TWI834441B - Automatic body washing apparatus - Google Patents

Abstract

An automatic body washing apparatus, which is a harmonized intelligent active oxygen generator (low concentration ozone) that adjusts the concentrations according to the conditions of users, and can be used at any time; it performs physiological detection before and after use, so as to carry out non-wearable physiological detection for the user, which includes heart rate autonomic nerve balance and thermal imaging to display the balance state of the body, and deploys fragrance according to personal physical fitness testing, and with non-contact Schumann wave resonance, strengthens deep cleansing and body relaxation, becoming an integrated cleaning and epidemic prevention physiology detect relieve stress and relax and personalize physiological physique detection and deploy experience fragrance technology, which can provide users with humanized anti-epidemic care, and allow caregivers and doctors to identify users' physiological conditions.

Description

Automatic bathing device

The present invention relates to a bathing device, in particular to an automatic bathing device that can provide cleaning, physiological measurement and fragrance.

At present, most of the automated bathing devices implemented abroad are traditional bathing machines, most of which still require manual operation, and few can provide functions of sterilization, physiological detection, and stress relief. In response to the post-epidemic era's coexisting lifestyle and the increase in labor costs for care, there is an urgent need for a humane care, cleaning and epidemic prevention strategy, especially one that can be used in automatic monitoring and high-risk environments to implement clean human body care. An automatic bathing device that meets the needs and takes into account the care process. The automatic bathing device of the present invention not only has the function of reducing epidemic prevention and care labor costs and risks to meet the needs of technologically precise cleaning and care, but also integrates cleaning and epidemic prevention, physiological detection, stress relief and relaxation experience, and personalization The fragrance technology formulated by physiological constitution detection provides users with humanized epidemic prevention care and allows caregivers and doctors to identify the user's physiological status.

Regarding the bathing devices that have been disclosed in previous patent cases, those with functions related to the present invention are listed as follows:

(1) Cleaning and sterilization function: US6463600: Automatic Shower and Tub Cleaner (Automatic Shower and Tub Cleaner) CN108542294A: A Swing Type Fully Automatic Intelligent Shower Bathtub (A Swing Type Fully Automatic Intelligent Shower Bathtub) TA000782800_AN: Ozone biological oxidation high-density water bath Device (Ozone biological oxidation high density water bath device)

(2) Massage and stress relief function: CN111920322B: Intelligent Voice Interaction Automatic Bathing Machine KR101967285B1: Automatic shower apparatus CN206189920U: Integrated Automatic Shower Room CN202778761U: Automatic Shower Cleaning Massager

(3) Physiological data detection and control function: CN212698661U: Fully Automatic Smart Shower System Based On Multisensor Data Fusion CN213248736U: A 5G voice-controlled smart shower device (A 5G Voice-activated Smart Shower Device)

Automation and matching adaptive selection function: CN106354185B: An Automatic Control System and Method For An Intelligent Shower Room KR102107333B1: Automatic Shower KR101606994B1: Automatic Shower WO2014019475A1: Fully automatic bathing machine and bathing machine scrubbing machine US 2017/0350103 A1: Intelligent shower system and method for automatically updating shower formula ) CN105616091B: A Kind Of Automatic Bath Bed With Mechanical Device CN109758013A: An Automatic Bathing Device US5829072A: Automatic shower control

In view of this, the present invention aims to provide an automatic bathing device with the following functions: active oxygen cleaning and epidemic prevention, a harmonious intelligent active oxygen production machine (low concentration ozone) according to the target concentration control, which can be used at any time; Physiological detection is carried out before and after use to carry out wearable physiological detection of the user, which includes heart rate, autonomic nervous system balance and thermal imaging to display the balance state of the body, and blends and experiences fragrance according to personal physiological constitution detection, and is equipped with non-contact Schumann wave resonance. , strengthens deep cleaning and body stress relief and relaxation. It can not only automatically bathe most parts of the human body at one time with the least amount of water and manpower, but also has multiple functions of showering, bathing, sterilization, detection and stress relief.

An embodiment of the automatic bathing device of the present invention includes a hollow cavity in which a spray shower and a seat are provided, as well as physiological detection and Schumann resonance stress relief mechanisms. The shape may be rectangular, square, cylindrical, or oval. wait.

According to another embodiment of the present invention, the hollow cavity has a seat, and a slide rail is provided on the seat frame and connected to the hollow cavity. The seat slide rail allows the user to first move the seat to a position where it is easier to move in. position, and then slide it into the shower machine cabin using the seat slide rails.

