KR20120003787U - a functional clyster pump using gravitational water pressure and a hand pump - Google Patents

Abstract

The present invention relates to a manual compressed colon cleaner using a hydraulic pressure difference and a manual pump, and more particularly, it is possible to control the water pressure using a manual pump as well as to disassemble and remove the stool in the colon using water pressure. Hydraulic compression functional enema device using a special colon cleaner support for use.
The present invention has an enema liquid pack, an inlet hose connected to a manual compression pump and a manual compression pump, a hose opening and closing means attached to the inlet hose, an outlet hose connected to the manual compression pump, and a colon cleaner support, and a colon cleaner support One or both sides of the side is formed with a pedestal built-in hose insertion groove, the outlet hose of the manual compression pump is connected to the pedestal built-in hose, the pedestal built-in hose is connected to the anal insertion nozzle, the pedestal built-in hose is built-in It provides a manual compressed functional colon cleaner that can be attached and detached from the hose insertion groove.

Description

A functional clyster pump using gravitational water pressure and a hand pump}

The present invention relates to a manual compressed colon cleaner using a hydraulic pressure difference and a manual pump, and more particularly, it is possible to control the water pressure using a manual pump as well as to disassemble and remove the stool in the colon using water pressure. Hydraulic compression functional enema device using a special colon cleaner support for use.

People with disabilities or people with reduced mobility often have difficulty withdrawing stools out of their bodies or, in some cases, lose their ability.

If this condition persists, it will develop into malignant constipation requiring medical treatment.

In general, the treatment method is to inject an enema into the anus, or to remove the hardened stool by a physical method, and in severe cases, may be attached by a surgical gate.

However, the enema or enema used so far is not only suitable for discharging the stool out of the body, but also has many problems as follows.

Colon irrigation is used to remove plaster-like fecal coatings that sometimes form on the inner wall of the colon. Enema is ineffective in dissolving such films. And removing such a film too rapidly can cause "raw" and internal pain in the colon's inner surface. In order to remove the waste film in the colon, water must completely penetrate and saturate the film so that the removal work can be carried out gradually and comfortably. This gradual removal can be accomplished by continuous colon rinsing, in which several gallons of water are injected through the rectum at several ounces at a time. After each injection of water, the water is discharged, which requires a device to hold the discharged water until it can safely discard the discharged water, or a device for guiding the discharged water into the treatment vessel. Such devices are expensive, bulky, and inconvenient to use at home, especially because domestic colon cleaning equipment often includes plates lying in a reclining position upon irrigation. Moreover, because a large amount of water is used, it is difficult to perform colonic irrigation at the same time as other cleaning operations at home.

In addition, irrigation may be ineffective or harmful if irrigation canal is improperly inserted in the rectum. The insertion depth of the rectal cannula of the irrigation device should not exceed 2.5 to 3 inches. If the rectal cannula is misaligned or lubricated, it may cause perforation of the colon, sepsis, and damage to the rectum.

In the case of enema, the amount of water used is much smaller, but water is injected into the colon through the rectum. The enema method is generally carried out in terms of cleanliness and convenience, since it is properly performed in human lying down and discharges water in a sitting state. Therefore, this method also has problems in terms of cleanliness, convenience and safety. Similarly, the main water method has a small amount of water to be injected into the body cavity, but there are similar problems in terms of safety, convenience, and cleanliness.

Therefore, in order to solve the problems of the enema tool or enema method as described above, the removable hygienic toilet article for enema, douche or colon washing irrigation is to be fixed by the weight of the sheet, one tubular tube It has a main (irrigation assembly) and a base plate, and the base plate has an upper surface and a bottom surface, a rear end and a front end. At the time of installation, the rear end is directed to the rear of the toilet bowl and the front end is directed to the front of the toilet bowl. The base plate has ports for receiving and securing a fluid line and an irrigation period, which ports are located at the tip and the irrigation period is one irrigation tip, and the irrigation tip is excessive in the body cavity. The invention is provided with a restrictor which acts as a means of restricting the insertion I'm proposing.

