Difference: BlingBlingTechnikEn (2 vs. 3)

Revision 32016-03-29 - PeterSchmid

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Funktionsmuster

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Functional Model

 
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proto1-arduino.jpg
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mit Wrap-Drähten verdrahtet
proto1-batterie.jpg
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LiPo-Akku und KL25Z Huckepack
Mit 12 LEDs, Freescale FRDM-KL25Z und Arduino Proto Shield. Proof of Concept (Machbarkeitsnachweis). Januar 2014.
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proto1-arduino.jpg
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Harnessed with soldered wire-wrap wires
proto1-batterie.jpg
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LiPo battery and piggy-back KL25Z
With only 12 LEDs, Freescale FRDM-KL25Z and Arduino Proto Shield. Proof of concept, January 2014.
 
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1. Prototyp

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1. Prototype

 
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proto2.jpg
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DSCN2361.JPG
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DSCN2359.JPG
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proto3-epoxy.jpg
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Mit Epoxy-Kleber vergossen
Mit 16 LEDs, inkl. Bluetooth Low Energy (BLE), Microcontroller MKL25Z128VLK4 von Freescale, ca. 165 mm x 44 mm gross. April 2014.
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proto2.jpg
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DSCN2361.JPG
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DSCN2359.JPG
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DSCN2360.JPG
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proto3-epoxy.jpg
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Potted with epoxy glue
With 16 LEDs (one side only), w/ Bluetooth Low Energy (BLE), Microcontroller MKL25Z128VLK4 from Freescale (now NXP), PCB ca. 165 mm x 44 mm. April 2014.
 
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2. Prototyp

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2. Prototype

 
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proto3-vr.jpg
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vergossen-top.jpg
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Vergossen mit Polyurethan
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Mit 32 LEDs (jeweils 16 vorne und hinten), neuer Microcontroller MK22DX256VLF von Freescale, ca. 160 mm x 30 mm gross. Hardware etwa Juli 2014, Software Oktober 2014.
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vergossen-top.jpg
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Potted in polyurethane (PUR)
vergossen-bottom.jpg
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With 32 LEDs (front- and backside), new microcontroller MK22DX256VLF from Freescale (NXP), PCB ca. 160 mm x 30 mm. Hardware July 2014, software October 2014.
 
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3. Prototyp

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3. Prototype

 
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proto1.3-top.jpg
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proto1.3-top-pur.jpg
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Vergossen mit Polyurethan
Nur wenig Änderungen gegenüber 2. Prototyp. Neu: Beschleunigungssensor, Hall-Sensor statt Reed, JTAG-Stecker auf Rückseite. Hardware etwa Januar 2015, Software Februar 2015.
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proto1.3-top-pur.jpg
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Potted in polyurethane (PUR)
Minor changes to 2. prototype: accelerometer, Hall effect sensor instead reed switch, mini JTAG connector on backside. Hardware January 2015, software February 2015.
 
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Frame, 3D CAD Model

 
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Gehäuse, 3D CAD Modell

assembled-top.png
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Modelliert mit OpenSCAD
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unterteil.png
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oberteil.png
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assembled-top.png
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Modeled with OpenSCAD
assembled-bottom.png
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unterteil.png
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oberteil.png
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3d-print-top.jpg
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3d-print-bottom.jpg
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-- Peter Schmid - 2014-10-17

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