Abstract: A lock system for a door comprises one or more elongated members adapted to translate axially in a door to be moved in and out of engagement into a lock catch of a door frame. A lock mechanism is received in a mortise of the door and having a handle actuatable to displace at least one driver in translation. A depth adjustment adaptor comprises a interface connected to the elongated member, with or without a joint with at least one degree of freedom connecting the interface to the driver to adjust a depth of the interface relative to the driver and to a lateral surface of the door to actuate the axial translation of the elongated member by movement of the driver.

Abstract: A lock system for a door comprises one or more elongated members adapted to translate axially in a door to be moved in and out of engagement into a lock catch of a door frame. A lock mechanism is received in a mortise of the door and having a handle actuatable to displace at least one driver in translation. A depth adjustment adaptor comprises a interface connected to the elongated member, with or without a joint with at least one degree of freedom connecting the interface to the driver to adjust a depth of the interface relative to the driver and to a lateral surface of the door to actuate the axial translation of the elongated member by movement of the driver.

Abstract: A sliding window pane, particularly, but not exclusively, for a motorized vehicle conductor window is described. The sliding window pane is disposed in a window structure having a frame. The frame has a fixed window pane with an opening therein. A secondary frame is provided adjacent an interior surface of the fixed window pane. The sliding window pane has opposed rails secured thereto slidingly connected to opposed channel frame members of the secondary frame. A flexible attachment cable extends in one of the opposed channel frame members and has a connector for connection to the rail associated therewith. An electrical motor is operable by a switch to displace the attachment cable thereby displacing the sliding window pane between the opposed frame members to cover or expose the opening or part thereof.

Abstract: A motorized in-line sliding window structure is described. The sliding window structure comprises a window frame having upper and lower slide rails. A fixed glass is provided in the frame and a displaceable window panel. Guide channels are provided in the slide rails to guide the displaceable window panel from a closed position, where the displaceable panel is disposed in a substantially common plane with the fixed glass, to an offset open position, where the displaceable window panel is retracted out of the common plane and displaced along the guide channels in the slide rails to a desired position behind the fixed window panel. An electric motor is connected to flexible cables to displace the displaceable window panel along the guide channels. The flexible cables and their connectors are displaceable in a concealed routed channel associated with a guide channel of said slide rails.