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JP3089951B2 |
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JP2000511852A |
The invention relates to a hydrodynamic mechanical compound transmission comprising a transmission input shaft (E), a transmission output shaft (A), a hydrodynamic transmission part (2) and a mechanical transmission part (4). Said mechan...
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JP3083400B2 |
PURPOSE: To miniaturize a hydraulic rotary decelerating device by providing inside a cylinder a partition wall which axially divides the inside of the cylinder into two parts and another partition wall which divides each of the two parts...
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JP3077054B2 |
To provide the heat resistant and conductive material having the excellent stability, heat resistance and durability under the low oxygen partial pressure in the atmospheric air at a high temperature and in the humidified hydrogen. This ...
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JP3074030B2 |
A hydraulic retarder including a rotor vane fixable to a rotational shaft rotating with vehicle wheels to relatively be unrotatable with respect thereto, a stator vane substantially unrotatable with respect to the vehicle body, and a clu...
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JP2000213260A |
To provide a shutter having a viscous braking means having a mechanism which demonstrates no braking effect when the shutter is started to descend, but is capable of limiting the descending speed by the braking effect in the middle of th...
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JP2000169076A |
To provide a fixing/releasing mechanism of a pendulum support device simple in structure and high in safety.This fixing/releasing mechanism is constituted to make a clamping member 24 pressure contact with a holding member 22 through a s...
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JP3053583B2 |
To simplify an assembling process and to reduce torque during opening by providing a communication hole for communicating rotary damper rooms with each other in the specified part of a partition part for connecting together a rotary damp...
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JP2000158903A |
To safely regulate the moving speed or stop position with a compact mechanism to improve the safety in moving or stopping by providing a brake mechanism using a functional fluid in a leg wheel having a wheel for carrier, and controlling ...
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JP2000506251A |
The simplified system has the coolant pump (1.0) separated from the engine (4.0) by a control valve (2.0). This controls the coolant flow either directly to the engine or diverts the coolant flow through the retarder before passing to th...
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JP2000062582A |
To provide a motive power absorbing device light in weight, inexpensive, capable of controlling braking force and large in control range. This motive power absorbing device comprises a hollow axis 5, an output shaft 9 coaxially extending...
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JP2000036154A |
To arrange the height from the upper surface of a damper supporting member to a gear part of an oil damper as low as possible when the oil damper is mounted on the damper supporting member such as a chassis, etc. The oil damper 1 is furn...
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JPH11351290A |
To provide a braking device capable of effecting the braking in a short braking distance, and capable of effecting the stable braking irrespective of the weight of a cargo to be carried. A braking device is provided with a guide 254, an ...
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JPH11321589A |
To easily provide high braking torque by providing a cooler unit exclusive for a retarder adjacently arranged to a braking force transmitting means on a trailer, and cooling working liquid of raised temperature by the cooler unit. A trai...
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JP2963382B2 |
To prevent a load from being applied to a structure as moment when braking force is applied to a brake disk by providing a bracket extended in the advancing direction of a moving body from part of a hinge member supporting the brake disk...
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JP2944754B2 |
A vehicle drivetrain differential (22) driven by a rotary drive member (24) rotatively drives a pair of rotary members (26, 28) and includes a housing (30) for containing hydraulic fluid and in which a hydraulic coupling (32) is received...
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JP2932028B2 |
PURPOSE: To enable automatic continuously variable shift from neutral, low, medium, and high speed, and to over drive and reverse drive in a state that all gears are connected together without releasing and changing the gears. CONSTITUTI...
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JP2916108B2 |
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JP2916253B2 |
PCT No. PCT/EP90/01486 Sec. 371 Date Feb. 14, 1992 Sec. 102(e) Date Feb. 14, 1992 PCT Filed Sep. 5, 1990 PCT Pub. No. WO91/03661 PCT Pub. Date Mar. 21, 1991.In a hydrodynamic brake (1), in order to reduce the ventilation losses, adjustab...
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JP2594651Y2 |
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JP2883211B2 |
The invention concerns a hydrodynamic retarder with a cooling circuit for the working fluid, which cooling circuit is divided into two partial flows of different cross sectional areas, between the outlet and inlet to the retarder, wherei...
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JP2882109B2 |
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JPH1120633A |
To obtain brake torque of an almost constant size from low speed to high speed and obtain an excellent response at the time of an operation by arranging a viscous fluid coupling and a clutch between a car body side member and a rotating ...
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JP2844531B2 |
A rotary control damper is described that includes a rotor comprising a spur gear and a plurality of rotary cylindrical bodies coaxially provided on a lower face of the spur gear. The damper also includes a stator comprising a plurality ...
