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Otkrytoe Aktsionernoe Obschestvo Nauchno-proizvodstvennoe Obiedinenie

State Scientific Center of Russian Federation - Institute of Bio-medical Problems of the Russian Academy of Sciences

Ajurveda

State Scientific Center of Russian Fed.-inst. of Bio-med. Probl. of the Rus. Acad. of Sciences

Anatoly Ivanovich Grigoriev

Gennady Grigorievich Derkach

Jury Vasilievich Movchan

Viktor Nikonorovich Semenov

Inesa Benediktovna Kozlovskaya

Boris Ivanovich Katorgin

Vladimir Konstantinovich Chvanov

Alexandr Alexandrovich Vasin

Vladimir Jurievich Bogushev

Galina Andreevna Babaeva

Alexandr Nikolaevich Vycherov

Anatoly Lukich Loginov

Jury Alexandrovich Pestov

Vladimir Vladimirovich Fedorov

Nikolai Kondratievich Dudkin

Gai Iliich Severin

Nikolai Fedorovich Molev

Stanislav Dmitrievich Kamensky

Nikolai Mikhailovich Grigorkin

Leonid Alexeevich Tumanov

Ljudmila Alexandrovna Anosova

Jury Alexandrovich Bedov

Oleg Ivanovich Studenikin

Evgeniy Petrovich Tihomirov

Arnold Semenovich Barer

Nikolai Ivanovich Afanasenko

Albert Pavlovich Savinov

Igor Antonovich Sokolovsky

Viktor Mikhailovich Sinigin

Xenia Alexandrovna Semenova

Evgeny Petrovich Tikhomirov

Vladimir Veniaminovich Sagalovich

Evgeny Ivanovich Baranov

Elena Illarionovna Sorokina

Raisa Vasilievna Chernikova

Galina Vasilievna Shashelova

Evgeny Petrovich Tihomirov

Evgeniya Nikolaevna Yarmanova

The invention relates to medicine and is used for forcedly modifying a human posture and producing an increased load on a locomotion apparatus. The inventive device comprises shoulder, pelvic, knee and foot supports which are connected to each other by loading elements each of which is embodied in the form of an inextansible strip and an avoid of residual deformation elastic rod fixed thereto. Said device also comprises a support arranged on the thoracic surface of the body which is connected to the shoulder supports with the aid of self-fixing buckles, thereby forming a vest which tightly embraces a patient body. The pelvic support is embodied in the form of shorts. Said thoracic and pelvic supports are provided with load strips which are sewed therein and provided with buckles for fixing said thoracic and pelvic supports to each other. The knee supports are embodied in the form of a binder in such a way that it tightly embraces a knee-joint area, the upper quarter of a leg and the lower quarter of a hip.

Suit for forcedly modifying a human posture and producing an increased load on a locomotion apparatus

A device for treatment of patients with disturbed posture and motor activity comprises shoulder, pelvic, knee, pedal, elbow, hand, and finger supports (,), all of them being interconnected by fixing elements, which are shaped as elastic tie-members (,) and placed on the surface of the patient's body in antagonistic pairs so as to follow anatomical arrangement of skeletal muscles. Each of the tie-members (,) is connected to two of the supports (,) and comprises an adjuster (,) of its tension, which is interposed between the tie-member (,) and one of the supports (,) through a lock (,).

Device for treatment of patients with disturbed posture and motor activity

A method of making a welded joint for constructions of maraging steels consists of making a Y-shaped grooving of edges with a shrink groove in a weld seam root. The junction is assembled by tack weld using a chromium-plated filling wire at a direct polarity current. The welding is carried out by multiple runs of argon-carbon dioxide gas-shielded welding.

Method for making a welded joint

A combustion chamber for a liquid-propellant rocket engine includes an injector head jointed to a combustion chamber casing having an exhaust head on a nozzle output. The casing is made of a steel jacket and a bronze-steel internal fire wall, which are joined with each other and contain shells connected in series. The exhaust head with shells of the casing, jointed to the exhaust head, are brazed using a solder on the basis of nickel, chromium and manganese. Parts of the injector head and other members of the combustion chamber casing are brazed using a copper-silver solder. Shells of the fire wall are connected by an electron-beam welding, directing an electron beam into axial gaps left while brazing between shells of the jacket. The shells of the jacket are then sequentially connected by an automatic gas-shielded arc welding through corresponding ring spacers.

Method for producing a welded-brazed combustion chamber

Growing community of inventors

Moscow, Russia

Anatoly Ivanovich Grigoriev