#mueslitech — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #mueslitech, aggregated by home.social.
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Here you can see the #NeoPixel cube in action, glowing with different colors. The animation was written in #MicroPython, and I'm quite happy with how it turned out :blobcat_nwn:
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Here you can see the #NeoPixel cube in action, glowing with different colors. The animation was written in #MicroPython, and I'm quite happy with how it turned out :blobcat_nwn:
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Here you can see the #NeoPixel cube in action, glowing with different colors. The animation was written in #MicroPython, and I'm quite happy with how it turned out :blobcat_nwn:
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Here you can see the #NeoPixel cube in action, glowing with different colors. The animation was written in #MicroPython, and I'm quite happy with how it turned out :blobcat_nwn:
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Here you can see the #NeoPixel cube in action, glowing with different colors. The animation was written in #MicroPython, and I'm quite happy with how it turned out :blobcat_nwn:
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I built a #NeoPixel cube. I saw one at #Easterhegg, and it's actually quite easy to recreate :blobcatthumbsup:
It only needs six 8x8 NeoPixel matrix boards and the 3D-printed frame. Putting everything together with the tiny M2 screws was a bit fiddly, though :blobcatpeek:
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I built a #NeoPixel cube. I saw one at #Easterhegg, and it's actually quite easy to recreate :blobcatthumbsup:
It only needs six 8x8 NeoPixel matrix boards and the 3D-printed frame. Putting everything together with the tiny M2 screws was a bit fiddly, though :blobcatpeek:
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I built a #NeoPixel cube. I saw one at #Easterhegg, and it's actually quite easy to recreate :blobcatthumbsup:
It only needs six 8x8 NeoPixel matrix boards and the 3D-printed frame. Putting everything together with the tiny M2 screws was a bit fiddly, though :blobcatpeek:
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I built a #NeoPixel cube. I saw one at #Easterhegg, and it's actually quite easy to recreate :blobcatthumbsup:
It only needs six 8x8 NeoPixel matrix boards and the 3D-printed frame. Putting everything together with the tiny M2 screws was a bit fiddly, though :blobcatpeek:
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I built a #NeoPixel cube. I saw one at #Easterhegg, and it's actually quite easy to recreate :blobcatthumbsup:
It only needs six 8x8 NeoPixel matrix boards and the 3D-printed frame. Putting everything together with the tiny M2 screws was a bit fiddly, though :blobcatpeek:
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Today I took a look at how this toaster is built. It even came with some free pieces of bread, which was a nice bonus... although they probably shouldn't have been near the mains connection and the latch mechanism.
Even though I have other plans for it, I first reinforced the spring mechanism and toasted a slice of bread.
Sorry, I just had to :neocat_nom_bread:
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Today I took a look at how this toaster is built. It even came with some free pieces of bread, which was a nice bonus... although they probably shouldn't have been near the mains connection and the latch mechanism.
Even though I have other plans for it, I first reinforced the spring mechanism and toasted a slice of bread.
Sorry, I just had to :neocat_nom_bread:
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Today I took a look at how this toaster is built. It even came with some free pieces of bread, which was a nice bonus... although they probably shouldn't have been near the mains connection and the latch mechanism.
Even though I have other plans for it, I first reinforced the spring mechanism and toasted a slice of bread.
Sorry, I just had to :neocat_nom_bread:
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Today I took a look at how this toaster is built. It even came with some free pieces of bread, which was a nice bonus... although they probably shouldn't have been near the mains connection and the latch mechanism.
Even though I have other plans for it, I first reinforced the spring mechanism and toasted a slice of bread.
Sorry, I just had to :neocat_nom_bread:
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Today I took a look at how this toaster is built. It even came with some free pieces of bread, which was a nice bonus... although they probably shouldn't have been near the mains connection and the latch mechanism.
Even though I have other plans for it, I first reinforced the spring mechanism and toasted a slice of bread.
Sorry, I just had to :neocat_nom_bread:
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Looks like a perfect enclosure for a new project :blobcatbreadpeek:
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Looks like a perfect enclosure for a new project :blobcatbreadpeek:
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Looks like a perfect enclosure for a new project :blobcatbreadpeek:
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Looks like a perfect enclosure for a new project :blobcatbreadpeek:
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Looks like a perfect enclosure for a new project :blobcatbreadpeek:
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it’s about time to show some wiring and terminals again
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it’s about time to show some wiring and terminals again
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it’s about time to show some wiring and terminals again
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it’s about time to show some wiring and terminals again
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it’s about time to show some wiring and terminals again
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Here’s another small KNX project 🫠
This time it’s quite manageable, using a 16-channel switching actuator for lighting, power outlets, and roof window drives in a museum. The new exhibition extension is to be controlled from the reception desk. For this purpose, a KNX touch panel with display is a great fit, as it allows everything to be easily operated by category.
