X Modules - Revision history

Marcin: /* February */

2020-02-16T01:11:09Z

February

← Older revision		Revision as of 01:11, 16 February 2020
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	The modular approach makes looking at the Summer X Critical Path more manageable:		The modular approach makes looking at the Summer X Critical Path more manageable:

	==February==		==February Critical Path==
	<html><img src="https://docs.google.com/drawings/d/e/2PACX-1vSd3nSuRx1-GUE_D5g0LU6GvOVhi01m_Rto6LCgB-orVDj8UB62VIlzbHICqvX-TexNxLHWMb1YW49L/pub?w=701&h=394"></html>		<html><img src="https://docs.google.com/drawings/d/e/2PACX-1vSd3nSuRx1-GUE_D5g0LU6GvOVhi01m_Rto6LCgB-orVDj8UB62VIlzbHICqvX-TexNxLHWMb1YW49L/pub?w=701&h=394"></html>

Marcin: /* Introduction */

2020-02-16T01:10:54Z

Introduction

← Older revision		Revision as of 01:10, 16 February 2020
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	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]].		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]].

			=Critical Path=
			The modular approach makes looking at the Summer X Critical Path more manageable:

			==February==
			<html><img src="https://docs.google.com/drawings/d/e/2PACX-1vSd3nSuRx1-GUE_D5g0LU6GvOVhi01m_Rto6LCgB-orVDj8UB62VIlzbHICqvX-TexNxLHWMb1YW49L/pub?w=701&h=394"></html>

			[https://docs.google.com/drawings/d/1oSBlpa600Ji4ifzpScZUFjE1dS46MORxviuhqtLcXAU/edit edit]

	=Overview of Modules: How to Design Any Machine=		=Overview of Modules: How to Design Any Machine=

Marcin: /* Modules */

2020-02-04T19:43:20Z

Modules

← Older revision		Revision as of 19:43, 4 February 2020
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	*Joints - backhoe, forks, ariculated steering, ground traction joint		*Joints - backhoe, forks, ariculated steering, ground traction joint

	=Modules=		=Modules Detail and Application=
	Available:		Available:
	*Universal Rotor		*Universal Rotor

Marcin: /* Introduction */

2020-02-04T18:25:15Z

Introduction

← Older revision		Revision as of 18:25, 4 February 2020
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	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]].		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]].

			=Overview of Modules: How to Design Any Machine=
			*Heat enclosure; heater elements, kilns for pottery, rotary kiln in a chamber for concrete production
			*Universal exis - 8mm, 1", 2", 3" - hollow and solid with printed bushings of irregular size to match pipe. Applications to material feed in CNC machines.
			*Universal rotary axis - indexable, high torque
			*Transmissions - 3D printed belts, planetary gears, high torque chain geardown
			*Tool heads - cnc sawmill, heavy duty mill, lathe chuck, 100W laser, cnc torch, router, circuit mill at small scale, etc.
			*Print Tool Heads - ceramic, plastic, WAAM
			*Universal Rotor - wheel and track module, including 3D printed for both, hammermill, rotary kiln module, shredder (1/2" blades), chain trencher, auger, sideways auger for trencher, 360 degree turntable for backhoe; water pump, mud pump
			*Small cordless tools - drill, circular saw, welder, battery pack, etc
			*Electronics - battery charger, remote control (360 backhoe), Pi tablet studio.
			*Joints - backhoe, forks, ariculated steering, ground traction joint

	=Modules=		=Modules=

Marcin at 17:56, 4 February 2020

2020-02-04T17:56:27Z

← Older revision		Revision as of 17:56, 4 February 2020
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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

Marcin: Created page with "=Introduction= By combining Module Based Design, a Construction Set Approach, Rapid Prototyping, Test-Driven Design, Extreme Manufacturing rapid builds, an..."

2020-02-04T17:24:13Z

Created page with "=Introduction= By combining Module Based Design, a Construction Set Approach, Rapid Prototyping, Test-Driven Design, Extreme Manufacturing rapid builds, an..."

New page

=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.