Abstract:
PROBLEM TO BE SOLVED: To provide a self-travelling one-way movement mechanism of a movable body which enables the movable body such as a suspension door to make manual one-way movement to a midpoint, which subsequently enables the movable body to make self-travelling one-way movement from the midpoint and which enables the movable body to securely move to its stop position. SOLUTION: The self-travelling one-way movement mechanism of the movable body is provided with a runner 5, a catcher 6 against the striker 51, and an energizing means 7. The lower part of the runner 5 is provided with a striker 51, and the striker 51 is engaged with the movable-body 1 side in a standard position R. Then the energizing means 7 accumulates an energizing force when the catcher 6 is in the standard position R. The striker 51 of the runner 5, which has been engaged with the rail 2 side and stopped in the self-travelling start position SA of the movable body 1, is captured by the catcher 6 which is in the standard position R, and the engagement between the catcher 6 and the movable-body 1 side is released by taking the opportunity of capture. Besides, the catcher 6 is positioned in the standard position R again by the return movement of the movable body 1 from the stop position SP, and the striker 51 of the runner 5 is released. After that, the engagement between the runner 5 and the rail 2 side is released. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a control device for assuring simple and reliable motion for an automobile flap or an automobile door to assure detection and evaluation of simple and reliable motion for a control method for the automobile flap or automobile door. SOLUTION: The device and method for controlling the automobile flap or automobile door comprise a housing 2 with its first end 3 turnably connected to one of the automobile flap 6 and automobile door and to an automobile frame 4 and with its second end 5 turnably connected to the other of the automobile flap 6 and automobile door and to the automobile frame 4; a driving control device 8 disposed at the housing 2; and at least one sensor formed as an acceleration sensor 11. The device and method for assuring simple and reliable movement and detection and evaluation of this movement is achieved by disposing the acceleration sensor 11 at the housing 2, and detecting the acceleration of the automobile flap 6 or automobile door by the acceleration sensor 11. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PCT No. PCT/DE97/01668 Sec. 371 Date Jan. 15, 1999 Sec. 102(e) Date Jan. 15, 1999 PCT Filed Jul. 30, 1997 PCT Pub. No. WO98/07079 PCT Pub. Date Feb. 19, 1998A method for controlling a movement of a window pane of a motor vehicle door immediately after the lowering of the window pane, until there is compensation of the system deficiency of the displacement mechanism caused by the displacement of the window pane into the lowering direction of movement. With a short stroke lowering of the upper edge of a free-standing frameless window pane from a keyed sealing engagement on the bodywork side, a signal is generated through opening of the door and passed to an electronics evaluation unit whereupon the drive of the window lifter is activated in the lowering direction until the window pane has moved from its closed position into a predetermined partially opened position. After closing the vehicle door, as a result of the generation of a further signal, the lowered window pane is automatically closed again. During control of the drive for the purpose of automatically lowering the window pane, a first phase of the drive movement is assigned to compensate the system deficiencies of the window lifting mechanism, and a second phase of the movement is assigned to a path of the window lowering.
Abstract:
A method for controlling movement of a window glass (12) in a vehicle using an electric motor (26) associated with a drive mechanism (1,2,3,4) through a cable (50), said method comprising the steps: determining an actual position (X2) of the window glass (12) based on the movement of the motor (26), determining a cable stiffness (S2), determining a position lag (400) of the window glass (12) based on the determined actual position (X2) of the window glass (12), a predetermined position (Z2) of the window glass (12) and the cable stiffness (S2); and continuously correcting the position of the window glass (12) based on the determined position lag (400).
Abstract:
Bei einem Möbelbeschlag für ein bewegliches Möbelteil, insbesondere zum Antrieb einer Faltklappe, einer Falttür oder dergleichen, wobei das bewegliche Möbelteil ein erstes Faltteil und ein zweites Faltteil aufweist, die an einer Scharnierachse (88) gelenkig miteinander verbunden sind, wobei der Möbelbeschlag (11) eine Gelenkanordnung mit mehreren aneinander angelenkten und zueinander verschwenkbaren Gelenkarmen aufweist, die im an einem Möbel (10) montierten Zustand des Möbelbeschlags (11) das erste oder das zweite Faltteil mit einem Möbelkorpus (12) des Möbels (10) verbindet, wobei der Möbelbeschlag (11) ferner einen Steuerhebel (94) aufweist, der einerseits um eine korpusseitige Schwenkachse (95) schwenkbar lagerbar ist und andererseits um eine mobelteilseitige Schwenkachse (96) schwenkbar an einem der beiden Faltteile oder an einem dort befestigbaren Lagerteil lagerbar ist, ist der Steuerhebel (94) über die korpusseitige Schwenkachse (95) an einem Lenkhebel (100) angelenkt, der seinerseits im am Möbel (10) montierten Zustand des Möbelbeschlags (11) bezüglich des Möbelkorpus (12) mittels einer Lenkhebel -Schwenkachse schwenkbar gelagert ist.
Abstract:
A ' hinge particularly for a piece of furniture, of the kind comprising a first and a second rocker arm (2, 3) operatively connecting a box-shaped body (4) able to be fastened to a wing of the piece of furniture and a hinge arm (5) able to be fastened to a fixed element of the piece of furniture, the first rocker arm (2) pivoting with a first pin (7) around the box-shaped body (4) and with a second pin (8) around the arm (5), the second rocker arm (3) pivoting with a third rocker arm (9) around the box-shaped body (4) and with a fourth pin (10) around the arm (5), the second rocker arm (3) being interposed between the bottom of the box-shaped body (4) and the first rocker arm (2) at least at the closed configuration of the hinge in which the wing rests on the abutment plane against the fixed part, in the close configuration of the hinge the angle between the abutment plane and the plane joining the first and the fourth pin (7, 10) being comprised between - 2° and 2", the angle between the abutment plane and the plane joining the third and fourth pin (9, 10) being comprised between 5° and 10°, the angle comprised between the plane joining the first and third pin (7, 9) and the third and fourth pin (9, 10) being comprised between 140° and 150°, and the axial distance between the first and fourth pin (7, 10) being comprised between 23 and 27 mm.
Abstract:
An articulated device comprises a first member (4) that is provided with a first set of teeth fixedly connected thereto (20, 22). A second adjacent member (6) is provided with a second set of teeth fixedly connected thereto (24, 26). A coupling section (32, 38) is also provided on which the first set of teeth is hingeably supported around a first hinge axis (28, 34) and on which the second set of teeth is hingeably supported around a second hinge axis (30, 36) wherein the first set of teeth engages with the second set of teeth. A positioning device sets an angular position of the first and second members relative to the coupling section.
Abstract:
The device (1) for decelerating at least the closing rotation of a furniture hinge, comprises a container (14) housing a first rotating friction element (16) in contact at a first friction surface (17) with the bottom (18) of the container (14), a second fixed friction element (19) overlapped to the first rotating friction element (16) with which it is in contact at a second friction surface (20), and at least a third rotating friction element (22) overlapped to the second fixed friction element (19) with which it is in contact at at least a third friction surface(21), constraint means (24,25) between the first friction element (16) and the third friction element (22), a slider (23) moveable along a direction of translation at least during the closing rotation and kinematic means (34,36) for the conversion of the translation of the slider (23) into a rotation of the first and third friction element (16,22) in such a manner to create a dragging friction at the first, second and third friction surface.
Abstract:
La ventana incluye un bastidor de ventana (1) en el que hay dispuestas dos hojas de ventana (2) y (3) ocupando un mismo primer plano vertical en la posición de cierre de la ventana. La hoja inferior (3) está conectada a un mecanismo contrapesado (8) para su traslado vertical en el bastidor de ventana (1). La ventana incluye mecanismos de tijera (9) que discurren guiados entre los montantes (4) del bastidor de ventana (1) para proyectar horizontal y frontalmente dicha hoja inferior (3) desde el primer plano vertical en la posición de cierre a un segundo plano vertical en una posición separada de apertura, o viceversa, mantenida en la posición separada con la intervención de elementos de bloqueo (24), (25) y trasladada en una trayectoria vertical con la colaboración del mecanismo contrapesado (8).