Cable controller, kite, kite drive operating mechanism, kite power generator and automobile and boat wind-driving method

Abstract

A cable controller, a kite, a kite drive operating mechanism, a kite power generator and an automobile and boat wind-driving method all relate to a counter-pulling cable controller and a completely-deformable double-cable kite which form a reciprocating discharging and collecting kite. The kite spreads to collect energy at a starting point and can flow to a finish point linearly, folds to discharge energy and backflows to the starting point linearly, and then re-spreads to collect energy to flow and draws a working machine round and round to run. The reciprocating discharging and collecting kite and the engine are combined to form a wind-kite power generator or a water-kite power generator, the same power generator can be pulled by hundreds of large-sized kites jointly, the maximum single-machine capacity of the two kinds of the power generators can reach or excess that of thermal-power generation and nuclear power. A pond energy storage power generation mechanism is a new combination of wind power generation and water power generation, river blocking and damming of water power generation are omitted, and electric quantity equal to that of larger power generation stations can be generated by low investment and small water reservoirs. The automobile and boat wind-driving method includes: utilizing trade-wind zones, westerlies and easterlies on the earth, and upper reverse wind and lower reverse wind of the stratosphere so that automobiles and boats can run with or against the wind and the crosswind.

Description

technical field [0001] A cable control machine relates to a mechanism for retracting and unwinding a cable, especially a mechanism for repeatedly retracting and unwinding a cable according to the same length. [0002] The double-cable kite relates to a kite or water kite, in particular to a kite or water kite which can make the body of the kite reach a state of fully receiving energy or fully discharging energy by retracting and releasing double cables. [0003] The reciprocating unloading and unloading of the zither relates to a deformable zither mechanism equipped with a mechanism for repeatedly retracting and releasing a cable at the same length, in particular to a zither body capable of intermittent repeated deformation and overall reciprocating movement. [0004] The utility model relates to a kite-driven working mechanism, which relates to a mechanism which uses wind force as a driving force to drive a working machine. [0005] The kite generator relates to a power gene...

AI Technical Summary

Problems solved by technology

[0013] The zither body of the first kind of mechanism is undoubtedly directly doing circular motion or elliptical motion, although the running track of the zither body of the second kind of mechanism is a straight line when fully opening the wind load for the first time, it is unloaded from the first time (i.e. Wind unloading) from the return journey, the body of the kite can no longer keep moving in a straight line, because the structure of the body and the cable makes it impossible for the body of the kite to be deformed to a shape where the surface of the kite is completely parallel to the wind direction, so after deformation, the surface of the kite will inevitably produce an oblique direction to the wind. This force will inevitably push the zither body to drift in a large arc or a larger arc, and the inertia of the arc drift during the return trip will cause the zither body to change the orbit of the wind-loaded movement when it is fully opened in the next round, and no longer follow a straight line. And for arc movement, it may even drift in a large arc

These two kinds of zither bodies that move in a circle, ellipse or arc can only use the force in the tangential direction of the arc track of the zither body to do useful work, and the force in the tangential direction is actually only a component force of the wind force, which is equivalent to a greatly reduced force. "Scratch ball"; circular, elliptical or large-arc movement also brings two problems: one is that it occupies a large space, and the other is that there are many components of force in all directions, which makes the kite body more prone to fatigue and damage.

There are still two problems in these two types of kite generators: one is that they can only do work in one way during the reciprocating motion of the kite body, and not only cannot do work in half of the time, but also consume the previously sent electric energy to collect The second is that the machine base used for the traction cable of the kite body to turn with the wind is too large, which also causes unnecessary loss of part of the energy, and at the same time causes a certain waste of funds

It should be said that the tower type wind power generation mechanism is currently the most controllable wind power generation mechanism, because they are placed on the ground after all, but there are two difficult problems in the current wind turbine power generation mechanism:

[0016] 1. The construction cost of the wind turbine tower is huge, and it is extremely difficult and costly to build a wind turbine tower above 200 meters, and it is basically unattainable if it is above 300 meters;

[0017] 2. Each blade of the wind rotor has little wind collecting ability from most of the wing sections outward from the axis, and the closer to the axis the wing section collects wind energy, the less effective it is until it is zero. The truly efficient wind collecting wing section is more The wing section away from the axis, and the high-efficiency wing section can only be supported on one side and at the far end of the axis, so the larger the diameter of the wind rotor, the thinner the high-efficiency wing section of the blade can only be made

Compared with high-drop hydraulic resources, hydraulic resources with no drop have a larger overall resource volume, wider resource distribution, smaller development investment, shorter construction period, lower maintenance costs, and no risk of embankment failure. It is dangerous, and the flow direction and velocity of the water flow are far more constant than the low-altitude wind. Therefore, hydropower generation is actually a new energy source that should be developed most in areas rich in advection water (especially ocean currents and ocean currents), but so far human beings still lack a feasible technical means

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