JP3132317U - Spray head parts for enema assembly equipment - Google Patents

Abstract

The present invention provides an injection head part for an enema assembly facility that can improve comfort and relieve fear when used for the first time.
An extension tube having a curved design is installed, and an intubation body is movably joined to one end of the extension tube, and an injection head having a specific length is formed at the end of the intubation body, and is extended from the injection head to the outside. The cup base is extended downward, and a fountain hole is provided at a position near the front end of the jet head. During operation, the jet head part is introduced into the anal sphincter and the water supply operation of the enema assembly equipment is operated. A relatively short jet head formed at the end of the intubation main body and a cup base that extends to the outside are used, and the user supports the user's buttocks by the cup base that extends to the outside during the treatment.
[Selection] Figure 1

Description

  The present invention relates to a jet head part of a kind of enema assembly equipment. In particular, a type of enema assembly equipment localization plate is joined in the water conduit, whereby the enema assembly equipment relates to a jet head component capable of performing a water supply operation.

The large intestine of the human body is roughly composed of a colon located at one end of the rectum, a transverse colon located at the upper end of the descending colon, and an ascending colon descending downward from the opposite end of the transverse colon.
Dr. Bernard Jensen of John Hopkins University School of Medicine, USA, reveals a study of 50,000 cases of colonic tracts, and the volume of excretions in any tract is almost always in the human body It is said to indicate an abnormal state of a specific part. For example, a volume excretion at the position labeled 8 in the ascending colon in the cavernous map may indicate an abnormality in the thyroid or pituitary gland, and a position labeled as 63, 64 in the transverse colon is the esophagus or The study statistics show that bronchi are not normal. However, since the large intestine structure of the human body is intricately curved, colon cleansing must be performed if the patient does not wait for the excretion at the intersection of the descending colon and transverse colon, or the transverse colon and superior colon to be completely discharged. It is impossible to remove the waste in the body.

  At present, enema assembly facilities that users can use at home are commercially available. However, in the known enema assembly equipment, all insertion tubes (also called cleaning tubes) that come into contact with the human anus adopt an upright design, which makes the user feel uncomfortable or fearful. Since general users are not specialized medical personnel, they are not proficient in treatment and insertion into the human body, and may cause injury due to inappropriate operation. It is a factor that hesitates to use.

Furthermore, since the tube of the insertion tube of the enema assembly equipment is long in design, discomfort occurs when the insertion tube and the anal sphincter are in contact with each other. Furthermore, in the colon cleaning process, a certain time (about 10 minutes or 20 minutes) is required until the effect appears, and thus it is easy to feel maladjustment if the user frequently uses it. Therefore, while the actual use is very convenient without requiring the operation of specialized medical personnel, the fact is that there is room for improvement in the design of the structure of the contact area with the human anus. There is a need to ensure comfort.

The present invention provides jet head parts for enema assembly equipment, introduces the jet head parts into the anal sphincter, and the user can conveniently clean the large intestine by himself,
It also provides the jet head part of the enema assembly, forms a relatively short jet head at the intubation end, and the jet head extends down the cup base that extends outward, so that the user can Introduced into the anal sphincter by the spray head at the end of the intubation body, using this cup stand to support the buttocks, improve comfort, relieve the fear of first use,
Furthermore, it provides a disposable intubation body that can be introduced into the anal sphincter and discarded after colon cleaning, thus meeting the needs of environmental protection and hygiene.

In order to achieve the above-mentioned object, the present invention installs an extension tube of a curved design, a movable intubation body is joined to one end of the extension tube, and a jet head having a specific length is formed at the end of the intubation body, Moreover, a cup base extending outward from the jet head is extended downward, and a fountain hole is provided at a position near the front end of the jet head,
It is optimal that the opposite end of the drawn pipe is movably joined to the water conduit of the stereotaxic plate,
The intubation body can be installed with a connecting portion, which is optimally combined with the extension tube, and one end of the extension tube is extended to the intubation body, and the design of integral molding is optimal,
Before use, it uses a combination of the connecting part of the intubation body and the extension pipe, and the opposite end of the extension pipe is movably joined to the water conduit of the stereotaxic plate,
During operation, the CPU of the enema assembly equipment is installed on the toilet tank surface, the stereotaxic plate is set near the rear edge of the toilet seat upper surface, the stereotaxic plate is covered and sandwiched by the toilet seat lid, and the user rests on the toilet seat. Sitting, injecting the injection head into the anal sphincter, cleaning the large intestine, operating the water supply operation of the enema assembly equipment, using the design of the injection head and the cup base, improving comfort, Provided is a jet head part of an enema assembly facility characterized by being able to relieve fear.

The invention according to claim 1 is provided with an extension pipe having a curved design, an intubation body is movably joined to one end of the extension pipe, an ejection head having a specific length is formed at the end of the intubation body, and the ejection head A cup base that extends outward from the base is extended downward, and the spray head part of the enema assembly facility is provided with a fountain hole at a position near the front end of the spray head.
The invention according to claim 2 is the spray head component of the enema assembly facility according to claim 1, wherein the opposite end of the extension pipe is movably joined to the water conduit of the stereotaxic plate. It is said.
The invention according to claim 3 is the jet head part of the enema assembly equipment according to claim 1, wherein the intubation body can be provided with a connecting portion, and is thereby combined with the extension pipe. As parts.
The invention of claim 4 is provided with an extension pipe having a curved design, one end of the extension pipe extends to the intubation body, a jet head having a specific length is formed at the end of the intubation body, and the outer side from the jet head A cup base that extends to the bottom is extended downward, and a spray head part of an enema assembly facility is provided with a fountain hole at a position near the front end of the spray head.
The invention according to claim 5 is the jet head part of the enema assembly equipment according to claim 4, wherein the opposite end of the extension pipe is movably joined to the water conduit of the stereotaxic board. It is said.

