Novel heat-insulating energy-saving aluminum alloy fire-resistant window

Abstract

The invention discloses a novel heat-insulating energy-saving aluminum alloy fire-resistant window. The novel heat-insulating energy-saving aluminum alloy fire-resistant window comprises a broken-bridge-type window frame. An inner and outer leaf partition frame is integrally formed in the middle portion of the broken-bridge-type window frame, and the inner side of the broken-bridge-type window frame is fixedly connected through a heat-insulating strip. An outer leaf and an inner leaf are correspondingly installed on the inner and outer side of that broken-bridge-type window frame, and the outer leaf comprises a broken-bridge-type leaf frame installed with the broken-bridge-type window frame. A sponge silicon fireproof energy-saving glass and an inner LOW-E glass are installed on the outerportion of the broken-bridge-type leaf frame, and a hollow layer is arranged between the sponge silicon fire-proof energy-saving glass and the inner LOW-E glass. The inner leaf comprises an aluminum alloy inner frame, wherein the aluminum alloy inner frame is provided with a tempered glass. Heat absorption supporting materials are filled in the inner sides of the broken-bridge-type window frame and the broken-bridge-type leaf frame. According to the novel heat-insulating energy-saving aluminum alloy fire-resistant window, the broken-bridge-type window frame and the outer leaf form an independent fire-proof and fire-resistant system with high safety performance.

Description

technical field [0001] The invention relates to a fire-resistant window, in particular to a novel heat-insulating and energy-saving aluminum alloy fire-resistant window, which belongs to the technical field of fire-resistant windows. Background technique [0002] With the improvement of living standards, people's requirements for room lighting are getting higher and higher. In addition, people are gradually paying more and more attention to the safety performance of houses, and the application of fire-proof windows is born; traditional fire-proof windows use window frames and fire-proof windows. Composed of glass; the window frame is made of stainless steel profiles, and a steel lining is added to the profile to improve its fireproof effect; although pure steel window frames can achieve fireproof effects, due to the good thermal conductivity of metal materials, traditional fireproof The heat insulation performance of the window is poor, which cannot meet the needs of modern ...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of living standards, people's requirements for room lighting are getting higher and higher. In addition, people are gradually paying more and more attention to the safety performance of houses, and the application of fire-proof windows is born; traditional fire-proof windows use window frames and fire-proof windows. Composed of glass; the window frame is made of stainless steel profiles, and a steel lining is added to the profile to improve its fireproof effect; although pure steel window frames can achieve fireproof effects, due to the good thermal conductivity of metal materials, traditional fireproof The heat insulation performance of the window is poor, which cannot meet the needs of modern buildings for energy saving and emission reduction; for this reason, Chinese patent application number: 201520748470.6 discloses a new type of heat-insulating and fire-resistant window, including: window frame, including: fire-resistant core and setting The decorative layer on one side or both sides of the fire-resistant core, the fire-resistant core is made of phenolic resin-based composite material, and the fire-proof convex strip extending towards the direction of the fire-resistant glass is provided on the supporting surface of the fire-resistant core supporting glass The fire-resistant glass is set on the support surface of the fire-resistant core; the new heat-insulating fire-resistant window has a simple structure, high safety performance, good fire-proof effect, and good stability between the window frame and the fire-resistant glass; at the same time, the new heat-insulating fire-resistant window Fire-resistant windows have good sound insulation, heat insulation, and thermal insulation properties, which meet the needs of modern buildings for energy conservation and emission reduction, and are suitable for wide-scale promotion and application; but their heat insulation effects are average, and heat is easily introduced through the window frame; another example is the Chinese patent application number : 201510618198.4, discloses thermal insulation and fire-resistant windows. The thermal insulation and fire-resistant windows include: window frames, including: window frame fire-resistant cores and window frame decorative layers arranged on one or both sides of the window frame fire-resistant cores. The window frame fire-resistant cores are composited by phenolic resin At least one fire-resistant cavity is set on the fire-resistant core of the window frame; the window sash includes: the fire-resistant core of the window sash and the decorative layer of the window sash arranged on one side or both sides of the fire-resistant core of the window sash, and the fire-resistant core of the window sash is made of phenolic resin-based composite material At least one fireproof cavity is set on the fireproof core of the window sash; the fireproof glass is set on the support surface of the fireproof core of the window sash to support the fireproof glass; a tortuous passage is formed between the fireproof core of the window frame and the fireproof core of the window sash; the heat preservation and fireproof The window has simple structure, high safety performance, and good fire-resistant effect, which effectively prevents flames from escaping and prevents the spread of fire, and meets the requirements of relevant specifications for fire-resistant windows; at the same time, it has good sound insulation, heat insulation, and heat preservation performance, which meets the requirements of building energy conservation in various places. The required energy-saving requirements for doors and windows; but it cannot achieve sufficient isolation between the inside and the outside. In addition, when the sash is opened and forgotten to close, it loses its fire protection effect

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