Lossless power generation series engine series power generation equipment using magnetic kinetic energy to do work

Abstract

The invention discloses a lossless power generation series engine series power generation device using magnetic kinetic energy to work. The lossless power generation series engine series power generation device is composed of a magnetic kinetic energy conversion device and a power generator. The magnetic kinetic energy conversion device is composed of a first device, a second device, a device wall and a sliding part. According to the magnetic kinetic energy conversion principle, the magnetic energy material cannot detect the attraction and detachment steering effect before magnetizing, and after the magnetic energy material is magnetized and activated according to the set process and the set magnetization direction, the detection result shows that the strong magnetic material has the strong attraction and detachment steering physical effect. The strong magnetic material arranged in the second device attracts the strong magnetic material arranged in the first device, the strong magnetic material arranged in the first device has a dissembling and steering effect on the strong magnetic material arranged in the second device, and the device converts the strong mutual physical effect of attraction and dissembling into kinetic energy to drive the generator to achieve lossless power generation. A series of lossless engines and a series of lossless power generation equipment are formed. During operation, a tachometer is adopted to detect the rotating speed to control operation, so that voltage and current are stable, and safe operation is achieved.

Description

Technical Field

[0001] The invention belongs to the field of a series of engines and power generation equipment that utilize magnetic energy and kinetic energy to generate power without consumption, and also belongs to the field of power without consumption and power without consumption.

[0002] Activating magnetic energy into physical energy, and then converting the physical effect of physical energy into physical kinetic energy to do work, to achieve power generation without consumption, belongs to the field of new physical energy and new physical kinetic energy without consumption power generation.

[0003] Upon inquiry, no identical or similar background technology was found. Summary of the invention

[0004] Invented a series of magnetic energy to kinetic energy conversion devices.

[0005] The invention converts the attraction and separation of magnetic energy into physical action and converts it into physical kinetic energy using a magnetic energy kinetic energy conversion device.

[0006] The invention utilizes physical kinetic energy to drive the unit to achieve power generation without consumption.

[0007] The invention and manufacture of magnetic energy-kinetic energy conversion devices of different specifications and generators with matching powers constitute a series of zero-consumption engines and a series of zero-consumption power generation equipment.

[0008] The invention adopts a weighing method to detect the attraction ratio of magnetic energy materials, and adopts the attraction ratio as an evaluation index to measure the intensity of the physical action of attraction and separation of magnetic energy materials and a detection method thereof. Technical Solution

[0009] A series of engines and power generation equipment that use magnetic energy and kinetic energy to generate power without consumption are composed of magnetic energy and kinetic energy conversion devices of different specifications and generators with matching power. Different specifications of magnetic energy and kinetic energy conversion devices set the specifications and number of magnetic energy components according to the power of the unit. The basis for using magnetic energy and kinetic energy conversion devices is to utilize the physical effect of attraction, separation and steering of magnetic energy materials. It is based on the test results of the physical effect of attraction, separation and steering of magnetic energy materials to select the use of magnetic materials. According to the test results, the attraction ratio of strong magnetic materials can reach 1:63, and 1 gram of strong magnetic material can attract 63 grams of magnetic materials. The test results show that it has a strong physical effect of attraction, separation and steering, which is the basis and basis for utilizing magnetic energy and using magnetic energy and kinetic energy conversion devices.

[0010] The magnetic energy-kinetic energy conversion device is used, and the magnetic energy-kinetic energy conversion device is composed of device one, device two, device wall, and sliding parts. Device one is composed of magnetic material, lever structure, inertial structure wheel, main shaft, bearing, bearing seat, and base seat. Device two is composed of magnetic energy material, stainless steel cylinder, support ring, support connecting pipe, pillar, and pillar connecting pipe. The device wall is composed of circular steel plate, connecting ring, and connecting pipe. The sliding part is composed of 4 rails, 8 connecting pipes, and 8 pulleys, and then connected to device two. The magnetic energy materials of device one and device two are set at the set positions of device one and device two according to the set specifications, set quantity, set angle, and set position. Device one and device two are connected and fixed at a set distance, set position, and connection method. Device two is slowly slid to the working position. The magnetic energy material of device two has a strong attraction to the magnetic energy material of device one, and the magnetic energy material of device one has a strong separation and steering drive effect on the magnetic energy material of device two, so that the wheel rotates in the set direction. As device two moves forward, the speed gradually increases and moves to the set stop position. The wheel reaches the set working speed. A tachometer is used to detect and control the speed to drive the generator to generate electricity.

