Automatic shower and drying apparatus

Abstract

The present invention has the following configuration. An automatic shower and drying apparatus comprises: a cylindrical outer sealing case portion; a cylindrical vortex generation device configured in the cylindrical outer sealing case portion; and a shower-and-drying device configured in the cylindrical vortex generation device. Thus, a person who wants to take a shower fills water in the shower-and-drying device, and then, a vortex is generated in the water stored therein by the rotation of the cylindrical vortex generation device so as to enable automatic shower. The cylindrical vortex generation device has formed on the side surface portion thereof a vortex generation side wing portion which is rotated by the operation of a switch so that the vortex is generated by the rotation of the vortex generation side wing portion. Centers of the upper and lower portions of the cylindrical outer sealing case portion, the cylindrical vortex generation device, and the shower-and-drying device are respectively coupled to an upper frame fixing axis device and a lower frame fixing device so that the cylindrical outer sealing case portion and the shower-and-drying device are fixed and the cylindrical vortex generation device is rotated. In addition, the cylindrical outer sealing case portion has a sealed entrance portion which is configured so that the person who wants to take a shower can enter and exit without water leaking even when filled with water.

Description

Automatic shower drain device

[0001] The present invention relates to an automatic shower dryer device.

[0002] The background technology is as follows when looking at Figures 8a, 8b and 8c.

[0003] The background technology is as follows, related to the Korean Intellectual Property Office patent registration number 10-2308336 (October 1, 2021).

[0004] The shower booth (20) includes a booth body (21), a sliding door (22), an upper cover (23), water spray nozzles (24-1, 24-2, 24-3, 24-4), wind spray nozzles (25-1, 25-2), and a shower controller (not shown in the drawing for convenience of explanation).

[0005] The booth body (21) is formed in a box shape with the upper and front ends open so that a wheelchair part (10) carrying a patient can enter inside and take a shower, and a sliding door (22) is connected and installed at the front end, and an upper cover (230) is connected and installed at the upper end to form a sealed internal space that prevents water sprayed during a shower from escaping to the outside.

[0006] In one embodiment, the booth body (21) can be configured in an assembly-type manner in which each component can be detached and attached, such as by being fixed in the form of a rotation axis (pin) to the left and right rear pillars of the booth.

[0007] In one embodiment, the booth body (21) may be provided with a contaminated water drain valve (not shown in the drawing for convenience of explanation) and a drain pipe (N) for discharging contaminated water generated during a shower to the outside.

[0008] The sliding door (22) is installed in connection with the front opening of the booth body (21) and opens and closes the front opening of the booth body (21) by sliding in the left and right directions.

[0009] In one embodiment, two sliding doors (22) are installed facing each other and connected to open and close the front opening of the booth body (21), and magnets with opposite polarities can be installed on each facing surface to prevent the door from opening during operation of the present invention.

[0010] The upper cover (23) is installed to cover and connect the upper opening of the booth body (21), and forms a through hole (23-1) for the patient's neck to pass through so that the head of the patient entering the internal space of the booth body (21) can be exposed to the outside of the booth body (21).

[0011] In one embodiment, the upper cover (23) may be formed so that the front (23-3) of the through hole (23-1) is open so that the patient's neck can enter the through hole (23-1), and a plate (23-2) having a shape corresponding to the shape of the front (23-3) of the through hole (23-1) may be installed so as to be rotatable.

[0012] In one embodiment, the upper cover (23) serves as a barrier to prevent shampoo or water sprayed from the booth body (21) from splashing out, and is preferably made of non-toxic silicone.

[0013] In one embodiment, the upper cover (23) can be raised or lowered inside the booth body (21) together with the headrest (16) of the wheelchair part (10) as it is raised or lowered in the up-and-down direction, so that the height can be adjusted according to the user's sitting height.

[0014] In one embodiment, the headrest (16) may be provided with a fastening projection (16-1) at the rear end so as to be fastened to the through hole (23-1) of the upper cover (230) as it is raised or lowered in multiple stages.

