Abstract:
Disclosed is a vehicle door driving apparatus provided with a driving mechanism and a rope member. The driving mechanism is fixed to an inner section of a vehicle door which opens and closes a door opening formed in a vehicle body, the driving mechanism including a motor and a drum which is rotationally driven by the motor. The rope member is wound around the drum and linked to the vehicle body, and rotation of the drum is transmitted to the vehicle body by way of the rope member which causes the vehicle door to open and close. The drum is disposed in the inner section of the vehicle door in such a way as to at least partially overlap in a dimensional space in the vehicle width direction defined by the external shape of the motor. The driving mechanism is provided with: a first small-diameter gear linked to the rotary axis of the motor in such a way that the first small-diameter gear rotates together with the rotary shaft of the motor; a transmission gear rotatable around the axis extending in the vehicle width direction; a sun gear rotatable around the axis extending in the vehicle width direction; a ring gear disposed on the same axis as the sun gear; and a carrier which has a planet gear that engages with the sun gear and the ring gear, and which is linked to the drum in such a way that the carrier rotates together with the drum.
Abstract:
A hinge (235;535;635;735) is proposed for use in a domestic appliance (100) to rotationally connect a door (125,130) of the appliance to a body (105) of the appliance, wherein a decorative front panel (140) can be mounted in front of the door and arranged slidably in an essentially orthogonal direction relative to a rotation axis (242) of the door with respect to the body, the hinge including a support bracket (240) for connection to the body, a rotating bracket (241) for connection to the door, the rotating bracket being rotationally connected to the support bracket, and a driving mechanism (245-249;545-551;645-646,665,261-263;750,751,785,786,787,788) arranged to interact both with the support bracket and the rotating bracket to be operated when the rotating bracket is rotating. In the solution according to an embodiment of the invention, the rotating bracket includes an elongated guide structure (270) extending essentially orthogonally to the rotation axis of the door and a sliding block (271-274;271-274;671-674;771-778) for connection to the decorative front panel, the sliding block being slidably guided along the elongated guide structure, wherein the sliding block cooperates with the driving mechanism to achieve a sliding of the sliding block along the elongated guide structure and a corresponding sliding of the decorative front panel with respect to the door during the rotation of the rotating bracket.
Abstract:
The invention relates to a door leaf element for a sliding door system, which is characterized in that the door leaf element (2) can be slid along a guide rail (7, 42) and can be swiveled about a first and a second swivel axis (25). A door closer (16) forms an integral part of the door leaf element (2) and/or an arm of a lever (12, 13) is disposed in the door leaf element. The door leaf element (2) is guided by means of guiding elements (9) in an upper and a lower end area.
Abstract:
Es wird ein Türschließer mit einstellbarer Schließkraft beschrieben, der eine Einrichtung zur Anzeige der jeweils eingestellten Schließkraft aufweist. Das zur Anzeige der jeweiligen Schließkraft verwendete Organ wird dabei in Abhängigkeit von der Verstellung der die Schließkraft erzeugenden Feder betätigt.
Abstract:
The present invention relates to a heat insulation deice of a system window. A flexible gasket is installed on four border sides facing each other of a pair of a window frames installed on the inside of a window frame, and bevel gears are installed on the inner rotation shaft of each window frame handle. A rotation block is installed on upper and lower elongation shafts, and the rotation block on the other side are connected to the upper and lower shafts by a link to rotate the upper and lower rotation blocks on both sides, thus pushing the window frame toward a central dividing protrusion. Thereby, the upper, lower, and lateral sides are pressurized toward the central dividing protrusion, and the flexible gaskets can be attached to each other to be sealed.
Abstract:
PURPOSE: An auto control blinds for multi-layer window, which can efficiently open and close a slate, is provided to minimize the noise of a bearing and motor. CONSTITUTION: An auto control blinds for multi-layer window comprises a controller(50), a first elevation control part, a second elevation control part, a first angle control part(90) and a second angle control part(100). The first elevation control part is formed at the inner lower space of the insulating glass. The second elevation control part is formed at the outside lower and a left frame(22) of an insulating glass. The first angle control part is formed at the inner upper part of the insulating glass. The first angle control part is connected to an angle adjusting wire(97) controlling the angle of a slate(40).
Abstract in simplified Chinese:本发明揭露一种滑动式车门及其安全设备,此滑动式车门系平行于汽车之车身方向而可被打开或关闭,以有效地降低车门打开所需之宽度。此滑动式车门具有一车门本体、一动力传输设备、以及一车门滑动支撑设备。其中车门滑动支撑设备耦合于动力传输设备与车身之间,并仅利用车门本体之一侧与车身耦合,进而提供滑动式车门移动时之支撑力量。此滑动式车门更具有一车门把手与一安全设备,以提高行车的安全性。
Abstract in simplified Chinese:本发明提供一种悬吊式门扉支持设备,具有简单的机构,使任何人皆可容易地由外部将车轮向左右方向(导轨宽度方向)及上下方向移动调整且能以简单一个操作安装于悬吊式门扉;其构成包括:块体3,用以支持上端具备行走车轮之垂直螺栓2;框体4,可左右移动地保持该块体3;及外壳5,以单次操作收纳该框体4,且以可自由装卸地扣合保持,而在上述块体3的前端面上设置凸轮孔6,凸轮7插入该凸轮孔6,且连接于该凸轮7之凸轮操作部9露出于上述框体4的前端面,借由转动该凸轮操作部9,块体3与螺栓2可同时在框体4内进行左右方向的移动调整,此外,上述螺栓2系介由伞齿轮13、14,以可对块体3进行上下移动之方式安装,而用以转动该伞齿轮之转动操作部16则露出上述框体4的前端部。
Abstract in simplified Chinese:本发明系关于一种关门器,用以打开及/或关闭一扇门,其具一能与门耦合之关门轴,至少具一能与关门轴连动之活塞,且该活塞能于一外壳内活动,至少具一与弹簧调整器相连之弹簧,而该弹簧调整器系与一传动器连动,至少具一设于关门器之弹簧侧之磁阀,而该传动器之设计系与弹簧室相连,且位于磁阀之阀门组件内。
Abstract:
PURPOSE: A blind for a ceiling is provided to be installed at the ceiling for shading and ventilation, and to be operated by remote control. CONSTITUTION: A blind for a ceiling comprises a blind sheet(10), a guide member(20), a moving block(30), a pinion gear(40), a rack gear(50), a rotating bar(60), a pair of bevel gears(70), a guide tack, and a coupling pin(90). The guide member is fixed at the both ends of the blind sheet for keeping the blind sheet spread. The pinion gear and the rack gear which are meshed with each other rotate for moving the blind sheet forward and backward. The rotating bar makes the blind sheet rotate. The pair of bevel gears is installed in the moving block. The guide track steadily guides the up and down movements of the blind sheet. The coupling pin interconnects the guide member with the moving block.