JP2018204413A - Heat insulator, chair, heat insulation method of seating surface, heat insulation method of floor surface and holder of shower or liquid supply tool - Google Patents

Abstract

To provide the chair and the heat insulator, etc. that can keep warm the seating surface of an assisting chair or a floor of a bathroom safely and easily.SOLUTION: The heat insulator is installed on a back of the chair for bathing assistance. The heat insulator comprises a holding member for holding the shower in the chair and a guide member for guiding hot water discharged from the shower to the seating surface of the chair or the floor surface of the bathroom. The seating surface and the floor surface are kept warm by holding the shower with a holding member, discharging the hot water from the shower, and guiding the hot water to a center of the seating surface of the chair or the floor surface around an entrance of the bathroom by the guide member.SELECTED DRAWING: Figure 10

Description

  The present invention relates to a chair (mainly a chair for bathing assistance), an instrument for keeping warm the seat surface of the chair and the floor of the bathroom.

An elderly person bathing assistance is provided for elderly people, and an example of the bathing assistance method is as follows (FIG. 13). Here, a description will be given by taking as an example a person with difficulty in walking (an elderly person who cannot walk without the assistance of an assistant).
At the dressing room, the assistant 91 takes off the clothes of the elderly 92, and then the assistant 91 supports both hands of the elderly 92 with both hands and guides the elderly person 92 to the chair 93 for bathing assistance. Sit down.

However, the seat surface 94 of the chair 93 may be cold, which often makes the elderly 92 feel uncomfortable. This is because many elderly people are bathed in the elderly facility, so that the seat surface 94 is always wet and the seat surface 94 gets cold.
On the other hand, the assistant 91 warms the seating surface 94 by pouring hot water on the seating surface 94 before guiding the elderly person 92 to the chair 93.
However, since the elderly person 92 cannot act quickly, even if the seat surface 94 is warmed, the seat surface 94 is cooled while being guided.

Rakuten Ichiba website, http: // product. rakuten. co. jp / product / − / b37134c58b8caf2d4e5b67cc255cf5f5 /? scid = s_kwa_pla_mdc, May 22, 2017 search

In order to prevent this, the assistant 91 guides the elderly person 92 to the vicinity of the chair 93, once releases the hand of the elderly person 92, and warms the seating surface 94 with a shower.
However, supporting an elderly person 92 who is difficult to walk with only one hand is dangerous because the elderly person 92 may lose balance and fall. In particular, since the assistant 91 operates the shower while supporting the elderly person 92 with one hand, it becomes distracting and an accident is likely to occur. Further, it is difficult and troublesome for the assistant 91 to put the shower on the seating surface 94 while supporting the elderly person 92 with one hand.
This problem does not occur only on the seating surface 94 of the chair 93. There was a problem that the bathroom floor 95 quickly became cold and made the elderly 92 feel uncomfortable.

  The present invention is intended to solve such problems, and provides a chair, a warmer, and the like that can safely and easily warm the seat surface of an assisting chair and the floor of a bathroom.