[0015] Water spray nozzles (24-1, 24-2, 24-3, 24-4) are installed along each corner of the booth body (21) to spray water toward a patient who has boarded a wheelchair (10) and entered the internal space of the booth body (21).

[0016] In one embodiment, the water spray nozzles (24-1, 24-2, 24-3, 24-4) can sequentially perform water spraying, shampoo spraying, and water spraying for rinsing when operation is started.

[0017] In one embodiment, the water spray nozzles (24-1, 24-2, 24-3, 24-4) can be controlled according to values ​​set in the shower controller, such as the spray pressure or temperature of the water, the amount of water or shampoo liquid, and the spray time.

[0018] The wind spray nozzle (25-1, 25-2) sprays cold or warm wind to dry water on the patient's body after the shower by the water spray nozzle (24-1, 24-2, 24-3, 24-4) is finished.

[0019] In one embodiment, the wind spray nozzles (25-1, 25-2) can be controlled according to the hot air temperature and operating time set in the shower controller.

[0020] The shower controller controls the opening and closing of the sliding door (22) and the operation of the water spray nozzles (24-1, 24-2, 24-3, 24-4) or the wind spray nozzles (25-1, 25-2).

[0021] The shower booth (20) having the configuration described above may further include an auxiliary bowl (26).

[0022] The auxiliary bowl (26) is installed at the upper rear end of the booth body (21) to wrap the patient's hair exposed to the upper side of the booth body (21).

[0023] The shower booth (20) having the configuration described above must be provided with a separate container for collecting water, etc. when used in a hospital room or indoors.

[0024] With the background technology, it is not only impossible to wash every nook and cranny of the body, but drying the body is not automatic either.

[0025] Aside from cases where you need to shower / dry your hair in a short time at a construction site and then leave work, or shower / dry your hair immediately after going to a sweaty outdoor sports site, or shower / dry your hair immediately after working hard at an outdoor farm, there are surprisingly many cases where people want to shower / dry their hair immediately at the site and then leave, such as the elderly who have difficulty showering / drying their hair on their own, nursing home patients, general patients, workers after working all night, and hospital staff.

[0026] The social need to immediately solve the need for cleanliness through shower / drying for people in such blind spots is the driving force behind the invention of this invention.

[0027] Against the backdrop of the above social needs, we invented an automatic shower-automatic drying-automatic skin treatment device for the general public that automatically showers, dries, and treats skin by simply sitting on a shower chair and pressing a button, no matter how poor the conditions.

[0028] If the automatic shower, automatic drying, and automatic skin treatment technology for the general public according to the present invention is implemented, the impact on the environment requiring post-work cleanliness in Korea and around the world and on related industries can be said to be unpredictably large.

[0029] The first task that the present invention seeks to solve is to solve the problem of shower / drying needs of night workers by installing it in small spaces in office facilities where shower facilities cannot be installed.

[0030] The second task that the present invention seeks to solve is to provide free bathing services and free skin treatment services to the elderly who live alone in their own homes and are suffering from illness or who have difficulty showering and drying their hair, as part of a national social welfare project.

[0031] The third problem that the present invention seeks to solve is the problem of enabling workers to shower / dry their clothes easily and simply by pressing a button at the work site without having to travel a long distance after work in poor conditions such as construction sites, agricultural sites, and factory sites.

[0032] The fourth problem that the present invention seeks to solve is that patients in general wards, hospital staff, and patients in nursing hospitals can simply press a button to shower / dry themselves as long as they can sit on a shower chair.

[0033] It can also be used as a solution to improve the cleanliness culture of those who want to shower / dry their clothes after work in poor work sites, and it is provided as a shower space for general patients or on-duty staff in general hospitals or general hospitals, and it is easy and simple to operate, so it solves the problem of revolutionizing the bathing culture of patients.

[0034] The fifth problem that the present invention seeks to solve is a device that simultaneously performs bathing and skin treatment by adding a skin treatment agent to whirlpool shower water while bathing, thereby solving the problem of treating skin diseases of a shower user afterward or providing preventive treatment in advance.