According to another embodiment of the present invention, a physiological detection part is provided in the waterproof area on the outer edge of the hollow cavity. There is an elastic pad above it to support the back of the hand, and below it is a detection metal electrode, which can facilitate the user to put the palm of his hand into the Detect physiological signals such as heart rate/ECG/autonomic nervous system in a non-wearable way.

According to another embodiment of the present invention, a thermal image detection device is disposed in the waterproof area on the outer edge of the hollow cavity, which can conveniently detect temperature areas on the body image (relative temperature distribution of limb circulation and inflammation).

According to another embodiment of the present invention, a Schumann resonance device is provided Placed at the base of the hollow cavity, users can use non-wearable waterproof electrodes and sensors to detect physiological signals such as heart rate/ECG/multiple autonomic nerves.

The second embodiment of the automatic bathing device according to the present invention includes a hollow cavity, an electronically controlled automatic device, which can have an active oxygen sterilization function, and uses an ozone water generating device to measure and regulate the ozone concentration to provide low ozone Concentration control: Provides human body active oxygen sterilization and cleaning in manned mode (ozone concentration is 0.05ppm~0.1ppm) and provides hollow cavity cleaning in unmanned mode (ozone concentration <0.12ppm).

According to another embodiment of the present invention, an electronically controlled automatic device is also included, which can be used with a spray atomizing nozzle to generate ultra-fine nano active oxygen and various fragrance bubbles, and spray warm water mixed with low-concentration ozone into it. Cavity cleaning of the human body.

According to another embodiment of the present invention, the electronically controlled automatic device can provide drying of the body (occupied mode) and the cavity (cleaning cavity mode).

According to another embodiment of the present invention, the electronically controlled automatic device can detect object sensing and give a voice warning for spraying sterilization when there is someone/unoccupied in the cavity.

According to another embodiment of the present invention, the electronically controlled automatic device can detect the temperature and/or humidity in the cavity.

According to another embodiment of the present invention, the electronically controlled automatic device can automatically set according to the process and display the status on the computer.

The electronic control system of the above-mentioned manned mode and unmanned mode:

(1) Occupied mode: Detect physiological pre-test (<5 minutes); Match aroma and prepare low-concentration ozone; Ozone fragrance micro-foam spray cleaning (at least 10 minutes); Rinse with water (at least 10 minutes, can be divided into sections); Dry (at least 10 minutes); at the same time, perform stress relief and resonance relaxation (10 to 30 minutes).

(2) Unmanned mode: start cleaning chamber (unmanned detection), low concentration ozone preparation (<0.12ppm); ozone fragrance micro-foam spray cleaning (at least 10 minutes); rinse with water (at least 10 minutes, can be divided into sections) ; Tumble dry (at least 10 minutes).

According to another embodiment of the present invention, the electronically controlled automatic device can be connected to a computer host and a control system to integrate user interface functions, including ozone concentration measurement and control to produce low-concentration ozone and automatically spray sterilization and physiological functions according to set parameters. Signal detection, bathing process and control, data transmission and recording can use touch to set parameters and control.

According to another embodiment of the present invention, the electronically controlled automatic device can be connected to the physiological detection sensor, Schumann wave resonance feedback and aroma matching control module, and display the physiological parameters on the panel to perform physiological data calculation program calculation and display the results. Or the system data can be automatically accumulated and archived and uploaded to the district network for data collection and subsequent processing applications.

The above and other objects, features and advantages of the present invention can be fully understood by following the following detailed description based on the accompanying drawings.

