Light therapy apparatus

FIELD: medicine.

SUBSTANCE: apparatus comprises a visible light emitter and a control system. A light emitter comprises a continuous light source and an intermittent light source configured to overlay the light on the continuous light generated by the continuous light source. The control system comprises a frequency control unit configured to increase a frequency of the intermittent light source over one cycle of frequency variations from an initial frequency that is below an optical boundary of merging to a target frequency that is above the optical boundary of merging, as well as increase the frequency within the range of 45 Hz for at least 5 minutes over one cycle of the frequency variations.

EFFECT: combined effect of both light sources can simulate the psychophysical edge state, which has the intensive both psychological and physical therapeutic effect and causes deep psychological management.

12 cl, 4 dwg

 

The present invention relates to a phototherapy device for the artificial reproduction of psycho-physical boundary condition that contains a device for emitting visible light and a system control device of the light beam.

It is known that the extreme mental and physical state can cause physical and mental reactions that lead to reorientation of the entire body and directly affect health. Such psychophysical extreme conditions arise, for example, during the so-called "okolosmertnyh experiences, as well as in sports or in deep meditation. Individuals who are experiencing psycho-physical boundary condition or the so-called "peak-experience", regularly talk about flying through the tunnel, at the end of which is visible especially bright light.

After such psycho-physical boundary condition at the different levels you can feel and measure therapeutic effect. On the one hand, on a psychological level, therapeutic effect can manifest itself clearly from the perceived mood improvement through strong euphoria to deep psychological discharge. On the other hand, it is possible to measure specific physiological changes that become visible, for example, in the electroencephalogram (EEG) or from azaltsa in altered blood parameters.

Existing still light therapy devices are used for various therapeutic purposes. For example, we know the change in serotonin levels when exposed to light of the patient to correct sleep disorders, to reduce anxiety, and reduce depression. The appropriate device for phototherapy is known, for example, under the name Davi-ta Lichtdusche Physiolight LD 220", or also described in a similar form in the publication DE 202005010124 U1. On the other hand, for example, used fluorescent lamps for irradiation of patients to compensate for the shortage of light in the winter and reduce winter depression.

However, these devices all together are not suitable to achieve the specified psycho-physical boundary condition, which binds deep psychological therapeutic effect with physical therapeutic effect in the called form.

Therefore, the basis of the invention is to create an improved device of phototherapy for artificial reproduction of psycho-physical boundary condition, which eliminates the disadvantages of the prior art and is more perfect. In particular, using a simple layout of the device is achieved by a highly efficient artificial reproduction of the psycho-physical boundary condition even at short treatment sessions.

In accordance with the invention, this C the cottage is solved by a device for phototherapy, paragraph 1 of the claims. Preferred embodiments of the invention are subject of the dependent claims.

Therefore, similarly proposes the creation of light radiation, acting on different levels of perception, and the impact of them on the patient.

On the one hand, generates continuous or continuous radiation, which can continuously vary in strength or color, but it doesn't interrupt, while, on the other hand, is generated intermittent radiation, which is superimposed on the specified continuous radiation, so that the patient is simultaneously irradiated by both light sources, and the flickering intermittent light emission increases continuously or gradually, to promote the development of a strong effect of acceleration. In accordance with the invention, the radiation device contains at least one source of direct light, as well as at least one source of intermittent radiation, light radiation which may be superimposed on a continuous light source of continuous radiation in the area designated therapeutic effects, and the control system includes a control module frequency that is at least one cycle of the frequency change increases or decreases the frequency of the source of intermittent light irradiation is FL from the source value to the target frequency. Due to the combined effect of both light sources can be artificially reproduced psycho-physical boundary condition, which provides intensive therapeutic effect on psychological and physical level. In particular, the frequency of the source of the intermittent light emission can be increased by changing the frequency to the target frequency, which is at least twice higher than the original frequency. While thus increasing the frequency of the intermittent light emission contributes to the strong effect of acceleration of the patient, permanent or continuous light emission artificially reproduces the so-called okolosmertnyh the state and above the flight through the tunnel at the end of which is visible especially bright light. Thus achieve a strong mental and physical state of transcendence, which helps to heal physical pain or other symptoms and can only be applied for deep psychological relaxation or recreation area. In an improved embodiment of the invention, the control system increases the frequency of the source of the intermittent light emission at least until the optical zone border mergers, preferably above it, to contribute to the particularly strong impact of frequent changes who you are on the patient. These impacts associated with the change of frequency can be achieved in a special way by the fact that the frequency of the source of the intermittent light emission varies in a rather wide frequency range, and the change in frequency is adapted to the duration of the cycle frequency and/or the interval of time required for raising the frequency of the intermittent light emission from the specified initial value to the target frequency.