[0035] The sixth problem that the present invention seeks to solve is to enable infants, children, etc. to sit on a shower chair with their parents and shower, dry themselves, and receive skin treatment.

[0036] In order to solve the above-mentioned problem, it has the following structure.

[0037] Cylindrical external sealed case;

[0038] A cylindrical vortex generator configured inside the above cylindrical external sealed case portion;

[0039] A shower dryer is configured inside the above cylindrical vortex generator so that a person who wants to shower inside the shower dryer can fill the device with water and then automatically shower by causing the water inside to create a vortex by the rotation of the above cylindrical vortex generator.

[0040] The above cylindrical vortex generator has a vortex-generating side wing formed on the side, and rotates by the operation of a switch, thereby generating a vortex by the rotation of the vortex-generating side wing.

[0041] The cylindrical external sealed case part, the cylindrical vortex generator and the shower dryer device are configured to be fixed by combining with an upper frame fixing shaft device and a lower frame fixing device at the center of each of the upper and lower parts of the cylindrical external sealed case part, the cylindrical vortex generator and the shower dryer device, and the cylindrical external sealed case part and the shower dryer device are configured to be fixed, and the cylindrical vortex generator device is configured to rotate.

[0042] The above cylindrical external sealed case section is configured to allow a shower user to enter and exit, but an automatic shower dryer having a sealed entrance section is implemented so that water does not leak even when filled with water.

[0043] Here, it is desirable to configure the shower water to be drained after the shower is finished, and then the cylindrical vortex generator is rotated to generate a vortex so that the person who has finished showering can dry the water on their body.

[0044] Here, it is preferable to configure a vortex-generating lower rotating blade part at the bottom of the cylindrical vortex generator so that a vortex that rises from the bottom to the top like a whirlpool is generated together with the cylindrical vortex by the rotation of the vortex-generating side blade part at the same time as the rotation of the vortex-generating lower rotating blade part, thereby enhancing the shower function.

[0045] Here, it is preferable to configure a vortex generating upper rotating blade part on the upper part of the cylindrical vortex generating device so that a vortex that descends from the top to the bottom like a whirlpool together with the cylindrical vortex is generated by the rotation of the vortex generating side blade part simultaneously with the rotation of the vortex generating upper rotating blade part, thereby enhancing the shower function.

[0046] Here, it is preferable that the cylindrical vortex generator comprises a vortex generating wing, a frame constituting the vortex generating wing, and the remaining parts are made of empty space.

[0047] Here, it is desirable to configure the shower dryer so that the person using the shower can automatically shower by sitting on a chair.

[0048] Here, in order to prevent the weight from being concentrated by rotating around the lower frame fixed shaft device at the lower part of the cylindrical vortex generator, it is preferable to configure a roller bearing device so that the lower part of the vortex generator frame is supported by rotational friction, and the lower part of the cylindrical vortex generator, which is rotated by the motor unit, is stably rotated by the roller bearing device.

[0049] Here, it is preferable to configure a shower nozzle part as a cylindrical space in the center of the upper frame fixing shaft device or the lower frame fixing shaft device so that a shower can be taken using water sprayed from the shower nozzle part at the top or bottom of the shower dryer device.

[0050] Here, it is preferable to configure a pressurized pump or an air bubble generating motor at the inlet of the shower nozzle section so that a shower or air bubble massage can be performed.

[0051] Here, it is preferable to configure the sealed entrance position sensor configured on the upper part of the sealed entrance and the space entrance position sensor configured at an arbitrary position of the space entrance configured in the cylindrical vortex generator so that the operation of the motor that controls the operation of the cylindrical vortex generator mutually stops and stops, thereby enabling a person who wants to shower to enter and exit smoothly.

[0052] Here, it is preferable to configure the lattice-type entrance position sensor configured on the upper part of the lattice-type entrance configured in the shower dryer device and the space entrance position sensor configured at any position of the space entrance configured in the cylindrical vortex generator so that the operation of the cylindrical vortex generator is mutually synchronized with the operation of the motor that controls the operation of the cylindrical vortex generator, thereby enabling a person who wants to shower to enter and exit smoothly.

