KR100496897B1 - Slimming device - Google Patents

Abstract

The present invention relates to an apparatus for slimming the body, the apparatus comprising a housing (1) forming a main chamber (2), the actuating means (5) operable by legs and a seat for supporting the body of the user (3) disposed therein, comprising an opening (8) in the housing (1), the opening surrounding the body and sealing the housing (1) in the area of the opening (8) with respect to the body. And a vacuum pump for generating a vacuum in the housing (1). In order to be applicable to different training conditions, at least one other chamber 16 is provided in the area of the opening 9 according to the invention, the other chamber 16 having a different seal for the user or the user and the rounder means. Sealed by a collar 20, the internal pressure of the other chamber 16 can be adjusted according to the internal pressure of the first chamber.

Description

Slimming device and slimming method {SLIMMING DEVICE}

The invention further relates to a slimming device for the body which increases the blood circulation of the skin by vacuum without straining the joints. The device comprises a housing in which working means operable by legs and seats for supporting the body are arranged, openings in the housing surrounding the body, the opening area relative to the body. A sealing collar sealing the housing, and a vacuum pump generating a vacuum in the housing. The invention also relates to a method of training the body.

Devices of the same type are known, for example, from EP 0 906 774 (EP 0 906 774). Different exercises can be performed by known devices and therapeutic concepts can be carried out. The vacuum acting on the lower half of the user during operation of the device has an irritating effect, in particular the circulation of blood in the skin is sustained. Thus, for example, a reduction in the target body tissue can be achieved. The therapeutic effect can be applied to individual needs by adjusting the vacuum, and also by temporarily applying overpressure, movement of the body through the actuating device, and by air conditioning of the chamber. In the device disclosed in EP 0 906 774, the therapeutic effect is mainly achieved by vacuum pressure.

While the known device can provide good effects and can be used for multiple indications, the need for more selective applications has emerged.

In addition, US 5,133,339 (US 5,133,339) discloses a training device comprising a treadmill, in particular gravity being used in the zero state (without). Since the pressure of the user exerted on the treadmill is determined by the vacuum adjusted in the device, the limits in the range of particularly low specific loads are tight. The device can be used for training and rehabilitation, since the movement of the musculoskeletal can be done, thereby increasing the increase in muscle and bone density. In order to achieve the desired effect, it is important to use a training device that is operated for standing-up or walking, since exercised human organs must be trained by increased or decreased gravity stimulation. Gravity stimulation effects cannot be obtained without using a standing device.

The apparatus disclosed in U.S. Patent No. 5,133,339 has the problem that the training effect is only possible under great tension of the joints. To prevent excessive strain on the joints, the vacuum of the instrument according to US Pat. No. 5,133,339 must be reduced again.

1 is a schematic axonometric view of a device according to the invention for use in a sitting position.

2 is a partial cutaway view of the device shown in FIG. 1;

FIG. 3 shows the device of FIG. 1 with additional entry help. FIG.

4 is an operational sketch of the device shown in FIGS. 1-3.

5 and 6 show two alternative switching diagrams for carrying out the invention.

7 is a cross-sectional view of another device according to the present invention for use in a lying down position.

8 shows the device of FIG. 7 in a closed condition.

9 shows the device shown in FIG. 7 when the user is lying on the device.

10 shows the device of FIG. 9 in a closed condition.

11 shows the device of FIGS. 7 to 10 in an inclined condition.

12 is an exploded view of the device shown in FIGS. 7 to 11;

Therefore, an object of the present invention is to improve the above-described device so that the slimming effect is exerted on the user without excessive strain of the joints.

It is also intended to be particularly suitable for use in sophisticated treatment concepts or training programs.

The above object is achieved by an apparatus according to the invention, in which at least one other chamber is provided in the opening area, the other chamber being sealed by a different sealing collar to the body, the interior of the other chamber The pressure may be adjusted independently of the internal pressure of the first chamber.

The vacuum in the chamber appears to exert a local and systematic effect on the user operating the working unit of the device. However, the degree of systemic effect is different in the extremities area compared to the trunk area. Also, local conditions, such as strengthening of local tissues, are different. By adjusting the pressure levels differently this fact can be considered optimal. In particular, it is desirable that during the lifetime of the exercise unit the pressure relationships can have different transient processes so that a plurality of parameters can be optimized independently of each other.

