A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Regeneration valve for a hydraulic circuit
A regeneration valve (70) includes a housing (72) defining a first port (74), a second port (75), a third port (76), and a chamber fluidly communicating with the first, second, and third ports (74, 75, 76). The chamber has a valve element (80) movable between a first position, in which the second port (75) fluidly communicates with the first port (74), and a second position, in which the second port (75) fluidly communicates with the third port (76). A resilient member (82) biases the valve element (80) towards the first position. In operation, a flow restrictor element (98) moves between the first port (74) and the second port (75) for restricting fluid flow from the second port (75) to the first port (74). At a predetermined fluid flow rate from the second port (75) to the first port (74), if a supply pressure of fluid at the actuation chamber (87) exceeds the bias of the resilient member (82), the valve element (80) moves to the second position for fluidly communicating the second and third ports (74, 75, 76).
Regeneration valve for a hydraulic circuit
A regeneration valve (70) includes a housing (72) defining a first port (74), a second port (75), a third port (76), and a chamber fluidly communicating with the first, second, and third ports (74, 75, 76). The chamber has a valve element (80) movable between a first position, in which the second port (75) fluidly communicates with the first port (74), and a second position, in which the second port (75) fluidly communicates with the third port (76). A resilient member (82) biases the valve element (80) towards the first position. In operation, a flow restrictor element (98) moves between the first port (74) and the second port (75) for restricting fluid flow from the second port (75) to the first port (74). At a predetermined fluid flow rate from the second port (75) to the first port (74), if a supply pressure of fluid at the actuation chamber (87) exceeds the bias of the resilient member (82), the valve element (80) moves to the second position for fluidly communicating the second and third ports (74, 75, 76).
Regeneration valve for a hydraulic circuit
FERRAZ JOHN JR (author) / JACKSON MICHAEL THOMAS (author) / O'NEILL WILLIAM NORBERT (author)
2021-10-14
Patent
Electronic Resource
English