WO2011155718A2

WO2011155718A2 - Multi-functional therapeutic sitz bath

Info

Publication number: WO2011155718A2
Application number: PCT/KR2011/003917
Authority: WO
Inventors: 정기영
Original assignee: Jung Ki-Young
Priority date: 2010-06-11
Filing date: 2011-05-27
Publication date: 2011-12-15
Also published as: TW201143748A; WO2011155718A3; KR101005309B1

Abstract

The present invention relates to a multi-functional therapeutic sitz bath which is mounted on a toilet to soak the perineal region in warm water and treat the vaginal sac, rectal space and prostate. The multi-functional therapeutic sitz bath according to an embodiment of the present invention comprises: a main body having a holding portion for holding a fluid; a fluid storage tank which is connected to an external fluid supply source, and stores the fluid; a catheter having an end to which an enema nodule is coupled to spray the fluid stored in the fluid storage tank to the outside, wherein the catheter extracts/retracts the enema nodule from/to the holding portion by driving means so as to enable the enema nodule to be inserted into the body of a user; a liquid medicine injector connected to the catheter to supply liquid medicine to the catheter such that the liquid medicine is injected to the enema nodule; and an operation panel arranged at one side of the main body to select functions of the sitz bath. The sitz bath of the present invention can be also used as a bidet, and has the enema nodule which can be inserted into the body of the user to spray the fluid together with the liquid medicine, to thereby treat the vaginal sac or rectal space of the user and massage the prostate of the user.

Description

Therapeutic multifunctional left bath

The present invention relates to a therapeutic combined functional left bath that can be installed in the toilet bowl to treat the left bath and vaginal cavity, rectal cavity and prostate of the perineum.

In general, the left bath is to promote the circulation of blood to facilitate the dissolution of blood clots or wounds in the anus, and to relieve pain caused by gynecological and anal diseases.

In order to perform such a bath, a bath is widely used.

In the left bath, a left bath using steam and a water bath using water are frequently used. A bath using a steam burns heat-generating substances such as mugwort to generate steam. A lot of baths are used.

A conventional bath using a water is provided with a container for accommodating water in a structure having a water supply facility that warms water, such as a bidet, to supply heated water to the container, and to rest the user's anus around it. A bath was performed.

However, the conventional baths using water have only a drain hole for discharging the water contained in the container, so it is troublesome to use the toilet seated on the toilet only when performing the bath, and to separate the toilet from the toilet when not in use. There was, and because the drain is not easy to discharge the water, there was a problem difficult to see the toilet as well as the bidet function.

In addition, direct bathing of the rectum, vaginal cavity, uterus, prostate, bladder, and other internal organs such as rectum, vaginal cavity, uterus, prostate, and bladder were not only possible. There was a problem that can not be used for treatment.

Moreover, there are no treatments for various prostate diseases such as vaginitis, endometritis, and enlarged prostate gland, which are increasing recently. There was a declining issue.

In addition, it takes a long time to reach the internal organs in the form of heating from the outside takes a long time bathing time.

The present invention was created in order to solve the problems described above, the pelvis by not only the nodule is inserted into the body at the same time as the left bath to wash the vaginal cavity or rectal cavity, and massage the prostate back with hot water In the form of increasing the long-term blood circulation in the body to provide a therapeutic multifunctional left bath that can exert the effect of the left bath in a short time.

In addition, it is supplied with a medicine solution to treat various prostate diseases such as vaginitis, endometritis, and enlarged prostate gland, and can also be used as a bidet with the bottom open, providing a therapeutic multifunctional left bath that can directly massage the prostate gland. will be.

Multifunctional left bath for treatment according to an embodiment of the present invention for achieving the above object,

A main body having a receiving part for receiving a fluid;

A fluid reservoir connected to an external fluid source to store the fluid;

A catheter for engaging the enema nodule in the receiving portion by a driving means such that the enema nodule for injecting the fluid stored in the fluid reservoir to the outside is coupled to the end and the enema nodule is inserted into the body;

A chemical injector connected to the catheter to supply the chemical to the catheter such that the chemical is injected into the enema nodules; And

It is characterized in that it comprises an operation panel provided on one side of the main body to select a function.

Meanwhile, the accommodating part may have a lower portion open, and an open part of the accommodating part may be coupled to the first bottom plate and the second bottom plate to seal the open part so that the first bottom plate and the second bottom plate are opposite to each other. It is characterized by rotatable opening and closing of the receiving portion.

In addition, a first gear is coupled to the pivoted portion of the first bottom plate, a second gear engaged with the first gear is coupled to the pivoted portion of the second bottom plate, and the first gear or the second gear is It is rotated by the opening and closing motor, characterized in that the receiving portion can be opened and closed.

In addition, a seal member may be installed between the first bottom plate and the second bottom plate to prevent the fluid from leaking to the outside, and a heater for heating the fluid stored in the fluid reservoir is installed in the fluid reservoir. The fluid reservoir may be provided with a connector for supplying hot water and cold water, respectively, and the connector may be provided with a temperature control valve for controlling temperature by mixing the hot water and cold water.

In addition, a plurality of outflow holes through which the fluid is discharged to the outside may be formed at the periphery of the accommodation part to maintain a constant water surface of the accommodation part, and the accommodation part may be detachably coupled to the main body, and the chemical liquid The injector may include an injection container filled with the chemical liquid, and a connection hose connecting the injection container and the catheter, and the driving means includes a pair of rollers respectively supporting both sides of the catheter, and the roller. The catheter may further include a guide nodule that surrounds the catheter so as to support the catheter when the enema nodule is in and out of the catheter. Direction switching member for switching the direction of movement to the top or bottom can be combined, The guide nodule may have a rack gear formed on an outer surface thereof, and the pinion may be roamed from the accommodating part by a first drive motor coupled with a pinion engaged with the rack gear, and the accommodating part may be stored in the fluid reservoir. A fluid supply line may be installed to connect the accommodation portion and the fluid reservoir to supply the fluid to the accommodation portion.

