STEAM Camp Module Specifications: Difference between revisions

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=Items=
=CNC Plotter=
A device based on the [[Universal Axis]] capable of drawing pictures and circuit masks on copper-clad boards. The platter is part of a 3-in-1 CNC Tool which uses a CNC motion system in 3 dimensions, coupled with quick-connect toolheads. The Plotter is one of these tool heads. This uses a RAMPS-based [[Universal Controller]] and [[Universal Axis]] to move a drawing tool. The universal axes are oriented in a configuration embodied by [[D3D Simple]]. The specifications include 10 micron step size of motion, and plotting resolution limited by the width of the pen or marker tool. The nature of this development is to produce a quick-connect plotting toolhead for D3D Simple, including the software that can be run on the Universal Controller. The technology in (1) concept diagram, (2) CAD in open source file format and ideally in FreeCAD and KiCad, (3), any required wiring diagrams, (4) software, (5) Build Instructions, (6) CAM files for production, (7) BOM, (8) Exploded Part Diagram, and (9) Build Instructions. For detailed specification and scope, see [[CNC Plotter Development]].


#'''A CNC Plotter''' - capable of drawing pictures and circuit masks on copper-clad boards. The platter is part of a 3-in-1 CNC Tool which uses a CNC motion system in 3 dimensions, coupled with quick-connect toolheads. The Plotter is one of these tool heads. This uses a RAMPS-based [[Universal Controller]] and [[Universal Axis]] to move a drawing tool. The universal axes are oriented in a configuration embodied by [[D3D Simple]]. The specifications include 10 micron step size of motion, and plotting resolution limited by the width of the pen or marker tool. The nature of this development is to produce a quick-connect plotting toolhead for D3D Simple, including the software that can be run on the Universal Controller. The technology in (1) concept diagram, (2) CAD in open source file format and ideally in FreeCAD and KiCad, (3), any required wiring diagrams, (4) software, (5) Build Instructions, (6) CAM files for production, (7) BOM, (8) Exploded Part Diagram, and (9) Build Instructions. For detailed specification and scope, see [[CNC Plotter Development]].
==Modular Breakdown==
#'''Scalable Battery Pack'''. See
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=Product Ecology Fit Requirements=
==Product Ecology Fit to Prior Art==
 
=Scalable Battery Pack=
This is a battery pack based on 18650 cells that is made without soldering or spot welding. Instead, modular holders with flexible elements, press fit, and bolts are used to hold batteries in place. The batteries can be removed without having to solder and unsolder. The pack geometry and modular holders are 3D printed. The battery is designed with interconnects so that the battery can be stacked either in series or parallel.
 
Modular Breakdown:
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Revision as of 20:00, 27 September 2019

CNC Plotter

A device based on the Universal Axis capable of drawing pictures and circuit masks on copper-clad boards. The platter is part of a 3-in-1 CNC Tool which uses a CNC motion system in 3 dimensions, coupled with quick-connect toolheads. The Plotter is one of these tool heads. This uses a RAMPS-based Universal Controller and Universal Axis to move a drawing tool. The universal axes are oriented in a configuration embodied by D3D Simple. The specifications include 10 micron step size of motion, and plotting resolution limited by the width of the pen or marker tool. The nature of this development is to produce a quick-connect plotting toolhead for D3D Simple, including the software that can be run on the Universal Controller. The technology in (1) concept diagram, (2) CAD in open source file format and ideally in FreeCAD and KiCad, (3), any required wiring diagrams, (4) software, (5) Build Instructions, (6) CAM files for production, (7) BOM, (8) Exploded Part Diagram, and (9) Build Instructions. For detailed specification and scope, see CNC Plotter Development.

Modular Breakdown

Insert non-formatted text here [ edit]

Product Ecology Fit to Prior Art

Scalable Battery Pack

This is a battery pack based on 18650 cells that is made without soldering or spot welding. Instead, modular holders with flexible elements, press fit, and bolts are used to hold batteries in place. The batteries can be removed without having to solder and unsolder. The pack geometry and modular holders are 3D printed. The battery is designed with interconnects so that the battery can be stacked either in series or parallel.

Modular Breakdown: Insert non-formatted text here [ edit]