invention can also be realized in various configurations including, for example, a dual-nozzle member structure to which an enema function is applied.

Description of drawings

Additional aspects and features of the present invention will become more readily understood from the following detailed description in conjunction with the accompanying drawings, wherein:

1 is a perspective view showing the structure of a conventional bidet;

2a and 2b are exploded perspective views of a first embodiment of the present invention;

Figure 3 is a cross-sectional side view after assembly of the first embodiment of the present invention;

Fig. 4 is a sectional front view after assembly of the first embodiment of the present invention;

Figure 5 is a perspective view after installation of the first embodiment of the present invention;

Figures 6a to 6c show the operating states of the anus cleaning mode of the first embodiment, wherein, Figure 6a shows that the nozzle moves in the support to clean the anus area; Figure 6b is a cross-sectional view of the waterway converter; Cross-sectional view of the waterway converter sprayed onto the spray cap;

7a to 7c show the operation of the sitz bath cleaning mode of the first embodiment, wherein, Fig. 7a shows the nozzle moving in the support to perform sitz bath cleaning; Fig. 7b is a cross-sectional view of the waterway converter; Fig. 7c is the washing water A cross-sectional view of the waterway converter spraying through the waterway converter onto the spray cover;

Figures 8a to 8c show the operation of the enema mode of the first embodiment, wherein, Figure 8a shows the nozzle moving in the support to perform the enema function; Figure 8b is a cross-sectional view of the waterway converter; Figure 8c is the washing water through the waterway conversion A cross-sectional view of the waterway converter spraying from the sprayer to the spray cover;

9 is a partially enlarged view of a nozzle structure according to a second embodiment of the present invention;

10 is a partially enlarged view of a nozzle structure including three nozzles according to a third embodiment of the present invention;

11 is a partially enlarged view of a nozzle structure including two nozzles according to a third embodiment of the present invention;

12 is a partially enlarged view of a nozzle structure including three nozzles according to a fourth embodiment of the present invention;

13 is a partially enlarged view of a nozzle structure including two nozzles according to a fourth embodiment of the present invention;

Figure 14 is a cross-sectional view of a common nozzle;

Fig. 15 is a sectional view of a nozzle for an enema hole according to the present invention.

Detailed ways

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2a and 2b are exploded perspective views of the first embodiment of the present invention, and FIG. 3 is a cross-sectional side view of the first embodiment of the present invention after assembly. Fig. 4 is a sectional front view after assembly of the first embodiment of the present invention. Fig. 5 is a perspective view after installation of the first embodiment of the present invention. Fig. 6 shows the operation state of the anus washing mode of the first embodiment. That is, FIG. 6a shows that the nozzle moves in the support to wash the anus area, FIG. 6b is a cross-sectional view of the water circuit converter, and FIG. Fig. 7 shows the operation of the sitz bath washing mode of the first embodiment. That is, FIG. 7a shows that the nozzle moves in the support to perform sitz bath washing, FIG. 7b is a cross-sectional view of the water circuit converter, and FIG. Fig. 8 shows the operation of the enema mode of the first embodiment. That is, FIG. 8a shows the nozzle moving in the support to perform the enema function, FIG. 8b is a cross-sectional view of the water circuit converter, and FIG. Fig. 9 is a partially enlarged view of a nozzle structure according to a second embodiment of the present invention. 10 is a partially enlarged view of a nozzle structure including three nozzles according to a third embodiment of the present invention. 11 is a partially enlarged view of a nozzle structure including two nozzles according to a third embodiment of the present invention. 12 is a partially enlarged view of a nozzle structure including three nozzles according to a fourth embodiment of the present invention, and FIG. 13 is a partially enlarged view of a nozzle structure including two nozzles according to a fourth embodiment of the present invention. 14 is a sectional view of a general nozzle, and FIG. 15 is a sectional view of a nozzle for an enema hole according to the present invention.

As shown in Figures 2a to 8c, the bidet according to the first embodiment of the present invention includes: a support 1100 installed on the bottom surface of the bidet body 1070; a selection button 1210 installed on one side of the bidet body , used to select the functions of anus cleaning, sitz bath cleaning, and enema; the controller 1200 has a stop button 1220, which is used to interrupt the function selected by the selection button 1210; the operator 1300, connected to the end of the support 1100, is used for corresponding The three-way nozzle 1500 is moved to perform the function selected by the controller 1200; the water channel converter 1400 is used to switch the water channel to provide cleaning water according to the function selected by the controller 1200; the three-way nozzle 1500 is moved into the support 1100 In the sliding space 1110 of the controller 1200 , the function selected by the controller 1200 is executed, and the washing water is sprayed through the water circuit converter 1400 . Hereinafter, the structure of the above bidet with enema function will be explained in more detail.

The supporter 1100 is provided with a sliding space 1110 on which the three-way nozzle 1500 slides. The sliding space 1110 is obliquely installed on the bottom surface of the bidet body 1070 . The supporter 1100 is provided with a guide space 1120 at the other end portion of the sliding space 1110 for preventing the three-way nozzle from coming off on the sliding space 1110 . The supporter 1100 is provided with an integrally formed support plate 1130 having a support hole 1140 formed in flow communication perpendicular to an end of the sliding space 1110 .