In an improved embodiment of the invention the target frequency value is at least five times, preferably more than ten times the value of the original frequency. In accordance with the preferred execution of the invention the above-mentioned control module frequency can change the frequency of the intermittent light emission in the range from 0.1 Hz to 10000 Hz, preferably from 1 Hz to 1000 Hz, and in a preferred variant of the invention, from 2 Hz to 150 Hz, and if necessary, sufficient may already be changing segment of the mentioned frequency range, for example, changing the frequency of the intermittent light emission from the source frequency, for example, from 5 Hz to the target frequency, for example 50 Hz. However, in the preferred improved embodiment of the invention is Odul speed control designed the frequency of the intermittent light emission can change all the named range.

In a preferred improved embodiment, the control module frequency contains controls for setting various initial values of the frequency and/or to install a different target frequency, preferably the initial value of the frequency can be chosen arbitrarily in the above-mentioned range changes, preferably at least in its lower half, and the target value of the frequency in all the named range changes, preferably at least in its upper half.

In an improved embodiment, the specified management module frequency preferably contains the module frequency, which provides continuous or multi-step increase in the frequency intermittent light radiation, in particular at least more than three stages, preferably more than ten stages from the specified initial value to the target frequency.

This makes it fairly slowly make the transition frequency intermittent light emission from the initial value to the target value of the frequency, i.e. the frequency change does not occur instantaneously, and step-by-step or continuously for that is about, to engage in the process of acceleration of the patient. As an alternative or Supplement may be provided as well driven manually input module preferably in the form of a switch to allow manual switching on intermittent light emission and/or control the frequency of the intermittent light emission respectively radiation in phase/out of phase of the intermittent light emission.

Preferably, the cycle time of the frequency change may be different, preferably the time interval required for raising the frequency of the intermittent light emission from the source value to the target value of the frequency is preferably selected in the range from one minute to one hour. So, on the one hand, to securely engage the patient in the process of acceleration, and on the other hand, however, to achieve short, effective treatment time adjustable timer provides for changes in the frequency interval of time, preferably more than five minutes, if necessary, also more than 10 minutes, but in most cases less than 30 minutes.

To achieve an intensive therapeutic action may be preferred if the control system sequentially performs several such cycles of frequency change, if necessary, PR is rivenich pauses. In an improved variant of the invention, the control unit may include from two to three cycles of frequency change, preferably a full length from twenty to forty minutes.

The power source of continuous light emission as well as the power source of intermittent light emission fundamentally can be different. In an improved embodiment of the invention provides that the brightness of the continuous light emission can be changed in the zone designated therapeutic effects, for example, by varying the source emits continuous radiation of the light flux. In addition, the source of continuous light emission can be attached dimmer.

In an improved embodiment of the invention the source of continuous light emission means attached regulation to install different brightness continuous light radiation in the area designated therapeutic effects that are triggered by the control system depending on the operating mode of the source of the intermittent light emission.

In particular, the control system may include a module brightness control, which regulates the specified brightness continuous light emission depending on the hours which the notes intermittent light emission thus to the brightness of the continuous light emission at the beginning of an update cycle frequency intermittent light emission was lower than at the end of this cycle. In particular, the brightness of the continuous light emission reaches its maximum only when the source of the intermittent light emission is moved to its frequency in the range of optical mergers, in which the pulses of the intermittent light emission in the perception of the patient merge into a continuous or constant light emission.

As an alternative or Supplement the brightness of the continuous light emission can also be operated regardless of the operating mode of the intermittent source of light radiation, and/or Vice versa, an operating mode of the source of the intermittent light emission regardless of the brightness of the continuous light emission. In addition, for example, may be a manual manipulator or controller. When necessary provision may be made for a maximum continuous light emission already before reaching the border mergers intermittent light emission.

When this control system can principally provide smooth, continuous improvement or step-by-step increase the brightness of the continuous light emission. Preferably provides for deviating from the constant took the treatment, progressively increasing towards the end of the cycle frequency changes increasing the brightness of the continuous light emission in order to more intensively to reproduce the specified light at the end of the tunnel.

