序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
41 Detent mechanism US76882158 1958-10-10 US2980455A 1961-04-18 ROSBACK RICHARD H
42 Servo system US1969360 1960-04-04 US2974491A 1961-03-14 CASSADAY ERNEST W; DETTLOF LE ROY A
43 Fluid operated booster US80450859 1959-04-06 US2964909A 1960-12-20 GARRISON ROBERT A
44 Fluid motor US41476454 1954-03-08 US2900963A 1959-08-25 AYERS JR DAVID T
45 Power multiplier US34178053 1953-03-11 US2865335A 1958-12-23 LEWIS GEORGE W
46 Hydraulic brake actuator US10652849 1949-07-25 US2680350A 1954-06-08 SPRAGUE ROBERT B; ANDERSON JOHN P
47 Pressure converter system and apparatus therefor US63126345 1945-11-28 US2588048A 1952-03-04 ROCKWELL EDWARD A
48 Pressure fluid control arrangement US49806443 1943-08-10 US2494752A 1950-01-17 GAMBELL CARLOS H
49 High-to low-pressure converter US47624843 1943-02-17 US2410750A 1946-11-05 ROCKWELL EDWARD A
50 Power transmission system US46754542 1942-12-01 US2391930A 1946-01-01 STONE ALBERT R
51 Hydraulic remote control system US27395939 1939-05-16 US2292916A 1942-08-11 WHEELON ORVILLE A
52 Hydraulic controlling system US4500235 1935-10-14 US2154832A 1939-04-18 VICTOR BROWN FRANCIS
53 HYDRAULIC MOTOR-PUMP-ARRANGEMENT AND HYDRAULIC SYSTEM FOR A VEHICLE US14163490 2014-01-24 US20140140864A1 2014-05-22 Oliver Harten; Denis Descheemaeker; Lars Hoffmann; Sebastian Lauckner
An arrangement for selectively making available hydraulic power in separate hydraulic circuits comprises two displacement machines, two free-wheels and a drive unit that is preferably arranged between the displacement machines. The free-wheels block in opposite directions and are coupled to the displacement machines. Consequently, the first displacement machine is driven in a first rotating direction of the drive unit while the second displacement machine is only driven in a second, opposite rotating direction of the drive unit. This makes it possible to realize an intermittent operation for selectively making available additional hydraulic power in separate hydraulic subsystems by choosing the rotating direction accordingly. This arrangement can reduce the weight and the complexity of a hydraulic system.
54 Automatic remote control apparatus US34946373 1973-04-09 US3836084A 1974-09-17 LUKE W
Hydraulic control apparatus for automatic remote control of a hydraulic actuating ram. The apparatus has a double-acting slave cylinder connectable hydraulically to an actuating ram, and a double-acting master cylinder the piston of which is mechanically connected to the piston of the slave cylinder, the master cylinder being operable by hydraulic pressure supplied via a pilot-operated valve arranged automatically to reverse the stroke of the master ram at limits set according to the desired stroke of the actuating ram. The control apparatus may be used for controlling actuating rams which effect reciprocating pivotal movement about one or more axes of a water jet monitor.
55 Hydraulic power brake booster US3691903D 1971-09-13 US3691903A 1972-09-19 SHELLHAUSE RONALD L
A hydraulic power brake booster powered by power steering gear pump pressure and utilizing an open-center valve so that fluid flows through the booster without pressure reduction when the booster is not activated. The valve assembly includes a radially floating valve seat which provides for self-centering, permits a valve separation operation to pass viscous cold hydraulic fluid or any elements which may tend to overly restrict the valve. It also includes a valve face design providing entrance and exit angles defining a venturi-type passage conductive to laminar flow with consequent reduction in valve noise, and has a hydraulic reaction mechanism which includes an arrangement for supported line pressure.
56 Remote controlled power brake US3685288D 1970-08-13 US3685288A 1972-08-22 CORDREY RICHARD N
Arrangement for amplifying power applied to a load member including a power system having spring means for moving a pivoted beam in one direction and a fluid system for moving the beam in the opposite direction. A lever, pivotally carried by the beam, is connected at one end to the load member. Manual control means are arranged to move the other end of the lever, which movement is effective to vary the pressure in the fluid system and thereby control movement of the pivoted lever.
57 Power brake for automotive vehicle US3490231D 1968-01-08 US3490231A 1970-01-20 KLEIN HANS-CHRISTOF
58 Position control system US3473324D 1966-08-02 US3473324A 1969-10-21 MERCIER JEAN
59 Fluid pressure operated boosters or servo motors US3463054D 1968-01-30 US3463054A 1969-08-26 FARR GLYN P R
60 Position control system US3436915D 1966-08-02 US3436915A 1969-04-08 MERCIER JEAN
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