In order to solve the above-mentioned problems, the present invention provides the following heat retaining device, heat retaining method, and the like.
(1) A heat insulator for a seating surface, comprising: a holding member that holds the shower on the chair; and a guide member that guides the liquid discharged from the shower to the seating surface of the chair.
(2) The liquid discharge part of the said guide member is located above the said seat surface.
(3) The guide member guides the liquid in a center direction of the seat surface.
(4) The liquid discharge portion of the guide member discharges the liquid toward the outer peripheral surface of the seat surface.
(5) The guide member includes a right guide portion that guides the liquid in a right direction from the center of the seat surface, and a left guide portion that guides the liquid in a left direction from the center of the seat surface.
(6) The liquid discharge portion of the guide member is located in the vicinity of the right outer peripheral surface of the seat surface of the chair, in the vicinity of the left outer peripheral surface of the seat surface, or in the vicinity of the rear outer peripheral surface of the seat surface.
(7) The holding member includes a space that can accommodate all or part of the shower head.
(8) The holding member is located above the seating surface.
(9) The holding member or the guide member includes a disinfectant holder that holds a disinfectant or a disinfectant.
(10) A chair comprising: a holding member that holds the shower on the chair; and a guide member that guides the liquid discharged from the shower to the seating surface of the chair.
(11) A seat surface heat retaining device comprising: a holding member that holds the liquid supply tool on the chair; and a guide member that guides the liquid discharged from the liquid supply tool to the seat surface of the chair.
(12) A method of keeping the seat surface warm by holding the shower on the chair and guiding the liquid continuously discharged from the shower to the seat surface of the chair.
(13) A heat insulator for a seating surface, comprising: a tank for storing liquid; and a guide member for guiding the liquid discharged from the tank to the seating surface of the chair.
(14) A chair comprising: a tank that stores liquid; and a guide member that guides the liquid discharged from the tank to a seat surface of the chair.
(15) A method of keeping the seat surface warm, in which the liquid discharged from the tank for storing the liquid is guided to the seat surface of the chair.
(16) A floor surface heat retaining device comprising: a holding member that holds a shower on a chair; and a guide member that guides liquid discharged from the shower to a floor surface of a bathroom.
(17) The liquid discharge portion of the guide member is located above the floor surface and below the seat surface of the chair.
(18) The guide member guides the liquid toward the entrance of the bathroom.
(19) The liquid discharge portion of the guide member includes a discharge angle adjusting means.
(20) The liquid discharge portion of the guide member discharges the liquid downward.
(21) A chair comprising: a holding member that holds the shower on the chair; and a guide member that guides the liquid discharged from the shower to the floor surface of the bathroom.
(22) A floor surface heat retainer comprising: a holding member that holds the liquid supply tool on the chair; and a guide member that guides the liquid discharged from the liquid supply tool to the floor surface of the bathroom. .
(23) A floor surface heat retaining method characterized by holding a shower and guiding the liquid continuously discharged from the shower to the floor surface of the bathroom.
(24) A shower holder, wherein the shower is held in the chair in a state where the liquid discharge surface of the shower is directed toward the seat surface center direction of the chair.
(25) The shower holder according to claim 24, wherein the shower is held with the liquid discharge surface facing the outer peripheral surface of the chair.
(26) The shower is held so that the liquid discharge surface is positioned in the vicinity of the seat surface of the chair.
(27) The shower so that the liquid discharge surface is located in the vicinity of the right outer peripheral surface of the seat surface of the chair, in the vicinity of the left outer peripheral surface of the seat surface, or in the vicinity of the rear outer peripheral surface of the seat surface. Hold.
(28) The shower is held so that the liquid discharge surface faces downward.
(29) The shower is held so that the liquid discharge surface is located above the seat surface.
(30) The shower is held so that a root portion of the shower head of the shower is positioned below the seating surface.
(31) A liquid discharge part having the liquid discharge surface or a body part of the shower is held.
(32) It has an arm part for keeping the distance between the shower and the chair constant.
(33) The arm portion is shorter than the length of the shower head.
(34) An angle adjusting member for adjusting the angle of the liquid discharge surface.
(35) Provided on the backrest of the chair.
(36) It is provided in the lower part of the backrest part of the chair.
(37) Provided in a connecting member that connects the seat surface of the chair and the backrest portion.
(38) Provided on the seat of the chair, the upper part of the leg of the chair, or the armrest of the chair.
(39) A chair provided with a shower holder that holds the shower on the chair in a state in which the liquid discharge surface of the shower is directed toward the center of the seat surface of the chair.
(40) The liquid supply tool holder, wherein the liquid supply tool is held in the chair in a state in which the discharge port of the liquid supply tool is directed toward the seat surface center direction of the chair.
(41) In a state where the liquid discharge surface of the shower is directed toward the seat surface center direction of the chair, the shower is held on the chair,
A method for keeping a seat surface warm, wherein the liquid is continuously discharged from the liquid discharge surface.

