AT519494A1 - Device for the therapeutic treatment of a human patient - Google Patents

Abstract

A device for the therapeutic treatment of a human patient with a seat (1) for the patient, with a foot basin (2) designed to receive the feet of the sitting patient, which can be filled with a liquid, and with at least one screen (4) accessible to the seated patient , 4 ').

Description

Summary

Device for the therapeutic treatment of a human patient with a seat (1) for the patient, with one for receiving the feet of the seated

Patient-trained foot basin (2), which can be filled with a liquid, and with at least one screen (4, 4 ') that can be viewed by the seated patient.

80957 40 / cr (Fig-1)

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The invention relates to a device for the therapeutic treatment of a human patient.

80957 40 / cr

Devices for the therapeutic treatment of the human body on a couch or a seat are known several times, for example in the form of massage tables or the like. In addition, devices for the cosmetic treatment of the human body are known, for example chairs with an integrated foot basin, which allow foot care after softening the skin and nails. However, such cosmetic devices do not allow holistic therapeutic treatment of the human body.

The object of the invention is to provide a device for the therapeutic treatment of a human patient with which automated treatment, in particular for reducing stress, is possible in a targeted manner according to the respective patient types.

According to the invention this is achieved by the features of claim 1.

In addition to the comfortably controlled or thermostatically controlled supply of heat that promotes stress relief, the foot basin provided according to the invention also permits further therapeutic treatments, for example, according to a preferred embodiment, it is possible to carry out a foot reflex zone massage which can be carried out with water jet nozzles. A gentler massage with a whirlpool-like supply of air is quite possible. Further possible therapy examples are targeted color light therapy, in which light sources whose color can change, for example RGB LEDs, can be present in the foot basin. Aromatherapy is also possible, for example. Here essences and fragrances are added to the foot bath and / or gases (such as ionized oxygen) are added to the breathing air. Fine current therapy with electrodes arranged in the area of the foot basin is also preferably possible.

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An automatic disinfection system can preferably disinfect the foot basin between the individual patients.

In the device according to the invention, however, not only a foot basin is available. Rather, a screen that can be viewed by the patient and that can perform a wide variety of functions is also provided:

On the one hand, audiovisual instructions can be conveyed to the patient via the screen, such as how he can control the device himself using an input device or a screen designed as a touchscreen, for example how to start or end a predetermined therapy process. But audiovisual learning programs can also be played to him, for example to learn to breathe or inhale properly. Information about the progress of the therapy process can also be sent to the patient / guest. With some forms of therapy, in which the guest has to "participate", deviations from the ideal temperature can be recorded by sensors and communicated to the patient / guest, so that he / she can change his / her behavior in such a way that the therapy success is optimal .

After the treatment, the results of the therapy can also be shown to the patient / guest on the screen.

Another use of the screen is to use it as an integrated color light system in order to supply the patient with light with the color that is optimal for him.

It is possible to create the patient profile beforehand in an external system, whereby the patient's response to certain external influences or stimuli, in particular audiovisual stimuli, is recorded.

The input and evaluation of digital, psychologically oriented questionnaires and digital stress tests (in the form of special stress tests 3/31

Questionnaires) is also possible - also interactively, for example via a touchscreen.

The reaction data can be recorded by a wide variety of sensors, for example EKG, heart rate variability detection (HRV), EEG, etc. A blood pressure measurement or a pulse measurement is also possible. Overall, you then get a profile of the patient, how he responds to special audiovisual or other targeted stimuli. This profile can then be transferred to a memory of the device according to the invention and then a treatment program dependent thereon can be run, whereby the patient can be provided with predetermined images, films, sounds or distributed over time, the parameters of various devices in the foot basin can be controlled and finally other facilities such as heating. Or magnetic field devices that can be controlled in the seat.

In addition to the above-described detection of the patient type outside the device according to the invention, it is also possible to carry out this detection in a test run in the device according to the invention itself, certain audiovisual (for example via a screen) and / or olfactory stimuli being set and then using sensors or measuring devices the patient's reaction is recorded. This can then be saved and a program can later determine the course of treatment.

Further advantages and details of the invention are explained in more detail with reference to the following description of the figures:

Figure 1 shows an embodiment of a device according to the invention in a perspective view.

FIG. 2 shows a highly schematic perspective view with a stylized patient.

