Inventii: Recent submissions

  • Process of feeding bees: Patent application no. s 2023 0086 din 2023.10.31 
    EREMIA, N.; MACAEV, F.; KRASOCIKO, P.; COȘELEVA, O.; SUCMAN, N.; POGREBNOI, S.; MODVALA, S.; MARDARI, T. (Technical University "Gheorghe Asachi" of Iași, 2024)
    Process of feeding bees, which includes feeding them during the spring period, in the absence of a maintenance honey collection, with a mixture of 50% sugar syrup and an aqueous solution of 3% glucuronic acid as a ...
  • Method of feeding laying hens. Patent nr.2477 MD 2024 
    CAISÎN, Larisa; CARA, Alla; HASSAN, Al Khatib Jehad Adb Alijabar; BIVOL, Ludmila (West University of Timișoara, 2024)
    The essence of the invention is a method of feeding laying hens by using a feed additive prepared from peat as an organic additive to increase productivity and egg production in Hy-Line Brown laying hens. A method of feeding ...
  • Laboratory mice feeding procedure 
    CAISÎN, Larisa; BIVOL, Ludmila; CEBOTARU, Elena (Technical University "Gheorghe Asachi" of Iași, 2024)
    The invention relates to agriculture, particularly to the feed production industry, and can be used for the preparation of laboratory mouse feed by using a protein concentrate, flour from poultry feathers in diets.
  • Method of feeding laboratory mice 
    CAISÎN, Larisa; BIVOL, Ludmila; CEBOTARU, Elena (Technical University "Gheorghe Asachi" of Iași, 2024)
    The invention relates to the feed preparation industry, specifically to laboratory mouse food utilizing protein additives to ensure the health and optimal performance of these animals in laboratory research conditions The ...
  • Royal jelly production process: MD 1860 Y, s 2024 0098 din 2024.10.11 
    EREMIA, N.; MACAEV, F.; JEREGHI, V.; COȘELEVA, O.; POGREBNOI, S.; MARDARI, T.; MODVALA, S.; SUCMAN, N. (West University of Timişoara, 2025)
    The royal jelly obtaining process includes the introduction into the breeding colony of 1-3 frames equipped with 40110 transferred larvae and the daily feeding of the nurse bees, in the absence of a maintenance honey ...
  • Queen bee breeding process. Patent application: No. 10646 of 2025.06.10 granting the patent, s 2024 0115, date 2024.11.29 
    EREMIA, N.; MACAEV, F.; KRASOCICO, P.; JEREGHI, V.; COȘELEVA, O.; ZAGAREANU, A.; POGREBNOI, S.; SUCMAN, N.; CATARAGA, I. (West University of Timişoara, 2025)
    Queen bee rearing process includes forming a family of nurse bees by removing the queen and the combs with unhatched brood, introducing the frame with transferred larvae into the nest and feeding the nurse bees with a ...
  • Method of feeding laboratory mice. Patent application No. s 2024 0008 
    CAISÎN, Larisa; BIVOL, Ludmila; CEBOTARU, Elena (West University of Timișoara, 2024)
    The invention relates to the feed preparation industry, specifically to laboratory mouse food utilizing protein additives to ensure the health and optimal performance of these animals in laboratory research conditions.The ...
  • Laboratory mice feeding procedure. Patent application No. s 2024 0007 
    CAISÎN, Larisa; BIVOL, Ludmila; CEBOTARU, Elena (West University of Timișoara, 2024)
    The invention relates to agriculture, particularly to the feed production industry, and can be used for the preparation of laboratory mouse feed by using a protein concentrate, flour from poultry feathers in diets. The ...
  • Process of feeding bees. Patent application: No. S 2023 0086 of 2023.10.31 
    EREMIA, N.; MACAEV, F.; KRASOCIKO, P.; COȘELEVA, O.; SUCMAN, N.; POGREBNOI, S.; MODVALA, S.; MARDARI, T. (West University of Timișoara, 2024)
    Process of feeding bees,which includes feeding themduring the spring period, in the absence of of a maintenance honey collection,with a mixture of sugar syrup and 50% sugar syrup and a naqueous solution of 3% glucuronic ...
  • Process of feeding bees. Patent application: No. S 2023 0094 of 2023.11.23 
    MACAEV, F.; EREMIA, N.; COȘELEVA, O.; SUCMAN, N.; POGREBNOI, S.; LIZUNOVA, A.; NEICOVCENA, IU.; JEREGHI, V. (West University of Timișoara, 2024)
    Bee feeding procedure, includes feeding them during spring, in the absence of a maintenance honey collection,with a mixture of sugar syrup and 50% inverted corn sugar syrup with infusion prepared from 50...60 g of lemon ...
