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Nikolaevsky Korablestroitelny Institut Imeni Admirala S.o.makarova

Vadim Mikhailovich Sopryazhinsky

Alexandr S Bondarenko

Anatoly I Zverev

Valery V Alexeenko

Alexei A Malyarchuk

Vladimir N Kononenko

Valery V Andrianov, Administrator

Ivan P Kharchenko

Nikolai Alexeevich Yakshin

Ivan Y Balandin

Roman K Stepanjuk

Ivan N Bereznikov

Lidia P Suslova

Mikhail Antonovich Pudzinsky

Vladimir N Andrianov, Deceased

Sergei I Gerasimov

Svetlana A Kamentseva, Administrator

A hydrostatic support structure wherein, to move a surface with a load disposed thereupon with respect to a bearing surface, a liquid cushion is provided due to a feeding of a liquid into an inner space defined by the bearing surface and a housing having a sealing member. Within the housing there is disposed a piston provided with its own sealing member which seals the gap between the housing and the piston, whereas the first sealing member defining the liquid cushion being formed along the perimeter of the inner space is rigidly secured to the housing of the support structure.

Hydrostatic support structure and liquid-cushion load-carrying apparatus

The apparatus comprises an explosion chamber 1 in the form of a tube closed at one end and communicating through a discharge pipe with a powdered coating batcher while a safety pipe communicates it with a mixing chamber 9 which prepares the explosive mixture ignited in the explosion chamber 1 by a spark plug 21. Installed between the safety pipe and the explosion chamber 1 is a circular precombustion chamber 10 which surrounds said explosion chamber and communicates with its space through holes 11 in its walls 12. The end of the discharge pipe 5 mounts a jet nozzle 13 which is installed in the face of the closed end of the explosion chamber coaxially with the latter so that its outlet section 16 is arranged ahead of the holes 11 in the walls of the explosion chamber 11 relative to the open end 17 of the latter. Due to such an arrangement, the process of discharge of the explosive mixture from the precombustion chamber 10 through the holes 11 in the walls 12 of the explosion chamber 1 into the space around the nozzle 13 is accompanied by drawing in the powdered coating from the nozzle 13 and its intensive mixing with the explosive mixture which produces a homogeneous two-phase mixture and a more uniform coating and ensures a more economical operation of the apparatus due to a more rational utilization of the coating materials.

Apparatus for detonating application of coatings

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Kyiv, Ukraine

Vadim Mikhailovich Sopryazhinsky