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2011 - Europe Direct Iasi

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EUROINVENT <strong>2011</strong><br />

6.8.<br />

Title<br />

Boron – Carbon – Vanadium Process And<br />

Furnace For Parts And Machine Components<br />

VASILESCU Dan Dragos, CORABIERU Petrica,<br />

Authors CORABIERU Anisoara, VELICU Stefan, Constantin<br />

BACIU, Mirela SOHACIU<br />

Institution<br />

SC Procomimpex SRL<br />

“Gheorghe Asachi” Technical University of <strong>Iasi</strong><br />

Patent no. RO 122971/2010<br />

The patent refers at a process of hardening of machine<br />

parts and organs by boron –carbon – vanadium. The<br />

invention also refers to a furnace for realization of the<br />

process. According to the patent consists of: cover with a<br />

paste alloy parts; packaging components are in electrical<br />

furnace with a mixture granular; heating component to<br />

Description<br />

achieve a temperature of 900-1000 °C; maintain this<br />

temperature range for 1,5-2 hours; simultaneous cooling of<br />

the part and electric furnace to 300 °C.<br />

The furnace according to the invention includes a<br />

removable enclosure bordered by two walls. These walls<br />

allow working space narrowing. The removable walls are<br />

embedded: two graphite electrodes exhaust systems and a<br />

cap that is inserted thermocouples and measuring<br />

equipment.<br />

6.9.<br />

Process For Making Metal Parts By Surface Modified<br />

Title<br />

By Deposition<br />

CORABIERU Petrica, VASILESCU Dan Dragos,<br />

Authors<br />

CORABIERU Anisoara<br />

Institution SC Procomimpex SRL<br />

Patent no. Pending RO A00928/2009<br />

The patent referes at a process making metal parts by<br />

surface modified by deposition.<br />

The process consists of: ante- treatment submission of<br />

Description parts; deposit thin layers of metal by electric discharge;<br />

number of successive layers is made of four; depending on<br />

the type of electrode used, successive layers can be: ickel,<br />

tungsten, carbon graphite or tungsten - cobalt; post -<br />

treatment quenching deposition is a high frequency<br />

98

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