阅读说明：本技术 磁悬浮机械能发电机 (Magnetic suspension mechanical energy generator ) 是由 彭国文 彭凯 练世清 于 2018-06-28 设计创作，主要内容包括：磁悬浮机械能发电机。本申请是以臂长(r)是与它所带动旋转物的半径(或直径)的倍数乘以动力(F)等于M来计算力矩的大小。旋转上心O至力点(F)的臂杆,它的长度是所带动物半径(或直径)的倍数越大,旋转力矩就越大。臂杆长度(r)虽然是用米、分米、厘米表示,但F乘以r时,是不能用直径尺寸米、分米来计算的,而以直接尺寸多少米、分米虽然与臂杆带动物半径乘以它的倍数长度是一样的,但所乘积是完全不一样的。本申请认为只有臂长(r)是所带动旋转物的半径(或直径)的倍数才是M＝FXr的唯一计算数字,也是本磁悬浮机械能发电机能成功成立的唯一计算方式。(Magnetic suspension mechanical energy generator. The application calculates the magnitude of the moment with arm length (r) multiplied by the radius (or diameter) of the rotating object it carries, and the power (F) equals M. The greater the arm that rotates the upper center O to the point of force (F), the greater its length is a multiple of the radius (or diameter) of the animal being carried, the greater the rotational moment. Although the arm length (r) is expressed by meters, decimeters and centimeters, when F is multiplied by r, the length cannot be calculated by the diameter of meters and decimeters, and the product of the direct size of meters and decimeters is completely different from the length of the arm carrier multiplied by the multiple of the radius of the arm carrier. The application considers that only the multiple of the arm length (r) is the radius (or the diameter) of the carried rotating object, namely the unique calculation number of FXr, and the method is also the unique calculation mode for successfully realizing the magnetic suspension mechanical energy generator.)

1. A magnetic suspension mechanical energy generator based on the lever balance principle comprises a magnetic suspension trolley and a single-line wide rail, wherein the single-line wide rail is used for driving the trolley to drive a lever to circumferentially run, a fulcrum of the lever is arranged at the top end of a central column of a circular rail, and a short arm of the lever is connected with an inverted power generation electric ball to generate power.

2. As described in claim 1, the elbow shaft (elbow short arm) of the inverted electric ball whose external shaft is connected with the short arm of the lever is inserted into the magnetic suspension bearing of the short arm head of the lever, and the long arm of the connecting elbow corresponding to the radius of the inner rotor of the electric ball is inserted into the external shaft of the electric ball and fixed to drive the electric ball to generate electricity.

3. The power generation ball as claimed in claims 1 and 2, which can be placed not only upside down, but also flat, and can be placed under the ground for lever transposition. The circular track is arranged at the top end, an inverted shaft arranged at the center of the circular track is connected with an electric ball vertically (or horizontally) arranged on the ground, and the electric ball is fixed by a bottom plate of 2 truss bottom beams (reversed beams) supported by four concrete columns outside the circular track.

4. As stated in claim 3, when the electric ball is laid flat, the elbow connected with the lever is connected with the external connecting shaft of the electric ball instead of being fixed by the bevel gear, but the noise is several times larger than that of the fixed shaft.

5. A lever as claimed in claims 1, 2 and 3 wherein the long arm is at least 4 times longer than the short arm, at least to ensure that 1 kwh of power generates 4 times more electricity. The conversion algorithm of the force (joule) required by the electricity generated by the electric ball and the power tile/time is measured in hundred degrees, namely a constant conversion method. The lever method is long arm/short arm × power as resistance.

6. The magnetic levitation vehicle as claimed in claim 1, which can be changed to a rubber-wheeled vehicle without a rail instead of a rail.

7. If there is no external power supply, it can be started by UPS, and the generated electricity can be used by UPS itself, and the residual electricity is the electricity generated by local machine.

Technical Field

1. The invention relates to a generator, in particular to a generator which generates mechanical energy for generating electricity by using a lever balance principle, wherein an arm rod for generating the mechanical energy is driven by a magnetic suspension trolley, and the calculation mode is that an X arm rod (R) of a trolley vehicle (F), and M is FXR. And the arm length R is replaced by a multiple of the radius (or diameter) of the animal it carries, and is not calculated in specific dimensions of meters, decimeters.

Background

2. At present, natural resources such as wind power, water power and the like are utilized to generate electricity, and the electricity generation is limited by natural conditions and cannot be developed vigorously for people to use. And combustible resources such as underground resources coal, oil and the like are used for generating electricity, so that the pollution is not high, and the underground resources are always used up for one day. The global thermal power station is the inland of the earth with rising temperature.