[0053] Here, it is desirable to configure a water level control button section so that the person who wants to shower can control the water level when filling the water, or to configure a buoy sensor necklace section so that the water level can be controlled up to the neck area.

[0054] Here, when the buoy sensor necklace is worn, it is preferable to configure a buoy sensor connection drain port so that when the water level becomes higher than that of the buoy sensor necklace, the buoy sensor connection drain port opens and water drains quickly.

[0055] The first effect of the present invention is that it can be installed in small spaces in office facilities where shower facilities cannot be installed, thereby satisfying the shower / drying needs of night workers.

[0056] The second effect of the present invention is that it can be installed in community centers and other places to help socially disadvantaged people who cannot shower or dry themselves.

[0057] In addition, it is having an effect in providing services for the socially disadvantaged by making a significant contribution to social enterprise activities that provide free bathing services and free skin treatment services to the elderly who live alone in their private residences and are fighting illness or have difficulty showering and drying their hair as part of the national social welfare project.

[0058] The third effect of the present invention is that it enables workers to shower / dry their clothes easily and simply by pressing a button at the work site without having to go to a distant bathing facility after work at poor construction sites, agricultural sites, factory sites, etc.

[0059] The fourth effect of the present invention is that, as long as a patient can sit on a shower chair, such as an inpatient in a general ward, a hospital on-duty officer, or an inpatient in a nursing hospital, they can shower / dry themselves by simply pressing a button.

[0060] In addition, it can be used as a solution and improvement of the cleanliness culture desire to shower / dry on-site after work in poor work sites, and it is provided as a shower space for general patients or on-duty personnel in general hospitals or general hospitals, and it has the effect of innovating the bathing culture of patients by creating easy operation, simple, and clean results for vulnerable mothers in nursing homes or postpartum care centers, elderly people living alone, etc. who have difficulty bathing on their own, and the elderly who need bathing assistance from others due to mental retardation.

[0061] The fifth effect of the present invention is that it is a device that performs bathing and skin treatment simultaneously by adding a skin treatment agent to whirlpool shower water while bathing, and has the effect of treating skin diseases of the shower user afterward or providing preventive treatment in advance.

[0062] The sixth effect of the present invention is that it has the effect of allowing parents to sit on a shower chair and shower, dry, and treat the skin of infants, children, etc.

[0063] Figure 1 is a perspective view of a chair-type shower and dryer.

[0064] Figure 2a is a diagram showing the structure of an external sealing frame.

[0065] Figure 2b is a diagram showing a vortex generator.

[0066] Figure 2c is a diagram showing an internal shower drive device.

[0067] Figure 2d is a diagram showing a combination of a vortex generator and an internal shower drier.

[0068] Figure 2e is a diagram showing the generation of vortex in whirlpool shower water by a rotating blade.

[0069] Figure 3a is a diagram showing the joint portion of the frame fixing shaft device at the ceiling, the external sealed case, the vortex generating device, and the internal shower dry device.

[0070] Figure 3b is a diagram showing the joint portion of the frame fixing shaft device on the bottom surface, the external sealed case part, the vortex generating device, and the internal shower dry device.

[0071] [Correction pursuant to Rule 91, October 10, 2024]

[0072] [Correction under Rule 91 10.10.2024] Figure 4 is a diagram showing the plan view of the vortex generating upper rotating blade and the vortex generating lower rotating blade of the vortex generating device.

[0073] Figures 5a and 5b are diagrams showing the roller bearing device of the vortex generator.

[0074] Figures 6a to 6d are diagrams showing the structure and implementation of a shower nozzle.

[0075] Figures 7a and 7b are drawings showing an entrance door.

[0076] Figures 8a, 8b, and 8c are diagrams showing background technology.

[0077] The present invention relates to an automatic whirlpool shower, dryer, and skin treatment device for the general public.

[0078] The present invention is a device that allows anyone, regardless of age or gender, to easily and conveniently shower / dry their hair by simply pressing a button while sitting on a chair.

[0079] The present invention comprises three cylinders in the shape of an erected drum.

