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=Introduction= | =Introduction= | ||
By combining [[Module Based Design]], a [[Construction Set Approach]], [[Rapid Prototyping]], [[Test-Driven Design]], [[Extreme Manufacturing]] rapid builds, and [[OSE Collaboration Protocol]] - tremendous amounts of work can be done via public engineering with a diverse [[Collaboration Architecture]] that involves people of diverse skill sets at varying skill levels. | By combining [[Module Based Design]], a [[Construction Set Approach]], [[Rapid Prototyping]], [[Test-Driven Design]], [[Extreme Manufacturing]] rapid builds, and [[OSE Collaboration Protocol]] - tremendous amounts of work can be done via public engineering with a diverse [[Collaboration Architecture]] that involves people of diverse skill sets at varying skill levels. | ||
Simply put: focus on designing modules - and only when these are proven - build assemblies from them. Do not try to build a final product as a general rule. Focus on excessive prototyping of modules while keeping applications in mind, as in the [[Second Toyota Paradox]]. | |||
=Modules= | |||
Available: | |||
*Universal Rotor | |||
To build: | |||
*High T chamber. 1 hour design sesssion. Calculations - cost, production engineering, performance, and subtract the ego so we collaborate. | |||
*High Temperature Nozzle - special nozzles, special heater, special thermistor, firmware settings. | |||
*Module - 1" axis. 50 lbs of torque per axis. | |||
*Module - 2" axis with acceptable torque, 10 micron resolution. 100 lbs of force, but much higher torques and machine tool forces are allowed because shaft is 2" thick. Admissible: 15 mm belt, double axis drive. Data collection for actual results. Simple. | |||
*Module - DIY drive belt. Much larger force belts. | |||
*Module - geardown - much larger forces | |||
*Module - Welder attachment for metal print | |||
*Module - 4-z axis system for lifting toolhead. | |||
*Module - Rotary axis - a chuck | |||
*Module - Indexing head | |||
*Module - electric motor | |||
*Module - CNC torch motion system | |||
*Module - CNC Torch Gas System, automatically controlled | |||
*Module - CNC torch ignition system | |||
*Module - 4x4 torch table | |||
*Module - 4x8 torch table | |||
*Module - CNC cut frame for tractor, from flats | |||
*Module - small CNC laser cutter, 4W | |||
*Module - 40W CNC laster cutter | |||
*Module - Rotary axis 3D printer - printing around a rotating axis | |||
*Module - Module - Coil winder - for Kevlar pipe, for springs | |||
*Complex Module - 3 Axis CNC Machine - as byproduct | |||
*Module - scalable battery pack - with spring loaded terminals | |||
*Module - 18650 welder | |||
*Module - $40 dollar chinese welder | |||
*Module - Tractor Loader, track unit cnc torch table cut, quick release plate DIY | |||
*Module - Power Cube vNext | |||
*Module - Electric Power Cube vNext - with 5 kW treadmill motor x2 | |||
*Module - Grinder | |||
==Modules Month 2== | |||
*Power Cube with Changfa Diesel. Research - 24 hp changfa. | |||
*Exam for Jeff and Julia and Everyone |
Revision as of 17:56, 4 February 2020
Introduction
By combining Module Based Design, a Construction Set Approach, Rapid Prototyping, Test-Driven Design, Extreme Manufacturing rapid builds, and OSE Collaboration Protocol - tremendous amounts of work can be done via public engineering with a diverse Collaboration Architecture that involves people of diverse skill sets at varying skill levels.
Simply put: focus on designing modules - and only when these are proven - build assemblies from them. Do not try to build a final product as a general rule. Focus on excessive prototyping of modules while keeping applications in mind, as in the Second Toyota Paradox.
Modules
Available:
- Universal Rotor
To build:
- High T chamber. 1 hour design sesssion. Calculations - cost, production engineering, performance, and subtract the ego so we collaborate.
- High Temperature Nozzle - special nozzles, special heater, special thermistor, firmware settings.
- Module - 1" axis. 50 lbs of torque per axis.
- Module - 2" axis with acceptable torque, 10 micron resolution. 100 lbs of force, but much higher torques and machine tool forces are allowed because shaft is 2" thick. Admissible: 15 mm belt, double axis drive. Data collection for actual results. Simple.
- Module - DIY drive belt. Much larger force belts.
- Module - geardown - much larger forces
- Module - Welder attachment for metal print
- Module - 4-z axis system for lifting toolhead.
- Module - Rotary axis - a chuck
- Module - Indexing head
- Module - electric motor
- Module - CNC torch motion system
- Module - CNC Torch Gas System, automatically controlled
- Module - CNC torch ignition system
- Module - 4x4 torch table
- Module - 4x8 torch table
- Module - CNC cut frame for tractor, from flats
- Module - small CNC laser cutter, 4W
- Module - 40W CNC laster cutter
- Module - Rotary axis 3D printer - printing around a rotating axis
- Module - Module - Coil winder - for Kevlar pipe, for springs
- Complex Module - 3 Axis CNC Machine - as byproduct
- Module - scalable battery pack - with spring loaded terminals
- Module - 18650 welder
- Module - $40 dollar chinese welder
- Module - Tractor Loader, track unit cnc torch table cut, quick release plate DIY
- Module - Power Cube vNext
- Module - Electric Power Cube vNext - with 5 kW treadmill motor x2
- Module - Grinder
Modules Month 2
- Power Cube with Changfa Diesel. Research - 24 hp changfa.
- Exam for Jeff and Julia and Everyone