[0011] The function of the magnetic energy kinetic energy conversion device is to utilize the mutual attraction and separation of magnetic energy to convert the mutual attraction and separation of magnetic energy into physical kinetic energy to drive the generator to achieve zero-consumption power generation, thus forming a series of zero-consumption engines and a series of zero-consumption generator sets. A patent application will be made for the preparation process of magnetic energy materials. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] The accompanying drawings are pictures of the experimental equipment of the present invention. Example

[0013] The weighing method is used to detect the attraction ratio of magnetic energy materials, and the attraction ratio is used as an evaluation indicator to measure the attraction strength of the physical action of attraction and separation of magnetic energy materials. The specifications and quantity of magnetic energy materials required for the magnetic energy kinetic energy conversion device are set according to the attraction ratio and the unit power.

[0014] Since the attraction ratio of magnetic materials can differ by more than ten times, their prices can also differ by more than ten times. When selecting magnetic materials according to the power of the unit, it is necessary to make a selection based on the test results of the magnetic materials.

[0015] Select magnetic materials according to the attraction ratio of magnetic materials and the power of the unit to determine the specifications and quantity of magnetic materials.

[0016] The diameter of the runner lever structure is determined according to the unit power, and the thickness of the runner required by the runner inertia structure is determined to achieve the leverage and inertia effects of the runner.

[0017] The runner length is set according to the unit power and the attraction ratio of magnetic energy materials.

[0018] The spindle size is set according to the rotor weight load and speed.

[0019] Set the specifications of the stainless steel cylinder of device 2 according to the specifications of the rotor of device 1.

[0020] The specifications of the support ring, support column and support connecting pipe are set according to the specifications of the stainless steel cylinder.

[0021] The specifications of the sliding parts are set according to the specifications of the support ring, support column, and support connecting pipe.

[0022] A tachometer is used to detect the unit speed, and the speed, voltage and current frequency are used as evaluation indicators to detect the unit operation.

[0023] The magnetic energy kinetic energy conversion device is composed of device 1, device 2, device wall, and sliding parts. Device 1 is composed of magnetic energy material, lever structure, inertial structure wheel, main shaft, bearing, bearing seat, and base seat. Device 2 is composed of magnetic energy material, stainless steel cylinder, support ring, support connecting pipe, support, and support connecting pipe. The device wall is composed of circular steel plate, connecting ring, and connecting pipe. The sliding parts are composed of 4 rails, 8 connecting pipes, and 8 pulleys.

[0024] The device is a magnetic material. The specification and quantity of the magnetic material are set according to the power requirement of the unit. The magnetic material is made according to the set specification and set quantity. The magnetic material is set on the rotating wheel according to the set angle, set position and set quantity.

[0025] The device has a lever structure and an inertia structure rotor. According to the power requirements of the unit, the lever structure, the inertia structure high specifications, and the rotor specifications are set. The carbon steel plate of the set specifications is made, and the set magnetic energy material is set on the rotor at a set angle, set quantity, and set position.

[0026] The main shaft, bearing, bearing seat and base seat of the device are set according to the power requirements of the unit, the weight load of the runner and the speed. The specifications of the main shaft and the bearing and bearing seat matching the main shaft are set according to the main shaft specifications, and the specifications of the base seat are set according to the power of the unit. The main shaft, bearing, bearing seat and base seat are matched and manufactured by professional manufacturers, and then connected and fixed with the runner to form the device.

