Scale Model of CEB Press - Revision history

Marcin at 19:22, 8 February 2019

2019-02-08T19:22:50Z

← Older revision		Revision as of 19:22, 8 February 2019
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	=Concept=		=Concept=

	3d printed scale model of brick press- the same one we built our house with. 3D printed cylinders and washer solenoid valve + Arduino + pressure sensor + 50 psi ~~diaphragm~~ pump. So the system runs not on high pressure hydraulics but 50 psi water. All the motion would be there - say as a 1/8 scale model or such. Everything works but just in miniature.		3d printed scale model of brick press- the same one we built our house with. 3D printed cylinders and washer solenoid valve + Arduino + pressure sensor + common 50 psi water pump. So the system runs not on high pressure hydraulics but 50 psi water. All the motion would be there - say as a 1/8 scale model or such. Everything works but just in miniature.

	This system would allow for realistic modeling and code development. And, the model itself could be a toy or educational kit and product. It would be a great education toy combining mechanics, electronics, programming, hydraulics, and rapid prototyping.		This system would allow for realistic modeling and code development. And, the model itself could be a toy or educational kit and product. It would be a great education toy combining mechanics, electronics, programming, hydraulics, and rapid prototyping.

Marcin: /* Links */

2019-01-15T02:06:16Z

Links

← Older revision		Revision as of 02:06, 15 January 2019
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	*[[Time for Laser Cutting Scale Models]]		*[[Time for Laser Cutting Scale Models]]
	*[[3D Printed Scale Models]]		*[[3D Printed Scale Models]]
	*

Marcin at 02:06, 15 January 2019

2019-01-15T02:06:08Z

← Older revision		Revision as of 02:06, 15 January 2019
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	3d printed scale model of brick ~~pressing~~ - the same one we built our house with. 3D printed ~~cylnders~~ and washer solenoid valve + Arduino + p sensor + 50 psi diaphragm pump. So the system runs not on high pressure hydraulics but 50 psi water. All the motion would be there - say as a 1/8 scale model or such. Everything works but just in miniature.		=Concept=

			3d printed scale model of brick press- the same one we built our house with. 3D printed cylinders and washer solenoid valve + Arduino + pressure sensor + 50 psi diaphragm pump. So the system runs not on high pressure hydraulics but 50 psi water. All the motion would be there - say as a 1/8 scale model or such. Everything works but just in miniature.

	This system would allow for realistic modeling and code development. And, the model itself could be a toy or educational kit and product. It would be a great education toy combining mechanics, electronics, programming, hydraulics, and rapid prototyping.		This system would allow for realistic modeling and code development. And, the model itself could be a toy or educational kit and product. It would be a great education toy combining mechanics, electronics, programming, hydraulics, and rapid prototyping.

Marcin: /* Links */

2019-01-15T02:05:19Z

Links

← Older revision		Revision as of 02:05, 15 January 2019
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	=Links=		=Links=
	*[[Rapid Prototyping]]		*[[Rapid Prototyping]]
			*[[OSE Rapid Prototyping]]
			*[[Time for Laser Cutting Scale Models]]
			*[[3D Printed Scale Models]]
			*

Marcin: Created page with "3d printed scale model of brick pressing - the same one we built our house with. 3D printed cylnders and washer solenoid valve + Arduino + p sensor + 50 psi diaphragm pump. So..."

2019-01-15T01:59:39Z

Created page with "3d printed scale model of brick pressing - the same one we built our house with. 3D printed cylnders and washer solenoid valve + Arduino + p sensor + 50 psi diaphragm pump. So..."

New page

3d printed scale model of brick pressing - the same one we built our house with. 3D printed cylnders and washer solenoid valve + Arduino + p sensor + 50 psi diaphragm pump. So the system runs not on high pressure hydraulics but 50 psi water. All the motion would be there - say as a 1/8 scale model or such. Everything works but just in miniature.

This system would allow for realistic modeling and code development. And, the model itself could be a toy or educational kit and product. It would be a great education toy combining mechanics, electronics, programming, hydraulics, and rapid prototyping.

This would allow school kids to do real prototyping for OSE purposes - and if the model is an exact scale model replica - that could help with fine-tuning the real design.

This links schools to science with a purpose and with industrial productivity.

=Links=
*[[Rapid Prototyping]]