TWI655942B - Inflatable bath bed structure - Google Patents

Abstract

The utility model relates to an inflatable bath bed structure, which comprises at least a bottom layer, a bottom body, an outer frame layer and a water collecting area, wherein the bottom body and the outer frame layer are integrally constructed with an inflatable/deflated space. So that it can be inflated to become a full three-dimensional state, the outer frame layer is further provided with at least one drainage channel, and the liquid for flowing the surface of the bottom body body to the water collecting area can be discharged from the drainage channel, and The structure of the inflatable bath bed is mainly planned for use in the original bed bathing, so that at least one cushion layer can be combined on the bottom body to be used as a hip pad or a head pad to facilitate the caregiver to the patient. Wash your hair and clean the lower body.

Description

Inflatable bath bed structure

The invention relates to an inflatable bath bed structure, in particular to an inflatable bath bed structure which can conveniently take care of a patient directly on the bed, and the inflatable bath bed structure has more convenient drainage and convenient carrying. characteristic.

For patients who are not in bed for a long time, as the bed does not move for a long time, if the patient cannot get perfect care, complications will be difficult to deal with. In addition, for patients who are in bed for a long time, in addition to going up and down the stairs, the most The difficult problem is to help the patient to take a bath; because some patients are almost paralyzed, they must use the hug. If the patient’s body size is heavy, the family or the caregiver cannot hold it at all, and must be carried by two or more people. It is often the case that family members or caregivers can only use a bath instead of a shower, and because the cleanness of the bath is insufficient, it is very easy to breed bacteria, so patients often cause skin lesions or wound infections.

At present, the usual way for caregivers is to use a water scoop, a towel or a washing pot to clean the patient's body, but it is necessary to put a waterproof pad under the cleaning part, otherwise the bed is wet after washing, and it is not easy to clean the patient. ;

However, the above-mentioned waterproof pad is actually difficult to drain under actual use conditions. If the waterproof pad is flat, the user may easily spread or remove the sewage by hand to avoid flushing. The patient continues to be in contact with the sewage, causing secondary pollution. However, in the actual bathing situation, the patient needs a little movement. In this case, the surface of the waterproof pad is prone to concave fold, thus causing the water to be excluded from the sewage. The phenomenon occurs, so the traditional waterproof pad with a water scoop, towel or washing pot to help the patient clean the body, in fact, can not be effectively cleaned, so there are big problems that need to be improved.

Therefore, if it is possible to provide an air-filled mattress that is simple to use and can be quickly molded and used by a family or a medical staff, and the drainage mechanism is better, this should be an optimal solution.

The present invention is to provide an inflatable bath bed structure which is simple to use and can be quickly molded and used by family members or medical personnel, and is easy to accommodate.

The above-mentioned inflatable bath bed structure can be at least included: a bottom layer is a bottom structure; a bottom body is disposed above the bottom layer, and the bottom body has at least one first inlet/exhaust a hole, the first inlet/exhaust hole can be inflated to make the bottom body into a full solid state; an outer frame layer is disposed above the bottom layer and adhered to at least three surrounding edges of the bottom body And the outer frame layer has at least one second inlet/exhaust hole, and the second inlet/exhaust hole can be inflated to make the outer frame layer full and solid, and can be formed into an outer frame structure. And the outer frame layer is provided with at least one drainage channel; and a water collection zone is a space surrounded by the bottom layer, the bottom body and the outer frame layer, and the water collecting area is external to the outer layer The drainage channels on the frame layer are connected, wherein the drainage channels are used to enable the liquid present in the water collection area to flow out.

More specifically, the surface of the bottom body can be adhered to at least one cushion layer, and the interior of the cushion layer has an inflatable/deflation space for inflating to make the cushion layer full and solid, thereby forming It is a cushion structure.

More specifically, the cushion body layer can be formed into a pillow structure or a hip pad structure after being inflated to a full three-dimensional state.

More specifically, the pad layer is a fixed structure that is fixedly bonded to the surface of the bottom body or a detachable structure that can be detached from the surface of the bottom body.

More specifically, the drainage channel on the outer frame layer can be connected to a drain pipe.

More specifically, the bottom layer system is formed by laterally bonding a plurality of tubular inflatable bodies, and the inside of the tubular inflatable body has an interconnecting inflatable/deflecting space, and the first inlet/exhaust hole system It is in communication with an inflatable/deflecting space inside the tubular inflatable body.

More specifically, the outer frame layer is formed by stacking a plurality of frame-shaped inflatable bodies, and the interior of the frame-shaped inflatable body has an inflatable/deflated space communicating with each other, and the second inlet/row The venting system is in communication with the inflatable/deflecting space inside the framed inflatable body.

