Multi-heat-source working medium consumption type loop heat pipe

The invention provides a multi-heat-source working medium consumption type loop heat pipe. The multi-heat-source working medium consumption type loop heat pipe comprises an evaporator, a liquid storage device, a tee joint, an electromagnetic regulating valve, a pipeline, a steam exhaust pipe and a signal pipe. The number of the evaporators and the liquid storage devices is equal to that of external heat sources, and the evaporators and the heat sources are installed in an attached mode. A filling opening is formed in the top of one of the liquid storage devices. The evaporators are connected in parallel, and the pressure of the whole loop heat pipe is regulated and controlled by adjusting opening and closing of the electromagnetic valves. The working medium consumption type loop has the beneficial effects that compared with heat dissipation of a condenser of a traditional loop heat pipe, the working medium consumption type loop dissipates heat in a vapor state working medium discharging mode, and more weight