100, 200, 300, 400: automatic bathing device

10, 20, 30: Bath machine cavity

101, 201: Waterproof door

102, 202: Seat

103, 203: Liquid piping system department

104, 204: Heating air piping system department

105, 205: Drainage hole

106, 206: Waterproof base

107: Schumann Resonance Stress Relief Device

11, 21, 31, 41, 51, 61: Computer host system

12, 22, 32, 42: Electronic control system

13, 23:Pipeline system

14, 24, 34: Bath spray device department

15, 25, 35: Warm air control system department

15A, 25A: Manned mode

15B, 25B: Cleaning cavity mode

16, 26, 36: with/without warning device

17, 27, 37: Temperature and humidity detection system department

18, 28: Physiological Detection System Department

121:Ozone water generation department

122: Ozone concentration measurement system department

123: Ozone concentration control system department

202A: Seat slide

207: Schumann Resonance Stress Relief Device

208: Schumann resonance cavity base

27A: Bath machine start button

27B: Bath machine stop button

28A: Elastic pad

28B: Metal electrode for detection

28C: Thermal image detection device department

31: Computer host system

32:Electronic control system

33: Ozone concentration detection and control system department

301:Cold water system department

302: Warm water generation and temperature control system department

303:Ozone water generation system department

304: Low concentration ozone water detection and control system department

41: Computer host system

48: Physiological measurement and detection system department

407: Schumann Resonance Stress Relief Device

408: Bath liquid spray comparison device

410: User interface functions

51:Computer host

51A: Display occupied mode status

S52: Display the physiological pretest status of detection

S53: Display low concentration ozone preparation status

S54: Display ozone fragrance micro-foam spray status

S55: Display water flushing status

S56: Display drying status

S57: Display the stress relief resonance relaxation state

S58: Show the end of bathing

61:Computer host

61A: Display unattended mode status

S62: Display unmanned detection status

S63: Display starts cleaning cavity

S64: Display low concentration ozone preparation status

S65: Display ozone fragrance micro-foam spray status

S66: Display water flushing status

S67: Display drying status

S68: Display the end of cleaning cavity

Figure 1 is an overall schematic diagram of an embodiment of the automatic bathing device of the present invention.

Figure 2 is a schematic diagram of another embodiment of the automatic bathing device of the present invention.

Figure 3 is a schematic diagram of the electrical control system of the bathing cavity of the automatic bathing device according to one embodiment of the present invention.

Figure 4 is a system block diagram of the electrical control system and host display of the bath cavity of the automatic bathing device according to one embodiment of the present invention.

Figure 5 is a bathing flow chart of an embodiment of the automatic bathing device of the present invention.

Figure 6 is a flow chart of the cleaning cavity of an embodiment of the automatic bathing device of the present invention.

Note: In the drawings, components, devices or systems with the same name but represented by different symbols/numbers in different drawings can be the same object.

[Example 1]

Please refer to Figure 1, which shows an embodiment of the automatic bathing device of the present invention. The automatic bathing device 100 of the present invention mainly includes a bathing cavity 10, a computer host system 11, an electrical control system 12, a pipeline system 13, a bath liquid spray part 14, a warm air control system part 15, and a /Unmanned warning device part 16, a temperature and humidity detection system part 17, and a physiological detection system Ministry of Finance 18.

The above-mentioned bathing cavity 10 is a cavity used to cover the human body and can be of various shapes. The cavity part has a waterproof door 101 that can be opened to expose the bather's head. There is a seat 102 inside the cavity. There is also a liquid piping system 103 and a warm air piping system 104 around the cavity. There is a drainage hole 105 at the bottom. A seal is formed by tempered glass or other plastic materials. In the waterproof space, there is a waterproof base 106 for detecting physiological signals next to the seat 102, and a Schumann resonance stress relief device 107 is provided at the bottom of the entire cavity.

The electronic control system 12 can be used to control circuit control and induction detection of various bathing methods. It includes an ozone water generation part 121, an ozone concentration measurement system part 122 and an ozone concentration control system part 123 to provide low ozone concentration. Control, and thereby provide an manned mode for human body active oxygen sterilization and cleaning (ozone concentration is 0.05ppm~0.1ppm) and an unmanned mode for cleaning the cavity (ozone concentration is less than 0.12ppm); ozone water can also provide appropriate sanitation and disinfection for others water.

The electronic control system 12 can be used with the bath sprayer 14 to generate ultra-fine and nano-active oxygen fragrance bubbles of various types. The electronic control system 12 can also provide a warm air control unit 15 for drying the body (occupied mode 15A) and the cavity (cleaning cavity mode 15B).

The electronic control system 12 may also include an presence or absence warning device part 16 for detecting object sensing and giving a voice warning for spraying sterilization when the cavity is occupied or unoccupied.

The electronic control system 2 may further include a temperature and humidity detection unit 17 to automatically detect the temperature and humidity in the cavity 10 . And the physiological detection system part 18 is connected to the computer host 11.

[Example 2]

Please refer to Figure 2, which shows another embodiment of the automatic bathing device of the present invention. The automatic bathing device 200 of this embodiment of the present invention mainly includes a bathing cavity 20, a computer host system 21, an electrical control system 22, a pipeline system 23, a bath liquid spray part 24, and a warm air control system part 25 , can dry the body (occupied mode 25A) and the cavity (cleaning cavity mode 25B), the presence/absence warning part 26, the temperature and humidity detection system part 27, and a physiological detection system part 28.