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Figure 3 shows the same device in a front view, also with a stylized patient.

FIGS. 4a and 4b show another embodiment of a device according to the invention in two different perspective representations.

FIGS. 5a and 5b likewise show yet another exemplary embodiment of a device according to the invention in two different perspective views.

Figure 6 shows a schematic block diagram of an electronic

Control device that controls a wide variety of components of the device according to the invention.

In the embodiment of the device according to the invention for therapeutic treatment of a human patient shown in FIG. 1, a seat, designated overall by 1, is provided for the patient, which has a seat surface 1a, a backrest 1b and a preferably height-adjustable headrest 1c. Attached to this seat 1 is a foot basin, generally designated 2, which is designed to hold a liquid, in particular water (optionally with additives). For example, the fill level of the liquid, not shown in detail, can extend to the dashed line 3.

The seat 1 and the foot basin 2 are preferably connected to form a structural unit. One-piece training is possible. However, it is also possible that this connection is only provided during operation and can be separated for maintenance purposes.

Furthermore, a screen 4, which can be seen by the seated patient, is provided, which is formed on a support 5 pivotably mounted above the seat 1 (see also the following FIGS. 2, 3, 4a and 4b). In addition to the screen 4, the carrier has a table surface 6.

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According to a preferred embodiment, which is implemented in FIG. 1, it is provided that the carrier 5 can be moved about an essentially vertical axis into a first position in which the patient can sit in the seat or even stand up from it. This position is not shown in Figure 1. But it is easy to imagine. The carrier 5 is simply pivoted aside about a vertical axis.

According to this preferred embodiment, it is provided that the carrier can be moved into a second position, shown in FIG. 1, in which the table surface 6 lies essentially horizontally or obliquely and lies above the thighs and in front of the point of the seated patient, as is the case with the patient Figures 2 and 3 best show.

The screen can be used for aesthetic reasons and in terms of

Ease of use can be essentially flush with the top of the table surface, as shown in Figures 1 and 4a.

The device according to the invention can communicate with the seated patient via the screen. An input unit for the patient is also advantageously provided. This can be integrated in the screen itself if it is designed as a touchscreen. However, a separate input unit, for example in the form of a keyboard or mouse, is also conceivable and possible.

In the area of the backrest 1b of the seat, loudspeakers 7 are provided which, together with the screen 4, enable audiovisual communication.

In addition to the screen 4, a color light therapy device 8 is provided in the present exemplary embodiment, which can be arranged in the form of a pivotable bracket in front of the patient's eyes. On the side facing the patient, it has light sources which vary in color, for example RGBLEDs, via which the color suitable for the patient can be supplied. By

6/31 the arrangement just before the patient's eyes, a good and targeted color therapy is possible.

Outlet nozzles 10 for a gas or aerosol (in particular of ionized oxygen) can also be arranged on this device 8.

In the area of the backrest 1b and / or in the area of the seat surface 1a of the seat 1, a heating device 11 can be provided for targeted therapeutic heat supply, with which certain areas of the patient can also be “overheated” in a targeted manner.

In Figure 1, the position of the heater 11 is shown only schematically. In reality, this can be distributed over the seat surface 1a or over the backrest 1b, for example in the form of a selectively controllable heating matrix.

A device 12 for generating a therapeutically effective magnetic field can also be arranged in the area of the seat, in particular in the area of the seat surface 1a.

This device is also only indicated in FIG. 1 in the form of a schematically illustrated coil. Of course, it can also comprise several distributed individual electromagnets and / or permanent magnets. The electromagnets would then be selectively electrically controllable. When using permanent magnets, one can imagine, for example, moving their position to change the magnetic field by means of an electric motor.

As already mentioned, the foot basin 2 provided according to the invention is filled with liquid, in particular water, in the interior, for example up to the level of the dashed line 3. For filling, a cold water connection 13, a hot water connection 14 and an electrically controlled mixing device 15 are provided, which can also include a heating device in order to bring the pool temperature to a desired level via connections, not shown. A drain 16 is also provided.

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The inflows and outflows in the area of the basin are not shown for the sake of clarity. For example, it is possible, however, to make the inlet via the opening 17 on the rear of the basin. A disinfectant can also be added via this opening in order to disinfect the system between the individual sessions of different patients.

Through the same opening, it is also possible to add essences or flavorings to the liquid or water in the foot basin 2.