[0080] The outermost cylinder of the present invention is a cylindrical structure for sealing the whirlpool shower water.

[0081] The cylinder in the center of the present invention is an invention for swirling whirlpool shower water, and the cylinder structure itself formed in the central portion is invented to be used as a rotating blade.

[0082] In order to rotate the cylindrical whirlpool shower water filled in the cylinder of the present invention, three types of rotating blades of the central cylindrical structure were invented.

[0083] The first main rotor was invented as a side-rotating rotor that rotated the cylindrical whirlpool shower water sideways.

[0084] The second rotating blade is the lower blade installed at the bottom of the central cylinder, and it was invented to swirl the whirlpool shower water from the bottom to the top, so that the shower water rotates and showers in the order of feet, legs, knees, buttocks, and abdomen.

[0085] The third rotating blade is the upper blade installed on the ceiling of the central cylinder, and it was invented to swirl the whirlpool shower water from the top of the ceiling to the bottom, so that the shower water rotates and showers in the order of head, chest, and abdomen of the shower user.

[0086] The innermost cylinder of the present invention is a space where a shower user sits on a shower chair, and is a device that operates shower-dry and various detailed commands by pressing various buttons after the shower user sits on the shower chair.

[0087] The present invention was invented to be portable and can be installed and moved anywhere where only water can be connected.

[0088] The technology of the present invention has the unique advancement of a vortex generator that generates side vortices, bottom vortices, and top vortices of whirlpool shower water by the sealing property of the outermost cylinder and the three pairs of wing frames of the middle cylinder.

[0089] In addition, the easy operation of the shower button in the innermost shower space, the safety of the shower, the systematic mutual mechanical operation between the three cylindrical structures, and the interconnection between the shower, drying, and skin treatment functions can be said to be the core invention technologies.

[0090] As housing culture becomes more sophisticated and advanced, social hygiene systems, such as shower dryers, are becoming more readily available everywhere.

[0091] However, even in a society that can be called advanced, there are dark areas where the benefits of bathing culture and cleanliness culture do not reach.

[0092] For example, there are many places that surprisingly lack the facilities to satisfy human needs for cleanliness, such as offices or factory sites where overtime is frequent, outdoor construction sites, outdoor farm sites, bathing facilities in hospitals or nursing homes, and bathing facilities at outdoor sports venues.

[0093] The present invention is specifically described below with reference to drawings 1 to 7b.

[0094] The present invention can be used by both patients and the general public.

[0095] First, a cylindrical external sealed case (100) is formed.

[0096] A cylindrical vortex generator (200) is configured inside the cylindrical external sealed case (100).

[0097] A shower dryer (300) is configured inside the cylindrical vortex generator (200) so that a person who wants to shower inside the shower dryer (300) fills the device with water and the rotation of the cylindrical vortex generator (200) causes the water inside to create a vortex, thereby automatically enabling a shower.

[0098] The vortex generating side wing (220) of the cylindrical vortex generating device is connected to the upper frame fixed shaft device (410) and the lower frame fixed shaft device (450) by the vortex generating device frame shaft (280, 290), respectively.

[0099] The above cylindrical vortex generator (200) comprises a vortex generating side wing (220) extending from the top to the bottom.

[0100] According to Fig. 2b, the vortex-generating side wing (220) is configured in an outward direction from top to bottom. Of course, the vortex-generating side wing (220) may also be configured in an inward direction.

[0101] By the operation of the switch, the motor transmits rotational force, causing the cylindrical vortex generator (200) to rotate, and a vortex is generated by the rotation of the vortex generating side wing (220).

[0102] The cylindrical external sealed case part (100), the cylindrical vortex generator (200) and the shower dryer device (300) are configured to be fixed by combining with an upper frame fixing shaft device (410) and a lower frame fixing device (450) at the central portions of each of the upper and lower portions, so that the cylindrical external sealed case part (100) and the shower dryer device (300) are configured to be fixed, and the cylindrical vortex generator (200) is configured to be rotated.

[0103] The frame fixing shaft device is described as follows by drawings 3a and 3b.

