Magnetic generator

Abstract

The invention relates to a novel temporary power generation device after a fuel oil type temporary power generator, which mainly takes magnetic force on one side of the device and buoyancy or gravity on the other side of the device as main energy sources, so that the device cannot find a balance point of the device in the operation process to realize operation, and the device has the advantages of no emission, no noise, low energy consumption and the like in the operation process. The fault rate is low, and the like.

Description

Technical Field:

[0001] The present invention relates to a new type of power generation device, which mainly uses the magnetic force on one side and the buoyancy or gravity on the other side as the main energy sources, so that the device cannot find its own balance point during operation to achieve operation and power generation. Background Art:

[0002] Currently, common temporary generators are usually fuel generators such as gasoline or diesel generators. However, during operation, such generators will inevitably emit disgusting roars, and have many defects such as large environmental pollution and many failures. Summary of the Invention:

[0003] In order to overcome various defects of existing fuel generators, the present invention provides a new energy magnetic generator, which mainly uses the magnetic force on one side and the buoyancy or gravity on the other side as the main energy sources, so that the device cannot find its own balance point during operation to achieve operation and power generation. The device has many advantages such as low failure rate, no emissions, no pollution, and no noise during operation. The device is mainly used for temporary power demands in remote areas and wilderness survival.

[0004] The technical solution adopted by the present invention to solve its technical problems is: It is composed of a rotor composed of a bearing (1), a water tank (2) (referred to as a cylinder when implemented in water), a water-permeable main bracket and a water bladder groove (3), an openable water bladder (4), and a rotor magnet (5), and a stator magnet (6) surrounding one side of the rotor. Among them: The bearing (1) is the center of the entire rotor, and a water tank (2) (referred to as a cylinder when implemented in water) is provided at the outer end. A plurality of water-permeable main brackets and water bladder grooves (3) are provided on the periphery of the water tank. An openable water bladder (4) is provided in each water bladder groove. The water in each water bladder can be connected to the water tank through a water pipe. Rotor magnets (5) are provided on the periphery of each openable water bladder. This is a circular rotor frame. The stator magnet (6) is semi-circular and is tightly provided on one side of the circular rotor frame, opposite to the rotor magnet with the same pole. The lower end can surround all the water bladders at the 6 o'clock state, and the upper end can surround the edge of the water bladders at the 12 o'clock state.

[0005] The beneficial effects of the present invention are that the device has advantages such as no pollution, no emissions, safe and environmentally friendly during operation, no noise, and low failure rate. Description of the Drawings:

[0006] Figure 1 : Front overall anatomical view of the whole machine

[0007] Figure 2 : Anatomical view of the water tank and water bladders

[0008] Icon description: 1. Bearing; 2. Water cylinder; 3. Water-permeable main bracket and water sac groove; 4. Openable water sac; 5. Rotor magnet; 6. Stator magnet; 7. Water sac groove bayonet. Specific implementation method:

[0009] This machine can be implemented in water or on land. The difference is that in water, it uses the buoyancy of air in water to achieve operation, and on land, it uses the gravity of water in air to achieve operation. This description takes the implementation on land as a reference.

[0010] Instruction manual:

[0011] In Figure 1 it can be seen that the bearing (1) is the center of the entire rotor, and a water cylinder (2) (called an air cylinder when implemented in water) is provided at the outer end. A plurality of water-permeable main brackets and water sac grooves (3) are provided around the water cylinder. An openable water sac (4) is provided in each water sac groove. The water in each water sac can be connected to the water cylinder through a water-permeable pipe. Rotor magnets (5) are provided around each openable water sac. This is a circular rotor frame. The stator magnet (6) is semi-circular and is tightly provided on one side of the circular rotor frame, opposite to the rotor magnet with the same pole. The lower end can surround all of the water sac at the 6 o'clock position, and the upper end can surround the edge of the water sac at the 12 o'clock position.

[0012] Working principle of this machine:

[0013] Figure 2 It can be seen that in order to prevent the water sac from protruding outside the water tank, each water tank is provided with a bayonet.

[0014] Figure 1 As can be seen from the implementation method, the water sacs within the stator magnetic field are all in a closed state under the action of the magnetic force of like poles repelling each other. The water sacs outside the stator magnetic field are all filled with water. At this time, the weights on both sides are not the same, that is to say, the energy is unbalanced. At this time, the rotor deflects. Whenever the water sac deflects to the position at the 6 o'clock direction, it also enters the stator magnetic field. The two magnets are opposite to each other with the same pole. At this time, the water in the water sac is converted from bottom to top. This cycle continues until the magnetic force of the rotor magnet and the stator magnet is exhausted.

[0015] The characteristics of this machine are

[0016] 1. The longer the distance between the water sac (called an air sac when implemented in water) and the bearing, the greater the output power.

[0017] 2. The more the number of brackets and water sacs (called air sacs when implemented in water) on the rotor, the greater the output power.

[0018] 3. The longer the radial length of the water sac (called an air sac when implemented in water), the more water it can hold, the greater the weight, and the greater the output power.

Claims

1. A new energy magnetic generator, characterized in that: The bearing (1) is the center of the entire rotor. A water cylinder (2) (referred to as a cylinder when implemented in water) is provided at the outer end. A plurality of water-permeable main brackets and water sac grooves (3) are provided on the periphery of the water cylinder. An openable and closable water sac (4) is provided in each water sac groove. The water in each water sac can be communicated with the water cylinder through a water pipe. Rotor magnets (5) are provided on the periphery of each openable and closable water sac. This is a circular rotor frame. The stator magnet (6) is semi-circular and is tightly provided on one side of the circular rotor frame, opposite to the rotor magnet with the same pole. The lower end can surround all of the water sacs at the 6 o'clock state, and the upper end can surround the edge of the water sacs at the 12 o'clock state.

2. The new energy generator according to claim 1, characterized in that: the longer the distance between the water sac (referred to as an air sac when implemented in water) and the bearing, the greater the output power.

3. The new energy generator according to claim 1 is characterized in that: The more the number of brackets and water sacs (referred to as air sacs when implemented in water) on the rotor, the greater the output power.

4. The new energy generator according to claim 1, characterized in that: the longer the radial length of the water sac (referred to as an air sac when implemented in water), the more water it can hold, the greater the weight, and the greater the output power.

Images