RU665U1 - Vibrotherapy chair - Google Patents

Abstract

1. Chair for vibrotherapy, containing a base, fixed to the base pivotally interconnected head, middle and foot sections, which are equipped with vibration platforms with vibration pins and vibrodrives, as well as palm rests and a vibrodrive control unit, characterized in that the average and the foot sections under the vibration platforms have holes, in each of which a bell is mounted for supplying heated air from the means of heat exposure, each vibration platform is fixed al flared and provided with a removable Vibro-iplikatory with openings for supplying heat and vibration drive control unit configured to regulate a frequency, amplitude and vibratory exposure, intensity and duration of the heat vozdeystviya.2. The chair according to claim 1, characterized in that the vibrodrive contains an electric motor and an eccentric connected to it, creating a vibration of the vibration platform, the control unit being connected to the electric motor with the ability to control the frequency, amplitude and exposure of the vibration massage at predetermined intervals. 3. The chair according to claim 1, characterized in that the means of thermal action includes an electric heater, a fan and a bell for supplying heated air, the control unit being connected to an electric heater and a fan with the ability to control the temperature and duration of the thermal effect at predetermined intervals. Chair according to claims 1 to 3, characterized in that the control unit is made in the form of autotransformers with graduated smooth regulators of the output voltage, which serves

Description

ARMCHAIR FOR VIBROTHERAPY

The invention of otios j-Qfl i Djiaci / i physiotherapy and can be used in vibration mechanotherapy: for prof-treatment I treat patients by vibration massage with simultaneous thermal effect on the lumbosacral region of the spine, calf, and also on the back of the thighs and surface Stop.

Known devices for vibrotherapy in the form of blood8TeiЈ1,2,5D, couches 5.8-p, Z-b armchairs or beds that can be converted to Јl, 2J armchairs. Common features of such devices are the presence of osovovia and several secpies of bed, fixed on the osanch ( seats) equipped with vibrational means (NEP / cher, plates / whether platforms). However, such devices do not provide for simultaneous heat exposure with vibration massage, which is necessary for more effective complex mechanotherapy.

Known underwater in bromassage ones (for example, | j5, I2J) may not always be applicable, it’s all § complex, provide only local massage, and the process is reg.

A number of armchairs for the brotherapist / (for example,), containing a base with a seat and back and a scabby vibrator and elastic elements, provide only the general vibration of the patient's body and without simultaneous thermotherapy.

The vibrating massage device (analogue) 2J provides a transform chair-bed to create a comfortable posture for the patient. Such a 2J device contains several sec-mounted vibration platforms in the form of a roll-up device: a carpet, which, as

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the working element of the vibration massage provides the profiling (wave) of massage on the patient’s back and spine. However, devices of this type are intended only for the back and spine, but not other parts of the body, and the roller vibration massager in some cases 53 is less effective than the KlR vibration dowels, bromassers- iplicators. Simultaneous with telegmoterp vibrations in device 2 is not provided. Device 2, like other 3-I2J vibroepiono-massage devices, does not allow, therefore, to realize the most effective complex mechanotere apy 2, cip.I49-I5IJ).

The дляlj vibrotherapy device, adopted as a prototype, provides vibration massage of both the spine and the lower part of the patient’s body with the help of vibration platforms with elastic vibro-pins, has the property of transformation), but the profiling of vibro-poles by

the body profile of the client is not provided.

The vibrotherapy device Јl, taken as a prototype, contains a base fixed to the base and a hinge connected to each other with the possibility of the SLEZHEEG-P head, seat and foot sections, which are equipped with vibrating pad platforms with vibro-pins and vkbrprmvodem /, as well as arms and vibrodrivemg control unit).

However, the prototype ЈI, like:; a number of analogues, not equipped

heat exposure, which does not allow to achieve a synergistic

  odpov eepg.om impact A vibration massage and terioterepgk.

In addition, the prototype is not convenient enough due to the lack of a number

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elements (profiling in the essay, not effective enough

the devices were transformed into a comfortable place for the client, etc., which, in combination with other drawbacks, does not allow one to obtain a potential technical result, provided only by complex heat and mechanical therapy.

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Part 1

massage device with simultaneous heat exposure, made with the possibility of smooth regulation of various massage and heating modes, with maximum comfort for the patient and operation ъ with sufficiently wide Functional capabilities, including:

implementation of removable with the possibility of replacing vibrating massagers-iplikers, profiled by massaged parts of the patient’s body, using iplikators of various configurations and shapes;

vibration massage as the whole body of the patient, so d. of its individual parts (spine, thighs, foot md, feet);

providing movement; transformation of the device, as well as its fixation Ш in a given strip ;; pr-procedural session.