Apart from the warmth that is comfortable for the patient, it is also possible to carry out a massage. In particular, a foot reflex zone massage through a large number of jets, which are arranged in the region of the floor of the foot basin. These can be selectively controlled electrically via valves, not shown.

It is also possible, alternatively or simultaneously, to supply air via these nozzles, so that a whirlpool-like massage effect is achieved. Additional color therapy can be achieved via schematically illustrated light sources (for example RGB LEDs) 19 whose color can be adjusted.

In the foot basin 2 there are also fine current electrodes 20 which are connected to a device for fine current therapy (not shown in more detail).

This enables targeted fine current therapy in addition to the other forms of therapy. Such fine current electrodes 20 can also be provided in the hand shell 21, which are arranged laterally in the region of the seat, preferably in a removable manner. This hand shell 1 can also be filled with liquid, for example also with flavored or caring substances.

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In addition to the electrodes 20 in the foot basin 2 and in the hand shell 21, further electrodes can also be attached to the patient's body in order to carry out a targeted fine current therapy.

A support 22 for the patient's feet can be provided on the edge of the foot basin 2, on which the patient can place his feet.

Figures 2 and 3 show a highly schematic view

Embodiment of a device according to the invention with a patient sitting therein. Figures 2 and 3 serve mainly to illustrate a possible sitting position and to show the relative position of the patient to the device according to the invention.

An alternative exemplary embodiment of the device according to the invention for therapeutic treatment of a patient is provided in FIGS. 4a and 4b. The same reference numerals designate the same parts as in FIG. 1. Some technical details, in particular in the area of the foot basin, are not shown in detail in FIGS. 4a and 4b, the purpose here is to show the differences from the exemplary embodiment in FIG. 1, which mainly consists of that the carrier 23, which can be moved in front of the eyes of the seated patient, not only carries color-changing LEDs, but also a complete screen 4 '. On the one hand, additional image information can be supplied via this screen 4 ″, on the other hand, however, it is also possible to use this screen for color light therapy, for example by applying a single color in a specific color.

The carrier 23 is mounted in a manner not shown, preferably pivotable relative to the seat 1 about an essentially vertical axis. However, it is also possible that it can be placed on the seat from above, for example together with the headrest 1c. In any case, it should be possible to move it away briefly outside of the treatment times for easier patient access.

In Figures 4a and 4b you can also see the previously described screen 4, which is embedded in the table surface 6.

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A further exemplary embodiment of the device according to the invention is shown in FIGS. 5a and 5b on the basis of two perspective representations. Here, a hood is provided which can be pivoted about horizontal axes 24 and which can surround the patient's head in a dome shape. The advantage is that aroma substances or treatment gases escaping inside the dome, such as ionized oxygen, for example, cannot evaporate so easily and have therefore achieved better treatment success. The patient can also take a more protected, more closed position, but the dome is preferably at least partially transparent so as not to restrict the patient.

The loudspeakers arranged inside the closed dome are also less audible for other patients or people in the same room and therefore less disturbing.

A screen 4 ′ is arranged in the interior of the hood 25, the hood functioning as a carrier for this screen. The screen 4 'corresponds essentially in position and size to that in FIGS. 4a and 4b.

By the way, FIG. 5b also shows that the screen 4 of FIG. 1 or FIGS. 4a and 4b can be dispensed with if the screen 4 'takes on its function inside. If there is sufficient distance from the patient's head, this screen can also be operated as a touchscreen. However, separate input elements can also be provided, for example in the area of the hand shells 21.

With reference now to FIG. 6, the schematic internal structure and the individual components are described in more detail, which overall make an excellent combination therapy possible.

There is a central electronic control unit 26 which, for example, as shown in FIG. 1, can be arranged in the region of the base of the seat 1. These

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Control unit 26 can be shown schematically, for example

Internet connection 27 are connected to an external automated diagnostic device 28. A tablet 30 or a PC 31 (see FIG. 1) or another input / output device, for example a smartphone, can also be connected via a schematically illustrated line 29. Line 29 need not be a galvanic line. As with other lines, it can of course also be a radio connection.

