Abstract:
Hebe-Schiebeflügel eines Fensters oder einer Tür. Einer von zwei Flügeln ist beweglich, wird angehoben und kann im angehobenen Zustand in eine Öffnungsrichtung verschoben werden. Dabei bleibt ein in der Ebene parallel versetzter benachbarter Festflügel, unverändert in seiner Position. Dieser Flügeltyp soll elektrisch gesteuert werden. Vorgeschlagen wird dazu eine Flügelanordnung mit einem Hebe-Schiebeflügel mit zwei Laufwägen (4,4a), welche jeweils Rollen aufweisen. Sie sind auf einer Laufschiene (4c) in einer Richtung parallel zur Erstreckung des Hebe-Schiebeflügels verschiebbar. Parallel und beabstandet zu dem Hebe-Schiebeflügel als Fahrflügel (1) ist ein unverschieblicher weiterer gerahmter Flügel als Festflügel (2) angeordnet. Eine im unteren Eck des Fahrflügels angeordnete Umlenk- und Koppeleinrichtung (K) zu den Laufwägen (4,4a) dient der Verstellung der Höhenlage der Rollen und des Fahrflügels. Eine Horizontalbewegung des Fahrflügels (1) erfolgt mit einem motorischen Antrieb (10;10a,10b,21), dessen Motor (10a) in einem langgestreckten Gehäuse (83) aufgenommen ist, das oberhalb beider Flügel (1,2) angeordnet ist und einen umlaufenden Bandantrieb (30) betätigt oder geeignet ist zu betätigen.
Abstract:
Support and actuation device for the sliding doors of wardrobe cabinets, comprising first upper support and slide means (16, 19, 21) of the upper portion of the door (6) and second lower support and slide means (24) of the lower portion of the door (6), which are adapted to support such upper and lower door portions in the cabinet and to guide the alternate longitudinal sliding movement of said upper and lower door portions in the cabinet; third upper support and slide means (29, 36) of the upper portion of the door (6) and fourth lower support and slide means (46, 51) of the lower portion of the door (6), adapted to support said upper and lower door portions in the cabinet and to determine the sliding movement of the door (6) transversally in the depth direction of the cabinet to and from said closed and opened position thereof, and further adapted to determine the alternate longitudinal sliding movement of such upper and lower door portions in the cabinet, and characterized by fifth guide and synchronism means (28; 82, 90, 103, 105, 109, 111) cooperating with said third.upper support and slide means (29, 36) and said fourth lower support and slide means (46, 51) to enable said upper portion and said lower portion of the door, respectively, to slide in a synchronized manner transversally in the depth direction of the cabinet to and from said closed and opened positions of the same door.
Abstract:
A movable fence enabling passengers to safely and smoothly get on and off trains by aligning the doorways of the trains with different door positions with the opening parts of platform doors according to the types of trains. The platform doors (1) comprise door guards (5) installed at the end part of the platform oppositely to the incoming train to the platform (80) of a station and door bodies (7a) and (7b) advancing and retreating inside and outside the openings of the door guards (5). Openings for advancing and retreating the door bodies (7a) and (7b) therethrough are formed at both ends of the door guards (5) in the advancing/retreating direction of the door bodies (7a) and (7b), the lengths of the door bodies (7a) and (7b) in the advancing/retreating direction is formed larger than the length of the door guards (5) between both ends thereof so that the openings of the door bodies (7a) and (7b) can be adjusted according to the door openings of the trains. Based on the information on the arrangement of the doors of the incoming train, openings of the door bodies (7a) and (7b) can be controlled by a controller.
Abstract:
An elevator door system includes an elevator car having a front face defining a door opening. At least one elevator door is coupled to the front face of the elevator car for movement between an open position exposing the door opening and a closed position cowering the door opening. At least one drive motor is mounted on the front face of the elevator car is disposed between a lower edge and an upper edge of the elevator car. The drive motor is drivingly coupled to the elevator door for moving the elevator door between the open and the closed position.