The operator 1300 is provided with an operation motor 1310 attached to one side of the support plate 1130 such that the rotation shaft 1311 protrudes into the support hole 1140 of the support 1100 . The operating motor 1310 is rotated clockwise or counterclockwise so that the three-way nozzle 1500 is located at a position corresponding to the function selected by the controller 1200 . The manipulator 1300 is provided with a tension member 1320 combined with the rotation shaft 1311 of the manipulation motor 1310 , and the tension member 1320 rotates in the same manner as the manipulation motor 1310 . Here, the receiving member 1340 attached to the other side of the support plate 1130 accommodates the tension member 1320 so as to prevent the leaf spring 1330 surrounding the tension member 1320 from being disengaged.

The waterway converter 1400 is provided with a stepping motor 1410 having a rotating shaft 1411 protruding therefrom. The rotation shaft 1411 rotates clockwise or counterclockwise, thereby supplying washing water to a function selected in the controller 1200 . The waterway converter 1400 is provided with a connection member 1420 connected to the rotation shaft 1411 of the step motor 1410 , and the connection member 1420 rotates in the same manner as the step motor 1410 . The waterway converter 1400 is provided with a fixing member 1430 installed at one side of the stepping motor 1410 and used to accommodate the connecting member 1420 such that an end of the connecting member 1420 protrudes. The waterway converter 1400 is provided with a guide member 1440 connected to a portion protruding from the fixing member 1430 so that the connection member 1420 is freely rotated. The guide member 1440 has a washing guide hole 1441 , a sitz bath guide hole 1442 , and an enema guide hole 1443 formed in fluid communication near the center thereof. The conversion member 1450 is connected to an end of the connection member 1420 and is in close contact with the guide member 1440 . The waterway converter 1400 is provided with a conversion member 1450 having a wash discharge hole 1451, a sitz bath discharge hole 1452, and an enema discharge hole 1453 formed in flow communication so that the direction of the wash water corresponds to the direction of the wash water according to the rotation of the stepping motor 1410, respectively. The cleaning guide hole 1441 of the guide member 1440 , the sitz bath guide hole 1442 and the enema guide hole 1443 are in fluid communication. The waterway converter is provided with a support member 1460 for accommodating the guide member 1440 mounted on the connection member 1420 and the conversion member 1450 in the main body 1461 such that the outer peripheral surface of the guide member 1440 closely contacts the inner peripheral surface of the main body 1461 . The main body 1461 has an inlet 1462 protruding from its outer peripheral surface for flowing washing water. Here, the movement hole 1463 is formed in the side of the main body 1461 in flow communication so as to be in flow communication with the washing discharge hole 1451 , the sitz discharge hole 1452 and the enema discharge hole 1453 , respectively. The waterway converter is provided with a baffle plate 1470 installed on the outer peripheral surface of the movement hole 1463 of the supporting member 1460 .

The guide member 1440 is constructed in such a way that the sitz bath guide hole 1442 is formed in flow communication at a position perpendicular to the center of the cleaning guide hole 1441, the cleaning guide hole 1441 is formed in the upper part of the guide member 1440 in flow communication, and the enema guide hole 1443 flows Communicatively formed at a position facing the cleaning guide hole 1441 .

The conversion member 1450 is configured in such a way that the cleaning discharge hole 1451 and the enema discharge hole 1453 are formed between the cleaning guide hole 1441 and the enema guide hole 1443 in flow communication, and the sitz bath discharge hole 1452 is formed in flow communication between the sitz bath guide hole 1442 and the enema guide hole 1443. Between the enema pilot holes 1443.

The three-way nozzle 1500 is provided with a washing water moving pipe 1510 connected to an end of the support member 1460 for receiving the baffle 1470 of the waterway converter 1400 . The three-way nozzle 1500 is provided with a cleaning water moving pipe having a cleaning moving hole 1511, a sitz bath moving hole 1512, and an enema moving hole 1513 formed in flow communication so as to be arranged to be connected to the cleaning guide hole 1441, the sitz bath guiding The hole 1442 and the enema guide hole 1443 are located on the same straight line. The three-way nozzle 1500 is provided with a spray cover 1520, which is connected to the end of the cleaning water moving pipe 1510, and has a cleaning spray hole 1521, a sitz bath spray hole 1522, and an enema spray hole 1523 formed in flow communication to communicate with the cleaning water. The moving hole 1511, the sitz bath moving hole 1512 and the enema moving hole 1513 are in fluid communication.

Hereinafter, the assembly process of the first embodiment of the present invention will be explained.

First, the operating motor 1310 of the manipulator 1300 is closely contacted to one side of the support plate 1130 of the support member 1100, and then the rotating shaft 1311 of the operating motor 1310 is fixed to one side of the support plate 1130 to pass through the support hole of the support plate 1130 1140. Then, the leaf spring 11330 is connected to the rotating shaft 1311 of the extended operation motor 1310 , and the tension member 1320 is installed in the sliding space 1110 of the support 1100 . The tension member 1320 is accommodated in the receiving member 1340 and fixed to the other side of the support plate 1130 .