Continuous and/or intermittent light emission may differ in its brightness according to the power. For example, there may be provided a luminous flux 500-1500 LM, preferably 700-900 lumens and/or illumination 2000-3000 Lux and/or luminous intensity of 100-300 KD, preferably 200-250 CD.

In an improved embodiment, the sources of continuous light rays respectively emitted from them continuous light have different color temperature than the source of intermittent light radiation or emitted from it intermittent light emission. In particular, it is preferable if at least one source of continuous light emission emits a warmer light than the at least one source of intermittent light emission. Thus increasing synergies working on different sources of light radiation.

Through the colder light emission pulses of the intermittent light emission become more intensely perceived brighter, while warmer continuous light better in the manufactures okolosmertnyh state according to its borders.

This specifically select the color temperature can vary depending on the type of treatment and the patient, preferably a source of continuous light emission emits a warm light radiation, and a source of intermittent light radiation, cold light. While the preferred embodiment of the invention may consist in that the light source is a continuous light emission had a color temperature in the range from 1500 to 3500 K, preferably from 2000 to 3000 K, and the source of intermittent light rays respectively emitted from him, the light emission color temperature of from about 4000 to 10000 K, preferably from 5000 to 8000 K. as a source of continuous light emission can be used, for example, halogen emitter, and as the source of the intermittent light emission from the LEDs.

Hereinafter the invention is explained by means of preferred example of its implementation and the corresponding figures. The figures shown:

Figure 1: schematic diagram of the device for phototherapy in the form of a separate device with lamps in accordance with a possible preferred embodiment of the invention, according to which multiple sources of continuous light radiation in the form of halogen radiation is of Atala combined with multiple sources of intermittent light emission in LEDs for order of therapeutic effects of intermittent light emission be applied to continuous light,

Figure 2: front view of the device for phototherapy of figure 1, and

Figure 3 front view of the device for phototherapy according to another embodiment of the invention, and

Figure 4: graph for explaining changes in the frequency of the intermittent light emission during several successive cycles of the frequency and agreed with them changes in the strength of the light source is a continuous light radiation in accordance with a possible preferred embodiment of the invention, where the solid line indicates the strength of the light source is a continuous light emission in the LC, and the dotted line is the frequency of the intermittent source of light radiation in Hz.

Presented as an example in figure 1 embodiment of the invention shows a device 1 for radiation, which is constructed as a separate device with lamps. However, it is understood that various light sources should not be combined in one form the device or module must not be mounted in a separate housing - even if it shows a preferred variant of the invention, but should be in the form of a surround setup, which allows flexible placement of a separate light source, the Cove light in space, or it can be designed in the form of mobile devices in the form of points.

This is depicted in figures 1 and 2 embodiment, the device 1 for emitting contains media 7 source of light radiation, which may form the housing and/or can be constructed like a diaphragm. In the depicted embodiment of the invention for the hole 8 of the diaphragm are two sources of 3 continuous light radiation in the form of halogen emitters, the light beam which is directed through the opening 8 of the diaphragm and/or not shown separately optical device, such as a reflector and/or lens, in place of 9 therapeutic effect, so that emitted by the source 3 continuous light emission from the light beam enters the patient's eye.

Moreover, the carrier 7 of the source light beam contains multiple sources 4 intermittent light emission, and in the depicted embodiment, the invention provides four LEDs as sources 4 intermittent light emission, which are located symmetrically with respect to the sources 3 continuous light emission or openings 8 of the diaphragm. In the depicted embodiment, the springs 4 intermittent light is zlecenia are outside around the opening of the carrier 7 source of light radiation of the light beam sources 3 continuous light emission, so the source 3 continuous light emission appears, so to speak, from the center of intermittent sources of light radiation.

Also, light beams of intermittent sources of light radiation is directed at the eye level of the patient lying on the seat 9 of therapeutic effects.

As shown in figure 3, the device 1 for radiation can contain only one source 3 continuous light radiation, which according to figure 3 is centered and is surrounded by eight sources 4 intermittent light emission, which are located symmetrically on the two ring lines.

The sources of light radiation 3 and 4 triggers the control system 2, which in principle can be constructed in different ways. In the depicted embodiment of the invention it contains the control module 10 continuous light radiation, and the control module 11 intermittent light emission, which regulate the sources 3 continuous light radiation or sources 4 intermittent light emission relative to the emitted light power and pulse.