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JPH10292754A |
To obtain a unidirectional rotary speed-reducing device which spares space and reduces the number of parts. This device is provided with a housing 22 in which a viscous fluid is contained and hermetically sealed, a rotor 28 rotatably arr...
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JP2583950Y2 |
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JP2816489B2 |
A controller for a retarder includes: a fluid-storage-type retarder provided to a rotary shaft which is rotated together with the rear wheels of a vehicle, the retarder always storing a fluid; a reservoir tank adapted to be in fluid comm...
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JP2583491Y2 |
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JP2580439Y2 |
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JPH10238212A |
To improve a function by arranging a rotary body to rotate along a braking starting part arranged in a guide groove and a rotary body braking means, in a door to move along the guide groove. Through a casing 21, a braking case 24 is inst...
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JPH10169678A |
To provide a brake device wherein by wearing of a friction material, contamination of the periphery is eliminated, and in the case of using as the brake device for a vehicle, making intelligent is easily attained of a brake function. A d...
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JPH10151973A |
To simplify manufacture and assembling of a retarder and a transmission by arranging a seal member on an outer wall of a transmission housing, and separating a lubricant of the transmission from a working medium of the retarder. A retard...
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JPH10138771A |
To further simplify and rationalize manufacture and assembly by arranging a sealing element between a transmission housing and a retarder and separating lubricant of a retarder bearing and/or a transmission from a working medium of the r...
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JPH10131763A |
To provide a driving device composed of an engine, a transmission mechanism, a cooling liquid circulation mechanism having a cooling liquid pump and a dynamic damper, which has a volume and weight smaller than a conventional one. This ty...
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JPH10114243A |
To provide a drive unit which can operate in the optimum manner under every operation condition and maintain the optimum power by constituting in such a manner that a motor, a hydro-dynamic retarder, a pump, and a change-over valve are p...
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JP2743757B2 |
PURPOSE: To provide a brake of a rotary drum in an electrophotographic color printer or the like, thereby checking any variation in rotational speed in this rotary drum to be produced in the case where rotational irregularity and disturb...
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JPH1081210A |
To generate a high braking torque in time of braking as well as to secure a stable braking characteristic in time of non-braking by using an electroviscous fluid where one side of the shaft members is inserted through a fluid storage tan...
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JP2565227Y2 |
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JP2729596B2 |
To obtain a driving device for a vertically movable shutter having simple structure and damping movement into a closed position while preventing no movement into an open position. For driving the roller shutter into an open position ther...
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JPH1061690A |
To decrease ventilation loss to make the operation of a retarder effective at the time of braking by providing a switching valve in a pipe between the hydrodynamic center of the retarder and a working medium container and in a pipe betwe...
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JPH1061691A |
To perform the necessary action at low cost by further developing a driving unit, and particularly reducing pipe cost, a necessary space and cost. A driving unit is provided with a hydrodynamic retarder 1 containing a rotor outer ring, a...
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JPH1061688A |
To hold down ventilation loss to the minimum and keep the braking action constant so as to enable reproduction by providing a switching valve in the midway of a pipe for connecting between a working medium container and the hydrodynamic ...
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JPH1061689A |
To widely avoid a motive power loss, keep it on a low temperature level, and avoid generation of secondary circulation in non-braking operation. A driving unit is provided with a hydrodynamic retarder 1 containing a rotor outer ring 1.1,...
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JP2559353Y2 |
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JP2559354Y2 |
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JP2695128B2 |
PURPOSE: To require not so much of maintenance work, etc., and, at the same time, to prevent the burden of force on hands, etc., suddenly when a sliding door is opened and closed or the stiffness of opening and closing operation. CONSTIT...
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JPH09317797A |
To provide a fluid type retarder device having a quite simple structure in which a thrust force can be reduced only through an arrangement of sealing sections having different diameters at a front surface and a rear surface of a rotor. A...
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JPH09303434A |
To restrain the sharp reduction of vehicle braking force at the time of the failure of one side in two hydraulic systems. The spring 28 of a relief valve 26 is installed between a valve element 27 and a control piston 31, for making the ...
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JPH09303435A |
To eliminate the insufficient feeling of braking, caused by the variation of regenerative braking force, by a small and inexpensive means. The spring 28 of a relief valve 26 is installed between a valve element 27 and a control piston 31...
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JPH09303433A |
To provide a miniature and inexpensive decompressing means variable in decompression quantity. The spring 28 of a relief valve 26 is installed between a valve element 27 and a control piston 31, for making the decompression quantity of t...
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