LT4113B - Magnetic laser apparatus applicable to therapy - Google Patents

Magnetic laser apparatus applicable to therapy Download PDF

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Publication number
LT4113B
LT4113B LT95-055A LT95055A LT4113B LT 4113 B LT4113 B LT 4113B LT 95055 A LT95055 A LT 95055A LT 4113 B LT4113 B LT 4113B
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LT
Lithuania
Prior art keywords
probe
laser
therapy
laser apparatus
fiber
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LT95-055A
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Lithuanian (lt)
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LT95055A (en
Inventor
Rimantas Mykolas Kanapenas
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Rimantas Mykolas Kanapenas
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Priority to LT95-055A priority Critical patent/LT4113B/en
Publication of LT95055A publication Critical patent/LT95055A/en
Publication of LT4113B publication Critical patent/LT4113B/en

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Abstract

Invention relates to the domain of medical engineering, such as physiotherapy devices, designed to cure chronic diseases of anus and sexual organs. The device consists of a semiconductor laser (1), installed in the body of the device (2), and a probe (3) with convertible nozzles (4) also connected to the body of the device. The probe (3) is equipped with guiding surfaces (5, 9) and permanent polarity magnets (8) as well as disposable protection device (11).

Description

Išradimas priskiriamas medicinos technikos sričiai, o būtent fizioterapiniams prietaisams, skirtiems gydyti išeinamosios angos bei lytinių organų lėtinius susirgimus.BACKGROUND OF THE INVENTION The present invention relates to the field of medical technology, and more particularly to physiotherapeutic devices for the treatment of discharge and chronic genital disorders.

Yra žinoma, biologinėse kad veikiant silpnu lazeriniu lauku ląstelėse pagerėja fotocheminiai bei cheminiai procesai, o magnetinis laukas orientuoja turinčias dipolius ląstelių molekules ir jų poveikis yra nuskausminantis, stimuliuojantis, priešuždegiminis ir gydantis.It is known in the biological world that acting on a weak laser field improves photochemical and chemical processes in the cells, while the magnetic field guides the dipolar cell molecules and their effects are analgesic, stimulating, anti-inflammatory and healing.

Žinomi terapiniai lazeriniai prietaisai, aprašyti paraiškose JP Nr. 4-79276 ir JP Nr. 5-53113, turintys puslaidininkinį lazeri, Įmontuotą tuščiaviduriame zonde. Zondo gale yra daviklis su kontaktais iš magnetinės medžiagos. Prietaisai yra sudėtingi ir nepatogūs, nes esant Įvairiai gydomų vietų lokalizacijai išeinamoje angoje arba lytiniuose organuose, kontaktų pagalba šias vietas reikia prieš tai nustatyti, o tai sukelia nemalonius pojūčius, prailgina procedūros laiką.Known therapeutic laser devices described in JP-A. 4-79276 and JP no. 5-53113 having a semiconductor laser embedded in a hollow probe. At the back of the probe is a sensor with contacts made of magnetic material. The devices are complicated and uncomfortable because, due to the different location of the treated areas in the outlet or genitals, the contacts need to be identified beforehand, which causes unpleasant sensations and prolongs the procedure time.

Artimiausias išradimui yra magnetolazerinės terapijos prietaisas, aprašytas aut. liud. SU Nr. 1818737. Jis turi puslaidininkini lazeri, Įmontuotą korpuse ir prie korpuso pritvirtintą lankstų šviesolaidi kurio gale įpresuotas nuolatinis magnetas iš retųjų elementų miltelių ir glaudžiamasis lęšis. Šiame prietaise lazerio spinduliai ir magnetinis laukas glaudžiamuoj u lęšiu yra nukreipti į vieną tašką.Closest to the invention is the magnetol laser therapy device described in the aut. witness SU No. 1818737. It has a semiconductor laser, a built-in housing and a flexible fiber-optic attached to the housing, which is pressed at the end by a permanent magnet of a rare-earth powder and a lens. In this device, the laser beam and the magnetic field are focused at a single point by the lens.

