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blink(1) sconces

Add-on diffusers for blink(1) mk2 USB RGB LED

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The blink(1) USB LED has an easily removable case. The design is open source and I've always wanted to have extra add-on diffusers for wall-mount or cubicle mounting. Something that really showcases how bright the two WS2812 / Neopixel LEDs in blink(1) are.

These are my experiments in making these diffusers, by way of learning Fusion 360.

There are two methods I can see for attaching add-on diffusers to blink(1):

* mount directly to PCBA

* mount to metal frame (that carries PCBA)

I was initially designing for the former, but I think it will be structurally stronger (and safer for the PCBA) if I design for the latter.

Standard Tesselated Geometry - 93.34 kB - 02/13/2017 at 06:20

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Standard Tesselated Geometry - 89.44 kB - 02/13/2017 at 06:20

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Standard Tesselated Geometry - 52.33 kB - 02/12/2017 at 21:28

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Standard Tesselated Geometry - 128.01 kB - 02/12/2017 at 21:22

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Standard Tesselated Geometry - 78.11 kB - 02/12/2017 at 21:22

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  • 1 × blink(1) mk2 blink(1) USB RGB LED

  • Is it a spaceship or a blink(1)?

    todbot02/13/2017 at 06:22 0 comments

    I think the metal frame-based mounting is working well.

    Also this...

  • Metal frame-mounted sconces: better

    todbot02/12/2017 at 21:28 0 comments

    I think frame-mounted sconces work better.

    The first attempt (uploaded as "blink1SconceFrameArch1.stl") is much more stable than the PCB-based mounts.

    Problems with this first attempt though:

    * mounting arms block some of the side-emitting light

    * mounting grippers are 2mm too wide on each side

    Thus fixes to try:

    * move mounting arms forward towards USB jack: gives more space for light

    * eliminate 2mm space on grippers

  • PCBA-attached sconces

    todbot02/12/2017 at 21:24 0 comments

    There are two methods I can see for attaching add-on diffusers to blink(1):

    * mount directly to PCBA

    * mount to metal frame (that carries PCBA)

    I was initially designing for the former, but I think it will be structurally stronger (and safer for the PCBA) if I design for the latter.

    I've uploaded several attempts at PCBA-mounted sconces. They work... sorta.

    Things I like about some of the designs, even with the bad mounting technique:

    * the circular arc diffuser is minimally classic

    * two of the designs have inserts for a message to help define what the blink(1) is for (see the "NO NO NO") in one of the photos

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  • 1
    Step 1

    These designs assume a 3d printer with translucent material. Natural PLA or natural ABS will both work.

    Printing parameters:

    • 0.2mm layer height
    • 100% infill
    • supports requires
    • raft optional

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