The reference number 32 denotes a wide variety of sensory devices, for example for heart rate variability detection (HRV) or an EKG device or a blood pressure measuring device. These sensors make it possible to record patient reactions to specific, set audiovisual and / or olfactory stimuli. The data recorded by the sensor devices 32 during a test run or the data recorded by the external automated diagnostic device 28 are advantageously stored in a storage device 33 and can be called up, for example, in a controlled manner from the tablet 30 or PC 31, with a program sequence in the electronic control device 26 controls components of the embodiment of the device according to the invention shown in FIG. 6 and also drawn in FIG. 1 in the sense of a holistic therapy.

These components are, in particular, the device 12 for generating a magnetic field, a heating device 11 in the area of the seat, a device 15 for determining the temperature of the liquid in the foot bath 2, a device 21a for fine current treatment (via the electrodes 20, not shown here), a device for disinfecting the foot basin, a device 10 for supplying an aerosol or ionized oxygen, a device 34 for metering essences or aromatic substances into the foot bath, a device 9 for

Color light therapy, a loudspeaker 7 and / or a screen 4, 4 '.

All of these components can be controlled in a suitable manner by the electronic control device.

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Overall, the device according to the invention can be preferred

Embodiments have one or more of the following advantageous features:

- Comfortable seat unit with electronically controlled integrated color light system.

- Inhalation system for the administration of oxygen, which can ideally be ionized and can also be combined with an aromatherapy system and with a nebulizing or atomizing system where aqueous media including brine and medicinal water can be used.

- Screen, preferably a touchscreen, with control unit and audio-visual display with - among other things - the following functions:

a. Audiovisual instructions on how the guest should use the Health Booster.

b. Audiovisual instructions on how the guest should perform the therapy process

c. Audiovisual tutorial on how the guest should breathe and inhale properly.

d. Information system if the patient / guest deviates from the ideal therapy application to ensure optimal therapy success.

e. Presentation of the therapy result after treatment.

- Interchangeable or adaptable device for accommodating the inhalation device and / or color light therapy device and the size of the screen, each adapted in size, in different variants.

a. Variant A. (Fig. 1,2, 3)

Electronically controlled color light system based on the previously created color psychological tests, which was either created on the Health Booster itself or in advance on an external screening system.

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Inhalation device for the administration of oxygen, which is preferably ionized, and is preferably enriched with aromas or essences.

b. Variant B (Fig. 4a, 4b)

Additionally built-in screen with preferably additional audio system in size and equipment adapted to the respective need.

c. Variant C (Fig. 5a, 5b)

In addition to variant A, a hood is provided, which prevents the escape of oxygen or aerosol and gives the patient / guest a feeling of security and privacy. The hood can be both opaque and transparent. In addition, ventilation holes or slots can be installed in the hood to ensure targeted air circulation. This ventilation can be used both fixed and lockable (optionally manually or electrically or automatically controlled).

Interface to an external screening system (diagnostic device) so that the previously recorded patient data can be implemented (automatically) therapeutically at the device according to the invention.

Integrated test module for determining psychological and / or biological health or complaint profiles if no patient data are available

Fine flow technology unit with integrated sensor connections for the different body regions to be treated.

Removable hand shell with fine flow connections in a version that medicinal water and emulsions can also be used.

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- foot basin:

a. With hot, cold water and mixed water connections.

b. With thermostat system for controlling the water temperature.

c. with integrated fine flow connections.

d. with reflexology massage with water jet nozzles, which can preferably also be adjusted individually. A system with an integrated drain is also possible.

e. Foot whirlpool system (similar to whirlpool) for a gentle massage of the

Foot area, by means of a device adapted to the volume of the pool, which makes it possible to produce the desired air-water whirlpool / massage effect.

f. with electronically controlled integrated lighting system, the colored light of which adapts individually to the previously determined needs of the patient.

G. With aromatherapy system for the injection of essences to the

Patient needs can be customized.

H. With automatic disinfection system for disinfecting the

Foot basin area after each application.

- Magnet (resonance) system for the treatment of men and women complaints.

- HRV system for determining the health or vital status, preferably before, during and after use

- Heating element for thermal treatment of men and women health problems

The following can be said in even more detail regarding the device according to the invention and preferred embodiments thereof:

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Pain reduction system using the built-in fine flow technology: This significantly reduces pain and tension. This system uses the built-in fine flow technology and adapts it depending on the pain. With special sensors, the most diverse pain regions are covered with fine current in adjusted current strengths

Removal of pollutants in the body

A medical treatment unit based on the fine flow technology is installed, which makes it possible to discharge pollutants in the body and at the same time stimulate the kidney excretion functions.

