CN221866421U - Air cushion type excrement receiving device - Google Patents

Abstract

The present application proposes an air cushion type toilet receiver, which includes: a basin wall and a basin bottom; the basin wall surrounds the edge of the basin bottom and is integrally formed on the basin bottom; the basin wall is formed by an air bag; the upper edge of the basin wall is used to fit the patient's buttocks; the first end of the basin wall is used to be inserted into the lower side of the patient's buttocks, and the second end of the basin wall extends upward to form an end wall; when the patient is in a supine position with bent knees, the end wall is used to tightly block the front side of the patient's buttocks; an insertion hole is formed on the end wall; a syringe is inserted into the insertion hole; the insertion hole is directly opposite to the patient's anus so that the water in the syringe can be used to flush the area around the patient's anus; a discharge port is formed on the lower side of the second end of the basin wall; a discharge pipe is installed on the discharge port so that the water sprayed from the syringe and the feces diluted by the water are guided to the outside through the discharge pipe.

Description

Air cushion toilet

Technical Field

The present application relates to a medical device, and more particularly to an air cushion type toilet receiver.

Background Art

A toilet is a device for collecting excrement, and is mostly used by bedridden patients. In order to reduce the excessive pressure on the patient's buttocks caused by the toilet being inserted into the lower side of the patient's body, CN 213098945 U proposes "An inflatable toilet for the elderly to prevent pressure sores".

Although this inflatable toilet can effectively reduce the pressure when receiving defecation, the nursing staff needs to manually clean the patient's buttocks after the patient receives the defecation. On the one hand, the feces adhering to the patient's buttocks give the nursing staff a bad feeling; on the other hand, since the patient is bedridden, the nursing staff can generally only clean by wiping, and the wrinkled parts around the anus are not easy to clean.

Utility Model Content

In view of the above problems, the present application aims to propose an air cushion type toilet receiver, which can be used to flush the patient's perianal area, clean the wrinkled parts of the patient's perianal area, and reduce the unpleasant feeling of the smell of feces on the nursing staff.

The air cushion type toilet receiver of the present application comprises: a basin wall and a basin bottom;

The pelvic wall surrounds the edge of the pelvic floor and is formed integrally on the pelvic floor; the pelvic wall is formed by an air bag; the upper edge of the pelvic wall is used to fit the patient's buttocks; the first end of the pelvic wall is used to be inserted into the lower side of the patient's buttocks, and the second end of the pelvic wall extends upward to form an end wall; when the patient is in a supine position with knees bent, the end wall is used to tightly block the front side of the patient's buttocks; an insertion hole is formed on the end wall; a syringe is inserted into the insertion hole; the insertion hole is directly opposite to the patient's anus so that the water in the syringe can be used to flush the area around the patient's anus; an excretion port is formed on the lower side of the second end of the pelvic wall; a excretion pipe is installed on the excretion port to guide the water sprayed from the syringe and the feces diluted by the water to the outside through the excretion pipe.

Preferably, the basin bottom is formed as an inclined plane, a first end of the inclined plane being higher than a second end thereof.

Preferably, the insertion hole includes a first hole and a second hole that are connected; the second hole faces the inside of the basin wall, and the first hole faces the outside of the basin wall; the first hole is used to insert the barrel of the syringe; the second hole is used to insert the nipple at the front end of the barrel of the syringe.

Preferably, the drainage tube is connected to a drainage bag.

Preferably, the drainage pipe is connected to a drainage bucket; the drainage bucket is used to be connected to a negative pressure source.

Preferably, the drainage opening is formed as a flat opening at one end facing the inside of the basin wall; and the drainage opening is formed as a round opening at one end facing the outside of the basin wall.

The air cushion toilet of the present application forms a relatively closed space by fitting on the lower and front sides of the patient's buttocks, so that the nursing staff is less affected by bad odors; the syringe inserted on the end wall sprays around the patient's anus, so that the area around the patient's anus can be flushed, and the anal folds can be easily cleaned better.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic diagram of the three-dimensional structure of an embodiment of an air cushion type toilet receiver of the present application;

FIG2 is a schematic diagram of the front view of the air cushion type toilet receiver of FIG1 ;

Figures 3 and 4 are schematic diagrams of the three-dimensional structure of the air cushion type toilet receiver of the present application;

FIG5 is a schematic side view of the air cushion type toilet receiver of the present application;

FIG6 is a schematic cross-sectional view of the air cushion type toilet receiver of the present application;

DETAILED DESCRIPTION

Below, the air cushion type toilet receiver of the present application is described in detail with reference to the accompanying drawings.

The air cushion type toilet bowl 10 of the present application comprises: a basin wall 11 and a basin bottom 12 .

The pelvic wall 11 surrounds the edge of the pelvic floor 12 and is integrally formed on the pelvic floor 12. The pelvic wall 11 is formed by an air bag. Considering the storage problem when not in use, an air nozzle for inflating and deflation can be formed on the outside of the pelvic wall, which is the same as the prior art and is not shown in the figure. The upper edge of the pelvic wall 11 is used to fit the buttocks of the patient. The thickness of the pelvic wall 11 should be formed relatively large to facilitate the formation of stable support for the patient.

