RU135261U1 - DEVICE FOR PHYSIOTHERAPY OF THE Mucous membrane of the alveolar process of the lower jaw - Google Patents

Abstract

1. Physiotherapeutic apparatus of light exposure to the mucous membrane of the alveolar process of the lower jaw, containing a holder in the form of an individual plastic spoon, on which are located on the sides opposite each other throughout the radiation sources directed to the mucous membrane of the vestibular and oral surface of the alveolar process of the lower jaw, this radiation sources are fixed in the holder by means of a composite material and connected to a pulsed power source, moreover, it is possible to include both all and part of the radiation sources for appropriate therapy. 2. The device according to claim 1, in which infrared radiation LEDs or semiconductor laser diodes are used as radiation sources.

Description

^SS  2013122916

DEVICE FOR PHYSIOTHERAPY OF THE Mucous membrane of the alveolar process of the lower jaw

The utility model relates to medical equipment, in particular, to physiotherapeutic devices operating on the basis of irradiation of inflamed sections of the mucous membrane of the alveolar process of the lower jaw.

A device for physiotherapy of the alveolar ridge and periodontium is known, comprising a holder and radiation sources connected to a power source by means of a flexible cable (Utility Model Patent No. 25279, 2002).

The reasons that impede the achievement of the specified technical result when using the known device include the impossibility of bringing it to the mucous membrane throughout the alveolar ridge from the vestibular and oral surface of the lower jaw.

A device is also known for the treatment of tooth enamel caries in children with zonal light exposure, containing radiation sources located on a holder connected via a flexible cable to a pulse generator (Utility Model Patent No. 1061119, 2010).

The disadvantage of this device is that the location of the LEDs in this device provides irradiation only of the vestibular enamel surface of the teeth of the lower jaw.

These analogues are accepted as prototypes.

To eliminate the above disadvantages, a device for the prevention and treatment of the inflammatory process of the mucous membrane of the alveolar process of the lower jaw is proposed.

The technical result is the reduction or prevention of possible complications during manufacture or after the patient has a removable denture for the lower jaw. If a complication occurs, it is carried out

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treatment - LED radiation of the red range, which has anti-inflammatory, decongestant, analgesic and immunocorrective effects, which contributes to the patient’s quick getting used to a removable denture for the lower jaw.

The specified technical result when using the utility model is achieved by the fact that the device contains an individual plastic spoon, in which 16 LEDs are mounted, aimed at the mucous membrane of the vestibular and oral surface of the alveolar process of the lower jaw, connected to the power source via a flexible cable.

The peculiarity is that the power supply is equipped with a pulse generator. There is a regulator for supplying radiation to a specific area of damage to the mucous membrane or throughout its entire length, which is located on the pulse generator.

A useful model is shown in figure 1. The device contains 16 radiation sources (1), which are located on the holder (2) against each other and are fixed by means of composite material (3). Sources of radiation using a flexible cable (4) are connected to a power source (5) operating in a pulsed mode. It is possible to turn on radiation power sources throughout the device, or in separate sections - side or front, using a switch located on the pulse generator.

As radiation sources (1), infrared radiation LEDs or semiconductor laser diodes can be used.

The device operates as follows. The patient is seated in a chair, attached to a comfortable position of the body and head. Before the delivery of a removable prosthesis, the patient undergoes general irradiation of the mucous membrane of the alveolar process. After exposure to light radiation, blood microcirculation improves, favorable conditions are created to increase

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protective factors of biological tissues. After the finished prosthesis, after 1-2 days, the mucous membrane of the alveolar process of the lower jaw is examined. If a site of hyperemia or erosion of the mucous membrane is determined, treatment is carried out using light radiation. Thus, individualization of treatment is carried out. A holder with a radiation source (1) is placed on the alveolar process of the lower jaw and ask the patient to close his teeth and close his mouth. Turn on the power source (5) in the network, and then direct the radiation to a specific area of damage to the mucous membrane of the alveolar process of the lower jaw. Irradiation is carried out for two minutes, the course of treatment is 2-3 procedures. At the same time, tissue regeneration processes are accelerated.

For the prevention of complications, all emitters of the visible spectrum of the glow or infrared should be included for the treatment of damage to the mucous membrane of the alveolar. It is also possible to carry out light photoresis of a drug, which, when receiving light energy, becomes more active. Thus, the use of this device can reduce the patient’s addiction to a removable denture for the lower jaw.

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Claims (2)

1. Physiotherapeutic apparatus of light exposure to the mucous membrane of the alveolar process of the lower jaw, containing a holder in the form of an individual plastic spoon, on which are located on the sides opposite each other throughout the radiation sources directed to the mucous membrane of the vestibular and oral surface of the alveolar process of the lower jaw, this radiation sources are fixed in the holder by means of a composite material and connected to a pulsed power source, moreover, it is possible to include all or part of the radiation sources for appropriate therapy. 2. The device according to claim 1, in which the infrared radiation LEDs or semiconductor laser diodes are used as radiation sources.

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