Abstract:
A bottom door of a carriage includes a telescoping cylinder and at least two sets of door bodies, each set of the door body is provided with one set of driving mechanisms, each of the driving mechanisms includes a rotating shaft and a driving rod, and the rotating shaft is connected with the respective door body by the driving rod, to allow the door body to be driven to rotate when the rotating shaft rotates; each of the rotating shaft is driven to rotate by the telescoping cylinder, and at least two of the rotating shafts are configured to be driven to rotate successively by the telescoping cylinder.
Abstract:
A door closer capable of adjusting its closing speed, including a gas adjusting apparatus arranged on the door frame, a driving apparatus arranged on the door, and a lever is provided. One end of the lever is movably connected to the gas adjusting apparatus, and the other end is connected to the driving apparatus. The gas adjusting apparatus includes a sliding rail arranged on the door frame, and a sliding member cooperated with the sliding rail; a hermetic chamber is formed by the sliding member and the sliding rail, an adjusting member, for adjusting the exhaust of the hermetic chamber, is configured on a side wall of the hermetic chamber. The lever is movably configured on the sliding member.
Abstract:
A closing device includes an actuator mechanism and a hydraulic damper mechanism. The actuator mechanism includes a pushrod urged by a resilient member towards its extended position. The hydraulic damper mechanism includes a piston, a first rack and pinion gearing for converting the translational motion of the pushrod into a rotational motion of a first pinion, a transmission, which includes a second rack and pinion gearing, between the first pinion and the piston for transmitting and converting the rotational motion of the first pinion into a translational motion of the piston, a one-way valve allowing fluid flow from a first side to a second side of the cylinder cavity when opening the hinged member, and a restricted fluid passage between the first and second sides of the cylinder cavity. The transmission provides together with the pinions of the first and second rack and pinion gearings a reduction gearing between the pushrod and the piston so that the piston reciprocates over a smaller distance than the pushrod.
Abstract:
A door actuating apparatus includes an engagement mechanism configured to retain a door at a full close position, an operating portion configured to output a signal to open the door, a control unit actuating an actuator by receiving the signal, an engagement member advancing and retracting relative to the door in accordance with rotation of the door, and a door opening mechanism operating by actuation of the actuator, positioning the door at a full close position to a predetermined rotational position by rotating the door in a vehicle exterior direction by biasing the engagement member by engaging with the engagement member when the door is released from an engaged state by the door opening mechanism engaging with the engagement mechanism, and releasing engagement with the engagement member when an external force rotating the door in the vehicle exterior direction is exerted on the door at the predetermined rotational position.
Abstract:
The present invention relates to a closing sequence control for a double-leaf door, including a door having an inactive leaf and an active leaf, the door leaves thereof being movable by respectively one overhead door closer being mounted to the push-side of the door leaves at the inactive leaf and at the active leaf, wherein each overhead door closer includes a closer shaft, which is connected to the one end of a pivoting arm, which in turn, with its other end, is longitudinally movable guided in a frame-fixed guiding rail via a sliding member, and the sliding member, associated to the active leaf, is connected to a clamping rod which is supported in the guiding rail, which rod can be charged by a clamping element, which, when the inactive leaf is in the closing condition, is maintained in a releasing position by means of a trigger element, and, during an opening movement of the inactive leaf, it can be transferred into a blocking position by means of the trigger element. With the intention to configure such a closing sequence control in such a way that the door hinges of the door leaves can be disposed on the side facing away from the door closers, the guiding rail and the closing sequence control, wherein a reliable closing sequence control can be guaranteed without electrical, hydraulic or pneumatic control, according to the invention it is provided that the trigger element (8) is in operative connection with a double-armed lever (11), which can be charged by means of the closer shaft (5) of the overhead door closer (3) mounted to the inactive leaf (1) in such a way that the trigger element (8) transfers the blocking element (8) into its releasing position.
Abstract:
Hinge assembly for household appliances having an horizontally-pivoted front door, and which comprises: a first coupling element; a second coupling element; and a door-weight balancing device; the door-weight balancing device in turn comprising a supporting rod; a compression-preloaded elastically-deformable member which is fitted to the supporting rod so as to have a first end firmly fixed to the distal end of the supporting rod and a second end; a linking mechanism which connects the proximal end of the supporting rod to the second coupling element, so that the supporting rod is axially moved to further compress the elastically-deformable member when the second coupling element rotates from the first to the second working position; and an adjustable spacer element which is structured so to allow a manually-operated adjustment, thus varying the compression preload of the elastically-deformable member fitted on the supporting rod.
Abstract:
An articulated device comprises a first member that is provided with a first set of teeth fixedly connected thereto. A second adjacent member is provided with a second set of teeth fixedly connected thereto. A coupling section is also provided on which the first set of teeth is hingeably supported around a first hinge axis and on which the second set of teeth is hingeably supported around a second hinge axis wherein the first set of teeth engages with the second set of teeth. A positioning device sets an angular position of the first and second members relative to the coupling section.
Abstract:
The invention refers to a slow-down mechanism that prevents moving furniture units like covers, doors, etc. hitting the other side and making noise in cases of fast opening and closing actions towards fixed furniture units and thus enabling soft opening and closing actions for such moving furniture units, comprised of at least an arm (2), a bowl (3) and a internal and external knuckle element (6, 5) connecting the arm and bowl, and located inside the hinge. The invention refers especially to the capability to canceling the damper (18) belonging to the above-mentioned slow-down mechanism inside the hinge (1) and adjusting the damper's stroke depending on the weight of the moving furniture.
Abstract:
A cabinet has a body having an open side and two doors each comprised by an outer panel and an inner panel. The panels are pivotal between a closed position in which they are all generally coplanar and cover the open side with the inner panels between the outer panels and an open position giving access to the open side. A respective actuating mechanism for each door has an actuating element defining first, second, and third pivot points and pivoted on the body at the respective first pivot point and a pusher pivoted on the respective second pivot point and having a pair of arms with outer ends connected to the respective doors. A rigid connector extends between the third pivot points at all times across a line extending between the first pivot points.
Abstract:
The embodiment relates to a refrigerator. The refrigerator according to the exemplary embodiment includes: a cabinet that includes at least one storage compartment; a plurality of doors that open and close the at least one storage compartment; a plurality of operating units that are provided at each door; and a door opening apparatus that is positioned at the cabinet and opens one of the plurality of doors corresponding to the operation of the plurality of operating units, wherein the door opening apparatus includes a driving motor, a power transfer unit that transfers power of the driving motor, and a plurality of push members each of which corresponds to the plurality of doors and are connected to the power transfer unit, and when the driving motor is operated, one of the plurality of push members pushes one of the plurality of doors.