10 results about "Safety glass" patented technology

This invention discloses an energy-saving glass curtain wall system with an irregularly shaped hyperbolic frame, comprising a keel, exterior decorative aluminum trim, and curtain wall glass. The keel is an irregularly shaped hyperbolic steel keel, forming a hyperbolic frame support structure; the decorative aluminum trim is a hyperbolic curved aluminum trim; and the curtain wall glass is laminated insulated tempered safety glass. Thermally broken aluminum profiles with heat insulation properties are installed between the steel keel and the exterior decorative trim as glass mounting bases, thus forming an energy-saving frame system. This invention also provides a construction method for the system. This invention uses a hyperbolic frame support, and through the design of the irregularly shaped hyperbolic steel frame, it enhances the curtain wall's wind pressure and earthquake resistance, adapting to the needs of complex architectural curved surfaces. The hyperbolic shape breaks the traditional planar limitations of curtain walls, giving the building a streamlined appearance and enhancing its modernity and artistry. While meeting the diverse needs of architectural curtain walls, it offers excellent heat insulation and energy saving, and is convenient and precise for on-site construction.

This utility model relates to the field of window technology, specifically to an aluminum alloy ultra-low energy consumption bulletproof and explosion-proof safety window, including an upper window frame, a stile, a window sash, and a lower window frame; a first bulletproof safety glass is provided between the upper window frame and the stile; a second bulletproof safety glass is provided on the window sash; a first bulletproof steel plate structure is provided on the upper window frame; a second bulletproof steel plate structure is provided on one side of the stile and the window sash; a third bulletproof steel plate structure is provided on one side of the window sash and the lower window frame; this utility model widens the dimensions of the upper window frame, stile, window sash, and lower window frame, and provides a first, second, and third bulletproof steel plate structure on the outdoor side; it also configures the first and second bulletproof safety glass to ensure that the outer cross-section is protected by steel plates or bulletproof glass, and uses extended fireproof rubber strips on the outside to ensure the bulletproof and explosion-proof performance of the entire window.

The utility model relates to an edge grinding device technical field discloses a kind of high security edge grinding devices for glass processing, including workbench and water tank, the workbench end surface is provided with clamping mechanism, the workbench end surface is provided with shell, the shell end surface is opened with polishing groove, the polishing groove inside is provided with support plate, the support plate end surface is provided with polishing motor, the polishing motor output end is provided with polishing wheel, the polishing groove inside is embedded with water spraying block, the water spraying block end surface is provided with water jet, the water tank inside is provided with filter plate, the water tank inside is provided with water pump. In the utility model, the polishing work of the device is carried out in the shell, which makes the glass polishing more secure. The glass is placed on the fixed suction cup, and then the compression suction cup is pressed on the upper end of the glass, making the glass more stable.

The application discloses a synthesis method of polyvinyl butyral resin and belongs to the technical field of synthetic resin of high polymer materials. In view of the problems of difficulty in controlling the reaction process, easy degradation of polyvinyl main chain and insufficient product performance stability in the preparation of polyvinyl butyral by using single inorganic strong acid or single organic acid catalysis in the prior art, the application introduces an organic acid and inorganic acid synergistic catalytic system in the acetal reaction process, so that the two types of acids jointly play a catalytic role in the reaction system to synergistically control the acetal reaction process. By the technical scheme, the controllability of the reaction process is improved while the acetal reaction efficiency is ensured, which is conducive to inhibiting the acid degradation of the polyvinyl main chain and improving the structural uniformity and performance stability of the obtained polyvinyl butyral. The method of the application is suitable for industrial preparation of polyvinyl butyral, and the obtained product can be applied to the fields of laminated safety glass, functional glass, photovoltaic components and paint and the like.

This invention discloses a soaking and turning machine belonging to the technical field of laminated safety glass recycling and processing equipment. Specifically, it comprises a frame, an automatic feeding conveyor belt, a hopper, a soaking tank, a heating rod, a water temperature sensor, a turning drive motor, a position detection photoelectric switch, a wastewater tank, a water storage tank, a circulating water pump, a discharge conveyor belt, and a PLC controller. The soaking tank is fixedly mounted on the frame, and the hopper is rotatably mounted on the frame, located inside the soaking tank. This invention integrates the feeding, soaking, turning, discharging, and water circulation systems into a single integrated structure, resulting in a compact and reasonable overall layout that is convenient to install and use. Through a continuous structural design of automatic feeding, constant temperature soaking, precise turning, and directional discharging, it achieves continuous and smooth material conveying and processing throughout the entire process, avoiding material spillage, splashing, and jamming, eliminating manual intervention, ensuring accurate motion positioning and reliable transmission, and significantly improving the equipment's operational coordination and control precision.