Disclosure of Invention

3. In order to overcome the defect of insufficient power and meet the requirement that people are never lack of power, the invention takes a calculation mode of moment M as F multiplied by r as the basis, and the length of the arm is not wrong, if we need to multiply the power (F) by the length of r, the result can not be obtained, physicists leave a calculation formula for us, and the longer the arm is, the larger the energy generated by the arm is, and the farther the position of the arm where the power is located is from a rotation center 0 point, the larger the energy generated by the arm is. The power (M) required by the electricity ball power generation is obtained by multiplying the power (F) of the trolley by the radius of the rotor, and the power (M) required by the electricity ball power generation is obtained by multiplying the power (F) by the length (R) of the arm rod by the radius of the electricity ball rotor, wherein R is obtained by multiplying the radius of the electricity ball rotor, and is not a specific size meter or decimeter. Although M ═ F × r is accepted by physicists, most people assume that the energy (potential energy) obtained by M ═ F × r is contrary to the law of conservation of energy. It is known that F.times.r is a multiple of the radius (or diameter) of the animal to be carried. The greater the multiple, i.e. the longer the arm, the greater its rotational moment, and r can only be called the length by a multiple of the radius (or diameter) of the animal it carries. He and the manufacturers of the weighing machines in China use a lever balance principle scale formula for thousands of years: the results are the same for long arm ÷ short arm × dynamic force. Except that the moment (M ═ F × r) is rotational, the lever balancing principle is stationary.

4. The moment is calculated by multiplying the arm length (r) by the radius (or diameter) of the rotating object carried by the arm length (r) and multiplying the power (F) by M. The greater the length of the arm from the center of rotation O to the point of force (F), which is a multiple of the radius (or diameter) of the animal to be carried, the greater the moment of rotation. Although the arm length (r) is expressed by meters, decimeters and centimeters, when F is multiplied by r, the length cannot be calculated by the diameter of meters and decimeters, and the product of the direct size of meters and decimeters is completely different from the length of the arm carrier multiplied by the multiple of the radius of the arm carrier. The application considers that only the multiple of the arm length (r) of the radius (or the diameter) of the driven rotating object is the unique calculation number of M ═ F × r, and the arm length (r) is also the unique calculation mode of the successful establishment of the magnetic suspension mechanical energy generator, and the arm length (r) is derived from the lever balance principle. It is within the scope of the present invention to calculate the torque by multiplying the rotor radius by its multiple, and then multiplying the torque by the resistance, M, F, r, to obtain the mechanical energy for power generation.

Drawings

Fig. 1 is a schematic structural diagram of a magnetic levitation mechanical energy generator.

An example is an electric bulb with power of 720 to 1200KW, model EG560, English Generator, Guangzhou, 14 poles 429 revolutions per minute.

1. Vertically placed electric ball

2. The diameter of the inner rotor of the electric ball is about 60 cm

3. The electric ball is externally connected in the axial direction

4. The arm rod is 1.5 meters long calculated by 5 times of the radius of the electric ball

5. The magnetic suspension trolley is connected with the arm rod, and the position of the magnetic suspension trolley determines the magnitude of the torque

6. Magnetic suspension trolley, power 300 KW.

7. A ball socket.

Detailed Description

1. Referring to the schematic diagram, the electric bulb is vertically arranged in the axial direction, EG560, 14-pole electric bulb has high power of 1200 KW.

2. The diameter of the rotor in the egg 560 bulb is about 0.6 m, and its radius is 0.3 m which is 5 times the base number of the calculated length of the moment arm, and 0.3X5 is 1.5 m long arm. R for calculating M ═ FXR can only be 5 times 5. But not 1.5 meters.

3. The electric ball is externally connected with the connecting arm rod.

4. The arm rod is fixed on the electric ball external connecting shaft, the length of the arm rod is calculated according to 5 times of the radius of the rotor in the electric ball, and 0.3X5 is 1.5 m

5. The connecting point of the connecting arm rod and the magnetic suspension trolley determines the magnitude of the moment. The connecting link to the centre of rotation O is here 1.5 m.

6. The power of the magnetic suspension trolley is 300KW, the electric ball generates 1200KW, 300KWX5 times, 300KW (F) X5 times is 1500KW (the electric ball can generate electricity with 1200KW power only by the specific power, and the amount of Joule needed by the power of the electric ball is determined), no matter the magnetic suspension trolley is driven by oil or electricity, the power of the electric ball does not change no matter the electric ball runs fast or slowly, the power of the electric ball does not change, an arm rod which is 5 times of the radius of an inner rotor of the electric ball with power moment running, the product of the power of the electric ball 300KW (F) X5 times is 1500KW (M), and the product of the power of the electric ball (R) does not change because of the speed of the torque running of the magnetic suspension trolley.

7. The electric ball base is located in the middle of the magnetic suspension trolley in running by moment. And the fixed magnetic suspension trolley runs along the circumference. The electric ball is heated by wind for a long time. Both the bulb and the base are not affected by the hot gas of the trolley.