The proposed chair for in Crotherap1 is a definite step in creating such a device, i.e. allows you to GET a set of therapeutic, technical, operational and consumer characteristics close to potential for such devices.

The essence of the invention lies in the complex simultaneous controlled action on the patient’s body parts by means of vibration massage and heated air with maximum convenience and the possibility of transforming the device (chair-bed), as well as depending on the growth :: patient complex.

The main technical result of the invention is to increase the effectiveness of prophylaxis to treatment by expanding functional capabilities by means of comprehensive vibration therapy 7 - the possibility of real /: 381144 procedures for the whole body of the papente, as well as for its individual parts (sp / on, spine, thighs, NiG caviar, foot), with the possibility of smooth adjustment of the ren / seam massage g; heating allows you to achieve a technical result in the form of optimal regulation of treatment sessions, taking into account the individual properties of the patient and his sensitivity.

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The technical result is achieved due to the fact that the B chair for vibrotherapy, containing, fixed on the base, interconnected Scherk O with the possibility of fixation of the head, middle A skin ce, which are equipped with vibration platforms with vibration pins and vibro drives, as well as hand supports and a control unit The following distinctive features have been introduced by the vibratory drives: middle -: the foot sections under the vibration and platforms have holes, in each short circuit of which a bell is mounted for supplying heated air from the thermal means exposure, each vibration platform is mounted above the socket and is equipped with a removable vibratory massager-indicator with holes for supplying heat, and the vibration actuator control unit is made with the ability to control the frequency, amplitude and exposure of the vibration massage, .- nerves nervousness: continue: -: the heat exposure.

Vmbrodlvod contains an electric motor and an eccentric connected to it, creating a wide platform / platform, and the control unit is connected to the electric motor with the ability to control the frequency and amplitude to the exposure of the vibration massage in predetermined intervals.

The heat exposure means includes an electric heater, Е3йт:; elter :: bell for supplying heated air, we hide the control black and connected to the electric heater and the fan with the ability to control the temperature v the duration of heat exposure in the specified G1 intervals.

The control unit is made in: /; de autotransformers with graduated gradual regulators of the output voltage supplied to the electric motors inboard: water, electric heater s fan heat means. The controller is equipped with a time relay to control the exposure „; B and essje.: Longitudinal,;;, and the influence of heat. The control unit is made with the possibility of cutting $ 9WO & 3 ,,.

lizani / smooth regulation of the work of the following hearts:

vibration massage frequency from C to 85 Hz;

massage amplitude from 0.2 to 3.5 ml;

temperature from 20 to 35 ° C;

Exposure to thermal vibromassage from 0 to 15;

In addition, the base of the SNE chair is adjusted by adjusting the relative position of the seat, transforming the chair into a bed, and also by raising and lowering the sections to a height convenient for the patient.

The vibrating massager-applicator of the middle section is profiled along the length of the spine, and in the brooch massager-applicator of the foot section is profiled along the profile of the calf of the body of the patient. Moreover, the vibrating massagers-indicators of the middle and foot sections are removable with the possibility of removal and replacement depending on age, height and the patient's complexion.

The foot section of the Ejiao.tels chair in E; .de two sub-sections with sir., Otherwise created rier.nbiij with the option („; x8c.:, Sub-sections for :: bony part of the body for the feet and legs. Moreover, the sub-section for the feet is papaya equipped with a vibration platform with a vibro-masszzzher-iplikator to the means for supplying heat from the means of heat exposure.

Binding Each. Vibrash / OipOy platform is made on elastic elements, for example, GT springs: rubber gaskets.

On iT. I presents the general,.,: VD chairs, on sg. 2 showed the scheme of the chair with the options :: trapssus zp- in (f :: g. 2, a) or roofing (Fgg.2, b), as well as with varietalamine vp01nap-i Vlbooyassazhnogo device and means of heat exposure. On Ј: g .3 shows a diagram of the device (node A) with vibrodrive and means of heat exposure.

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and cutaneous 5 .C about KIT 3.4 5 conn. with the help of sherprov used, they are equipped with vibrating plates org ;;:, 7 with extra drives 8 and means 9 of heat exposure. The chair .. has a control unit 10 with a time relay. Vibration platforms 7 (Fig. 3), mounted on elastic elements II, have openings 12, in each of which a bell 13 is mounted, v are equipped with detachable catheters E 14 with openings 15 for supplying the tell. Each vibrodrive 8 (Fig. 3) contains an electric motor 16 and an eccentric 17 connected to it. Each thermal means 9 exposure includes an electric heater 18 to ve nattilator 19, tired tired in the socket 13. The base of the first seat is equipped with a means 20 for regulating the relative position of the sections 3.4 and 5 for transforming the seat into a bed).

