KR20110107701A - Healthcare automatic bathtub - Google Patents

Abstract

The present invention relates to a health care automatic bathtub, it is possible to prevent the risk of electric shock and safety accidents such as burns to the user who takes a bath, especially the elderly, including the elderly, and further, the thermal mat Not only can it promote blood circulation by controlling the temperature of hot water flowing into and out of the water, but also it can improve the sensitive skin by relieving skin diseases such as blemishes, acne, and freckles by controlling hormones. Promotes rapid delivery of various substances such as oxygen to the body by promoting the body's menstrual pain, lower abdominal pain, lower back pain and neuralgia, as well as improving capillaries and activating blood circulation Waste material and fat can be removed more easily, and together with steam Gig is supplied around the user's genital area and around the user's foot, and affects various organs such as the five intestinal muscles, blood vessels, and endocrine glands, thereby strengthening the intestinal function. Not only can it be treated with high efficiency, especially in women, menstrual pain treatment efficiency can be higher, and in men, there is an effect that can be more effective in treating prostatitis.

Description

HEALTHCARE AUTOMATIC BATHTUB}

The present invention can prevent the risk of electric shock and safety accidents such as burns to the users who take a bath, especially the elderly, including the elderly, and furthermore, the temperature of the hot water introduced and discharged into the thermal mat Not only can it promote blood circulation but also control hormones to relieve skin diseases such as blemishes, acne and freckles, thereby improving sensitive skin, and also promote blood circulation in the lower abdomen, By transporting various substances to the whole body quickly, menstrual pain, lower abdominal pain, back pain and neuralgia can be improved more effectively, and capillaries are enlarged and blood circulation is activated to increase fat metabolism, making it easier to remove waste or fat. In addition, along with steam, the fragrance of the medicine is absorbed around the genital part of the user As it is supplied around the foot of the child, it affects various organs such as the five intestines, blood vessels, and endocrine glands, so as to strengthen the intestinal function. In particular, women may be more effective in treating menstrual pain, and in the case of men, it is related to a health care automatic bathtub that may be more effective in treating prostatitis.

In general, bathing means washing your body with something other than air, such as mud, steam, sunlight, or water.

Hygiene, including bathing, is the most active activity and well-being of human beings that fulfills all the functions of health promotion, recreation for fatigue recovery, and nursing care, in addition to the purpose of body cleanliness, beauty maintenance, and relaxation. And the healthcare industry.

Recently, many products related to health have been developed in line with the birth of the well-being culture, and one of the most important basic needs that humans pursue in future society is the improvement of quality of life.

In order to satisfy these needs, one of the most closely related research areas for living is the health care bathing system. Especially, as the aging society progresses, the need for comfortable bathing increases for the elderly, and investment for their health continues. It is expected to increase.

On the other hand, the recently proposed bath system for health care and the tub body; And a mat provided on the bottom portion of the tub body to transfer heat to a user, including an elderly person, to take a bath or the like.

However, since the mat is a method of transmitting heat to a user including an elderly person by receiving a current, there is a fear that a safety accident including an electric shock and a burn may occur to a user including an elderly person, especially during a bathing process. There are many problems.

The present invention has been created to solve the above-described problems, it is possible to prevent the possibility of electric shock and safety accidents such as burns to the user who takes a bath, especially the elderly, including the elderly, and the like, furthermore By controlling the temperature of hot water introduced and discharged into the thermal mat, the blood circulation can be promoted, and in particular, hormones can be controlled to relieve skin diseases such as blemishes, acne, and freckles, thereby improving sensitive skin as well as lower abdomen. Promote blood circulation to the body to quickly transport various substances such as oxygen to the body, so that menstrual pain, lower abdominal pain, back pain and neuralgia can be improved more effectively, and capillaries are expanded and blood circulation is activated. Increase metabolism to remove wastes and fats more easily, and steam In addition, the scent of the medicine is supplied to the area around the genitals of the user and around the foot of the user, which affects various organs such as the five intestinal muscles, blood vessels, and endocrine glands, thereby strengthening the intestinal function. The purpose of the present invention is to provide a health care automatic bathtub that can not only treat diseases, including higher efficiency, but also increase the effectiveness of menstrual pain treatment, especially in women, as well as increase the efficiency of prostatitis in men. .

The present invention for achieving the above object is a tub body in which the foot bath sprayer is formed to be located in the vicinity of the portion of the user's foot; A thermal mat provided on the bottom of the tub body and having a receiving space therein to receive hot water therein, a hot water inlet for introducing hot water into the receiving space, and a hot water outlet for discharging hot water; A hot water supply unit including a heater for heating hot water discharged from the hot water discharge port, and a pump for supplying hot water heated by the heater to the hot water inlet port; It provides a health care automatic bathtub comprising a steam generating unit for generating steam to supply steam to the foot bath spray sphere.

In this case, the bath body is formed with a left hoe spray port so as to be located around the portion where the user's penis is located, it is preferable that the fumigation generating unit to supply steam to the left hoon spray port.

In addition, the hot water guide tube is provided in the inside of the warm mat, the hot water guide tube is provided on the other side of the inside of the heat mat, the other side hot water guide tube is formed in the front end of the hot water inlet; A hot water guide tube provided at one side of the heat mat and having a hot water discharge port formed at a front end thereof; And an intermediate hot water guide tube provided in a zigzag form so as to be in communication with the other hot water guide tube and the one side hot water guide tube in the inner center of the heating mat so as to be located between the other hot water guide tube and the one side hot water guide tube. The accommodation space and the other accommodation space formed in the other side of the hot water guide pipe; One side receiving space formed inside the one side hot water guide tube; It is preferably configured to include; an intermediate receiving space formed inside the intermediate hot water guide tube.