(1) If this invention is utilized, the seat surface of a chair for assistance and the floor of a bathroom can be kept warm safely and easily.
(2) In the present invention, since the direction of hot water discharged from the shower and the position and direction of the discharge surface of the shower can be appropriately adjusted, hot water is not directly applied to the body of an elderly person who takes a bath. Moreover, the center part of the seat surface of the chair on which an elderly person sits can be reliably heat-retained. Furthermore, it is possible to reliably keep the necessary part of the floor surface. Therefore, elderly people can bathe comfortably.
(3) In the present invention, the seating surface and the floor surface of the chair can be kept warm simply by inserting the shower head into the heat retaining device, so that the burden on the assistant is greatly reduced.

  1 is a perspective view of a holder 1 according to Example 1. FIG.   It is the side view and top view of the chair 2.   3 is a side view of the shower 3. FIG.   It is a side view of the chair 4 provided with the heat retention tool 1. FIG.   It is a rear view of the chair 4 provided with the heat retention tool 1. FIG.   It is a side view of the chair 4 provided with the heat insulator 1 which concerns on Example 2. FIG.   It is a perspective view of the warmer 5 which concerns on Example 3, and the side view of the chair 2 to which the warmer 5 was attached.   It is the side view and back view of the chair 4 provided with the shower holding member 6 which concerns on Example 4. FIG.   It is the side view and back view of the chair 4 provided with the shower holding member 7 which concerns on Example 5. FIG.   It is a perspective view of the heat retention tool 8 which concerns on Example 6, and the side view of the chair 4 provided with the heat retention tool 8. FIG.   10 is a cross-sectional view of the front end of a heat retaining device 8 according to Example 6 and a bottom view illustrating the movement of a drain pipe 83. FIG.   It is a side view of the chair 4 which concerns on Example 7, and the rear view of the chair 4 provided with the hose fixing member 88.   It is a figure showing the mode of conventional bathing assistance.

  The present invention relates to a “chair 4 provided with a heat insulating device” in which the heat insulating device 1 is attached to the chair 2, and the heat insulating device 1 holds the shower 3 and heats the chair 2 with hot water from the shower 3. . Embodiment 1 of the present invention will be described below with reference to the drawings.

First, the warming tool 1 for warming the seating surface 23 of the chair 2 will be described.
FIG. 1 is a perspective view of the heat insulator 1.
The heat retaining device 1 includes a cylindrical main body 11 and a tubular guide tube 12. In this embodiment, the main body 11 serves as a holding member, and the guide tube 12 serves as a guide member.
The main body 11 has an internal space 13, an upper surface 14 is open, and a bottom surface 15 is a circular plate-like member and has a through hole 16. The internal space 13 (the diameter and depth of the internal space 13) of the main body 11 is large enough to allow insertion of a shower head 34 to be described later. If the shower head 34 is inserted here, the shower 3 is held in the chair 2. Yes (details will be described later).
The main body 11 may not be cylindrical. Any shape may be used as long as it can hold the shower 2. For example, an elliptical cylinder or a polygonal cylinder such as a quadrangular prism may be used. Moreover, the main-body part 11 does not need to be cylindrical. A commercially available shower hook (a hook having a C-shaped cross section for holding the base portion of the shower head) may be used. That is, the main body 11 may be anything as long as it can hold the shower 2 on the chair 2.

The guide pipe 12 includes a vertical pipe 17 extending downward from the main body 11 and a hot water discharge pipe 18 directed outward with respect to the axis of the main body 11. Since the upper surface opening of the vertical pipe 17 communicates with the through hole 16, if liquid (hot water) is introduced into the internal space 13 of the main body 11, the hot water passes through the internal passage of the discharge pipe 18 and discharge port 19 (liquid In this embodiment, the tubular member (guide tube 12) is used as the guide member. However, the present invention is not limited to the tubular member. Other members may be used as long as hot water can be guided to the seating surface 23 of the chair 2 described later.