[0027] Device 2: magnetic energy material. According to the power requirement of the unit, the specifications and quantity of the magnetic energy material are set. The magnetic energy material is made according to the set specifications and quantity, and the magnetic energy material is set at a set position on the inside of the stainless steel cylinder according to a set angle and a set quantity.

[0028] The stainless steel cylinder of device 2 is made of stainless steel plate according to the set specifications, the diameter and length of the stainless steel cylinder according to the power requirements of the unit, the specifications of the impeller of device 1, and the set distance between the impeller and the inner side of the stainless steel cylinder. The magnetic energy material set in

[0026] is set at the set position on the inner side of the stainless steel cylinder at the set angle.

[0029] The support ring, support connecting pipe, support column, and support connecting pipe of device 2 are set according to the power of the unit and the specifications of the stainless steel cylinder. The support ring is made of steel plate according to the set specifications, and the support connecting pipe, support column, and support connecting pipe are made of steel pipe. The support ring, support connecting pipe, support column, and support connecting pipe are sequentially arranged on the outside of the stainless steel cylinder according to the set connection method to form device 2.

[0030] The device wall is composed of a circular steel plate, a connecting ring, and a connecting pipe. The specifications of the circular steel plate, the connecting ring, and the connecting pipe are set according to the specifications of the device 1, and the circular steel plate and the connecting ring are made of steel plates according to the set specifications, and the connecting pipe is made of steel pipes. Two device walls with the same specifications are made, one device wall is set on the front base seat, and the other device wall is connected to the sliding component.

[0031] The sliding part is composed of 4 rails, 8 connecting pipes and 8 pulleys. The specifications of the rails, connecting pipes and pulleys and the connection method are set according to the specifications of the device 2. The device 2 is manufactured by a professional processing enterprise according to the set specifications and connected and fixed according to the set method. The device 2 is set between the upper and lower rails.

[0032] The connection of the generator engine is fixed, and the second device is set on the sliding track at a set distance from the first device. The main shaft of the first device is connected to the generator to form a 10 kW engine or a 10 kW power generation equipment.

[0033] When the unit is running and the device 2 is slowly slid to the working position, the magnetic energy material of the device 2 has a strong attraction to the magnetic energy material of the device 1, and the magnetic energy material of the device 1 has a strong decoupling and steering driving effect on the magnetic energy material of the device 2, so that the wheel runs in the set direction. As the device 2 moves forward, the speed gradually increases and moves to the set stop position. The speed reaches the set working speed. The speed meter is used to detect and control the speed to drive the generator to generate electricity. Its speed, voltage, and current frequency meet the requirements of enterprise standards. See the attached figure for the experimental equipment.

Claims

1. A power generation equipment for a series of engines that utilize magnetic energy and kinetic energy to generate power without consumption, which is composed of a magnetic energy-kinetic energy conversion device and a power-matching generator. The magnetic energy-kinetic energy conversion device is composed of device one, device two, a device wall, and a sliding component. Device one is composed of magnetic energy material, a lever structure, an inertial structure runner, a main shaft, a bearing, a bearing seat, and a base seat. Device two is composed of magnetic energy material, a stainless steel cylinder, a support ring, a support connecting pipe, a pillar, and a pillar connecting pipe. The device wall is composed of a circular steel plate, a connecting ring, and a connecting pipe. The sliding component is composed of 4 rails, 8 connecting pipes, and 8 pulleys.

2. The device-magnetic material according to claim 1, characterized in that: The specification and quantity of magnetic energy materials are set according to the power requirements of the unit, and the magnetic energy materials are used to manufacture according to the set specifications and set quantity. The magnetic energy materials are set on the rotating wheel according to the set angle, set position and set quantity.

3. The device according to claim 1, a lever structure, an inertia structure rotating wheel, characterized in that: According to the power requirements of the unit, the lever structure, inertia structure specifications and runner specifications are set, and the carbon steel plate is used to make it according to the set specifications. The set magnetic energy material is set on the runner at a set angle, set quantity and set position.