The above prior art must be an invention having a better effect than the conventional enema.

However, there was a disadvantage in that it was not possible to provide a proper pressure according to the characteristics of the enema according to the individual with only the pressure due to the drop of the enema.

In addition, it is very inconvenient to insert and install the flexible tube inserted into the base plate, and the means for connecting the flexible tube to the rectal tube cycle and the inlet hose is a simple flexible flexible tube made of rubber or the like. Since the inlet hose is inserted, many of the disadvantages of being easily released are exposed.

In addition, since the required part is formed inside the base plate, it is not only inconvenient to insert and install the flexible tube, but also an inflow hose comes into contact with the toilet so that hygiene problems are remarkably raised.

In addition, the hose connected to the anal insertion nozzle through the above-mentioned request portion is not only inconvenient to connect and install, but also because the use of an enema is mainly a toilet, the lack of a device that can easily and reliably supply the enema solution in the anal insertion nozzle in a narrow toilet. I had.

In addition, in recent years, the use of enema solution is largely dependent on tap water, but there is a lack of a device for adding functionality, such as ion generation, water purification, far-infrared ray generation, etc.

Therefore, the present invention is intended to implement a device having a simple and economical function to add functionality such as ion generation, water purification, far infrared generation, and the like.

In the present invention to solve the above problems,

An enema liquid pack, an inlet hose connected to the manual compression pump and a manual compression pump, a hose opening and closing means attached to the inlet hose, an outlet hose connected to the manual compression pump, and a colon cleaner pedestal, one side of the colon cleaner pedestal side Alternatively, both sides of the pedestal internal hose insertion groove are formed, the outlet hose of the manual compression pump is connected to the pedestal internal hose, the pedestal internal hose is connected to the anal insertion nozzle, and the pedestal internal hose is inserted into the pedestal internal hose insertion groove. It provides a manual compressed functional colon cleaner that can be attached and detached from.

Functional colon cleaner using water pressure difference and manual pump according to the present invention has the effect of making it easy to clean the colon without consuming a separate power source by using the water pressure difference of the enema bottle and the manual enema control pump. Add water pressure of the enema discharged through the pump and can change the water pressure is easy to enema effect.

In addition, the present invention has a built-in hose for inserting the pedestal built-in hose and the pedestal built-in hose to one or both sides of the colon cleaner pedestal so that the enema solution can be supplied to one or both sides of the colon cleaner pedestal for the convenience of the colon cleaner. Significantly higher and hygienic detachment of the anal insertion nozzle has the effect of increasing hygiene and safety.

In addition, the present invention is filled with a functional filler in the anal insertion nozzle to give functionality to the enema solution, such as the effect of magnetic formation, negative ion discharge, water purification and foreign substances removal.

In addition, the present invention has a structure in which the distal end of the anal insertion nozzle has a snakehead shape, which facilitates the injection of enema after anal insertion and creates an effect that the enema can be well discharged through the anus.

In addition, the present invention has the effect of forming a magnetic force by mounting a permanent magnet on one or both sides of the colon cleaner pedestal to reduce the tension of the anus by the anal insertion nozzle and to give flexibility to the smooth enema.

1 is an example equipped with an enema liquid container and enema liquid control pump and hose opening and closing means in the present invention.
Figure 2 is an example of the hose opening and closing means in the present invention.
Figure 3 is an example of an enema control pump in the present invention.
Figure 4a is an example of an anal insertion nozzle in the present invention
Figure 4b is an example of the head of the anal insertion nozzle in the present invention.
Figure 5 is an example of the colon cleaner pedestal, pedestal built-in hose and pedestal built-in hose insertion groove in the present invention.
Figure 6 is an example of the colon cleaner pedestal, pedestal built-in hose, pedestal built-in hose insertion groove and anal insertion nozzle in the present invention.
7A and 7B show an example of a pedestal built-in hose.
8 is an example of a coupling portion of the pedestal built-in hose and the coupling portion of the outlet hose or anal insertion nozzle.
9 is an example of magnetic force formation by a magnet of a colon cleaner support.