FIG. 2A is a side view of the chair 2 for bathing assistance.
The chair 2 includes a leg 20, a seat plate 21, a seat plate cushion 22, a backrest portion (a backrest portion including a back plate 25 and a connecting pipe 24 that connects the seat plate 21 and the back plate 25), It consists of a back cushion 26.
FIG. 2B is a top view of the chair 2. The upper surface (seat surface 23) of the cushion 22 for seat board has each area | region shown with the broken line. That is, the seating surface 23 includes a central surface 27 and an outer peripheral surface 28 (a central outer peripheral surface 28a, a central outer front surface 28b, a central left outer surface 28c, and a rear central outer surface 28d. And the outer peripheral surface 28). FIG. 2B merely shows the positional relationship between the regions of the seating surface 23, and the size of each region is not limited to that shown in this figure.

FIG. 3 is a side view of the shower 3 (liquid supply tool).
The shower 3 is a general one that is widely marketed, and includes a hot water discharge part 30 having a discharge surface 31 (liquid discharge surface) for discharging hot water, a body part 32, a root part 33, and a hose 36. The connecting portion 35 connects the hose 36 and the root portion 33. A shower head 34 is formed by the discharge portion 30, the body portion 32, and the root portion 33.

FIG. 4 is a schematic side view of the “chair 4 provided with the warming tool 1” in which the warming tool 1 is attached to the chair 2.
The heat insulator 1 is attached and fixed to the back surface of the chair 2 (the back surface of the back plate 25). The fixing means is a known means, for example, fixing means by adhesion or welding, or fixing means by screws, bolts and nuts can be considered. Moreover, you may form the holder 1 and the chair 2 integrally.
The heat insulating device 1 is installed and fixed to the chair 2 so as to satisfy the following conditions (however, this is not restrictive). The heat insulator 1 is located above the seat surface 23.
The drain port 19 is located above the seat surface 23. The drain port 19 is located in the vicinity of the outer peripheral surface 28 (here, the rear outer peripheral surface 28b, but may be the right outer peripheral surface a or the left outer peripheral surface c), and discharges hot water toward the outer peripheral surface 28. The drain port 19 faces downward, faces the outer peripheral surface 28, and faces the center of the seat surface 23.
The vicinity means, in principle, a distance at which the drain 19 is too far away from the outer peripheral surface 28 and hot water discharged from the drain 19 is not scattered on the central surface 27 of the seat 23 but is not limited thereto. The vicinity means that the distance between the drain port 19 and the outer peripheral surface 29 is within 8 cm from the state where the drain port 19 and the outer peripheral surface 28 are in contact with each other, but is not limited thereto.

Next, the usage method of the chair 4 provided with the heat insulator 1 is demonstrated based on FIG.
All or part of the shower head 34 is inserted into the internal space 13 of the heat retaining device 1 to hold the shower 3, and hot water (liquid) is discharged from the discharge surface 31 of the shower 3. Hot water is stored in the internal space 13 of the warmer 1 and discharged from the discharge port 19 toward the rear outer peripheral surface b of the seat surface 23. The hot water discharged from the discharge port 19 passes between the two connecting pipes 24 shown in FIG. 5, reaches the rear outer peripheral surface 28b of the seat surface 23, and the center surface 27 and the seat surface of the seat surface 23. 23 flows to the front outer peripheral surface 28d. As a result, the seat surface 23 remains warm while hot water is continuously discharged from the shower 3 (while hot water is stored in the internal space 13), and the seat surface 23 can be kept warm.
The hot water discharged from the discharge port 19 does not reach the center surface 27 of the seating surface 23 directly (because it flows along the upper surface of the seating surface 23 to the center surface 27), so that the buttocks of the elderly 92 Hot water is not applied directly. When hot water is applied directly to the buttocks of the elderly 92, the elderly 92 feels surprised and uncomfortable. However, in this embodiment, the hot water is applied directly to the outer peripheral surface 28, so this problem can be prevented.
Further, the discharge port 19 is divided into left and right two parts (providing a right guide part and a left guide part), one guides hot water to the right side from the center of the seat surface 23 and the other guides hot water to the left side from the center of the seat surface 23. You may make it do. Furthermore, if the discharge port 19 is wide in the horizontal direction (if the vertical direction is narrowed), hot water can be delivered to the entire seat surface 23.