On the other hand, the fluid supply line may be provided with a control valve for supplying and blocking the fluid to the receiving portion, the catheter may be connected to the injection pump for supplying the fluid stored in the fluid reservoir at high pressure, the fluid reservoir A temperature sensor for measuring the temperature of the fluid stored in the fluid reservoir may be installed, the enema module may include a head portion formed with a plurality of fluid injection holes and a body portion connected to a plurality of nodes so that the head flexing movement; The head may be connected to a wire, and the wire may be connected to a winding roller to release the wire wound or wound around the wire to be configured to flex the movement of the head.

According to the present invention, the enema nodules can be inserted into the body by a catheter to wash the vaginal cavity or rectal cavity, and chemicals such as antibacterial agents and cleaning agents can be supplied with the fluid, and various prostate diseases such as vaginitis, endometritis and prostatic hyperplasia Can cure.

In addition, by supplying hot water of 42 ~ 45 ℃ to the vaginal cavity or rectal cavity directly without hot water, the effect of the left bath can be exerted in a short time.

In addition, it is possible not only to bathe by supplying hot water to the accommodating part, but also to open the bottom of the accommodating part, thereby enabling use as a bidet.

In addition, the enema nodules have the effect of massaging the prostate gland by direct exercise.

1 is a perspective view showing a state in which a multifunctional left bath for treatment according to an embodiment of the present invention is installed in a toilet.

Figure 2 is a perspective view showing a multifunctional left bath for treatment according to another embodiment of the present invention.

Figure 3 is a side cross-sectional view showing a composite functional left bath for treatment according to another embodiment of the present invention.

4 is a cross-sectional view taken along the line A-A of FIG. 3, showing a closed state of the bottom of the receiving portion.

FIG. 5 is a cross-sectional view taken along the line A-A of FIG. 3 and illustrates a state in which the bottom of the accommodation part is opened.

6 is a perspective view showing a modification of the accommodating part constituting the therapeutic functional multifunctional left bath according to another embodiment of the present invention.

7 is a perspective view schematically showing a driving part of a catheter and a guide nodule constituting a therapeutic functional multifunctional left bath according to another embodiment of the present invention.

8 is a side cross-sectional view schematically showing a driving part of a catheter and a guide nodule constituting a therapeutic functional multifunctional left bath according to another embodiment of the present invention.

Figure 9 is a side view showing the operating state of the catheter and guide nodule constituting the therapeutic functional multifunctional left bath according to an embodiment of the present invention.

10 is a schematic diagram illustrating an operation of the massage function of the therapeutic combined function left bath according to another embodiment of the present invention.

11 is a front view showing the operation panel constituting the therapeutic functional multifunctional left bath according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings it will be described in detail the combined functional left bath for treatment according to an embodiment of the present invention.

First, as shown in FIG. 1, the therapeutic multifunctional left bath 100 of the present invention may be installed in a conventional toilet 200 and may be integrally formed with the toilet 200. In the present embodiment will be described in the form of installing the treatment complex functional left bath 100 in the toilet 200.

As shown in Figures 1 to 3, the therapeutic multi-function left bath 100 according to an embodiment of the present invention includes a main body (110). The body 110 may receive a fluid, and the user may be seated so that a portion of the body is more specifically locked to the perineum in the received fluid. Here, the perineum refers to the coccyx from the penis to the coccyx and to the coccyx in the female.

On the other hand, the main body 110 may include a receiving portion 120, the rim 111 and the hose housing 115 that is spread over the toilet 200 is accommodated.

Receiving portion 120 is a place where the fluid supplied from the outside, the portion of the user's perineum can be formed in a bowl shape (opened) so as to be completely submerged in the fluid accommodated, the toilet bowl 200 The accommodation unit 120 may be inserted into the center where the user is seated.

Meanwhile, a plurality of outlet holes 125 communicating with the outside may be formed around the inner upper end of the accommodating part 120. The outlet hole 125 allows the fluid supplied to the accommodating part 120 to be discharged to the outside through the outlet hole 125, thereby preventing the fluid from overflowing to the upper end of the accommodating part 120. The surface of the fluid accommodated in the unit 120 may be kept constant.

And the upper side of the receiving portion 120 may be formed with a hole 127 and the fluid supply port 126. The haunting hole 127 is formed on the rear side of the user of the receiving portion 120 to sit down, the catheter (cather, 140) to be described below can be haunted to the receiving portion 120 through the hauling hole 127. .

The fluid supply port 126 is a place for supplying a fluid to the accommodation part 120, and may be formed to penetrate the accommodation part 120 around the hole 127. In the present embodiment, the fluid supply port 126 is formed at the top of the hole 127.

As shown in FIGS. 4 and 5, the bottom of the receptacle 120 may be configured to open and close. That is, by opening the bottom of the receiving portion 120, the fluid contained in the receiving portion 120 to discharge to the toilet 200 or the user can see the toilet, by closing the bottom, to accommodate the fluid to enable the left bath can do.

The receiving part 120 may include a first guide plate 121, a second guide plate 122, a first bottom plate 123, and a second bottom plate 124.

The first guide plate 121 and the second guide plate 122 may be spaced apart from each other in a symmetrical state so as to be curved downward at a predetermined length toward the center of the accommodating part 120.