When the control module 11 intermittent light emission module contains 5 speed control by changing the frequency of the intermittent light emission. Preferably the specified module 5 management cha is the Thoth may contain control module pulse width for to change the width of the pulse intermittent light emission, so that can vary not only the frequency of the light pulses, but also the ratio of the duration of the light pulse to the next or previous time without light radiation.

The specified management module 10 continuous light emission can contain, in particular, the control module brightness to change the brightness of the continuous light emission in the area of the space 9 of therapeutic effects that can be performed, for example, simply through the power regulator of light.

Figure 4 as an example, shows the possible operating cycle of the device of figures 1 and 2. As shown in figure 4, dotted line frequency 12 intermittent light emission increases from the original value 13 frequency continuously until the target value 14 frequency for several successive cycles of frequency change from T1to T2from T3to T4and from T5to T6and a specified target value 14 frequency preferably lies almost above the optical boundaries of the merger.

The time intervals from T1to T2from T3to T4and from T5to T6preferably can be in the range of several minutes, for example, between five and ten minutes. In from the reflected embodiment of the invention, the frequency of 12 intermittent light emission increases with the constant increase from the initial 2 Hz to 120 Hz. Between the individual cycles of the frequency provided by the stop, the duration of which may vary.

Power light sources 3 continuous light emission also varies in accordance with the modified time-frequency intermittent light emission.

This is depicted in figure 4 as an example embodiment of the invention the strength of the light sources 3 continuous light emission during the cycle frequency changes from T1to T2first gradually increases and stronger increases only to the end of the cycle frequency, so that the strength of the light sources 3 continuous light emission reaches a maximum only at the end or immediately after reaching the target value 14 frequency in order to artificially reproduce the above light at the end of the tunnel. As shown in figure 4, we can run several cycles of frequency changes at a corresponding adaptation of continuous sources of light radiation.

1. Device for phototherapy by artificial reproduction psychophysical border state, characterized in that it includes a device (1) for emitting visible light and a system control (2) device (1) light radiation, while
the device (1) light radiation contains at least one source (3 continuous light radiation and at least one source (4) intermittent light emission, made with blend of light radiation on a continuous light source of a constant light radiation, and the control system (2) contains the module (5) speed control made with the possibility of at least one cycle of frequency variation to increase the frequency of the source (4) intermittent light emission from the source frequency, which is below the optical boundaries of the merger, to the target frequency, which is higher than the optical border mergers, as well as at least one cycle of frequency variation to increase the frequency in the range of at least 45 Hz for at least 5 minutes.

2. Device for phototherapy according to claim 1, in which the target frequency value is at least twice higher than the original frequency value.

3. Device for phototherapy according to claim 1, in which the target frequency value is at least five times, preferably more than ten times the value of the original frequency.

4. Device for phototherapy according to any one of claims 1 to 3, in which the module (5) speed control has a variable frequency range from 0 to 1.5 kHz, preferably from 2 to 150 Hz and executed with the ability to change the frequency of the intermittent light emission with an interval of at least 20 Hz.

5. Device for phototherapy according to claim 4, in which the module (5) management customisation with means of regulation to set various initial values of the frequency and/or to install a different target frequency.

6. Device for phototherapy according to claim 5, in which the module (5) the frequency control module contains the frequency changes made with the possibility of continuous or multi-increasing frequency intermittent light radiation, preferably more than three stages, from the specified initial value to the specified target frequency.

7. Device for phototherapy according to claim 1, in which the control system (2) contains a timer (6)ensuring the cycle of change of frequency over a time interval of at least five minutes or more, in particular in the range from five to thirty minutes.

8. Device for phototherapy according to claim 1, in which the source (3) continuous light emission is connected with means of regulation for the installation of different brightness continuous light radiation in the area designated therapeutic effects, which is configured to run the control system (2) depending on the operating mode, preferably, the frequency intermittent light radiation source (4) intermittent light emission, in particular in such a way that the brightness of the continuous light emission when the source (4) intermittent light emission with an initial value of a frequency lower than when the source (4) intermittent light emission in the range of the target frequency.

p> 9. Device for phototherapy of claim 8 in which the means of regulation are designed in such a way that the brightness of a light source (3) continuous light emission reaches its maximum approximately only when target frequency source (4) intermittent light emission.

10. Device for phototherapy according to claim 1, in which the source (3) continuous light emission, has a warmer color temperature than the source (4) intermittent light emission.