It has also proved to be desirable for the first sealing collar to be provided to seal the human hip area while the second sealing collar to be provided to seal the human thorax area. The second sealing collar is preferably drawn to the area under the axillae of the person. Thus, most of the abdomen and chest can be affected separately.

In order to facilitate movement and to be installed in a fitness studio which is usually not very large in space, the device must be formed in a desirable design, in particular compact. This object is achieved by the device according to the invention in which the housing is formed into a round body, in particular an egg.

On the other hand, when the housing is constructed in the design of a circular body, a particularly compact structural appearance is provided, while at the same time the circular body exhibits the best properties for pressure action. As such, even when the wall thickness is relatively thin, high stability can be obtained. The use of thin wall thicknesses also has desirable advantages in terms of manufacturing cost and device weight.

It is particularly preferred that the housing can be divided into half shells, each half shell comprising the opening portion, and the half shells being connected by a locking system. The malleability of the device is facilitated when the device is transported, for example, through narrow door passages. A fast acting closure system facilitates disassembly and assembly of the device.

At the same time, the form of the device, consisting of two halves each comprising an opening part, facilitates entry into the device, since the two parts can be moved separately, for example to enter the device. to be.

It is also preferred that the housing portion in the opening can be formed as a door element. This greatly simplifies entry and exit of the device. The door element may be formed of a collapsible component, and stair elements may be arranged on the folded side to facilitate entry.

The device is preferably configured to allow a user to sit in the housing. This shape relieves leg muscles and hip, knee and ankle joints.

According to a preferred embodiment, a seat is provided, the height of which can be adjusted to support the user. This height adjustment allows the user to adjust the position of the user if necessary, for example to place it deeper in the device to treat abdominal and hip problems, or to position it higher if he wants to treat only legs and hips. Can be.

According to another preferred embodiment, the opening is arranged on the side and a lounger means extends through the opening into the housing so that a person can lie down during exercise. The lying posture reduces body weight at the hips and allows training without pressure being applied. This embodiment has the desirable advantages apart from the above-described embodiment.

Lying down poses a special advantage, especially with interaction with the vacuum, which further inhales blood into the vacuum-loaded body region. In the supine position, the user's legs are not placed under the torso for blood circulation to the heart. Thus, the position of the legs ensures that the positive effect of vacuum on blood circulation of adipose tissue is maintained while the influence of vacuum on the circulatory system is compensated for.

Preferably, the rounder means is configured to be movable in the longitudinal direction in the housing. In this case, you can train in multiple locations. On the one hand, the targeted effect on the legs and hips can be achieved, and on the other hand, the targeted effect on the abdomen and hips can be achieved.

Preferably the sheet is disposed on the lounger. The seat prevents the vacuum chamber from slipping caused by the suction force of the vacuum.

In addition, support means for the user's shoulders are disposed on the lounger. The shoulder support prevents the person from slipping during the overpressure phase or when the position is lowered.

The sealing collar is formed in the form of an inflatable sealing ring and preferably seals the opening to the rounder means and the user. The inflatable sealing ring is optimally applied for each user and also seals the opening in particular between the opening and the lounger.

Preferably, the sealing collar is formed in the form of a vacuum cover. The vacuum covers of this type exist in different sizes and can therefore be easily adapted to the size or features of each user, namely the abdomen, waist or hip diameter. The vacuum lid is grabbed by a person from the outside of the device and pulled onto the sealing ring of the opening.

It is particularly preferred that the working means be formed of a stepper, an indoor bike or an ellipse trainer. These actuators can be operated in either sitting or lying position. When the actuation means is formed with steppers, the seat serves to support the body so that high pressure is not applied to the legs. When the actuation means is formed of an elliptic trainer, the body weight is reduced in the legs, and only suction force acts on the legs.

In another embodiment, the actuation means is driven by an electromotor and braked by the user's body force. This also enables manual operation, in particular the precise movement adjustment of the user.

