Difference between revisions of "Micro sleeve"
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|Members=Xopr | |Members=Xopr | ||
|Description=ART-net controlled cylindrical-ish μdisplay, it's so cute! | |Description=ART-net controlled cylindrical-ish μdisplay, it's so cute! | ||
| + | |Picture=Microsleeve.gif | ||
}} | }} | ||
| − | |||
=== synopsis === | === synopsis === | ||
Inspired by the famous [[LED sleeve]], I bought a lantern and found a tiny ledstrip on ALiExpress. | Inspired by the famous [[LED sleeve]], I bought a lantern and found a tiny ledstrip on ALiExpress. | ||
| + | |||
| + | === parts === | ||
| + | The list you need to build one: | ||
| + | * Lantern: found a solar candle lantern at Action for roughly €5,- | ||
| + | * 1M 160LED/M × 2.7mm WS2812B (2020SMD) strip (12V) | ||
| + | * >56mm 5/8" 16mm electrical pipe (6-7cm) | ||
| + | * heat shrink ~56mm × 22mm 8-9cm | ||
| + | * ESP-12 or an ESP8266 that exposes <code>GPIO2</code> | ||
| + | * step-down/buck converter to 3.3v | ||
| + | * USB-C PD trigger to 12V | ||
| + | * 2 × 10k resistors | ||
| + | * two pieces of ~10cm × 10cm scrap plywood for the pipe base | ||
| + | * hot glue | ||
| + | * 16mm drill | ||
| + | * some thin wire to connect all boards | ||
| + | * soldering equipment | ||
| + | * mounting hardware (or just hot glue) | ||
| + | * optional: 4 × 10cm × 20cm plexiglass, since the lantern came with super thin real glass, that broke once it fell | ||
=== build === | === build === | ||
| − | + | * flash the ESP with WLED firmware; this has all you need! | |
| + | * dismantle the candle, charger and solar panel in the used lantern; it will leave a big hole at the bottom | ||
| + | * remove some ridges to make it flat for the plywood | ||
| + | * optional: replace the glass with plexiglass | ||
| + | * drill a hole in the center of the top plywood so it fits the electrical pipe | ||
| + | * wrap the LEDstrip clockwise starting from the end of the strip at the top; you will notice it will need 8,5 LEDs to make a single spiral circle and therefore second layer almost alternates with the first one | ||
| + | * cover it with heat shrink, ~1cm past the soldered wires at the bottom, leaving ~1cm above the pipe | ||
| + | * while heat shrinking, push in the top heat shrink so 'falling' water can't creep in from the top | ||
| + | * feed the separate connector through one of the holes out of the bottom; | ||
| + | * solder both the connector wire and extra wires for the buck converter to the PD-trigger board | ||
| + | * solder wires from the buck converter to the ESP (make sure the necessary ESP pull resistors are also present); | ||
| + | * include the data pin: <code>GPIO2</code> | ||
| + | * place both plywood boards (1 inside, one from the bottom) | ||
| + | * place and plug in the micro sleeve | ||
| + | * hot glue everything to the base and make a notch for the cable to come out | ||
| + | |||
=== notes === | === notes === | ||
| − | + | This will become a 19mm × 52.5mm sleeve with 8 × 20 LEDs so it will not be fully compatible with the [[LED sleeve]] Art-Net codebase (7 × 21). | |
| + | |||
| + | Also, don't forget to pull up <code>PD_EN</code> and pull down <code>GPIO15</code> | ||
=== also see === | === also see === | ||
| − | * WLED | + | * [https://kno.wled.ge/ WLED] |
Latest revision as of 11:39, 9 June 2024
| Project: Micro sleeve | |
|---|---|
| Featured: | No |
| State | Completed |
| Members | Xopr |
| GitHub | No GitHub project defined. Add your project here. |
| Description | ART-net controlled cylindrical-ish μdisplay, it's so cute! |
| Picture | |
| |
Contents
synopsis
Inspired by the famous LED sleeve, I bought a lantern and found a tiny ledstrip on ALiExpress.
parts
The list you need to build one:
- Lantern: found a solar candle lantern at Action for roughly €5,-
- 1M 160LED/M × 2.7mm WS2812B (2020SMD) strip (12V)
- >56mm 5/8" 16mm electrical pipe (6-7cm)
- heat shrink ~56mm × 22mm 8-9cm
- ESP-12 or an ESP8266 that exposes
GPIO2 - step-down/buck converter to 3.3v
- USB-C PD trigger to 12V
- 2 × 10k resistors
- two pieces of ~10cm × 10cm scrap plywood for the pipe base
- hot glue
- 16mm drill
- some thin wire to connect all boards
- soldering equipment
- mounting hardware (or just hot glue)
- optional: 4 × 10cm × 20cm plexiglass, since the lantern came with super thin real glass, that broke once it fell
build
- flash the ESP with WLED firmware; this has all you need!
- dismantle the candle, charger and solar panel in the used lantern; it will leave a big hole at the bottom
- remove some ridges to make it flat for the plywood
- optional: replace the glass with plexiglass
- drill a hole in the center of the top plywood so it fits the electrical pipe
- wrap the LEDstrip clockwise starting from the end of the strip at the top; you will notice it will need 8,5 LEDs to make a single spiral circle and therefore second layer almost alternates with the first one
- cover it with heat shrink, ~1cm past the soldered wires at the bottom, leaving ~1cm above the pipe
- while heat shrinking, push in the top heat shrink so 'falling' water can't creep in from the top
- feed the separate connector through one of the holes out of the bottom;
- solder both the connector wire and extra wires for the buck converter to the PD-trigger board
- solder wires from the buck converter to the ESP (make sure the necessary ESP pull resistors are also present);
- include the data pin:
GPIO2 - place both plywood boards (1 inside, one from the bottom)
- place and plug in the micro sleeve
- hot glue everything to the base and make a notch for the cable to come out
notes
This will become a 19mm × 52.5mm sleeve with 8 × 20 LEDs so it will not be fully compatible with the LED sleeve Art-Net codebase (7 × 21).
Also, don't forget to pull up PD_EN and pull down GPIO15
