Thermal resistance variable building walling

Abstract

The invention relates to a construction wall with variable thermal resistance, wherein it comprises: thermal-insulated plate, inner wall plate, outer wall plate, Z-shaped metal striking flake, thermal-conductive plate, and movable motor; said inner and outer wall plates are connected to two end surfaces of thermal-insulated frame; the fixed metal rod via the central round hole of Z-shaped metal striking flake to sliding connect the striking flake; the upper end of striking flake via the connecting rod is connected to the rotational wheel of movable motor; the fixing metal rod and the lower end of striking flake are fixed with the inner lower frame of thermal-insulated frame; the thermal-conductive plate is welded at two sides of striking flake. The invention can save energy.

Description

technical field [0001] The invention relates to a building component in the field of building technology, in particular to a variable thermal resistance building wall. Background technique [0002] With the development of China's economy, China's energy resources are becoming increasingly tense. The government's "Eleventh Five-Year Plan" has clearly proposed to build a conservation-oriented society in an all-round way, including the instruction of "strengthening building energy conservation". It can be seen that building energy conservation plays an important role in building a conservation-oriented society. At present, the development of high thermal insulation wall materials and the development of new energy-saving wall structures are important ways to save energy in buildings. [0003] According to the literature search of the prior art, it is found that the Chinese patent (application) number is 02276811, and the invention patent named hollow block discloses a hollow bl...

AI Technical Summary

Problems solved by technology

In fact, walls with high thermal insulation performance are not always conducive to building energy conservation. For example, high thermal insulation walls will hinder the dissipation of waste heat in the building's interior during excessive seasons or at night in summer, thereby increasing the burden on the air conditioning system and building energy consumption.

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