HYDROGEN HYDRAULIC COMPRESSION DEVICE
The invention relates to the field of mechanical engineering, in particular to hydraulic compression devices, i.e., compressors, in which the liquid and gaseous media are introduced into the working chamber simultaneously and can be used for the hydraulic compression of hydrogen. The aim of the inve...
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Format: | Patent |
Sprache: | eng ; lav |
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Zusammenfassung: | The invention relates to the field of mechanical engineering, in particular to hydraulic compression devices, i.e., compressors, in which the liquid and gaseous media are introduced into the working chamber simultaneously and can be used for the hydraulic compression of hydrogen. The aim of the invention is to increase the productivity of a hydrogen hydraulic compression device.The device contains a controller (1), two working cylinders (2; 3). The inlet pipes (4; 5) are connected to the low-pressure gaseous hydrogen supply unit (9) via a pipe (8) and adjustable valves (6; 7). The second inlet pipes (10; 11) are connected to the outlet (12) of the liquid pump (13) via adjustable valves (14; 15). The working cylinders (2; 3) each have two exhaust pipes (16; 18 and 17; 19) connected to the respective adjustable valves (20; 22 and 21; 23). The fluid flow sensors (28; 29; 30) are connected to a tank (27) for storing the working fluid (24) and are connected in series via the first adjustable valves (20; 21) and the outlet pipes (18 and 19) to the fluid pump (13) of the working cylinders (2; 3) and an inlet (32).
Izgudrojums attiecas uz mašīnbūves jomu, jo īpaši hidrauliskās kompresijas ierīcēm, proti, kompresoriem, kuros vienlaikus tiek realizēta šķidras un gāzveida vides ievadīšana darba kamerā, un to var izmantot ūdeņraža hidrauliskajai kompresijai.Izgudrojuma mērķis ir ūdeņraža hidrauliskās kompresijas ierīces produktivitātes palielināšana.Ierīce satur kontrolleri (1), divus darba cilindrus (2; 3). Ieplūdes caurules (4; 5) ir savienotas ar zemspiediena gāzveida ūdeņraža padeves bloku (9) caur cauruļvadu (8) un regulējamiem vārstiem (6; 7). Otrās ieplūdes caurules (10; 11) caur regulējamiem vārstiem (14; 15) ir savienotas ar šķidruma sūkņa (13) izeju (12). Darba cilindriem (2; 3) katram ir divas izplūdes caurules (16; 18 un 17; 19), kas savienotas ar atbilstošajiem regulējamiem vārstiem (20; 22 un 21; 23). Šķidruma plūsmas sensori (28; 29; 30) ir savienoti ar tvertni (27) darba šķidruma (24) uzglabāšanai un ir savienoti virknē caur pirmajiem regulējamiem vārstiem (20; 21) un izplūdes caurulēm (18 un 19) ar šķidruma sūkņa (13) darba cilindriem (2; 3) un ieeju (32). |
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