A high-efficiency heat-conducting bay window that realizes the function of hot spring slate

Abstract

The invention relates to a high-efficiency heat-conducting bay window that realizes the function of a hot spring slate, including a bay window body, a heat insulation mechanism and a heat exchange mechanism. The heat insulation mechanism includes a bottom heat insulation plate laid on the bottom plate of the bay window. The outer edge of the heat insulation board is vertically provided with a side wall heat insulation board; the bay window body contains a concrete filling layer, and the bay window panel surface layer is laid above the concrete filling layer; the heat exchange mechanism is arranged on the concrete filling layer. Inside the layer, the heat exchange mechanism includes a hot water inlet pipe, and the outlet end of the hot water inlet pipe is connected to two heat-conducting pipes whose diameter is smaller than that of the hot water inlet pipe; the hot water inlet pipe, the variable diameter pipe Both the tee pipe and the heat conduction pipe are coated with a cylindrical metal mesh layer, and a sheet-shaped reinforced metal mesh layer is laid between the hot water inlet pipe and the heat conduction pipe. The invention can effectively increase the heat exchange area of ​​the heat medium pipeline, effectively improve the heat energy transfer efficiency, and effectively enhance the energy storage effect of heat energy.

Description

technical field [0001] The invention relates to a high-efficiency heat-conducting bay window, in particular to a high-efficiency heat-conducting bay window realizing the function of a hot spring slab. Background technique [0002] The bay window can not only increase the lighting and ventilation functions of the apartment, but also add architectural charm to the facade of the commercial housing. Therefore, the bay window has become the standard configuration of the mainstream commercial housing. As the additional functions of bay windows gradually tend to be leisure and entertainment areas, people spend more and more time on leisure and entertainment on bay windows. In order to improve the thermal comfort of the bay window area, a heating mechanism can be added to the bay window to cope with the wet and cold weather in winter or transitional seasons, thereby increasing the leisure function of the bay window. [0003] Traditional bay window heating is mostly directly heated ...

AI Technical Summary

Problems solved by technology

Because metal pipes are easily affected by the waterproof construction quality of the project, and have poor corrosion resistance and durability, most of the existing heat medium pipes are made of plastic pipes

[0004] When plastic pipes are used as heat medium pipes in bay window heating, there are several insurmountable defects: 1) The space of bay windows is fixed, resulting in extremely limited space for heat medium pipes, resulting in a large heat transfer surface. However, in the case of heating with domestic hot water, most bay windows can only meet ordinary comfort requirements, and their surface temperature cannot exceed 30°C at all, so none of the existing heated bay windows have the function of hot spring slabs; 2) The thermal conductivity of plastic heating medium pipes is poor, which leads to the problem of less heat transfer per unit area in the actual heating process, resulting in slow heating speed of the bay window, which further limits the heating upper limit of the bay window surface temperature, and leads to the existence of bay window heating. The problem of relatively low utilization rate of heat energy; 3) Insufficient pressure resistance, which leads to problems such as cracking and collapse of heat medium pipelines due to excessive pressure during actual use

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