Hereinafter, the present invention will be described in detail with reference to the drawings.

The present invention is basically an enema liquid container 10, the inlet hose 20 connected to the enema liquid container and connected to the enema liquid control pump, the enema liquid control pump 30, the hose opening and closing means 40 mounted to the inlet hose, It is characterized by consisting of a colon cleaner for controlling the enema using a hydraulic pressure difference consisting of an anal insertion nozzle 50 connected to the enema adjusting pump.

An enema fluid reservoir means a reservoir for storing and supplying enema solution, and as shown in FIG. 1, it is installed higher than the position of the anal insertion nozzle, and means a container or pack for supplying enema solution to the anal insertion nozzle using the potential energy of the enema solution.

Therefore, the enema liquid container is formed with a hook portion and the like, so that a structure that can be hung on a wall or a stand can be formed.

The inlet hose is connected to the enema liquid reservoir and connected to the enema control pump means a connection means for supplying to the enema liquid enema control pump.

The inlet hose is equipped with a hose opening and closing means to control the flow of the enema solution supplied to the inlet hose. In other words, the hose opening means to circulate or not to circulate the enema fluid flowing in the enema solution.

As shown in Figure 2, the hose opening and closing means means means for blocking or opening any pipe, such as conventional clamps, valves, clamps, tongs. Therefore, both automatic and manual may be employed, but preferably employing a manual opening and closing means in terms of efficiency.

The enema control pump is connected to the inlet hose and means a means for regulating the amount and flow rate of the enema solution by applying a constant pressure to the enema solution passing through the inlet hose.

Therefore, the enema liquid control pump is possible by manual and automatic, preferably made of manual.

Manual enema control pump means a means of controlling the amount and flow rate of enema through the contraction and relaxation of the pump by using artificial force.

Therefore, but only one example, as shown in Figure 3 means the means to control the amount and flow rate of enema fluid by contracting and relaxing the outside of the pump by using the grasp force.

In the example of FIG. 3, the contraction-relaxing part 31 and the opening-and-closing part 32 are configured. When the contraction-relaxing part is contracted, the enema fluid is released through the anal insertion nozzle, and when the relaxation is performed, the enema fluid is introduced into the contraction-relaxing part. Will be done.

Automatic enema control pump means a means for controlling the amount and flow rate of enema using an electric force and a device such as a machine. Examples include automatic mechanical mini pumps.

Anal insertion nozzle 50 means a tool or means that is inserted into the anus to enema. The anal insertion nozzle has a nozzle formed at the distal end of the nozzle to perform the function of injecting enema solution.

In the present invention, a normal nozzle insertion nozzle can also be used. In addition, the present invention has a special technical feature in the shape of the distal end portion and the injection port of the anal insertion nozzle.

The present invention is characterized in that the end portion of the anal insertion nozzle has a snake head shape unlike the usual anal insertion nozzle.

The shape of the snake head means that the cross-sectional area of the nozzle is reduced to the head portion 51 of the anal insertion nozzle as shown in FIG. 4, but the cross-sectional area of the nozzle connected to the head of the nozzle is smaller.

Therefore, when the snakehead-shaped anal insertion nozzle is inserted into the anus, the enema solution is injected through the nozzle and the enema solution is not affected by the contractile force of the rectum or the anus when the enema solution is discharged through the rectum and the anus.

In other words, a plurality of injection holes 52 are formed in the head 51 of the anal insertion nozzle, and a plurality of injection holes are formed in the nozzle connected to the head of the anal insertion nozzle. When flows through the anus and the anal space between the nozzle and the head connected to the nozzle is formed, the enema is easily discharged through the anus.