In addition, the connection member 1420 is installed on the rotation shaft 1411 of the stepping motor 1410 of the waterway converter 1400 . By accommodating the connection member 1420, the fixing member 1430 closely contacts the stepping motor 1410 so that its end protrudes. The guide member 1440 and the conversion member 1450 are installed on the protruding connection member 1420 through the fixing member 1430 .

At this time, as shown in FIG. 4 , the cleaning guide hole 1441 , the sitz bath guide hole 1442 and the enema guide hole 1443 of the guide member 1440 are not in contact with the cleaning discharge hole 1451 , the sitz bath discharge hole 1452 and the enema discharge hole 1453 of the conversion member 1450 . The fixing member 1430 is in close contact with the main body of the support member 1460 in fluid communication such that the outer peripheral surface of the guide member 1440 is in close contact with the inside of the main body of the support member 1460 . The baffle 1470 is installed inside the support member 1460 .

On the other hand, the washing water moving pipe 1510 is in close contact with a section of the support member 1460 where the baffle 1470 is installed. Then, the washing water moving pipe 1510, the supporting member 1460, and the stepping motor 1410 are fixed with screws.

The spray cover 1520 and the three-way nozzle 1500 installed on the end of the washing water moving pipe 1510 protrude into the guide space 1120 through the sliding space 1110 of the supporter 1100 . In this state, the plate spring 1330 is connected to the lower end portion of the washing water moving pipe 1510 .

As described above, the support member 1100 equipped with the three-way nozzle 1500 is installed inside the bidet body 1070 . The controller 1200 is assembled to one side of the bidet body 1070 . The operator 1300 and the waterway converter 1400 are connected to the controller to transmit signals. The assembly is based on the body of the bidet, as shown in FIG. 5 .

Hereinafter, the use of the first embodiment of the present invention assembled as described above is explained.

First, power is applied so that signals can be transmitted from the controller 1200 , the operator 1300 and the waterway converter 1400 . When the user finishes defecation and needs to wash the anus, he presses the anus washing button 1211 of the controller 1200 . Through the control of the controller 1200 , a signal is transmitted from the pressed anus washing button 1211 to the operator 1300 . As shown in FIG. 6a, the operation motor 1310 of the operator 1300 rotates clockwise. The tension member 1320 connected to the rotation shaft 1311 of the operation motor 1310 rotates; at the same time, the leaf spring 1330 surrounding the tension member 1320 is pushed and moved into the sliding space 1110 of the supporter 1100 .

At this time, the three-way nozzle connected to the end of the plate spring 1330 rotates at a preset angle of the operation motor 1310 . The three-way nozzle 1500 protrudes into the guide space 1120 of the supporter 1100, and is located at a position for cleaning the anus.

In this way, when the three-way nozzle 1500 is at the position for cleaning the anus, the operation motor 1310 is controlled by the controller 1200 to stop its rotation. Based on the arrangement of FIG. 4 , the stepper motor 1410 of the waterway converter 1400 rotates clockwise by a predetermined angle, so that the connection member 1420 connected to the rotation shaft 1411 of the stepper motor 1410 rotates, as shown in FIG. 6 b . Simultaneously, the conversion member 1450 connected to the connection member 1420 rotates so that the cleaning discharge hole 1451 of the conversion member 1450, the cleaning guide hole 1441 of the guide member 1440, and the cleaning moving hole 1511 of the cleaning water moving pipe 1510 are in flow communication. Then, the wash water stored in the water tank of the bidet body 1070 is supplied by the control of the controller 1200 .

The wash water supplied as described above flows into the main body 1461 through the inlet 1462 of the support member 1460 . Then, through the cleaning guide hole 1441 of the connected guide member and the cleaning discharge hole 1451 of the connected conversion member 1450, as shown in FIG. hole 1521, thereby washing the anal area.

On the other hand, when a predetermined time elapses or the anus washing operation is completed, the user may press a stop button of the controller 1200 to stop spraying of washing water.

At this time, the stepping motor, which is normally rotated by the control of the controller 1200, rotates in the reverse direction. Then, the conversion member 1450 connected to the stepping motor 1410 is reversely rotated so that the cleaning guide hole 1441 of the guide member 1440, the cleaning discharge hole 1451 of the conversion member 1450, and the cleaning moving hole of the cleaning water moving pipe 1510 are closed. At the same time, the operating motor 1310 of the operator 1300 rotates in reverse, and the tension member 1320 connected to the rotating shaft 1311 of the operating member 1310 rotates in reverse, so that the leaf spring 1330 moved into the sliding space 1110 is rotated so that the three-way nozzle 1500 returns to its initial state, thus waiting for the next operation.

In addition, when the user needs to take a sitz bath after excreting, press the sitz bath cleaning button 1212 of the controller 1200 . Then, the signal of the pressed sitz bath washing button 1212 is transmitted to the operator 1300 through the control of the controller 1200 . As shown in FIG. 7 a , the operating motor 1310 of the manipulator 1300 rotates forwardly, and the tension member 1320 connected to the rotating shaft 1311 of the rotating operating motor 1310 rotates. Simultaneously, the leaf spring 1330 wound around the tension member 1320 is pushed into the sliding space 1110 of the supporter 1100 .

