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Heat and wind screen for the building industry

A technology for protective panels and buildings, applied in the field of buildings and civil engineering, can solve problems such as roof damage, and achieve the effect of saving energy

Inactive Publication Date: 2012-07-18
雅克·皮热尔
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Roofs exposed to storms are subjected to heavy external forces, which can lead to damage to the roof

Method used

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  • Heat and wind screen for the building industry
  • Heat and wind screen for the building industry
  • Heat and wind screen for the building industry

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Experimental program
Comparison scheme
Effect test

Embodiment Construction

[0026] Explanation summary:

[0027] 1 Introduction

[0028] 2. Performance

[0029] 2-1 Physical properties used

[0030] 2-2 Some information about the measurement records of the model and experimental houses

[0031] 3. Example of spacer and fender assembly

[0032] 3-1 Spacer

[0033] 3-2 Assembly of the protective plate

[0034] 4. Air effect on the protective plate

[0035] 4-1 windward side

[0036] 4-2 Leeward side

[0037] 5 Conclusion

[0038] 1 Introduction

[0039] The fenders were formed by painting and installing perforated galvanized sheet steel over the existing roof ( figure 1 , see Abstract). Shortly before laying these sheets were subjected to cold roll forming similar to the full (non-perforated) sheets used for the shade and cladding panels.

[0040] The purpose of the forming is to make the sheet metal rigid enough to withstand different forces such as its own weight, the weight of the roofer, the wind and finally, the weight of...

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Abstract

The 'heat- and wind-screen for the building industry' is an original and economical concept that increases comfort inside buildings subject to strong solar radiation. It comprises cladding the roof and / or the walls with perforated metal sheets and using spacers having an original design and disposition. The investment is low due to the proposed mounting mode and the low cost of the materials used. Savings can then be achieved by reducing the energy consumption for the air-conditioning of the building. The structure of the 'heat- and wind screen for the building industry' induces important load losses for the winds on their path about the building and the building it covers exhibits a better resistance to strong winds. The 'description' section successively contains the description of the device, the physical properties used, the performance measured on a model and an experimental house, a mounting technique, and a proposal for modelling the action of winds in order to justify the careto be taken when finishing the mounting of ridge tiles.

Description

technical field [0001] Energy conservation and control; and protection of building roofs from storm damage. The fields of application of the invention are buildings and civil engineering. Background technique [0002] The roof is exposed to strong sunlight for a long time, which is not only endangered by the energy stored in the form of heat, but also suffers from a large amount of radiation towards the interior of the building. Roofs exposed to storms are subjected to heavy external forces, which can lead to roof damage. Contents of the invention [0003] Proposal: [0004] Use perforated sheet steel to shade the roof and walls. Different types of perforated steel sheets have small holes with different diameters, which can be selected according to the desired results (see Chapter 2-1 "Use of Physical Properties"). [0005] The invention provides a heat and windproof shield for a building, the shield has a plurality of perforations and is suitable for covering on the ...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): E04D13/00E04D13/17E04H9/14E04F10/08E04F13/12E06B9/24
CPCE04F10/005E04F13/12E04D13/17E04F10/08E04D13/00E04B7/18E04D3/40E04D5/04
Inventor 雅克·皮热尔
Owner 雅克·皮热尔