In addition, as described above, a plurality of injection holes 53 are also formed in the nozzle connected to the head of the anal insertion nozzle, so that the enema solution is also injected into this part, thereby showing the effect of perfect enema.

The present invention also incorporates special technical features in the anal insertion nozzle.

The anal insertion nozzle of the present invention is filled with a functional filler 60 such as activated carbon, tourmaline ore particles, magnetic particles, functional ceramic particles, etc., which has technical characteristics in that the functionality of the enema solution is increased.

The functional filler of the present invention as described above to remove impurities of the enema solution, to radiate far infrared rays to the enema solution, to form a magnetic force in the enema solution, or to supply a mineral to play a big role in protecting the sensitive anal and rectum .

The functional filler is filled in the anal insertion nozzle, but in the form of particles, so as to prevent outflow by forming a net (filter, net, etc.) before and after the filling layer to prevent outflow by the enema solution. In addition, the filling layer of the filler may be formed anywhere in the anal insertion nozzle, but is preferably formed in the middle of the nozzle.

For example, activated carbon adsorbs and removes impurities in the enema solution.

Tourmaline is a mineral belonging to a hexagonal system with a crystal structure like crystal. Electricity is generated by friction, and it is named because both ends are charged positively and negatively when heated.

 Tourmaline chemicals are complex borosilicates of aluminum, such as iron, magnesium and alkali metals. It is usually hexagonal or nine-angled, sometimes triangular, and sometimes different in crystalline form. In addition, the upper and lower flat rhombohedron and acicular (모) -shaped (hair), sometimes granular (粒 狀) is formed. The cleavage is not clear, and the monocytes are not flat or shell-shaped. Hardness 7.0-7.5, specific gravity 2.98-3.20. Glass gloss or resin gloss. Electricity is generated by friction, and this name is given because both ends are charged positively and negatively when heated. Many iron is called iron tourmaline, and it is black and many things are opaque to the naked eye.

It is produced in granite pegmatite together with quartz, dolomite and feldspar. Magnesium is known as goto tourmaline or magnesium tourmaline, which is brown and translucent. Contact metamorphic rock-derived from metamorphic rock. Many alkali metals are called precious gemstones or alkaline tourmaline, and they have many colors such as colorless, red, blue, yellow, and transparent. Among them, the red ones are red tourmaline (rubbellite), the indigo blue ones are tourmaline (indigo light), and the green ones are green tourmaline (Belderite or Brazilian emerald). . Often the ends of the crystal (柱), or the color of the inner and outer are sometimes different. Beautiful things come from Brazil, the United States (California) and South Africa. It is produced from granite pegmatite or veins from ready-made action.

When the tourmaline particles as described above are filled in the anal insertion nozzle, electricity is formed in the enema solution to charge the enema solution.

In addition, the functional ceramic particles of the functional filler of the present invention can be described as follows.

Elvan ceramic balls radiate far infrared energy in abundance, activating water to act to reduce clusters of water molecules. Elvan ceramic balls are composed of elvan as the main raw material, and the water molecule cluster of the water passing through becomes small, so that absorption in the human body is quick. Table 1 below shows the most preferred component composition, and each content may be set somewhat or more within ± 10%.

Coral ceramic ball elutes various minerals such as calcium, sodium, potassium, and magnesium, and adjusts the mineral content in the water to maintain the mineral balance like natural mineral water to improve the taste of water. It consists of Coral Sand as the main raw material. Table 2 below shows the most preferred component composition, each of which may be set somewhat or more within ± 10% range.

Calcium ceramic balls are used to elute calcium and adjust the pH of water to make weak alkaline water suitable for the body. In other words, it can be called a pH-adjusted ceramic ball. It is mainly composed of coral sand, ganban stone, zeolite, gallbladder and the like. And, Table 3 below shows the most preferred component composition, each content may be set somewhat less or more within ± 10% range.