Prietaisas turi šiuos trūkumus:The device has the following disadvantages:

skirtas tik odos paviršiuje esančių žaizdelių gydymui, vienu metu gydomas labai ribotas plotas, netinka vidinėms ertmėms gydyti, ypač kai pažeidimai yra įvairiai lokalizuoti, nenumatytas prietaiso sterilumo užtikrinimas dirbant su ligoniais.is intended only for the treatment of wounds on the surface of the skin, at the same time very limited area is not suitable for the treatment of internal cavities, especially when the lesions are localized in various ways, it is not intended to ensure sterility of the device when working with patients.

Išradimo uždavinys yra sukurti prietaisą, kuris neturėtų aukščiau minėtų trūkumų, būtų efektyvus, saugus ir patogus naudoti praktikoje, ypač gydant išeinamosios angos bei lytinių organų lėtinius susirgimus.SUMMARY OF THE INVENTION The object of the present invention is to provide a device which does not have the aforementioned drawbacks, is effective, safe and convenient to use in practice, especially in the treatment of the discharge and chronic genital disorders.

Šį uždavinį išsprendžia prietaisas, kurą sudaro laidininkinis lazeris ir prie korpuso pritvirt: šviesolaidis su jame įpresuotu nuolatiniu magner retųjų elementų miltelių ir kuriame pagal išrs šviesolaidis yra standus, šviesai laidus zc: turintis paviršius, kreipiančius lazerio spind norima kryptimi, su betarpiškai prie kiekvieno i įpresuotais nuolatiniais magnetais. Gydymo efektu naudojimosi patogumui padidinti zondas turi keič: antgalius, skirtingai dozuojančius lazerinę : duliuotę.This problem is solved by a device consisting of a wired laser and attached to the housing: a fiber optic with a permanent magner powder embedded therein and having a rigid, light-transmitting zc under the optical fiber: permanent magnets. To increase the ease of use with the treatment effect, the probe has to change the nozzles for different dosages:

magnetolazerinės terš; korpuse įmontuotas r j os pusntas : iš dimą das, :iius š jų . ir amus oinSterilumui užtikrinti zondas patalpintas į vienkartinę apsaugos priemonę.magneto-laser contaminants; built-in chassis: made of dims, including these. and amus oinSterility is placed in a disposable protective device.

Siūlomas prietaisas turi plataus diapazono poveikio lauką, kurio kryptis ir spinduliuotės stiprumas yra lengvai ir greitai keičiami, todėl efektyviai naudojamas praktikoje. Nėra pavojaus užsikrėsti AIDS bei kitomis infekcijomis, nes gydymo seansų metu ant zondo yra uždedamos vienkartinės apsaugos priemonės.The proposed device has a wide range of field of action, which is easily and quickly changed in direction and radiation intensity, making it effective in practice. There is no risk of contracting AIDS and other infections as disposable protective equipment is placed on the probe during treatment sessions.

Išradimas detaliau aprašomas, panaudojant brėžinius, kuriuose parodyta:The invention will be described in more detail using the drawings which show:

Fig.l - pirmas siūlomo prietaiso variantas, išilginis pjūvis;Fig. 1 is a first longitudinal section of the proposed device;

Fig.2 - Fig.l pjūvis pagal A-A;Fig. 2 is a sectional view taken along the line A-A in Fig. 1;

Fig.3 - Fig. 1 vaizdas I3 - FIG. Image 1 I

Fig.4 - Fig. 1 vaizdas I, antras prietaiso variantas ;FIG. 1 view I, second embodiment of the device;

Fig.5 - trečias siūlomo prietaiso variantas, išilginis pjūvis.Fig.5 is a third longitudinal section of the proposed device.

Prietaisą sudaro puslaidininkinis lazeris 1 (Įgyjamas komerciniu būdu, pvz., puslaidininkinis lazeris IP-4250), Įmontuotas korpuse 2. Prie korpuso pritvirtintas standus, šviesai laidus zondas 3, turintis keičiamą antgalį 4.The device consists of a semiconductor laser 1 (Commercially available, eg IP-4250 semiconductor laser), housed in a housing 2. A rigid, light-transmitting probe 3 with a replaceable tip 4 is attached to the housing.

