The disclosure provided herein is directed to a multipoint latch assembly that may include a handle assembly with a cam plate and an upper latch assembly and a lower latch assembly connected to the cam plate. A handle latch ball assembly connects to the upper latch assembly, an upper latch ball assembly connected to the upper latch assembly, and a lower latch ball assembly connected to the lower latch assembly. Rollers of the handle latch ball assembly, the upper latch ball assembly, and the lower latch ball assembly diminish or eliminate noise created when opening or closing a door of a hunting blind.

An exit device assembly for coupling to a door having a first side and second side. A first exit device may be coupled to the first side of the door. The first exit device may include a main tube extending from a first end to a second end and a first adjustment tube coupled to the first end of the main tube. The first adjustment tube may be axially adjustable relative to the main tube along a first adjustment axis. An actuator assembly may be supported within an interior of the main tube of the first exit device and may be moveable between a first position and a second position. A latchbolt may be coupled to the actuator assembly and may be moveable between a retracted position and an extended position in which the latchbolt engages a latch.

A vehicle door system includes, among other things, a vehicle body and a slidable door that is slidable back and forth relative to the vehicle body between an open position and a closed position. The system further includes an alignment bracket assembly having a door-mounted portion and a body-mounted portion. The door-mounted portion and the body-mounted portion are wedged against one another when the slidable door is in the closed position to restrict movement of the slidable door relative to the vehicle body when the slidable door is in the closed position.

The present invention relates to an installation structure of an auxiliary locking device for a hinged door, and by operating a rotation lever installed on a door frame separately from a generally used security main locking device, the rotating opening side of the hinged door is vertically attached to the door frame in close contact with the door frame at a number of points in the longitudinal direction, and in order to make it easier to fix and maintain such a tight state. More particularly, the present invention is directed to providing new installation structure of the auxiliary locking device of the hinged door capable of preventing the mutual interference of the driving plate and locking piston, even if the longitudinal installation range of the driving plate is overlapped with the operating range of the locking piston constituting the second locking tool.

A fitting arrangement for a window or a door has a drive bar with a through-hole. A control pin and/or a counter element of the fitting arrangement is/are passed through the through-hole and connected to one another such that the control pin is captively retained on the drive bar. The control pin is preferably connected to the counter element without the use of tools. Particularly preferably, a spring element is provided which latches the control pin by pressing the control pin and the counter element axially together. The spring element can be designed in the form of a circlip which, in the not yet assembled state, is arranged on the control pin or the counter element.

The present invention relates to a hinged door locking device and, more particularly, to a hinged door locking device comprising a rotatable lever installed on a door frame separately from a main locking device generally used for security, wherein a side to be opened by rotation in the hinged door is brought into tight contact with the door frame at multiple points in the longitudinal direction by operating the lever. Thus, the hinged door locking device is configured to readily maintain the tight contact and has high usability as an auxiliary locking device.

A casement window lock and tie bar assembly including a flexible guide pre-formed with an arcuate deflection. The guide receives a tie bar having a c-shaped cross-section. The arcuate deflection of the guide causes the guide to be frictionally held in an initial position on the longitudinal axis of tie bar. When fasteners are tightened to attach the guide to a window frame, the guide is flattened to enable the tie bar to freely slide on the guide.

A system may include a door installed within a vehicle. The door may include a latch mechanism configured to latch or unlatch the door, wherein the latch mechanism is positionable in a latched position, a neutral position, and an unlatched position. The latch mechanism may include: a handle; a rotatable plate coupled to the handle, the rotatable plate configured to be rotated by the handle; and an extension rod. The rotatable plate may be configured to convert a rotational movement of the handle to linearly move the extension rod causing the door to be latched or unlatched.

A tie bar and guide assembly for casement windows having a roll form tie bar that snaps on to the tie bar guide without extending through it. The tie bar has locating openings that engage tabs on the tie bar guide to locate and secure the guide prior to installation. The tabs are depressed and disengaged when fasteners are used to secure the tie bar assembly to the window frame. The tie bar can include rivet locking points located close to the top and bottom of the tie bar to provide better security and increased stability for preventing water and air infiltration. The rivet locking points can be adjustable to optimize the fit of the window sash within the frame. The snap-on design reduces the overall height of the tie bar assembly thereby enabling a closer fit of the sash within the frame and reducing the required width of the window frame needed to accommodate the locking mechanism.

A lockable sliding door is described. A ratcheted track allows the movable panel of the door to be selectively locked in both closed and vented positions. A lever is positioned along a midpoint of the movable panel to allow for the easy engagement of the locking mechanism. Further, the locking mechanism is carried on the movable panel. The technology is configured to allow the sliding door to be locked in various configurations, with the door partially opened, completely open, or completely closed. The technology may also be utilized on windows or any other architectural features with a slide-to-open and close design.