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Never reducing propellant for deep space propulsion tech
In this sketch suppose a gun system is firing a ball with 5 meter / second and this ball is moving with the velocity of 5 meter/second and when this ball is reached at the end part of the engine then ,stayed in 0 velocity due to two electromagnets as these magnets will work to stop this ball .These two magnets are attached with two springs and both springs are in stretched position towards up and down side . The ball is expelled from the gun system and got 0 velocity after expelling from the system by using these electromagnets and a force is also applying on these magnets and springs are in stretched position. You will say that engine will not move as net force is ZERO but if we release these spring then what will be happened with engine as after releasing these springs both will work to propel the engine ? Should it move or not or can we modify the direction of this engine ?
Please keep aside the issue of ball retrieving.
Thanks
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Deep space propulsion tech using spring force and kinetic energy
Dear Sir, I Took a Rubber band and try to stretched it with my hands and it was stretched .Now I took the help of an another person to catch this stretched rubber band in middle with the help of fingers .after that I released the right part of the rubber band but I didn’t release the left part of the rubber band ( still in stretched position) only released the right part .when I released the right part of the rubber band then the person felt a propelling force working on pushing his fingers in left direction of stretched rubber band.
Suppose a person is standing up on a roller skate applying equal force with both hands to stretch the springs and these springs are attached with this skate . The roller skate is stable but when thIs person release ONLY the right hand side sprIng then the roller skate should move or not.REMEMBER PERSON IS RELEASING ONLY RIGHT SIDE SPRING BUT LEFT SIDE SPRING IS STILL IN STRETCHED POSITION.
MECHANISM:There will be two part of this engine.
The first part will move freely in a cylindrical tube but second part will be stable.
Two motors will be fixed in this engine as per the diagram. The (1) motor will work to press the first part towards the front side while (2) motor will work to press the second part towards backside. Two lever system will be attached with each motor.These levers will work to press their side springs when both motors will move.
There will be Pull Back system attached in the first part of this engine. This pull back system will work to get back the first part of this engine on its position with the help of a motor and electromagnets. Two magnetic brackets will be attached with first part as per the diagram and springs of first part’s will be attached with a magnetic system. This engine will get energy with solar panels.
HOW WILL THIS ENGINE WORK?
When both lever systems will work to press their side springs then a kinetic force will create on both springs.
When the (1) lever will press the spring of first part then the spring get stretch due to pressure and at a point of pressure this part will be detached with its side magnets and will move towards front side due to kinetic force. But in second part of the device when (2) lever will press the spring towards backside then spring will work to push this device towards front side after removing lever pressure.
In this way both parts of this device will help to push forward this device. The magnetic bracket will work to catch this first part so that this part couldn’t move with back force, otherwise this engine will move towards backside due to back force.
The pull back system will work to attach this first part with the help of electromagnets.The first part will be detached with magnetic brackets when pull back system will work on this part with electromagnets then the springs of this part will be attached with their side magnets again and pull back system will be detached.
BOTH LEVERS WILL WORK AT THE SAME TIME WITH EQUAL FORCE IN THIS ENGINE.
The first part of this device will get back its position again and both parts’ levers systems will be ready to work on their side springs again and again.