28results about "Window bars" patented technology

The present invention relates to glazing comprising two sheets of glass joined together by a joining means, characterized in that the moment of inertia and / or the mass of the two sheets of glass differ, this difference in moment of inertia and / or mass of the two sheets of glass being obtained by decoupling means comprising at least one decorative element bonded to one of the sheets of glass. Fig 2

The present invention relates to a glazing unit comprising two sheets of glass assembled together by a joining means, characterized in that the moment of inertia and / or the mass of the two sheets of glass is different, this difference in the moment of inertia and / or the mass of the two sheets of glass being achieved by decoupling means comprising at least one decorative element bonded to one of the sheets of glass.

The utility model relates to the technical field of doors and windows, in particular to a connecting structure special for door and window pattern splicing and a door and window pattern structure.The connecting structure special for door and window pattern splicing comprises a plurality of modeling rod pieces and a connecting assembly used for assembling the modeling rod pieces into a module; the modeling rod pieces are arranged and fixed together with the connecting assembly as the circle center in the mode that the modeling rod pieces are evenly distributed in the circumferential direction. Protrusions protruding outwards are arranged at the two ends, in the length direction, of the modeling rod piece, and the protrusions can stretch into the connecting assemblies and are buckled and covered by the connecting assemblies. Wood products which are easy to rot are replaced by metal products, the metal products are spliced after being welded, the attractiveness is improved and secondary reinforcement is completed through buckling of the front cover and the rear buckle, the service time is long, and the fastening effect is good.

A door skin, a door comprising at least one such a door skin, and a kit comprising at least one such a door skin are provided. The door skin is used to make a door comprising a glazing unit including one or more glass panes. The door skin includes a skin body portion providing an outer door surface. The skin body portion includes a set of simulated divided lite (SDL) bars, which may include one or more bars oriented in two different directions. The bars share at least one intersecting joint, which has an outer joint surface lower than the outer door surface relative to a bottom surface of the set of the SDL bars. The skin has a unitary structure. The set of SDL bars and the skin body portion are made of a same material. The door may include two door skins on both sides of the glazing unit.

The utility model discloses a convenient-to-install snow window which comprises an outer frame and a right frame, a left frame is installed at the rear end of the interior of the outer frame, the left frame is in sliding connection with the outer frame, the right frame is in sliding connection with the front end of the interior of the outer frame, and a window frame is in sliding connection with the interior of the right frame. Locking assemblies are installed in the middles of the interiors of the left side edge and the right side edge of the right frame correspondingly, and a handle is installed at the front end of the right frame. Compared with an existing snow view window, the snow view window convenient to install has the advantages that the wood bar grillwork embedded in the front end of the window frame is taken down, the barrier paper is adhered to the wood bar grillwork at the rear end, and then the wood bar grillwork is embedded back, when the snow view window needs to be opened, the right frame or the left frame is pulled left and right through the handle, the magnets can attract iron sheets arranged in the corresponding positions of the outer frame, and therefore the snow view window can be opened. When the pressing block is pressed down, the locking column is pushed into the inclined groove in the pressing block by the first spring, and after the window frame moves up and down to a proper position, the pressing block is loosened, and the pressing block is rebounded and locked by the second spring.

The present invention relates to a canopy structure comprising a plurality of T-shaped profile members (10) each having a middle flange (12) and two free flanges (14, 16); and a plurality of metal U-shaped profile members (38) each having two opposing flanges (42, 44) extended by two edges (46, 48) folded towards one another. The structure further comprises a plurality of latching U-shaped profiled sections (58) made of polymeric material, each comprising two retaining flanges (60, 62) and two opposing latching flanges (64, 66). The latching U-shaped profiled sections (58) are suitable for being inserted into each of said U-shaped profile members (38) so that said retaining flanges (60, 62) engage with said folded edges (46, 48), while said middle flange (12) engages between said two latching flanges (64, 66).

The invention relates to an insulating glass pane (1) comprising at least two glass panels (2, 3), a frame-shaped spacer (4), and a glazing bar insert (5; 5'), as well as a method and a device (10) for producing the same. The glazing bar insert (5; 5') is mounted within the spacer (4) between the two glass panels (2, 3). The glazing bar insert (5; 5') contains at least one elongated glazing bar profile (6) with a glazing bar end (7) facing the spacer (4). According to the invention, at least one glazing bar end (7) is formed by a glazing bar profile (6) designed as a hollow profile and is embedded in the plastics-based material of the spacer (4) in such a way that part of the plastics-based material is located inside the hollow profile.