Further, the hot water inlet is formed on the other side of the front side of the warm mat, the hot water outlet is formed on one side of the front side, the inside of the warm mat is provided with a hot water guide plate, the hot water guide plate is the other side of the inside of the warm mat A plurality of first hot water guide plates disposed at right and left in a vertically spaced state at a predetermined interval in an inner direction and having a front end integrally joined to the front inner circumferential surface of the thermal mat; A plurality of second to the left and right are arranged in a vertically spaced state at a predetermined interval from the other inner side of the heating mat to the inner one side so as to be located between each of the first hot water guide plate, the rear end is integrally bonded to the rear inner peripheral surface of the heating mat. It is preferably configured to include, wherein the receiving space is formed in a state arranged left and right between each of the first hot water guide plate and the second hot water guide plate to communicate with the hot water inlet and hot water outlet. .

In addition, the hot water temperature control unit for controlling the temperature of the hot water to be introduced into the receiving space of the thermal mat; A temperature sensor for sensing the temperature of hot water introduced into the receiving space of the thermal mat; A timer for setting a time at which hot water is introduced and discharged into the accommodation space of the thermal mat; And a control unit for controlling the heater according to the signals of the hot water temperature control unit and the temperature sensor and controlling the pump according to the signal of the timer.

In addition, the fumigation generator and the steam generator for heating the raw water supplied from the outside to convert to steam; A first steam supply pipe and a second steam supply pipe for supplying steam generated by the steam generator to the foot bath spray port and the left hun spray port, respectively; And a first valve and a second valve provided in the first steam supply pipe and the second steam supply pipe, respectively.

A first steam supply mode for supplying steam generated by the steam generator to the footbath spray port through the first steam supply pipe; A second steam supply mode for supplying steam generated by the steam generator to the left steam spray hole through the second steam supply pipe; A steam temperature adjusting unit for controlling the temperature of steam to be supplied to the foot bath spraying hole and the squirting spraying hole through the first and second steam supply pipes; It is preferable that the operation unit is configured to include; a timer for respectively adjusting the steam supply time to the foot bath spray port and the left hoon spray port through the first and second steam supply pipe.

In addition, a cover is provided on the upper portion of the tub body, the cover is preferably formed with a water spray hole for supplying a shower water to the user located inside the tub body.

Since the present invention can transfer heat to the user, especially the elderly, including the elderly through a thermal mat in which hot water is introduced and discharged therein, the user taking a bath as in the prior art, especially the elderly, including the elderly, such as electric shock and burns accordingly May prevent the risk of a safety accident in advance, and furthermore, by controlling the temperature of hot water introduced and discharged into the thermal mat not only to promote blood circulation, but also to control hormonal spots, acne, freckles, etc. It can improve the sensitive skin by alleviating the skin diseases of the skin and promote blood circulation in the lower abdomen, and it carries various substances such as oxygen for the human body to the whole body quickly so that menstrual pain, lower abdominal pain, back pain and neuralgia are improved more effectively. In addition to expanding capillaries and activating blood circulation, Increase the rate there is an effect that it is possible to more easily remove the impurities and lipids.

In addition, the scent of the medicine is supplied to the periphery of the user's genital area and the user's foot part through the foot bath spray ball and the left hot water spray ball of the tub body to affect various body organs such as the five intestines, blood vessels and endocrine glands of the user. Because it enhances intestinal function, it is possible to treat diseases such as gastrointestinal disease and constipation that the user suffers with higher efficiency. Especially, women can improve menstrual pain treatment efficiency, and men can also treat prostatitis effectively. It can be higher, and furthermore, the user's soaking effect can be increased due to the steam or steam containing the medicinal fragrance to the user, so that the user can more easily remove foreign substances, such as when the skin surface. It is effective to be.

In addition, the intermediate hot water guide tube of the hot water guide tube provided in the inside of the warm mat is provided in a zigzag form in the inner center of the heat mat, or the first hot water guide plate portion, the second hot water guide plate inside the heat mat. Since the hot water guide plate is configured, the user and the hot water circulating the thermal mat may not only come into contact with a larger area, and thus the heat of the hot water delivered to the user may be transmitted to the user with higher efficiency. There is.

Furthermore, since the control unit controls the heater according to the signals of the hot water temperature control unit and the temperature sensor, it is not only possible to more easily adjust the temperature of the hot water circulating the thermal mat to a desired temperature, but also according to the signal of the timer. Since the control the pump has an effect that can be more easily adjusted the circulation time of the hot water circulating the thermal mat.

In addition, since the fumigation unit comprises a steam generating unit, the first and second steam supply pipe and the second steam supply pipe, and the first and second valves, the foot bath spray ball as well as the foot bath spray ball and the left fume spray steam, in particular, Along with the fragrance there is an effect that can be more easily supplied steam.

In addition, since the control unit controls the steam generating unit and the first and second valves in accordance with the first and second steam supply modes of the operation unit, the steam temperature control unit, and the timer, the steam only in the footbath spray ball or the left steam spray ball, Steam may be supplied with the fragrance of the medicine, or steam may be supplied to both the foot bath spray ball and the left fuming spray ball, in particular, steam with the fragrance of the drug, as well as the foot bath spray ball or the left hot water spray ball or the foot bath. The steam to be supplied to both the spray and the left fuming spray, in particular, the effect of being able to more easily control the supply time of the steam to be supplied with the scent of the drug.

In addition, since the sour water can be supplied to the user through a sour water spray hole formed in the cover provided on the upper portion of the tub body, the user located inside the tub body can take a shower after fumigation more easily. There is an effect that becomes possible.