Foot 5 is made in:; de of two hingedly connected sub-sections G. G. and sub-section 21 for feet as l. 3,4 :: 5 is equipped with a vibration platform with a vibro-massager-applicator, as well as a vibrodrive and heat supply means).

The operation of the chair is illustrated by the following.

The patient is placed (or laid) in a chair in sections 3, 4 and 5. The vibration massage is carried out using an electric motor 16 ;; Connected 1 epnogs with n.: l ekspeitrike 17, which creates a duster in Tbrepiopny ilekh orma 7 ;; fixed to it in bromzssanere-nplnkate 14. Heated by electric heater 18 air is supplied (shown in Fig. 3 by arrows) with fan 19 to the socket 13 and further through openings 12 v 15

in the vibro-massager-applicator 14 - to the patient’s body).

The control unit 10) generates output voltages supplied to the electric motor 16 E-br-pr. water C, and t ekie;: a electric: Dngeyil 18,; See g / tlntzr 19 srayutve 9 heat exposure. Fusible gzgu .irovka output;: bn .. and allows you to control the frequency of H, malp and A exposure and exposure to it of vibration massage, and in the south of the temperature T and the duration P of heat exposure in predetermined intervals: H - from 0 to 85 GP; A - from 0.2 to 3.5 mm; E - from 0 to 15

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the bed is carried out; choz 1 means / 20, which can be performed, for example, in the E de zvestyogs means of a dental chair.

Depending on the size and growth of the kit, the states of a panient use different in size ;; the form of removable v. bromzszayer 14, as well as its various working surfaces).

At the same time, vibration massage and thermal exposure can be carried out lg: more sequentially, simultaneously. Different parts of the body of the PEUnents can also be massaged separately or: /: together.

The advantage of the proposed chair is the possibility of combining vibration massage and thermal effects, i.e. the implementation of a complex of lecheo-prophylactic procedures. the effectiveness of such synergistic action; which is the main technical result of the invention, has been confirmed by more than 300 patients with neurological manifestations of osteochondrosis of the spine (G.V. Vinnik, Gelendzhik, 1993).

The main result is an increase in the effectiveness of treatment for expanding functional capabilities when using the proposed chair and is expressed in improving functional activity, metabolism of the endocrine state of the patient. The effectiveness of complex thermovibrotherapy is confirmed as shifts towards improvement to the 10-season course of treatment that have occurred in the patient’s condition , So :; persistence and duration of conservation of the achieved results for a certain period).

are subject to publication.

1. According to Ј2, C.I4-9-I5IJ E-broadessage is more efficient in the complex of others. It is advisable to combine vibration massage (in various sequences) with thermal procedures (dry heat, hot baths, mud paraffin wax ;; etc.)

On the effective t-B1 bro: rss8na, combining in the first one with the thermal 4-factor svg-dete: there’s more: experience.

2. In pgototg ne pgz;, zk tselS axis rovengya chair-bed is not indicated directly, but an equivalent symptom appears through the head: tilt of the head l leg sep: P.

3.if prototype, the support sign is present as equivalent: the fence. The control unit in l, as a sign, is absent in the formula, but it is not 3H84ZT, it is not, because

vbrop. water must be controlled, otherwise the device will not be feasible.

4. an embodiment of medium secpia 4 is presented in the form of two subsections connected shernirno.

5.Only the pedal of the VAA control means 20 is presented (in the description and in the FIG.): Ak-: og., Ex.-burner, m-trance / op.zap .ya chair-bed, since such means 2U are known (for example / measure, they are used in dental chairs, si.op :: se.-1:; e). In the name of the MST gel przyatenzny kz uki -log hzle.pz I, pi., is prepared for: chairs for broterepg as it was the dental chair Yu.G. liniyak, 1993) that was used.

6. more nodes and elements included in the inventive device are known; the composition of functional elements and the principles of their work are described, for example, in (see also note 5).

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Zena. Tank communications known to are not subject to the claims of the applicant.

The composition of the finkoysonly elements of block 10 (its variant) is given in the formula of the formula, while the bottom of the action of elements is widely known.

9. I can use the following sets as an option: - from the KuKVEPOV’s pLkaters (see pogogee, for example, Zh. Health, 1, 19, 8, pp. 14-15).

