A low profile actuating window lock for casement windows having a longitudinal slot in a sidewall of the casing for the lock, wherein an actuator including a fork component translates within the slot in a direction opposite movement of the handle, the handle pivotable about a restrictor arm that pivots relative to the casing, allowing the handle to rotate from the locked position to the unlocked position with low clearance from the window frame. The pivot points of the handle and restrictor arm configuration allow for an over center linkage that prevents back driving the casement window lock.

The present invention relates to a handle arrangement for arrangement to a door comprising a body, wherein the body, when arranged to said door, extends substantially in parallel with an outer surface of said door, a handle for rotational movement relative to the body to open a latching arrangement, a latching element for latching engagement with a corresponding lock element arranged on said door frame, wherein the latching element is rotatable relative to the body between an unlatching position and a latching position, and a pushing element in rotationally fixed connection with the handle. The pushing element is arranged to, when rotated in a first direction, push the latching element from the latching position to the open position, and the pushing element comprises a sliding member in slidable connection to a sliding surface on the latching element, such that a rotational movement in the first direction of the pushing element provides an accelerated rotational movement of the latching element.

The present invention relates to a handle arrangement for arrangement to a door comprising a body, wherein the body, when arranged to said door, extends substantially in parallel with an outer surface of said door, a handle for rotational movement relative to the body to open a latching arrangement, a latching element for latching engagement with a corresponding lock element arranged on said door frame, wherein the latching element is rotatable relative to the body between an unlatching position and a latching position, and a pushing element in rotationally fixed connection with the handle. The pushing element is arranged to, when rotated in a first direction, push the latching element from the latching position to the open position, and the pushing element comprises a sliding member in slidable connection to a sliding surface on the latching element, such that a rotational movement in the first direction of the pushing element provides an accelerated rotational movement of the latching element.

The present disclosure presents a handle arrangement and a use for said handle arrangement. Said handle arrangement comprises a housing, a handle comprising a handle grip and a coupling portion, the handle rotatable relative to the housing around a first axis, and a gear, the gear rotatable relative to said housing 5 around a second axis, the handle arrangement further comprising a motion converter comprising a gear rack arranged adjacently to the gear, the motion converter gear rack being linearly moveable relative the gear along a third axis and comprises cut teeth configured to engage with corresponding cogs of the gear, wherein the motion converter is coupled to the handle such that a rotation of the handle around the first 10 axis causes the motion converter gear rack to move along the third axis causing the gear to rotate around the second axis.

The present disclosure presents a handle arrangement and a use for said handle arrangement. Said handle arrangement comprises a housing, a handle comprising a handle grip and a coupling portion, the handle rotatable relative to the housing around a first axis, and a gear, the gear rotatable relative to said housing 5 around a second axis, the handle arrangement further comprising a motion converter comprising a gear rack arranged adjacently to the gear, the motion converter gear rack being linearly moveable relative the gear along a third axis and comprises cut teeth configured to engage with corresponding cogs of the gear, wherein the motion converter is coupled to the handle such that a rotation of the handle around the first 10 axis causes the motion converter gear rack to move along the third axis causing the gear to rotate around the second axis.

A vehicle glove box latch includes a housing, a paddle pivotably connected to the housing, a rotor pivotably connected to the housing, a pawl coupled to the rotor and having an end that is engaged with an opening in the vehicle, and a lock barrel mounted to the housing for locking and unlocking the vehicle glove box latch. In a locked state of the lock barrel, the pawl cannot be disengaged from the opening in the vehicle. In an unlocked state of the lock barrel, the pawl can be disengaged from the opening for opening the vehicle glove box. The lock barrel, the rotor and the rotor mounting portion are concentrically aligned along an axis, which reduces the depth of the latch, which reduces the space in the glove box necessary for accommodating the latch, thereby resulting in an increase in the available storage space in the glove box.

A vehicle glove box latch includes a housing, a paddle pivotably connected to the housing, a rotor pivotably connected to the housing, a pawl coupled to the rotor and having an end that is engaged with an opening in the vehicle, and a lock barrel mounted to the housing for locking and unlocking the vehicle glove box latch. In a locked state of the lock barrel, the pawl cannot be disengaged from the opening in the vehicle. In an unlocked state of the lock barrel, the pawl can be disengaged from the opening for opening the vehicle glove box. The lock barrel, the rotor and the rotor mounting portion are concentrically aligned along an axis, which reduces the depth of the latch, which reduces the space in the glove box necessary for accommodating the latch, thereby resulting in an increase in the available storage space in the glove box.

A portable support platform may include a plurality of elongate segments arranged substantially parallel and adjacent to one another. The segments may be configured for spanning a space between two support points to support a user. The platform may also include a tying portion configured for flexibly securing the plurality of segments together. The platform may be arranged in a substantially flat open position for supporting a user and a substantially rolled up closed position for convenient transport and storage.

A compression latch is provided, which comprises a compression latch body comprising a first side and a second side opposite the first side, a handle extending from the first side and rotatable in an x-y plane, a rod extending from the second side in a z direction, a latch pawl connected to the rod and linear actuator connected to the handle and the rod.

A pull handle structure includes a carrier mounted on a first object, a pull handle movably assembled to the carrier, and a limiting section located on the pull handle for connecting to, interfering with or engaging with a second object. By operating the pull handle to move the carrier, the first object can be engaged with or separated from the second object. Therefore, the pull handle structure has the advantages of being securely lockable in place and operable in an easy, convenient, effortless and quick manner.