In addition, the first bottom plate 123 may be formed to extend from the lower end of the first guide plate 121 to the center of the accommodating part 120, and the second bottom plate 124 may be the second guide. It may be formed to extend from the lower end of the plate 122 to the center of the receiving portion 120, that is, the end in contact with the first bottom plate 123.

On the other hand, the first bottom plate 123 is hinged before and after both ends so as to be able to rotate in the direction in which the first guide plate 121 is located about the horizontal axis located in the center of the upper end of the receiving portion 120 (H) It may be coupled to the first guide plate 121, the second bottom plate 124 is also the front and rear both ends of the second guide plate 122 around the horizontal axis located in the center of the upper end of the receiving portion 120. ) May be coupled to the second guide plate 122 by a hinge (H) to be rotatable in the direction in which the) is positioned.

That is, when the receiving part 120 is sealed, the receiving part 120 is sealed in a form in which the first bottom plate 123 and the second bottom plate 124 abut on the receiving part 120 at the center, and the receiving part ( When the 120 is opened, the first bottom plate 123 and the second bottom plate 124 rotate opposite to each other, so that the first bottom plate 123 overlaps the first guide plate 121 and the second bottom plate ( 124 may open the receiving portion 120 in a form overlapping with the second guide plate 122.

Here, the first bottom plate 123, the second bottom plate 124, the first guide plate 121, and the second guide plate 122 may include the bowl-shaped accommodation portion 120 in the center of the accommodation portion 120. It may be formed in the shape of a quadrant around the upper horizontal axis of the.

In addition, between the first guide plate 121 and the first bottom plate 123, and between the second guide plate 122 and the second bottom plate 124, a seal member that seals each other ( 121a and 122a may be installed, and

seal members

123a and 124a may be installed at portions where the first and second

bottom plates

123 and 124 abut each other.

In the present embodiment, when the accommodating part 120 is sealed by installing the

seal members

123a and 124a along the length direction in each of the left and right ends of the first bottom plate 123 and the second bottom plate 124. The fluid was prevented from leaking out.

On the other hand, the first gear 123b and the second gear 124b meshed with each other are coupled to portions where the hinge H is coupled to the first bottom plate 123 and the second bottom plate 124, respectively, Any one of the gear 123b or the second gear 124b meshes with the drive gear 129b provided in the open / close motor 129 to rotate the open / close motor 129 and the first bottom plate 123 and the first gear. The bottom of the receiving part 120 may be configured to open and close in such a manner that the two bottom plates 124 rotate opposite to each other.

The edge portion 111 may protrude outward along the upper circumference of the receiving portion 120 to seat the main body 110 on a portion where the user of the toilet 200 is seated. On the other hand, the user may be seated on the upper portion of the rim 111 so that the entire perineum of the user is immersed in the fluid accommodated in the receiving portion 120.

The hose accommodating part 115 may be formed in the rear of the accommodating part 120 to be connected to the rim part 111 to form a space in which the catheter 140 and the driving means 160 for projecting the catheter 140 may be installed. (See FIG. 2).

In addition, as shown in Figure 6, the receiving portion 120 may be detachably coupled with the edge portion 111 in the main body 110. In this case, a seating groove 128 in which the catheter 140 is seated may be formed in a portion where the catheter 140 protrudes from the receiving part 120. In this way, the edge portion 111 and the receiving portion 120 is configured to be separated from the main body 110, so that the washing of the receiving portion 120 is easy, and by holding the receiving portion 120 for each user, to prevent infectious diseases and cleanliness. I can keep it.

The therapeutic combined function left bath 100 includes a catheter 140. The catheter 140 is a hose that can transfer fluid, may be formed to have flexibility, and may be installed in a space formed in the hose housing 115.

On the other hand, one end of the catheter 140, the enema nodule 141 is detachably coupled so that the enema nodule 141 can be protruded into the interior of the accommodating part 120 through the haunting hole 127 formed in the accommodating part 120. The other end may be coupled to the first supply port 185 through which the fluid flows out of the fluid reservoir 180, and discharge the fluid stored in the fluid reservoir 180 to the enema module 141.

The enema nodule 141 may have a plurality of fluid injection holes 143a having a size of about 1 mm on the outer surface thereof, and are inserted into the vaginal or rectal cavity of the body by the catheter 140 to about 5 to 7 cm, and thus the fluid injection holes 143a. By jetting the fluid through), the vaginal or rectal cavity can be massaged and enemaed (washed) by hydraulic pressure.

As shown in Figure 7 to 10, the enema module 141 may be composed of a head portion 143 and the body portion 145. The head portion 143 is formed with a diameter larger than the diameter of the body portion 145, is formed in a streamlined shape of the pointed front to facilitate insertion into the body, the outer surface is formed with a plurality of fluid injection holes (143a) Can be.

Body portion 145 is formed in the lower portion of the head portion 143 extending in the longitudinal direction of the head portion 143, the through-hole is formed in communication with the fluid injection hole (143a), the catheter 140 at the end ) May be combined.

Here, the thread 145a is formed on the inner circumferential surface of the end portion of the body portion 145, and the screw thread 140a is also formed on the outer circumferential surface of the catheter 140 coupled to the end of the body portion 145 and screwed together. By doing so, the enema nodule 141 may be detachably coupled to the catheter 140, and the head 143 may be formed larger than the diameter of the guide nodule 150 to be described below. It can be configured to span the front of (see FIG. 8).

In addition, the enema module 141 may be configured to flex.

