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    • 7. 发明专利
    • HINGE FITTING FOR MOTOR VEHICLE SEATS
    • SK43893A3
    • 1993-08-11
    • SK43893
    • 1992-08-31
    • RENTROP HUBBERT & WAGNER
    • ERNST HANS-HELLMUT
    • A47C1/025B60N2/22B60N2/225
    • PCT No. PCT/EP92/02002 Sec. 371 Date May 3, 1993 Sec. 102(e) Date May 3, 1993 PCT Filed Aug. 31, 1992 PCT Pub. No. WO93/04891 PCT Pub. Date Mar. 18, 1993.A hinge fitting for motor vehicle seats having an adjustable backrest comprises a fixed hinge member, which is associated with the seat, and a swivelling hinge member which is associated with the backrest. The two hinge members are connected via an eccentric so as to swivel, and both hinge members comprise sets of toothing which engage with each other and form part of a wobble mechanism. The eccentric may be swivelled about a first swivelling axis in a first pivot bearing relative to the other hinge member. Both pivot bearings are arranged eccentrically relative to each other. The pivot bearings are formed by plain bearing bushings which are mounted in the hinge members. For the purpose of calibration by means of a calibrating mandrel, the plain bearing bushings are plastically compressible. The running surfaces of the plain bearing bushings observe, in each case, the smallest spacing from the associated axis of the hinge member which accommodates the respective plain bearing bushings. The hinge fitting has an only small overall width and has a high internal stability, even against high forces such as may arise during accidents. In addition, the hinge fitting has extremely small bearing clearances which are obtained with simple manufacturing methods.
    • 8. 发明专利
    • DE4138420A1
    • 1993-05-27
    • DE4138420
    • 1991-11-22
    • RENTROP HUBBERT & WAGNER
    • ERNST HANS-HELLMUT
    • A47C1/025B60N2/22B60N2/225
    • A hinge fitting for motor vehicle seats with adjustable back-rests has a fixed hinge part (2) associated to the seat (212) and a swivelling hinge part (1) associated to the back-rest (213). Both hinge parts are pivotably interconnected by means of an eccentric wheel (4) and both hinge parts have interlocking teeth (1a, 2a) that form parts of an oscillating mechanism. The eccentric wheel can pivot around a first pivoting axis (20) in a first pivot bearing, with respect to one hinge part (1), and around a second pivoting axis in a second pivot bearing, with respect to the other hinge part (2). Both pivot bearings are eccentrically arranged with respect to each other. The pivot bearings are formed by plain bearing bushes (5, 6) inserted into the hinge parts and/or the eccentric wheel. The plain bearing bushes can be plastically compressed by means of a calibrating mandrel for the purpose of calibration. The running surface of each plain bearing bush keeps the smallest spacing from the corresponding axis of the hinge fitting part that receives the plain bearing bush. The hinge fitting has only a small axial overall width, and a high inner stablility, even against high forces, such as those that can occur during accidents. In addition, the hinge fitting has extremely reduced bearing clearances that can be obtained by simple manufacturing processes.
    • 10. 发明专利
    • BR8805919A
    • 1989-08-01
    • BR8805919
    • 1988-11-11
    • RENTROP HUBBERT & WAGNER
    • ERNST HANS-HELLMUT
    • F16F7/10B60N2/00B60N2/06B60N2/90B60N1/08
    • The invention relates to a power transmission element which can be moved along an adjustment path and has one or more inertia-sensitive trigger mechanisms. This adjustable power transmission element is preferably used for motor vehicle seats which have to be securely blocked in their present position in the event of a crash. The force transmission element has two load carriers (6; 7) which can be displaced linearly with respect to one another and a sensor mass (2) which in the event of decelerations loads laminas (1) counter to the force of a sensor spring (3) in an inertia-conditioned manner. The laminas are tiltably arranged adjacent to one of the load carriers (6; 7) and upon being loaded become jammed in a non-positively engaging manner in an inclined position counter to the respective load carrier (6; 7). In normal use, the load carriers are freely displaceable with respect to one another. In the event of a crash, the two load carriers are locked with respect to one another in such a way that the forces from the first load carrier are transferred directly into the second load carrier. When in use with vehicle seats, this means that the inertia forces from the mass of the seat with the vehicle passenger are transferred into the vehicle cell without loading the seat adjustment elements. … …