Magnetic turbine

Abstract

The invention discloses a magnetic turbine and belongs to the technical field of power devices. The magnetic force is transmitted to the hand wheel by means of the rotating shaft and the connecting rod through the interaction of the specifically arranged magnetic field and the magnet, so that rotating power output is realized. Compared with traditional internal combustion engines and motors, the engine does not depend on fossil fuel and is environmentally friendly, simple in structure, low in maintenance cost and high in energy utilization efficiency. Main components of the magnetic turbine comprise a magnetic field, a magnet, a rotating shaft, a connecting rod, a hand wheel and the like, the rotating speed and output power of the hand wheel can be regulated and controlled by adjusting related factors such as the magnetic field and the magnet, and a new scheme is provided for power output.

Description

Technical Field

[0001] The present invention relates to a magnetic turbine, specifically to a mechanical device that realizes motion and energy conversion based on magnetic force, and can be applied to related fields such as power output. Background Art

[0002] Currently, traditional power devices such as internal combustion engines and electric motors have certain limitations in energy utilization and structural design. Internal combustion engines need to consume fossil fuels, causing environmental pollution and having room for improvement in energy efficiency; electric motors rely on external power sources and are restricted in use in some specific scenarios. Therefore, developing a new type of efficient and environmentally friendly power device has important practical significance. Summary of the Invention

[0003] Object of the Invention: The object of the present invention is to provide a magnetic turbine that generates power through the interaction of magnetic forces, realizes efficient and environmentally friendly energy conversion, and provides a new solution for power output. Technical Solution: The magnetic turbine mainly consists of a magnetic field, magnets, a rotating shaft, a connecting rod, a handwheel, etc. The magnetic field is generated by a specific arrangement of magnets, providing a magnetic force environment for the entire device. The magnets are subjected to magnetic forces in the magnetic field, and the force is transmitted to the handwheel through the rotating shaft and the connecting rod, driving the handwheel to rotate, thereby realizing power output. Among them, the handwheel is a key component for power output, and its design and structure ensure that magnetic force can be effectively converted into rotational power. Advantageous Effects: Compared with existing power devices, the present magnetic turbine has the following advantages: it does not rely on fossil fuels, reduces environmental pollution; has a relatively simple structure and low maintenance cost; under certain conditions, it can achieve relatively stable power output and has a high energy utilization efficiency. Brief Description of the Drawings Figure 1 shows a schematic layout diagram of the magnetic field and magnets of the magnetic turbine, clarifying the distribution of the magnetic field and the positional relationship of the magnets. Figure 2 is a schematic structural diagram of the handwheel of the magnetic turbine, with detailed markings of each part of the handwheel and its connection method with other components. Figure 3 is a schematic diagram of a partial structure of the magnetic turbine, highlighting the structure and connection relationship of key components such as the rotating shaft and the connecting rod. Figure 4 is an overall view of the magnetic turbine, showing the overall appearance of the device and the relative positions of each component.

Claims

1. Assemble the various components of the magnetic turbine according to the design requirements. First, arrange the magnetic field to ensure that the magnetic field strength and distribution meet the design standards. Then, install the magnet so that it can be normally stressed in the magnetic field. Next, connect the shaft and the connecting rod, and reliably connect it to the handwheel. Finally, perform overall debugging and check the operation of each component to ensure that the magnetic turbine can operate stably and efficiently. During operation, the speed and output power of the handwheel can be adjusted according to actual needs.

2. A magnetic turbine, characterized in that: It includes a magnetic field, a magnet, a rotating shaft and a connecting rod, and a handwheel. The magnetic field is generated by a specific magnet arrangement to provide a magnetic environment for the device. The magnet is acted upon by the magnetic force in the magnetic field, and the force is transmitted to the handwheel through the rotating shaft and the connecting rod to drive the handwheel to rotate.

3. The magnetic turbine according to claim 1, characterized in that: The intensity and distribution of the magnetic field are adjusted by the type, quantity and arrangement of the magnets.

4. The magnetic turbine according to claim 1, characterized in that The magnet is a permanent magnet or an electromagnet.

5. The magnetic turbine according to claim 1, characterized in that: The structural design of the hand wheel ensures that the magnetic force can be effectively converted into rotational power, and the outer surface of the hand wheel is provided with specific friction patterns or structures to enhance the connection stability with the power receiving component.

6. The magnetic turbine according to claim 1, characterized in that The rotating shaft and the connecting rod are made of high-strength metal or a composite material with high strength and low friction coefficient, and their connection method ensures effective transmission of force.

7. The magnetic turbine according to any one of claims 1 to 5, characterized in that: It also includes an adjusting device for adjusting the hand wheel rotation speed and output power, and the adjusting device realizes the adjusting function by changing the magnetic field strength, the magnet position or the rotational inertia of the hand wheel.

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