Abstract: Latching system hardware for luggage articles such as attache cases and the like includes an elongated latch console for attachment interiorly to one section of the article, an actuator assembly for manually operating the console latches, and a lock assembly for selectively locking the latches. The hardware can be assembled in different configurations and operating modes and the console can be used with different types of lock and actuator assemblies so that diverse latching systems can be developed from the same basic console components.

Abstract: A handle for luggage cases and the like includes a grip molded from resilient, low durometer plastic and means for mounting the grip on a case and for supporting the weight of the case. The grip is formed with a cavity in a central portion thereof and has a plurality of resilient members within the cavity, the members adapted to be deformed when the handle is grasped to allow the central portion to flex to impart a soft feel to the grip. The handle may also include a shell assembled on the grip, and a clip having first projections adapted to enter an opening in the shell and a second projection adapted to be received in a slot in the grip, for holding the shell and the grip in assembled relationship.

Abstract: A dial and sleeve type combination lock is provided with a shift member to move the sleeves out of coupling engagement with the dials for changing the combination of the lock. The shift member includes a manual actuator extending through an opening in the face plate of the lock which opening extends transversely to the axis of the sleeves and movement of the actuator in the opening in the transverse direction effects axial movement of the sleeves by means of an oblique camming surface on the shift member.

Abstract: A dial and sleeve type combination lock is provided with a shift mechanism for moving the sleeves out of coupling engagement with the dials for changing the combination of the lock. The shift mechanism includes a rotary actuator mounted coaxially with the sleeves and having a portion of its periphery extending through an opening in the face plate of the lock. When the lock is on combination, the actuator can be rotated to move the sleeves out of coupling engagement with the respective dials by a camming action.

Abstract: A combination lock having a latch mechanism capable of being closed even when the lock is off combination employs an axially movable shaft rotatably supporting combination dials and having a latch element for engaging a cooperable hasp, the latch element being spring biased to a latched position. A slide member, the movement of which is blocked when any dial is off combination, is coupled to the latch element and the shaft and connected to a manual actuator for moving the latch element to an unlatched position. The coupling permits the latch element to move to its unlatched position independently of the slide member so that the hasp may enter the lock and be engaged by the latch element when movement of the slide member is blocked. The operating mechanism of the lock is supported on a frame by a support member connected to one end of the shaft and by a shift lever slidably related to the shaft at its opposite end.