Novel fixed-top awning

Abstract

The invention discloses a novel fixed-top awning belonging to the technical field of fixed construction. The fixed-top awning comprises an awning plate and a support arranged at the left side and the right side of the awning plate, wherein the front side surface and the back side surface of the awning plate are both provided with margin lines, the support is in a horizontally placed square-table structure, both opposite side surfaces of the support are respectively provided with troughs matched with both sides of the awning plate, and the lower surface of the support is fixedly connected with a fixed seat on which an installation hole is arranged; and the support is formed from a plastic base material by one-step diecasting, and the plastic base material comprises the following components in weight percent: 70% of polypropylene (PP) plastics, 29% of environmental-friendly glass fiber, 0.5% of age resisters and 0.5% of ultraviolet absorbers. The traditional method for making the awning by non-standard customization and metal welding is completely changed, and the novel fixed-top awning is assembled by the support and the awning plate, thereby having convenient installation; and the novel fixed-top awning has the functions of overlong durability, corrosion prevention, impact resistance, aging resistance, sound attenuation and the like, has good dewatering effect and can also absorb ultraviolet rays.

Description

technical field [0001] The invention relates to a novel top-fixed awning, which belongs to the technical field of fixed buildings. Background technique [0002] In order to prevent rainwater from directly falling into the room, people tend to install an awning on the window of the building exterior wall. Currently commonly used awnings are generally assembled by brackets and tarpaulins (or awning panels). The brackets are usually welded by metal, and then canvas, glass steel tiles, stainless steel colored tiles, etc. are fixed on the brackets. Although the production cost of this type of awning is low, there are deficiencies such as non-standard production, unattractive appearance, poor durability, and being unsuitable for industrialized large-scale processing. Moreover, the currently commonly used metal brackets are prone to rust, aging, corrosion, weak welding, and cannot effectively absorb ultraviolet rays after being exposed to wind and sun; the windproof performance of...

AI Technical Summary

Problems solved by technology

Although the production cost of this type of awning is low, there are deficiencies such as irregular production, unattractive appearance, poor durability, and unsuitable for industrialized large-scale processing.

Moreover, the currently commonly used metal brackets are prone to rust, aging, corrosion, weak welding, and cannot effectively absorb ultraviolet rays after being exposed to wind and sun; the windproof performance of existing tarpaulins or tarpaulins is not ideal. Rainy and windy weather is more dangerous. Among them, the tarpaulin is the least resistant to strong winds. The plexiglass canopy is easy to break and hurt people, and the stainless steel tile canopy is noisy when it rains, which will affect people's rest and sleep.

In addition, the existing tarpaulin (or tarpaulin) is usually located on the same level. When it rains, a large amount of rainwater will accumulate on the upper surface of the tarpaulin (or tarpaulin), which is not easy to flow down, which seriously affects the service life of the tarpaulin.

Therefore, it can no longer meet people's needs

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