KR200383418Y1 - Bathtub in which a hot water pipe is installed - Google Patents

Abstract

The present invention relates to a bath in which a hot water pipe is installed therein, and more particularly, to a bath in which a hot water pipe is installed to increase a temperature of a bathtub more quickly by installing a hot water pipe for using hot water in a shower room. Bath tub with a hot water pipe according to the present invention is provided with a bath shell having a hot water inlet on one side, and a hot water inlet and hot water outlet, which is fitted to the hot water inlet and disposed corresponding to the hot water inlet, hot water from the hot water inlet A bathroom wall surface having an insertion member formed with a hot water pipe connected to the outlet hole, a hot water outlet disposed corresponding to the hot water discharge hole, and composed of a tub inner shell fitted to the insert member and detachably coupled to the tub inner shell. The member further includes. Accordingly, the present invention can eliminate the cold air that the body feels in contact with the bathtub wall, make the bathtub itself warm relatively quickly while filling the bathtub with a small amount of hot water, and simultaneously not only the half body bath but also the sauna in the bathtub. Allow them to serve.

Description

BATHTUB IN WHICH A HOT WATER PIPE IS INSTALLED}

The present invention relates to a bath in which a hot water pipe is installed therein, and more particularly, to a bath in which a hot water pipe for raising a temperature of a bath more quickly by installing a hot water pipe for using hot water in a shower room.

In ordinary homes, if the hot water is not turned on in the bathroom for a long time in advance to take a shower in the winter, the temperature inside the bathroom is too cold and it is difficult to take a shower by the cold air. In particular, if you want to take hot water in a bathtub and take a half body bath, the temperature of the hot water is kept warm, while the temperature of the bathtub itself is cold unless the hot water has been received for a long time. there was.

In order to overcome this, a method of preventing the temperature from being lowered compared to a bathtub made of a general material by making the tub itself made of wood has been developed. Conventional Nauvoo baths are kept relatively high in temperature compared to baths made of other materials in winter.

In addition, other conventional bath tubs are separately manufactured to cover the bath to keep warm water warm from the bath for a longer time. The cover for the conventional bath is formed with a hole enough to enter the body for the half body bath.

Conventional wooden baths, the temperature of the bath tub is relatively lower in winter than in the general bath, but in the case of cold winter can not prevent the temperature of the wood bath is lowered due to the temperature drop inside the bathroom. In addition, the conventional bath tub having a cover for the bath may prevent the temperature of the hot water stored in the bath from leaking out, but it is impossible to keep the temperature of the bath itself warm. In addition, if you want to use a cover formed with a hole enough to enter the human body, the subject who wants to half-bath is difficult to pass through the hole formed in the cover, or another person to cover it while already in the bathtub Have

 Therefore, the present invention has been devised to solve the above problems, the object of the present invention is to install a hot water pipe inside the bath to warm the bathtub wall itself when the half body bath to the cold air that the body feels in contact with the bathtub wall It is to provide a bathtub equipped with a removable hot water pipe.

Another object of the present invention is to provide a bathtub equipped with a hot water pipe that fills the bathtub with a small amount of hot water so that the bathtub itself is warmed relatively quickly without having to wait until the bathtub is warm. have.

Another object of the present invention is to combine the bathroom wall member having the wall surface hot water pipe to the bath to spray hot water to not only warm the inside of the bath by hot water supplied directly to the bath, but also the bath itself and the bathroom wall covering the bath itself Increasing the temperature of the floor and the wall is to provide a bath with a hot water pipe coupled with the bathroom wall member is warmed.

Another object of the present invention is that the bathroom wall member to be detachably coupled to the bathtub to have the effect of a half body bath using only the bath or use the bathroom wall member combined with the bathtub as necessary to have a bathroom effect It is to provide a bathtub provided with a hot water pipe detachably coupled to the wall member.

Still another object of the present invention is to provide a bath in which a hot water pipe capable of supplying hot water is installed in a bathtub through a simple assembly process by making a hot water pipe flow path in a thermal insulation material inserted into the bathtub.

 The above objects, advantages and novel features of the present invention will become more apparent from the following detailed description and preferred embodiments described with reference to the accompanying drawings, but the accompanying drawings are intended to clearly describe the present invention. The protection scope of the present invention is not limited to the configuration shown in the drawings.

 As a feature of the present invention for achieving the object of the present invention, the bath tub with a hot water pipe according to the present invention is provided with a tub shell having a hot water inlet on one surface, and fitted into the tub shell, corresponding to the hot water inlet A hot water inlet hole and a hot water outlet hole, and having an insertion member having a hot water pipe connected from the hot water inlet hole to the hot water outlet hole, and a hot water outlet port corresponding to the hot water outlet hole. It consists of a bath endothelium.