At this time, the three-way nozzle 1500 connected to the end of the plate spring 1330 is rotated by a predetermined angle of the operation motor 1310 . Accordingly, the three-way nozzle 1500 protrudes into the guide space 1120 of the supporter 1100, and is positioned at a position where sitz bath washing is performed.

In this manner, when the three-way nozzle 1500 is located at a position for performing sitz bath washing, the rotation of the operation motor 1310 is stopped due to the control of the controller 1200 . In the structure of FIG. 4 , the stepping motor 1410 of the waterway converter 1400 is reversely rotated by a predetermined angle. Then, as shown in FIG. 7 b , the conversion member 1450 connected to the connecting member 1420 is rotated so that the sitz bath discharge hole 1452 of the conversion member 1450 , the sitz bath guide hole 1442 of the guide member 1440 and the sitz bath moving hole of the cleaning water moving pipe 1510 1512 all in mobile communication. Then, the wash water stored in the water tank of the bidet body 1070 is supplied by the control of the controller 1200 .

The wash water supplied as described above flows inside the main body 1461 through the inlet 1462 of the support member 1460 . Then, as shown in Figure 7c, the cleaning water passes through the sitz bath guide hole 1442 of the connected guide member 1440 and the sitz bath discharge hole 1452 of the conversion member 1450, and is smoothly sprayed to the spraying water through the sitz bath moving hole 1512 of the cleaning moving pipe 1510. The sitz bath spray hole 1522 of the cover 1520 cleans the anal area.

On the other hand, when a predetermined time elapses or the sitz bath washing function is completed, the user may press the stop button 1220 of the controller 1200 to stop spraying of washing water.

At this time, the stepping motor 1410 , which is normally rotated by the control of the controller 1200 , rotates in the reverse direction. Then, the conversion member 1450 connected to the stepping motor 1410 is reversely rotated, so that the sitz bath guide hole 1442 of the guide member 1440, the sitz bath discharge hole 1452 of the conversion member 1450 and the sitz bath moving hole 1512 of the cleaning water moving pipe 1510 are closed, to cut off the cleaning water supply. At the same time, the operating motor 1310 of the operator 1300 rotates in reverse, and the tension member 1320 connected to the rotating shaft 1311 of the operating member 1310 rotates in reverse, so that the leaf spring 1330 moved into the sliding space 1110 is rotated so that the three-way nozzle 1500 returns to its initial state, thus waiting for the next operation.

Also, if a constipated user presses the enema button 1213 of the controller 1200 to cause him or her to defecate, then a signal of the enema button 1213 is transmitted to the operator 1300 through the control of the controller 1200 . As shown in FIG. 8a , the operating motor 1310 of the manipulator 1300 rotates forwardly, and the tension member 1320 connected to the rotating shaft 1311 of the rotating operating motor 1310 rotates. Simultaneously, the leaf spring 1330 wound around the tension member 1320 is pushed into the sliding space 1110 of the supporter 1100 .

At this time, the three-way nozzle 1500 connected to the end of the leaf spring 1330 is rotated by a preset angle of the operation motor 1310 . Accordingly, the three-way nozzle 1500 protrudes into the guide space 1120 of the supporter 1100 to be positioned to perform an enema function.

In this manner, when the three-way nozzle 1500 is located at a position for performing the enema function, the rotation of the operation motor 1310 is stopped due to the control of the controller 1200 . In the configuration of FIG. 4 , the stepping motor of the waterway converter 1400 is reversely rotated by a predetermined angle. Then, as shown in FIG. 8b, the conversion member 1450 connected to the connection member 1420 rotates, so that the enema discharge hole 1453 of the conversion member 1450, the enema guide hole 1443 of the guide member 1440, and the enema moving hole 1513 of the cleaning water moving tube 1510 all flow connected. Then, the wash water stored in the water tank of the bidet body 1070 is supplied by the control of the controller 1200 .

The washing water supplied as described above flows into the inside of the main body 1461 through the inlet 1462 of the support member 1460 . Then, as shown in Figure 8c, the cleaning water passes through the enema guide hole 1443 of the guiding member 1440 and the enema discharge hole 1453 of the conversion member 1450, and is discharged to the spray cover 1520 through the enema moving hole 1513 of the cleaning moving tube 1510 at high pressure. Enema spray hole 1523. Therefore, the high-pressure washing water stimulates the user's anus and enters the rectum, thereby performing an enema function.

On the other hand, when the user presses the stop button 1220 of the controller 1200 to stop the enema function, the stepping motor 1410 , which is reversely rotated by the control of the controller 1200 , is rotated forwardly. Then, the conversion member 1450 connected to the stepping motor 1410 is reversely rotated, so that the enema guide hole 1443 of the guide member 1440, the enema discharge hole 1453 of the conversion member 1450 and the enema moving hole 1513 of the cleaning water moving tube 1510 are closed to cut off the cleaning. water supply. At the same time, the operating motor 1310 of the operator 1300 rotates in reverse, and the tension member 1320 connected to the rotating shaft 1311 of the operating member 1310 rotates in reverse, so that the leaf spring 1330 moved into the sliding space 1110 is rotated, so that the three-way nozzle 1500 Return to its original position, thus waiting for the next operation.