The bathing cavity 21 is a cavity used to cover the human body and can be of various shapes. The cavity portion has a waterproof door 201 that can be opened to expose the bather's head. There is a seat 202 inside the cavity. A liquid pipeline system 203 and a warm air pipeline system 204 are provided around the cavity. There are drainage holes 205 at the bottom and a waterproof base 206 for detecting physiological signals. A Schumann resonance pressure relief device 207 is also provided at the bottom of the entire cavity, which is sealed into a waterproof space by tempered glass or other materials. The electronic control system is connected with an presence/absence warning device part 26, a temperature and humidity detection system part 27, a bathing machine start button 27A, and a bathing machine stop button 27B.

The bathing cavity 21 has a seat 202 inside, which slides The rail 202A is installed on the seat frame and connected to the bath cavity 20. The seat slide rail 202A allows the user to first move to a seat position that is easier to move into, and then slide the seat slide rail 202A into the bath cavity. Within 21.

The piping system 203 of the bathing cavity 21 includes a bath liquid spray device part 24, a warm air control system part 25 and a drainage hole 205 provided at the bottom. Among them, the bath spray device part 24 contains prepared low-concentration ozone water and aroma foam and is injected with warm water and cold water; the warm air control system part 25 can introduce warm air for drying the human body and the cavity; cleaned sewage Then it is discharged from the drainage hole 205.

The bathing cavity 21 has a physiological detection system part 28 installed in the waterproof area of the outer edge of the cavity. There is an elastic pad 28A above the outer edge of the cavity to withstand the back of the bather's hand, and a metal electrode 28B for detection below. , it is convenient for users to put their palms into it to detect physiological signals such as heart rate/ECG/autonomic nervous system in a non-wearable way.

The electronic control system 22 of the bathing cavity 21 also includes an presence/absence warning device part 26, a temperature and humidity detection system part 27 that can detect the temperature and humidity of the cavity, a bathing machine start button 27A, and a bathing machine start button 27A. The machine stop button 27B is used to test the remote start or stop of the automatic process of the automatic bathing device. The presence/unavailability warning device part 26 can also detect object sensing and voice warning for spraying sterilization voice warning when the cavity is occupied/unoccupied.

In the bathing cavity 21, part of a thermal image detection device 28C is installed in the waterproof area on the outer edge of the cavity, which can conveniently detect the temperature on the body image. Area (relative temperature distribution and inflammation of limb circulation).

In the bathing cavity 21, a Schumann resonance stress relief device 207 is installed in the cavity base 208, which can facilitate the user to detect physiological signals such as heart rate/ECG/multiple autonomic nerves and guide them in a non-wearable and waterproof manner. Introduce Schumann resonance to relieve stress.

Please refer to Figure 3, which shows an embodiment of the computer host system and the electronic control system of the automatic bathing device of the present invention. The computer host system 31 and the electronic control system 32 of the automatic bathing device 300 of the present invention include an ozone water generation system part 303, a low concentration ozone water detection and control system part 304, a bath liquid spraying device part 34, and a warm air control system part. 35. Presence/unavailability warning system part 36, temperature and humidity detection system part 37.

In the electronic control system 32 of the automatic bathing device 300, the ozone water generation system part 303 and the ozone water detection and control system part 304 can have low-concentration ozone water with an oxygen sterilization function, and can provide oxygen sterilization and cleaning for the human body. Manned mode (ozone concentration is 0.05ppm~0.1ppm) and unmanned mode that provides cleaning chamber (ozone concentration is less than 0.12ppm).

The electronic control system 32 of the automatic bathing device includes a cold water system part 301 and a warm water generation temperature control system part 302. It is equipped with a bath spray device 34 to generate a variety of ultra-fine and nano-active oxygen fragrance bubbles, which can mix low-concentration ozone The warm water of the water goes into the cavity to clean the human body.

In the electronic control system 32 of the automatic bathing device, the warm air control system part 35 can provide body drying (occupied mode) and cavity (cleaning cavity). model).

In the electronic control system 32 of the automatic bathing device, the presence/absence warning system part 36 can detect the presence/absence of the cavity and provide a voice warning for spraying sterilization when the cavity is occupied/unoccupied.