The zeolite ceramic ball has a structure in which silver is attached to a ball made of zeolite and meteorite. Therefore, silver ion (Ag +) etc. elute continuously from the impregnated silver. The silver ions (Ag +) is contained in the antibacterial component, suppresses the generation of microorganisms in the filter, and serves to remove various odor components. Therefore, water contamination stored in the bottled water can be effectively prevented from being contaminated by contact with external air. Table 4 below shows the most preferred component composition, and each content may be set somewhat or more in the range of ± 10%.

Tourmaline ceramic ball is composed of tourmaline, zeolite, and meteorite as the main raw materials, and generates a weak current to generate negative ions and radiate far infrared rays to provide beneficial energy to the human body. Table 5 below shows the most preferred component composition, and each content may be set somewhat or more in the range of ± 10%.

Description of the ceramic ball as described above is described as an example of the functional filler is not limited to the contents of the present invention.

The functional fillers described above correspond to one of the embodiments, and filling the functional material made of other particles or powder materials is included in the contents of the present invention.

Yet another technical feature of the present invention is a supporter built-in hose (71) detachable to the colon cleaner pedestal 70 and the colon cleaner pedestal between the discharge hose 21 and the anal insertion nozzle 50 connected to the enema fluid pump (30) It is provided with.

Colon cleaner stand means a pedestal made of a shape that can be placed on the toilet. Therefore, the colon cleaner pedestal is to help the enema person to put the colon cleaner pedestal to the toilet bowl to help the enema.

Conventional colon cleaner stand is made of flat surface, and the groove that inserts anal insertion hose is inserted in the middle part (near the insertion position of anal insertion hose) and inserts anal insertion hose there so that the hose is not pressed on the middle lid of the toilet bowl. Had a structure.

The structure of the conventional colon cleaner pedestal not only causes severe inconvenience in inserting the anal nozzle hose, but also causes a hygiene problem of a person who is trying to enema.

However, the present invention completely solved the above problems by configuring the colon cleaner pedestal and pedestal built-in hose.

The shape of the colon cleaner support of the present invention is to fit the shape of the toilet circumference at the rear of the toilet as shown in Figure 5 is advantageous to not protrude significantly from the bottom of the toilet seat. In the example shown, the colon cleaner pedestal has a flat and curved shape.

Therefore, the opening of the toilet bowl only encroaches the minimum space when the colon cleaner base is installed. When the colon cleaner pedestal is installed on the toilet bowl, the colon cleaner pedestal has a rear end facing the toilet bowl and a front end facing the toilet bowl.

The thickness of the colon cleaner stand is approximately equal to the distance between the toilet seat and the seat when the seat is lowered. This spacing is determined by the height of the spacers normally attached to the sheet. If the thickness of the colon cleaner pedestal is approximately equal to or slightly greater than this interval, the colon cleaner pedestal is sandwiched between the toilet bowl circumference and the seat and supported in place by the weight of the user sitting on the seat.

The colon cleaner base of the present invention has a pedestal built-in hose insertion groove 72 formed on one or both sides of the pedestal built-in hose 71. The pedestal internal hose insertion groove is connected to the position where the anal insertion nozzle can be detachably attached.

In other words, since the function of the pedestal built-in hose means connecting the outflow hose and the anal insertion nozzle connected from the enema nozzle pump, the pedestal built-in hose insertion groove can easily connect the outflow hose and the anal insertion nozzle to the pedestal built-in hose. And the built-in hose is to be mounted on the insertion groove.

Therefore, the pedestal built-in hose insertion groove is formed with an insertion groove so that the pedestal internal hose can be inserted into one or both sides of the colon cleaner pedestal, and the insertion groove is connected to the front of the colon cleaner pedestal.

As described above, the technical features that the pedestal built-in hose insertion groove is formed on one or both sides of the colon cleaner pedestal of the present invention as the user can be coupled to one or both sides when the outflow hose to the pedestal built-in hose, convenience of use Increased effect.

