Technology Modules - Revision history

Marcin: /* Simple List */

2025-06-21T18:38:37Z

Simple List

← Older revision		Revision as of 18:38, 21 June 2025
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	'''Note''': design is best done by remaining bluff I cornily general in module definition, such as 'piston' can mean engine piston, pump piston, hydraulic cylinder, etc. The critical part is understanding the differentiation in the submodules, which achieve the desired function. This is the most generative approach to design - understanding variations of design subcomponents of general classes of modules. This is similar to [[Tony Buzan]]'s mnemonic method of putting something on fire, under water, in ice - etc - yo think about possible variations.		'''Note''': design is best done by remaining bluff I cornily general in module definition, such as 'piston' can mean engine piston, pump piston, hydraulic cylinder, etc. The critical part is understanding the differentiation in the submodules, which achieve the desired function. This is the most generative approach to design - understanding variations of design subcomponents of general classes of modules. This is similar to [[Tony Buzan]]'s mnemonic method of putting something on fire, under water, in ice - etc - yo think about possible variations.

	=Simple List=		=Simple List of Mechalisms=
			Combining mechanisms with algorithms.
	All are at any scale, material, precision, variation. All with [[Multilevel Learning]], interdisciplinary, wholistic learning.		All are at any scale, material, precision, variation. All with [[Multilevel Learning]], interdisciplinary, wholistic learning.
	#2 Sprocket Gear at any strength and any drivel link material		#2 Sprocket Gear at any strength and any drivel link material
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	#Microcontroller		#Microcontroller
	#Microcontroler graphical interface		#Microcontroler graphical interface
	#Server - VM, docker, live USB, custom distribution, networking, turnkey Linux appliances, mashups of embed. WordPress, wiki, up vote, forum, and minimalist build prompt engineering assisted.		#Server - VM, docker, live USB, custom distribution, networking, turnkey Linux appliances, mashups of embed. WordPress, wiki, up vote, forum, and minimalist build prompt engineering assisted. Range extension.
			#Antennas. Received and send, radar, lidar.
			#Engine Design - with EFI
			#ROS or Ardupolot Rover
			#Computer Vision
			#Remote control through WiFi, radio, SDR, and laser, and all other of spectra.
			#Microcontrollers
			#Sensors - for everything.

	=Short List=		=Short List=

Marcin: /* Simple List */

2025-06-21T18:33:18Z

Simple List

← Older revision		Revision as of 18:33, 21 June 2025
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	#Scissor - from scissors to ironworkers and scissor lifts		#Scissor - from scissors to ironworkers and scissor lifts
	#Housing, frame. From [[Universal Frame]] to truss to car body to Blender shaping to aerodynamics		#Housing, frame. From [[Universal Frame]] to truss to car body to Blender shaping to aerodynamics
			#Elecyrical Inductor
			#Microcontroller
			#Microcontroler graphical interface
			#Server - VM, docker, live USB, custom distribution, networking, turnkey Linux appliances, mashups of embed. WordPress, wiki, up vote, forum, and minimalist build prompt engineering assisted.

	=Short List=		=Short List=

Marcin: /* Short List */

2025-06-21T18:30:28Z

Short List

← Older revision		Revision as of 18:30, 21 June 2025
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	'''Note''': design is best done by remaining bluff I cornily general in module definition, such as 'piston' can mean engine piston, pump piston, hydraulic cylinder, etc. The critical part is understanding the differentiation in the submodules, which achieve the desired function. This is the most generative approach to design - understanding variations of design subcomponents of general classes of modules. This is similar to [[Tony Buzan]]'s mnemonic method of putting something on fire, under water, in ice - etc - yo think about possible variations.		'''Note''': design is best done by remaining bluff I cornily general in module definition, such as 'piston' can mean engine piston, pump piston, hydraulic cylinder, etc. The critical part is understanding the differentiation in the submodules, which achieve the desired function. This is the most generative approach to design - understanding variations of design subcomponents of general classes of modules. This is similar to [[Tony Buzan]]'s mnemonic method of putting something on fire, under water, in ice - etc - yo think about possible variations.

