Abstract: Disclosed herein is an improved gate latch for holding a gate locked with a fence. A striker component is adapted inside an elongated housing. The striker component has a first rod and a second rod, each passing through a spiral coil. A ring-shaped structure is also provided at one end of the second rod. Further, an engagement assembly is provided that has a lock cylinder and a retainer. The lock cylinder is operated using a key to move the retainer in and out of the ring-shaped structure. The retainer is received by the ring-shaped structure when the gate latch is in a locked position. A spring mechanism provided with the lock cylinder that allows the key to always come back to its lock position without getting stuck in any other position.

Abstract: Disclosed herein is an improved hinge assembly for providing soft-closing functionality in a gate. The hinge assembly comprises a mounting element having a top sleeve and a bottom sleeve to receive an elongated hollow cylinder. An actuator is provided on the outer surface of the elongated hollow cylinder. A spring and a tension screw are adapted within the elongated hollow cylinder. The spring is adjusted using the tension screw for altering spring tension, wherein the actuator absorbs an impact of the altering spring tension to thereby facilitate the soft-closing functionality while closing the gate.

Abstract: A gate latch assembly includes a base frame, a front member, a back member, and a moving plate. The base frame is configured to attach to a gate post. The front member is configured to mount to the base frame. The front member includes a movable hook configured to engage a striker bar in a latched position and disengage a striker bar in an unlatched position. The back member is configured to mount to the base frame. The moving plate includes a first end attached to the back member and a second end protruding into the front member. The moving plate is movable to disengage the movable hook from the striker bar.

Abstract: Disclosed herein is a wrap-around gate latch assembly comprising a base frame formed by connecting together a front frame, a central frame, and a back frame. The base frame can be wrapped around a gate post for installation without drilling through the gate post. A moving plate is provided to communicate between a front part and a back part that are mounted on the base frame. A movable hook is provided in the front part, that engages or disengages with a striker bar in a latched or an unlatched position respectively. A first push button provided on the front part, is operated to disengage the hook from the striker bar for opening the latched gate. A second push button provided on the back part, is operated to push a single moving plate towards the front part thereby triggering the movable hook to release the striker bar.

Abstract: Disclosed is a self-latching gate latch device. The device comprises a latch and a magnet assembly housing. The latch assembly housing, secured to a hinged gate, comprises a slidable horizontal latch bar, attractable by a magnet. The magnet assembly housing comprises a slidable vertical magnet bar secured with a magnet at the bottom thereof. In a lock position of the magnet bar, the latch bar engages the magnet. The magnet assembly housing further comprises a locking member that, in an engagement position, engages the magnet bar to the magnet assembly housing preventing the magnet bar from any upward movement. Within the magnet bar is disposed a lock bar, which when depressed, frees the magnet bar.

Abstract: A hydraulic hinge disclosed here is attached to a gate to prevent an impact due to a quick opening and quick closing of the gate. The hydraulic hinge comprises a first hinge member and second hinge member, and a hydraulic damper. The first hinge member is defined by a cylindrical body comprising a longitudinal axis about which the second hinge member is rotatable to rotate the hydraulic hinge between an open position and a closed position. The hydraulic damper is positioned within a cavity of the cylindrical body, and comprises a shaft positioned within a housing, and a hydraulic fluid filled in a space defined between the shaft and the housing. The hydraulic damper is in communication with the second hinge member, to provide resistance against slamming of the gate when the shaft is internally rotated through the hydraulic fluid during a quick opening and quick closing of the gate.

Abstract: Disclosed is a self-latching gate latch device. The device comprises a latch and a magnet bar housing assembly wherein, the latch assembly comprises a horizontal latch bar that is horizontally movable between a forward latch bar engagement position and a backward default latch bar disengagement position and wherein, the magnet assembly comprises a magnet bar that is vertically movable between a default downward magnet bar engagement position and an upward magnet bar disengagement position. The bottom end of the magnet bar is secured with a magnet. When the magnet bar is in the default position thereof, the attraction force between the magnet and the latch bar causes the latch bar to move to the latch bar engagement position at which point, the latch bar engages the magnet assembly.