For example, as in the present embodiment, the enema module 141 is coupled so that the head 143 and the body 145 is rotatable with each other, the body 145 is a plurality of

nodes

146, 147 so as to be rotatable with each other. It is composed of connected forms and can be extensible.

Here, a first pivot 143b is formed at one end of the head 143, and the first pivot 143b may be formed in a spherical shape. And the body portion 145 may be composed of a first node 146 and a second node 147, one side of the first node 146, the first pivot 143b formed in the head portion 143 A first coupling part 146a to be coupled is formed, and a second rotating part 146b having a spherical shape may be formed on the other side.

The first coupling part 146a may have an insertion hole into which the first rotating part 146 of a spherical shape is inserted, and a locking jaw protruding from the inner circumference of the insertion hole may be formed to prevent the separation from the first coupling part 146a. have.

On the other hand, the second coupling portion 147a to which the second pivoting portion 146b is coupled is formed at one side of the second node 147, and the end of the catheter 140 may be coupled to the other side. In addition, the second coupling part 147a is formed with an insertion hole into which the second rotation part 146b is inserted, similarly to the first coupling part 146a, and the second rotation part 146b is hung on the inner circumference of the insertion hole to prevent separation. The locking jaw may be formed to protrude.

In addition, a thread 145a may be formed at the other side of the second node 147 so as to be screwed together with the thread 140a formed at the end of the catheter 140.

In addition, the first node 146, the second node 147 and the head portion 143, the fluid is passed so that the fluid ejected from the catheter 140 is injected into the fluid outlet hole (143a) formed in the head 140 Through passages may be formed respectively.

On the other hand, the enema module 141 may be stretched by the wire (wire, 148). That is, a winding roller 149a which is rotated by the winding motor 149 is installed in the hose housing 115 of the enema nodule 148, and one end of the wire 148 is coupled to the winding roller 149a. The other side of the wire 148 is coupled to the head 143 so that the winding motor 149 rotates the winding roller 149a to wind and unwind the wire 148 on the winding roller 149a. As a result, the head 143 can be pushed or pulled to make the movement.

For example, when the wire 148 is released, the wire 148 pushes the head 143 to lower the head 143. When the wire 148 is wound, the head 143 is moved upward by the wire 148. You can exercise in the form of pulling.

At this time, the winding roller (149a) by repeating the forward and reverse rotation to unwind the wire 148 and repeat the form to repeat the enema nodule 141 can be continuously stretched.

On the other hand, the wire 148 may be formed in a synthetic resin material, a metal strip or a linear shape, may be coupled to the upper or lower portion of the head 143, or may be located inside the body portion.

By enlarging the enema module 141 in this way, as shown in Figure 9, when the enema module 141 is inserted into the body, the head 143 can be rotated up and down to massage the prostate gland.

On the other hand, the catheter 140 may be sunk into the interior of the receiving portion 120 by the drive means 160. The drive means 160 is composed of a pair of rollers 161 supporting both sides of the catheter 140, the second drive motor (169) of any one roller 161 of the pair of rollers (161) The catheter 140 may be rotated by the friction force into the inside of the accommodating part 120 through the hole 127.

Here, the driving means 160 is configured to connect the pair of rollers 161 with a plurality of gears to rotate in the opposite direction, the second drive motor 169 rotates any one of the plurality of gears The catheter 140 may be driven into the inside of the accommodating part 120 through the tapping hole 127 by the frictional force by driving the roller 161 in the form.

At this time, the catheter 140 may be accommodated in the form of a "U" lying horizontally in the receiving portion 120 to have a margin as long as it can wander to the receiving portion 120, the appearance of the catheter 140 The wire 148 coupled to the enema nodule 141 may also be adjusted in length to be wound or unwound on the take-up roller 149a together with the catheter 140.

The catheter 140 may include a guide nodule 150. The guide nodule 150 supports the catheter 140 in a form surrounding the outer surface of the catheter 140 to move the enema nodule 141 about 5-6 cm in length to the front of the receiving portion 120.

And the guide nodule 150 is formed in a cylindrical shape, the inner circumferential surface can be inserted into the catheter 140 so as to be slidable, the outer surface of the guide nodule 150 rack gear in the longitudinal direction of the guide nodule 150 151 may be formed.

Here, the guide nodule 150 rotates the pinion 153 by the first drive motor 159 coupled to the rack gear 151 and the pinion 153 engaged with each other, so that the guide nodule 150 is accommodated 120. The drive means 160 for driving the catheter 140 is located at the rear of the guide nodule 150 in a state where the guide nodule 150 is accommodated in the hose housing 115 as much as possible. The enema module 141 may be sunk to the receiving part 120.

In addition, the guide nodule 150 guides the catheter 140 so that the enema nodule 141, which is shown to the receiving part 120, may be turned on and off by changing the direction of the predetermined angle to the upper or lower part of the receiving part 120. The switching member 155 may be installed.

The turning member 155 may be formed in a ring shape and disposed in front of the guide nodule 150, and a catheter 140 may be inserted into the center thereof. Each of the two sides of the turning member 155 may have a pivoting portion 156 protruding toward the rear, and the pivoting portion 156 is hinged to each of the two sides of the guide nodule 150. Can be combined to be rotatable.

In addition, protrusions (not shown) which are arranged radially about the hinge H and engaged with each other in the contact portion of the pivoting part 156 and the guide nodule 150 are provided in the pivoting part 156 and the guide nodule 150. Each can be formed. By forming a projection arranged radially between the rotating unit 156 and the guide nodule 150, the direction switching member 155 can be fixed in a state rotated at a predetermined angle in the guide nodule 150.

