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Safe energy-saving dust-proof mosquito-proof glass jalousies and manufacture method thereof

A manufacturing method and shutter technology, which are applied in the direction of defense against harmful radiation, insect control, and theft prevention, to achieve the effects of delaying fading, increasing appearance aesthetics, and improving safety factor

Inactive Publication Date: 2015-04-15
XIANGSHI ENERGY SAVING GLASS KUNSHAN CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Ordinary glass windows and wooden shutters obviously cannot meet these requirements

Method used

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  • Safe energy-saving dust-proof mosquito-proof glass jalousies and manufacture method thereof
  • Safe energy-saving dust-proof mosquito-proof glass jalousies and manufacture method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0038] Example 1: Use a piece of ordinary flat glass of 800×160mm×3mm, another piece of heat-insulating glass or flat glass with the same area of ​​3mm, there is a heat-insulating film between the two pieces of glass, and a 0.55mm PVB film is used for the heat-insulating film to be inward. The safety enhanced glass process is prepared into a glass sandwich film; then it is made into a hollow glass strip with a piece of ordinary flat glass with the same area of ​​800×160mm×4mm; it is made of a rectangular alloy frame with a connecting structure at the top of the rod and a parallelogram in cross-sectional area. Hollow glass louvers; alloy window frame 800×1700mm, the net dimensions of the two mullions relative to each other are 90mm, 170mm, ..., 90mm, and the installation holes for fixing the hollow glass louvers are made on the vertical center line. The sheets are connected with a 5-mesh air filter to prepare a hollow glass louver mosquito-proof window.

Embodiment 2

[0039]Example 2: Use a piece of 1000×180×3mm ordinary flat glass and another piece of 3mm low-heat radiation flat glass with the same area. The beige PVB film is prepared into a glass sandwich film by the safety-enhanced glass process; then it is made into a hollow glass strip with a piece of ordinary flat glass with a screen printing pattern of 1000×170×4mm; a rectangle with a connecting structure at the top of the rod, and the cross-sectional area is parallel Quadrilateral, quadrilateral alloy frame with 45-degree sharp corners is made of hollow glass louver, alloy window frame 1000×1810mm, and the inner dimensions of the two vertical frames are 100mm, 190mm, ..., 100mm, fixed on the vertical center line Mounting holes for insulating glass louvers. The sheets are connected with a 15-mesh air filter to prepare a hollow glass louver mosquito-proof window.

Embodiment 3

[0040] Embodiment 3: the flat glass with low heat radiation 1200 × 200 × 3mm flat glass and the same area of ​​4mm inorganic material coating screen printing pattern, there is a film layer between the two flat glasses, and the film layer is used in phase The 0.75mm PVB film is made into a laminated glass plate by the safety enhanced glass process; it is made into a hollow glass strip with a 5mm flat glass of the same area; a rectangle with a connecting structure at the top of the rod, a parallelogram in cross-sectional area, and a quadrilateral sharp corner The hollow glass louver is made of a 45-degree alloy frame, the machine material coating screen printing pattern is facing outward, the alloy window frame is 1200×2100mm, and the net dimensions of the two mullions are 110mm, 210mm, ..., 110mm in the vertical center line, and punch the mounting holes for fixing the hollow glass louvers. The sheets are connected with a 30-mesh air filter to prepare a hollow glass louver anti-...

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Abstract

The invention relates to safe energy-saving dust-proof mosquito-proof glass jalousies and a manufacture method thereof. The glass jalousies comprise a window frame, laminated safety glass battens and ordinary glass battens, the laminated safety glass battens and the ordinary glass battens are installed on the frame to form hollow glass louvre blades, a plurality of support holes are formed in the upright columns of two sides of the window frame, rotary-moving mechanisms which are used for opening the hollow glass louvre blades are installed on upright column frames, and the hollow glass louvre blades are penetrated through the support holes through support rods, fixed among the upright column frames, and mixed with transverse frames to form the glass jalousies. Dust-proof mosquito-proof filter screens are also installed among the hollow glass louvre blades. The safe energy-saving dust-proof mosquito-proof glass jalousies not only have a good daylighting function, but also can cut off ultraviolet and reduce thermal radiation. Not only are a safe thief-proof performance, a dust-proof performance and a mosquito-proof performance improved, but also various functions and decorative aesthetic performance are provided.

Description

technical field [0001] The invention relates to a method for preparing a glass shutter, in particular to a safe, energy-saving, dust-proof and mosquito-proof glass shutter and a manufacturing method thereof. Background technique [0002] At present, with the continuous development of building energy-saving safety and decoration and decorative aesthetics, higher and higher requirements are put forward for the environmental protection, safety, energy-saving, aesthetics and functionality of building windows. It is required not only to have good lighting function, but also to block ultraviolet rays and reduce heat radiation; it must not only improve safety, anti-theft, dust-proof, and mosquito-proof properties, but also provide multiple functions and decorative aesthetics. Ordinary glass windows and wooden shutters obviously cannot meet these requirements. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a safe, ener...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): E06B5/18E06B5/11E06B5/10E06B9/52
Inventor 韩伟军
Owner XIANGSHI ENERGY SAVING GLASS KUNSHAN CO LTD
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