3 thoughts on “The smallest and simplest permanent motor”
Phyllis
Motor is a machine that does not require external input energy or requires only an initial energy to do it forever.
In history, forever motivation has been discussed and studied, but many people do not know what it means behind this. In people's imagination, permanent motivation is a mechanical device that can constantly exercise automatically, and can also raise heavy objects to do something meaningful. In the 13th century, some people tried to want to make this mechanical device, but no one really created it until the 21st century. [1]
This is impossible to make it because it violates the law of conservation and thermodynamics. One of the ways to express the first law of thermodynamics is that the first type of permanent motivation cannot be achieved [2].
The Chinese name Oable motivation Foreign names perpetual machine principle n substantial Inned energy definitions Mee machine that does not consume energy and can do it forever n fast The reason for failure History The idea of permanent motivation originated in India. Around 1200 AD, this idea was passed from India to the Islamic world and passed from here to the West. In Europe, one of the most famous permanent motivation design schemes in the early days was proposed by a French named Henen in the 13th century. As shown in the figure: There is a rotating shaft in the center of the wheels, 12 active short rods are installed on the edge of the wheels, and one end of each short pole is equipped with an iron ball. The designer of the scheme believes that the ball on the right is farther than the ball on the left. Therefore, the rotation torque generated by the ball on the right is larger than the rotor of the ball on the left. In this way, the wheels will never stop around the direction of the arrow, and drive the machine to rotate. This design has been copied by many people in different forms, but has never been reached. If you analyze it carefully, you will find that although the torque generated by each ball on the right, the number of balls is small, and the torque generated by each ball on the left is small, but the number of balls is large. As a result, the wheels will not continue to turn and work hard, they will only swing a few times, and then stop [3]. In Later, the Renaissance of the Da Vinci (1452-1519) of the Renaissance in the Renaissance also created a similar device. When he designed, the heavy ball on the right was more than the heavy ball on the left. Far, under the imbalance of both sides, the wheels will rotate along the direction of the arrow, but the experimental results are negative [3].
The permanent motivation designed by Da Vinci n Da Vinci keenly concluded that the perpetual motor was impossible. In fact, it can be seen from the principle of leveraged balance. Of the two designs above, although the rotation effect of each heavy object on the right is large, the number of heavy objects is small. Accurate calculations can prove that there will always be an appropriate position, so that the rotation effects (torque) of the left and right heavy objects in the opposite direction of the wheels are equal to each other, which offset each other, so that the wheels can be balanced and stand still [3]. 16th century, a mechanic in Italy, Stel, proposed an permanent motivation design solution. When designing, Stel believed that the water flowed out of the water rotation from the water rotation, while driving the water mill to rotate, drove the spiral water drawer through a set of gears, and rearled the water in the reservoir to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to top In the sink. He thought that the entire device could continue to run like this and work hard to do it. In fact, the water flowing back to the sink is getting less and less. Soon the water in the sink flows into the storage pool below, and the water turbine stopped turning. The buoyancy is also a good helper to design an permanent motivation. It is a famous buoyancy permanent motor design scheme. A series of balls, around the upper and lower wheels, can rotate like a chain. Some of the balls on the right are placed in a container full of water. The designer believes that if there is no container on the right, the number of balls on the left and right sides is equal, and the chain will be balanced. However, these balls on the right are immersed in the water, and the water of the water will be moved upward by the water, which will also drive the whole ball of the ball around the upper and lower wheels. There is a ball on it to expose the water. Below there is a ball through the bottom of the container to add. This permanent motorcycle is not made. Is it because the ball below can pass through the container bottom and cannot leak the water. There are technical difficulties in manufacturing? Technical difficulties are not the main problems, the main problem is the principle of design. When the ball below passes through the bottom of the container, it is the same as the bottom of the container to bear the pressure of the water, and it is because it is at the bottom of the water, so it suffers a lot. This downward pressure will offset the buoyancy of the above balls, and this water motivation cannot be moved forever [4].
The permanent motivation designed by Stel n, in addition, people have also proposed various permanent motivation design solutions that use the inertia of wheels, the capillary of thin tubes, and electromagnetic power to obtain effective power, but but No exceptions failed. In fact, in all permanent motivation design, we can always find a balanced position. In this position, all forces are exactly to each other, and there is no longer any driving force to move it. All permanent motivations will inevitably stand in this balanced position and become incompetent. Since the Gothic era, there are more and more such design schemes. During the 17th and 18th centuries, people also proposed various permanent motor design solutions, which use "spiral water drawer", which is beneficial to use the inertia of wheels, the buoyancy of water, or the capacity of the water. of. The court gathered in the palace to make money designers who made money with this illusory invention. Those who are knowledgeable and unskilled believe that permanent motivation is possible. This task attracts researchers like a mirage, but all these schemes ended in failure without exception. They have been spinning in place for many years, and they cannot create any results. Through continuous practice and attempts, people gradually realize that any machine consumes energy to work for the outside world. Without energy, the machine cannot work. At this time, some well -known scientists, Steel, and Huachangs, began to realize that the mechanical method could not be made into permanent motivation. [5]
Regardless of the size, whether it is simple and complex, permanent motivation is impossible, because it is impossible to move forever during exercise, such as consumption of energy.