More specifically, the bottom layer system has a certain height difference from the water collecting area.

More specifically, the bottom body surface has a slope.

Other details, features, and advantages of the present invention will be apparent from the following description of the preferred embodiments.

Please refer to Figures 1, 2 and 3 for a perspective view of a three-dimensional structure, a top view and a cross-sectional view of the structure of the inflatable bath bed of the present invention. As can be seen from the figure, the inflatable bath structure comprises a bottom layer 1. a bottom body 2, an outer frame layer 3, a water collecting area 4, a first cushion layer 5 and a second cushion layer 6, wherein the bottom layer 1 is a bottom structure, and the bottom layer 1 is a The bottom body 2 is disposed above the bottom layer 1 , and the bottom body 2 is formed by laterally bonding a plurality of tubular inflatable bodies 21 , and the inside of the tubular inflatable body 21 has a An inflatable/deflecting space communicating with each other, and a first inlet/exhaust hole 22 disposed on the tubular inflatable body 21 is in communication with an inflatable/deflecting space inside the tubular inflatable body 21, so After the inlet/exhaust hole 22 inflates all the tubular inflatable bodies 21, the bottom body 2 can be rendered full and solid;

The outer frame layer 3 is formed by stacking and bonding a plurality of frame-shaped inflatable bodies 31, and the interior of the frame-shaped gas-filling body 31 has an inflatable/deflation space communicating with each other, so that the outer frame layer 3 can be framed. Above the bottom layer 1 and adhered to at least three peripheral edges of the bottom body 2, and the frame-shaped inflatable body 31 has at least one second inlet/exhaust hole 32, the second inlet/outlet The air hole 32 is in communication with the inflatable/deflecting space inside the frame-shaped inflatable body 31, so that when all the frame-shaped inflatable bodies 31 are inflated through the second inlet/exhaust hole 32, the outer hole can be made The frame layer 3 is in a full solid state and is formed into an outer frame structure;

In addition, the outer frame layer 3 is provided with at least one drainage channel 33 (made of a soft bendable material, so that it can be bent and received), and the drainage channel 33 can be connected to a drain pipe, The water collecting area 4 is a concave space formed by the bottom layer 1, the bottom body 2 and the outer frame layer 3 (and the bottom body 2 has a certain height difference from the water collecting area 4). And the water collecting area 4 is connected to the drainage channel 33 on the outer frame layer 3, and the drainage channel 33 enables the liquid present in the water collecting area 4 to flow out;

In addition, the first body layer 5 and the second body layer 6 are adhered to the surface of the bottom body 2, and the first body layer and the second body layer have an inflatable/deflation space for inflation. The cushion body layer is in a full solid state, and can be formed into a cushion structure. Therefore, the cushion body layer can be used as a pillow structure or a hip pad structure, and the first cushion layer 5 and the second cushion layer 6 can be a fixed structure. (fixedly adhered to the surface of the bottom body 2) or a detachable structure (capable of being detached from the surface of the bottom body 2).

Since the surface of the bottom body 2 has a slope for the convenience of drainage, as shown in FIG. 4, the water flow 7 on the surface of the bottom body 2 can flow toward the water collecting area 4 from an end not close to the water collecting area 4. At the other end, and because the bottom body 2 is separated from the water collecting area 4 by a certain height difference, the water flow 7 on the surface of the bottom body 2 can naturally flow downward into the water collecting area 4, and more because of the water collecting area. 4 is in communication with the drain passage 33 so that the water flow 7 can be discharged outwardly from the drain pipe 34.

In the actual application state, when the user 8 is lying in the inflatable bath structure, as shown in FIG. 5, the first cushion layer 5 and the second cushion layer 6 can effectively support the head of the user 8. With the buttocks, when the medical staff bathes the user 8, the water flow and foam generated during the process will flow from the natural slope formed by the bottom body 2 (from the head to the foot), due to the drainage channel 33 The height of the place is the lowest, so all the water and foam will move to the drainage channel 33, so the drainage will be more convenient and smooth.

In addition, the materials used for the surface of the bottom layer 1, the bottom body 2, the outer frame layer 3, the first cushion layer 5 and the second cushion layer 6 are smooth PVC, and the load and the tensile strength of the sample are determined. Benchmark, if necessary, add some nylon fiber to increase the strength, but the more the fiber, the rougher the surface, and need to achieve a balance between easy flushing and strength; but in addition to smooth PVC, any waterproof, load, The materials that are resistant to pull are within the scope of this patent.