1 is a perspective view schematically showing an automatic bath of the hot water circulation mat method of an embodiment of the present invention,
2 is a front cross-sectional view of FIG.
3 is a partially enlarged plan view schematically illustrating an inner bottom portion of the bath body of FIG. 2;
4 is a configuration diagram schematically showing a thermal mat provided on an inner bottom portion of a bath body,
5 and 6 are plan cross-sectional views schematically showing the internal state of the thermal mat,
7 and 8 are block diagrams schematically illustrating a control state of a controller;
Figure 9 is a front sectional view schematically showing the internal state of the cover provided on the upper portion of the tub body.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Of course, the scope of the present invention is not limited to the following examples, and various modifications can be made by those skilled in the art without departing from the technical gist of the present invention.

1 is a perspective view schematically showing a health care automatic bathtub according to an embodiment of the present invention, Figure 2 is a front sectional view of FIG.

As shown in FIGS. 1 and 2, a health care automatic bathtub according to an embodiment of the present invention includes a tub body 10, a thermal mat 30, a hot water supply unit 50, and a fumigation generation unit 70. .

First, the tub body 10 may be seated on the floor of an indoor space including a bathroom of a building such as a house.

The tub body 10 is formed with a foot bath spray opening 110 is opened up and down.

The foot bath sprayer 110 may be formed at the rear end of the inner bottom part 11 of the bathtub body 10 so that the foot of the user can be located around the part where the foot of the elderly, including the elderly.

3 is a partially enlarged plan view schematically illustrating the inner bottom 11 of the tub body 10 of FIG. 2.

More specifically, as shown in FIG. 3, one side of the front end portion and the other side of the front bottom portion 11 of the inner bottom portion 11 of the tub body 10 supplies steam including steam or pharmaceutical fragrance to the user's torso and arm. The first and second front spray openings 101 and 102 having upper and lower sides may be formed, respectively.

As shown in Figure 3 in the center of the inner bottom portion 11 of the tub body 10, the left and right side of the left-handed spray opening 130 for supplying steam or steam containing the drug fragrance to the penis of the user is formed Can be.

As shown in FIG. 3, the upper and lower sides of the rear end portion of the inner bottom portion 11 and the other end portion of the inner bottom portion 11 of the bathtub body 10 open steam to supply the steam containing the steam or the medicine fragrance to the thighs and the calf of the user. First and second rear spray holes 104 and 105 may be formed, respectively.

As shown in FIG. 3, the foot bath sprayer 110 is formed at the center of the rear end portion of the inner bottom 11 of the tub body 10 so as to be located at the rear side of the first and second rear sprayers 104 and 105. Can be.

Next, the thermal mat 30 may be horizontally seated back and forth on the upper surface of the inner bottom portion 11 of the tub body 10.

FIG. 4 is a configuration diagram schematically illustrating a thermal mat 30 provided on the inner bottom 11 of the tub body 10.

As shown in FIG. 4, an accommodating space in which the warm water is accommodated is formed in the thermal mat 30.

As shown in FIG. 4, the other side of the front side of the heat mat 30 is formed with a hot water inlet 330 for introducing hot water into the accommodation space 310.

As shown in FIG. 4, a hot water outlet 350 is formed at one side of the front side of the thermal mat 30 to discharge hot water that is received and circulated in the accommodation space 310.

As shown in FIG. 4, first and second front spray holes 101 and 102 formed in the inner bottom part 11 of the tub body 10 are communicated with one end of the heating mat 30 and the other end of the heat mat. The first and second front spray holes 301 and 302 may be formed to open up and down to supply steam or steam containing medicine fragrances to the torso and arm of the user lying on the thermal mat 30. have.

As shown in FIG. 4, a user of the user lying in the thermal mat 30 communicates with the squirt spray hole 130 formed in the inner bottom 11 of the tub body 10 at the center of the thermal mat 30. A left hun spray hole 303 may be formed to open the upper and lower sides for supplying steam or steam containing the drug fragrance to the penis.

As shown in FIG. 4, first and second rear spray nozzles 104 and 105 formed at the inner bottom 11 of the tub body 10 are in communication with the rear end one side and the rear end other side of the heating mat 30. The first and second rear spray holes 304 and 305 having upper and lower sides for supplying steam or steam containing medicine fragrances to the thighs and calves of the user lying on the thermal mat 30 may be formed, respectively. .

As shown in FIG. 4, the tub body 10 is formed at the inner bottom 11 of the rear end portion of the heating mat 30 so as to be located at the rear side of the first and second rear spray holes 304 and 305. The foot bath spray hole 306 may be formed in communication with the foot bath sprayer 110 and the upper and lower sides of the foot bath for supplying steam or steam containing the medicinal fragrance to the user's foot.

Next, the hot water supply unit 50 may be provided inside the front end of the tub body 10 as shown in FIG.

The hot water supply unit 50 is composed of a heater (not shown) and the pump 530.

The heater (not shown) of the hot water supply unit 50 has hot water circulating in the thermal mat 30 is stored at a predetermined height, and the hot water container provided in the lower side of the front end of the tub body 10 ( 511 may be horizontally provided in the lower side.

The pump 530 of the hot water supply unit 50 may be provided inside the front end of the tub body 10 so as to be spaced apart at a predetermined interval in the front side direction of the heater 510.

A hot water suction pipe 532 may be connected between the suction port 531 formed at the rear side of the pump 530 of the hot water supply unit 50 and the front side surface of the hot water container 511.

A hot water discharge pipe 534 may be connected between the discharge port 533 formed at the front side of the pump 530 of the hot water supply unit 50 and the hot water inlet 330 of the thermal mat 30.

A hot water discharge pipe 536 may be connected between the hot water discharge port 350 of the thermal mat 30 and the upper surface of the hot water container 511.

The hot water stored at a predetermined height inside the hot water container 511 by the pump 530 of the hot water supply unit 50 is the hot water container 511, the hot water suction pipe 532, and the hot water discharge pipe 534. Hot water inlet 330 of the thermal mat 30, the receiving space 310 of the thermal mat 30, the hot water outlet 350 of the thermal mat 30, the hot water discharge pipe 536 and the hot water for It can be repeated in sequence in the barrel 511 order.

