Ring shaped inner sliding track and sliding block wind-driven engine with steadying line

Abstract

The invention discloses a circular ring inner sliding track sliding lump wind operated machine with a steady rope which can change the wind energy into mechanical energy. A circular ring inner sliding track sliding lump wind operated machine 90 with the steady rope makes use of the supporting force of a circular ring inner slide track 10 with a steady rope 104 to provide supporting and sliding track for a ring sliding lump 20 which is inlayed between the circular ring inner slide tracks 10 with the steady rope 104 in ring shape and located by more than three sliding lumps 201 and a positioning bar 70. The ring sliding lump 20 provides pull for one end of more than three sheets wind leaves 30 which are connected with the ring sliding lump 20 in ring shape and can slide along the circumference of the circular ring inner slide track 10 with the steady rope 104 under the pushing of the wind leaves 30. The other end of the wind leaves 30 is connected with other wind leave 30 on a center of circle and mutually get opposite pull from other wind leaves 30. The wind leaves 30 can unleash the normal function of changing wind energy into mechanical energy without supporting. A sliding wheel 80 on the sliding clips 201 can reduce operating friction. The wind leaves have the advantages of light weight, small physics inertia and strong suitability.

Description

technical field [0001] The invention relates to an annular inner slide rail sliding block wind machine with a stabilizing cable which converts wind energy into mechanical energy. More specifically, it relates to a support force of a circular inner slide rail with a stabilizing cable composed of two parallel rings, so that the embedded load is positioned between the circular inner slide rails with a stabilizing cable More than three sliders forming a ring-shaped slider provide pulling force for one end of more than three fan blades connected to the ring-shaped slider, and at the same time, under the push of the fan blades, they can move along the circular ring with a stabilizing cable. The inner slide rail slides in a circular motion. The other end of the fan blade is connected with other fan blades at the center of the circle, and the pulling force from the other fan blades is obtained from each other. Pull force just can play the normal function of converting wind energy in...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is: to overcome the problems of heavy weight, high price and difficult manufacture of the three-blade fan motor in the prior art

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