That is, the colon cleaner of the present invention is characterized in that it is generally installed in a toilet of a narrow toilet, and as described above, the enema fluid injected through the outflow hose is connected to the anal insertion nozzle, so that the outflow hose and the anal insertion nozzle are installed in the narrow toilet. It was very inconvenient to connect.

In particular, the hose that is connected to the conventional anal insertion nozzle is generally used, such as elastic rubber hose is not only inconvenient to insert the connection, but also the portion of the rubber hose is connected to the inside of the colon cleaner pedestal inconvenience and hygiene problems Resulted.

However, the present invention completely solves such a problem, and thus, a built-in hose insertion groove is formed on one or both sides of the colon cleaner support, so that the built-in hose can be inserted into one or both of the built-in hose insertion grooves. Either way, the outflow hose and the built-in hose can be easily combined to completely solve the above-mentioned inconvenience and hygiene problems.

In addition, the pedestal built-in hose insertion groove may be provided with one or more fixing means for fixing the pedestal built-in hose may prevent the pedestal built-in hose from protruding or flowing.

And the present invention has a technical feature on the pedestal built-in hose.

As described above, the pedestal built-in hose is inserted into the pedestal built-in hose insertion groove to act as a connector for supplying enema fluid to the anal insertion nozzle.

Therefore, the built-in pedestal hose is formed at both ends of the outlet hose and the anal insertion nozzle and the coupling portion 80 is very easy to attach and detach.

In addition, the body portion of the pedestal built-in hose may be formed of a high-molecular material such as elastic rubber hose or a plastic tube with a hardness.

With such a structure it is to function to be inserted by selecting the pedestal built-in hose insertion groove as described above. Therefore, the pedestal built-in hose may be formed in one (1) or a-shape or Y-shape as shown in FIG.

When the one-piece or a-shaped pedestal built-in hose is inserted into one side of the colon cleaner pedestal, the insertion position can be selectively changed as necessary.

When the pedestal built-in hose is Y-shaped is inserted into both sides of the colon cleaner pedestal can be a structure that can be injected double enema solution.

As described above, the pedestal built-in hose of the present invention has a coupling portion 80 formed at both ends, and has a function of easily engaging and detaching the encapsulating nozzle pump extension hose and the engaging portion 81 of the anal insertion nozzle. .

Therefore, as described above, in the case of using the pedestal built-in hose in the present invention, the end portion of the outflow hose and the first portion of the anal insertion nozzle are configured or formed to facilitate detachment with the coupling portions formed at both ends of the pedestal built-in hose. There is a part to be joined.

As described above, the configuration of the coupling portion and the coupled portion of the present invention means a coupling means made of a coupling type of male and female as shown in FIG. 8 as an example. Therefore, the coupling part and the to-be-engaged part are formed in the form of a female and a male, and it means that the coupling part is designed to be easy to be coupled to the to-be-engaged part and also to be easily detached and detached by a simple operation (such as release of the coupling part).

Therefore, whatever the name, such as a conventional coupler, pipe coupler, compressor compressed air injector coupling means, etc. will mean a coupling means corresponding to the configuration of the coupling portion and the coupled portion of the present invention.

However, in the present invention, it is preferable that the coupling means can be easily coupled, but the leakage of liquid is prevented and easily detachable even with easy operation.

As described above, the user can install and use the colon cleaner of the present invention very comfortably as an effect of easily attaching and detaching the pedestal built-in hose and the discharge hose and the anal insertion nozzle which are inserted into the colon cleaner support of the present invention.

In addition, another technical feature of the present invention is to attach a magnet 90 to one or both sides of the colon cleaner support to form a magnetic force to reduce the stress of the anal by the anal insertion nozzle when enema.

As shown in FIG. 9, magnets of one or both of the colon cleaner pedestals form magnetic force lines from the north pole to the south pole to mitigate stimulation of foreign substances on the anus during enema.