Next, the fumigation unit 70 is provided in the lower end inside the rear end of the tub body 10 as shown in FIG.

The fumigation unit 70 generates steam or steam containing the medicinal fragrance, the first, second front sprayer 101, 102, the left smoke sprayer 130, the first, second rear sprayer 104, 105) and the steam is supplied to the foot bath sprayer (110).

In particular, the scent of the drug, including mugwort, along with steam through the foot bath sprayer 110 and the left-handed sprayer 130 of the tub body 10 is supplied to the user's genital area and the user's foot around the user It affects various organs such as the five intestinal muscles, blood vessels, and endocrine glands, which enhances intestinal function, so that the user can treat diseases including gastrointestinal disease and constipation with higher efficiency. In addition to this, of course, in men, the treatment efficiency of prostatitis may be higher, and further, the steaming effect of the user may be increased due to steam or steam that is supplied to the user. There is an advantage in that it is possible to more easily remove foreign matters, such as dirt from the skin surface.

5 and 6 are planar cross-sectional views schematically showing an internal state of the thermal mat 30.

Next, as shown in FIG. 5, the hot water guide tube 320 may be provided inside the thermal mat 30.

The hot water guide tube 320 may be largely configured to include the other side hot water guide tube 321, one side hot water guide tube 323 and the intermediate hot water guide tube 325.

The other side of the hot water guide pipe 321 may be provided in the left and right directions on the inner rear side of the heat mat (30).

The hot water inlet 330 may be formed in the front end portion of the other hot water guide tube 321.

The one side hot water guide tube 323 may be provided in the left and right direction on one side of the inside of the thermal mat (30).

The hot water outlet 350 may be formed at a front end of the one side hot water guide tube 323.

The intermediate hot water guide tube 325 may be provided in a zigzag form in a zigzag direction at an inner center of the heat mat 30 so as to be located between the other hot water guide tube 321 and one side hot water guide tube 323.

The other side of the intermediate hot water guide tube 325 may be connected to the rear end of the other hot water guide tube 321, one side of the intermediate hot water guide tube 325 is the rear end of the front hot water guide tube 323. Can be in communication with.

When the hot water guide tube 320 is provided inside the thermal mat 30, the accommodation space 310 is the other accommodation space 311, one accommodation space 313 and the intermediate accommodation space as shown in FIG. 3. And 315.

The other receiving space 311 may be formed to extend in the left and right direction inside the other hot water guide pipe 321.

The one receiving space 313 may be formed in the left and right directions in the interior of the one side hot water guide pipe 323.

The intermediate accommodation space 315 may extend in the left and right direction inside the intermediate hot water guide tube 325.

Next, the inside of the thermal mat 30 may be provided with a hot water guide plate 340 as shown in FIG.

The hot water guide plate 340 may include a plurality of first hot water guide plate portion 341 and a plurality of second hot water guide plate portion 343.

The plurality of first hot water guide plate portion 341 may be disposed left and right in a state in which the plurality of first hot water guide plate 341 is vertically spaced at a predetermined interval from the other inner side of the heating mat 30 to the inner one side.

The front end portions of the plurality of first hot water guide plate portion 341 may be integrally bonded to the front inner circumferential surface of the thermal mat 30 by a bond or the like.

The plurality of second hot water guide plate portion 343 may be disposed left and right in a state in which the second hot water guide plate portion 343 is vertically spaced at a predetermined interval from one side of the inner side of the heating mat 30 to an inner one side so as to be located between the first hot water guide plate portions 341. Can be.

A rear end of the plurality of second hot water guide plate portion 343 may be integrally bonded to the rear inner circumferential surface of the thermal mat 30 by a bond or the like.

When the hot water guide plate 340 is provided inside the thermal mat 30, the accommodation space 310 may have the first hot water guide plate part 341 and the second hot water guide plate part 343 as shown in FIG. 4. Each side may be formed in a left and right state arranged between.

The intermediate hot water guide tube 325 of the hot water guide tube 320 provided inside the thermal mat 30 is provided in a zigzag form at the inner center of the thermal mat 30, or of the thermal mat 30. Since the hot water guide plate 340 including the plurality of first hot water guide plate 341 and the plurality of second hot water guide plate 343 is provided therein, the hot water circulating the user and the thermal mat 30. Not only can be contacted with a larger area, but it also has the advantage that the heat of hot water delivered to the user can be transmitted to the user with higher efficiency.

7 and 8 are block diagrams schematically illustrating a control state of the controller 80.

Next, as shown in FIG. 7, the hot water temperature controller 20, the temperature sensor 40, the timer 60, and the controller 80 may be provided.

The control unit 80 may control the heater 510 of the hot water supply unit 50 according to the signals of the hot water temperature control unit 20 and the temperature sensor 40.

The controller 80 may control the pump 530 of the hot water supply unit 50 according to the signal of the timer 60.

More specifically, the hot water is adjusted to the hot water temperature control unit 20 for adjusting the temperature of the hot water to be introduced into the receiving space 310 of the thermal mat 30 and the receiving space 310 of the thermal mat 30. Timer 60 for setting the inflow and discharge time may be provided in various ways, such as a push button or a dial button method in the control unit 80.

The controller 80 may be provided on an outer circumferential surface of the bath body 10.

The temperature sensor 40 for detecting a temperature of hot water introduced into the receiving space 310 of the thermal mat 30 may be provided inside the thermal mat 30 or on an upper surface of the thermal mat 30. have.

More specifically, the user may operate the hot water temperature control unit 20 to adjust the temperature of the hot water to be introduced into the receiving space 310 of the thermal mat 30.

The controller 80 may adjust the amount of current supplied from the external power supply 81 to the heater (not shown) of the hot water supply unit 50 based on the hot water temperature value output by the hot water temperature controller 20. have.