Next, a second embodiment of the present invention will be described with reference to FIG.
FIG. 6 is a side view of the chair 4 provided with the heat insulator 1.
In the present embodiment, the shower 3 is not used, and the main body 11 of the heat insulator 1 is used as a water storage tank.
Hot water is put into the internal space 13 of the heat insulator 1. Here, the shower 3 is not used, and hot water is pumped out from a bath tub (not shown) into the internal space 13. Thereby, while hot water is stored in the internal space 13, the seat surface 23 can be kept warm as in the first embodiment. Further, in Example 1, since the hot water is continuously taken out from the shower 3, the water bill becomes expensive. In the case of the present embodiment, the water bill can be saved.
In addition, the disinfectant holder 10 for holding the disinfectant 10a and the disinfectant 10a may be provided in the water tank, and the hot water in the water tank may be changed to hot water containing disinfecting components. In this way, the seating surface 23 and the floor in the bathroom can be kept clean. The disinfectant holder 10 may also be provided on the main body 11 or the guide tube 12 of the first embodiment.

Next, Embodiment 3 of the present invention will be described with reference to FIG.
FIG. 7A is a perspective view of a heat retainer 5 that is substantially the same as the heat retainer 1 of the first embodiment, and differs from the heat retainer 1 in that a hook 50 (an attachment member to the chair 2) is provided. The hook 50 is a member on the collar that extends upward from the upper edge of the main body 11.
FIG. 7B is a side view showing a state in which the hook 50 is attached to the chair 2. The tip of the hook 50 is inserted between the back plate 25 and the back cushion 26, and the upper end of the hook 50 is held by the upper end of the back plate 25 of the chair 2. If it does in this way, the heat insulator 1 can be easily attached and installed also to the commercially available chair 2 which is not equipped with the heat insulator 1.

Next, a fourth embodiment of the present invention will be described with reference to FIG.
In the first embodiment, the warmer 1 including the main body 11 (shower holding member) and the guide tube 12 (hot water guide member) has been described. In this embodiment, a chair 4 having only a shower holding member (holding tool) (a chair 4 having no hot water guiding member) will be described.
FIG. 8A is a side view of the chair 4 holding the shower 3 with the holder 6 shown in FIG. 8B, and FIG. 8B is a rear view of the chair 4 provided with the holder 6.
The holder 6 includes a U-shaped member 61 for holding the shower 3 and a fixing member 62 for fixing the U-shaped member 61 to the chair 4. The holder 6 is preferably fixed to the lower part (the connecting pipe 24) of the back part of the chair 4, but is fixed to the seat part (seat plate 21) or the upper part of the leg 20 or the armrest of the chair 4 (not shown). You may do it. In addition, the U-shaped member 61 is connected to the fixed member 62 by a rotatable member (the distal end of the U-shaped member 61 is connected so as to be rotatable in a direction approaching and moving away from the center point of the seating surface 23). It is preferable. The shower 3 can be installed at a more appropriate position.

The holder 6 is installed and fixed on the chair 2 so as to satisfy the following conditions (however, the present invention is not limited to this). The U-shaped member 61 is located in the vicinity of the outer peripheral surface 28 of the seat surface 23 of the chair 2 (here, it is the rear outer peripheral surface 28b, but may be the right outer peripheral surface a or the left outer peripheral surface c). The hot water discharged from 3 is directed toward the outer peripheral surface 28. The U-shaped member 61 holds the drainage part 30 or the trunk part 32 of the shower head 34. When the shower 3 is held by the holder 61, the drainage surface 31 of the shower 3 is located above the seat surface 23, the root portion 33 of the shower 3 is located below the seat surface 23, and the drainage surface 31 is the outer peripheral surface 28. (Here it is the rear outer peripheral surface 28b, but may be the right outer peripheral surface a or the left outer peripheral surface c), the drainage surface 31 faces downward and faces the outer peripheral surface 28, And it is made to face the center direction of the seating surface 23.
Since the holder 6 has a simple configuration, it is small and not bulky, and the manufacturing cost can be reduced.

