JP2010180876A5 - - Google Patents

Claims (5)

The wind power generator 1 that also functions as a tidal current power generator has a longitudinal rotating shaft 2 that is vertically crossed by a horizontal rotating shaft 3 and a wind receiving rotary blade 4 that is adjusted to the left and right by about 90 degrees. A detour prevention plate 5 and a detour prevention plate column 6 are provided so as not to detour the wind pressure up and down, a horizontal rotation blade stopper 7 is fixed to the vertical shaft below and next to the rotation blade, and the rotation of the blade is guided to the outer periphery of the blade 4 It is assumed that the bending 18 is provided and can be adjusted, the bearing 9 is provided at the frictional portion, the acceleration rotating box 11 is repeatedly connected with a plurality of large and small gears and chains, and is rotated at a high speed such as several tens or hundreds of times. The generator 10 is operated one after another by strong winds and storms, a brake is provided in the acceleration rotation box, and a shaft receiver 24 with a brake is provided on the vertical rotation shaft to ensure safety. The wind is automatically rotated in the normal direction by receiving wind pressure in the rotation-induced bending, and the blades in the same direction become vertical by attaching rotating blades at the same angle to the vertical shaft. Ten or hundreds of ultra-long blades that are long in length are instantaneously subjected to wind pressure, and when they reach the leeward side, they rotate backward by about 90 degrees and go upwind at an angle close to horizontal. Before the horizontal blade hits the lower stopper, the vertical blade is subjected to wind pressure upwards or downwards. The blade spring loosens the stopper impact speed before stopping, and the horizontal stopper simultaneously loosens the impact speed with the blade spring. The tidal current power generator is characterized in that the blade angle can be adjusted so that it stops loosely depending on the weight of the part longer than the head of the part, and when it reaches near the windward, it automatically repeats automatic rotation with the wind force subjected to rotation induction bending. Wind power generator that doubles as 1. A wind passage is provided in the horizontal rotating blade and the detour prevention plate by the location where the strong wind blows. The wind turbine generator 1 also serving as a tidal current generator according to claim 1, wherein safety is ensured in accordance with the wind power situation. When used as a tidal power generation device, in addition to claim 1, a tide level variable ring 16 is provided on the pile 8, and is fixed to the upper part of the main body with a floating 15 and a ridge 21, and is connected to each other sideways with a tide level adjusting wave absorbing spring one after another. Depending on the depth of the blades, the blades are piled down in five steps and ten steps, receive a large amount of water pressure by the simultaneous rotation interlocking rod 27, cause a rotational movement, and the generator 10 and the acceleration rotation box 11 are provided above or below to operate. A wind power generator that also serves as a tidal power generator according to claim 1 for generating electric power. In cold areas and snow-affected areas, the detour prevention plate, horizontal rotating blade guide rails and stopper guide rails are heated to prevent the ice from rotating due to snow accumulation or icing. A wind power generator (1) that doubles as a tidal power generator (1). A small, lightweight and mobile assembly type, installed in areas affected by earthquakes, tsunamis, typhoons, etc. by sudden sea transport or air transport, supplying power from wind power, tidal currents, and river flows. A wind power generator 1 that also serves as a tidal current power generator according to claim 1, which is a temporary assembly type for rescue and disaster recovery.