50results about How to "Improve locking performance" patented technology

An engagement wheel is mounted so that it can rotate relative to the drive shaft of a drive train in a motor vehicle. To allow rotational driving, the engagement wheel is operatively connected with an element that cannot be rotated relative to the drive shaft by at least one elastically deformable element mounted in the torque path between the engagement wheel and the rotationally fixed element. The elastically deformable element can absorb residual rotational energy of the drive train, when the engagement wheel is locked by a locking element, which may be in the form of a pawl.

To provide a tool mounting device for a turning center that allows a rotating tool to be clamped / fixed using a shared clamp mechanism (8), and a turning tool (1B) to be clamped / fixed in an engaged / locked state in a turning center. In the turning center configured with the shared clamp mechanism (8), a cylinder device (9) acting as a drawbar drive device (9) of the clamp mechanism (8) has a first clamp position (b) and second clamp position (c) in relation to a release position (a); a rotation allowance gap (14) is maintained between the stopper (12) and the support unit (13) in the first clamp position (b) to specifically clamp / fix the rotating tool (1A); the reciprocating driver (11) is driven by an amount equal to the rotation allowance gap (14) in the second clamp position (c); and when the support unit (13) and the stopper (12) are brought into contact and a load is imposed, the stopper (12) is supported / stopped by the support unit (13), and the reciprocating driver (11) is engaged / locked by the wedge mechanism (18) in the position of the return blocking state in which the return of the drawbar (7) is blocked.

To provide a tool mounting device for a turning center that allows a rotating tool to be clamped / fixed using a shared clamp mechanism (8), and a turning tool (1B) to be clamped / fixed in an engaged / locked state in a turning center. In the turning center configured with the shared clamp mechanism (8), a cylinder device (9) acting as a drawbar drive device (9) of the clamp mechanism (8) has a first clamp position (b) and second clamp position (c) in relation to a release position (a); a rotation allowance gap (14) is maintained between the stopper (12) and the bearing unit (13) in the first clamp position (b) to specifically clamp / fix the rotating tool (1A); the reciprocating driver (11) is driven by an amount equal to the rotation allowance gap (14) in the second clamp position (c); and when the bearing unit (13) and the stopper (12) are brought into contact and a load is imposed, the stopper (12) is supported / stopped by the bearing unit (13), and the reciprocating driver (11) is engaged / locked by the wedge mechanism (18) in the position of the return blocking state in which the return of the drawbar (7) is blocked.

The invention provides a connector which comprises a housing, a lever and a lock portion. The housing receives terminals. The lever, rotatably attached to the housing, is configured to be rotatable between a first position, where an initial stage of fitting to a counterpart connector is established, and a second position, where the fitting thereof is completed. The lock portion, capable of locking the lever at the second position, is slidably attached to a body portion of the lever, and configured to be slid between a lock position and a lock release position. The lever is provided with a positioning latch-portion configured to latch the lock portion. The positioning latch-portion is provided with a concave latch-portion and a convex latch-portion configured to be elastically displaced to be engaged in or disengaged from the concave latch-portion.

The invention relates to an energy dissipation supporting device comprising a supporting component and a set of confinement members, wherein side edges of the confinement members are fixedly combinedwith the supporting component to form a confinement form; the supporting component comprises at least one axial member in a long strip shape; two connecting heads are respectively formed at two ends of the axial member; more than one set of reinforced plates is arranged in a mode of fixedly combining with each connecting head; by using the supporting and reinforcing actions of the reinforced plates on the connecting head, the structural strength and the locking connection efficiency of the connecting heads can be strengthened, the limitation of the energy dissipation supporting device on the installation and the arrangement can be reduced and the practical efficiency of the energy dissipation supporting device can be improved.

A telescopic tool includes a positioning device mounted between first and second rods. The first rod includes a longitudinal hole extending along a longitudinal axis, a first positioning hole intercommunicating with the longitudinal hole, and a first gripping portion. The second rod is movably received in the longitudinal hole, includes a plurality of second positioning holes, and is movable relative to the first rod along the longitudinal axis to align the first positioning hole with one of the plurality of second positioning holes. A switch controller is movable relative to the first rod and is movably coupled to a positioning member. The positioning member movably extends through the first hole and is releasably engaged in one of the plurality of second positioning holes in response to movement of the switch controller relative to the first rod. A fixing member includes a second gripping portion mounted around the first rod.

