The front glass (1) is set in front of the middle glass (8), forming a hollow chamber (9) between the middle glass (8) and the front glass (1).
The rear glass (5) is located behind the middle glass (8), and a glue layer (7) is provided between the middle glass (8) and the rear glass (5).
The suction unit in the glass-wiping device (8) is capable of affixing securely onto the glass while working, thus effectively preventing the glass-wiping device from falling off the glass while working.
The glass-wiping device sucks onto the surface of the glass via the suction apparatus, is capable of ensuring sufficient vacuum pressure, and prevents the phenomenon of the glass-wiping device falling off the surface of the glass.
A method of forming an alignment mark on a glass sheet, able to improve positioning accuracy of a second glass sheet with respect to a first glass.
The window unit (20) comprises a window pane (21) and a frame (22) which is integrally moulded on the window pane (21).
Said window pane comprises a window element surrounded by an external edge and a device provided on the window element for coupling the window pane to the window adjusting mechanism of the window lifter.
The second window can be a window (17) accommodated in a second door (15) or a stationary window.
The window includes an outer pane (11) having two substantially parallel plane surfaces (12 and 13), an inner pane (14) having a plane surface (15) facing the outer pane (11) and spaced therefrom.
An edge region of the outer pane (3) extends over the edge of the inner pane (6), and the frame (4) is fixed to the edge region of a surface pertaining to the outer pane (3) and facing the inner pane (6).
A method (100) for closing a motor-driven window comprises the steps of determining (102) a window gap, and raising (104) the window at a speed dependent upon the window gap.
The pane retention region includes a first pane support surface and a second pane support surface, each configured to support the optical pane at the retention region.
This makes it possible to use the same rail in manual, electric or two-rail window lifters.
The aim of the invention is to provide a simple, inexpensive and user-friendly method for controlling the window lifter function for moving the front window and the rear window.
The invention relates to a sheet which is used to protect displays, especially plasma displays.The invention is essentially comprised of a sheet (1) which is made of a thermoplastic synthetic material.
The invention relates to a moveable window pane (11), especially for a side window of a motor vehicle, comprising a frame seal (15) which can be fastened to a window frame (14).
The invention is characterized in that the pane (14) is a plastic pane and that the frame is formed by a foam cladding (20) of the pane.
This is achieved by virtue of the fact that the side window (11) is divided in an upper side window section (9) and a lower side window section (10).
The invention relates to a window lever, especially a cable-controlled window lever for motor vehicles, comprising a motive drive (2) for raising and lowering the pane.
A bracket assembly for mounting a windowpane to a window regulator.
The present invention provides a window assembly having a transparent panel and a conductive heater grid formed integrally with the transparent panel.