Technology Modules: Difference between revisions
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=Cordless Power Tools= | =Cordless Power Tools= | ||
Automotive | |||
=Automotive= | |||
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*Steering | *Steering | ||
*Frame | |||
=Space and Rockets= | |||
Air travel, such as multirotors, airplanes, rockets, telecom. | |||
*Drone software | |||
*Drone controls | |||
=Machining= | =Machining= |
Revision as of 22:28, 9 April 2020
Introduction
Here we define a structural primitives approach to functionality of machines. This is based on a notion that ultimately, sourcing of materials - the material instantiation of artifacts - is important. This is because we focus this work around ubiquitous access to materials, and as such, we consider accessible materials in the design process.
We break down technology by areas and construction sets. We go down in detail here - to submodules. These include materials, basic structures, basis functional units.
The goal here is material abundance and resilience, based on distributed microfactories that have about $100k of startup capital, and are further bootstrapped into further Technological Recursion.
Modules List
Here we list sectors/areas of societal operations.
Electric Power
Outcomes: electric power generation, electric drive, electricity storage
- Axial flux electric motor. Relies on high-strength magnets.\
Metallurgy and Mechanics
Outcomes: metal rollind, rod+wire production, alloying, any metal chemistry. Mechanical drive.
- Ball bearings
- Bushings - plastic or bronze
- Metal shaft - how to produce one from scrap steel with induction furnace.
- Copper wire
- Insulated copper wire - for w
Cordless Power Tools
Automotive
- Brakes
- Steering
- Frame
Space and Rockets
Air travel, such as multirotors, airplanes, rockets, telecom.
- Drone software
- Drone controls
Machining
- Air bearings
Heavy Metal Working
Relates to machining in the lighter forms
Materials
Outcomes: machinery for materials processing: vessels, pressure vessels, heating systems, pumping systems, blowing systems, ball/roller mills, shredders, cutters, hammermills. Powders and particle grading. Containers, vessels in general - at all pressures for all materials.
Chemistry
Specific material, related to
Penumatics
Combines with Safety for air purification, and clean-rooms for semiconductors
Electrolysis and Arc Furnce
Outcomes: hydrogen, calcium carbide, iron from ore, aluminum from clay.
Clay and Rocks
Outcomes: fillers, pottery
Heat
Outcomes: heaters, furnaces, ovens. Part of Materials - heat systems.
Safety Gear
Outcomes: eye, head, skin, breath, sound protection, force protection, cut protection. Includes respiration
- Mouth/nose faceplate
- Face mask
- Various options of view window: clear, dark, color-selective, welding, impact resistance
- Eyeglass modules
- Filter module - for face mask, PAPR, air filter in general
- Blower