TS System - Gemini amd POE AI Systems - Gearing Prompts

• How to transfer power gradually from a rack to a pinion?
• The rack drives the pinion!
• The rack is not driven by the pinion!
• Could you provide a drawing of a gear on a shaft that turns a smaller gear on another shaft?
• The POE AI System:
• How to transfer power gradually from a rack to a pinion?
• There is no motor involved. The rack is moved by a weight on a plate.
• The plate is carrying a load.
• There is no weight on the plate just a load.
• The plate is not inclined but is parallel to the ground.
• The rack is attached vertically underneath the plate, to the plate.
• The load is on the plate and has no contact with the rack and the load does not move.
• Gear A is rotating on a shaft driven by a load; gear A engages with gear B on another shaft. How can I regulate how fast gear B rotates?
• What are the advantages of using a flywheel in this system?
• How would a gearbox look that maintains a constant speed ratio between gear A and gear B?
• What are the advantages of using a continuously variable transmission (CVT) over a traditional transmission system?
• This system is not for a car; it is for a simple mechanical trolley.
• Can you explain how a CVT would be integrated into the trolley's design?
• How do the pulleys change their diameter to vary the gear ratio continuously?
• How does an automatic transmission system adjust the gear ratio dynamically based on the speed of gear A so that gear B rotates at a constant speed?
• Would an automatic transmission system be suitable for use in a simple mechanical trolley?
• What are some alternatives to automatic transmissions for a mechanical trolley?
• I want a simple transmission system that automatically provides a constant output speed (gear B). for a variable input speed (gear A).
• Can you explain how a mechanical variator adjusts pulley diameters?
• There is no electrical power in the simple mechanical trolley!
• How does the spring mechanism work?
• How do the springs transmit load changes to the pulleys?
• The trolley travels on a flat floor.
• If the springs pull the pulley halves apart, how will the pulley turn the belt?
• If the springs pull the pulley halves pulled apart, there will be a gap between the halves. The pulley will not be round then.
• Surely at some stage the gap between the pulley halves will be such that the pulley will loose its circular shape and will be unable to rotate the belt.
• What are common applications for mechanical variators with variable-diameter pulleys?
• Do you have examples of mechanical variators used with conveyor belts?
• Can you explain how mechanical variators work in conveyor systems?

TS System - POE AI Systems - Movements in Watches

• How do movements in watches work?

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