The present invention relates to a cutting method and a cutting device for the superficial scoring of, preferably plate-shaped, components made of glass or ceramics, preferably of glass sheets, and to a method for dividing of, preferably plate-shaped, components made of glass or ceramics, preferably of glass sheets, for example of float glass sheets or laminated glass sheets, in particular laminated safety glass sheets, into individual component cuttings, preferably glass sheet cuttings.

This utility model discloses an irregularly shaped skylight system. A frame connector is installed within the secondary frame and used to connect to the main frame. An aluminum alloy base with a water collection trough is fixed to the main frame. An insulating strip is also provided between the aluminum alloy base with the water collection trough and the main frame. An arc-shaped glass sub-frame is mounted on the noise-damping buffer strip. An aluminum alloy pressure bracket is installed inside the arc-shaped glass sub-frame. The aluminum alloy pressure bracket is fixed to the aluminum alloy base with the water collection trough by welding bolts. The arc-shaped glass sub-frame holds the safety glass. Foam rods and waterproof adhesive are used for sealing the inside of the arc-shaped glass sub-frame. The aluminum alloy base of this utility model has a water collection trough, which can effectively collect condensation and a small amount of seepage. The insulating strip separates the two different materials, steel and aluminum frames, to prevent corrosion. The noise-damping buffer strip can eliminate noise. The arc-shaped glass sub-frame can adapt to changes in the shape of the skylight. The energy-saving safety glass is both energy-efficient and prevents glass from falling, and has a stable structure.

The application discloses a kind of laminated safety glass quality detection devices, it is related to the technical field of glass detection, it includes: outer support;Main shaft;Swing arm;Energy storage acceleration mechanism, for driving the instantaneous acceleration rotation of main shaft;One-way transmission component, for controlling the transmission connection between energy storage acceleration mechanism and main shaft;Support frame, for positioning and fixed to be tested laminated glass, the application has adopted rotation swing arm impact mode, impact piece and swing arm rigid connection, its motion track is only determined by the rotation of main shaft, in turn can guarantee the accuracy of impact drop point, can accurately measure the impact number of each position of test piece glass, in addition, by clockwork spring in energy storage acceleration mechanism, slowly input energy can be stored with high density, and is released instantaneously by ratchet mechanism, drive swing arm reach preset high speed in very short time, it is convenient to simulate various impact conditions, meet the test needs of different standards or scenes.

A fire-resistant glass window is provided, comprising a window frame having an upper frame portion, a lower frame portion, and a pair of side frame portions, and a fire-resistant glass pane having multiple glass panes and a resin interlayer interposed between the multiple glass panes, fitted to the inner circumference of the window frame along its periphery, thereby suppressing the leakage of the resin interlayer, which has liquefied due to heating caused by a fire, and the generated gases, to the outside of the window frame through the gap between the lower frame body and the trim, and thereby providing a fire-resistant glass window that exhibits superior flame-blocking performance. [Solution] The lower frame portion 22 comprises a lower frame body 22a having a first inner surface 22a4 facing the main surface 3a on one side in the thickness direction of the fire-resistant safety glass panel 3, and a second upper surface 22a2 facing the end surface of the fire-resistant safety glass panel 3, and a trim 22b having one side surface 22b2 facing the main surface 3c on the other side in the thickness direction, and a lower surface 22b1 that contacts the lower frame body 22a, wherein the second upper surface 22a2 is located below the lower surface 22b1.

The utility model discloses a kind of multilayer composite vacuum high-strength safety glass, it includes glass substrate, vacuum layer, strengthening layer, adjusting knob, transmission rod body, clamping plate body and sealing plate body etc..Through rotating adjusting knob drives transmission rod body movement, make clamping plate body closely adhere glass substrate and strengthening layer, promote impact resistance;While transmission boss A drives sealing plate body rotation folding, realize the secondary sealing of vacuum layer, optimize heat insulation and sound insulation effect.The application can significantly improve the impact resistance, heat insulation and sound insulation of safety glass, simplify production and maintenance operation, improve efficiency and use convenience.