Next, a fifth embodiment of the present invention will be described with reference to FIG.
In the fourth embodiment, the holder 6 that holds the discharge portion 30 or the trunk portion 32 of the shower 3 has been described. In this embodiment, the holder (arm 7) that holds the root portion 33 of the shower 3 will be described.
FIG. 9A is a side view of the chair 4 to which the arm 7 is attached, and FIG. 9B is a top view of the arm 7. The arm 7 is an elongated cubic member having a certain length in order to keep the distance between the chair 2 and the shower 3 constant (in order to keep the shower 3 away from the chair 2). The arm 7 is formed shorter than the length of the shower head 34. This is because hot water does not reach the seat surface 23 if the length is longer than the shower head 34.
The arm 7 includes a circular hole (leg hole 71) for passing through the leg 20 of the chair 2 and a space 72 for holding the root 33 of the shower 3. The diameter of the leg hole 71 is slightly larger than the diameter of the leg 20. The leg hole 70 of the holder 6 is passed from below the leg 20 and stopped at the top of the leg 20. Next, the root portion 33 of the shower 3 is inserted into the space 72. Thus, the shower 3 can be held on the chair 2, and the drainage surface 31 can be positioned in the vicinity of the outer peripheral surface 28 of the seat surface 23. In addition, you may provide the arm 7 not in the leg part 20, but in a seat part (seat board 21) or a backrest part (connection pipe 24).

Next, Example 6 (floor insulation 8) of the present invention will be described with reference to FIG.
FIG. 10A is a perspective view of the heat insulator 8, and FIG. 10B is a side view of the chair 4 provided with the heat insulator 8.
The heat insulator 8 is similar to the heat retainer 1 of the first embodiment, but in addition to the guide tube 14, the heat retainer is provided with a guide tube 81 (guide member to the floor surface) that extends longer than the guide tube 14. Different from 1. The guide tube 81 is a lengthened guide tube 14, but its basic structure is the same as that of the guide tube 14.
The guide pipe 81 is for keeping the bathroom floor surface 85 warm, and includes a vertical pipe 82 extending vertically and a discharge pipe 83 for discharging hot water obliquely downward. The discharge port 84 (liquid discharge portion) of the discharge pipe 83 is located above the floor surface 85 and below the seat surface 23. By using this heat retainer 8, not only the seat surface 23 but also the floor surface 85 can be kept warm.
Note that the tip of the discharge port 84 may be narrowed so that hot water can reach far by increasing pressure.

The discharge pipe 82 is a member that can rotate in the horizontal direction.
FIG. 11A is an enlarged cross-sectional view of a lower tip portion of the guide tube 80, and FIG. 11B is a bottom view of the guide tube 81 (discharge tube 83).
The diameter of the inner circumference of the discharge pipe 83 is substantially the same as the diameter of the outer circumference of the vertical pipe 82, and the vertical pipe 82 can be rotatably fitted in the discharge pipe 83. As a result, as shown in FIG. 11B, the discharge pipe 83 can be rotated 360 degrees. Thereby, even if it changes the angle of the chair 4, it can discharge | emit in the direction (preferably entrance direction of a bathroom) to always warm water. Also,
It should be noted that not only the discharge port 84 of the guide tube 81 but also the discharge port 19 of the guide tube 14 may be rotated as a similar structure.

Next, a seventh embodiment of the present invention will be described with reference to FIG.
FIG. 12A is a side view of the chair 4, and FIG. 12B is a rear view of the chair 4.
In the present embodiment, the guide tube 14 and the guide tube 81 of the sixth embodiment are made into elastic and flexible hoses formed of rubber-like members. Since the hose is widely available on the market, the cost can be reduced, and the elasticity and flexibility make it easy to handle.