Here, the rotation unit 156 and the guide nodule 150 may fix the position of the rotation unit 156 in the form of coupling to each other by a bolt to replace the hinge (H), the head of the enema nodule 141 ( 143 may be configured to span the front of the redirection member 155.

The therapeutic combined function left bath 100 includes a fluid supply line 130. The fluid supply line 130 connects the fluid reservoir 126 formed in the fluid reservoir 180 and the receiver 120 to be described below to connect the fluid stored in the fluid reservoir 180 to the fluid supply port 126. Can be supplied to the receiving portion 120 through, can be replaced with a known hose. On the other hand, the fluid supply line 130 may be accommodated in the hose housing 115 formed in the main body 110.

The therapeutic combined function left bath 100 includes a fluid reservoir 180. The fluid reservoir 180 may be formed in a sealed container shape, and a connector 181 may be formed to be connected to a fluid source for supplying fluid from the outside, for example, a faucet and a hose.

In addition, a first supply port 185 and a second supply port 187 may be formed in the fluid storage container 180. The first supply port 185 may be connected to the catheter 140 to supply the fluid to the catheter 140, thereby injecting the fluid to the outside through the enema module 141.

The second supply port 187 may be connected to the fluid supply line 130 to supply fluid to the fluid supply line 130, thereby supplying fluid to the accommodation part 120.

The connector 181 in the embodiment is formed on the side of the fluid reservoir 180, the first supply port 185 and the second supply port 187 is a hose housing 115 in the lower portion of the fluid reservoir 180 It was formed in the form in communication with, the fluid reservoir 180 is formed integrally with the hose housing 115, the main body 110 and the fluid reservoir 180 may be configured to be separated from each other.

On the other hand, the injection reservoir 195 may be installed in the injection pump (195). The injection pump 195 is installed in the fluid reservoir 180, is connected to the first supply port 185 to which the catheter 140 is connected to supply a high pressure fluid to the catheter 140, the enema module ( 141 may be used to spray the fluid at high pressure.

The injection pump 195 may be implemented as a fluid pump for rotating the impeller by a known motor in the form of sucking the fluid stored in the fluid reservoir 180 through the suction port, and ejects to the first supply port 185. Detailed description will be omitted.

In addition, the injection pump 195 may be installed in the middle portion of the catheter 140.

In addition, a control valve 197 may be installed in the fluid reservoir 180. The control valve 197 is installed in the second supply port 187 to open and close the second supply port 187 to supply and supply fluid supplied to the receiving part 120 through the fluid supply line 130. You can block. On the other hand, the control valve 197 may adjust the amount of fluid supplied to the receiving portion 120, may be installed in the middle portion in the fluid supply line 130.

In addition, the heater 193 may be installed in the fluid reservoir 180. The heater 193 may heat the fluid stored in the fluid reservoir 180 in the range of a predetermined temperature approximately 43 ~ 45 ℃. Meanwhile, since the heater 193 may be implemented as a known heater 193 that receives electricity and generates heat by electricity, detailed description thereof will be omitted.

On the other hand, the fluid reservoir 180 is formed with a connector for supplying hot water and cold water from an external fluid supply source in place of the heater 193, respectively, the fluid in the form of the user manually manipulates the temperature by mixing the supplied cold water and hot water A temperature control valve may be installed to adjust the temperature of the gas.

This temperature control valve may be implemented by a known faucet for controlling the temperature of the water in the form of mixing the cold water and hot water by operating the control lever, the detailed description thereof will be omitted.

In addition, a temperature sensor (not shown) for measuring the temperature of the fluid stored in the fluid reservoir 180 may be further installed inside the fluid reservoir 180.

The therapeutic combined function left bath 100 includes a medicine injector 170. The chemical injector 170, when the enema nodule 141 is inserted into the body more specifically, the vaginal cavity or rectal cavity, can supply and treat the chemical solution. The chemical liquid injector 170 may include an injection container 171 and a connection hose 175.

Injection container 171 is formed in a closed container shape is filled with a chemical liquid, for example, a cleaning agent or an antimicrobial agent, one side may be formed with an outlet 172 for discharging the chemical liquid. On the other hand, the injection container 171 may be replaced by a known syringe, it may be formed integrally with the fluid reservoir (180).

The connection hose 175 may be connected to the catheter 140 at one end and the outlet 172 of the infusion container 171 may be supplied to the catheter 140 by connecting the outlet 172 of the injection container 171.

In addition, the chemical liquid injector 170 forms a container accommodating groove 183 in which the injection container 171 can be accommodated in the fluid storage container 180 and injected into the container accommodating groove 183 as in the present embodiment. The outlet 172 of the container 171 is formed to form a coupler (not shown) that can be coupled, it is configured in the form of connecting the connection hose 175 to the coupler inlet container 171 in the container receiving groove 183 The injection vessel 171 may be coupled to the container accommodation groove 183 so that the coupling hole of the coupling member 183 is coupled (see FIG. 2).

When the chemical injector 170 is configured to inject fluid into the enema nodule 141 by the injection pump 195 from the catheter 140, the chemical liquid filled in the injection container 171 by the pressure injected is the catheter 140 In the form of flowing into) can be supplied to the catheter 140.

As shown in FIG. 11, the therapeutic combined function left bath 100 includes an operation panel 190. The operation panel 190 is provided with a plurality of buttons (B1 ~ B8), each of the buttons (B1 ~ B8) can be electrically connected to the controller to control each configuration, the display 191 indicating the operation information is It may be provided.

That is, the operation panel 190 includes a second drive motor 169 for operating the catheter 140, a first drive motor 159 for operating the guide nodule 150, a heater 193, a control valve 197, Buttons B1 to B8 for controlling the temperature sensor, the opening / closing motor 129 to open and close the receiving unit 120, and the winding motor 149 are provided, respectively. By being electrically connected, each structure can be controlled by operation of buttons B1-B8.