Reflexology massage

The system has an integrated foot reflex zone system, which is used for relaxation, vitalization and to promote blood circulation in the guests / patients. This also allows individual organs to be treated or stimulated therapeutically. Many organs of the human body can be positively influenced by this stimulation. Water jet nozzles and corresponding water pumps are used - but air bubble massage applications are also optionally administered, which are technically solved by appropriately shaped nozzles in the pool floor and a corresponding air compression system.

The system has a (healing) water unit, whereby both foot basins and variably installable hand basin basins can be provided. Skin problems up to psoriasis can also be treated in the foot basin. Nail bed inflammation on the toes and ulcers and superficial inflammation are also treated. Inflammation of the nail bed and ulcers can be treated in the hand shell.

Color test facility

The system has an integrated color test system. The color test is carried out via the integrated monitor of the inhalation unit or alternatively via the

15/31 integrated touch screen that controls the colored light in the head area as well as in the foot basin.

Integrated color light technology

In the system, the entire pelvic area, the entire chair, the inhalation unit as well as the underside of the foot basin are electronically controlled with the help of the patient

Color light therapy unit illuminated.

The colored light system can be controlled via the integrated monitor. The color selection can be controlled via a previously carried out external color test or by direct manual input or by tests on the device itself.

Video and audio technology

A video and audio system is installed that can reproduce a wide variety of image sequences, films, colors and sounds. This enables a wide variety of stimulations to be performed on the patient, e.g. deep relaxation or vitalization can be used.

Breath training facility

A special breathing rhythm training system is controlled via the screen (monitor). The guest is shown the right type of breathing using pictures or film sequences. The guest can learn to train his breath in a variety of ways using visual target-actual presentations in various ways. At the same time, the oxygen system is controlled and also the ionization and vaporization of the brine and mineral solutions as well as the aromatherapy system that can be used for this are controlled.

Aroma and essences plant

Various fragrance and aroma or essence systems are installed, which can be used to suit the needs of the patient / guest.

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HRV facility

An HRV system is installed, which analyzes the guest / patient for biological and mental reactions in relation to the influencing of his psyche by sounds, light and film sequences as well as in relation to the influence of oxygen and subsequently proposes a corresponding health booster for subsequent treatments. In addition, the influence on the psyche and the overall physical condition of the aromas and essences used in the system is analyzed by the HRV system and a proposal for further therapy steps is worked out.

Integrated ionization system

In addition to the oxygen system, an ionization system is installed.

Integrated brine and mineral nebulization system

In addition to the previous plant units, a brine &

Mineral system built-in nebulization system.

Thermal system

A controllable heating system is installed, which on the one hand ensures the comfort of the guests and on the other hand is also used therapeutically as radiant heat treatment. It can be used to treat prostate and menopause complaints in particular.

Magnetic resonance system

A magnetic resonance system is integrated with which a wide variety of bodily functions can be positively influenced.

Stress reduction system

A stress reduction or relaxation system is installed. This system uses the built-in color light therapy, the fine current technology, the oxygen system, and the audio-visual

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System and also on the foot reflex zone massage system and controls them via the integrated monitor (screen).

The results of stress reduction and relaxation are measured with special sensors.

This allows the system to be adapted to the personal needs of the guest / patient.

In the area of the seat surface 1a or the backrest 1b, a preferably electrically or pneumatically driven massage device can also be provided for the patient.

Innsbruck, December 19, 2016

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80957 40 / cr

Claims (29)