  Note that a hose fixing member 87 as shown in FIG. 12B may be provided on the chair 4 in order to fix the tip of the hose. The hose fixing member 87 includes a ring-shaped member 88 having an inner diameter slightly larger than the diameter of the hose, and a member 89 for fixing the ring-shaped member 88 to the chair 4 (for example, both the chair 4 and the ring-shaped member 88 are bonded and bonded) Plate-like member). If this hose fixing member 87 is installed, it is possible to fix the tip of the hose in the intended direction (the direction of the place to be warmed). In addition, the hose fixing member 87 fixed to the leg 20 can be installed on all four legs 20 or may be installed on any one leg 20.

In the above embodiment, the contents of the present invention have been described based on specific examples, but the present invention is not limited to this. That is, different positions, angles, sizes, shapes, and materials may be used as long as they meet the spirit of the present invention.
In addition, the present invention can be used not only in a nursing facility but also in an individual home.

  DESCRIPTION OF SYMBOLS 1 Insulation tool, 2 Chair, 3 Shower, 4 Chair with heat insulation device, 5 Insulation tool, 6 Holder, 7 Arm, 10 Disinfectant holder, 10a Disinfectant, 11 Main part, 12 Induction tube, 13 Internal space, 14 top surface, 15 bottom surface, 16 through-hole, 17 vertical tube, 18 discharge tube, 20 legs, 21 seat plate, 22 seat plate cushion, 23 seat surface, 24 connecting pipe, 25 back plate, 26 back cushion, 27 center surface , 28 outer peripheral surface 28a right outer peripheral surface, 28b front outer peripheral surface, 28c left outer peripheral surface, 28d rear outer peripheral surface, 30 discharge portion 31 discharge surface, 32 fuselage portion 33 root portion 34 shower head, 35 connecting portion, 36 hose, 50 hook 61 U-shaped member, 62 fixing member, 71 hole for leg, 72 space, 81 guide tube, 82 vertical tube, 83 discharge tube, 84 discharge port, 85 floor, 7 Hose fixing member 88 the ring-shaped member 91 caregiver, 92 elderly, 93 chair 94 seating surface 95 Floor

Claims (41)