Abstract:
An elevator door system includes an elevator car having a front face defining a door opening. At least one elevator door is coupled to the front face of the elevator car for movement between an open position exposing the door opening and a closed position covering the door opening. At least one drive motor is mounted on the front face of the elevator car and is disposed between a lower edge and an upper edge of the elevator car. The drive motor is drivingly coupled to the elevator door for moving the elevator door between the open and the closed positions.
Abstract:
An apparatus and method of directionally controlling a movable partition includes providing at least one roller assembly (344) and a steering actuator (350), coupled therewith, to a portion of the partition. A controller (330) may be used to control the steering actuator (350) and thereby select, or change, the orientation of the roller assembly (344) with respect to the partition. In one embodiment, one or more sensors (346) may be used to determine the vertical orientation of the partition including whether the partition, or a section thereof, is substantially plumb. If the partition is substantially out of plumb, for example, if a lower edge of the partition is laterally displaced relative to an upper edge of the partition, the controller and steering actuator may cause the at least one roller assembly to direct the partition, or section thereof, in a particular direction until the partition, or section thereof, becomes substantially plumb.
Abstract:
Die Erfindung betrifft eine Antriebseinheit insbesondere für Türen. Tore o. dgl., mit zwei Umlenkrollen (2, 3) von denen wenigstens eine angetrieben ist, sowie einem auf den Umlenkrollen (2, 3) gespannten Endlosriemen oder -kette (4), wobei der Abstand (A) der Umlenkrollen (2, 3) zueinander derart gehalten ist, dass der Endlosriemen oder - kette (4) mit dem anzutreibenden Tür- oder Torelement nur einen geringen Wirkverbindungsbereich (B) bildet.
Abstract:
A power drive assembly (110) for controlling movement of a closure panel (102, 105) of a vehicle includes a closure panel (102, 105) that moves relative to the vehicle between open and closed positions, and a latch (108, 115) for cinching the closure panel (102, 105) to the vehicle. The drive assembly (110) includes an actuator (134), a first torque output (136) coupled to effect movement of the closure panel (102, 105), a second torque output (138) coupled to the latch (115), and a clutch assembly (144, 150) coupled between the actuator (134) and the torque outputs (136, 138) for selectively transferring torque between the actuator (134) and the torque outputs (136, 138).
Abstract:
The invention relates to a curved vehicle door, with a correspondingly curved window pane and a correspondingly curved function support, upon which all the component pieces and door skins are mounted and which can serve as occupant protection in the case of a militant attack. The function support is provided with overlapping reinforcements, running along parallel lines in at least two parallel planes and is advantageously formed in a sandwich manner from at least two shell bodies with longitudinal and transversal reinforcements within a completely enclosed shell, the outer shell body of which comprises at least two parallel grooves for mounting a window winding device, which matches the curve of the vehicle door.
Abstract:
Bei diesem Verfahren zur Berechnung von Fahrkurven ist eine Türsteuerung (11) und ein Türantrieb (9) am Verfahren beteiligt. Eine mit (1) bezeichnete Aufzugskabine weist Türflügel (2) auf, die von dem aus einem Motor (3), einem ersten Zahnriemen (4), einem zweiten Zahnriemen (5), einer Antriebsrolle (6), einer Umlenkrolle (7) und einem Inkrementalgeber (8) bestehenden Türantrieb (9) angetrieben werden. Der Motor (3) wird von einem Leistungsteil (12) der Türsteuerung (11) mit elektrischer Energie versorgt. Der von der Umlenkrolle (7) angetriebene Inkrementalgeber (8) steht mit einem zweiten Interface (10) eines Microcomputers (13) in Verbindung. In einem Fahrkurvenrechner (14) des Microcomputers (13) implementierte Algorithmen steuern den Türantrieb (9). Im Verfahren benötigte Konstanten sind frei wählbar und werden den Algorithmen mittels eines Terminals (15) mitgeteilt. Soll- und Istwerte der Türflügelposition teilt der Fahrkurvenrechner (14) einer Regelung (17) mit, die dementsprechend den Leistungsteil (12) steuert.