Abstract:
PROBLEM TO BE SOLVED: To provide a tension mechanism for a power sliding device, which is suppressed of cable friction noise. SOLUTION: According to the structure of the power sliding device, when a wire drum 15 is rotated for opening a door, a door-opening cable 17' is reeled and a door-closing cable 17" is unreeled, to thereby slide a sliding door in a door-opening direction, and when the wire drum is rotated for closing the door, the door-opening cable 17' is unreeled and the door-closing cable 17" is reeled, to thereby slide the sliding door in a door-closing direction. In the tension mechanism, cable-abutting surfaces 22B, 23B of respective tension rollers 22, 23 are each formed as an inclined surface that has a progressively reduced diameter from one axial end to the other axial end. Further the door-opening cable 17' and the door-closing cable 17" each moves, from a long-diameter side to a short-diameter side of each of the cable abutting surfaces 22B, 23B, when reeled by the drum 15. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract in simplified Chinese:本发明提供一种可借由对车门作用朝车辆前后方向之力之车门驱动机构进行开关动作与嵌入动作,而且亦可应用於单扇滑动式车门的小型嵌式车门设备。滑座12系设置为可相对于固定基座11沿车宽度方向滑动移动。经由链接部19使1扇车门104沿车辆之前后方向移动之车门驱动机构13具有包含电动马达21之驱动部13a、驱动轮构件13b、从动轮构件13c、及环形构件13d,且设置于滑座12。导引部15系以使设置于链接部19之轴部14朝车宽度方向移动之方式进行导引。于2个齿条(16a、16b)间配置有小齿轮16c之倍速轨道16中,使一齿条16b与滑座12相链接而使另一齿条16a与车门104侧相链接,且使小齿轮16c与链接部19侧相链接。
Abstract in simplified Chinese:提供一种适用于如铰链门、窗等旋转体之拉回机构及其安装构造。拉回机构包括:设于门扇D'之撞头1;设于门框H'上,而对门扉D'向基准位置旋转操作时,能捕捉到从正面F移动接近之撞头1之捕捉件2;设于门框H'上之制动设备5;及使此捕捉件2与制动设备5连动之连动设备3。捕捉件2构成能在待机位置与退入位置之间内外旋转,制动设备5借由连动设备3之连动齿轮部件30能对捕捉件2之向退入位置旋转之动作施以制动作用。
Abstract in simplified Chinese:本发明提供为了实现小型的嵌式车门设备而对适当之车门作用朝车辆前后方向之力的车门驱动机构。设置于车辆,且进行车门之开关动作之车门驱动机构(13),具备有:驱动轮构件(13b),其输入有驱动力;从动轮构件(13c),其与驱动轮构件相对应地设置;及环形构件(13d),其以对应于驱动轮构件与从动轮构件环绕之方式悬挂,位于车辆出入口之前后方向的范围内,可以相对于车门驱动机构使车门朝车辆之前后方向移动之方式与车门链接。
Abstract:
A snap hinge (1) with damped closure, comprising a first articulated quadrilateral (2) and a second articulated quadrilateral (3) which share a first lever (4) and a second lever (5) and are provided respectively with a plate (6) for coupling to a first element (101) and with a plate (7) for fixing to a second element (102), said hinge (1) being movable alternately between an open configuration and a closed configuration, wherein said plates (6, 7) have different arrangements with respect to each other, the first quadrilateral (2) comprising a second arm (18) which is articulated to the coupling plate (6) and to an end of the second lever (5), the second quadrilateral (3) comprising a first arm (9) which is articulated to the fixing plate (7) and to an end of the first lever (4), said hinge (1) also comprising at least one damping element (8) that is interposed between said second quadrilateral (3) and said fixing plate (7) for damped transition from said open configuration to said closed configuration and said damping element (8) comprises a cylindrical main body (10) in which a stem (11) can slide axially, characterized in that said main body (10) has a first end (10a) which is associated, so that it can rotate, with said fixing plate (7) and said stem (11) is provided with a second end (11a) that can move with respect to said first end (10a) and is associated, so that it can rotate, with said first arm (9), the position of the stem (11) with respect to the body (10) defining various positions of the damping element (8), which in particular can move between a compression position, in which said ends (10a, 11a) of the main body (10) and of the stem (11) are mutually closer and the hinge (1) is in the open configuration, and an extended position, in which said ends (10a, 11a) of the main body (10) and of the stem (11) are mutually spaced and the hinge (1) is in the closed configuration.
Abstract:
A pivoting fitting for pivoting a flap (15) hinged on a furniture body, comprising an energy accumulator (2) fastened to a connecting part which can be connected to a body wall, and a lever arrangement (11) which is operatively connected to the energy accumulator (2) and has at least one articulated lever (12), is configured such that the energy accumulator (2) is connected to a control element (6) comprising a cam disc (7) which is fixed but rotatable with respect to the connecting part, which control element is connected in a movement-dependent manner to the articulated lever (12) which is held on the one side on the connecting part and can be held on the other side on the flap (15), and is rotated when the articulated lever (12) is pivoted, wherein in one pivoted end position, the energy accumulator (2) is clamped, and in the other end position is unclamped relative thereto, and wherein the cam disc (7) has a control contour (10) with varying radius of curvature, on which cam disc (7) the energy accumulator (2) is held.