Power Multiplier Device works as follows:
You have two large sprockets (top/bottom) connected by a chain. Top sprocket can be mounted on the roof of a building, the bottom on the ground level. Connected to the bottom sprocket is a transmission/generator. Pulling down one side of the chain turns the bottom sprocket/generator and produces energy. Home wind generators that need a low rpm rate would be ideal. The PMD is mounted at the top of the chain.
The PMD has a small drive sprocket on one side of the chain, and two idler sprockets on the other side to keep the drive sprocket enmeshed in the chain. Two brackets on the front and back of the chain hold the axles of these interior sprockets. The axle of the small drive sprocket exits the front bracket and is also the axle of a large 5 ft. diameter bicycle-type wheel (BTW). Turning the BTW also turns the small drive sprocket inside the bracket. At the base of each bracket is a 250 lb. weight (500 lbs.), and the front weight extends below the level of the rim of the BTW and has a small electric motor attached to it. This motor is attached to a chain (or belt) that goes around the BTW's circumference so that when the motor turns, the BTW turns also (also turning the inside drive sprocket) causing the whole assembly to climb the chain. The whole assembly (PMD) weighs 500+ lbs. Starting at the top, it's weight pulls down the chain, turning the generator, generating energy into a common battery. When the PMD arrives at the bottom, it's motor turns on and, turning the BTW, turns the drive sprocket to climb the chain back to the top. The extended radius of the BTW allows a smaller motor to do the job. This is one complete PMD generator. Now take 7 of these PMDS, and begin with the first having it's PMD starting at the top, if you spaced them 30 seconds apart (each on their own chains), you would have 7 of them for a 3 minute descent time. One at the top, the others spaced down every 30 seconds with one at the bottom. The ascent time is 30 seconds. When they all begin to operate, the bottom one will begin to ascend (drawing energy from the common battery they are all connected to), and the other 6 would begin to descend (charging full charges into the common battery). 6 PMDs charging into the battery, one drawing out. The one ascending would need more energy than one descending PMD would be producing, but not so much that it would equal two.. EVEN IF IT DID EQUAL TWO FULL CHARGES, THAT WOULD STILL LEAVE FOUR FULL CHARGES GOING INTO THE BATTERY CONTINUOUSLY THAT ARE NOT NEEDED FOR THE ENTIRE SYSTEM TO FUNCTION. When the ascending PMD reaches the top, it's motor will turn off and it's weight will begin pulling it's chain down. At this time the next lowest PMD has reached the bottom and begins it's ascent. This extra FREE ENERGY, can now be used for anything outside the system. Clamps are in place to hold the chain during the ascent cycle of the PMD. This energy generation system is also ideal for space exploration. Located in the outer levels of a rotating station, the rotation creating centrifugal force/artificial gravity, enough energy would be supplied for both the operation of the station, and it's rotation. The design of the Grow-Live Tower, with the first 40 levels housing 5,000 people, and the next 120 levels being greenhouse levels, adding the PMD would bring about the end of world hunger, famine, cut global disease by 85% due to improved living conditions, etc.. Thank you, Russell Lee
You have two large sprockets (top/bottom) connected by a chain. Top sprocket can be mounted on the roof of a building, the bottom on the ground level. Connected to the bottom sprocket is a transmission/generator. Pulling down one side of the chain turns the bottom sprocket/generator and produces energy. Home wind generators that need a low rpm rate would be ideal. The PMD is mounted at the top of the chain.
The PMD has a small drive sprocket on one side of the chain, and two idler sprockets on the other side to keep the drive sprocket enmeshed in the chain. Two brackets on the front and back of the chain hold the axles of these interior sprockets. The axle of the small drive sprocket exits the front bracket and is also the axle of a large 5 ft. diameter bicycle-type wheel (BTW). Turning the BTW also turns the small drive sprocket inside the bracket. At the base of each bracket is a 250 lb. weight (500 lbs.), and the front weight extends below the level of the rim of the BTW and has a small electric motor attached to it. This motor is attached to a chain (or belt) that goes around the BTW's circumference so that when the motor turns, the BTW turns also (also turning the inside drive sprocket) causing the whole assembly to climb the chain. The whole assembly (PMD) weighs 500+ lbs. Starting at the top, it's weight pulls down the chain, turning the generator, generating energy into a common battery. When the PMD arrives at the bottom, it's motor turns on and, turning the BTW, turns the drive sprocket to climb the chain back to the top. The extended radius of the BTW allows a smaller motor to do the job. This is one complete PMD generator. Now take 7 of these PMDS, and begin with the first having it's PMD starting at the top, if you spaced them 30 seconds apart (each on their own chains), you would have 7 of them for a 3 minute descent time. One at the top, the others spaced down every 30 seconds with one at the bottom. The ascent time is 30 seconds. When they all begin to operate, the bottom one will begin to ascend (drawing energy from the common battery they are all connected to), and the other 6 would begin to descend (charging full charges into the common battery). 6 PMDs charging into the battery, one drawing out. The one ascending would need more energy than one descending PMD would be producing, but not so much that it would equal two.. EVEN IF IT DID EQUAL TWO FULL CHARGES, THAT WOULD STILL LEAVE FOUR FULL CHARGES GOING INTO THE BATTERY CONTINUOUSLY THAT ARE NOT NEEDED FOR THE ENTIRE SYSTEM TO FUNCTION. When the ascending PMD reaches the top, it's motor will turn off and it's weight will begin pulling it's chain down. At this time the next lowest PMD has reached the bottom and begins it's ascent. This extra FREE ENERGY, can now be used for anything outside the system. Clamps are in place to hold the chain during the ascent cycle of the PMD. This energy generation system is also ideal for space exploration. Located in the outer levels of a rotating station, the rotation creating centrifugal force/artificial gravity, enough energy would be supplied for both the operation of the station, and it's rotation. The design of the Grow-Live Tower, with the first 40 levels housing 5,000 people, and the next 120 levels being greenhouse levels, adding the PMD would bring about the end of world hunger, famine, cut global disease by 85% due to improved living conditions, etc.. Thank you, Russell Lee