In addition, control means can be configured to be arranged outside the housing. In this way, the device can be easily operated by a person or by an assistant. Through a terminal with operating units and at least one display connected to the control means, the training user has physiological values such as pressure, walking frequency, amount of exercise performed and remaining All values such as momentum, heart rate, blood pressure as well as current operating conditions of the device according to the invention can be called up and shown. Moreover, the training user can program exercise conditions via the terminal. To facilitate access to the terminal, the terminal is disposed on a movable arm.

According to another embodiment, the housing preferably comprises at least one additional pressure chamber, the at least one further pressure chamber being configured to have a different pressure than the pressure in the main pressure chamber. The additional chamber may be arranged in the trunk region, in particular in the abdominal region of the human. Thus, different pressures can be applied to different body parts. The second chamber may be pre-arranged in the housing, or may be applied to a user outside the housing. For example, the second chamber produces an overpressure effect on the abdomen while the legs are affected by the vacuum effect, and vice versa.

In another embodiment magnetic coils are arranged in at least one chamber to generate a magnetic field in the region where the user is located. The magnetic coils may surround a human abdomen or legs, for example. As such, magnetic fields can be used to sustain the therapeutic effect.

In addition, preferably, light sources illuminating the user are provided in the at least one chamber. Light rays of different wavelengths, including infrared and ultraviolet light, may be supplied through the optical fibers. The light beam may be directed in a targeted manner onto certain body regions.

Intrinsic effects can also be achieved when air conditioning means are provided to regulate the temperature and humidity of the air. The selectivity of the application is increased by the air conditioning means conditioning the air in each individual chamber independent of the other chambers.

In addition, a first vacuum pump for evacuating the main chamber and a vacuum pump for each other chamber may be provided. In this way, the greatest independence in vacuum control can be obtained.

Configuring a single vacuum pump to be connected to each individual chamber through a separate pressure control valve can provide other inexpensive advantages.

The present invention also provides a method of physical exercise, the method comprising: a housing in which an actuating means operable by legs and a seat for supporting a user's body are arranged; an opening in the housing surrounding the body; A body movement method by an apparatus comprising a sealing collar for sealing the housing in an opening region, and a vacuum pump for generating a vacuum in the housing, wherein a walking motion is first performed on the actuating means, and It is characterized in that the switch-on of the vacuum pump operates to be offset and activated in a timely manner.

In addition, pressure drop can be applied to the user's circulatory system. For this purpose, in addition to the pulses, a device for measuring the blood pressure and / or respiration rate and / or heart rate of the training user and outputting these in the form of signals is integrated in the device according to the invention. Such measuring instruments may be another embodiment of the present invention connected to the control unit in a data transmission manner, and control the movement according to the measured physical exercise values. In the case of automatic control it is particularly desirable to use pulse rates or heart rate. For this reason, the training user can, for example, wear a pulse belt or the like which is connected to the control means and determines training programs based on the received data.

Preferably, the vacuum is lowered at predetermined time intervals in a predetermined step.

Moreover, it is desirable that permanent changes occur between normal pressure and vacuum during a predetermined time interval after reaching a predetermined maximum vacuum.

Preferably the walking resistance and / or vacuum is controlled according to the pulse rate of the person.

In addition, the walking resistance and interval switching may be connected to each other.

It is evident from the above facts that the method according to the invention is adapted to be suitable for walking resistance, walking movement and vacuum effect by continually considering the pulse velocity of a person.

At the beginning of the method, only walking exercises occur. Normal pressure is dominant in the housing. Only after the initial phase of the walking movement is the pump turned on and a vacuum generated. In this way, the vacuum effect is prevented from occurring without the walking motion. When the vacuum effect is generated without the walking motion, the blood is concentrated on the leg due to the vacuum, and the muscles are not fully returned to the brain so that the blood is not supplied enough to the brain and is unconscious. Because it is triggered. For this reason a monitoring menas is provided, which monitors the walking movement and, if there is no walking movement for a predetermined time, disconnects power to the vacuum pump or opens one or a plurality of valves in the vacuum portion. Let's do it.