Abstract: Disclosed is an adjustable lock system for securing a door to a doorjamb. The lock system comprises a striker assembly mounted to the door, the striker assembly comprising a horizontal striker rod, a pivoting arm, the free end of which is perpendicularly attached with the striker rod, and a striker housing for housing the pivoting arm therewithin, the striker housing comprising a position hole for the striker rod to extend therethrough as the pivoting arm is received therewithin, the position hole to restrict the pivoting movement of the striker rod between a upward striker position to a downward striker position wherein, the various positions between the upward and downward striker positions accommodate various variations of door sag. The receiver assembly comprises a horizontal striker groove for, as the door is closed, retainably receiving the striker rod therewithin.

Abstract: Disclosed is a self-latching gate latch device. The device comprises a latch and a magnet bar housing assembly wherein, the latch assembly comprises a horizontal latch bar that is horizontally movable between a forward latch bar engagement position and a backward default latch bar disengagement position and wherein, the magnet assembly comprises a magnet bar that is vertically movable between a default downward magnet bar engagement position and an upward magnet bar disengagement position. The bottom end of the magnet bar is secured with a magnet. When the magnet bar is in the default position thereof, the attraction force between the magnet and the latch bar causes the latch bar to move to the latch bar engagement position at which point, the latch bar engages the magnet assembly.

Abstract: Disclosed is a self-latching gate latch device. The device comprises a latch and a magnet assembly housing. The latch assembly housing, secured to a hinged gate, comprises a slidable horizontal latch bar, attractable by a magnet. The magnet assembly housing comprises a slidable vertical magnet bar secured with a magnet at the bottom thereof. In a lock position of the magnet bar, the latch bar engages the magnet. The magnet assembly housing further comprises a locking member that, in an engagement position, engages the magnet bar to the magnet assembly housing preventing the magnet bar from any upward movement. Within the magnet bar is disposed a lock bar, which when depressed, frees the magnet bar.

Abstract: A hinge including first and second hinge members movable between an open position and a closed position, the first hinge member including a substantially cylindrical body portion having a longitudinal axis about which the second hinge member is rotatable to move the hinge between the open position and the closed position; the body portion housing biasing means having an end fixed relative to the second hinge member, the biasing means being in engagement with an adjustment member, the adjustment member being fixed with respect to the first hinge member; wherein the adjustment member includes a ratchet means to move the adjustment member in a first direction to increase the tension in the biasing means.

Abstract: A hinge including first and second hinge members movable between an open position and a closed position, the first hinge member including a substantially cylindrical body portion having a longitudinal axis about which the second hinge member is rotatable to move the hinge between the open position and the closed position; the body portion housing biasing means having an end fixed relative to the second hinge member, the biasing means being in engagement with an adjustment member, the adjustment member being fixed with respect to the first hinge member; wherein the adjustment member includes a ratchet means to move the adjustment member in a first direction to increase the tension in the biasing means.

Abstract: A latch (2) for holding a gate (4) closed with a fence (6), the latch comprising a bar assembly (10) disposed on the gate (4). The bar assembly (10) comprises a bar member (58) which is attractable by a magnet (20). An engagement assembly (8) is disposed on the-fence (6) and is adapted to engage the bar member (58). The engagement assembly (8) comprises an elongate member (12) comprising the magnet (20). The elongate member (12) is movable between an attraction position in which attraction between the magnet (20) and the bar member (58) is adapted to cause movement of the bar member (58) into engagement with the engagement assembly (8) when the gate (4) is closed, thereby holding the gate (4) closed, and a release position in which attraction between the magnet (20) and the bar member (58) is reduced compared with the attraction position, enabling disengagement of the bar member (58) from the engagement assembly (8) when the gate (4) is closed.