  • Process of feeding bees 
    EREMIA, N.; MACAEV, F.; POGREBNOI, S.; ZNAGOVAN, A.; NEICOVCENA, Iu.; COȘELEVA, O.; SARÎ, N.; EREMIA, M.; JEREGHI, V. (“Ion Creanga" State Pedagogical University, 2024)
    The process includes feeding the bees in the fall with a mixture of 60% sugar syrup and 1.5-4.0 ml/L of 3% aqueous solution of stevioside, in the amount of 3.0 L per bee colony, and in the spring with mixture of 50% sugar ...
  • Process of feeding bees 
    EREMIA, N.; MACAEV, F.; POGREBNOI, S.; ZNAGOVAN, A.; MODVALA, S.; MARDARI, T.; EREMIA, I.; SARÎ, N. (“Ion Creanga" State Pedagogical University, 2024)
    The process includes feeding the bees in the fall with a mixture of 60% inverted corn syrup and 1.5-4.0 ml/L of a 3% aqueous solution of stevioside, in the amount of 2.0 L per bee colony and in the spring with a mixture ...
  • Method of feeding laying hens 
    CAISÎN, Larisa; CARA, Ala; ABD ALJABAR HASSAN, Al Khatib Jehad; BIVOL, Ludmila (“Ion Creanga" State Pedagogical University, 2024)
    The invention relates to the feed industry, namely to feed for poultry. An additive made from peat has a certain biological value, which allows it to be used as part of feed for laying hens. The method of feeding laying ...
  • Method of feeding laboratory mice 
    CAISÎN, Larisa; BIVOL, Ludmila; CEBOTARU, Elena (“Ion Creanga" State Pedagogical University, 2024)
    The invention relates to the feed preparation industry, specifically to laboratory mouse food utilizing protein additives to ensure the health and optimal performance of these animals in laboratory research conditions. The ...
  • Laboratory mice feeding procedure 
    CAISÎN, Larisa; BIVOL, Ludmila; CEBOTARU, Elena (“Ion Creanga" State Pedagogical University, 2024)
    The invention relates to agriculture, particularly to the feed production industry, and can be used for thepreparation of laboratory mouse feed by using a protein concentrate, flour from poultry feathers in diets.
  • Method of feeding laying hens 
    CAISÎN, Larisa; CARA, Alla; HASSAN, Al Khatib Jehad Adb Alijabar; BIVOL, Ludmila (Technical University "Gheorghe Asachi" of Iași, 2024)
    The essence of the invention is a method of feeding laying hens by using a feed additive prepared from peat as an organic additive to increase productivity and egg production in Hy-Line Brown laying hens.. Solution: The ...
  • Termogenerator cu curenți turbionari acționat de o turbină eoliană 
    SOBOR, Ion; CIUPERCĂ, Rodion; CHICIUC, Andrei; RACHIER, Vasile; TĂRÎȚĂ, Stella (Universitatea "Dunărea de Jos" din Galaţi, 2015)
    Obiectivul general: cercetarea, proiectarea şi realizarea unui termogenerator electromecanic cu curenţi turbionari în scopul conversiei directe a energiei produsă de o turbină eoliană în energie termică. Destinație: ...
  • Sisteme eficiente de tracțiune troleibuze 
    NUCA, Ilie; EŞANU, Vitalie (Universitatea "Dunărea de Jos" din Galaţi, 2015)
    Scopul cercetării constă în elaborarea structurilor topologice, algoritmilor optimali de control şi cercetarea regimurilor de funcţionare ale sitemelor de tracţiune pentru reducerea consumului de energie ...
  • Elaborarea seriei de transformatoare de mică putere produse în Republica Moldova 
    AMBROS, Tudor; BURDUNIUC, Marcel (Universitatea "Dunărea de Jos" din Galaţi, 2015)
    Cercetarea prevede necesitatea producerii transformatoarelor din materiale recondiţionate: oţel electrotehnic, cupru, aluminiu ş.a. În cadrul catedrei de Electromecanică, UTM s-a propus o soluţie mult mai avantajoasă, ...
  • Motoare asincrone submersibile umplute cu lichid dielectric pentru propulsia roboților submarini 
    TODOS, Petru; SOBOR, Ion; NUCA, Ilie (Universitatea "Dunărea de Jos" din Galaţi, 2015)
    Scopul temei constă în cercetarea, elaborarea şi confecţionarea motoarelor asincrone submersibile umplute cu lichid dielectric (motoare tip MASUD) cu adâncimea de lucru 1000-6000 m şi destinate propulsiei roboților ...

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