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CLASS 5 EUROINVENT 2010 CLASA 5<br />

Patent no. Pending A/00155/2010, A/00157/2010, A/00158/2010<br />

Description<br />

EN<br />

Descriere<br />

RO<br />

Process and special materials for inclusion in construction materials<br />

such as bricks, concrete, gypsum boards, simple fibreboard,<br />

veneered or melamine for constructions or furniture.<br />

Electromagnetic protection of accommodation is achieved by<br />

passive oscillating circuit, tuned to different electromagnetic<br />

frequencies which are presenting in the environment or in metallic<br />

copper spiral linked short circuit<br />

Procedeu şi materiale speciale destinate includerii lor în materiale<br />

de construcţii precum: cărămizi, bolţari, beton, plăci de rigips, plăci<br />

fibrolemnoase simple , furniruite sau melaminate destinate<br />

construcţiilor sau mobilei. Protecţia electromagnetică a spaţiilor de<br />

locuit se realizează prin circuite oscilante pasive, acordate pe<br />

diferite frecvenţe electromagnetice prezente in mediul înconjurător<br />

sau prin spire metalice în scurcircuit.<br />

5.8.<br />

Title EN<br />

Equipments for Determining in-Situ and Online of Galvanic<br />

Deposition properties<br />

Titlu RO<br />

Echipamente pentru determinarea in-situ şi online a<br />

proprietaţilor depunerilor galvanică<br />

Authors<br />

Gheorghe Gutt, Sonia Gutt, Violeta Vasilache, Maria<br />

Poroch-Seritan, Andrei Gutt<br />

Institution „Stefan cel Mare” University, Suceava<br />

RO 122.602/2007, RO 122.611/2007, Pending<br />

Patent no. A/00287/2008, A/00290/2008, A/00361/2008,<br />

Description<br />

EN<br />

A/00911/2008, A/00318/2008, A/00912/2008.<br />

Intended to monitor in situ galvanic deposition baths without<br />

stopping the process without removing the cathode from the bath by<br />

measuring evolution of gloss and layer thickness of galvanic<br />

deposit. Continuous monitoring of these two parameters allows the<br />

quantitative and qualitative analysis of galvanic process, the latter<br />

giving the possibility of establishing in real time of yield power,<br />

energy efficiency, balance of materials, energy balance and<br />

productivity of galvanic process. Also, power output of proposed<br />

sensorial systems are controlled output in feed-back loops for<br />

automatic galvanic processes to optimize the operation of their<br />

cells.<br />

Au ca scop monitorizarea in situ a băilor de depunere galvanică fără<br />

oprirea procesului de depunere şi fără scoaterea catodului din baie<br />

Descriere prin măsurarea evoluţiei luciului şi a grosimii de strat a depozitului<br />

RO galvanicâ. Monitorizarea continuă a acestor doi parametrii permite<br />

analiza calitativă cit şi cea cantitativă a procesului galvanic, cea din<br />

urma operaţie dînd posibilitatea stabilirii in timp real a<br />

93

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