4. The device according to claim 1 comprises a main shaft, a bearing, a bearing seat and a base seat, characterized in that: The main shaft specifications are set according to the power requirements of the unit, the weight load of the runner, and the speed. The matching bearings and bearing seats are set according to the main shaft specifications. The specifications of the base seat are set according to the power of the unit. The main shaft, bearings, bearing seats, and base seats are manufactured by a professional manufacturer and then connected and fixed to the runner to form device one.

5. The magnetic material of the device according to claim 1, characterized in that: According to the power requirements of the unit, the specifications and quantity of magnetic energy materials are set, and the magnetic energy materials are used to make it according to the set specifications and set quantity. The magnetic energy materials are set inside the stainless steel cylinder at the set position according to the set angle and set quantity.

6. The second stainless steel cylinder of the device according to claim 1, characterized in that: According to the power requirement of the unit, according to the specification of device one, according to the set distance between device one and device two, the specification of the stainless steel cylinder is set, and the stainless steel plate is used to make it according to the set specification, and then the magnetic energy material described in claim 5 is set at a set position on the inner side of the stainless steel at a set angle.

7. The support ring, support connecting pipe, support column, and support connecting pipe according to claim 1, characterized in that: According to the power requirements of the unit and the specifications of the second device, the specifications of the support ring, support connecting pipe, support, and support connecting pipe are set. The support ring is made of steel plate, and the support connecting pipe, support, and support connecting pipe are made of steel pipes of set specifications. The support ring, support connecting pipe, support, and support connecting pipe are sequentially arranged on the outside of the stainless steel cylinder according to the set connection method to form the second device.

8. The device wall according to claim 1, characterized in that: The device wall is composed of a circular steel plate, a connecting ring and a connecting pipe. According to the power requirements of the unit, the specifications of the second device and the position of the foundation, the specifications of the circular steel plate, the connecting ring and the connecting pipe are set. The circular steel plate and the connecting ring are made of steel plates according to the set specifications. The connecting pipe is made of steel pipe. Two device walls with the same specifications are connected according to the set connection method.

9. The sliding component according to claim 1, characterized in that: The sliding parts are composed of 4 rails, 8 connecting pipes, and 8 pulleys. The specifications of the 4 rails are set according to the power requirements of the unit, the specifications of the device 2, and the load of the device 2. The 8 connecting pipes and 8 pulleys are ordered according to the set specifications and then connected and fixed according to the set method. The device 2 is set between the upper and lower rails.

10. The series engine connection and fixation according to claim 1 is characterized in that: The series engine consists of device 1, device 2, device wall and matching generator of different specifications connected and fixed according to the set connection and fixing requirements. The main shaft of device 1 is connected and fixed with the matching generator of power, and device 2 is set between the upper and lower tracks with a set distance from device 1. One device wall is connected and fixed with the front base seat, and the other device wall is connected and fixed with the rear end of device 2 to form device 2 that can slide forward and backward. The main shaft of device 1 is connected with the matching generator of power to form a series of engines and power generation devices.

11. The magnetic energy to kinetic energy conversion device according to claim 1, characterized in that: The principle of magnetic energy to kinetic energy conversion, the attraction and decomposition of magnetic energy materials after magnetization activation, the test results show that strong magnetic materials have strong attraction and decomposition. The strong magnetic material set in device 2 attracts the strong magnetic material set in device 1, and the strong magnetic material in device 1 produces a decomposition and decomposition effect on the strong magnetic material in device 2. The device converts the strong mutual physical effect between the two into kinetic energy to drive the generator, achieving zero-consumption power generation, forming a series of zero-consumption engines and a series of zero-consumption power generation equipment.

12. According to actual needs, the above structure and the way of applying magnetic energy can be adjusted and improved, and the names of the device and structural components can be changed, all of which are within the scope of protection.

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