Motor is a machine that does not require external input energy or requires only an initial energy to do it forever.
In history, forever motivation has been discussed and studied, but many people do not know what it means behind this. In people's imagination, permanent motivation is a mechanical device that can constantly exercise automatically, and can also raise heavy objects to do something meaningful. In the 13th century, some people tried to want to make this mechanical device, but no one really created it until the 21st century. [1]
This is impossible to make it because it violates the law of conservation and thermodynamics. One of the ways to express the first law of thermodynamics is that the first type of permanent motivation cannot be achieved [2].
The Chinese name
Oable motivation
Foreign names
perpetual machine
principle
n substantial
Inned energy
definitions
Mee machine that does not consume energy and can do it forever n fast
The reason for failure
History
The idea of permanent motivation originated in India. Around 1200 AD, this idea was passed from India to the Islamic world and passed from here to the West. In Europe, one of the most famous permanent motivation design schemes in the early days was proposed by a French named Henen in the 13th century. As shown in the figure: There is a rotating shaft in the center of the wheels, 12 active short rods are installed on the edge of the wheels, and one end of each short pole is equipped with an iron ball. The designer of the scheme believes that the ball on the right is farther than the ball on the left. Therefore, the rotation torque generated by the ball on the right is larger than the rotor of the ball on the left. In this way, the wheels will never stop around the direction of the arrow, and drive the machine to rotate. This design has been copied by many people in different forms, but has never been reached. If you analyze it carefully, you will find that although the torque generated by each ball on the right, the number of balls is small, and the torque generated by each ball on the left is small, but the number of balls is large. As a result, the wheels will not continue to turn and work hard, they will only swing a few times, and then stop [3].
In Later, the Renaissance of the Da Vinci (1452-1519) of the Renaissance in the Renaissance also created a similar device. When he designed, the heavy ball on the right was more than the heavy ball on the left. Far, under the imbalance of both sides, the wheels will rotate along the direction of the arrow, but the experimental results are negative [3].
The permanent motivation designed by Da Vinci n Da Vinci keenly concluded that the perpetual motor was impossible. In fact, it can be seen from the principle of leveraged balance. Of the two designs above, although the rotation effect of each heavy object on the right is large, the number of heavy objects is small. Accurate calculations can prove that there will always be an appropriate position, so that the rotation effects (torque) of the left and right heavy objects in the opposite direction of the wheels are equal to each other, which offset each other, so that the wheels can be balanced and stand still [3].
16th century, a mechanic in Italy, Stel, proposed an permanent motivation design solution. When designing, Stel believed that the water flowed out of the water rotation from the water rotation, while driving the water mill to rotate, drove the spiral water drawer through a set of gears, and rearled the water in the reservoir to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to the top to top In the sink. He thought that the entire device could continue to run like this and work hard to do it. In fact, the water flowing back to the sink is getting less and less. Soon the water in the sink flows into the storage pool below, and the water turbine stopped turning. The buoyancy is also a good helper to design an permanent motivation. It is a famous buoyancy permanent motor design scheme. A series of balls, around the upper and lower wheels, can rotate like a chain. Some of the balls on the right are placed in a container full of water. The designer believes that if there is no container on the right, the number of balls on the left and right sides is equal, and the chain will be balanced. However, these balls on the right are immersed in the water, and the water of the water will be moved upward by the water, which will also drive the whole ball of the ball around the upper and lower wheels. There is a ball on it to expose the water. Below there is a ball through the bottom of the container to add. This permanent motorcycle is not made. Is it because the ball below can pass through the container bottom and cannot leak the water. There are technical difficulties in manufacturing? Technical difficulties are not the main problems, the main problem is the principle of design. When the ball below passes through the bottom of the container, it is the same as the bottom of the container to bear the pressure of the water, and it is because it is at the bottom of the water, so it suffers a lot. This downward pressure will offset the buoyancy of the above balls, and this water motivation cannot be moved forever [4].
The permanent motivation designed by Stel n, in addition, people have also proposed various permanent motivation design solutions that use the inertia of wheels, the capillary of thin tubes, and electromagnetic power to obtain effective power, but but No exceptions failed. In fact, in all permanent motivation design, we can always find a balanced position. In this position, all forces are exactly to each other, and there is no longer any driving force to move it. All permanent motivations will inevitably stand in this balanced position and become incompetent. Since the Gothic era, there are more and more such design schemes. During the 17th and 18th centuries, people also proposed various permanent motor design solutions, which use "spiral water drawer", which is beneficial to use the inertia of wheels, the buoyancy of water, or the capacity of the water. of. The court gathered in the palace to make money designers who made money with this illusory invention. Those who are knowledgeable and unskilled believe that permanent motivation is possible. This task attracts researchers like a mirage, but all these schemes ended in failure without exception. They have been spinning in place for many years, and they cannot create any results. Through continuous practice and attempts, people gradually realize that any machine consumes energy to work for the outside world. Without energy, the machine cannot work. At this time, some well -known scientists, Steel, and Huachangs, began to realize that the mechanical method could not be made into permanent motivation. [5]
Regardless of the size, whether it is simple and complex, permanent motivation is impossible, because it is impossible to move forever during exercise, such as consumption of energy.
Without a real permanent motor, energy is conservative, and you have to enter input if you want to output.