The invention provides an elevator hall door lock and an elevator system thereof. The elevator hall door lock includes: a door lock base plate, a lock hook plate, a mechanical lock mechanism and an electrical switch mechanism; wherein, the door lock base plate is connected with the lock hook plate through the lock hook plate rotation shaft, and rotates through the lock hook plate Thereby driving the mechanical lock mechanism and the electrical switch mechanism to complete the opening and closing action. The elevator hall door lock provided by the invention completes the opening and closing action with the rotation of the lock hook plate, has the advantages of high precision, safety and reliability, and is suitable for door systems requiring mechanical locks for car doors.

The invention discloses a compact type energy-saving electromagnetic operating mechanism which comprises an electromagnetic mechanism, a counter-force spring and a switch-on and switch-off assembly. The switch-on and switch-off assembly comprises a lever support and a fixed pivot, wherein the lever support is arranged above the electromagnetic mechanism and extends in the horizontal direction, and the fixed pivot enables the lever support to rotate around the lever support. The counter-force spring is connected to one side of the lever support in a hung mode. A movable iron core is connected with the middle appropriate position of the lever support through a matching and connecting structure, and therefore the lever support drives the movable iron core to carry out rectilinear motion without interference through rotation motion. The overall height of the electromagnetic operating mechanism is reduced greatly through the ingenious design of the lever support, and therefore a multifunctional terminal electric appliance using the electromagnetic operating mechanism can be mounted in an electric meter box easily. The compact type energy-saving electromagnetic operating mechanism further comprises an energy-saving mechanism which comprises a lock catch unit and an energy-saving unit. The lock catch unit is used for locking the movable iron core moving to a pull-in position. Meanwhile, the energy-saving unit controls a coil to be powered off, the purpose that the coil of the electromagnetic operating mechanism does not need to be powered on when the electromagnetic operating mechanism is switched on, and a large amount of electric energy is saved.

The invention relates to a scaffold connector for building construction, which includes two clamping component groups, a connecting component, a detachable clamping unit, and an emergency buffer ring group. The two clamping component groups are connected by a connecting component. A detachable clamping unit is provided at the right end of the clamping component group arranged on the right side, and an emergency buffer ring set is connected to the lower ends of the two clamping component groups. The present invention can solve the problem that due to the immobilization of the structure of the existing connectors, it is impossible to adjust adaptively according to the angle and position changes between the two steel pipes during use. The connecting piece forms an effective connection. When the connecting piece is tightly locked with the steel pipe in the upright state, it may be affected by gravity and show a downward trend. It is difficult for personnel to find it in time, and the personnel are still working on the scaffold platform. It is difficult to bear the gravity and slide down, which leads to localized collapse of the scaffolding and other problems.

The invention relates to a low-axis universal spherical head, which includes a quick-installation seat and a low-axis universal seat. The low-axis universal seat includes a universal ball, an inner locking sleeve and an outer locking seat, and the universal ball and an inner lock The tight sleeve is installed in the outer locking seat, and the inner locking sleeve is set on the universal ball, and the quick mounting seat is installed on the connecting seat of the universal ball; the inner locking sleeve and the outer locking seat are respectively equipped with longitudinal inner locking avoidance The opening and the horizontal inner locking avoidance port, the longitudinal outer locking avoidance port and the lateral outer locking avoidance port, the inner locking sleeve and the outer locking seat respectively form the left and right locking parts, the left locking and the right locking part; when locking the universal ball, operate the screw locking mechanism on the left locking part and the right locking part, so that the left locking part and the right locking part drive the locking part and the right locking part Close to each other, tighten inwards, hug and cling to the universal ball. In this way, the angle of the quick mounting seat can be adjusted and locked conveniently and quickly arbitrarily, which is stable and reliable, and has an ingenious and compact structure, which reduces the axial height and cost of the pan / tilt.