The walking resistance is preferably applied and particularly adjusted for each user. When treating the problem of body parts in the region of thighs, the walking resistance is set at 0.8 to a maximum of 1.2 W / kg body weight, for example. In this case, the seat position in the housing is set to a high position. When treating the problem of hip region portions, the walking resistance is set to at least 1 to 2 W / kg body weight. In this case, the person sits in a deep seat position, which has a vacuum effect on the abdomen and hips.

You will need regular walking exercises to get the best results. Particularly suitable is a rotational speed of 50 to 70 / min.

As mentioned above, the first few minutes walk without a vacuum effect to stimulate the circulatory system. This first step takes about three minutes. Then, the atmospheric pressure in the apparatus is lowered to 10 millibar and lowers 5 to 10 millibar every 4 to 5 minutes. The pressure drop as well as the time interval is applied to the user's circulatory system. For users with a stable circulation system, the vacuum rises between 30 millibar and up to 50 millibar, and for users with a weak circulation system the range is 20 to 25 millibar.

When the vacuum reaches 20 millibar, interval switching begins. During this interval switching, a permanent change occurs between the reduced pressure and the normal pressure in the device. Increased pressure may also be used instead of normal pressure.

The intervals are applied for each user, usually with suction within 10 to 90 seconds, followed by 10 to 30 second exhaust and 10 to 90 second overpressure, respectively.

The interval switching can also be connected with a walking resistor. The walking resistance is increased while the vacuum is acting on the user. When the housing is evacuated, the walking resistance decreases. Depending on the needs of each user, the opposite connection can also be selected.

Since the vacuum represents the motion of the circulatory system, the walking resistance and the vacuum must be reduced if the pulse rate is too high.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1 shows a training device suitable for use in a sitting position.

The device comprises a housing 1 surrounding a main chamber 2, in which a seat 3 is arranged on a shifting rail. In addition, working means in the form of an indoor bicycle 5 are arranged in the main chamber 2, and the indoor bicycle can be driven by the electric motor 6. Air-tight closing openings 11 can, for example, attach the user's legs, i.e. make it difficult to move from the outside to the pedals of the indoor bicycle 5. .

Box 7 is connected to chamber 2, which contains a vacuum pump not shown in detail, and also to control means for controlling additional functions to be described below.

Air can be drawn through opening 8 to create a vacuum. The other opening 9 serves to cool the air conditioner, in particular the main chamber 2 and to regulate the humidity of the air.

The light sources 10 serve to illuminate the legs of a user who uses the device. Magnetic coils 12 are provided in the leg areas of the user to enhance the therapeutically desirable magnetic field.

Entry door 13, which opens to the floor, facilitates entry into the device. The entrance door 13 is disposed in the opening 8 region. In the unfolded state, the entrance door may have elevations in the area seen in the unfolded state, and the elevations may be used by a person using a device such as a stairway to facilitate entry.

In particular, as shown in FIG. 3, a handicapped person can be lifted into the device using a crane 14 type entry help. In this case, the user is indicated by reference numeral 15.

Another chamber 16 is disposed above the main chamber 2, which is formed by a cylindrical extension 17. An opening 18 is formed from the transition region of the housing 1 to the extension 17, the opening having a sealing collar 19, through which the chamber 2 is sealed to the user 15 in the hip region. The sealing collar 19 may be provided in the form of panties with two openings for the user's legs.

The other sealing collar 20 serves to seal the other chamber 16 against the body in the upper part of the chest. Another magnetic coil 21 is provided to generate a magnetic field in the chest region. The other chamber 16 may not only be loaded with a pressure separate from the main chamber 2 but may also be exhausted separately and may have unique light sources.

The handles 22 serve to support the user and to receive a display unit 23.

The person 24 shown in figure 4 holds the leg of the user 15 through opening and closing openings in the position of the actuation means 5. Particularly in the case of a physically handicapped, it may be desirable for the actuating means to be provided with foot appendages so that the foot is held in the actuating means.

As shown in FIG. 5, the first line 30 guides the main chamber 2 outwards, and the second line 31 guides the first or second pressure control valves 32, 33 from the other chamber 16. A vacuum pump 34 is disposed downstream of the pressure control valves 32, 33 to evacuate the chambers 2 and 16. As such, individual desired pressures are set in the chambers 2 and 16.