In the electronic control system 32 of the automatic bathing device, the temperature and humidity detection system part 37 can detect the temperature and humidity in the bathing machine cavity 21 .

Please refer to Figure 4, which shows a main display diagram of another embodiment of the automatic bathing device of the present invention. The electronic control system 42 of the automatic bathing device 400 according to the present invention can be connected to the computer host system 41 and can display the user interface function 410, including physiological data, cavity temperature and humidity data, water temperature data, ozone water concentration data and control manufacturing. Low concentration ozone can be automatically sprayed for sterilization according to set parameters, physiological signal detection and bathing process and control, data transmission and recording can be controlled by setting parameters and controlling.

The above-mentioned computer host system 41, its connected physiological measurement and detection system part 48 can be connected with the Schumann resonance stress relief device 407 and the bath liquid spray comparison device 408 to generate the best mode and display the physiological parameters on the panel. The physiological data calculation program calculates and displays the test results. The system data is automatically accumulated and archived and uploaded to the regional network for data collection and subsequent processing applications.

Figure 5 is a bathing flow chart of the preferred embodiment of the present invention.

Please refer to Figure 5, in which the computer host 51 can automatically set and display the "occupied mode" state 51A according to the process, and automatically perform the following bathing process:

(1) Display the physiological pretest status S52 (<5 minutes).

(2) Display low-concentration ozone production status S53.

(3) Display ozone fragrance micro-foam spraying status S54 (at least 10 minutes).

(4) Display water rinse status S55 (at least 10 minutes, can be segmented).

(5) Display drying status S56 (at least 10 minutes).

(6) Display the stress relief resonance relaxation state S57 (10 minutes to 30 minutes).

(7) The end of bathing is displayed S58.

Figure 6 is a cleaning flow chart of a preferred embodiment of the present invention.

Please refer to Figure 6, where the computer host 61 can automatically follow the process settings and display the "unmanned mode" state 51A, and automatically execute the following cavity cleaning process:

(1) Display unmanned detection status S62.

(2) Display starts cleaning chamber S63.

(3) Display low-concentration ozone production state S64 (concentration less than 0.12Ppm).

(4) Display ozone fragrance micro-foam spray status S65 (at least 10 minutes).

(5) Display water rinse status S66 (at least 10 minutes, can be segmented).

(6) Display drying status S67 (at least 10 minutes).

(7) Display the end of cleaning the cavity S68.

Although the preferred embodiments of the present invention have been described above in conjunction with the accompanying drawings, the present invention is not limited to the above-mentioned specific implementations. The above-mentioned specific embodiments are only illustrative and not restrictive. They can also be specified in many forms without departing from the spirit of the present invention and the scope of protection of the claims.

10: Bath cavity

11: Computer host system

12:Electronic control system

13:Pipeline system

14: Bath spray part

15: Warm air control system department

15A: Manned mode

15B: Clean cavity mode

16: With/without warning device department

17: Temperature and humidity detection system department

18:Physiological Detection System Department

101: Openable waterproof door

102: Seat

103:Liquid piping system department

104: Warm air piping system

105: Drainage hole

106:Waterproof base

107: Schumann Resonance Stress Relief Device

121:Ozone water generation department

122: Ozone concentration measurement system department

123: Ozone concentration control system department

Claims (15)