When the hot water temperature value output from the hot water temperature controller 20 to the controller 80 is high, the controller 80 supplies a larger amount of current to a heater (not shown) of the hot water supplier 50. At this time, the heater (not shown) of the hot water supply unit 50 dissipates heat of a higher temperature to the hot water stored in the hot water container 511 by the control of the control unit 80, thereby High temperature hot water may be stored in the hot water container 511.

When the hot water temperature value output from the hot water temperature controller 20 to the controller 80 is low, the controller 80 supplies a small amount of current to a heater (not shown) of the hot water supply unit 50. In this case, a heater (not shown) of the hot water supply unit 50 may dissipate heat of a lower temperature to hot water stored in the hot water container 511 under the control of the controller 80, thereby Low temperature hot water may be stored in the hot water container 511.

On the other hand, the temperature value of the hot water introduced into the receiving space 310 of the thermal mat 30 output by the temperature sensor 40 to the control unit 80 is the hot water temperature value of the hot water temperature control unit 20 If less than the control unit 80 may control so that a predetermined amount of current is continuously supplied from the external power supply unit 81 to a heater (not shown) of the hot water supply unit 50.

The temperature value of the hot water introduced into the receiving space 310 of the thermal mat 30 output by the temperature sensor 40 to the control unit 80 is greater than the hot water temperature value of the hot water temperature control unit 20. In this case, the control unit 80 may block a predetermined amount of current from being supplied to the heater (not shown) of the hot water supply unit 50 from the external power supply unit 81.

In addition, the controller 80 may control the pump 530 of the hot water supply unit 50 to be driven for a predetermined time or at a predetermined time interval according to the signal of the timer 60.

Since the control unit 80 controls the heater (not shown) according to the signals of the hot water temperature control unit 20 and the temperature sensor 40, the desired temperature of the hot water circulating the thermal mat 30 Not only can be easily adjusted, but also the circulation time of hot water circulating the thermal mat 30 is more easily because the controller 80 controls the pump 530 according to the signal of the timer 60. This has the advantage of being adjustable.

Next, as shown in FIG. 4, the fumigation generator 70 includes a steam generator 710, a first steam supply pipe 730, a second steam supply pipe 750, a first valve 770, and a second valve. 790.

The steam generator 710 may be provided in the lower end of the rear end of the tub body 10.

The steam generator 710 may be converted to steam by heating the raw water supplied from the outside.

The steam generator 710 may be composed of a raw water container 711, a heater (not shown) and the steam discharge pipe 715.

The raw water container 711 may be provided in the lower end of the rear end of the tub body (10).

Inside the water container 711, the raw water supplied from an external raw water supply unit (not shown) is stored at a predetermined height or the drug including mugwort is accommodated at a predetermined height together with the raw water supplied from the raw water supply unit (not shown). Can be.

The raw water supply unit (not shown) may include a general faucet, but is not necessarily limited thereto.

A raw water guide tube 712 may be horizontally provided between the raw water container 711 and the raw water supply part (not shown) to guide the raw water from the raw water supply part (not shown) into the raw water container 711. .

The heater (not shown) is horizontally provided in the lower side of the raw water container 711 and the raw water or raw water and wormwood stored at a predetermined height inside the raw water container 711 under the control of the controller 80 Drugs, including can be heated.

The steam discharge pipe 715 may be formed vertically on the upper side of the raw water container (711).

Steam generated when the heater (not shown) heats the raw water stored at a predetermined height inside the raw water container 711 is raised into the steam discharge pipe 715,

Steam and drug fragrance generated when the heater (not shown) is heated to the drug containing the mugwort and the like with the raw water accommodated at a predetermined height inside the raw water container 711 is raised into the steam discharge pipe 715. .

The rear end of the first steam supply pipe 730 may be in communication with the foot bath spray hole 306 and the foot bath spray port 110, the front end of the first steam supply pipe 730 of the steam discharge pipe 715 It may be in communication with the upper rear side.

Steam generated by the steam generator 710 or the steam containing the medicinal fragrance may be supplied to the foot bath spray hole 306 and the foot bath sprayer 110 through the first steam supply pipe 730.

The lower end of the second steam supply pipe 750 may be connected in communication with the upper end of the steam discharge pipe 715, the upper end of the second steam supply pipe 750, the left steaming spray hole 303 and the left steaming spray hole 130 ) Can be in communication with.

Steam generated by the steam generator 710 or the steam containing the medicinal fragrance may be supplied to the left hun spray hole 303 and the left hun spray hole 130 through the second steam supply pipe 750.

The first valve 770 may be provided on the front end of the first steam supply pipe 730 to open and close the first steam supply pipe 730 under the control of the controller 80.

The second valve 790 may be provided on the lower end of the second steam supply pipe 750 to open and close the second steam supply pipe 750 under the control of the controller 80.

Since the fumigation unit 70 includes the steam generator 710, the first and second steam supply pipes 730 and 750, and the first and second valves 770 and 790, the foot bath spray ball ( 110, of course, there is an advantage that can be more easily supplied with steam, in particular, the fragrance of the drug to both the foot bath sprayer 110 and the squirting sprayer 130.

Meanwhile, as shown in FIG. 4, the steam including the steam generated from the steam generator 710 or the medicine fragrance includes the first and second front spray holes 301 and 302 and the first and second front spray holes 101 and. 102, third, fourth, fifth, sixth, seventh, eighth, and nineth steam supply pipes 761 to the first and second rear spray holes 304 and 305 and the first and second rear spray holes 104 and 105. , 762, 763, 764, 765, 766, 767 may be further provided.

A rear end of the third steam supply pipe 761 may be connected to an upper front side of the steam discharge pipe 715.

The rear end of the fourth steam supply pipe 762 may be connected to the front end of the front end of the third steam supply pipe 761 which may be bent upward.