The embodiment shown in FIG. 6 differs from the embodiment shown in FIG. 5 in that independent vacuum pumps 34a and 34b are provided in the respective chambers 2 and 16 and the vacuum pumps can be driven individually by the control means 35. .

Another embodiment of the present invention is shown in FIGS. The devices shown in Figs. 7 to 11 are training devices to be used by each user in a lying posture.

Note that the same components in the embodiments to be described with reference to the drawings are denoted by the same reference numerals shown in FIGS. 1 to 6.

The device shown in FIG. 7 consists of a housing 1 surrounding the main chamber 2. An operating means in the form of an indoor bicycle 5 is arranged in the main chamber 2. The housing 1 is arranged such that the opening 8 is positioned on the side of the housing so that the user using the device is surrounded by the opening. Lounger means 38 can be moved to other positions in the housing through frame 39, which has a lock element disposed in the housing and has said opening 8 closed. Extends out of the housing 1 and engages with the lower side of the rounder means 38. This adjustment can only affect the legs and hips, and at other times it only affects the hips and hips.

Seat 3 is disposed on the lounger 38, which is formed of a securing element and positioned between the legs of the user in use. In view of the different body sizes of the training users, the seat is preferably arranged to be moveable on the lounger. The sheet on the lounger prevents a person from being attracted during the vacuum step.

In order to facilitate entry, the instrument shown in FIG. 8 can easily be unfolded into two half sheaths, wherein the two half sheath elements 36 and 37 are separated from each other in the region of the opening 8.

9 is a view showing a state of use of the device. In FIG. 9, the user is already lying on the lounger 38, which is in the desired position in the housing. As described above, the user is supported on one side by the sheet 3. The user is also secured by the supports 40 on the lounger 38, which are placed on the shoulder of the user being treated. The supports are particularly necessary when the lounger is inclined from a horizontal position to another position, for example as shown in FIG. Furthermore, supporting the shoulders prevents the user from being pressed out of the device during operation using excess pressure. In operation, the lounger can be placed in any inclined, vertical position.

The control unit 35 is arranged outside of the housing and can be operated by a trainer or assistant. For this reason, the control unit 35 is provided with a folding device similar to an arm and moved to other positions.

In order to seal the user against the opening and the lounger, the user wears an inflatable inner ring outside the housing, the ring worn without being inflated and finally positioned on the lounger and then inflated do. The user may also wear a vacuum cover that serves as a seal.

It is particularly preferred that several seals interact to effect a complete seal of the rounder 38 to the opening 8 and a complete seal of the user to the rounder 38 and the opening 8. In this case, the lower side of the lower means 38 and the area between the parts of the opening 8 which surround the same part can be sealed by separate sealing means.

The modular structure of the device of FIGS. 7-11 can be obtained from FIG. 12. The modular structure allows for fast and flexible application in various training situations, giving advantageous mobility and great retention.

The training device comprises a lounger mechanism adjustable as a first module, the lounger mechanism including the shoulder support 40 and the seat 3 as well as the lounger or rest 38 and the frame 39. do. The seat and the shoulder support are disposed on the lounger 38 to be movable in the longitudinal direction. The frame 39 is substantially fixed, while the lounger 38 on which the body is placed during training is movable relative to the frame 39, the height, length and inclination can be adjusted as described above and facilitated for cleaning. Can be removed. For adjustment the lounger comprises an adjustable foot 50 with rollers 51. On the upper side, latches 52 are provided in the frame, the latches 52 engaging the corresponding counter-latch of the rounder 38 and in any longitudinal movement Fix it.

Interchangeable actuation mechanisms 5a, 5b, 5c are provided in the second module, all of which are operable in the lying down position. 12 shows stepper 5a, bicycle trainer 5b and elliptic trainer 5c. The actuation mechanisms 5a to 5c are movably supported in adjustment means in the form of rail 46. The actuation mechanisms 5a to 5c all comprise data and signal transmission means which can be connected to the control means. The actuation mechanisms 5a to 5c may also optionally comprise an electric motor.