An automatic bathing device, including: a bathing cavity covering the human body, an electronic control system with a circuit control part and an induction detection part for controlling the bathing device, a pipeline system, a bath liquid spraying device part, and a computer The main unit, a liquid pipeline, and a warm air pipeline system part; the bottom of the bathing cavity is provided with a drainage hole, which is sealed into a waterproof space by tempered glass or other materials, and has a temperature detection system, a user In the physiological signal detection system part, a thermal imaging detection device part, and a Schumann resonance stress relief device. For example, the automatic bathing device in item 1 of the patent application scope further includes: an ozone water generation system part, a low-concentration ozone water detection and control system part, a cold water system part, a warm water generation and temperature control system part, and one or more models Fragrance bath liquid control system department, a temperature and air control system department, a present/unavailable warning system department, and a temperature and humidity detection system department. For example, in the automatic bathing device in item 2 of the patent application, the ozone water generation system can provide an manned mode for human body active oxygen sterilization and cleaning (the concentration is 0.05ppm~0.1ppm) and an unmanned mode for cleaning the cavity (the concentration is less than 0.12 ppm). For example, in the automatic bathing device in Item 1 or 2 of the patent application, the electronic control system can control the bath liquid spraying device to generate ultra-fine nano-active oxygen and various fragrance bubbles; and provide warm air control to Dry the body (occupied mode) and cavity (clean cavity mode). For example, in the automatic bathing device in Item 1 or Item 2 of the patent application, the electronic control system also includes a presence/unavailability warning device to detect object sensing. It has a voice warning system for spraying and sterilizing when there is no one in the cavity or no one in the cavity; and a temperature and humidity detection system to automatically detect the temperature and humidity in the cavity. For example, in the automatic bathing device of Item 1 or 2 of the patent application, the seat inside the cavity is mounted on the seat frame through a slide rail and is connected to the bath cavity. The seat slide rail allows the user to move first. From the seat that is easier to move in, use the seat slide rail to slide it into the shower machine cavity. For example, in the automatic bathing device of Item 1 or 2 of the patent application, the piping system of the bathing cavity includes a bath liquid spray device part and a warm air piping system part. For example, in the automatic bathing device of Item 1 or 2 of the patent application, the bath liquid spraying device part of the bathing cavity can be used to inject prepared low-concentration ozone water and fragrance foam as well as warm water and cold water; The air duct system can introduce warm air for drying the human body and the cavity; the cleaned sewage is discharged through the drainage holes. For example, in the automatic bathing device of Item 1 or 2 of the patent application, the physiological detection system is installed in the waterproof area on the outer edge of the cavity. There is an elastic pad on the top of the cavity to hold the back of the hand, and the detection metal electrode is below. It is convenient for users to put their palms in to detect physiological signals such as heart rate/ECG/autonomic nervous system in a non-wearable way. For example, in the automatic bathing device of Item 1 or 2 of the patent application, part of the thermal image detection device is installed in the waterproof area on the outer edge of the cavity, which can conveniently detect the temperature zone on the body image (relative to the circulation of the limbs). Temperature distribution and inflammation). For example, in the automatic bathing device of Item 1 or 2 of the patent application, the Schumann Resonance Stress Relief Device is installed on the cavity base, which can facilitate the user to detect heart rate/ECG/multiplex in a non-wearable and waterproof way. Physiological signals such as autonomic nerves guide Schumann resonance to relieve stress. For example, the automatic bathing device in Item 1 or 2 of the patent application, the electronically controlled automatic device described therein can control a variety of scented bath liquid control systems, and can be used with a bath spray device to generate ultra-fine nanometer A variety of activated oxygen fragrance bubbles are used to mix warm water with low-concentration ozone water through the shower into the cavity to clean the human body. For example, the automatic bathing device in Item 1 or 2 of the patent application scope, the electronically controlled automatic device described therein can be connected to a computer host system and integrate user interface functions, including ozone concentration measurement and control to create low-concentration ozone and Setting parameters for automatic spray sterilization, physiological signal detection, bathing process and control, data transmission and recording can be set using touch parameters and controlled, and can be connected to physiological detection sensors, Schumann wave resonance feedback and fragrance matching control modules; and The physiological parameters are displayed on the panel, the physiological data calculation program is calculated and the experience results are displayed. The system data is automatically accumulated and archived and uploaded to the regional network for data collection and subsequent processing applications. For example, the automatic bathing device in Item 1 or 2 of the patent application scope, the electronically controlled automatic device described therein can be connected to the computer host system to automatically set and display the status according to the process, display "occupied mode" and automatically perform the following bathing process: (1) Detect physiological pre-test (<5 minutes) (2) Match aroma and low concentration ozone preparation (3) Ozone fragrance micro-foam spray cleaning (at least 10 minutes) (4) Rinse with clean water (at least 10 minutes, can be divided into sections) (5) Dry (at least 10 minutes) (6) Simultaneously perform stress relief and resonance relaxation (10 to 30 minutes) (7) Bathing is over. For example, the automatic bathing device in Item 1 or 2 of the patent application scope, the electronically controlled automatic device described therein can be connected to the computer host system to automatically set and display the status according to the process to display "unmanned mode" on the computer and automatically execute the following Cavity cleaning process: (1) Unmanned detection and confirmation (2) Start cleaning the cavity (3) Low concentration ozone preparation (<0.12ppm) (4) Ozone fragrance micro-foam spray cleaning (at least 10 minutes) (5) Rinse with clean water (at least 10 minutes, can be divided into sections) (6) Dry (at least 10 minutes) (7) Cleaning the cavity is completed.

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