As another feature of the present invention, the tub with a hot water pipe according to the present invention is provided with a tub shell having a hot water inlet on one surface, and a hot water inlet hole and a hot water outlet hole which are fitted in correspondence to the hot water inlet. And an insertion member having a hot water pipe connected from the hot water inlet to the hot water outlet, and a hot water outlet arranged in correspondence with the hot water outlet, and composed of a tub inner shell fitted to the insertion member. It further comprises a bathroom wall member detachably coupled.

Hereinafter, with reference to the accompanying drawings with respect to an embodiment of a bath with a hot water pipe according to the present invention will be described in detail.

1 is an exploded perspective view of a bathtub in which a hot water pipe according to the present invention is installed. As shown in FIG. 1, the tub 40 having the hot water pipe according to the present invention is provided with a tub member 30 and a tub member fitted to the tub member 30 and the tub member 30. It consists of the endothelium 10.

Bathtub endothelium 10 is open to the upper surface, the inner surface of the inner surface 12 and the endothelial surface 14 of the tubular endothelial 10 so that the upper surface is wider than the area of the bottom of the bottom surface is the vertical direction It is formed into a surface having an inclined angle lying down relative to. At the upper end of the bath endothelium 10, a pedestal 16 extending from the endothelial inner surface 12 is formed. Pedestal 16 is formed to have a plate shape having a rounded corner on the upper edge of the tubular endothelium 10 to function as an armrest in the half body bath.

The pedestal 16 is provided with a hot water outlet 18 which is an outlet of hot water passing through the bath. The hot water outlet 18 has a nozzle to increase the hydraulic pressure of the incoming hot water. In addition, the hot water outlet 18 may be additionally installed a valve for controlling the leakage or blocking of hot water. When the bath 40 is used in a state in which the bathroom wall member 50 (see FIG. 3) is not coupled, the hot water outlet 18 is directly connected to the shower hose.

The material of the bath endothelium 10 is made of synthetic resin. The synthetic resin of the bath endothelium 10 is a polyurethane synthetic resin having a relatively high tensile strength and higher wear resistance than other materials. In addition, polyurethane synthetic resins have a water resistance, which can extend the life of the bath where water is frequently exposed.

The insertion member 20 has a shape corresponding to the shape of the bath endothelium 10 so that the bath endothelium 10 is fitted to the insertion member inner surface 22 of the insertion member 20. The insertion member inner surface 22 is formed with a hot water pipe 27 that is a passage of hot water. The hot water pipe 27 is processed by directly processing the pipe flowing hot water to the insertion member 20 or by forcibly fitting the hot water pipe in the bathroom used in the existing combination of the bath endothelial 10 and the insertion member 20. Is produced. The insertion member outer surface 24 is formed with a hot water inlet hole 26 which is an inlet for hot water, and the upper end of the insertion member 20 is matched with the hot water outlet 18 so that the tub endothelial 10 and the insertion member 20 are coupled to each other. Hot water outlet 28 is formed.

Insertion member 20 is composed of a thermal insulation for minimizing heat transfer through the wall of the bathtub. As the thermal insulation material used for the insertion member 20, any one or more of cork, felt, diatomaceous earth, magnesium carbonate, calcium silicate, pearlite, loess, and styrofoam is used. Preferably, the materials used for the insertion member 20 may be processed into a material having a porous property. Accordingly, it is possible to minimize the heat transfer of the bath endothelium 10 to the bath shell 30 by the heat insulating properties of the air formed in the heat insulating material and the material having the porous properties.

The tub shell 30 is open to the upper surface similar to the shape of the tub shell 10, and the outer surface 32 of the outer shell 32 of the tub shell 30 so that the upper surface is wider than the area of the bottom, which is the bottom surface. The outer skin 34 is formed with a surface having a slight inclination angle with respect to the vertical direction. The outer surface 34 is provided with a hot water inlet 36. The hot water inlet 36 has a nozzle in order to increase the hydraulic pressure of the incoming hot water. In addition, the hot water inlet 36 may be additionally installed to control the inlet or blocking of hot water.

The material of the bath shell 30 is made of synthetic resin or ceramic. The synthetic resin of the bath shell 30 is a polyurethane synthetic resin having a relatively high tensile strength and higher wear resistance than other materials. Polyurethane synthetic resins are water resistant and can extend the life of bathtubs where water is frequently exposed. In addition, the bath shell 30 may be made of a ceramic material having a relatively high corrosion resistance and wear resistance properties compared to other materials.