			=Simple List=
			All are at any scale, material, precision, variation. All with [[Multilevel Learning]], interdisciplinary, wholistic learning.
			#2 Sprocket Gear at any strength and any drivel link material
			#Shaft and bearing. Any radial/axial force, any load, one or two side supported, any geometry. Assignment: design a specific one in FreeCAD. Includes mechanical pivot, bushing. Any tightness to air bearing greaseless
			#Cylinder - including hydraulic, ceiling, pneumatic, engine, booster, telescoping arm
			#Scissor - from scissors to ironworkers and scissor lifts
			#Housing, frame. From [[Universal Frame]] to truss to car body to Blender shaping to aerodynamics

	=Short List=		=Short List=

Marcin: /* Introduction */

2025-03-24T00:41:37Z

Introduction

← Older revision		Revision as of 00:41, 24 March 2025
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	The goal here is material abundance and resilience, based on distributed microfactories that require about $100k of startup capital to produce thriving communities anywhere, and are further bootstrapped into further [[Technological Recursion]].		The goal here is material abundance and resilience, based on distributed microfactories that require about $100k of startup capital to produce thriving communities anywhere, and are further bootstrapped into further [[Technological Recursion]].

	'''Note''': design is best done by remaining bluff I cornily general in module definition, such as 'piston' can mean engine piston, pump piston, hydraulic cylinder, etc. The critical part is understanding the differentiation in the submodules, which achieve the desired function. This is the most generative approach to design - understanding variations of design subcomponents of general classes of modules.		'''Note''': design is best done by remaining bluff I cornily general in module definition, such as 'piston' can mean engine piston, pump piston, hydraulic cylinder, etc. The critical part is understanding the differentiation in the submodules, which achieve the desired function. This is the most generative approach to design - understanding variations of design subcomponents of general classes of modules. This is similar to [[Tony Buzan]]'s mnemonic method of putting something on fire, under water, in ice - etc - yo think about possible variations.

	=Short List=		=Short List=

Marcin: /* Introduction */

2025-03-24T00:40:26Z

Introduction

← Older revision		Revision as of 00:40, 24 March 2025
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	The goal here is material abundance and resilience, based on distributed microfactories that require about $100k of startup capital to produce thriving communities anywhere, and are further bootstrapped into further [[Technological Recursion]].		The goal here is material abundance and resilience, based on distributed microfactories that require about $100k of startup capital to produce thriving communities anywhere, and are further bootstrapped into further [[Technological Recursion]].

			'''Note''': design is best done by remaining bluff I cornily general in module definition, such as 'piston' can mean engine piston, pump piston, hydraulic cylinder, etc. The critical part is understanding the differentiation in the submodules, which achieve the desired function. This is the most generative approach to design - understanding variations of design subcomponents of general classes of modules.

	=Short List=		=Short List=

Marcin: /* Short List */

2023-11-19T15:35:58Z

Short List

← Older revision		Revision as of 15:35, 19 November 2023
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	*Wood to diesel maker		*Wood to diesel maker
	*Ball bearing		*Ball bearing
			*Metal alloying apparatus
			*Grinder
			*Tool and die but making
			*Oxygen generator?
			*CO2 generator

	=Work Doc=		=Work Doc=

Marcin: /* Short List */

2023-11-19T15:29:46Z

Short List

@@ Line 20: / Line 20: @@
 *Solenoid valve- high and low pressure continuous and burst including injectors and hydraulic solenoid valves
 *Microcontroller- $1 chip for Arduino performance and Mini computer -two cores at 1.5 ghz and 1080 HD at $50 [https://www.ti.com/product/AM5729?utm_source=google&utm_medium=cpc&utm_campaign=epd-null-null-gpn_en-cpc-pf-google-wwe&utm_content=am5729&ds_k=%257B_dssearchterm%257D&DCM=yes&gad_source=1&gclid=CjwKCAiAgeeqBhBAEiwAoDDhn0_1-fmIQNvC_YK8bPAEbYCpq27f5XF1-OMrJX46-tiPVGs7e3r-BRoCZS8QAvD_BwE&gclsrc=aw.ds]. Or Rpi micro at 700khz for $1.
 =Work Doc=

