KR100359033B1 - A cleaning apparatus of intestines for domestic use - Google Patents

Abstract

The present invention relates to a domestic colon washing machine, the sap storage unit 20 is stored sap, the opening and closing valve 21 for opening and closing the sap storage unit 20, the sap storage unit 20 is coupled to the flow of air and sap The air check valve 31 and the first fluid check valve 32, the air check valve 31, and the first fluid check valve 32 that control the one direction of the air hose 40 and the fluid hose 50. , One end of which is combined with the fluid storage part 20 and a protective cover 30 for protecting the air check valve 31 and the first fluid check valve 32, and a protective cover 30 and the fluid storage part 20. It characterized in that it comprises a flange 34 for coupling.

Home colonic washing machine according to the present invention is operated by an air pump type, can be easily used directly by yourself without the help of other people at home, and the controller 54 and the clip 56 are provided to adjust the amount of the injected fluid.

In addition, the sealed sap storage unit 20 is provided to keep the sap hygienically, and can be taken on the wall by the hook portion 24 formed on the top, so that it is easy to store.

Description

A cleaning apparatus of intestines for domestic use}

The present invention relates to a colonic washing machine, and more particularly, to a domestic colonic washing machine which is provided with a sap storing part and is improved to be conveniently used by an e-pump type.

In general, when the human body eats food, it is absorbed as nutrients through complex and subtle chemical reactions, and the remaining waste is excreted outside of the body. If these metabolisms do not go smoothly, waste builds up in the body.

In particular, the stool attached to the wrinkles of the colon causes decay and fermentation in the intestine, creating a chemical that is harmful to the human body, and the substance penetrates into the blood, causing deterioration and various diseases.

Therefore, colon washing is necessary for the above reasons, and washing the large intestine to remove toxins without breaking the physiological rhythm can activate the beneficial bacteria in the large intestine and normalize the movement of the large intestine. The sap that is commonly used in colon washing is the liquid from the root of the plant to the stem and then to the leaf, most of which consists of water. In addition, sap contains inorganic ions sucked from the root hair and nutrients stored in the roots, and it is reported that the sap is effective in washing away wastes in the body.

This colon washing is performed by the colon washing machine, which is largely divided into mechanical and manual washing machines. Mechanical type is used in hospital because of its size and price, and manual type is used for home as well as hospital.

Hereinafter, with reference to the accompanying drawings, a conventional colon washing machine as follows.

1 is a perspective view showing a conventional manual colon washer, as shown, the manual colon washer is a suction hose 10, the air pump 11 connected to one end of the suction hose 10, the one end of the sap is sucked, It is composed of an injector 13 which is connected to the air pump 11 and detachably coupled to the discharge hose 12 and the discharge hose 12 is discharged.

The manual colon washer prepares the storage container 15 prepared with the sap, and soaks the suction hose 10 in the sap. The injector 13 is then inserted into the anus of the patient.

In this manner, the patient or another person operates the air pump 11 to inject fluid into the large intestine through the anus of the patient.

However, the above conventional technology has the following problems.

The manual colon washer is difficult to control the amount of fluid because there is no device for adjusting the amount of fluid injected into the patient, it is difficult to inject the fluid directly by the patient because of the storage container 15 is prepared separately. In addition, there is a problem that the storage container 15 is exposed to the outside to contaminate the sap introduced into the large intestine of the patient.

In addition, the mechanical colon cleaner has a problem that can not be used for home use because of the size and cost.

The present invention has been invented for the purpose of solving the conventional problems as described above, the object of the present invention is to provide a domestic colon washing machine that can be easily colon washing in the home is operated in the e-pump type.

1 is a perspective view showing a conventional colon washing machine.

Figure 2 is a perspective view showing a colon washing machine according to a preferred embodiment of the present invention.

Figure 3 is a rear view showing a portion of Figure 2 removed.

Figure 4 is a perspective view showing a colon washing machine according to another embodiment of the present invention.