10. Technical range of well-known solutions and proposed inventions (it can be patronized, for example, according to the preliminary code: the same morphological table (+ shows the presence of a sign):

- / s-ftososte f I Prototype 7t 1.A.s. GGCP (prototype). 2.A.s. USSR (analogue). 3.A.S. USSR (enalog). P Addition 4.A. USSR 5. Cramer A system. - Tomsk pic. 18e). 6.A.S. USSR 7. Application of the Russian Federation 23/00. a. A.S. USSR 9. A.S. USSR 10.A.s. USSR 11.A. USSR 12.A. USSR

- m-drain) 4 used writers closest analogues: No. I62I924,; Ш5 А6Ш7 / 00, publ. B.I. No. 3, 1991 No. 1708335, MP5 A6IHI5 / 00, publ. B.I. No. 4, 19U2 No. III44I9, MKI / I5 A6IH23 / 00, publ. B.I. No. 35.1984 according to the prior art: No. I56685, uK..5 A6IH23 / 00, publ. B.I. and 19.1990. I. yabrashzonny massage with diseases measure Lzd-in Toy. University, 1988, 319 p. (p.29-32, No. 1066597, MKy A6IH23 / 00, publ. B.I. No. 4, 1984. D 93-16574 / 14 (015633) dated 03/29/93, YK11 A6IHI / 02,; th 709084, A6IF5 / 04, published by B.I. 1-2, 1980. 1st II39435, published by A6IHI / 02, published by B.I. No. 6, 1985. No. 1 39776, llKil A6IP5 / OI, published B., 1990. Ј 1623650,: -Sh15 A6IHI / U2, publ. B.I., 1991.} th I6I464, “iKj / i A6IH, publ. B.: Z. and 7, 1964.

Claims (12)

1. Chair for vibrotherapy, containing a base, fixed to the base pivotally interconnected head, middle and foot sections, which are equipped with vibration platforms with vibration pins and vibrodrives, as well as palm rests and a vibrodrive control unit, characterized in that the average and the foot sections under the vibration platforms have holes, in each of which a bell is mounted for supplying heated air from the means of heat exposure, each vibration platform is fixed al flared and provided with a removable Vibro-iplikatory with openings for supplying heat and vibration drive control unit configured to regulate a frequency, amplitude and vibratory exposure, intensity and duration of heat exposure. 2. The chair according to claim 1, characterized in that the vibrodrive contains an electric motor and an eccentric connected to it, creating a vibration of the vibration platform, and the control unit is connected to the electric motor with the ability to control the frequency, amplitude and exposure of the vibration massage in predetermined intervals. 3. The chair according to claim 1, characterized in that the means of thermal action includes an electric heater, a fan and a bell for supplying heated air, and the control unit is connected to an electric heater and a fan with the ability to control the temperature and duration of thermal effect at predetermined intervals. 4. The chair according to claims 1 to 3, characterized in that the control unit is made in the form of autotransformers with graduated smooth regulators of the output voltage, which is supplied to the electric motors of the vibrodrive, electric heater and fan of the means of thermal exposure. 5. The chair according to claims 1 to 4, characterized in that the control unit is equipped with a time relay for controlling the exposure of the vibration massage and the duration of the heat exposure. 6. The chair according to paragraphs. 1 to 5, characterized in that the control unit is configured to implement smooth control of the frequency of the vibration massage in the range from 0 to 85 Hz, smooth control by the amplitude of the massage from 0.2 to 3.5 mm, smooth control by temperature from 20 to 85 ° C and regulation of exposure to vibration massage and / or heat exposure using a time relay from 0 to 15 minutes 7. The chair according to claim 1, characterized in that its base is equipped with a means for regulating the relative position of the sections, transforming the chair into a bed, as well as means for raising and lowering the sections to a height convenient for the patient. 8. The chair according to claim 1, characterized in that the vibrating massager-iplicator of the middle section is made profiled along the profile of the spine, and the vibrating massager-iplicator of the foot section is made profiled along the profile of the calf of the patient’s body. 9. The chair according to paragraphs. 1 and 8, characterized in that the vibratory massagers-applicators of the middle and foot sections are removable with the possibility of removal and replacement depending on the age, height and physique of the patient. 10. The chair according to claim 1, characterized in that the foot section is made in the form of two subsections with pivotally connected with the possibility of fixing subsections for the calf of the body and for the feet of the patient. 11. The chair according to p. 10, characterized in that the subsection for the feet of the patient is equipped with a vibration platform with a vibrating massager-applicator and means for supplying heat from the means of heat exposure. 12. The chair according to claim 1, characterized in that the fastening of each vibration platform is made on elastic elements, such as springs or rubber gaskets.