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热管循环动力机制造技术

技术编号:6087600 阅读:300 留言:0更新日期:2012-04-11 18:40
本实用新型专利技术公开了一种由热管和涡轮发电系统构成的热管循环动力机。热管的本体由管壁、吸液芯和工质构成;热管的腔体由蒸发腔、冷凝腔、渐缩型管腔、真空绝热腔和喷口构成。在热管的管壁的内表面设置有吸液芯,热管下部的内腔为蒸发腔,蒸发腔内填充有工质,由蒸发腔到喷口的内腔为横截面积逐渐减小的渐缩型管腔,渐缩型管腔的上部设置有喷口,渐缩型管腔和喷口的外部设置有真空绝热腔,喷口上部的内腔和真空绝热腔外部的内腔为冷凝腔;涡轮发电系统由多级叶片、支撑机构、轴承、转轴、磁流体密封装置和动力输出系统构成。它可以在新能源发电、节能减排以及机械传动等方面做出实际的贡献,并推动循环经济的可持续发展和低碳经济、绿色经济的长足发展。(*该技术在2021年保护过期,可自由使用*)

Heat pipe cycle power machine

The utility model discloses a heat pipe circulating power machine which is composed of a heat pipe and a turbine power generation system. The main body of the heat pipe is composed of a pipe wall, a liquid absorption core and a working substance. The cavity of the heat pipe is composed of an evaporating cavity, a condensing cavity, a shrinking lumen, a vacuum heat insulating cavity and a nozzle. On the inner surface of the tube wall of the heat pipe is provided with a wick chamber, the lower part of the heat pipe for the evaporation cavity has filled refrigerant evaporation chamber, an inner cavity of the evaporation chamber to the nozzle cross-sectional area decreases gradually tapered lumen, upper tapered lumen is provided with vents, external tapered tube the nozzle is arranged and vacuum insulation cavity, the upper part of the inner cavity of the nozzle cavity and the external cavity vacuum insulation for the condensing chamber; turbine generator system is composed of multi-stage blade, supporting mechanism, bearing, shaft, magnetic fluid sealing device and power output system. It can make practical contribution in new energy power generation, energy saving, emission reduction and mechanical transmission, and promote the sustainable development of the circular economy and the rapid development of low-carbon economy and green economy.

【技术实现步骤摘要】

【技术保护点】
1.热管循环动力机,由热管和涡轮发电系统构成,热管的本体由管壁(16)、吸液芯(4)和工质(3)构成,热管的腔体由蒸发腔(1)、冷凝腔(12)、渐缩型管腔(15)、真空绝热腔(5)和喷口(13)构成,在热管的管壁(16)的内表面设置有吸液芯(4),热管下部的内腔为蒸发腔(1),蒸发腔(1)内填充有工质(3),由蒸发腔(1)到喷口(13)的内腔为横截面积逐渐减小的渐缩型管腔(15),渐缩型管腔(15)的上部设置有一个呈喇叭形的喷口(13),渐缩型管腔(15)与喷口(13)平滑过渡连接,喷口(13)水平截面的最小直径大于或者等于渐缩型管腔(15)水平截面的最小直径,渐缩型管腔(15)和喷口(13)...

【技术特征摘要】

【专利技术属性】
技术研发人员:舒明舒海胡芳
申请(专利权)人:舒明
类型:实用新型
国别省市:42

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