2 is a cross-sectional view of the bath tub is installed according to the present invention. As shown in FIG. 2, the tub 40 is composed of a tubular shell 10 that is fitted to the tub shell 30 and the insertion member 20. The hot water pipe 27 is formed on a surface of the insertion member 20 proximate to the bathtub endothelial 10 direction in order to increase the temperature of the bathtub endothelial 10 most efficiently. Since the insertion member 20 is made of a heat insulating material, the heat of the hot water transmitted through the hot water pipe 27 formed in close proximity to the tub endothelium 10 is transmitted to the tub outer shell 30 in a minimum direction. On the other hand, since the hot water pipe 27 is formed in close proximity to the bath endothelium 10, the heat of hot water flowing in the hot water pipe 27 is easily transferred to the bath endothelium 10.

Figure 3 is an exploded perspective view of the bath is coupled to the bathroom wall member according to the present invention. As shown in FIG. 3, the bathroom wall member 50 is coupled to the bath 40. Bathroom wall member 50 is detachably coupled to the bath 40, the user can not only half-bath without the bathroom wall member 50, if necessary, half-bath or shower in the combined state of the bathroom wall member 50 Can be.

The bathroom wall member 50 is manufactured in a shape corresponding to the pedestal 16 of the bath endothelium 10. The bathroom wall member 50 is composed of the bathroom wall 52, the wall interior agent 53 and the bathroom inner surface (not shown) similarly to the configuration of the bathtub (40). The bathroom wall surface 52, which is the outer wall, is made of a synthetic resin or ceramic material that is the same material as the material of the bath shell 30.

The wall lining agent 53 is composed of thermal insulation for minimizing heat transfer through the walls of the bathroom. The thermal insulation material used for the wall interior preparation 53 is made of the same material as the material used for the insertion member 20 of the bathtub 40. Accordingly, the wall lining agent 53 is one or more of cork, felt, diatomaceous earth, magnesium carbonate, calcium silicate, pearlite, loess, and styrofoam. The materials used for the wall lining agent 53 may be processed into materials having porous properties.

The bathroom door 54 is formed on the side of the bathroom wall member 50 to allow the body to enter and exit. In addition, a window 56 is installed on the upper surface of the bathroom wall member 50 to ventilate the space sealed by the bath 40 and the bathroom wall member 50. The window 56 may be opened and closed by the user remotely by a remote control (not shown). An infrared sensor 58 is formed on the bathroom wall member 50 on the upper portion of the bathroom door 54. The infrared sensor 58 detects infrared rays having a wavelength band mainly generated from the human body and supplies hot water so that hot water is automatically circulated through the hot water pipe 27 and the wall hot water pipe 62 when the body enters through the door. Send a signal to a pump (not shown).

A wall surface hot water pipe 62 is formed in the wall interior lining agent 53. The inlet of the wall hot water pipe 62 is connected to the hot water outlet 18 of the bathtub 40, and the outlet of the wall hot water pipe 62 is connected to the shower 64.

Bathtub 40 having a bathroom wall member 50 according to the present invention having such a configuration is applied to the bath 40 and the bathroom wall member 50 by the flow of hot water as follows. The hot water is introduced into the hot water inlet 36 while the bathtub 40 and the bathroom wall member 50 are connected, and flows through the hot water pipe 27 to transfer heat to the bath endothelium 10. Continuously, the hot water exiting from the hot water pipe 27 through the hot water outlet 18 flows into the wall hot water pipe 62 and flows through the wall hot water pipe 62 to transfer heat to the bathroom wall member 50. Hot water flowing through the wall warm water pipe 62 is finally discharged through the shower 64 is stored in the bath (40).

Therefore, the hot water is transferred to the tub 40 and the heat is transferred to the tub 40 and the bathroom wall member 50 until it flows out through the shower 64 to increase the temperature, and finally stored in the tub 40 At the same time to remove the cold air of the bath 40 can prevent the warm air around the bath 40 to flow to the outside.

4 is a cross-sectional view of the bath and the bathroom wall member is coupled. As shown in Figure 4, according to an embodiment of the present invention, the pedestal portion of the bath 40 and the lower end of the bathroom wall member 50 is coupled.

The shower wall 64 is installed on the ceiling wall of the bathroom wall member 50. The shower 64 is formed with a plurality of hot water outlet holes, and the sprayed hot water 68 is radiated. The plurality of hot water discharge holes formed in the shower 64 is adjusted in size of the hole in which hot water is sprayed by a rotary shield. The spun sprayed hot water 68 is retained in the bath 40 as stored hot water 69.

