3256 results about "Sash window" patented technology

An aircraft window frame includes a laminated outer rim and inner sash having a central aperture for receiving a window pane. The sash is transversely offset from the rim and they include different layers between the opposite inboard and outboard sides of the frame.

A curtain rod assembly for a window having a window casement is disclosed. The curtain rod assembly includes left and right brackets. Each bracket has a curtain rod support extending therefrom. An adjustable support rod is coupled to the left and right brackets. The adjustable support rod is configured and arranged to brace the left bracket and the right bracket against the window casement. A decorative curtain rod is suspended between the curtain rod supports.

A sash lock apparatus which includes a keeper disposable on a first window sash and having a keeper aperture therein for lockingly receiving therein a selectively retractable element from a sash lock and the sash lock having the selectively retractable element disposable on a second window sash wherein the first and second window sashes are disposed for movement in a direction parallel to each other. The sash lock includes a rotatable lever having a tab extending therefrom and a spring slide deformable by rotation of the rotatable lever and movement of the tab against the spring slide for selectively causing a portion of the spring slide to enter and retract from the aperture to cause locking and unlocking of the first and second window sashes relative to each other. The spring slide includes a central aperture, the tab extending into the central aperture, rotation of the tab with the rotatable lever causing deformation of the spring slide and one of movement of the spring slide into or out of the keeper aperture. The housing has a shaft secured to the spring slide, the rotatable lever being rotatable about the shaft. The spring slide is preferably a spring steel slide. The apparatus may further include a member having member detents therein and secured to the shaft and rotatable member detents disposed on the rotatable member for entry into at least one selected member detent upon rotation of the rotatable member to one of an open or closed position.

A sash lock (10) for a sash window assembly (12) is provided. The sash window assembly (12) includes an upper sash window (14) and a lower sash window (16), each of the sash windows (14), (16) mounted within opposed guide rails (18) on a master frame (20), wherein at least one of the sash windows (14), (16) is slidable within the frame (20) relative to the other sash window (14), (16). The sash lock (10) of the present invention includes a keeper (22) adapted for mounting on one of the sash windows (14), (16). The keeper (22) includes a keeper surface. The sash lock (10) also includes a locking assembly (24) adapted for mounting on the other of the sash windows (14), (16). The locking assembly (24) comprises a housing (30) having an aperture (33), an actuator arm (32) rotatable between an unlocked position and a locked position and a cam (34) having a cam surface (40) for engaging the keeper surface. A shaft (35) is also provided extending through the aperture (33) and coupling the actuator arm (32) to the cam (34) such that the actuator arm (32) and cam (34) are rotatably mounted to the housing (30). A tab (44) mounted to the housing is also provided wherein the tab (44) engages the actuator arm (32) to retain the actuator arm (32) in its locked position.

A powered auxiliary toilet seat lift provides a U-shaped casement formed by two similar elongate side members interconnected by a forward end plate to fit about a toilet stool and support a toilet seat structure thereabove for vertical and forwardly and downwardly angulated motion. Each casement side member is peripherally defined to create an internal chamber carrying similar elongately spaced lateral pairs of forward and rearward compound jackscrews that pivotally interconnect with the toilet seat structure thereabove. Powering mechanism provides separate electric motors powering each jackscrew that are controlled by a computerized feedback type circuitry for manually selectable or pre-programed motion of the toilet seat structure.

A double-hung window construction includes a window jamb and a pair of sashes slidably movable within the window jamb. A pivot member pivotally connects each sash to the window jamb such that the sash can tilt relative to the window jamb around the pivot member. A combined locking and tilting mechanism is attached to each sash. The mechanism is movable between a locked position preventing sliding or tilting of the window, an operative position permitting sliding of the sash and preventing tilting of the sash, and a tilting position which allows the tilting movement of the sash. Each locking and tilting mechanism is independent of the operation of the remaining locking and tilting mechanism.

An operable fenestration operating system for a structure including a window or skylight having a frame, an operable sash and presenting a resistance force opposing opening and closing of the sash. A motorized operator is coupled with the frame and the sash to selectively open and close the sash. The invention includes an operator control unit communicatively connected to the motorized operator. The operator control unit includes a processor, a sensor for sensing the magnitude of the resistance force, a pulse width modulation circuit for supplying electrical power to the motorized operator. The processor varies the torque output of the motorized operator using the pulse width modulation circuit in response to the sensed parameter.

This fenestration locking system for a swinging sash or door is characterized by the use of a linear member running continuously from an actuating assembly to a locking pin assembly. The linear member can be a flexible linear member, allowing it to convey motion to the locking pin assembly around corners. The locking pin assembly has a moveable locking pin with an actuator and an extension that can engage a keeper. The linear member has multiple actuator engagement sites along its length where the actuator of the locking pin can engage the linear member. The linear member can then be used to move the locking pin with respect to the locking pin assembly so that the extension can engage or disengage a keeper. The locking pin assembly can be mounted on a fenestration frame and the keeper opposingly mounted on a window or door mounted in the fenestration frame. Alternately, the keeper can be incorporated into the fenestration frame and the locking pin assembly opposingly mounted on the window or door mounted in the fenestration frame.

A retractable badge reel with a billboard designed to display a logo, such that unadorned badge reels can be manufactured separately from the billboards that contain the logos. The billboard is optionally removable, allowing the logo being displayed to be changed without having to produce new retractable badge reels in their entirety. In another embodiment, a billboard designed to display a logo is adapted to be installed over the face of an existing retractable badge reel, such that the logo on the existing unit is hidden and the new logo on the billboard is instead displayed. A casement comprising the billboard and a back housing member have a mating portion that mates with a bob mating portion of a bob attached to the exterior end of the retractable cord to prevent the bob from shifting or twisting when the cord is in the retracted position.

A pivot hinge for roof windows with a sash pivoting around the axis located between the upper and the lower member of a window, has a balancing system, which ensures the state of equilibrium of a window sash when its centre of gravity is located outside the sash rotating axis and the friction spring of the hinge is unable to hold the sash pivoted in each its position. At the same time the window fittings, its assembly, installation in a roof and its appearance remain unchanged. Also the method of separating of both hinge parts (taking a sash out of a window frame) remains unchanged.

A security lock for sash windows includes an elongated cam that revolves in order to engage a keeper. The security lock also includes a tab that urges the cam against a wall of a housing to provide extra security. Once the cam contacts the housing wall it will not rotate to open as occurs in conventional sash locks. A groove and a race within the top inside of the housing direct a guide affixed to the top of the cam a), initially in a circular direction, and b), finally into a lateral direction into engagement with a locking stud on the wall of the housing. A rotating tab affixed to the handle axle causes the final cam movement during the locking process.