The invention relates to an insulating glass pane (1) comprising at least two glass panels (2, 3), a frame-shaped spacer (4), and a glazing bar insert (5; 5'), as well as a method and a device (10) for producing the same. The glazing bar insert (5; 5') is mounted within the spacer (4) between the two glass panels (2, 3). The glazing bar insert (5; 5') contains at least one elongated glazing bar profile (6) with a glazing bar end (7) facing the spacer (4). According to the invention, at least one glazing bar end (7) is formed by a glazing bar profile (6) designed as a hollow profile and is embedded in the plastics-based material of the spacer (4) in such a way that part of the plastics-based material is located inside the hollow profile.

The invention pertains to hermetically sealed glass using vacuum technology to remove still air, preventing the infiltration and exfiltration of heat through the installed glass in a modern window and / or door system composed of vinyl, wood, or other readily available substrate, thereby minimizing the negative impact of heat loss through the outer edges of the hermetically sealed glass, while also applying lengths of hollow vinyl, solid wood, or other readily available substrates to the exposed portions of the hermetically sealed glass to give the appearance of a window / door utilizing multiple single pieces of glass.

The utility model relates to the technical field of doors and windows, in particular to a detachable lattice door and window which comprises a window frame and a pressing frame, a lattice plate is fixedly assembled on the inner wall of the pressing frame, a buckle is fixedly assembled on the outer wall of the pressing frame, a buckle strip is connected to the inner wall of the window frame in a clamped mode, and the buckle is connected with the buckle strip in a clamped mode. A glass plate is fixedly assembled on the inner wall of the window frame, the lattice plate abuts against the surface of the glass plate, a rotating shaft is rotationally connected to the inner wall of the window frame, shading cloth is wound on the circumferential face of the rotating shaft and penetrates through the window frame, a connecting plate is fixedly assembled at one end of the shading cloth, and a spring is fixedly assembled on the inner wall of the window frame. And the free end of the spring is fixedly connected with the rotating shaft. By arranging the rotating shaft, the shading cloth and the connecting plate, when external strong light needs to be shaded in the door and window using process, the shading cloth can be unfolded and cover the surface of the glass plate, the effect of blocking external light is achieved, and the practicability of the door and window is improved.

The invention relates to an insulating glass pane (1) comprising at least two glass panels (2, 3), a frame-shaped spacer (4), and a glazing bar insert (5; 5'), as well as a method and a device (10) for producing the same. The glazing bar insert (5; 5') is mounted within the spacer (4) between the two glass panels (2, 3). The glazing bar insert (5; 5') contains at least one elongated glazing bar profile (6) with a glazing bar end (7) facing the spacer (4). According to the invention, at least one glazing bar end (7) is formed by a glazing bar profile (6) designed as a hollow profile and is embedded in the plastics-based material of the spacer (4) in such a way that part of the plastics-based material is located inside the hollow profile.

For use in a window (10) that comprises a glazing unit (12) with at least one pane of glass, an assembly comprises a glazing bead (14) to extend around the periphery of the glazing unit (12) and defining apertures (17) at locations at which a glazing bar (16) is to fit, and at least one glazing bar (16) to extend across a face of the glazing unit (12), at least one end of the glazing bar (16) comprising a spring-loaded pin (20) to engage with an aperture (17) in the glazing bead (14). For example each glazing bar (16) may comprise spring-loaded pins (20) at each end, or alternatively a spring-loaded pin (20) at one end and a fixed projecting pin at the other end.

The present invention relates to a glazing unit comprising two sheets of glass assembled together by a joining means, characterized in that the two sheets of glass have a different moment of inertia and / or mass, this difference in the moment of inertia and / or the mass of the two sheets of glass being obtained by decoupling means comprising at least one decorative element bonded to one of the sheets of glass.

The utility model is suitable for the technical field of doors and windows, and provides a seamless aluminum plate Chinese style door and window which comprises an outer seamless aluminum frame plate. The lower clamping groove is formed in the bottom of the inner side of the outer seamless aluminum frame plate; the upper clamping groove is formed in the top of the inner side of the outer seamless aluminum frame plate; the supporting frame is arranged on the inner side of the outer seamless aluminum frame plate; the Chinese style sample plate frame is integrally formed on the inner side wall of the supporting frame; the upper clamping plate is welded to the top of the supporting frame; the lower clamping plate is welded to the bottom of the supporting frame; the spring is arranged at the top in the upper clamping groove; by means of the characteristic that the supporting frame and the outer seamless aluminum frame plate are convenient to disassemble and assemble, the Chinese style sample plate frame and the double-layer laminated glass can be separated, then one side of the double-layer laminated glass is free of blocking, cleaning can be facilitated, cleaning operation is simple, rapid and sufficient cleaning can be achieved, and the disassembled Chinese style sample plate frame can be cleaned more conveniently and rapidly.

