Kharkovsky Aviatsionny Institut

Other

Kharkovsky Aviatsionny Institut Imeni N.e. Zhukovskogo

Vitaly E Strizhenko

Valery P Bozhko

Alexei V Losev

Sergei Vasilievich Yatsenko

Viktor I Pleshkov

Igor Pavlovich Komnatny

Viktor Alexeevich Stelmakh

Vadim Grigorievich Kononenko

Stanislav Anisimovich Maznichenko

Levon Khachaturovich Akhnazariants

Ivan A Levityansky

Dmitry P Evteev

Boris Alexeevich Kolokolov

Alexei Ivanovich Fedchenko

Veniamin Veniaminovich Fulmakht

Sergei G Kushnarenko

Leonid Petrovich Babich

Boris Vasilievich Fitilev

Tamara I Kononenko

Vladimir Vladimirovich Lobanov

Alexandr Grigorievich Salenek

Boris L Filippov

Mateos P Takoriants

Ivan Savelievich Onuchko

Viktor M Junash

Jury Alexandrovich Kamensky

Nikolai Nikitovich Golodov

Nikolai Borisovich Ponomarenko

Anatoly Semenovich Saveliev

Vladimir Ivanovich Kotelnikov

Ivan Jurievich Valenya

Anatoly Avramovich Petrenko

Vadim G Kononenko, Deceased

Viktor Sergeevich Pravdin

Vladimir Nikolaevich Sarancha

Vladimir Feofanovich Merezhro

Viktor Vasilievich Bozhko

Georgy Fedotovich Dadykin

Serafim Vasilievich Schekochikhin

Oleg Alexandrovich Bondarenko

Mikhail Karpovich Silichev

Alexandr Alexandrovich Vestman

Robert Sharafutdinovich Zakirov

Method of thermal deburring of metal parts

Thermopulse apparatus for deburring parts

Apparatus for thermal deburring of parts

A machine provided with a bed on which is mounted a frame having an explosion chamber communicating with the space of a power cylinder whose plunger supports a punch, an anvil block located opposite to the punch and carrying a die arranged coaxially with the punch, and a device for returning the plunger to the initial position. The frame and the anvil block are rigidly secured on the bed, the space of the power cylinder is open at both ends and a hole providing communication between the space, the explosion chamber is located substantially in the middle of the length of the space, the plunger supporting the punch and a second similar plunger with a second punch being installed in the space opposite to the axis of the hole while a second anvil block is rigidly installed on the bed opposite the second punch symmetrically with the first anvil block relative to the same axis, the second anvil block being rigidly connected to the first anvil block and carrying a rigidly-secured second die. Due to the rigidity of its design, the machine ensures a higher working precision, efficiency and durability than other machines of the same type.

Machine for high-speed plastic working of materials

Apparatus for severing moving members such as ingots, tube skelps and rolled stock, comprising cooperating cutters disposed transversely to the direction of movement; power means for simultaneously urging the cutters together from opposite sides of the member being cut; pneumatic means for urging the cutters apart; and means for automatically disengaging the cutters from the severed member through use of the force of the moving member.

Device for cutting moving ingots, tube skelps and rolled stock

Growing community of inventors

Kharkiv, Ukraine

Vitaly E Strizhenko