| WO/2023/067917 | PACKING CELL FOR CONVEYOR BELTS |
| WO/1986/000263 | TAKEUP SPINDLE |
| JP2016178879 | REVOLVING DRUM |
| Claims 1- A circular plate as shown in figure (5) 2- The first reel is a cable-winding reel, as shown in figure (1) 3- A counter balance is attached, as shown in figure (2). 4- The first end of the wire is fixed to the cable-winding reel, as shown in figure (1 ). The wire passes through a single reel, as shown in figure (3), then its second end is attached to a counterbalance, as shown in figure (2). |
Technical Field:
The present invention is related to a crane that transforms kinetic energy or load into static and latent energies. Being guided by a very little amount of energy, the produced latent energy is used for lifting the load. The present invention can be used for manufacturing super-power engines using very little amount of energy.
Background of the Invention:
Conventional cranes, such as telescopic, tower and hydraulic ones, and robotic engines, internal combustion engines and electric motors act by producing a force equal to the laod to be lifted or moved. In such a process, huge amounts of energy, whether electric or else, are used.
Disclosure of the Invention:
The present invention is based on transferring the fulcrum of the load to be lifted or moved from the end of the hoist to the fulcrum of the hoist. Accordingly, the fulcrum of the load becomes the same as that of the hoist, thereby transforming the load into static and latent energies. Such transformation is made by producing a counterbalance equal to the load using the pulley system to divide the load into two halves, as shown in figure (3). The first half is a single wire reel to which a hook is fixed. Balance is created between the two ends of the hoist by connecting a wire to the hoist and the hook, as shown in figure (5). The crane is composed of a circular plate, whereon a horizontally sliding cable-winding reel is fixed on the first end (figure 1 ), and a counterbalance is attached to the second end (figure 2) on supports or ball bearing. The cable-winding reel and the counterbalance lie on opposite sides on the circular plate and are attached to two circular plates from each side. The first end of the wire is fixed to the cable-winding reel and its second end passes through the hook reel and is then fixed to the counterbalance. Brief Description of Drawings:
Figure (1): A horizontally sliding cable- winding reel fixed to the circular plate
Figure (2): A counterbalance
Figure (3): A single wire reel
Figure (4): A horizontal ball bearing
Figure (5): A circular plate for assembly
Figure (6): A ball bearing for the horizontal sliding of the cable-winding reel
Note: The diameter of the cable-winding reel can be changed as necessary, but then the diameter of the counterbalance must also be changed.