FIG. 5 is a cross-sectional view illustrating the inside of the auxiliary storage of FIG. 4;

Explanation of symbols on the main parts of the drawings

20: sap storage unit 20a: plotter

21: opening and closing valve 27: the sap confirmation tube

28: pressure gauge 29: thermometer

30: protective cover 34: flange

40: air hose 42: air pump

50: fluid hose 52: injector

70: auxiliary storage 72: rubber balloon

Household colon washer according to the present invention for achieving the above object, the pressure inlet 23 and the pressure gauge 28 and the thermometer 29 is displayed in the upper part of the infusion inlet 23 protruding formed on the upper, An air inlet 25 and a sap discharge port 26 formed therein, and a sap storage unit 20 to which a sap confirmation tube 27 which displays the amount of sap on the side is coupled; On and off valve 21 is coupled to the infusion port 23; An air check valve 31 and a first fluid check valve 32 coupled to the air inlet 25 and the fluid outlet 26; An air hose 40 detachably connected to the air check valve 31 and provided with an air pump 42; An end thereof having a fluid inlet hose 50 which is detachably connected to the first fluid check valve 32 and having an injector 52 detachably coupled to the other end thereof; A flange 34 having one end coupled to a bottom surface of the sap reservoir 20; And a protective cover 30 coupled to the flange 34 and having an air hose hole 36 and an infusion hose hole 37 so that the air hose 40 and the infusion hose 50 can pass therethrough. It features.

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

2 and 3, Figure 2 is a perspective view showing a colon washing machine according to a preferred embodiment of the present invention, Figure 3 is a rear view showing a portion of Figure 2 is cut off.

As shown, the household colonic washing machine according to the present invention is coupled to the air storage unit 20, the opening and closing valve 21 for opening and closing the sap storage unit 20, the sap storage unit 20 is stored sap and air and Air hose 40 and fluid hose coupled to the air check valve 31, the first fluid check valve 32, the air check valve 31 and the first fluid check valve 32 to control the flow of fluid in one direction. (50), one end thereof is coupled with the fluid storage unit 20, and a protective cover 30 for protecting the air check valve 31 and the fluid check valve 32, and the protective cover 30 and the fluid storage unit 20 Is provided with a flange 34.

The sap storage unit 20 in which the sap is stored is combined with a pressure inlet 23 protruding from the upper part, a pressure gauge 28 and a thermometer 29 displaying the pressure and temperature of the sap, and an air inlet 25 and A sap discharge port 26 is formed, and the sap confirmation tube 27 that displays the amount of the sap on the side is coupled.

The opening and closing valve 21 is coupled to the infusion inlet 23 protruding from the upper portion of the infusion storage unit 20. The on-off valve 21 opens the infusion inlet 23 so that the sap can be injected into the sap reservoir 20, and also closes the sap reservoir 20 into which the sap is injected. At this time, the opening and closing valve 21 is preferably coupled to the O-ring 22 to seal the sap reservoir 20.

The sap storage unit 20 is provided with a pressure gauge 28 and a thermometer 29 on the top, and the sap confirmation tube 27 on the side.

The pressure gauge 28 coupled to the upper portion of the fluid storage unit 20 may check the injection pressure of the fluid injected into the patient, and the thermometer 29 may determine whether the temperature of the injected fluid is appropriate for the intestinal condition of the patient. Can be.

And, the sap confirmation tube 27 coupled to the sap storage unit 20 side is fixedly coupled to the first auxiliary fastening tube (27a) mounted on the side of the sap storage unit 20, the sap storage unit 20 You can check the remaining amount of sap. In addition, the sap confirmation tube 27 is preferably formed of a transparent body so that the amount of the sap can be confirmed.

The sap reservoir 20 is formed of a stainless material, and may also be formed of a synthetic resin material such as PET.

The sap storage unit 20 has a hook portion 24 formed on the upper portion thereof can be detachably mounted on the wall. The lower part is provided with an air inlet 25 through which air is injected to pressurize the stored sap, and a sap discharge port 26 through which the sap pressurized by the air is discharged.

The plotter 20a is provided inside the sap storage unit 20. The plotter 20a is suspended in the sap stored in the sap storage unit 20, and is a safety device for closing the sap outlet 26 when the stored sap is exhausted.

