Abstract:
Die Erfindung betrifft eine automatische Torentriegelungs-Vorrichtung für motorisch betriebene, im wesentlichen senkrecht öffnende Tore mit einer Schubstange zwischen dem zu bewegenden Torblatt bzw. Torsegmenten und dem längs beweglich angetriebenen Schlitten, bestehend aus einer Schubstange, die als an die Tor-Bewegungskräfte angepaßter Stoßdämpfer (1) ausgebildet ist mit zwei gegeneinander beweglichen Schiebeelementen (2,3), und einem kraftübertragenden Mechanismus, der mit seinem einen Ende (7) an dem dem Schlitten (4) zugeordneten Schiebeelement (2) befestigt ist und dessen wenigstens ein anderes Ende (8) mit einem Sperrelement verbunden ist, wobei das Sperrelement das Torblatt (15) gegenüber einem ortsfesten, angrenzenden Teil verriegelt. Dies ermöglicht eine Entriegelungsvorrichtung für gattungsgemäße Tore, die einfach aufgebaut ist und geringe Betriebsgeräusche verursacht, sowie eine einfache Verstellung entsprechend den jeweiligen Gegebenheiten ermöglicht.
Abstract:
Es wird eine Schließeinrichtung für einen an einer horizontalen Tragschiene längsbeweglich geführten Türflügel beschrieben. Parallel zur Tragschiene ist ein beweglicher Rollenwagen vorgesehen, der zwei Umlenkrollen trägt. Zwei Seilzüge sind mit ihrem einen Ende an dem Türflügel und mit ihren anderen Enden ortsfest befestigt. Sie sind um je eine der Umlenkrollen geführt. Eine Feder verbindet den Rollenwagen mit einem ortsfesten Punkt. Eine Bewegung des Türflügels bewegt auch den Rollenwagen und spannt die Feder vor. Bei Beendigung der gegen die Feder wirkenden Kraft entspannt sich diese wieder und fährt den Rollenwagen in seine Ausgangsposition zurück. Durch Mitnahme über die Seilzüge bewirkt die Bewegung des Rollenwagens das Schließen des Türflügels. Der Weg des Türflügels ist jeweils doppelt so groß wie der des Rollenwagens.
Abstract:
내외로 개방되는 양쪽개방의 도어에 설치할 수 있는 완충기능이 부여된 양쪽개방 도어용 자동폐쇄 힌지이며; 실린더(2)와, 상기 실린더(2)의 일단에 회전가능하게 또한 길이방향으로의 이동을 규제하여 부착되는 조작 로드(3)와, 실린더(2)의 내부의 조작 로드(3)의 외주면에 대향하도록 설치되는 2개의 대략 V자형의 캠홈(33)과, 상기 대략 V자형의 캠홈(33)에 계합되어 각각 대향하도록 배치되는 2개의 볼(55)과, 상기 볼(55)에 계합되고 볼(55)의 대략 V자형의 캠홈(33)에 대한 이동과 실린더(2)의 내부의 길이방향으로의 이동이 연동되는 상부 피스톤(5)과, 상부 피스톤(5)과 실린더(2)의 상단부 사이에 배치되고 상부 피스톤(5)을 실린더(2)의 타단측으로 가압하는 압축코일 스프링(4)과, 상부 피스톤(5)의 타단측으로의 이동을 액압으로 완충시키는 유체압 완충기구를 포함한다.
Abstract:
PURPOSE: A switch system is provided to close door and flip-up glass easily by actuating the door and flip-up glass automatically. CONSTITUTION: The switch system comprises a striker(12) on one side of flip-up glass(11) installed in order to open or close in tailgate(10), a latch(13) to fix or disassemble the striker(12), gas lifter(14) opened by upheaving the flip-up glass(11) when the striker(12) is disassembled from the latch(13), solenoid working the latch(14) to disassemble from the striker(12), retracting mechanism(15) fixing the striker(12) on the latch(14) by pulling the flip-up glass(11), and door switch monitoring the opening or closing of car door.
Abstract:
The invention relates to a final position retraction and damping device (1) for a slidable leaf as a sliding leaf or a slidable rising sliding leaf (2) of a window or a door, comprising an energy accumulator for retracting the sliding leaf (2) into the closed position and a damping element for braking the sliding leaf (2) before the sliding leaf arrives at the final and closed position, said energy accumulator and damping element being formed solely by a gas pressure spring (4). The final position retraction and damping device (1) is arranged so as to lie in a receiving groove (10) of a sliding leaf (2) in a covered manner, the gas pressure spring (4) being axially movable in the sliding direction (14) of the sliding leaf (2) by means of the rotational axis (13) of the gas pressure spring by means of the end (11) of the push rod (5) using a guiding pin (12) and being secured in a pivotal manner transversely to the sliding direction. A driver and control device (8) has two guide pins (12, 20) which are mutually spaced, said guide pins (12) being received by a bore (18). The guide pins (12, 20) are guided in a movable manner in a slotted guide (22) section (21) which runs in the sliding direction of the sliding leaf (2). A curved end portion (23) is formed so as to face away from the frame (3) in extension of the slotted guide (22) on the side oriented towards the gas pressure spring (4), and the driver and control device (8) assumes a disengaged position of the driver (9) and forms the locked position of the energy accumulator when at least the guide pin (12) engages into the curved end portion (23).
Abstract:
A return and damping device for sliding doors, drawers and the like comprising a sliding rail or profile for sliding shutters 204 and a shutter 200, between which the device is interposed to accompany the shutter or door to be received at the full opening or closing stop position of the shutter. Said damping device 1 comprises a shock absorber 4 of the piston type, connected by a first end 42 to the rail and pivotally at the second end 41 to a hook 5. The hook 5 is adapted to slide in a guide between a first position, in which the shock absorber 4 is retracted and the door is in a distal position, and a second position in which the shock absorber is extended and the door is in a proximal position with respect to the device 1. The hook 5 is adapted to keep the door blocked. In particular, it is caused by the guide to rotate about said end 41 close to the sliding position in which the shock absorber is retracted, so as to release the shutter, while in some intermediate positions until the extended position of the shock absorber, the door remains secured to the hook which, by cooperating with the shock absorber, accompanies it in a damped manner to the full opening or closing.