Wind driven generator for ship
A technology for wind power generation devices and ships, which is applied in the direction of wind power generator components, wind power generation, wind power engines, etc. It can solve problems such as no solution, difficult installation and maintenance, and large resistance, so as to enhance reliability and vitality, and occupy Small space, easy to achieve effect
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Embodiment approach 1
[0020] Implementation Mode 1: see figure 1 , this design is mainly aimed at wind turbines with high power and heavy weight. The two lifting rods 6 and the permanent magnet generator 7 can be fixed on the deck of the ship. The lifting height of the lifting rod 6 is 8-10 meters. Lifting rod or electric lifting rod, the lifting rod 6 is welded with the steel pallet 5, and the supporting pallet 5 is lifted up and down. The Darrieux wind turbine 2 and the steel cylindrical hexahedral hollow sleeve 3 are welded together, and then sleeved on the steel hexahedron hollow sleeve. On the major axis 1, the length of the hexahedral hollow major axis 1 is 8-10 meters. When the Darrieus wind turbine 2 rotates, it can drive the steel hexahedron hollow major axis 1 to rotate. The bottom end of the Darrieus wind turbine 2 is connected to the The inner ring of the steel bearing 4 is welded together, and the outer ring of the bearing 4 and the tray 5 are welded together. In this way, according ...
Embodiment approach 2
[0021] Implementation mode two: see figure 2 , this design scheme is mainly aimed at heavy generators. The two lifting rods 6 and the permanent magnet generator 7 can be fixed on the deck of the ship. The lifting height of the lifting rod 6 is 8-10 meters. Lifting rod or electric lifting rod, the lifting rod 6 is welded with the steel tray 5, the support tray 5 is lifted, the rotating shaft of the permanent magnet generator 7 is connected with the long axis 1 of the steel hollow cylinder, and the length of the long axis 1 of the hollow cylinder is 8-10 m, on the long axis 1 of the hollow cylinder, the steel card body 8 is welded according to the length of the sleeve 3, the two ends of the steel sleeve 3 are engraved with the card slot corresponding to the card body 8, and the card body 8 and the card slot are guaranteed Ensure that the Darrieus wind turbine 2 can rotate normally to drive the permanent magnet generator 7 to generate electricity, and the middle part of the sle...
Embodiment approach 3
[0022] Implementation mode three: see image 3 , this design scheme is basically the same as scheme two, mainly aimed at heavy generators, two elevating poles 6 and permanent magnet generator 7 can be fixed on the ship deck, and the lifting height of elevating pole 6 is 8-10 meters, Each section of the lifting rod 6 adopts synchronous rising, and the rising speed is fast. According to the requirements, a manual lifting rod or an electric lifting rod can be selected. The lifting rod 6 is welded to the steel tray 5, and the lifting rod 6 supports the lifting of the pallet 5. The rotating shaft is connected with the steel hollow cylinder long axis 1 with two symmetrical long grooves engraved on the outside. The cross-sectional view of the hollow cylinder long axis 1 viewed from top to bottom is as follows: Figure 5 As shown, the length of the long axis 1 of the hollow cylinder is 8-10 meters, the steel hollow sleeve 3 is connected with the Darrieus type wind turbine 2, and two s...
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