The inflatable bath bed structure provided by the present invention has the following advantages when compared with other conventional techniques: 1. The inflatable bath bed structure of the present invention is an inflatable mattress which is easy to store, so the structure is simple. Therefore, family members or medical staff can be quickly formed. 2. The structure of the inflatable bath bed of the present invention, due to the design of the natural slope, the water flow and foam generated by the bath will flow along the natural slope (from the head to the foot), and the height at the drainage channel is The lowest, so all the water and foam will move to the drainage channel, so the drainage will be more convenient and smooth.

The present invention has been disclosed in the above embodiments, and is not intended to limit the present invention. Any of those skilled in the art can understand the foregoing technical features and embodiments of the present invention without departing from the invention. In the spirit and scope, the scope of patent protection of the present invention is subject to the definition of the claims attached to the present specification.

1‧‧‧ bottom layer

2‧‧‧The underlying ontology

21‧‧‧Tubular inflatable body

22‧‧‧First inlet/vent

3‧‧‧Outer frame

31‧‧‧Framed inflatable body

32‧‧‧Second inlet/vent

33‧‧‧Drainage channel

4‧‧‧ catchment area

5‧‧‧First cushion layer

6‧‧‧Second body layer

7‧‧‧Water flow

8‧‧‧Users

[Fig. 1] is a schematic perspective view showing the structure of the inflatable bath bed of the present invention. [Fig. 2] is a schematic view showing the structure of the inflatable bath bed structure of the present invention. [Fig. 3] is a schematic cross-sectional view showing the structure of the inflatable bath bed of the present invention. [Fig. 4] is a schematic view showing the direction of drainage water flow of the structure of the inflatable bath bed of the present invention. [Fig. 5] is a schematic view showing the application of the structure of the inflatable bath bed of the present invention.

Claims (7)

The utility model relates to an inflatable bath bed structure, which comprises at least: a bottom layer which is a bottom structure; a bottom body is arranged above the bottom layer, and the bottom body has at least one first inlet/exhaust hole, The first inlet/exhaust hole can be inflated to make the bottom body in a full solid state, wherein the bottom body surface has a slope, and the bottom body surface has a plurality of longitudinally upward-to-low grooves; An outer frame layer is disposed above the bottom layer and adhered to at least three peripheral edges of the bottom body, and the outer frame layer has at least one second inlet/exhaust hole, the second The inlet/exhaust hole can be inflated so that the outer frame layer is in a full solid state, and can be formed into an outer frame structure, wherein the outer frame layer is provided with at least one drainage channel; and a water collecting zone is a space surrounded by the bottom layer, the bottom body and the outer frame layer, wherein the bottom layer system and the water collecting area have a certain height difference, and the water collecting area is adjacent to the lowest end of the inclined surface of the bottom body , another episode The two sides of the water zone are connected to the drainage channel on the outer frame layer, and any liquid on the surface of the bottom layer body can be separated from the water collecting zone by the height difference between the bottom layer system and the water collecting zone. A plurality of longitudinally upward-to-lower grooves on the surface of the body flow into the water collecting zone due to the inclined structure, and the drainage channel serves to allow liquid existing in the water collecting area to flow out. The inflatable bed structure according to claim 1, wherein the bottom body surface is adhered to at least one cushion layer, and the cushion layer has an inflatable/deflation space for inflating to make the cushion. When the body layer is in a full solid state, it can be formed into a cushion structure. The inflatable bath bed structure of claim 2, wherein the cushion body layer is formed into a pillow structure or a hip pad structure after being inflated to a full three-dimensional state. The inflatable bath bed structure of claim 2, wherein the cushion layer is a fixed structure fixedly adhered to the surface of the bottom body or a detachable type detachable from the surface of the bottom body structure. An inflatable bath bed structure according to claim 1, wherein the drainage channel on the outer frame layer is connectable to a drain pipe. The inflatable bed structure according to claim 1, wherein the bottom layer system is formed by laterally bonding a plurality of tubular inflatable bodies, and the inside of the tubular inflatable body has an inflatable/deflation space communicating with each other, and The first intake/exhaust port is in communication with an inflatable/deflecting space inside the tubular inflatable body. The inflatable bed structure according to claim 1, wherein the outer frame layer is formed by stacking a plurality of frame-shaped inflatable bodies, and the interior of the frame-shaped inflatable body has an interconnected inflatable/deflated air. Space, and the second inlet/exhaust hole is in communication with the inflatable/deflecting space inside the frame-shaped inflatable body.