The first end of the pelvic wall 11 is used to be inserted into the lower side of the patient's buttocks, and the second end of the pelvic wall 11 extends upward to form an end wall 11a; when the patient is in a supine position with knees bent, the end wall 11a is used to closely block the front side of the patient's buttocks. A recessed portion is formed inside the end wall 11a to form a certain space with the patient's perineum.

An insertion hole 11 b is formed on the end wall 11 a ; the insertion hole 11 b is used to insert the syringe 20 ; the insertion hole 11 b is directly opposite to the anus of the patient so that the water in the syringe 20 can be used to flush the area around the patient's anus.

A drainage port 11 c is formed at the lower side of the second end of the basin wall 11 ; a drainage pipe 13 is installed on the drainage port 11 c to guide the water sprayed from the syringe 20 and the feces diluted by the water to the outside through the drainage pipe 13 .

The basin bottom 12 is formed as an inclined plane. As shown in FIG. 6 , the first end of the inclined plane is higher than the second end thereof, so as to facilitate water to flow from the first end to the second end of the basin bottom and then be discharged through the drain port 11 c.

The height of the first end of the basin wall 11 can be higher than the height of the second end, so that when the patient is supported, the side close to the back is higher than the side close to the buttocks, and water stuck on the skin can easily drip down the buttocks instead of flowing back to the back.

The basin bottom 12 may be formed of hard plastic. The basin wall 11 may be formed of plastic cloth.

The insertion hole 11b includes a first hole and a second hole that are connected; the second hole faces the inside of the basin wall 11, and the first hole faces the outside of the basin wall 11; the first hole is used to insert the barrel of the syringe 20; the second hole is used to insert the nipple at the front end of the barrel of the syringe 20.

Since the basin wall 11 is made of plastic cloth and is inflated with air, it has a certain elasticity, so after the syringe 20 is inserted into the insertion hole 11b, the angle can be adjusted as needed to adjust the direction of the water flow sprayed out. The basin wall 11 is preferably made of transparent plastic cloth to facilitate observation of the flushing of the water flow.

The drainage tube 13 may be connected to a drainage bag.

In another case, the drainage tube 13 is connected to the drainage bucket 30; the drainage bucket 30 is connected to a negative pressure source, such as a negative pressure source on the wall of the ward, or an air pump. The drainage bucket 30 is also called a drainage tube or a drainage bottle, and is characterized in that it is connected to a negative pressure source, and the drainage effect is increased by negative pressure suction. The lid of the drainage bucket includes two connectors, one for connecting the drainage tube and the other for connecting the negative pressure source. This is the conventional use of the drainage bucket and will not be repeated.

The end of the discharge port 11c facing the inside of the basin wall is formed as a flat opening, and the end of the discharge port 11c facing the outside of the basin wall is formed as a round opening. The width of the flat opening is much larger than the diameter of the round opening, so that a larger suction force can be easily formed.

When in use, the patient is in a supine position with knees bent, that is, the thighs are lifted up, and the air cushion toilet receiver of the present application is inserted into the lower side of the patient's buttocks, with the end wall against the front side of the buttocks. In this way, the air cushion toilet receiver of the present application forms a relatively closed environment around the lower and front sides of the patient's buttocks. On the one hand, bad odors are not easily smelled by nursing staff, and on the other hand, water is not easy to splash out during flushing. After the patient has finished defecating, a syringe filled with warm water is inserted into the insertion hole, and the piston rod of the syringe is pushed to spray water from the nipple and flush around the anus; the water falling on the bottom of the pelvis flows along the slope to the discharge port and is sucked into the drainage bucket through the discharge tube.

Claims (6)

1. An air cushion type excrement receiving device, which is characterized by comprising: basin walls and basin bottoms;

The basin wall surrounds the edge of the basin bottom and is integrally formed on the basin bottom; the basin wall is formed by an air bag; the upper edge of the basin wall is used for being attached to the buttocks of a patient; the first end of the basin wall is used for being inserted into the lower side of the buttocks of a patient, and the second end of the basin wall extends upwards to form an end wall; the end wall is adapted to snugly rest against the anterior side of the patient's buttocks when the patient is in the flexed supine position; an insertion hole is formed in the end wall; the insertion hole is used for inserting the syringe; the insertion hole is opposite to the anus of the patient, so as to flush the periphery of the anus of the patient through the water in the injector; a drain opening is formed at the lower side of the second end of the basin wall; a drain pipe is installed on the drain port to guide water ejected from the syringe and feces diluted with the water to the outside through the drain pipe.

2. The cushion-type toilet according to claim 1, wherein:

The basin bottom is formed as an inclined plane with a first end higher than a second end thereof.

3. The cushion-type toilet according to claim 1, wherein:

The insertion hole comprises a first hole and a second hole which are communicated; the second hole faces the inner part of the basin wall, and the first hole faces the outer part of the basin wall; the first hole is used for inserting a barrel of the syringe; the second hole is used for inserting a nipple at the front end of the barrel of the syringe.

4. The cushion-type toilet according to claim 1, wherein:

The drain pipe is connected with a drainage bag.

5. The cushion-type toilet according to claim 1, wherein:

the drainage tube is connected with a drainage barrel; the drainage barrel is used for being connected with a negative pressure source.

6. The cushion-type toilet according to claim 1, wherein:

The drain port is formed into a flat port at one end facing the interior of the basin wall; the drain opening is formed as a circular opening at one end facing the outside of the tub wall.