Here, the fluid outlet 26 is formed in an arc shape having a predetermined radius of curvature around the fluid outlet 26 so as to be easily closed by the plotter 29.

An air check valve 31 and a first fluid check valve 32 are coupled to the air inlet 25 and the fluid discharge port 26 formed at the bottom of the fluid storage unit 20, and the air check valve 31 is air-connected. The air hose 40 with the pump 42 is detachably connected to the first fluid check valve 32 and the fluid hose 50 with the injector 52.

The air check valve 31 allows the air generated from the air pump 42 to flow to the air hose 40 to flow only in the direction of the sap reservoir 20, thereby preventing the back flow of air in the air hose 40. Preventing to increase the filling rate of the air supplied to the infusion storage unit 20.

The first fluid check valve 50 allows the fluid stored in the fluid storage unit 20 to be discharged only toward the injector 52 through the fluid hose 50. The amount of fluid discharged from the injector 52 is adjusted by coupling the regulator 54 and the clip 56 to the fluid hose 40.

The regulator 54 is provided with an adjusting bolt 54a and an adjusting nut 54b. The controller 54 adjusts the amount of the sap flowing through the sap hose 40 with the adjusting bolt 54a, and the amount of the sap flowing through the sap hose 40 by the adjusting nut 54b is fastened by the adjusting nut 54b. Stays constant.

Therefore, the controller 54 blocks the sap discharged from the sap storage unit 20 to the injector 52 when the user does not use the colon washing machine, and injects the sap from the sap storage unit 20 when the colon washing machine is used. 52) to discharge.

In addition, the clip 56 is used when the user wants to adjust the amount of the fluid discharged to the injector 52 when using the colon cleaner, or to stop the supply of the fluid injected from the injector 52 for a while.

On the other hand, the air hose 40 and the sap hose 50 is to prevent the tangling, the air hose hole 36 and the sap hose hole 37 is formed in the protective cover 30 is formed so that there is no obstacle in the flow of air and sap It is inserted and connected to the air check valve 31 and the first fluid check valve (32).

The flange 34 is coupled to the inner side of the protective cover 30. One side of the flange 34 is coupled to the bottom surface of the infusion storage unit 20, and a fastening part 34a is formed at the other side, and a fastening means inside the protective cover 30 having a through hole (not shown) formed at the front side thereof. Combined with 38.

Hereinafter, the operation of the domestic colon washing machine according to the present invention will be described.

The prepared sap is injected into the sap reservoir 20 through the sap inlet 23. When the infusion is completed, the infusion valve 23 is closed by the on-off valve 21. At this time, the amount and temperature of the sap injected into the sap reservoir 20 can be confirmed by the sap confirmation tube 27 and the thermometer 29, the pressure of the sap injected into the patient can be confirmed by the pressure gauge (28) do.

Next, the regulator 54 and the clip 56 provided in the fluid hose 50 are opened to allow the proper amount of the fluid to be injected into the patient. When the preparation is completed, the air pump 42 is operated to inject air into the sap reservoir 20. Air is continuously injected into the sap reservoir 20 until a predetermined pressure is applied, and air having a predetermined pressure presses the sap of the sap reservoir 20 and pushes it toward the sap hose 50.

The pressurized fluid continues to move along the fluid hose 50 through the fluid outlet 26, and eventually the fluid is discharged to the injector 52. The amount of sap discharged is controlled by the regulator 54. Clip 56 coupled to the fluid hose 50 is used when the user wants to adjust the amount of fluid discharged to the injector 52 when using the colon cleaner, or to stop the discharge of the fluid from the injector 52 for a while .

On the other hand, when the sap is exhausted, the plotter 20a provided in the sap reservoir 20 serves as a safety device for closing the sap outlet 26 by riding on an arc-shaped inclined surface formed around the sap outlet 26. .

Such a household colon cleaner is operated by an air pump type so that it can be used directly by yourself without the help of another person at home, and the controller 54 and the clip 56 are provided to adjust the amount of the injected fluid.

In addition, the sealed sap storage unit 20 is provided to keep the sap hygienically, it is easy to store in a structure that can be taken on the wall.

