Abstract: A lock structure includes a mounting plate, a positioning member, an escutcheon and a constraining member, wherein the mounting plate comprises a ring wall, guiding slot and a limiting slot, and the escutcheon comprises a limiting protrusion. The positioning member is disposed in the limiting slot and clamped between the escutcheon and the constraining member. The limiting protrusion penetrates the guiding slot of the escutcheon and is constrained inside the limiting slot. The limiting protrusion of the escutcheon is blockable by the constraining member to prevent the rotating escutcheon from separation from the mounting plate.
Abstract: A lock cylinder includes a cylinder housing with a upper pin hole set and a replacing opening, a cylinder body with a lower pin hole set, a upper locking pin set, a second locking pin set and a clip member. The cylinder body is movably disposed inside the cylinder housing. The upper locking pin set is disposed inside the upper pin hole set for engaging the cylinder housing and the cylinder body. The second locking pin set is disposed inside the lower pin hole set for disengaging the cylinder housing from the cylinder body. The clip member constrains the cylinder body from sliding on the cylinder housing in a first position, and does not constrains the cylinder body from sliding on the cylinder housing in a second position. The cylinder body slides to a replacing position for replacing the second locking pin set via the replacing opening.
Abstract: A method for inspecting a lock set is to utilize a reception unit for receiving the signals from a lock set mounted at a door to inspect whether the door is closed and whether the lock set is locked or being broken.
Abstract: A lock structure at least includes a driving plank and a guidance mechanism. The guidance mechanism and the driving plank are mutually coupled at a same unlatch position via the guidance mechanism, or, the guidance mechanism and the driving plank are mutually coupled at a same lock position, which prevents the driving plank from wrong installation to avoid a destruction of the lock structure or reinstallation.
Abstract: A handle assembly of a lock includes a handle, a sleeve, a stopper and an engaging member, wherein the handle comprises an accommodating slot, a lodge hole and a penetrating hole. The sleeve is disposed at the accommodating slot along the direction of a major axis and comprises a through hole. The stopper is disposed at the sleeve and protrudes to the sleeve via the through hole of the sleeve. Owing to the through hole corresponded to the lodge hole, the stopper is lodged in the lodge hole of the handle. The engaging member is disposed in the accommodating slot and adjustably movable along the direction of a transverse axis so that the handle and the sleeve are steadily engaged from each other.
Abstract: A packing case for packing a lock device is disclosed. The lock device includes a rose portion and a handle portion connected to the rose portion. The packing case includes a first casing, a second casing and at least one constraining structure. A first recessed portion is formed on the first casing for containing the rose portion. The second casing is combined with the first casing in a closable manner, and the handle portion is contained and constrained between the first casing and the second casing. The at least one protruding structure is disposed on the second casing for abutting against the rose portion when the second casing is combined with the first casing, so as to constrain the rose portion inside the first recessed portion.
Abstract: An adjustable button apparatus of a lock includes an adjusting sleeve, a transmission rod, a driving plate and a positioning pin, the adjusting sleeve is movable between a positioning position and an adjusting position. When the adjusting sleeve is located at the positioning position, the adjusting sleeve presses the positioning pin and makes the positioning pin engaged with the transmission rod and the driving plate, when the adjusting sleeve is located at the adjusting position, the positioning pin separates apart from the driving plate to make the driving plate transversely movable in the transmission rod. Via the positioning pin inserted at various positions of the driving plate for adjusting a joint length formed by jointing the transmission rod and the driving plate, the lock is applicable for installation in doors of various door thicknesses.
Abstract: A transmission mechanism adapted to an electro-mechanical lock and for driving a latch assembly to be unlocked is disclosed. The transmission mechanism includes a bottom board, a pushing member, a clutch member and an electro-actuating member. The bottom board includes at least one first pushed structure. The pushing member includes at least one second pushed structure. The clutch member abuts against the pushing member. The electro-actuating member is for driving the pushing member to rotate toward a first direction. The at least one second pushed structure cooperates with the at least one first pushed structure to move the pushing member relative to the bottom board, so that the clutch member is pushed with movement of the pushing member to an unlocked position.