For example, as shown in FIG. 11, the temperature setting button B1 transmits a temperature signal set to control the temperature of the fluid stored in the fluid reservoir 180 to the controller, and the controller operates the heater 193 to operate the fluid reservoir 180. Heat the fluid stored in).

At this time, the temperature information of the fluid measured by the temperature sensor provided in the fluid reservoir 180 is transmitted to the controller to stop the operation of the heater 193 when the temperature is above the set temperature, and to operate the heater 193 when the temperature is below the set temperature. Can be.

The open / close button B2 transmits an open and close signal to the controller to open and close the bottom of the accommodating part 120, and the controller determines this to operate the open / close motor 129 to thereby open the first bottom plate 123. And the bottom of the receiving portion 120 in the form of rotating the second bottom plate 124 can be opened and closed.

At this time, when the user sees the toilet or discharges the fluid supplied from the receiving part 120 to the outside, the bottom of the receiving part 120 is opened, and the receiving part (supply part) is supplied to the receiving part 120 to perform a left bath. 120 may be closed.

The fluid supply button B3 transmits an operation signal of the control valve 197 to the controller so as to supply fluid to the receiving part 120, and the controller determines this to open and close the control valve 197. The fluid may be supplied to and closed by the receiver 120 through the 130.

The enema button B4 transmits an operation signal of the first drive motor 159 and the second drive motor 169 to the controller so that the enema module 141 can be inserted into the body, and the controller determines the first signal. The catheter 140 and the guide nodule 150 may be settled into the receiving part 120 in the form of driving and stopping the driving motor 159 and the second driving motor 169.

At this time, when the enema button B4 is operated, the first driving motor 159 operates first to advance the guide nodule 150 into the receiving part 120, and then operates the second driving motor 169 to operate the catheter ( 140, that is, the enema module 141 may be configured to be advanced to be inserted into the body.

The bidet button B5 transmits an operation signal of the first driving motor 159 to the controller so that the head portion 143 of the enema module 141 may be located in the body part, more specifically, the anal part. By determining and driving the guide nodule 150 into the accommodating part 120 in the form of driving and stopping the first driving motor 159, a bidet function may be performed.

The injection button B6 transmits an operation signal of the injection pump 195 to the controller so as to inject fluid from the enema module 141 to the controller, and the controller determines that the injection pump 195 is injected for a predetermined time. The fluid stored in the fluid reservoir 180 may be supplied to the enema module 141 through the catheter 140 in the form of driving and stopping the 195.

In addition, the injection button B6 may include an injection intensity control button, which transmits an operation signal of the injection pump 195 to control the pressure of the liquid supplied to the catheter 140 through the controller. Can be.

The return button B7 is the first drive motor 159 to return the catheter 140 and the guide nodule 150 advanced to the receiving portion 120 to the initial position by the operation of the enema button B4 and the bidet button B5. ) And an operation signal of the second driving motor 169 to the controller 161, and the controller may determine the driving signal and drive and stop the first driving motor 159 and the second driving motor 169.

Massage button (B8) transmits the operation signal of the winding motor to the controller so that the enema nodule flexing movement, the controller determines the winding motion of the enema nodule in the form of repeating the forward and reverse rotation. At this time, the operation of the take-up motor may be configured to stop the operation of the take-up motor in the form of a certain time passes or the user operates the massage button again.

In addition, when the injection container 171 is coupled to the chemical injector 170, the chemical is supplied to the catheter 140, and the chemical is injected along with the fluid, thereby treating the vaginal cavity or rectal cavity as well as washing it.

On the other hand, the controller may be configured to perform a variety of functions by one button operation to the operation of the buttons (B1 ~ B8). For example, when the guide nodule 150 is advanced by the first drive motor 159 by a single button operation, the second drive motor 169 operates to advance the catheter 140 by a predetermined length, and then the injection pump ( 195 is operated to supply the fluid to the injection module for a predetermined time, the supply is stopped and the second drive motor 169 and the first drive motor 159 operate to operate the catheter 140 and the guide nodule 150 to an initial state. It may be configured to return.

The operation and effects between the components described above will be described.

In the composite functional left bath 100 for the treatment according to the embodiment of the present invention, the edge portion 111 of the main body 110 is inserted into the toilet 200 so that the receiving portion 120 is inserted into the toilet viewing portion of the toilet 200. It sits on the rim. At this time, the fluid storage container 180 is located in front of the storage tank 210 for storing the water of the toilet bowl 200.

In addition, the bottom of the accommodating part 120 is configured to open and close in a form in which the first bottom plate 123 and the second bottom plate 124 rotate opposite to each other by the opening / closing motor 129.

Then, the second supply port 187 and the fluid supply port 126 formed in the fluid reservoir 180 so that the fluid stored in the fluid reservoir 180 can be supplied to the fluid supply port 126 formed in the receiving portion 120. Is connected to the fluid supply line 130. In this case, a control valve 197 may be installed at the second supply port 187 to supply and block the fluid supplied to the accommodation unit 120.

In addition, the catheter 140 connects the first supply port 185 and the enema nodule 141 of the fluid reservoir 180 so that the enema nodule 141 for injecting the fluid can be mounted on the receiving part 120. A portion located in the accommodation portion 120 of the 140 is installed in a form in which the guide nodule 150 surrounds the guide so that the catheter 140 can be protruded into the predetermined length accommodation portion 120. In this case, the injection pump 195 may be coupled to the first supply port 185 to provide the fluid stored in the fluid storage container 180 to the enema module 141 at high pressure.