According to an embodiment of the present invention, the hot water passes through the hydraulic pressure control device 66 before the hot water is sprayed from the shower 64. That is, the hydraulic pressure control device 66 is installed at the outlet of the wall surface hot water pipe 62. Hydraulic pressure control device 66 adjusts the water pressure of the hot water so that the user can take a shower under the desired water pressure. Hydraulic pressure control device 66 is used a variety of devices, such as a general hydraulic pump.

Accordingly, when adjusting the size of the plurality of hot water discharge holes formed in the shower and the water pressure of the water pressure control device 66, the particle size of the sprayed hot water 68 can be made very small, the atmosphere that seems to form a fog (Atmosphere) Is formed in the bath 40 and the bathroom wall member 50.

The embodiments described above are merely to describe preferred embodiments of the present invention, the scope of the present invention is not limited to the embodiments described, within the scope of the technical idea and utility model claims of the present invention Various modifications, variations, or substitutions will be made by those skilled in the art, and such embodiments should be understood to fall within the scope of the present invention.

The hot tub installed with the hot tub according to the present invention has an effect of eliminating the cold air that the body feels in contact with the tub wall when the hot tub is installed inside the tub to warm the tub wall itself. In addition, the tub with a hot water pipe according to the present invention fills the tub with hot water so that the tub itself is warmed relatively quickly while filling the tub with a small amount of hot water without having to wait until the tub itself is warm. The present invention combines the bathroom wall member with the wall water pipe installed in the bathtub to spray hot water, thereby warming the inside of the bathtub by hot water supplied directly to the bathtub, and increasing the temperature of the bathtub itself and the bathroom wall covering the bathtub. By warming the floor and the wall, it has a remarkable effect that it can serve as both a half body bath and a sauna at the same time in a bathtub maintained at a warm temperature.

1 is an exploded perspective view of a bathtub in which a hot water pipe according to the present invention is installed.

2 is a cross-sectional view of the bath tub is installed according to the present invention.

Figure 3 is an exploded perspective view of the bath is coupled to the bathroom wall member according to the present invention.

♣ Explanation of symbols for main parts of drawing ♣

10: Endothelial bath 12: Endothelial inside

14: inner skin 16: base

18: hot water outlet 20: insertion member

22: insert member inner surface 24: insert member outer surface

26: hot water inlet 27: hot water pipe

28: hot water outlet 30: bath shell

32: outer skin 34: outer skin

36: hot water inlet 40: bathtub

50: bathroom wall member 52: bathroom wall

53: wall interior 54: bathroom door

56: bathroom window 58: infrared sensor

62: wall heater 64: shower

66: hydraulic pressure regulating device

Claims (11)

Bath tub shell having a hot water inlet on one surface; An insertion member having a hot water inlet hole and a hot water outlet hole that is inserted into the tub shell and is disposed corresponding to the hot water inlet hole and has a hot water pipe connected from the hot water inlet hole to the hot water outlet hole; And a hot water outlet having a hot water outlet disposed corresponding to the hot water discharge hole, wherein the hot water pipe is formed of a bath inner shell fitted to the insertion member. According to claim 1, wherein the hot water pipe formed in the insertion member, Bath tub provided with a hot water pipe is formed in the insertion member in the direction in which the bath endothelium is fitted. The bath according to claim 1 or 2, wherein the insertion member is formed of a heat insulating material. The bath according to claim 3, wherein the heat insulating material is made of a porous material made of at least one of cork, felt, diatomaceous earth, magnesium carbonate, calcium silicate, pearlite, and styrofoam. 3. The bathtub according to claim 1 or 2, wherein the bathtub inner shell and the bathtub outer shell are made of polyurethane synthetic resin. 3. The bathtub according to claim 1 or 2, wherein the tub shell is made of a ceramic material. According to claim 1, wherein the tubular end is provided with a pedestal on the top, Bath tub with a hot water pipe further comprising a bathroom wall member detachably coupled to the pedestal of the bath endothelium.  According to claim 7, wherein the hot water pipe formed in the insertion member, Bath tub provided with a hot water pipe is formed in the insertion member in the direction in which the bath endothelium is fitted. 8. The tub of claim 7, wherein the bathroom wall member is provided with a hot water pipe having an inlet connected to the hot water outlet and a wall hot water pipe connected to the outlet of the shower. The bath according to claim 7 or 9, wherein the bathroom wall member is provided with a hot water pipe installed with an infrared sensor for detecting infrared rays in a wavelength range generated from a human body. 10. The hot tub of claim 9, further comprising a hydraulic pressure control device between the outlet of the wall hot water pipe and the shower.