Open Source Universal Manual Power Source: Difference between revisions
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*A standardized device that allows for consistent stabalized human powered energy input | *A standardized device that allows for consistent stabalized human powered energy input | ||
*Mainly direct mechanical, but could be others such as hydraulic, pnuematic, or electric | *Mainly direct mechanical, but could be others such as hydraulic, pnuematic, or electric | ||
**The choice of mechanical means less losses if used to go directly to mechanical use, or a pump, instead of motion->electric->motion just "motion" etc | |||
=Basic Design= | =Basic Design= | ||
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=External Links= | =External Links= | ||
* | *[https://steve-blood.squarespace.com/build-plans Minimalistic, but existing design with documentation] | ||
[[Category: Energy]] [[Category: Human Powered]] | [[Category: Energy]] [[Category: Human Powered]] | ||
Latest revision as of 21:03, 11 October 2020
Basics
- A standardized device that allows for consistent stabalized human powered energy input
- Mainly direct mechanical, but could be others such as hydraulic, pnuematic, or electric
- The choice of mechanical means less losses if used to go directly to mechanical use, or a pump, instead of motion->electric->motion just "motion" etc
Basic Design
HMID
- Human Mechanical Input Device
- Essentially gymnasium equipment (Bicicyle Pedals, Elyptical, Rowing maching, Climbing Machine (Bar or Rockwall), etc)
- Connects to a standerdized output axle
COD
- Controlled Output Device
- Turns the varied and irregular input of a human into a metered consistent input
- Uses the combiniation of a Flywheel (Lower Limit) and a Centrifugal Govenor (Upper Limit)
(Optional) CVT
- Continously Variable Transmission
- Allows the device to be more efficient and/or produce more torque/reach a higher rpm