[0104] Drawing 3a relates to an upper frame fixing shaft device (410).

[0105] The upper frame fixed shaft lower part (411) is connected to the upper central part of the shower dryer device.

[0106] The circular bearing device (412) is coupled to the upper central portion of the cylindrical vortex generator (200).

[0107] The upper frame fixed shaft upper part (414) is connected to the upper central part of the cylindrical external sealed case part.

[0108] The motor unit (413) rotates the cylindrical vortex generator (200) by driving it through a circular bearing device.

[0109] Drawing 3b relates to a lower frame fixing shaft device (450).

[0110] The lower frame fixed shaft upper part (451) is connected to the lower central part of the shower dryer device (300).

[0111] The circular bearing device (452) is coupled to the lower central portion of the cylindrical vortex generator (200).

[0112] The lower frame fixed shaft lower part (454) is connected to the lower central part of the cylindrical external sealed case part (100).

[0113] The motor unit (453) rotates the cylindrical vortex generator (200) by driving it through the circular bearing device (452).

[0114] The above cylindrical external sealed case (100) is configured to allow a shower user to enter and exit, but a sealed entrance is configured to prevent leakage even when water is filled, thereby completing the automatic shower dryer device.

[0115] The automatic shower dryer means that even if you just sit on a chair, your whole body will automatically be showered, and after you finish showering, the rotation of the vortex-generating side wing (220) will generate vortex air to dry your body.

[0116] That is, after showering, the shower water is drained, and after draining, the cylindrical vortex generator (200) is rotated to generate a vortex, thereby allowing the person who has finished showering to dry the moisture on their body.

[0117] A vortex generating lower rotating blade part (260) is formed at the bottom of the above cylindrical vortex generating device (200), and the rotation of the vortex generating side blade part (220) and the rotation of the vortex generating lower rotating blade part (260) simultaneously generate a vortex that rises from the bottom to the top like a whirlpool together with the cylindrical vortex, thereby enhancing the shower function.

[0118] A vortex generating upper rotating blade part (240) is formed on the upper part of the above cylindrical vortex generating device (200), and the rotation of the vortex generating side blade part (220) and the rotation of the vortex generating upper rotating blade part (240) simultaneously generate a vortex that descends from the upper part to the lower part like a whirlpool together with the cylindrical vortex, thereby enhancing the shower function.

[0119] The above cylindrical vortex generator (200) comprises a vortex generating wing part, a frame constituting the vortex generating wing part, and the remaining parts are made of empty space.

[0120] The shower dryer (300) is configured so that a person using the shower can automatically shower by sitting on a chair.

[0121] The explanation is as follows with reference to Figures 5a to 6c.

[0122] In order to prevent the weight from being concentrated by rotating around the lower frame fixed shaft device (450) at the lower part of the above cylindrical vortex generator (200), the lower part of the vortex generator frame (235) is configured with a roller bearing device (230) on the vortex generator support part (232) inside the lower part of the cylindrical external sealed case (120) so as to have rotational friction.

[0123] The lower part of the cylindrical vortex generator (200) that rotates by the motor unit is configured to rotate stably by the roller bearing (231) of the roller bearing device (230).

[0124] A shower nozzle part (500) is configured as a cylindrical space in the center of the upper frame fixing shaft device (410) or the lower frame fixing shaft device (450), so that a shower can be taken using water sprayed from the shower nozzle part (500) from the upper or lower portion of the shower dryer device (300).

[0125] A pressurized pump (710) or an air bubble generating motor (720) is configured at the inlet of the above shower nozzle part (500) so that a shower or air bubble massage can be performed.

[0126] In the drawing, the shower is configured to spray water from both the top and bottom simultaneously, but it can be configured to operate only one of the two as needed.

[0127] A timer (600) can be configured at the inlet of the shower nozzle (500) to control the shower time.

[0128] This is explained as follows by drawing 7a.

[0129] The sealed entrance position sensor (115) configured on the upper part of the sealed entrance (110) and the space entrance position sensor (215) configured on the upper part of the space entrance (210) configured in the cylindrical vortex generator (200) are configured to stop and start in sync with each other by the operation of the motor that controls the operation of the cylindrical vortex generator (200), thereby enabling a person who wants to shower to enter and exit smoothly.

