Abstract:
Disclosed is a drive device for a driver carriage (17) that can be driven to move back and forth along a guide rail (10) and can be connected to an object to be similarly driven, with a drive assembly (1), reduction gear (3) and output head (4) and with a drive web (11) that is driven by it, attached to the driver carriage and guided over a turnaround device situated at the end of the guide rail (10) opposite the drive assembly (1). To provide a space-saving design for storage and/or transport with a properly performed final assembly following attachment of the guide rails, with no danger of a faulty run of the drive web, this drive device is designed in such a way that the drive assembly (1), or rather its output head (4), has a storage section (8) in which the drive web (11), which is drawn over the output head and gauged for the entire length of the guide rail, is contained within a small space alongside the turnaround device (12), shortened in the longitudinal direction by wavy folds (13, 14), and to which storage section (8) is attached, at the installation site, the guide rail in which the turnaround device (12) can be moved into the operating position and set there, with the drive web (11) being driven without twist in the guide rail direction up to the appropriate end of the guide rail (10).
Abstract:
A driving device for an object moved back and forth by a driver (13) or an actuating shaft has a driving motor unit (10) and a driven member (1) that may be rotated by the driving motor unit and that frictionally engages a toothless transmission element. In order to obtain a practically slip-free, cheap to produce and silent transmission, at least one additional friction roller (2) associated with the driven member (1) is form-fittingly linked to the driven member (1) so as to act as a transmission member. The friction surfaces of the friction roller and the driven member have synchronous speeds of rotation and the traction force-transmitting element (8) is guided over part of the circumference of the friction surfaces of the at least two roller-shaped members (1, 2).
Abstract:
A method for simplified installation of cable-actuated door spring systems comprises pre-assembling a spring unit, which is thereafter lifted into position in brackets premounted above the door opening. The pre-assembly is effected by winding a length of cable onto the cable winding drum (4 ), mounting the drum on the shaft, securing a torsion spring to the shaft and connecting it with fitting members mounted for turning movement about the shaft. The fitting members (14, 14 ) of the spring unit thus formed are secured in the premounted brackets (15 ), whereupon the cable (40 ) is connected with the door with the spring in its relaxed position and, with the door in its raised position, the cable (40 ) is unreeled and passed around a bottom pulley means (102) in order to provide the spring bias appropriate for said door.
Abstract:
Die Erfindung betrifft eine Schiebetür-Rollenführung (12) mit mindestens einer Rolle (18) und einer Führungsbahn (10) in einer Längsrichtung, dadurch gekennzeichnet, dass die Rolle (18) innerhalb der Führungsbahn (10) in Längsrichtung läuft und quer zu ihrer Laufrichtung schwenkbar ist. Auf diese Weise wird eine Schiebetür-Rollenführung (12) mit einer Rolle (18) und einer Führungsbahn (10) bereitgestellt, die einen reduzierten Bauraum aufweist, wartungsarm und preiswert herstellbar ist.
Abstract translation:
本发明涉及一种滑动导航使用的r-Rollenf导航使用导向装置(12)用至少一个辊子(18),并在L&AUML A F导航用途导轨(10);沿纵向方向,其特征在于辊子( 18)在供给路径(10)内纵向延伸并且可横向于其行进方向枢转。 以这种方式,提供了具有辊子(18)和导轨(10)的滑动滚子引导件(12),其具有减小的安装空间,几乎不需要维护并且生产成本低廉。 P>
Abstract:
Sliding door arrangement (1) for mounting on a ship, comprising a top door panel guide rail (2' ), a bottom door panel guide rail (2' ' ) and one or more door panels (3), wherein each door panel (3) is provided with a carriage or carriages (11) movable in said guide rails (2', 2' ' ) wherein the door panel (3) is supported by said carriage or carriages (11), and wherein the door arrangement (1) has multiple door panels (3) guided along the same guide rails (2', 2' ' ) and each door panel (3) has an individual electric motor (4) for driving the door panel (3) along the guide rails (2', 2' ' ), wherein the electric motor (4) of each door panel (3) is provided with a motor guide rail (5) which is separate from the door panel guide rails (2', 2' ' ).
Abstract:
Die Erfindung betrifft ein Schiebe- und Drehflügelsystem, umfassend ein Bodenschienenprofil (1) und ein Deckenschienenprofil (2), welche jeweils C-förmig ausgebildet sind und in denen wenigstens zwei zwischen diesen angeordnete Flügel (3) verschiebbar geführt sind, die wenigstens jeweils über wenigstens einen Laufwagen (4, 5) in dem Bodenschienenprofil (1) gelagert sind, derart, dass im eingeschwenkten Zustand der Flügel (3) eine vollständige Aufnahme der Gewichtslast der Flügel (3) durch das Bodenschienenprofil (1) erfolgt. In dem Bodenschienenprofil (1) ist wenigstens eine seitliche Auslassöffnung (16) zum Ausklinken eines Flügels (3) angeordnet, wobei an wenigstens einem Flügel (3) ein Hebeläufer (49) angebracht ist, der oberhalb des Bodenschienenprofils (1) angeordnet ist, wobei auf der Bodenschiene (1) benachbart zu wenigstens einer Auslauföffnung (16) ein Rampenelement (62) angeordnet ist, das mit dem Hebeläufer (49) derart zusammenwirkt, dass der Flügel (3) beim Passieren des Rampenelements (62) angehoben wird.
Abstract:
Die Erfindung betrifft eine Torantriebsbefestigungsvorrichtung (10) zum Befestigen eines zum Antreiben eines Tores ausgebildeten Torantriebs (56) an einer Decke (18), mit einer zum Befestigen an der Decke (18) ausgebildeten Deckenbefestigungseinrichtung (12) und einer zum Befestigen des Torantriebs (56) ausgebildeten Torantriebsbefestigungseinrichtung (14), gekennzeichnet durch wenigstens ein Gelenk (40, 66) zum Einstellen des Winkels (α, ß) zwischen der Deckenbefestigungseinrichtung (12) und der Torantriebsbefestigungseinrichtung (14).
Abstract:
The invention generally concerns an improved method for suspending and locking sliding means, which means it will no longer be necessary for an additional conduction structures at the bottom of the frame. By using the suspension system of this invention, it is no longer necessary to insert a bearing frame or framework in the window glass element, which makes it possible to realise seamless glass sections. Further, due to the absence of the additional conduction structures at the bottom of the frame element the indoor floors can pass into the outdoor floors without any barriers. The invention is based on using lifting and conduction structures as used in hermetic sliding doors, for opening and closing a window glass element where the edges of the window glass element have flexible sealing elements lying against the wall and the floor in the closed position of the window glass element.