F - Mech Eng,Light,Heat,Weapons – 04 – B
Patent
F - Mech Eng,Light,Heat,Weapons
04
B
F04B 17/04 (2006.01) B60K 1/00 (2006.01) B60K 17/10 (2006.01) F01B 21/00 (2006.01) F15B 11/042 (2006.01) H02K 7/14 (2006.01) H02K 33/12 (2006.01) H02K 33/16 (2006.01)
Patent
CA 2130349
A hydraulic engine apparatus (10, 100, 3000) and method that converts pulsed electromagnetic energy into mechanical force and motion. A reciprocating piston (50), (103, 104), (304, 305) in a cylinder chamber (51), (101a, 101b), (301c, 303c) acts on a fluid (Fn) that is responsive to the pulsed electromagnetic energy. The cylinder chamber (51), (101a, 101b), (301c, 303c) acts on a fluid (Fn) that is responsive to the pulsed electromagnetic energy. The cylinder chamber (51), (101a, 101b), (301c, 303c) is provided with check-valved input and output ports (CV1-CV4), (CV1-CVB), (CV-CV4) which are hydraulically coupled to a hydraulic motor (640). The piston (50), (103, 104), (304, 305) has embedded permanent magnets (56), (PM1, PM2), (PMa, PMb) that coact with the pulsating electromagnets (EM1, EM2), (200, 300), (700, 800, 900) to produce the reciprocating action (A1, A2), (A11, A22), (Aa, Ar). The piston permanent magnet (56), (PM1, PM2), (PMa, PMb) has protruding ends (56a, 56b), (103b, 104b), (702, 802) which are received within central bore portions (CRa, CRb), (CR11, CR22a), (701,801) of core members (CR1, CR2), (CR11, CR22), (CRx, CRy) of the electromagnets (EM1, EM2), (200, 200), (700, 800) for producing increased increased magnetic pull.
Un dispositif moteur hydraulique (10, 100, 3000) et une méthode qui convertit l'énergie électromagnétique pulsée en force et en mouvement mécanique. Un piston alternatif (50), (103, 104), (304, 305) dans une chambre cylindrique (51), (101a, 101b), (301c, 303c) exerce une poussée sur un fluide (Fn) qui réagit à l'énergie électromagnétique pulsée. La chambre cylindrique (51), (101a, 101b), (301c, 303c) est pourvue de lumières d'entrée et de sortie munies de clapets anti-retour (CV-1-CV4), CV1-CVB) (CV-CV4) qui sont accouplés à un moteur hydraulique (640). Le piston (50), (103, 104), (304, 305) est muni d'aimants permanents encastrés (56), (PM1, PM2) (PMa, PMb) qui réagissent conjointement avec les électro-aimants à courant pulsé (EM1, EM2), (200, 300) (700, 800, 900) pour produire le mouvement alternatif (A1, A2), (A11, A22), (Aa, Ar). L'aimant permanent du piston (56), (PM1, PM2) (PMa, PMb) est doté d'extrémités saillantes (56a, 56b), (103b, 104b), (702, 802) qui s'ajustent à l'intérieur des parties d'alésage centrales (CRa, CRb), (CR11, CR22a), (701, 801) des noyaux (CR1, CR2), (CR11, CR22), (CRx, CRy) des électro-aimants (EM1, EM2), (200, 300) (700, 800) pour produire une attraction magnétique accrue.
Bisel Charley W.
Simpson Alvin B.
Bisel Charley W.
Borden Ladner Gervais Llp
Simpson Alvin B.
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