The utility model belongs to the field of archaized window production, and relates to an archaized supporting and picking window which comprises a sill frame, a supporting sash, a picking sash and a gauze sash, the sill frame comprises a replacement pile located at the top, a pedal located at the bottom and embracing frames located on the left side and the right side, and the picking sash is a detachable picking sash movably installed on the lower portion in the sill frame. The branch sash is an externally-supported branch sash movably installed on the upper portion in the sill frame, the inner side of the branch sash is an internally-supported screen sash, rabbets are formed in the peripheries of the picking sash, the branch sash and the screen sash, adhesive tape grooves are formed in the rabbets, and sealing adhesive tapes are installed in the adhesive tape grooves; glass is embedded in the supporting sash, a partition core is installed on the outer side of the glass, and the glass is hollow glass. Due to the facts that the rabbets are formed, the rubber strip grooves are formed in the rabbets, and the sealing rubber strips are installed in the rubber strip grooves, the problems that ventilation and transparency exist between the sill frame and the partition boards and between the partition boards are not tight in sealing are solved; the heat preservation and sound insulation performance is greatly improved by adopting the hollow glass; and the design of the gauze fan increases comfort and aesthetic feeling for home life.

The utility model provides lattice bar concave inlay type decorative glass, which comprises glass main bodies and inlay lattice bars arranged between adjacent glass main bodies, the side edge of each glass main body is provided with an assembly part, the two ends of the assembly part in the thickness direction of the glass main body are respectively provided with a first assembly inclined plane and a second assembly inclined plane which are connected with each other, and the first assembly inclined plane and the second assembly inclined plane are connected with each other. The first assembling inclined face and the second assembling inclined face are close to each other in the direction close to the edge of the glass body, assembling grooves are formed in the two opposite sides of the inlaid lattice bars correspondingly, and the assembling parts are installed in the assembling grooves in the mode that the first assembling inclined face and the second assembling inclined face are partially inserted into the assembling grooves. The glass body protrudes from the two end faces in the thickness direction of the inlaid lattice bars, the inlaid lattice bars are prevented from scratching a user, the surface of the decorative glass is smooth, and the hand feeling of the decorative glass is improved. In addition, the first assembly inclined plane and the second assembly inclined plane in the thickness direction of the glass main body are mutually overlapped, so that a unique stereoscopic visual effect can be formed.

All currently available technical solutions cannot achieve the very narrow window muntins required with minimal glazing depth. Sufficient thermal break within the window is not achieved by most manufacturers using conventional profile designs. This patented system enables narrow muntins and thermal break, provides additional structural rigidity, is easy to handle, and even allows for relatively simple repairs in case of damage to the window glass. It is virtually maintenance-free and, using wood for insulation and linseed oil paint as a coating, is also highly sustainable. Since this design allows historic cast-iron windows to remain in place and essentially "only be doubled up," it represents a true breakthrough for historic preservation and should soon become standard practice in this field.

The present invention relates to glazing comprising two sheets of glass joined together by a joining means, characterized in that the moment of inertia and / or the mass of the two sheets of glass differ, this difference in moment of inertia and / or mass of the two sheets of glass being obtained by decoupling means comprising at least one decorative element bonded to one of the sheets of glass. Fig 4

For use in a window (10) that comprises a glazing unit (12) with at least one pane of glass, an assembly comprises a glazing bead (14) to extend around the periphery of the glazing unit (12) and defining apertures (17) at locations at which a glazing bar (16) is to fit, and at least one glazing bar (16) to extend across a face of the glazing unit (12), at least one end of the glazing bar (16) comprising a spring-loaded pin (20) to engage with an aperture (17) in the glazing bead (14). For example each glazing bar (16) may comprise spring-loaded pins (20) at each end, or alternatively a spring-loaded pin (20) at one end and a fixed projecting pin at the other end.

A bar assembly 24a for securing to a fastening member (16, fig 1) of a fenestration unit (10, fig 1) and overlying an external face of a panel 22 of the fenestration unit, the bar assembly comprising: