Abstract:
PROBLEM TO BE SOLVED: To provide a driving device for a sliding openable body for connecting a main drum and an adjusting drum without fail in a simple structure as well as adjusting the connecting position of the drums easily when adjusting a length of a cable to be arranged. SOLUTION: Lengths of the first cable engaged with the main drum 30 and the second cable engaged with the adjusting drum 50 are adjusted according to a position of fitting of an inner gear 36 formed on an inner surface of the main drum 30 and an outer gear 51 formed on an outer surface of the adjusting drum 50. COPYRIGHT: (C)2004,JPO
Abstract:
A control method of a powered sliding device having a wire drum coupled through a wire cable with a sliding door slidably attached to a vehicle body, a motor for rotating the wire drum by the electric power from a battery, a voltmeter for measuring the battery voltage of the battery, and a sensor for detecting the sliding speed of the sliding door, comprises the steps of: measuring the sliding speed SS by the sensor when a predetermined time has elapsed from an actuation of the motor; comparing the measured sliding speed SS with the lower limited speed LLS of the sliding door determined according to the degree of the battery voltage BV measured by the voltmeter; and stopping or reversing the motor when the sliding speed SS is slower than the lower limited speed LLS.
Abstract:
Dispositif d'entrainement (1) d'une porte (5), du type sectionnelle ou basculante, actionnée par l'intermédiaire de deux câbles (3,4) fixés sur des tambours d'enroulement (6,7), solidaires d'un axe supérieur (8) à fixer au dessus d'une baie par ses extrémités, supportées d'une part par un palier (16) et d'autre part par un moteur d'entrainement rotatif (15), de manière à entraîner la porte (5) en translation, caractérisé en ce que l'axe supérieur (8) supportant les tambours d'enroulement (6,7) des câbles (3,4) est constitué par un tube soutenu par deux fixations murales latérales uniques (13,14), reliées d'une part à un moteur (15) dit « tubulaire », associé à l'une des extrémités du tube (8), et d'autre part à un palier (16), associé à son autre extrémité.
Abstract:
A cost-reduced, downsized automatic opening/closing apparatus for vehicle is achieved by reducing the number of components thereof. A case (25) of a driving unit (22) is provided with a drum housing portion (31), and a driving drum (41) is rotatably accommodated in the drum housing portion (31). An electric motor (27) is attached to the case (25), and the driving drum (41) is driven for rotation by the electric motor (27). A cable (24) connected to a sliding door is wound around the driving drum (41). By rotation of the driving drum, the sliding door is opened and closed as being drawn by the cable. The case is provided with a substrate housing portion (46) integrally with the drum housing portion, and a control substrate (47) for controlling an operation of the electric motor is accommodated in the substrate housing portion (46).
Abstract:
A slide door apparatus for a vehicle includes a reel member (31, 104, 66, 86) disposed at one of a vehicle body (1) and a slide door (2) for opening and closing a door opening (1a) formed in the vehicle body (1) and a rope member (21, 87) reeled by the reel member (31,104, 66, 86) and connected at a terminal end (21a) of the rope member (21, 87) to the other of the vehicle body (1) and the slide door (2). The rope member (21, 87) is unreeled from the reel member (31, 104, 66, 86) in one direction and reeled in the reel member (31, 104, 66, 86) in the other direction. The slide door apparatus also includes a rotating device (41, 71, 89, 91) including an internal rotor rotating (44, 74, 88, 95) and generating a rotating load
Abstract:
A door assembly is provided that includes integral impact regions that obviate the need for a separate impact beam. The door assembly includes an outer panel and an inner panel, operably connected to the outer panel so that a compartment is formed therebetween. At least one hardware-mounting surface is integrally formed from the inner panel and extends towards the outer panel. Each of the hardware mounting surfaces is operable to mount a hardware component between the inner and outer panels. At least one integrally-formed impact region is provided on the inner panel that is operable to strengthen the door assembly and increase its intrusion resistance of the vehicle door during a collision. The inner panel has substantially no large access openings that would be deleterious to impact resistance and substantially seals the vehicle passenger compartment from the external environment. The at least one impact region is also displaced at least as far away from the outer panel as the at least one hardware mounting surface.