Motors: expansible chamber type – Relatively movable working members with one having motive... – Position of one working member controls motive fluid for...
Patent
1982-09-16
1984-09-18
Maslousky, Paul E.
Motors: expansible chamber type
Relatively movable working members with one having motive...
Position of one working member controls motive fluid for...
91401, 91437, 91438, F15B 1522, F15B 1307
Patent
active
044716850
ABSTRACT:
Fluid introduced into an actuator moves the piston, against the force of a return spring, to extend the actuator. After the actuator has extended a sufficient amount to perform its intended function, the piston contacts and moves a sleeve type closure for an outlet port. The additional extension of the actuator moves the sleeve to open the outlet port. This allows fluid from the source to flow through the actuator and out through the outlet port to an expansible chamber in a second actuator. In a preferred system, the second actuator is also a single acting linear motor and it includes a return spring. At the conclusion of the function of both actuators, a bypass valve in a return line is opened to allow fluid to flow out from the expansible chambers of both actuators back to a reservoir. The fluid from the second actuator flows back to the outlet port of the first actuator and from such port through a passageway which connects such port with the inlet-outlet port of the first actuator. A check valve in such passageway permits such flow, but prevents flow in the opposite direction.
REFERENCES:
patent: 2148616 (1939-02-01), Gruber
patent: 3141382 (1964-07-01), Oldfield et al.
patent: 3240008 (1966-03-01), McMullen
Barnard Delbert J.
Maslousky Paul E.
Pauly Joan H.
The Boeing Company
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