11. Device for phototherapy of claim 10, in which light radiation source (3) continuous light radiation has a color temperature in the range from 1500 to 3500, preferably from 2000 to 3000 K, and the source of the intermittent light emission color temperature of 4000 to 10000, preferably from 5000 to 8000 K.

12. Device for phototherapy according to any one of p-11, in which the maximum brightness continuous light emission on the site of therapeutic effect of at least two times greater than the brightness of the light source (4) intermittent light emission.



 

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3 cl, 3 dwg, 3 ex

FIELD: medicine.

SUBSTANCE: invention refers to rehabilitation of cardiac patients with ischemic heart disease following a cardiac surgery. From the 1-2 rehabilitation days, a mental training, autogenic training elements comprising a successive staged myorelaxation are involved. That is preceded by a complex of breathing exercises including an inspiratory tension in the extremity muscles and an expiratory relaxation, in a combination with the exercises including an expiratory tension in the muscles and an inspiratory relaxation. The complex is completed by doing 'full breathing' exercises. That is followed by a self-massage of the points found in the middle of a palm between the 3rd and 4th metacarpal bones, in a fossa within a knee cap in the lateral direction from a tuberosity of tibia, above the upper edge of a medial malleolus on the right. By the 10-12th rehabilitation day, the massage covers the points of the ninth rib cartilage, in front of free ends of the ninth rib, at an edge of the ninth rib cartilage on the right, in front of free ends of the eleventh rib on a lateral side of an abdomen. Then, the autogenic training is started; it involves the staged body relaxation with increasing the number of effective psychotherapeutic elements at each following stage: the first lesson includes relaxation of the upper extremity muscles to evoke a warmth sense therein; the second lesson consists in relaxation practiced on the first lesson followed by focusing on the lower extremities; the third lesson provides evoking the warmth sense within the incisional wound with underlying relaxation. The following lessons aim at doing the elements of the previous lessons; thereafter, the patient imagines the expiratory warmth growth within the incisional wound. The patient does 2-6 'full breathing' exercises at the end of each lesson.

EFFECT: higher clinical effectiveness ensured by the integrated involvement of the physical and psychophysiological factors by optimising blood circulation in the patient's organs and tissues by oxygenation, regulating the psychoemotional and psychosomatic state, improving stress resistance.

FIELD: medicine.

SUBSTANCE: with regard to a blood hormone value, a patient is exposed to a musical program selected taking into consideration the patient's musical preferences. Three algorithms are used for the exposure: with dominating acoustic pressure ≤45 dB and the rate <60 beats per minute (S algorithm); with dominating acoustic pressure more than 65 dB and less than 90 dB and the rate >80 beats per minute (T algorithm); with dominating acoustic pressure more than 45 dB and less than 60 dB, the rate of 60-80 beats per minute, or alternating S and T algorithms.

EFFECT: method enables optimising blood hormones by increasing the body reserves and health through the adaptation reactions that has a favourable effect on the psychological and physical state of the people being tested, including their appearance.

4 tbl

FIELD: medicine.

SUBSTANCE: blood or its fractions are exposed to broadband oscillating acoustic signals at a temperature of 4°C to 38°C within the frequency range of 16-20000 Hz with a dominating level of noise pressure more than 45 dB, and less than 60 dB at 60-80 beats per minute, or to sequentially alternating acoustic signals with the dominating level of noise pressure ≤45 dB at <60 beats per minute and acoustic signals with the dominating level of noise pressure more than 65 dB, and less than 90 dB at >80 beats per minute.

EFFECT: method enables activating the white-cell-rich suspension growth and providing the complex correction of the blood composition.

5 cl, 4 tbl, 2 dwg

FIELD: medicine, psychiatry, psychotherapy.

SUBSTANCE: the present innovation deals with carrying out dietotherapy and psychotherapeutic impact in the course of group seances. Moreover, the main psychotherapeutic impact should be performed during two seances per 8 h each, each due to marathon technique under asthenization conditions, biorythmical misfunctioning and behavioral stereotypes. Motivation should be elaborated for patient's healthy nutrition along with self-confidence and belief into success. Program for losing body weight should be developed to visualize and concretize therapy. Diary for nutritive behavior should be written, psychological protection should be performed in case of affected dietary situation. After the main seances one should carry out psychotherapeutic impact during one seance of 3 h duration in 1 or 3 mo. During seances the results obtained should be fixed by discussing and excluding situations provoking obesity relapse. The method enables to prolong duration and stability of remission.

EFFECT: higher efficiency of therapy.

1 tbl

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