Claims 1. Device for the therapeutic treatment of a human patient with a seat (1) for the patient, with a foot basin (2) designed to hold the feet of the seated patient, which can be filled with a liquid, and with at least one screen visible from the seated patient (4, 4j. 2. Device according to claim 1, characterized in that the seat (1) and the foot basin (2) are connected to form a structural unit. 3. Device according to one of claims 1 or 2, characterized in that at least one screen (4, 4j) is formed on a support (5) which is movable, preferably pivotable, relative to the seat (1). 4. Device according to claim 3, characterized in that the carrier (5) has a table surface (6). 5. Device according to claim 4, characterized in that the carrier (5) is preferably movable about a substantially vertical axis - in a first position in which the patient can sit in the seat or get up from it, and further in a second Movable position, in which the table surface (6), which is preferably substantially horizontal or inclined, lies above the thighs and front torso of the seated patient. 6. Device according to claim 4 or 5, characterized in that at least one screen (4) is substantially flush with the top of the table surface (6) embedded in this. 7. Device according to one of claims 3 to 6, characterized in that the carrier - preferably about a substantially horizontal axis (24) is movable into a first position in which the patient sit in the seat (1) or stand up therefrom can, and further movable into a second position, in 19/31 80957 40 / cr, the at least one screen (4 ″), preferably oriented essentially vertically or obliquely, is arranged in front of the eyes of the seated, essentially straight-ahead patient. 8. Device according to claim 7, characterized in that the carrier is designed as a hood (25) for receiving the head of the seated patient. 9. Device according to claim 8, characterized in that the hood (25) partially consists of transparent material. 10. Device according to one of claims 1 to 9, characterized in that at least one screen (4) is designed as a touchscreen and / or a separate input unit is provided for the patient. 11. Device according to one of claims 1 to 10, characterized in that the foot basin has a device for controlling the water temperature, which preferably comprises a heating and / or cooling device. 12. Device according to one of claims 1 to 11, characterized in that the foot basin has at least one hot water connection and at least one cold water connection and an outlet. 13. Device according to one of claims 1 to 12, characterized in that a device for massage, in particular foot reflex zone massage, is arranged in or on the foot basin. 14. The device according to claim 13, characterized in that the device for massage - preferably adjustable - has liquid nozzles. 15. Device according to claim 13 or 14, characterized in that the device for massage has a device for blowing in air. 20/31 80957 40 / cr 16. Device according to one of claims 1 to 15, characterized in that at least one electronically adjustable in color light source - preferably LEDs - is arranged in the foot basin. 17. Device according to one of claims 1 to 16, characterized by at least one device (10) for metering essences and / or aromatic substances and / or gases - preferably ionized oxygen - into the liquid in the foot basin and / or into the patient's breath Air. 18. Device according to one of claims 1 to 17, characterized in that the foot basin is assigned a device for automatic disinfection thereof. 19. Device according to one of claims 1 to 18, characterized in that in the region of the seat (1) and / or on a support movable relative to the seat, at least one light source electronically adjustable in color, preferably LED (9) or a screen (4j , is intended for color light therapy. 20. Device according to one of claims 1 to 19, characterized by at least one loudspeaker (7), preferably for delivering audiovisual signals to the patient together with the at least one screen. 21. Device according to one of claims 1 to 20, characterized by a device for galvanic fine current therapy, the fine current electrodes (20) being attachable to the skin of the patient and / or arranged in a liquid into which the patient is partially immersed. 22. Device according to claim 21, characterized in that at least one fine current electrode (20) is arranged in the foot basin (2). 21/31 80957 40 / cr 23. Device according to one of claims 1 to 22, characterized by at least one liquid-filled hand shell (21) into which a hand or the fingers of the seated patient can be immersed. 24. Device according to claim 23 and one of claims 21 or 22, characterized in that at least one fine current electrode (20) is arranged in the hand shell (21). 25. Device according to one of claims 1 to 24, characterized in that the seat and / or backrest of the seat via a - preferably electrical - heating device (11) can be heated. 26. Device according to one of claims 1 to 25, characterized in that a device (12) is provided in the region of the seat for generating a magnetic field acting on the seated patient. 27. Device according to one of claims 1 to 26, characterized by a device for the non-invasive detection of body parameters, in particular the heart rate variability (HRV), the pulse, the pulse profile (EKG) and / or the blood pressure. 28. Device according to one of claims 1 to 27, characterized by an electronic control device, which - preferably as a function of patient data acquired from an external diagnostic device and / or stored patient data from a previous test run on the device itself - at least one, preferably all of the following Controls facilities and / or sizes: - a screen - a speaker - A device for controlling the water temperature in the foot basin - a foot massage device - Light sources adjustable in color 22/31 80957 40 / cr - The addition of essences and / or aromas and / or gases - preferably ionized oxygen - into the liquid in the foot basin and / or into the air inhaled by the patient - A device for disinfecting the foot basin - A device for galvanic fine current therapy - a heater in the seat - A device for generating a magnetic field. 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