The magnet used in the present invention is preferably a permanent magnet, preferably a rare earth permanent magnet.

Rare earth is a generic term for the 17 elements of scandium yttrium, group 3 of the periodic table, and the 15 elements of the lanthanum family, which are atomic numbers 57 to 71, usually silver-white or gray metal.

Among the lanthanum-based elements, 14 elements below cerium except lanthanum are collectively referred to as lanthanides. In addition, the eleventh element that combines six elements from lanthanum to samarium and a group of cerium group elements and europium to lutetium and yttrium and scandium are called yttrium group elements. All of them belong to rare elements, and promethium is a radioactive element and no stable isotope exists. Odd numbers of atoms are less present than even numbers.

Slowly oxidizes in air, soluble in acids and hot water but insoluble in alkalis. The chemical properties are very similar, usually all of them form + trivalent compounds, with +4 in cerium-terbium praseodymium and +2 in ytterbium europium-samarium. Following alkali metal and alkaline earth metals, the positiveness is remarkable, and the hydroxide is a base. From element 89 actinium to element 103 lawrencium are very similar to rare earth elements.

The use of such a permanent magnet using a rare earth metal is very good for the formation of strong magnetic force and magnetic retention.

This invention is a very effective design for the industry of producing, manufacturing, and selling colon cleaners.

In addition, the present invention is a design required for the medical device industry that produces, manufactures, and sells the tools required for enema.

In addition, the present invention is a design required for the hospital industry using enema tools, colon cleaners and the like.

10: enema liquid 20: inlet hose
21: outflow hose
30: enema liquid control pump 31: contraction and relaxation part
32: opening and closing part 40: opening and closing means
50: anal insertion nozzle 51: anal insertion nozzle head
52, 53: nozzle insert nozzle 60: functional filler
70: colon cleaner pedestal 71: pedestal built-in hose
72: pedestal internal hose insertion groove
80: coupling portion 81: coupling portion
90: permanent magnet

Claims (8)

Enema pack,
Inlet hose and manual compression pump connected to manual compression pump,
Hose opening and closing means mounted to the inlet hose,
Functional manual compression colonic cleaner with anal insertion nozzle connected to manual compression pump.
The method of claim 1,
It is equipped with a colon cleaner stand, and a pedestal built-in hose insertion groove is formed on one or both sides of the colon cleaner stand,
The outlet hose from the manual compression pump is connected to the pedestal built-in hose,
The pedestal internal hose is connected to the anal insertion nozzle,
The pedestal built-in hose is a functional manual compressed colon cleaner that can be attached to the pedestal built-in hose insertion groove.
The method of claim 2,
Functional manual compressed colon cleaner, characterized in that the pedestal built-in hose and outflow hose and the pedestal built-in hose and anal insertion nozzle is connected by a removable connecting means.
The method according to claim 1, wherein
The anal insertion nozzle head portion is made of a snakehead shape, functional manual compressed colon cleaner characterized in that the enema fluid injection hole is formed.
The method according to claim 1, wherein
Anal insertion nozzle is a functional manual compressed colon cleaner, characterized in that the filling of the functional filler.
The method according to claim 2, wherein
A functional manual compressed colon cleaner that attaches a permanent magnet to one or both sides of the colon cleaner to create a magnetic force.
The method according to claim 1, wherein
Anal insertion nozzle head portion is made of a snake head shape, enema injection nozzle is formed,
Anal insertion nozzle is a functional manual compressed colon cleaner, characterized in that the filling of the functional filler.
The method according to claim 2, wherein
Anal insertion nozzle head portion is made of a snake head shape, enema injection nozzle is formed,
The anal insertion nozzle is filled with functional fillers,
A functional manual compressed colon cleaner, characterized in that to form a magnetic force by attaching a permanent magnet to one or both sides of the colon cleaner support.

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