The adjustment means 46 allow for accurate ergonomic adjustment of the actuation mechanism independent of the position of the lounger. Thus, when the lowering machine 38 moves substantially into the housing 1 (most of the body is exposed to pressure) and when the lowering machine 38 substantially moves out of the housing (less part of the body is pressured) The joint of the user with respect to the actuation mechanism may be determined.

The other module is the control means or the terminal 35 respectively.

The supply unit 55 is another module. Air conditioning control mechanisms, for example an air conditioning system 56, as well as a pump 57 for generating a vacuum or overpressure in the chamber 2 are installed in the supply unit. The supply unit 55 constitutes a housing, which seals the sound so as to reduce as much noise as possible during operation in a rehabilitation center or fitness center.

The housing forms the final module and is configured as described above. The housing 1 is supported by the frame 60, which is fixed to the ground and whose height can be adjusted.

Due to the modular structure, the device of FIGS. 7 to 11 can be switched from a device for training in a lying posture to a device for training in a sitting position as shown in FIGS. 1 to 4 by exchanging only a few components. have.

In a particularly preferred embodiment in this respect, the housing is designed to be used for training in lying and sitting positions. For this reason the opening should only be turned upwards after removing the lounger and replacing it with a seat.

In addition to the apparatus mentioned in connection with FIGS. 1 to 6, the apparatus shown in FIGS. 7 to 12 is further equipped with integrated magnetic coils, air conditioning means or light irradiation means.

In the apparatus, the vacuum as well as the overpressure can be raised or lowered regularly or stepwise during a predetermined time. At various stages of treatment, an interval circuit turns on and off the overpressure or vacuum switch respectively for different times. Overpressure and vacuum can be changed at any stage of treatment. The overpressure and vacuum can be controlled manually or automatically. In the case of automatic control, this control is calculated based on the blood pressure or heart rate of the person to be treated or based on the temperature action of the vacuum chamber or on the resistance of the skin surface or ergometer of the person training.

The present invention realizes the treatment and targeted training applied in an improved manner adapted to the characteristics of each user.

Meanwhile, in the detailed description of the present invention, specific embodiments have been described, but various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the scope of the following claims, but also by the equivalents of the claims.

 The invention further relates to an apparatus and method for slimming the body which increases the blood circulation of the skin by vacuum without straining the joints. The present invention can be used in fields such as body slimming, physical therapy, and other various fields.

Claims (33)

