A handle assembly includes a first handle, a second handle, and a magnet. The first handle is moveably attached to a first base. The second handle is moveably attached to a second base. The magnet magnetically couples the first handle to a striker plate. Movement of the first handle with respect to the first base uncouples the magnet and the striker plate. Movement of the second handle with respect to the second base moves the first handle with respect to the first base. A handle assembly includes a first handle and a magnet. The first handle is pivotable about a first axis. The magnet magnetically couples the handle assembly to a doorjamb. Pivotal movement of the first handle uncouples the handle assembly from the doorjamb. The handle assembly may include a second handle pivotable about a second axis. Pivotal movement of the second handle pivots the first handle.

A handle assembly includes a first handle, a second handle, and a magnet. The first handle is moveably attached to a first base. The second handle is moveably attached to a second base. The magnet magnetically couples the first handle to a striker plate. Movement of the first handle with respect to the first base uncouples the magnet and the striker plate. Movement of the second handle with respect to the second base moves the first handle with respect to the first base. A handle assembly includes a first handle and a magnet. The first handle is pivotable about a first axis. The magnet magnetically couples the handle assembly to a doorjamb. Pivotal movement of the first handle uncouples the handle assembly from the doorjamb. The handle assembly may include a second handle pivotable about a second axis. Pivotal movement of the second handle pivots the first handle.

A handle set (30) comprises an elongated handle (40) that is attached to a corresponding door (32) at two spaced apart locations. A knob (42) is disposed on the door (32) opposite the handle (40). A retractor assembly (80) is interposed between the handle (40) and the knob (42). A handle spindle (62) extends from the handle (40), and a knob spindle (60) extends from the knob (42). The handle and knob spindle overlap one another, and are configured to move axially with one another. However, the knob spindle (60) can be rotated relative to the handle spindle (62). The spindles are configured to interact with the retractor assembly (80) so that pushing the handle (40) or pulling the knob (42) actuates the retractor to withdraw the latch bolt (50), or rotating the knob (42) actuates the retractor to withdraw the latch bolt (50).

A locking apparatus is provided that relates to a fastener and is used to solve a problem that time and labor are consumed and installation efficiency is low in a locking process of an existing locking apparatus. The locking apparatus is configured to lock a first module and a second module, and includes a locking body that is installed on the first module and a locking piece that is installed on the second module. The locking body includes a housing and a rotating block disposed inside the housing, where the rotating block is connected to a handle that drives the rotating block to rotate out of or into the housing, and the locking piece has a notch that accommodates the rotating block. The present invention is used to implement locking between modules.

A locking apparatus is provided that relates to a fastener and is used to solve a problem that time and labor are consumed and installation efficiency is low in a locking process of an existing locking apparatus. The locking apparatus is configured to lock a first module and a second module, and includes a locking body that is installed on the first module and a locking piece that is installed on the second module. The locking body includes a housing and a rotating block disposed inside the housing, where the rotating block is connected to a handle that drives the rotating block to rotate out of or into the housing, and the locking piece has a notch that accommodates the rotating block. The present invention is used to implement locking between modules.

A handle (100), having: an escutcheon (106) having a recessed area (300); a lever (104) pivotally mounted toward the top end of the escutcheon and at least a portion of the lever is disposed within the recessed area when in a lever closed position (102); a first gear (310) operatively connected to a top side (312) of the lever and a portion of the first gear including gear teeth (320) extending through an opening (360) in the escutcheon; a second gear (324) mounted on a back (130) of the escutcheon and having cam teeth (322) that mesh with the gear teeth of the first gear; a cam latch (140) operatively connected to the second gear to rotate when the second gear rotates; and, a lock assembly (146) mounted to a bottom end (202) of the lever.

A lock actuation assembly includes an escutcheon and a handle having a first end pivotably connected to the escutcheon at an interface. A link arm is pivotably mounted in the escutcheon and also comprises a first end. A projection is engaged with the first end of the handle and the first end of the link arm. A cam located in the escutcheon is rotatably engaged with a second end of the link arm. The cam includes a tailpiece adapted for engagement with a locking mechanism.

A lock actuation assembly includes an escutcheon and a handle having a first end pivotably connected to the escutcheon at an interface. A link arm is pivotably mounted in the escutcheon and also comprises a first end. A projection is engaged with the first end of the handle and the first end of the link arm. A cam located in the escutcheon is rotatably engaged with a second end of the link arm. The cam includes a tailpiece adapted for engagement with a locking mechanism.

A slide latching system for latching a sliding door panel to a door frame includes a jamb strike, a latch assembly, and a handle set. The jamb strike is connected to the door frame. The latch assembly is connected to the sliding door panel, and has a latch member having a latch hook portion configured to engage the jamb strike. The latch hook portion is movable between a latched position and an unlatched position. The handle set is mounted to the sliding door panel. The handle set is drivably coupled to the latch assembly. The handle set is configured to facilitate both of a moving of the latch hook portion of the latch assembly to the unlatched position and a sliding of the sliding door panel in a first direction in a continuous motion applied to the handle set by a user.

A slide latching system for latching a sliding door panel to a door frame includes a jamb strike, a latch assembly, and a handle set. The jamb strike is connected to the door frame. The latch assembly is connected to the sliding door panel, and has a latch member having a latch hook portion configured to engage the jamb strike. The latch hook portion is movable between a latched position and an unlatched position. The handle set is mounted to the sliding door panel. The handle set is drivably coupled to the latch assembly. The handle set is configured to facilitate both of a moving of the latch hook portion of the latch assembly to the unlatched position and a sliding of the sliding door panel in a first direction in a continuous motion applied to the handle set by a user.