Then, according to the second embodiment of the present invention, a spray head having one of three functions of washing, sitz bath and enema is accommodated in the body of the nozzle having the remaining functions so that the nozzle can be independently protruded.

Particularly, in the second embodiment of the present invention, in the washing hole for spraying washing water, the sitz bath hole for spraying washing water to perform sitz bath washing, and the enema hole for spraying enema liquid (water) , the selected two spray holes are formed on the upper end surface of the nozzle body in flow communication. On one side of the front end of the nozzle body, non-selected spray holes among the washing, sitz bath, and enema holes are formed in flow communication on an upper end surface thereof so that the spray head is extendably inserted.

According to the second embodiment of the present invention, as shown in FIG. 9 , when the enema function is configured in a separately extendable manner, a cleaning hole 2411 and a bidet hole 2412 are formed in the nozzle body 2410 in fluid communication. On one side of the front end of the nozzle body 2410 , an enema hole 2421 is formed in flow communication on an upper end surface thereof so that the sprinkler head 2420 is protrusibly inserted and accommodated therein.

In addition, in the case of configuring the sitz bath washing function in a separately extendable manner, the washing hole and the enema hole are formed in the nozzle body in flow communication. On one side of the front end of the nozzle body, a bidet hole is fluidly formed on an upper end surface thereof so that the shower head is protrusibly inserted and accommodated therein. According to the second embodiment of the present invention, in the case of configuring the anus washing function in a separately extendable manner, the bidet hole and the enema hole are formed in the nozzle body in fluid communication. On one side of the front end of the nozzle body, a cleaning hole 2421 is formed in flow communication on an upper end surface thereof such that a spray head is protrusibly inserted and accommodated therein.

As understood from the structure of the second embodiment described above, the washing hole and the sitz hole or the sitz hole and the enema hole may be configured in flow communication on the top surface of the nozzle body 2410 . Accordingly, the spray head 2420 may have a separate enema hole, sitz hole, or wash hole formed therein in fluid communication.

Here, the cleaning hole/sitz hole, the cleaning hole/enema hole, and the sitz hole/enema hole provided in the nozzle body can be respectively formed as two spraying holes, or can be configured as a single nozzle so that it can be sprayed along different spraying holes. Two different functions are performed by spraying wash water at different pressures in different directions.

With the bidet of the second embodiment having the above structure, in case the user wants a function that can be performed by one of the spray holes provided in the nozzle body, he or she presses a specific predetermined button on the controller 2300 , so that the nozzle body protrudes a predetermined distance by the pressure stored in the water tank, and the cleaning water of a suitable pressure is sprayed out of the spray hole corresponding to the selected function, thereby performing the cleaning function. When the user presses a predetermined button on the controller 2300 to perform a function that can be performed by the spray hole provided in the sprinkler head, the nozzle body protrudes a predetermined distance by the pressure stored in the water tank, and the sprinkler head protrudes from the front end of the nozzle body further highlighted. Then, the cleaning water with a predetermined suitable pressure is sprayed from the spray holes on the spray head, so as to perform corresponding cleaning work.

Next, according to the third embodiment of the present invention, among the functions of washing, sitz bath and enema, selected one or two functions are arranged in two or three nozzles. The two or three nozzles are protrusibly inserted into a central lower portion of the bidet body so that they are horizontally arranged close to each other.

Particularly, according to the third embodiment of the present invention, two or three nozzles are protrudingly inserted into the lower part of the center of the bidet body, and are arranged horizontally so as to be placed adjacent to each other. Each nozzle has one or two spray holes in fluid communication. The spray hole is selected from a wash hole for spraying cleansing water to perform anal cleansing, a sitz hole for spraying cleansing water to perform genital area cleansing, and an enema hole for spraying enema water.

As understood from the structure of the third embodiment of the present invention described above and the structure shown in FIG. 10 , each of the washing hole 2431 , the sitz hole 2432 and the enema hole 2433 may be respectively configured in three nozzles 2430 . As shown in FIG. 11, two nozzles 2440 may be provided such that two spray holes selected from washing, sitz bath, and enema holes are formed in one nozzle, and the remaining one spray hole is formed in the other nozzle.

As shown in FIG. 11 , two nozzles 2440 are provided so that two spray holes selected from the washing, sitz bath and enema holes are formed in one nozzle 2440 in flow communication and the remaining one spray hole is formed in the other in flow communication. In the case of one nozzle 2440, a nozzle having two spray holes, ie, a wash/sitz hole, a wash/enema hole, or a sitz/enema hole may have two spray holes formed in flow communication. On the other hand, a single spray hole is formed in flow communication so that it can spray wash water at different pressures in different directions, thereby performing two different functions.

Next, according to the fourth embodiment of the present invention, among the functions of washing, sitz bath and enema, selected one or two functions are arranged in two or three nozzles. The two or three nozzles are protrusibly inserted into a central lower portion of the bidet body such that they are vertically arranged adjacent to each other.