Here, the enema module 141 is coupled so that the head 143 and the body 145 is rotatable, the body 145 is formed of a plurality of nodes (146,147), the head 143 is a wire 148 The winding roller 149a is wound around and configured to flex in a loosened form.

On the other hand, the catheter 140 is supported between the pair of rollers 161 rotated by the second drive motor 169 and the enema nodule coupled to the end of the catheter 140 by the rotation of the roller 161 ( 141 may be sunk into the interior of the accommodating part 120. A rack gear 151 is formed in the guide nodule 150 to rotate the pinion 153 by the first driving motor 159, thereby guiding the guide nodule ( 150 may be mounted to the receiving portion 120.

At this time, when the enema module 141 is in front of the guide nodule 150, the turning member 155 is rotatably coupled so as to be upward or downward, and in front of the turning member 155 The head 143 of 141 hangs over.

On the other hand, the fluid reservoir 180 is installed with a temperature sensor for measuring the temperature of the stored fluid, a heater 193 for heating the stored fluid is installed, the container receiving groove 183 formed in the fluid reservoir 180 is a liquid medicine Filled injection container 171 is coupled, the injection container 171 is connected to the catheter 140 by a connection hose 175.

In addition, one side of the fluid reservoir 180 is coupled to an electric configuration, for example, a motor for controlling the motors (129, 159, 149, 169), a temperature sensor, and the like, and an operation panel 190 having a display for displaying operation information.

The treatment combined functional left bath 100 configured as described above has a temperature suitable for the left bath by operating a temperature setting button B1 of the operation panel 190 or a temperature control valve when the left bath is performed. Set the temperature of the fluid. At this time, the controller displays the information on the LED or display 191 on the operation panel 190 when the fluid stored in the fluid reservoir 180 is set to the temperature based on the information of the temperature sensor.

When the fluid stored in the fluid reservoir 180 reaches a set temperature, the bottom of the receiving part 120, that is, the first bottom plate 123 and the second bottom plate 124 are manipulated by operating the open / close button B2. It is closed to abut, and the fluid supply button (B3) is operated to supply the fluid through the fluid supply line 130 inside the receiving portion (120).

At this time, the user is seated on the receiving portion 120 to lock the perineum more specifically, the perineum to perform a left bath, the receiving portion 120 is continuously supplied with a fluid of a predetermined temperature.

Here, the fluid continuously supplied to the receiving part 120 flows out of the receiving part 120 through the outlet hole 125, that is, the toilet 200 to the place where the user views the toilet, and thus the edge of the main body 110. It is possible to prevent the fluid from overflowing to the outside of the unit 111.

On the other hand, when the treatment is performed as described above when operating the enema button (B4) in the middle of the bathing, the first drive motor 159 is operated so that the guide nodules 141 is located in the anal or vaginal part Advance the 150 to a predetermined length approximately 5 ~ 6cm to the inside front of the receiving portion 120, the second drive motor 169 so that the enema module 141 is inserted into the body when the guide nodule 150 is advanced over a certain length. ) To advance the catheter 140 by a predetermined length approximately 5 ~ 7 cm from the end of the guide nodule 150, inserting the enema nodule 141 into the vaginal cavity or rectal cavity (see Figure 9).

In this case, the direction change member 155 is installed in front of the guide nodule 150 to adjust the upward angle of the enema nodule 141.

When the enema nodule 141 is inserted into the body by operating the injection pump 195 by operating the injection button (B5), it is possible to clean the vaginal cavity or rectal cavity by spraying fluid into the vaginal cavity or rectal cavity.

In addition, by operating the winding motor 149 by operating the massage button B8, the wire 148 flexes the enema nodule 141 to massage the prostate gland (see FIG. 10).

In addition, when the injection container 171 filled with the chemical liquid is coupled to the chemical liquid injector 170, the chemical liquid, for example, an antimicrobial agent or a detergent may be sprayed together with the fluid into the vaginal or rectal cavity to treat the vaginal or rectal cavity.

When the cleaning and treatment of the rectal cavity or vaginal cavity is finished, the return button B7 is operated to return the enema nodule 141 and the guide nodule 150 to their initial positions.

At this time, when the return button is operated, the second driving motor 169 is operated to pull the enema module 141 to the front of the direction changing member 155 by the roller 161, and the enema module 141 is directed. The first driving motor 159 may also operate together with the switching member 155 in front to return the enema module 141 and the guide nodle 150 to the initial position in such a manner that the guide nodule 150 is returned. .

When using the therapeutic combined function left bath 100 as a bidet, the operation of the opening / closing button (B2) of the operation panel 190, the bottom of the receiving portion 120, that is, the first bottom plate 123 and the second bottom plate ( 124 rotate in opposite directions to open.

Then, the bidet button B5 is operated to advance the guide nodule 150 by the second drive motor 169 so that the enema nodule 141 is positioned around the anus, and the injection button B6 is operated to operate the injection pump 195. By injecting fluid from the enema module 141 in the form of operating the), it performs a bidet function.

Thereafter, the guide nodule 150 returns to the initial state to the first driving motor 159 by operating the return button B7 as in the left bath.

Therefore, by directly supplying fluid at a temperature higher than the body temperature to the perineum, the effect of the left bath can be maximized within a short time, and the enema nodules 141 in the vaginal or rectal cavity by the appearance of the catheter 140 and the guide nodule 150. ) Can be inserted to clean the vaginal or rectal cavity, as well as to supply medicine to carry out treatment.

