Abstract:
A door closer the closing force of which can be adjusted is provided with a device for indicating the selected closing force. The device used to indicate the prevailing closing force is actuated in dependence on the adjustment of the spring which determines the closing force.
Abstract:
The synchronizing mechanism for the unfolding of articulated carrier elements which are outwardly extendable or inwardly retractable in a bellows-type arrangement on each side of a satellite body comprises a system of gear-train units placed alternately at one end of a driving carrier element. The mechanism is adapted to cooperate with at least one drive motor for folding-back or unfolding the carrier elements.
Abstract:
A door closer comprising a drive spindle which is operably connected to a first spring configured to apply a first closing torque to the drive spindle, wherein the drive spindle is also operably connected to a second spring configured to apply a second closing torque to the drive spindle, wherein the connection between the first spring and the drive spindle is independent from the connection between the second spring and the drive spindle, and wherein variation of the first closing torque as a function of drive spindle orientation is different from variation of the second closing torque as a function of drive spindle orientation.
Abstract:
The invention relates to a drive device in vehicle component, comprising an electric drive motor, the armature shaft thereof being connected to a gearbox device for driving an output shaft. The gearbox device comprises at least one double gearbox unit, made of two gear stages having two changes in direction.
Abstract:
The invention relates to a door closer for opening and/or closing a door, comprising a closer shaft, which can be coupled to the door, at least one piston, which is operatively connected to the closer shaft and arranged movably inside a housing, at least one spring, which is connected to a spring adjustment, wherein the spring adjustment is operatively connected to a gearbox (8, 9), at least one solenoid valve (6), which is arranged on the spring side of the door closer, wherein the gearbox (8, 9) is arranged following the spring space and situated in the valve block (5) of the solenoid valve (6).
Abstract:
Türbetätigungsvorrichtung (1), insbesondere für eine Drehtür, mit einer Antriebseinheit (10), welche mit einer Tür koppelbar ist und in einem Gehäuse (11) angeordnet ist, weiterhin umfassend einen Federkraftspeicher (12), in welchem zumindest die zur Ausführung der Schließbewegung der Tür erforderliche Energie speicherbar ist und welcher zumindest eine unter einer Federvorspannung angeordnete Druckfeder (13) aufweist, wobei die mittels einer mit einer Gewindespindel (17) ausgeführte Federverstellung (15) einstellbar ist, und wobei weiterhin ein Fluidsystem vorgesehen ist, welches eine Druckausgleichseinheit (32) umfasst, wobei die Druckausgleichseinheit (32) eine Abstützhülse (16) bildet, welche zumindest einen Zylinder (33) und ein Verschlusselement (36) umfasst, welches zur Aufnahme der Federverstellung (15) ausgebildet ist, und wobei die Gewindespindel (17) axial- und verdrehfest an der Abstützhülse (16) angeordnet ist, und der Federkraftspeicher (12) und die Druckausgleichseinheit (32) als eine einzeln vormontierbare Einheit ausgeführt sind. Damit wird eine Türbetätigungsvorrichtung (1) mit einer Druckausgleichseinheit (32) geschaffen, welche einen kleinen Bauraum einnimmt und eine einfache Konstruktion aufweist.
Abstract:
Die Erfindung betrifft ein Möbelscharnier mit einem korpusseitigen Grundelement (10) und einem relativ zu diesem schwenkbar geführten Scharniertopf (20), der an einen bewegbaren Möbelteil befestigbar ist, wobei das Grundelement (10) und der Scharniertopf (20) über ein Hebelwerk miteinander verbunden sind. Das Möbelscharnier zeichnet sich dadurch aus, dass das Hebelwerk mindestens zwei Hebel (40) umfasst, die am Scharniertopf (20) jeweils schwenkbar um eine Schwenkachse gelagert sind, die senkrecht zu einer Schwenkachse des Scharniertopfes (20) ausgerichtet ist, und die jeweils mit einer Zahnung versehen sind, die in eine weitere Zahnung (51) eingreift, die im Scharniertopf (20) angeordnet ist. Die Erfindung betrifft weiterhin eine Möbelplatte (80) und einen Möbelkorpus mit einem derartigen Möbelscharnier.
Abstract:
The present invention relates to a cooling device (1) comprising one or more than body (2) wherein the objects to be cooled are placed and that have an inlet port (A) enabling the user to access therein; one or more than door (3) that prevents the heat transfer between the body (2) and the outer environment when closed, that enables the user to access the interior of the body (2) when opened and that is mounted to one side of the body (2); at least one hinge (18) that enables the door (3) to open/close and to rotate around the edge of the door (3) is mounted to the body (2); a sensor (16) that detects if the door (3) is open; a control unit (17), and a door closing mechanism (4).
Abstract:
Mechanical device (100) supporting the opening and closing of doors, preferably applied to cars, trains, airplanes or yachts, characterised in that comprising: - a first element (101), preferably jointed to an outer fixed structure, that further includes a first vertical shaft (105) that is fixed and jointed to said first element (101) and having at the lower side a first conical gear (109) that is either fixed and jointed to said first element (101); - a second element (102), connected and free to rotate in respect to the first one (101), using said first vertical shaft (105) as a hinge, said second element (102) having a first horizontal shaft (110) free to rotate on itself and being transversal in respect to said first vertical shaft (105); said first horizontal shaft (110) including, at the extremity close to the first element (101), a second conical gear (108) that is coupled mechanically to the first one (109), so that a counter-clockwise rotation of the second element (102) in respect to the first one (101) causes, through the gears (108, 109), a related clockwise rotation of said first horizontal shaft (1 10) on itself; said first horizontal shaft (110) including, at the extremity far from the first element (101), a third conical gear (113) that is coupled mechanically: at the higher side to a fourth conical gear (114), and at the lower side to a fifth conical gear (112), both placed one in front of the other on a second vertical shaft (106), that is a hinge between the second element (102) and a third element (103): with the fourth gear (114) being free to rotate in respect to the vertical shaft (106) while the fifth gear (112) being jointed to the same second vertical shaft (106); - a third element (103), connected and free to rotate in respect to the second one (102), using said second vertical shaft (106) as a hinge, said third element (103) having a second horizontal shaft (115) free to rotate on itself and being transversal in respect to said second vertical shaft (106); said second horizontal shaft (115) including, at the extremity close to the second element (102), a sixth conical gear (1 11) that is coupled mechanically at the higher side to the fourth one (1 14), so that a clockwise rotation of said first horizontal shaft (110) on itself causes, through the gears (11 1, 113, 114) a related counter-clockwise rotation of said second horizontal shaft (115) on itself, and causes at the same time a counter¬ clockwise rotation of said third element (103) in respect to the second one (102); said second horizontal shaft (115) including, at the extremity far from the second element (102), a seventh conical gear (116) that is coupled mechanically to a eighth conical gear (117) placed on a third vertical shaft (107), that is a hinge between the third element (102) and a fourth element (104); - a fourth element (104), connected and free to rotate in respect to the third one (103), using said third vertical shaft (107) as a hinge, so that a counter-clockwise rotation of said second horizontal shaft (1 15) on itself causes, through the gears (1 16, 1 17), a related clockwise rotation of said fourth element (104) in respect to the third one (103).