[0130] In addition, the window-type entrance position sensor (315) configured on the upper part of the window-type entrance (310) configured on the shower dryer (300) and the space entrance position sensor (215) configured on the upper part of the space entrance (210) configured on the cylindrical vortex generator (200) are configured to stop and start in sync with the operation of the motor that controls the operation of the cylindrical vortex generator (200), thereby enabling a person who wants to shower to enter and exit smoothly.

[0131] It is also possible to configure sensors in three places: the sealed entrance (110) of the cylindrical external sealed case (100), the space entrance (210) of the cylindrical vortex generator (200), and the bar-shaped entrance (310) of the shower dryer (300).

[0132] Additionally, it is acceptable to configure a position sensor at any location in the above-mentioned closed door entrance, space entrance, and window-type entrance.

[0133] This is explained as follows according to drawing 7b.

[0134] Drawing 7b is a drawing of a sealed entrance / exit section (110) of a cylindrical sealed case section (100).

[0135] The drawing at the exact center of Drawing 7b is a drawing showing a sealed state in the upper part of the entrance (110a) and the lower part of the entrance (110b).

[0136] The corresponding part is a sealing part (112), which is made of rubber or silicone band material and is configured to correspond to a sealed door.

[0137] The part that comes into contact with the upper part of the entrance (110a) is the sealed upper part (112a), and the part that comes into contact with the lower part of the entrance (110b) is the sealed lower part (112b).

[0138] This is explained as follows by drawing 6d.

[0139] A water level control button part (800) is configured to adjust the water level when a person who wants to shower fills the water, or a buoy sensor necklace part (850) is worn to adjust the water level up to the neck area.

[0140] When the above buoy sensor necklace part (850) is worn, a buoy sensor connection drain port (855) is configured so that when the water level becomes higher than that of the buoy sensor necklace part (850), the buoy sensor connection drain port (855) opens to allow water to drain quickly.

[0141] This is a safety measure designed to ensure that the water level is maintained while the bather is standing or sitting, and then suddenly falls over, or if the bather wants to change from standing to sitting, the buoy sensor connection drain is immediately opened to allow the water to drain quickly.

[0142] Terms or words used in this specification and claims should not be interpreted as limited to their usual or dictionary meanings, but should be interpreted as meanings and concepts that conform to the technical idea of ​​the present invention, based on the principle that the inventor can appropriately define the concept of the term to explain his or her own invention in the best way.

[0143] Accordingly, the embodiments described in this specification and the configurations illustrated in the drawings are only the most preferred embodiments of the present invention and do not represent all of the technical ideas of the present invention. Therefore, it should be understood that there may be various equivalents and modified examples that can be replaced at the time of filing this application.

[0144] First, the present invention is a technology that can be applied industrially as a technology that provides free bathing services, free skin treatment services, etc. to the elderly who live alone in their own residences and are suffering from illness or have difficulty showering and drying themselves, as part of a national social welfare project.

[0145] Secondly, the present invention is industrially applicable in that it allows workers to shower / dry their clothes easily and simply by pressing a button at the work site without having to travel a long distance after work in poor conditions such as construction sites, agricultural sites, and factory sites.

[0146] Thirdly, the present invention is a device that performs bathing and skin treatment simultaneously by adding a skin treatment agent to whirlpool shower water while bathing, and is a technology that can be used industrially to treat skin diseases of shower users afterward or to provide preventive treatment in advance.