The front end of the fifth steam supply pipe 763 may be connected to the rear end of the front end of the third steam supply pipe 761.

The front end of the sixth steam supply pipe 764 may be connected to the second front spray hole 302 and the second front spray hole 102, the rear end of the six steam supply pipe 764 bent upwards It may be connected to the front side of the front end of the fourth steam supply pipe 762.

A front end of the seventh steam supply pipe 765 may be connected to the first front spray hole 301 and the second front spray hole 102, and a rear end of the seventh steam supply pipe 765 may be connected to the sixth steam. It may be connected to the front end of the front end of the fourth steam supply pipe 762 which can be bent upwardly located at a distance adjacent to the supply pipe 764.

The rear end of the eighth steam supply pipe 766 may be connected to the second rear spray hole 305 and the second rear spray hole 105, and the front end of the eighth steam supply pipe 766 may be bent upward. It may be connected to the rear end of the rear end of the fifth steam supply pipe (763).

A rear end of the ninth steam supply pipe 767 may be connected to the first rear spray hole 304 and the first rear spray hole 104, and a front end of the ninth steam supply pipe 767 may be connected to the eighth steam supply pipe 767. It may be connected to the rear end of the rear end of the fifth steam pipe (763) that can be bent upwards to be located at a distance adjacent to the steam supply pipe (766).

A third valve 768 may be provided at a rear end of the third steam supply pipe 761 to open and close the third steam supply pipe 761 by the control of the controller 80.

Next, as shown in FIG. 8, a first steam supply mode 910, a second steam supply mode 930, a third steam supply mode 940, a steam temperature controller 950, and a timer 970 are included. The operation unit 90 may be provided.

The operation unit 90 may be provided on the control unit 80 in various ways such as a push button or a dial button method.

When the user sets the first steam supply mode 910 to the ON state, the control unit 80 controls the first valve 770 to open the first steam supply pipe 730, so that the steam generator Along with the steam or steam generated by the 710, the medicinal fragrance may be supplied to the foot bath sprayer 110 through the first steam supply pipe 730.

When the user sets the second steam supply mode 930 to the ON state, the controller 80 controls the second valve 790 to open the second steam supply pipe 750 so that the steam generator Along with the steam or steam generated by the 710, the medicinal fragrance may be supplied to the left fuming spray ball 130 through the second steam supply pipe (750).

When the user sets both of the first and second steam supply modes 910 and 930 to the ON state, the controller 80 allows the first and second valves 770 and 790 to both the first and second steam supply pipes ( 730 and 750 by controlling to open all, the medicinal fragrance along with the steam or steam generated in the steam generator 710 through the first and second steam supply pipes (730, 750) 110 And to be supplied to both the left fuming spray ball 130.

When the user sets the third steam supply mode 940 to the ON state, the controller 80 controls all of the first, second, and third valves 770, 790, and 768 to the first, second, and third steam supply pipes. 730, 750, and 761 to control to open all, the drug fragrance together with the steam or steam generated in the steam generator 710, the first, second, third, fourth, fifth, sixth, seventh, eighth, 9 through the steam supply pipe (730, 750, 761, 762, 763, 764, 765, 766, 767) the foot bath sprayer 110, the left warm sprayer 130, the first, second front sprayer (101, 102 and both the first and second rear spray nozzles 104 and 105.

On the other hand, the user by operating the steam temperature control unit 950 through the first steam supply pipe 730 or the second steam supply pipe 750 to the foot bath sprayer 110 or the left fuming spray ball 130 Adjust the temperature of the steam or steam containing the medicinal fragrance to be supplied,

Through the first and second steam supply pipes (730, 750) to adjust the temperature of the steam or steam containing the medicinal fragrance to be supplied to both the foot bath spraying hole 110 and the left fuming spray ball 130,

The foot bath spray nozzle 110 through the first, second, third, fourth, fifth, sixth, seventh, eighth, and nine steam supply pipes 730, 750, 761, 762, 763, 764, 765, 766, and 767. It is possible to adjust the temperature of the steam containing the steam or drug fragrance to be supplied to all of the left fuming spray ball 130, the first and second front spray balls (101, 102) and the first and second rear spray balls (104, 105) have.

More specifically, the controller 80 is the steam generator from the external power supply unit 81 based on the temperature of the steam output from the steam temperature controller 950 or the temperature value of the steam containing the medicinal fragrance The amount of current supplied to the heater (not shown) of 710 may be adjusted.

When the temperature of the steam output by the steam temperature controller 950 to the controller 80 or the temperature value of the steam containing the medicinal fragrance is high, the controller 80 is a heater (not shown) of the steam generator 710. Supply a larger amount of current, wherein the heater (not shown) of the steam generator 710 generates a higher temperature heat under the control of the controller 80. It is diverted to the raw water containing the raw water or the drug contained in the, it is possible to generate a high-temperature steam containing a high temperature steam or pharmaceutical fragrance inside the raw water container 711.

When the temperature of the steam output by the steam temperature controller 950 to the controller 80 or the temperature value of the steam containing the medicinal fragrance is low, the controller 80 is a heater (not shown) of the steam generator 710. When a small amount of current is supplied, a heater (not shown) of the steam generator 710 receives heat of low temperature in the raw water container 711 under the control of the controller 80. It is diverted to the raw water or raw water, including the drug, which can cause the low-temperature steam or low-temperature steam containing the drug fragrance inside the raw water container 711.

Further, the control unit 80 is the first, second, third valve 770, 790, 768 for a predetermined time or at a predetermined time interval according to the signal of the timer 970 of the operation unit 90 is the first, The steam supply time of the first, second, and third steam supply pipes 730, 750, and 761 may be adjusted by controlling the second and third steam supply pipes 730, 750, and 761 to be opened. .