In another embodiment of the present invention, as shown in Figure 4, the auxiliary storage unit 70 is provided to store the air on the side of the infusion storage unit 20.

5 is a cross-sectional view illustrating the inside of the auxiliary storage unit 70 of FIG. 4 by cutting the auxiliary storage unit 70. As illustrated, the auxiliary storage unit 70 in which air is stored is a rubber balloon 72 capable of storing air therein. ), A coupling pipe 74 coupled to both ends of the rubber balloon 72, and an auxiliary air hose 40a and an auxiliary air hose 40a that are coupled to the connection pipe 74 to the sap storage unit 20. It consists of; a second fluid check valve 76 for blocking the fluid flow back from the secondary storage unit (70).

The auxiliary air hose 40a coupled to the upper portion of the infusion storage unit 20 is fixedly coupled to the second auxiliary fastening means 76a provided at the upper portion of the infusion storage unit 20.

In addition, between the auxiliary air hose 40a coupled to the upper portion of the infusion storage unit 20, the sap of the infusion storage unit 20 is supplied by the air flowing from the auxiliary storage unit 70 to the auxiliary storage unit 70. The second infusion check valve 76 is mounted so as to flow back to the air supply so that the supply of air is not disturbed.

On the other hand, the rubber balloon 72 and the coupling pipe 74 coupled to both ends thereof is preferably sealed by being bundled with an elastic member 75 such as a rubber band.

The household colon washer equipped with the auxiliary storage unit 70 previously stores the air for discharging the sap of the sap storage unit 20 in the auxiliary storage unit 70, and controls the controller 54 and the clip 56. It has the advantage of being open and ready to use.

As described above, the domestic colonic washing machine according to the present invention is operated by an air pump type so that it can be used directly by yourself without the help of others in the home, and the amount of the sap can be adjusted with the provided controller and clip.

In addition, the sealed sap storage unit is provided to keep the sap hygienically, it is easy to be stored in a structure that can be taken on the wall.

In addition, the domestic colonic washing machine equipped with an auxiliary storage unit has an advantage that the air can be stored in advance and operated by simple opening of the regulator and the clip in use.

Claims (6)

A fluid inlet 23 protruding in the upper portion, a pressure gauge 28 and a thermometer 29 in which the pressure and temperature of the fluid are displayed are combined, and an air inlet 25 and an inlet outlet 26 are formed at the lower side, Sap storage unit 20 is coupled to the sap confirmation tube 27 to display the amount of the sap; Opening and closing valve 21 is coupled to the infusion inlet 23; An air check valve 31 and a first fluid check valve 32 coupled to the air inlet 25 and the fluid outlet 26; An air hose 40 detachably connected to the air check valve 31 and provided with an air pump 42; One end of the fluid hose 50 having an injector 52 detachably connected to the first fluid check valve 32 and detachably coupled to the other end; A flange 34 whose one end is coupled to a bottom surface of the infusion storage unit 20; And A protective cover 30 coupled to the flange 34 and having an air hose hole 36 and an infusion hose hole 37 formed therein so that the air hose 40 and the infusion hose 50 can pass therethrough; Domestic colon washing machine, characterized in that. According to claim 1, The infusion storage unit 20, Hanger 24 is formed on the upper home colon washing machine, characterized in that installed on the wall. According to claim 1, The infusion storage unit 20, The colon colon washer, characterized in that the plotter (20a) is provided to close the sap discharge port 26 when the stored sap is exhausted. According to claim 1, The infusion hose 50, The colon 54 is provided with a regulator 54 and the clip 56, the amount of the sap discharged can be adjusted. According to claim 1, The infusion storage unit 20, Household colon cleaner, characterized in that further comprises an auxiliary storage unit 70 that can store air on the side. The method of claim 6, wherein the secondary storage unit 70, A rubber balloon 72 in which air is stored therein; A connecting pipe 74 coupled to both ends of the hot air balloon 72; An auxiliary air hose 40a coupled to the connection pipe 74; And A second infusion check valve (76) mounted on the auxiliary air hose (40a) to block the fluid flowing back from the infusion storage unit (20) to the auxiliary storage unit (70). syringe.