Marcin: /* Short List */

2023-11-19T15:22:09Z

Short List

← Older revision		Revision as of 15:22, 19 November 2023
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	*Air bearing - includes a piston version, and can be machined plastic.		*Air bearing - includes a piston version, and can be machined plastic.
	*Solenoid valve- high and low pressure continuous and burst including injectors and hydraulic solenoid valves		*Solenoid valve- high and low pressure continuous and burst including injectors and hydraulic solenoid valves
	*Microcontroller- $1 chip		*Microcontroller- $1 chip for Arduino performance and Mini computer -two cores at 1.5 ghz and 1080 HD at $50 [https://www.ti.com/product/AM5729?utm_source=google&utm_medium=cpc&utm_campaign=epd-null-null-gpn_en-cpc-pf-google-wwe&utm_content=am5729&ds_k=%257B_dssearchterm%257D&DCM=yes&gad_source=1&gclid=CjwKCAiAgeeqBhBAEiwAoDDhn0_1-fmIQNvC_YK8bPAEbYCpq27f5XF1-OMrJX46-tiPVGs7e3r-BRoCZS8QAvD_BwE&gclsrc=aw.ds]. Or Rpi micro at 700khz for $1.
	*Mini computer

	=Work Doc=		=Work Doc=

Marcin: /* Short List */

2023-11-19T15:12:26Z

Short List

← Older revision		Revision as of 15:12, 19 November 2023
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	*Universal rotor - high and low power hearable track or wheel, [[Hybrid Air Tire]].		*Universal rotor - high and low power hearable track or wheel, [[Hybrid Air Tire]].
			*Piston or cylinder
			*Air bearing - includes a piston version, and can be machined plastic.
			*Solenoid valve- high and low pressure continuous and burst including injectors and hydraulic solenoid valves
			*Microcontroller- $1 chip
			*Mini computer

	=Work Doc=		=Work Doc=

Marcin: /* Work Doc */

2023-11-19T15:06:10Z

Work Doc

← Older revision		Revision as of 15:06, 19 November 2023
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	The goal here is material abundance and resilience, based on distributed microfactories that require about $100k of startup capital to produce thriving communities anywhere, and are further bootstrapped into further [[Technological Recursion]].		The goal here is material abundance and resilience, based on distributed microfactories that require about $100k of startup capital to produce thriving communities anywhere, and are further bootstrapped into further [[Technological Recursion]].

			=Short List=
			All are stackable, 2 forms of scalability, materials substitutable, LD, DfD, robust, highly efficient, abundant material composition.

			*Universal rotor - high and low power hearable track or wheel, [[Hybrid Air Tire]].


	=Work Doc=		=Work Doc=
	<html><~~img~~ src="https://docs.google.com/drawings/d/e/2PACX-1vSr54kLqj5VmRSc7lNLDSghj8GXcoTwQ6qIL0d8JO_apkDLO8IFUcqvecTxpNFPZiq_OxdOmqxZXOeD/pub?w=701&h=394"></html>		<html><imgDfD src="https://docs.google.com/drawings/d/e/2PACX-1vSr54kLqj5VmRSc7lNLDSghj8GXcoTwQ6qIL0d8JO_apkDLO8IFUcqvecTxpNFPZiq_OxdOmqxZXOeD/pub?w=701&h=394"></html>

	[https://docs.google.com/drawings/d/1xYDXNQ0uyOL6WZoROT8dXWGysnl0hA9TF1C2tiTF4Fg/edit edit]		[https://docs.google.com/drawings/d/1xYDXNQ0uyOL6WZoROT8dXWGysnl0hA9TF1C2tiTF4Fg/edit edit]