The timer 970 of the operation unit 90 may include first, second, and third timers 971, 973, and 975.

In response to a signal from the first timer 971, the controller 80 may control the first valve 770 to open the first steam supply pipe 730 at a predetermined time or at a predetermined time interval.

According to the signal of the second timer 973, the controller 80 may control the second valve 790 to open the second steam supply pipe 750 at a predetermined time or at a predetermined time interval.

According to the signal of the third timer 975, the controller 80 may control the third valve 768 to open the third steam supply pipe 761 at a predetermined time or at a predetermined time interval.

According to the first and second steam supply modes 910 and 930, the steam temperature controller 950, and the timer 970 of the operation unit 90, the controller 80 controls the steam generator 710 and the steam generator 710. Since the first and second valves 770 and 790 are controlled, steam is supplied only to the foot bath sprayer 110 or the left hoe sprayer 130, in particular, with the fragrance of the medicine, or with the footbath sprayer 110. Steam may be supplied to all of the shun Hun atomization port 130, in particular steam with the scent of the drug, of course, only the foot bath spray or 110 or the shun Hun atomization 130 or the foot bath atomization 110 ) And the steam to be supplied to both the hunseo spray hole 130, in particular, there is an advantage that can be more easily adjusted the supply time of the steam to be supplied with the scent of the drug.

9 is a front sectional view schematically showing an internal state of the cover 120 provided on the upper portion of the bath body (10).

Next, as shown in Figures 1 and 9, the upper portion of the tub body 10 may be provided with a cover 120 for opening and closing the upper portion of the tub body (10).

The rear end of the cover 120 may be hinged to the upper end of the rear end of the bath body (10).

In this state, the front end of the cover 120 may be rotated in the vertical direction by the user based on the rear end of the cover 120, thereby the cover 120 of the tub body 10 of which the top is open The top can be opened and closed.

On the lower surface of the cover 120 is a shower water spray hole 121 for supplying the water for the shower supplied into the interior of the cover 120 to the user located inside the tub body 10, the cover ( The lower surface of the 120 may be formed in a plurality at a predetermined interval.

The shower water spray hole 121 receives the shower water from the shower water supply member 140 for supplying the shower water to the inside of the cover 120 is located in the tub body (10) The user can be supplied with shower water.

The shower water supply member 140 may include a shower water container 141, a heater (not shown), a supply hose 145, a pump 147, and a fourth valve 149.

The water to be supplied to the user may be accommodated at a predetermined height in the shower water container 141.

The heater 143 may be horizontally provided on the lower side of the shower water container 141 to heat the water accommodated at a predetermined height inside the shower water container 141.

Both ends of the supply hose 145 may be fixed to the rear end of the cover 120 and the front side of the water container 141 for the shower.

The pump 147 may be provided on a central portion of the supply hose 145 while being connected to the supply hose 145 to be positioned between the cover 120 and the water container 141 for the shower.

The fourth valve 149 is provided on the rear end of the supply hose 145 to be located between the pump 147 and the water container 141 for the shower to open and close the supply hose 145. have.

Next, as shown in FIG. 8, the operation unit 90 may include a shower water supply mode 980 and a shower water temperature control unit 990.

When the user sets the shower water supply mode 990 to the ON state, the controller 80 controls the fourth valve 149 to open the supply hose 145.

In addition, the control unit 80 is the shower water spray hole for the shower water received in the interior of the water container for water 141 is passed through the supply hose 145 into the cover 120, the shower water spray hole The pump 147 is driven so as to be automatically supplied to the user located inside the tub body 10 through 121.

On the other hand, the user manipulates the shower water temperature control unit 990 to adjust the temperature of the shower water to be supplied to the user located inside the tub body 10 through the shower water spray hole 121 Can be.

The controller 80 is a heater (not shown) of the shower water supply member 140 from the external power supply 81 based on the shower water temperature value output by the shower water temperature controller 990. You can adjust the amount of current supplied.

When the shower water temperature control unit 990 outputs the water temperature for the shower output to the controller 80, the controller 80 is viewed as a heater (not shown) of the water supply member 140 for the shower. To supply a large amount of current, the heater (not shown) of the water supply member 140 for the shower is a heat of a higher temperature by the control of the controller 80 the water supply member 140 for the shower. It is diverted to the shower water accommodated in the shower water container 141 of the, it is possible to store the high temperature shower water in the shower water container 141.

When the shower water temperature value output by the shower water temperature control unit 990 to the controller 80 is low, the controller 80 is less than a heater (not shown) of the shower water supply member 140. The positive current is supplied, and at this time, the heater (not shown) of the shower water supply member 140 generates heat of a lower temperature by the control of the controller 80 of the shower water supply member 140. It is diverted to the shower water accommodated in the shower water container 141, and thus the low-temperature shower water can be stored in the shower water container 141.

Located inside the tub body 10 because sour water can be supplied to the user through the shower water spray hole 121 formed in the cover 120 provided on the tub body 10. There is an advantage that the user can more easily take a shower after fumigation.

The present invention configured as described above can transfer heat to the user, especially the elderly, including the elderly through the thermal mat (30) in which hot water is introduced and discharged inside, so that the user, especially the elderly, such as taking a bath as conventional Safety risks such as electric shock and burns may be prevented in advance for the elderly, and furthermore, blood circulation may be promoted by controlling the temperature of hot water flowing into and out of the thermal mat 30. In particular, by controlling hormones, it can relieve skin diseases such as blemishes, acne, and freckles to improve sensitive skin. It also promotes blood circulation in the lower abdomen to quickly transport various substances such as oxygen needed for the human body. , Lower abdominal pain, back pain and neuralgia can be improved more effectively, as well as As blood circulation is activated, there is an advantage that increases the metabolic rate, fat can more easily remove waste and fat.