In particular, according to the fourth embodiment of the present invention, two or three nozzles are protrudingly inserted into the lower part of the center of the bidet body and vertically arranged so as to be arranged close to each other. Each nozzle has one or two spray holes in fluid communication. The spray hole is selected from a wash hole for spraying cleansing water to perform anal cleansing, a sitz hole for spraying cleansing water to perform genital area cleansing, and an enema hole for spraying enema water.

As understood from the structure of the fourth embodiment of the present invention described above and the structure shown in FIG. 12 , each of the washing hole 2451 , the sitz hole 2452 and the enema hole 2453 may be respectively configured in three nozzles 2450 . As shown in FIG. 13, two nozzles 2460 may be provided such that two spray holes selected from washing, sitz bath, and enema holes are formed in one nozzle, and the remaining one spray hole is formed in the other nozzle.

As shown in FIG. 13, after setting two nozzles 2460 so that two spray holes selected from washing, sitz bath and enema holes are formed in one nozzle 2460 in flow communication and the remaining one spray hole is formed in the other in flow communication. In the case of the nozzle 2460, a nozzle having two spray holes, ie, a wash/sitz hole, a wash/enema hole, or a sitz/enema hole, may have two spray holes formed in flow communication. On the other hand, a single spray hole is formed in flow communication so that it can spray wash water with different pressures in different directions, thereby performing two different functions.

With the bidets having the above-mentioned configuration according to the third and fourth embodiments of the present invention, when the button of the controller 2300 corresponding to the desired function is pressed, the nozzle for performing the desired function is stored in the main body. The cleaning water in the water tank protrudes to a predetermined length under the pressure of the cleaning water, and then the cleaning water with a suitable pressure is sprayed out to perform the cleaning function.

On the other hand, the conventional nozzle structure used in conventional bidets generates turbulent flow before spraying, as shown in FIG. 14 . Therefore, the conventional bidet cannot perform the enema function as easily as the embodiment of the present invention having the above structure.

Therefore, a specially designed nozzle structure is required to prevent the formation of turbulent flow, thus ensuring the high pressure of the water, and avoiding the dispersion of the spray to meet these purposes, as will be described below.

As shown in FIG. 15, the nozzle structure of the present invention for a bidet having an enema function includes a spray cover 3520 having an enema hole for performing an enema function. A guide groove 3610 is formed protruding downward from an upper portion of the enema spray hole 3523 to prevent turbulent flow of washing water passing through the discharge hole 3524 formed in the enema spray hole 3523 of the spray cover 3520 . In addition, the nozzle structure of the present invention includes a washing water guide rib 3630 having guide holes 3620 formed in the guide groove 3610 in a straight line and in flow communication. The pressured cleaning water discharged through the guide hole 3620 stimulates the anus.

Hereinafter, the steps of using the nozzle structure will be described.

First, when a constipated user sits on the bidet and presses the enema button of the controller to excrete, the operator is rotated according to the control of the controller so that the three-way nozzle 3500 is located at a position where the enema function can be performed. In this state, according to the above description of the embodiment, the waterway switch is rotated so that the enema discharge hole is in flow communication with the enema moving hole 3513 of the cleaning water moving pipe 3510 . Then, the wash water stored in the water tank of the bidet body is supplied according to the control of the controller.

In addition, when washing water is introduced into the enema spraying hole 3523 of the spray cover 3520 through the enema moving hole 3513 of the washing water moving pipe 3510 , part of the washing water passing through the discharge hole 3524 is introduced into the guide groove 3610 of the guide rib 3600 , thereby preventing the turbulence of the washing water. A discharge hole 3524 is formed therein in fluid communication, and the diameter of the discharge hole 3524 is smaller than that of the enema spray hole 3523 .

On the other hand, the wash water passing through the discharge hole 3524 is directly sprayed at high pressure through the guide hole 3620 of the wash water guide rib 3600 by the pressure of the wash water. The guide hole 3620 of the washing water guide rib 3600 is in flow communication so as to have the same area as the discharge hole 3524 .

At this time, the washing water does not generate turbulent flow and thus bubbles, so that the washing water gently stimulates the anus and can be introduced into the rectum to perform an enema function for excretion.

Industrial applicability

As mentioned above, the sitz bath with enema function according to the present invention is configured to combine the anus cleaning function, sitz bath cleaning function and enema function in a single nozzle; or set one or both of the functions of anal cleansing, sitz bath and enema in two or three nozzles, which can be extended and inserted to the lower central area of the bidet main body, so as to be horizontally arranged adjacent to each other; or one or two of the anal cleaning function, the sitting bath cleaning function and the enema function are arranged in two or three nozzles, the Two or three nozzles are protrudingly inserted into a lower central area of the bidet body so as to be arranged vertically close to each other.

Therefore, according to the present invention, there is provided a new multifunctional bidet that can improve the convenience of excretion and hygienic considerations, which are the core functions of the bidet, and improve the health of the user without additional separation. The components of the bidet complicate the structure of the bidet or increase its cost.