Pirmas prietaiso variantas. Zondas 3 turi išėmą, kurioje yra lazerio spindulius 5 kreipiantis paviršius 6. (Fig. 2) ir keičiamą antgalį 4a su lazerio spindulius kreipiančiu kampu et = 3 + 15° paviršiumi 7. (Fig.3) Prie pat paviršių 6 ir 7 yra įpresuoti nuolatiniai magnetai 8, kurie yra presuotos tabletės pavidalo retųjų elementų milteliai.The first version of the device. The probe 3 has a recess having a surface 6 guiding the laser beams 5 (Fig. 2) and a replaceable tip 4a with a laser deflection angle et = 3 + 15 ° surface 7. (Fig.3) Immediately adjacent to the surfaces 6 and 7 are pressed. permanent magnets 8, which are powders of the rare elements in the form of a compressed tablet.

Antras prietaiso variantas yra tas pats prietaisas, parodytas Fig.l, tačiau turintis antgalį 4b (Fig.4), laisvai praleidžiantį lazerio spindulius, t.y. be kreipiančio paviršiaus.A second embodiment of the device is the same device shown in Fig. 1, but having a nozzle 4b (Fig. 4) that freely transmits laser beams, i.e. without guide surface.

Trečias prietaiso variantas yra zondas 3 su antgaliu 4 sudarantys vientisą detalę (Fig.5), kuri turi arčiau lazerio esančiame zondo gale kreipiantį paviršių 9, pvz. toroidiną prie kurio betarpiškai yra nuolatiniai magnetai 8.A third embodiment of the device is a probe 3 with a tip 4 forming an integral part (Fig. 5) which has a guide surface 9 at the end of the probe closer to the laser, e.g. toroidin to which permanent magnets are directly attached 8.

Visi prietaiso variantai jungiami su energijos šaltiniu 10 ir sterilumui užtikrinti jų darbinės dalys yra talpinamos vienkartinėje apsaugos priemonėje 11.All variants of the device are connected to a power source 10 and their working parts are housed in a disposable protective device 11 for sterility.

• Magnetolazerinės terapijos prietaisas veikia taip.• The magneto-laser therapy device works as follows.

Įjungiamas energijos šaltinis 10 vienkartinės apsaugos priemonė 11 ant zondo 3.Switching on power source 10 disposable protective device 11 on probe 3.

ir uždedama antgalio 4 irand attach the nozzle 4 and

Pirmas prietaiso variantas. Lazerio spinduliai 5 sklinda zondo 3 ašies kryptimi, atsispindi nuo kreipiančių plokštumų 6 ir 7 ir kartu su nuolatiniu magnetiniu lauku sklinda Fig.l parodytomis kryptimis. Šis variantas naudojamas praktologij oj e - skirtas gydyti hemorojų, proktitams, paraproktitams, išeinamosios angos žaizdoms ir itrūkiams.The first version of the device. The laser beams 5 propagate in the direction of the axis 3 of the probe, reflected from the guide planes 6 and 7 and together with the permanent magnetic field propagate in the directions shown in Fig. 1. This variant is used in practice for the treatment of hemorrhoids, proctitis, paraproctitis, ulcerative wounds and fractures.

Antras prietaiso variantas. Šiuo atveju zondas 3 (Fig.l) yra montuojamas su antgaliu 4b (Fig.4) ir dalis lazerio spindulių, sklindančių zondo ašies kryptimi atlenkiama paviršiaus 6, o dalis (apie 60-80%) laisvai praeina pro antgali 4b. Šis variantas naudojamas gydant prostatitus.Second version of the device. In this case, the probe 3 (Fig. 1) is mounted with the tip 4b (Fig. 4) and a part of the laser beams propagating in the direction of the probe axis is tilted to the surface 6 and a part (about 60-80%) passes freely through the tip 4b. This variant is used in the treatment of prostatitis.