10; Bathtub body 11; Bottom View,
110; Foot bath sprayer, 20; Hot water temperature control unit,
30; Thermal mat, 40; Temperature Sensor,
310; Receiving space, 320; Hot Water Guide,
321; Rear Hot Water Guide, 323; Front hot water guide,
325; Intermediate Hot Water Guide, 330; Hot water inlet,
340; Hot water guide plate, 341; Hot water information board,
343; A second hot water guide plate, 350; Hot water outlet,
50; Hot water supply unit, 511; Hot Water Tub,
530; Pump, 531; Inlet,
532; Suction tube, 533; Discharge Tube,
534; Hot water discharge pipe, 536; Hot water discharge pipe,
60, 970; Timer, 70; Fumigation Part,
710; Steam generator 711; Water Bottle,
715; Steam discharge tube, 730; 1st steam supply pipe,
750; Second steam supply line, 770; First valve,
790; Second valve, 80; Control,
81; A power supply 90; Control Panel,
910; First steam supply mode, 930; 2nd steam supply mode,
950; Steam thermostat.

Claims (8)

A bath body (10) in which a foot bath sprayer (110) is formed so as to be positioned around a portion of a user's foot;
A hot water inlet 330 which is provided on the bottom portion 11 of the tub body 10 and has a receiving space 310 therein for receiving hot water therein, and introduces hot water into the receiving space 310; A thermal mat 30 having a hot water outlet 350 for discharging hot water;
A hot water supply unit 50 including a heater for heating hot water discharged from the hot water discharge port 350, and a pump 530 for supplying hot water heated by the heater to the hot water inlet 330;
Health care automatic bathtub comprising a; fumigation generator 70 for supplying steam to the foot bath sprayer 110 by generating steam.
The method of claim 1,
The tub body 10 is formed with a left hoe spray hole 130 to be located around the portion where the user's penis is located,
The fumigation generator 70 is a health care automatic bathtub, characterized in that for supplying steam to the shun Hun spray port 130.
The method of claim 1,
The hot water guide tube 320 is provided inside the thermal mat 30,
The hot water guide tube 320 is provided on the other side of the inside of the thermal mat 30, the other side hot water guide tube 321 is formed in the front end hot water inlet 330;
A hot water guide tube 323 provided at one side of the thermal mat 30 and having a hot water discharge port 350 formed at a front end thereof;
The hot water guide pipe 321 and the one side hot water guide pipe 323 to be located in the inner center of the heating mat 30 in a zigzag to communicate with the other hot water guide pipe 321 and one hot water guide pipe 323. It is configured to include; intermediate hot water guide pipe 325 provided in the form
The receiving space 310 is the other receiving space 311 formed in the other side of the hot water guide pipe 321;
One side receiving space 313 formed in the one side hot water guide tube 323;
Health care automatic bathtub, characterized in that it comprises a; intermediate receiving space (315) formed in the interior of the intermediate hot water guide tube (325).
The method of claim 1,
The hot water inlet 330 is formed on the other side of the front side of the heat mat 30, the hot water outlet 350 is formed on one side of the front side,
The inside of the thermal mat 30 is provided with a hot water guide plate 340,
The hot water guide plate 340 is arranged left and right in a vertically spaced state at a predetermined interval from the other inner side of the inner side of the heating mat 30, a plurality of front end portion integrally bonded to the front inner peripheral surface of the heating mat (30). A first hot water guide plate 341;
In order to be located between each of the first hot water guide plate portion 341, the other side of the heating mat 30 is disposed left and right in a vertically spaced state at a predetermined interval in the inner one direction, the rear end of the rear inner circumferential surface of the heating mat 30 And a plurality of second hot water guide plate portions 343 integrally bonded to the
The accommodation spaces 310 are disposed left and right between each of the first hot water guide plate 341 and the second hot water guide plate 343 so as to communicate with the hot water inlet 330 and the hot water discharge port 350. Healthcare automatic bathtub, characterized in that formed.
The method of claim 1,
Hot water temperature control unit 20 for adjusting the temperature of the hot water to be introduced into the receiving space 310 of the thermal mat 30;
A temperature sensor 40 for sensing a temperature of hot water introduced into the receiving space 310 of the thermal mat 30;
A timer (60) for setting a time at which hot water is introduced and discharged into the accommodation space (310) of the thermal mat (30);
A control unit 80 controlling the heater according to the signals of the hot water temperature control unit 20 and the temperature sensor 40 and controlling the pump 530 according to the signal of the timer 60; Healthcare automatic bathtub, characterized in that.
The method of claim 2,
The fumigation unit 70,
Steam generator 710 for heating the raw water supplied from the outside to convert to steam;
A first steam supply pipe 730 and a second steam supply pipe 750 for supplying the steam generated by the steam generator 710 to the foot bath spray port 110 and the left hun spray port 130, respectively;
And a first valve 770 and a second valve 790 respectively provided at the first steam supply pipe 730 and the second steam supply pipe 750, respectively.
The method of claim 6,
A first steam supply mode 910 for supplying steam generated by the steam generator 710 to the foot bath spraying port 110 through the first steam supply pipe 730;
A second steam supply mode (930) for supplying steam generated by the steam generator (710) to the left steam spray hole (130) through the second steam supply pipe (750);
A steam temperature controller 950 for controlling the temperature of steam to be supplied to the foot bath sprayer 110 and the squirting sprayer 130 through the first and second steam supply pipes 730 and 750;
And a timer 970 for respectively regulating the steam supply time to the foot bath sprayer 110 and the left hoe sprayer 130 through the first and second steam supply pipes 730 and 750. Healthcare auto bathtub characterized in that it is provided.
The method of claim 1,
The cover 120 is provided on the upper portion of the tub body 10,
The cover 120 is a health care automatic bathtub, characterized in that the water spray opening 121 for supplying a shower water to the user located inside the tub body (10) is formed.

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