Claims

1. Cylindrical external sealed case; A cylindrical vortex generator configured inside the above cylindrical external sealed case portion; A shower dryer is configured inside the above cylindrical vortex generator so that a person who wants to shower inside the shower dryer can fill the device with water and then automatically shower by causing the water inside to create a vortex by the rotation of the above cylindrical vortex generator. The above cylindrical vortex generator has a vortex-generating side wing formed on the side, and rotates by the operation of a switch, thereby generating a vortex by the rotation of the vortex-generating side wing. The cylindrical external sealed case part, the cylindrical vortex generator and the shower dryer device are configured to be fixed by combining with an upper frame fixing shaft device and a lower frame fixing device at the center of each of the upper and lower parts of the cylindrical external sealed case part, the cylindrical vortex generator and the shower dryer device, and the cylindrical external sealed case part and the shower dryer device are configured to be fixed, and the cylindrical vortex generator device is configured to rotate. An automatic shower dryer device characterized in that the cylindrical external sealed case section is configured to allow a shower user to enter and exit, but is configured with a sealed entrance section so that water does not leak even when filled with water.

2. An automatic shower dry device characterized in that, after showering in paragraph 1, shower water is drained and, after draining, the cylindrical vortex generator is rotated to generate a vortex, thereby allowing the body of a person who has finished showering to dry off the moisture.

3. An automatic shower dryer characterized in that a vortex-generating lower rotating blade part is formed at the bottom of the cylindrical vortex generator in the first paragraph, and a vortex that rises from the bottom to the top together with the cylindrical vortex is generated by the rotation of the vortex-generating side blade part simultaneously with the rotation of the vortex-generating lower rotating blade part, thereby enhancing the shower function.

4. An automatic shower dryer characterized in that a vortex generating upper rotating blade part is formed on the upper part of the cylindrical vortex generating device in the first paragraph, and a vortex generating side blade part is rotated simultaneously with the rotation of the vortex generating upper rotating blade part to generate a vortex that descends from the top to the bottom like a whirlpool together with the cylindrical vortex, thereby enhancing the shower function.

5. An automatic shower drier device characterized in that the cylindrical vortex generator in the first paragraph comprises a vortex generating wing, a frame constituting the vortex generating wing, and the remaining portion is comprised of an empty space.

6. An automatic shower dryer device characterized in that a shower user in any one of the first to fifth clauses is configured to automatically shower by sitting on a chair provided in the shower dryer device.

7. An automatic shower drier characterized in that, in the first paragraph, a roller bearing device is configured to support the lower part of the frame of the vortex generator by rotational friction in order to prevent the weight from being concentrated by rotating around the lower frame fixed shaft device, and the lower part of the cylindrical vortex generator rotated by the motor unit is configured to rotate stably by the roller bearing device.

8. An automatic shower dryer device characterized in that a shower nozzle part is formed in a cylindrical space in the central portion of the upper frame fixed shaft device or the lower frame fixed shaft device in the first paragraph, so that a shower can be taken using water sprayed from the shower nozzle part at the upper or lower portion of the shower dryer device.

9. An automatic shower dryer device characterized in that a pressurized pump or an air bubble generating motor is configured in the inlet portion of the shower nozzle section in paragraph 8 to enable showering or air bubble massage.

10. An automatic shower dryer characterized in that the operation of the cylindrical vortex generator is controlled by a motor that controls the operation of the cylindrical vortex generator with a sealed entrance position sensor configured on the upper portion of the sealed entrance in the first paragraph and a space entrance position sensor configured at an arbitrary position of the space entrance configured in the cylindrical vortex generator, thereby allowing a person who wants to shower to enter and exit smoothly.

11. An automatic shower dryer device characterized in that, in the first paragraph, a window-type entrance position sensor configured on the upper part of the window-type entrance configured in the shower dryer device and a space entrance position sensor configured at an arbitrary position of the space entrance configured in the cylindrical vortex generator are configured to mutually stop and stop by the operation of a motor that controls the operation of the cylindrical vortex generator, thereby enabling a person who wants to shower to enter and exit smoothly.

12. An automatic shower device characterized in that, when a person who wants to shower fills the water in the first paragraph, a water level control button part is configured to control the water level or a buoy sensor necklace part is worn to control the water level up to the neck area.

13. An automatic shower drain device characterized in that, in the case of wearing the buoy sensor necklace in the 12th paragraph, a buoy sensor connection drain port is configured so that when the water surface due to the buoy sensor necklace becomes higher than the water surface, the buoy sensor connection drain port is opened to quickly drain the water.

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