Although the invention has been described with reference to specific embodiments of the invention, the invention is not limited to the described embodiments but only as defined by the claims. It should be understood by those skilled in the art that changes or modifications may be made to the embodiments without departing from the scope and spirit of the present invention.

Claims (15)

1, a kind of sitting bath with clysis function comprises:

A) support member (1100) is installed on the bottom surface of sitting bath main body (1070);

B) controller (1200) is installed in a side of sitting bath main body, is used to select anus cleaning function, hip bath cleaning function and clysis function, and interrupts the function selected;

C) operator (1300) is attached to the end of support member (1100), is used for correspondingly mobile three-dimensional nozzle (1500), to carry out the function that controlled device (1200) is selected;

D) water route converter (1400) is used for making rinse water be supplied out according to the function conversion water route of selecting at controller (1200);

E) nozzle arrangements, have three-dimensional nozzle (1500), wherein, the three-dimensional nozzle moves in the sliding space (1110) of support member (1100), and will spray through the rinse water of water route converter (1400), thereby carry out the function of in controller (1200), selecting.

2, sitting bath as claimed in claim 1, wherein, support member (1100) comprising:

A) sliding space (1110), three-dimensional nozzle (1500) are gone up at sliding space (1110) and are slided, and sliding space (1110) is mounted obliquely within on the bottom surface of sitting bath main body (1070);

B) guide space (1120) is arranged on the other end of sliding space (1110), is used to prevent that going up the three-dimensional nozzle that slides at sliding space (1110) breaks away from;

C) gripper shoe (1130) is provided with integratedly, and has the supported hole (1140) of flow communication ground perpendicular to the end formation of sliding space (1110).

3, sitting bath as claimed in claim 1, wherein, operator (1300) comprising:

A) operating electrical machines (1310), be installed to a side of gripper shoe (1130), thereby axis of rotation (1311) reaches in the supported hole (1140) of support member (1100), operating electrical machines (1310) clockwise or be rotated counterclockwise so that three-dimensional nozzle (1500) is positioned at the corresponding position of function with controller (1200) selection;

B) strain component (1320) combines with the axis of rotation (1311) of operating electrical machines (1310), and rotates according to the mode identical with operating electrical machines (1310) rotation mode;

Wherein, the member (1340) that holds that is installed to gripper shoe (1130) opposite side holds strain component (1320), unclamps to prevent the leaf spring that twines strain component (1320).

4, sitting bath as claimed in claim 1, wherein, water route converter (1400) comprising:

A) stepper motor (1410) has from wherein outstanding axis of rotation (1411), and axis of rotation (1411) can rotate clockwise or counterclockwise, rinse water is fed to the function of selecting in controller (1200);

B) connecting elements (1420) is connected on the axis of rotation (1411) of stepper motor (1410), rotates according to the mode identical with the rotation mode of stepper motor (1410);

C) fixed component (1430) is installed in a side of stepper motor (1410), and holds connecting elements (1420), makes the end of connecting elements (1420) stretch out;

D) ways (1440), be connected on the jut of fixed component (1430), so that connecting elements (1420) rotates freely, and ways (1440) has cleaning pilot hole (1441), hip bath pilot hole (1442) and the bowel lavage pilot hole (1443) that flow communication ground forms at it near core;

E) translation building block (1450), be connected to the end of connecting elements (1420), and closely contact with ways (1440), translation building block (1450) has cleaning discharge orifice (1451), hip bath discharge orifice (1452) and the bowel lavage discharge orifice (1453) that flow communication ground forms, thereby according to the direction of rotation of stepper motor (1410), the direction of rinse water respectively with cleaning pilot hole (1441), hip bath pilot hole (1442) and bowel lavage pilot hole (1443) flow communication of ways (1440);

F) supporting member 1460, the ways (1440) and the translation building block (1450) that are used for being installed on the connecting elements (1420) are contained in the main body (1461), make the outer surface of ways (1440) closely contact with the interior perimeter surface of main body (1461), main body (1461) has from its external surface outstanding being formed on the mobile hole (1463) of the side surface of main body (1461) with being used for making inlet (1462) that rinse water flows into and flow communication, thus respectively with cleaning discharge orifice (1451), hip bath discharge orifice (1452) and bowel lavage discharge orifice (1453) flow communication;

G) baffle plate (1470) is installed on the outer surface in mobile hole (1463) of supporting member (1460).

5, sitting bath as claimed in claim 4, wherein, the make of ways (1440) is, be formed on to hip bath pilot hole (1442) flow communication the position of vertically passing the center of cleaning pilot hole (1441), be formed on the top of ways (1440) with cleaning pilot hole (1441) flow communication, be formed on to bowel lavage pilot hole 1443 flow communication in the face of cleaning the position of pilot hole 1441.

6, sitting bath as claimed in claim 4, wherein, the make of translation building block (1450) is, be formed on with cleaning discharge orifice (1451) and bowel lavage discharge orifice (1453) flow communication and clean between pilot hole (1441) and the bowel lavage pilot hole (1443), be formed between hip bath pilot hole (1442) and the bowel lavage pilot hole (1443) to hip bath discharge orifice (1452) flow communication.