Trečias prietaiso variantas. Šiuo atveju dalis spindulių 5, sklindančių iš lazerio 1, yra nukreipiami toroidinio paviršiaus 9 jau zondo pradžioje i šonus (Fig.5) kartu su pastovaus magneto 8 lauku. Kita dalis (apie 70-80%) išeina per zondo galą ir neturi magnetinio lauko poveikio. Šis variantas naudojamas ginekologijoje - gimdos kaklelio erozijai, žaizdelėms, kiaušidžių uždegimams, o taip pat prostatitams gydyti.The third variant of the device. In this case, a portion of the rays 5 emanating from the laser 1 are deflected from the toroidal surface 9 at the beginning of the probe laterally (Fig. 5) together with the field of the permanent magnet 8. The other part (about 70-80%) passes through the tip of the probe and has no magnetic field effect. This variant is used in gynecology - cervical erosion, wounds, ovarian inflammation, as well as prostatitis.

Siūlomas magnetolazerinės terapijos prietaisas yra išbandytas klinikinėje praktikoje, atitinka higienos normas ir turi paruoštą techninę dokumentaciją.The proposed magnetic laser therapy device is tested in clinical practice, meets hygiene standards and has ready technical documentation.

Claims (3)

1. Magnetolazerinės terapijos prietaisas, kuri, sudaro korpuse įmontuotas puslaidininkinis lazeris ir prie1. Magnetic laser therapy device consisting of a semiconductor laser integrated in a housing and 5 korpuso pritvirtintas šviesolaidis su jame įpresuotu nuolatiniu magnetu iš retųjų elementų miltelių, besiskiriantis tuo, kad šviesolaidis yra standus, šviesai laidus zondas, turintis paviršius, kreipiančius lazerio spindulius norima kryptimi, su5-fiber attached fiber optic fiber with a permanent magnet powder impregnated therewith, characterized in that the fiber optic is a rigid, light-transmitting probe having surfaces that guide the laser beams in the desired direction, with 10 betarpiškai prie kiekvieno iš jų įpresuotais nuolatiniais magnetais.10 directly magnetized to each of them. 2. Prietaisas pagal 1 punktą, besiskiriantis tuo, kad zondas turi keičiamus antgalius,2. The device of claim 1, wherein the probe has interchangeable tips, 15 skirtingai dozuojančius lazerių spinduliuotę.15 different dosers for laser radiation. 3. Prietaisas pagal 1 punktą, besiskiriantis tuo, kad zondas yra patalpintas į vienkartinę apsaugos priemonę.3. The device of claim 1, wherein said probe is disposed in a disposable protective device.
LT95-055A 1995-05-23 1995-05-23 Magnetic laser apparatus applicable to therapy LT4113B (en)

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LT95-055A LT4113B (en) 1995-05-23 1995-05-23 Magnetic laser apparatus applicable to therapy

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LT95-055A LT4113B (en) 1995-05-23 1995-05-23 Magnetic laser apparatus applicable to therapy

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LT4113B true LT4113B (en) 1997-02-25

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
LT5397B (en) 2005-03-23 2007-01-25 Rimantas KANAPĖNAS Mini multipurpose medical laser apparatus
LT5961B (en) 2011-12-06 2013-08-26 Pretidev Ramdawon Optical radiation and electromagnetic field therapy device
LT6795B (en) 2019-06-19 2021-01-25 UAB "Fama Bona" Laser therapy fiber optic probe

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0479276A (en) 1990-07-20 1992-03-12 Sanyo Electric Co Ltd Method for manufacturing superconducting elements
JPH0553113A (en) 1991-08-23 1993-03-05 Canon Inc Color display device

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0479276A (en) 1990-07-20 1992-03-12 Sanyo Electric Co Ltd Method for manufacturing superconducting elements
JPH0553113A (en) 1991-08-23 1993-03-05 Canon Inc Color display device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
LT5397B (en) 2005-03-23 2007-01-25 Rimantas KANAPĖNAS Mini multipurpose medical laser apparatus
LT5961B (en) 2011-12-06 2013-08-26 Pretidev Ramdawon Optical radiation and electromagnetic field therapy device
LT6795B (en) 2019-06-19 2021-01-25 UAB "Fama Bona" Laser therapy fiber optic probe

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