In addition, the enema nodules 141 can be flexed and massage the prostate gland, the bottom is open can also be used as a bidet, the operation of the operation panel 190 can select the operation function is easy to operate.

In addition, hot water can be supplied to the ascending colon of the upper rectum, which is effective in treating constipation.

Although the embodiments of the present invention have been described above, the scope of the present invention is not limited thereto, and it is recognized that the present invention is easily changed and equivalent by those skilled in the art to which the present invention pertains. Includes all changes and modifications to the scope of the matter.

100: therapeutic multifunctional left bath 110: main body

111: edge portion 115: hose storage portion

120: accommodating part 121: first guide plate

122: second guide plate 123: first bottom plate

121a, 122a, 123a, 124a: seal member 123b: first gear

124: second bottom plate 124b: second gear

125: outlet hole 126: fluid supply port

127: haunting 128: home

129: open-close motor 129b: drive gear

130: fluid supply line 140: catheter

141: enema nodule 143: head

143a: fluid injection hole 143b: first rotating part

145: body portion 146: first node

146a: first engaging portion 146b: second rotating portion

147: Second node 147a: Second coupling portion

148: wire 149: winding motor

149a: winding

roller

140a, 145a: thread

150: guide nodule 151: rack gear

153: pinion 155: direction change member

156: rotating unit 159: first drive motor

160: drive means 161: roller

169: second drive motor 170: chemical injection

171: injection container 172: outlet

175: connection hose 180: fluid reservoir

181: connector 183: container receiving groove

185: first supply port 187: second supply port

190: operation panel 191: display

193: heater 195: injection pump

197: control valve 200: toilet bowl

210: storage tank H: hinge

Claims

In the combination functional left bath for treatment,

A main body having a receiving part for receiving a fluid;

A fluid reservoir connected to an external fluid source to store the fluid;

A catheter for engaging the enema nodule in the receiving portion by a driving means such that the enema nodule for injecting the fluid stored in the fluid reservoir to the outside is coupled to the end and the enema nodule is inserted into the body;

A chemical injector connected to the catheter to supply the chemical to the catheter such that the chemical is injected into the enema nodules; And

The composite functional left bath for treatment, characterized in that it comprises an operation panel provided on one side of the main body to select a function.
In claim 1,

The accommodating part is opened and the opening part of the accommodating part is coupled to the first bottom plate and the second bottom plate which seal the open part to be rotatable, so that the first bottom plate and the second bottom plate are rotated to be opposite to each other. The composite functional left bath for treatment, characterized in that for opening and closing the receiving portion.
In claim 2,

A first gear is coupled to the pivoted portion of the first bottom plate, and a second gear engaged with the first gear is coupled to the pivoted portion of the second bottom plate, and the first gear or the second gear is opened and closed. Rotating by a motor for a therapeutic multi-functional left bath, characterized in that for opening and closing the receiving portion.
In claim 2,

The therapeutic composite function bath according to claim 1, wherein a seal member is installed between the first bottom plate and the second bottom plate to prevent the fluid from flowing out.
In claim 1,

The fluid storage container is a combination functional bath for treatment, characterized in that the heater for heating the fluid stored in the fluid reservoir is installed.
In claim 1,

The fluid storage container is provided with a supply port for supplying hot water and cold water, respectively, and the supply port is a therapeutic combined bath, characterized in that the temperature control valve is installed to control the temperature by mixing the hot water and cold water.
In claim 1,

The therapeutic complex functional left bath is characterized in that a plurality of outflow holes through which the fluid is discharged to the outside so that the fluid accommodated in the accommodation portion maintains a constant surface.
In claim 1,

The accommodating part of the treatment complex, characterized in that the detachable coupling in the main body.
In claim 1,

The chemical liquid injector is a combined functional bath for treatment characterized in that it comprises an injection container filled with the chemical liquid, and a connection hose connecting the infusion container and the catheter.
In claim 1,

The driving means includes a pair of rollers respectively supporting both sides of the catheter, and a therapeutic combined function bath bath, characterized in that it comprises a second drive motor for driving the roller.
In claim 1,

The catheter is a therapeutic combined functional left bath, characterized in that the guide nodule is further provided to surround the catheter to support the catheter when the enema nodules appear.
In claim 11,

The guide nodule is a therapeutic combined bath, characterized in that the direction change member for changing the direction of movement to the upper or lower portion of the enema nodule.
In claim 11,

The guide nodule has a rack gear formed on an outer surface thereof, and the pinion is rotated by the first drive motor coupled with the pinion engaged with the rack gear, and the therapeutic multiple function bath bath is characterized in that it emerges from the receiving portion.
In claim 1,

The accommodating part is a therapeutic combined bath, characterized in that the fluid supply line for connecting the receiving portion and the fluid reservoir is provided to supply the fluid stored in the reservoir.
In claim 1,

The fluid supply line is a therapeutic combined bath, characterized in that the control valve for supplying and blocking the fluid to the receiving portion is installed.
In claim 1,

The catheter is a therapeutic combined bath, characterized in that the injection pump for supplying the fluid stored in the fluid reservoir at high pressure is connected.
In claim 1,

The fluid reservoir has a therapeutic combined bath, characterized in that the temperature sensor for measuring the temperature of the fluid stored in the fluid reservoir is installed.
In claim 1,

The enema nodule is a therapeutic multi-functional seat bath, characterized in that it comprises a head portion formed with a plurality of fluid injection holes and the body portion connected to a plurality of nodes so that the head is flexed.
The method of claim 18,

A wire is connected to the head, and the wire is connected to a winding roller. The therapeutic composite functional bath according to claim 1, wherein the head is stretched to unwind the wound or wound wire.