An actuating means (5) comprising a housing (1) forming a main chamber (2), operable by means of legs, being arranged in said main chamber, An opening 8 in the housing 1, the opening surrounding the body, A sealing collar for sealing the housing 1 in the region of the opening 8 with respect to the body, Including a vacuum pump for generating a vacuum in the housing (1), In addition, the device for slimming the body by improving the blood circulation of the skin by vacuum without tensioning the joints, A device is provided for supporting the user's body with a lounger means (38), said user being able to take a lying position during the body training on the lounger means. The device according to claim 1, wherein the rounder means (38) extend into the housing (1) through the opening (8). The device according to claim 1 or 2, characterized in that the rounder means (38) are arranged to be movable in the longitudinal direction in the housing (1). 2. The device according to claim 1, wherein the lounger means comprises adjustment means for tilting the lounger means. 2. Device according to claim 1, characterized in that a sheet (3) is arranged on the lounger means (38). 2. Device according to claim 1, characterized in that the user's shoulder support means (40) are arranged on the lounger means (38). 2. Device according to claim 1, characterized in that the sealing collar (19) is formed in the form of an inflatable sealing ring and configured to seal the opening (8) against the rounder means (38) and a person. 2. The device according to claim 1, wherein the sealing collar is formed in the form of a vacuum sheath. Device according to claim 1, characterized in that the housing (1) is formed into a circular body, in particular an oval body. 10. The housing (1) according to claim 9, characterized in that the housing (1) can be divided into half sheaths, each half sheath comprising a part of the opening (8), the half sheaths being connected by a closed system. Device. 2. Device according to claim 1, characterized in that the actuation means (5) is formed of a stepper, an indoor bicycle or an elliptic trainer. Device according to claim 1, characterized in that a control means (35) is arranged outside of the housing. 2. A housing according to claim 1, wherein at least one main chamber (2) and at least one additional pressure chamber are provided in the housing, the additional pressure chamber being substantially pressure-tight sealed to the main chamber and A device characterized in that it is configured to be loaded with a pressure different from that of the main chamber (2). The device according to claim 13, wherein said additional pressure chamber is arranged in the trunk region, in particular in the abdominal region of a human. 2. Device according to claim 1, characterized in that magnetic coils (12) are provided in at least one chamber to generate a magnetic field in the user area. 16. The apparatus according to claim 15, wherein the magnetic coils (12) are configured to surround the user's abdomen. 16. The apparatus according to claim 15, wherein the magnetic coils (12) are configured to surround the legs of a user. 2. Device according to claim 1, characterized in that light sources (10) illuminating the user are provided in at least one chamber. An apparatus according to claim 1, wherein air conditioning means for adjusting the temperature and humidity of the air is provided. A housing in which an actuating means operable by legs and a seat for supporting the user's body are disposed, an opening in the housing surrounding the body, a sealing collar for sealing the housing in the opening area with respect to the body, and in the housing In a method for slimming the body by improving the blood circulation of the skin by means of a vacuum without additional tension of the joints, by means of a device comprising a vacuum pump for generating a vacuum, A walking motion is initially carried out on said actuating means and operates such that the actuation of said vacuum pump is offset and activated in a timely manner. 21. The method of claim 20, wherein the pressure reduction is applied to the circulatory system of the user. 22. The method of claim 20 or 21, wherein the vacuum is reduced at predetermined time intervals around the predetermined intervals. 21. The method of claim 20, wherein after reaching a predetermined maximum vacuum, permanent changes occur between normal pressure and vacuum at predetermined time intervals. 21. The method of claim 20, wherein the walking resistance and / or vacuum is controlled according to the pulse rate of the user. 21. The method of claim 20, wherein the walking resistance and the interval switching are connected to each other. An actuating means 5 operable by legs and a seat 3 for supporting the body are arranged in the main chamber, the housing 1 forming a main chamber 2, An opening 8 in the housing 1, the opening surrounding the user's body, A sealing collar for sealing the housing 1 in the region of the opening 8 with respect to the body, Including a vacuum pump for generating a vacuum in the housing (1), In addition, the device for slimming the body by improving the blood circulation of the skin by vacuum without tensioning the joints, At least one other chamber 16 is provided in the area of the opening 9, the other chamber 16 being sealed by a different sealing collar 20 with respect to the user or the user and the rounder means, The internal pressure of 16) can be adjusted independently of the internal pressure of the first chamber. 27. The apparatus of claim 26, wherein the air conditioning means is capable of conditioning air in each individual chamber independent of the other chambers. 28. The method of claim 26 or 27, wherein a first vacuum pump 34a for exhausting the main chamber 2 and at least one other vacuum pump 34b for exhausting at least one other chamber 16 are provided. Device characterized in that. A single vacuum pump (34) is connected to the main chamber (2) via a first pressure control valve (32) and at least one through at least one other pressure control valve (33). Device characterized in that it is connected to another chamber (16). An actuating means 5 operable by legs and a seat 3 for supporting the body are arranged in the main chamber, the housing 1 forming a main chamber 2, An opening 8 in the housing 1, the opening surrounding the user's body, A sealing collar for sealing the housing 1 in the region of the opening 8 with respect to the body, Including a vacuum pump for generating a vacuum in the housing (1), In addition, the device for slimming the body by improving the blood circulation of the skin by vacuum without tensioning the joints, Magnetic coils (12) are provided in the pressure chamber (2) to generate a magnetic field in the user area. An actuating means 5 operable by legs and a seat 3 for supporting the body are arranged in the main chamber, the housing 1 forming a main chamber 2, An opening 8 in the housing 1, the opening surrounding the user's body, A sealing collar for sealing the housing 1 in the region of the opening 8 with respect to the body, Including a vacuum pump for generating a vacuum in the housing (1), In addition, the device for slimming the body by improving the blood circulation of the skin by vacuum without tensioning the joints, Light source for irradiating a user is provided in the pressure chamber (2). delete delete