  The present invention improves the comfort of washing the large intestine and can relieve the fear of first use.

As shown in FIGS. 1 to 5, a general enema assembly facility includes a CPU 10 installed on the toilet bowl surface. A water injection port 11 is installed on the opposite side of the CPU 10, and the water injection port 11 injects necessary water to perform heating or sterilization. The CPU 10 can monitor the operation process and information (operating pressure, temperature, estimation, information on anhydrous warning) of the CPU 10 by operating and controlling the user. The joint 12 is installed. The water discharge joint 12 is connected to the water pipe 13 by a stereotaxic plate 20.
The main body of the stereotaxic plate 20 has a shape that approximates the rear edge surface of the toilet seat and can be placed on the surface. The stereotaxic plate 20 is provided with a water conduit 21 to be molded in advance on the inner edge or inside.

Next, as shown in FIGS. 4 and 5, in the embodiment in which the localization plate 20 is installed on the toilet seat, the CPU 10 is installed on the upper surface of the toilet bowl, and the localization plate 20 is located near the rear edge of the toilet seat surface. The stereotaxic plate 20 is covered and clamped with the toilet seat lid.
As shown in FIGS. 1 to 3, which are examples of coupling the enema assembly part of the present invention to the stereotaxic plate 20, the spray head part of the enema assembly facility of the present invention is provided with an extension pipe 30 having a curved design. An intubation body 31 is movably joined to one end of the extension tube 30, and an ejection head 32 having a specific length is formed at the end of the intubation body 31. Moreover, the jet head 32 extends downward from a cup base 33 that extends outward, and a fountain hole 321 is provided at a position near the front end of the jet head 32.
In the optimum embodiment, the opposite end of the extension pipe 30 can be movably joined to the water conduit 21 of the stereotaxic plate 20.
In another optimal embodiment, a connecting portion 34 can be installed in the intubation body 31 and can be combined with the extension tube 30.
In yet another embodiment, one end of the extension tube 30 extends to the intubation body 31 and can be a one-piece design.
The present invention utilizes the combination of the connecting portion 34 of the intubation body 31 and the extension pipe 30 before use, and the opposite end of the extension pipe 30 can be movably joined to the water conduit 21 of the localization plate 20.

  As shown in FIG. 6, when the user performs large intestine washing, the user sits on the toilet seat and introduces the ejection head 32 of the intubation body 31 into the anal sphincter. When a water flow is drawn from the water conduit 21 of the stereotaxic plate 20, it reaches the intubation body 31 via the extension pipe 30, and is ejected from the fountain hole 321 at the front end of the ejection head 32, whereby the colon can be washed. In addition, during the colon cleaning, the CPU 10 can be controlled and the colon cleaning process can be performed by touching the remote control method or the control panel on the CPU 10.

Since the jet head 32 of the intubation body 31 has a relatively short design, a cup base 33 that does not cause maladjustment during use and extends downward from the jet head 32 of the intubation body 31 is used. In order to support the user's buttocks, the introduction of the injection head 32 of the intubation body 31 into the anal sphincter does not become too deep. Therefore, there is no fear of causing injury due to an amateur's operation or inexperienced operation, and the fear of the user when using it for the first time can be alleviated and the comfort of use can be improved.
In the present invention, the large intestine can be washed conveniently by the stereotaxic plate 20 that can be easily combined with the CPU 10, and after the washing, the jet head 32 parts are removed and discarded to meet the needs of hygiene and become a concept of environmental protection. Also agree. In this way, a spray head component that can be adapted to a convenient and simple enema assembly facility is formed.

It is a three-dimensional exploded view of the present invention. It is the schematic which couple | bonds this invention with a stereotaxic board. It is another kind of schematic diagram which couples the present invention to a stereotaxic board. FIG. 2 is a schematic view of coupling the present invention to an enema assembly facility. FIG. 2 is a schematic view of another type for coupling the present invention to an enema assembly facility. It is the schematic which introduces the enema part of this invention into an anal sphincter, and performs colon cleaning.

Explanation of symbols

10 CPU
DESCRIPTION OF SYMBOLS 11 Water inlet 12 Water discharge joint 13 Water pipe 20 Stereotaxic plate 21 Water guide pipe 30 Extension pipe 31 Intubation main body 32 Spray head 321 Fountain hole 33 Cup base 34 Connection part

Claims (5)

  A cup having a curved design is installed, and an intubation body is movably joined to one end of the extension tube, and a jet head having a specific length is formed at the end of the intubation body, and the cup extends from the jet head to the outside. A jet head part of an enema assembly facility, characterized in that a base is extended downward and a fountain hole is provided at a position near the front end of the jet head.   The jet head part of the enema assembly equipment according to claim 1, wherein the opposite end of the extension pipe is movably joined to the water conduit of the stereotaxic plate.   The jet head part of the enema assembly equipment according to claim 1, wherein the intubation body can be provided with a connecting portion, and is thereby combined with the extension pipe.   An extension pipe having a curved design is installed, and one end of the extension pipe extends to the intubation main body, and a cup base is formed at the end of the intubation main body to form an ejection head having a specific length and extend outward from the ejection head. A jet head part of an enema assembly facility, characterized in that it extends downward and has a fountain hole at a position near the front end of the jet head.   5. The jet head part of an enema assembly facility according to claim 4, wherein the opposite end of the extension pipe is movably joined to a water conduit of a stereotaxic plate.

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