7, sitting bath as claimed in claim 1, wherein, three-dimensional nozzle (1500) comprising:

A) rinse water moves pipe (1510), be connected to the end of supporting member (1460), with the baffle plate (1470) that is used to hold water route converter (1400), this rinse water moves pipe and has that hole (1512) is moved in the mobile hole of cleaning (1511), hip bath that flow communication ground forms and bowel lavage moves hole (1513), thereby is located along the same line with cleaning pilot hole (1441), hip bath pilot hole (1442) and bowel lavage pilot hole (1443);

B) spray lid (1520), spray lid (1520) and be connected to the end that rinse water moves pipe (1510), and have cleaning spray hole (1521), hip bath spray hole (1522) and bowel lavage spray hole (1 523) that flow communication ground forms, with cleaning mobile hole (1511), hole (1512) is moved in hip bath and bowel lavage moves hole (1513) flow communication.

8, a kind of sitting bath with clysis function comprises:

Sitting bath main body (2100) is installed in the top of flush toilet, and has the water tank that is used to store from the rinse water of tap water filter;

Toilet seat (2200), the user sits thereon and drains;

Controller (2300) is used for the function according to user's needs control sitting bath;

Nozzle arrangement (2400) is used for according to user's selection the rinse water of storage being sprayed onto user's genital area or anal regions;

Wherein, nozzle arrangement (2400) comprising: nozzle body, two spray holes with the flow communication that is formed on wherein, described two spray holes from be used for spraying rinse water with the clean-out opening carrying out anus and clean, be used to spray rinse water with the hip bath hole of carrying out genital area and cleaning and the bowel lavage hole that is used to spray bowel lavage water select; Sprinkler head is inserted into a side of the front end of nozzle body extendedly, described sprinkler head and non-selected spray hole flow communication from clean-out opening, hip bath hole and bowel lavage hole.

9, sitting bath as claimed in claim 8 wherein, is constructed to single spray hole with the spray hole of nozzle body flow communication, makes its rinse water of passing through to spray along different directions different pressures, thereby carries out two kinds of functions.

10, a kind of sitting bath with clysis function comprises:

Sitting bath main body (2100) is installed in the top of flush toilet, and has the water tank that is used to store from the rinse water of tap water filter;

Toilet seat (2200), the user sits thereon and drains;

Controller (2300) is used for the function according to user's needs control sitting bath;

Nozzle arrangement (2400) is used for according to user's selection the rinse water of storage being sprayed onto user's genital area or anal regions;

Wherein, the make of nozzle arrangement (2400) is, described two or three nozzles are inserted in the middle and lower part of sitting bath main body extendedly, thereby they are flatly arranged adjacent to each other, each nozzle has one or two spray hole of flow communication, described spray hole from be used for spraying rinse water with the clean-out opening carrying out anus and clean, be used to spray rinse water with the hip bath hole of carrying out genital area and cleaning and the bowel lavage hole that is used to spray bowel lavage water select.

11, sitting bath as claimed in claim 10, wherein, under the situation that comprises two nozzles, the spray hole that comprises in the nozzle with two spray holes is independent spray hole, and it is constructed to carry out two kinds of functions by the rinse water of spraying different pressures along different directions.

12, a kind of sitting bath with clysis function comprises:

Sitting bath main body (2100) is installed in the top of flush toilet, and has the water tank that is used to store from the rinse water of tap water filter;

Toilet seat (2200), the user sits thereon and drains;

Controller (2300) is used for the function according to user's needs control sitting bath;

Nozzle arrangement (2400) is used for according to user's selection the rinse water of storage being sprayed onto user's genital area or anal regions;

Wherein, the make of nozzle arrangement (2400) is, described two or three nozzles are inserted in the central lower of sitting bath main body extendedly, thereby they are vertically arranged adjacent to each other, each nozzle has one or two spray hole of flow communication, described spray hole from be used for spraying rinse water with the clean-out opening carrying out anus and clean, be used to spray rinse water with the hip bath hole of carrying out genital area and cleaning and the bowel lavage hole that is used to spray bowel lavage water select.

13, sitting bath as claimed in claim 12, wherein, under the situation that comprises two nozzles, the spray hole that comprises in the nozzle with two spray holes is independent spray hole, and it is constructed to carry out two kinds of functions by the rinse water of spraying different pressures along different directions.

14, a kind of nozzle arrangements that is used to have the sitting bath of clysis function, this nozzle arrangements comprises: spray lid (3520), has the bowel lavage hole that is used to carry out clysis function, wherein, gathering sill (3610) forms downwards highlightedly from the top of bowel lavage spray hole (3523), to prevent forming turbulent flow through the rinse water that is formed on the discharge orifice (3524) in the bowel lavage spray hole (3523) that sprays lid (3520), and described nozzle arrangements comprises rinse water guiding rib (3630), it has the pilot hole (3620) that linearly is formed on to flow communication in the gathering sill (3610), the rinse water with pressure of pilot hole (3620) guiding discharging makes it stimulate anus to a certain extent.

15, nozzle arrangements as claimed in claim 14, wherein, the area of the discharge orifice (3524) that the area of pilot hole (3620) is interior with being formed on spray hole (3523) equates.

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