A holding member for holding the shower on the chair;
A guide member for guiding the liquid discharged from the shower to the seat surface of the chair;
A warmer for a seating surface, comprising:   The seat surface heat retaining device according to claim 1, wherein the liquid discharge portion of the guide member is located above the seat surface.   2. The seat surface heat retaining device according to claim 1, wherein the guide member guides the liquid in a center direction of the seat surface.   The seat surface heat retaining device according to claim 1, wherein the liquid discharge portion of the guide member discharges the liquid toward an outer peripheral surface of the seat surface. The guide member is
A right guiding portion for guiding the liquid in the right direction from the center of the seat surface;
A left guiding portion for guiding the liquid to the left from the center of the seat surface;
The heat insulating device for a seating surface according to claim 1, comprising: The liquid discharge part of the guide member is
In the vicinity of the right outer peripheral surface of the seat surface of the chair,
Or near the left outer peripheral surface of the seating surface,
Or in the vicinity of the rear outer peripheral surface of the seat surface,
The heat insulating device for a seating surface according to claim 1, wherein   The heat retaining device for a seating surface according to claim 1, wherein the holding member includes a space that can accommodate all or part of the shower head.   The heat retaining device for a seating surface according to claim 1, wherein the holding member is positioned above the seating surface.   The warmer of a seating surface according to claim 1, wherein the holding member or the guide member includes a disinfectant holder that holds a disinfectant or a disinfectant. A holding member for holding the shower on the chair;
A guide member for guiding the liquid discharged from the shower to the seat surface of the chair;
A chair characterized by comprising: A holding member for holding the liquid supply tool on the chair;
A guide member for guiding the liquid discharged from the liquid supply tool to the seat surface of the chair;
A heat insulator for a seating surface, comprising: Hold the shower in the chair,
A method of keeping the seat surface warm, wherein the liquid continuously discharged from the shower is guided to the seat surface of the chair. A tank for storing liquid,
A guide member for guiding the liquid discharged from the tank to the seat surface of the chair;
A heat insulator for a seating surface, comprising: A tank for storing liquid,
A guide member for guiding the liquid discharged from the tank to the seat surface of the chair;
A chair characterized by comprising:   A method for warming a seating surface, wherein the liquid discharged from a tank for storing the liquid is guided to the seating surface of the chair. A holding member for holding the shower on the chair;
A guide member for guiding the liquid discharged from the shower to the floor surface of the bathroom;
A floor warmer, characterized by comprising:   The floor surface heat retaining device according to claim 16, wherein the liquid discharge portion of the guide member is located above the floor surface and below the seat surface of the chair.   The floor surface heat insulating device according to claim 16, wherein the guide member guides the liquid toward an entrance of a bathroom.   The floor surface heat insulating device according to claim 16, wherein the liquid discharge portion of the guide member includes a discharge angle adjusting means.   The floor surface heat insulating device according to claim 16, wherein the liquid discharge portion of the guide member discharges liquid downward. A holding member for holding the shower on the chair;
A guide member for guiding the liquid discharged from the shower to the floor surface of the bathroom;
A chair characterized by comprising: A holding member for holding the liquid supply tool on the chair;
A guide member for guiding the liquid discharged from the liquid supply tool to the floor of the bathroom;
A floor warmer, characterized by comprising: Hold the shower,
A method of warming a floor, wherein the liquid continuously discharged from the shower is guided to the floor of a bathroom.   A shower holder, wherein the shower is held in the chair in a state in which the liquid discharge surface of the shower is directed toward the seat surface center direction of the chair.   The shower holder according to claim 24, wherein the shower is held in a state where the liquid discharge surface faces the outer peripheral surface of the chair. The liquid discharge surface is
The shower holder according to claim 24, wherein the shower is held so as to be positioned in the vicinity of a seating surface of the chair. The liquid discharge surface is
In the vicinity of the right outer peripheral surface of the seat surface of the chair,
Or near the left outer peripheral surface of the seating surface,
Or in the vicinity of the rear outer peripheral surface of the seat surface,
25. The shower holder according to claim 24, wherein the shower is held so as to be located at a position. The liquid discharge surface is
The shower holder according to claim 24, wherein the shower is held so as to face downward. The liquid discharge surface is
The shower holder according to claim 24, wherein the shower is held so as to be positioned above the seating surface. The root of the shower head of the shower is
The shower holder according to claim 24, wherein the shower is held so as to be positioned below the seating surface.   25. A shower holder according to claim 24, which holds a liquid discharge part having the liquid discharge surface or a body part of the shower.   The shower holder according to claim 24, further comprising an arm portion for maintaining a constant distance between the shower and the chair.   The shower holder according to claim 32, wherein the arm portion is shorter than a length of the shower head.   The shower holder according to claim 24, further comprising an angle adjusting member for adjusting an angle of the liquid discharge surface.   The shower holder according to claim 24, wherein the shower holder is provided on a backrest portion of the chair.   The shower holder according to claim 24, wherein the shower holder is provided at a lower portion of a backrest portion of the chair.   The shower holder according to claim 24, wherein the shower holder is provided on a connecting member that connects a seating surface of the chair and a backrest portion.   The shower holder according to claim 24, wherein the shower holder is provided on a seat portion of the chair, an upper portion of a leg of the chair, or an armrest of the chair.   A chair provided with a shower holder for holding the shower on the chair in a state where the liquid discharge surface of the shower is directed toward the seat surface center direction of the chair.   The liquid supply tool holder, wherein the liquid supply tool is held in the chair in a state in which the discharge port of the liquid supply tool is directed toward the seat surface center direction of the chair. Holding the shower in the chair with the liquid discharge surface of the shower facing the seat surface center direction of the chair,
A method for keeping a seat surface warm, wherein the liquid is continuously discharged from the liquid discharge surface.

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