The utility model discloses a heat energy power device composed of a heat pipe and a turbine power generation system. The heat pipe is evaporator section, adiabatic section and condenser section of the heat pipe is composed of vacuum sealing device, the lower part of the heat pipe is the evaporator, the upper heat pipe for condensing section, central heat pipe for adiabatic section, the lower part of the heat pipe cavity for the evaporation chamber, the upper part of the inner heat pipe for condensing cavity, cavity in the heat pipe section includes tapered lumen, the sudden lumen and nozzle type. The inner surface of the tube wall in the heat pipe is arranged outside the wick in the evaporation cavity of the outer tube wall and the wick is arranged on the heat absorbing fins in the condensation cavity of the outer tube wall and the wick is arranged on the heat pipe heat sink, turbine generator system is composed of multi-stage blade, supporting mechanism, bearing shaft magnetic fluid sealing device and power output system. It is a kind of heat energy power device with high heat transfer rate and high conversion rate. It can make practical contribution in the development and utilization of new energy sources, energy saving, emission reduction and mechanical transmission.
【技术实现步骤摘要】
【技术保护点】
１．热能动力装置，由热管和涡轮发电系统构成，所述的热管是由热管的蒸发段、绝热段和冷凝段组成的真空密闭装置，热管的下部为蒸发段，热管的上部为冷凝段，热管的中部为绝热段，热管下部的蒸发段的内腔为蒸发腔（１），蒸发腔（１）内填充有工质（４），热管上部的冷凝段的内腔为冷凝腔（１３），热管中部的绝热段的内腔包括渐缩型管腔（１８）、突放型管腔（１５）和喷口（７），由蒸发腔（１）到喷口（７）的热管的内腔为横截面积逐渐减小的渐缩型管腔（１８）；由喷口（７）到冷凝腔（１３）的热管的内腔为横截面积逐渐增大的突放型管腔（１５）；渐缩型管腔（１８）与突放型管腔（１５）的平滑连接段为热管的喷口（７）...
【技术特征摘要】
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