WIPO - Online-Suche in nationalen und internationalen Patentsammlungen

1.202000028847Sistema e procedimento integrato di coltivazione congiunta e sistemica di prodotti floro-orticoli, alghe ed alimentazione fauna ittica

IT - 28.05.2022

IPC Anm.-Nr. 202000028847 Anmelder ENERGY SUPPLY CHAIN PLAN S R L Erfinder LAVANGA VITO

2.202000029249Separatore a spirale in campo di forze gravitazionale, elettrico e magnetico per miscele di fluidi, gassosi e liquidi

IT - 01.03.2021

IPC B01D 20060101AFI20210301BHIT Anm.-Nr. 202000029249 Anmelder ENERGY SUPPLY CHAIN PLAN S R L Erfinder LAVANGA VITO

3.202000029255Sistema per la infusione o recupero omogeneo di fluido, gassoso o liquido

IT - 01.03.2021

IPC A01G 20060101AFI20210301BHIT Anm.-Nr. 202000029255 Anmelder ENERGY SUPPLY CHAIN PLAN S R L Erfinder LAVANGA VITO

4.2743308Método para la digestión anaeróbica y dispositivo para implementar dicho método

ES - 18.02.2020

IPC C12M 1/107 Anm.-Nr. 15839147 Anmelder LAVANGA, Vito Erfinder FARNE', Stefano

5.WO/2019/116406INTEGRATED ELECTRIC TURBINE-GENERATOR DEVICE

WO - 20.06.2019

IPC F04D 13/04 Anm.-Nr. PCT/IT2018/000164 Anmelder LAVANGA Vito Erfinder FARNE, Stefano

Device (1) for the conversion of mechanical energy into electrical power and vice versa, comprising: - first means for converting a rectilinear flow of a fluid into the rotary motion of a rotor system (2), and vice versa, - second means for converting the mechanical energy of said rotor system (2) into electrical energy and vice versa; wherein said rotor system (2) is adapted to integrate in one single element the functions of said first and second means and including: - a first outer cylinder (3), comprising permanent magnets, capable of transforming the mechanical energy of said rotor system (2) into electrical energy and vice versa; - a second intermediate cylinder adapted to convert said rectilinear flow of a fluid into the rotary movement of said rotor system and vice versa; - a third internal cylinder (5) adapted to perform the axis function (6) of the rotor system (2). The second intermediate cylinder is structured with helically wound ducts.

6.3230434VERFAHREN ZUR ANAEROBER FAULUNG UND VORRICHTUNG ZUR IMPLEMENTIERUNG DIESES VERFAHRENS

EP - 18.10.2017

IPC C12M 1/107 Anm.-Nr. 15839147 Anmelder LAVANGA VITO Erfinder FARNE' STEFANO

7.107257874Irrigation, draining and/or heating system of a surface and method for heating a surface

CN - 17.10.2017

IPC E01C 13/02 Anm.-Nr. 201580064688.2 Anmelder LAVANGA VITO Erfinder SPARACINO ANTONIO

An irrigation, draining and/or heating system of a surface, comprising: a tank (215) defined by a water-proofing sheath (214) housed in an excavation in the ground; a water grid (201) located inside said tank (215), comprising at least one inlet module (202) and at least one outlet module (203); an outer water reservoir; one or more inlet (260) and outlet (261) connections, connecting said water grid (201) to said outer water reservoir; and a draining soil to fill said tank; wherein each of said at least two modules comprises an impermeable main pipe (204) from which a series of permeable conduits (205) emerges, where said conduits lie on the same horizontal plane of said main pipe. And a method for heating a surface.

8.201790780СИСТЕМА ОРОШЕНИЯ, ДРЕНАЖА И ПОДОГРЕВА

EA - 29.09.2017

IPC E01C 13/02 Anm.-Nr. 201790780 Anmelder ЛАВАНЬЯ ВИТО Erfinder Лаванья Вито

Настоящее изобретение относится к системе орошения, дренажа и подогрева поверхности, содержащей емкость (215), ограниченную водонепроницаемой оболочкой (214), помещенной в углубление в земле, водопроводную сеть (201), расположенную внутри емкости (215), содержащей по меньшей мере один впускной модуль (202) и по меньшей мере один выпускной модуль (203), внешний резервуар с водой, одно или несколько впускных (260) и выпускных (261) соединений, соединяющих водопроводную сеть (201) с внешним резервуаром с водой, дренирующий грунт для заполнения емкости, отличающейся тем, что каждый из по меньшей мере двух указанных модулей содержит непроницаемую магистральную трубу (204) с отходящими от нее проницаемыми водоводами (205), причем указанные водоводы лежат в той же горизонтальной плоскости, что и магистральная труба.

9.201717015590IRRIGATION DRAINING AND/OR HEATING SYSTEM OF A SURFACE AND METHOD FOR HEATING A SURFACE

IN - 15.09.2017

IPC E01C 13/02 Anm.-Nr. 201717015590 Anmelder LAVANGA Vito Erfinder LAVANGA Vito

An irrigation draining and/or heating system of a surface comprising: a tank (215) defined by a water proofing sheath (214) housed in an excavation in the ground; a water grid (201) located inside said tank (215) comprising at least one inlet module (202) and at least one outlet module (203); an outer water reservoir; one or more inlet (260) and outlet (261) connections connecting said water grid (201) to said outer water reservoir; and a draining soil to fill said tank; wherein each of said at least two modules comprises an impermeable main pipe (204) from which a series of permeable conduits (205) emerges where said conduits lie on the same horizontal plane of said main pipe. And a method for heating a surface.

10.WO/2016/162896METHOD FOR THE CONTINUOUS DESALINIZATION AND DEVICE FOR THE IMPLEMENTATION OF SAID METHOD

WO - 13.10.2016

IPC B01D 5/00 Anm.-Nr. PCT/IT2016/000090 Anmelder LAVANGA, Vito Erfinder LAVANGA, Vito

This invention refers to a method and a device for desalinating sea water, brackish water or from industrial processes. The device is suitable to use renewable energy sources such as solar or geothermal energy. The device is of the type that includes a tank (1) for the containment of the water to desalinate, in which there are heating means fitted to cause the evaporation of said water to desalinate, cooling means fitted to favour the subsequent condensation of the steam and means fitted to the collection of the condensed water and it is characterized in that: said tank (1), fitted to contain said water to desalinate, is filled up to a certain level (2); said heating means, for evaporating said water include a first heat exchanger (3), immersed in the water to desalinate and positioned nearby said level (2); said cooling means (5a), fitted to cause the condensation of the steam, are in heat exchange connection with the heating means (5b), immersed in said water to desalinate, said heat exchange simultaneously causing: a) the reduction of the temperature of said means (5a), therefore the suitable conditions for the condensation of the steam; b) the increase in temperature, into the depths, of said water to desalinate.

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