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Here’s another small KNX project 🫠
This time it’s quite manageable, using a 16-channel switching actuator for lighting, power outlets, and roof window drives in a museum. The new exhibition extension is to be controlled from the reception desk. For this purpose, a KNX touch panel with display is a great fit, as it allows everything to be easily operated by category.
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Here’s another small KNX project 🫠
This time it’s quite manageable, using a 16-channel switching actuator for lighting, power outlets, and roof window drives in a museum. The new exhibition extension is to be controlled from the reception desk. For this purpose, a KNX touch panel with display is a great fit, as it allows everything to be easily operated by category.
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Here’s another small KNX project 🫠
This time it’s quite manageable, using a 16-channel switching actuator for lighting, power outlets, and roof window drives in a museum. The new exhibition extension is to be controlled from the reception desk. For this purpose, a KNX touch panel with display is a great fit, as it allows everything to be easily operated by category.
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Here’s another small KNX project 🫠
This time it’s quite manageable, using a 16-channel switching actuator for lighting, power outlets, and roof window drives in a museum. The new exhibition extension is to be controlled from the reception desk. For this purpose, a KNX touch panel with display is a great fit, as it allows everything to be easily operated by category.
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It's time for the portable Space-Clock in cyber-neon!
#FutureLooksGoodOnYou #ESP32 #MicroPython #NeoPixel #WS2812B #microcontroller #DIYelectronics
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It's time for the portable Space-Clock in cyber-neon!
#FutureLooksGoodOnYou #ESP32 #MicroPython #NeoPixel #WS2812B #microcontroller #DIYelectronics
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It's time for the portable Space-Clock in cyber-neon!
#FutureLooksGoodOnYou #ESP32 #MicroPython #NeoPixel #WS2812B #microcontroller #DIYelectronics
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It's time for the portable Space-Clock in cyber-neon!
#FutureLooksGoodOnYou #ESP32 #MicroPython #NeoPixel #WS2812B #microcontroller #DIYelectronics
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It's time for the portable Space-Clock in cyber-neon!
#FutureLooksGoodOnYou #ESP32 #MicroPython #NeoPixel #WS2812B #microcontroller #DIYelectronics
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Hey everyone, check out my smart NTP time-synchronized LED Advent candles with Wi-Fi!
I know, it’s a bit early, but that gives you more time if you want to build your own. 😉
#ESP32 #ESP32C3 #microcontroller #IoT #DIYelectronics #christmas #candles #advent
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Hey everyone, check out my smart NTP time-synchronized LED Advent candles with Wi-Fi!
I know, it’s a bit early, but that gives you more time if you want to build your own. 😉
#ESP32 #ESP32C3 #microcontroller #IoT #DIYelectronics #christmas #candles #advent
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Hey everyone, check out my smart NTP time-synchronized LED Advent candles with Wi-Fi!
I know, it’s a bit early, but that gives you more time if you want to build your own. 😉
#ESP32 #ESP32C3 #microcontroller #IoT #DIYelectronics #christmas #candles #advent
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Hey everyone, check out my smart NTP time-synchronized LED Advent candles with Wi-Fi!
I know, it’s a bit early, but that gives you more time if you want to build your own. 😉
#ESP32 #ESP32C3 #microcontroller #IoT #DIYelectronics #christmas #candles #advent
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Hey everyone, check out my smart NTP time-synchronized LED Advent candles with Wi-Fi!
I know, it’s a bit early, but that gives you more time if you want to build your own. 😉
#ESP32 #ESP32C3 #microcontroller #IoT #DIYelectronics #christmas #candles #advent
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It’s time for new projects. Like this small version of the Space Clock as an LED matrix.
It opens up even more possibilities. -
It’s time for new projects. Like this small version of the Space Clock as an LED matrix.
It opens up even more possibilities. -
It’s time for new projects. Like this small version of the Space Clock as an LED matrix.
It opens up even more possibilities. -
It’s time for new projects. Like this small version of the Space Clock as an LED matrix.
It opens up even more possibilities. -
It’s time for new projects. Like this small version of the Space Clock as an LED matrix.
It opens up even more possibilities. -
Haven't posted about this topic in a while.
Kinda always looks the same anyway. 🫠#MuesliTech #Siemens #Simatic #Industry #PLC #ProgrammableLogicController #SPS
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Haven't posted about this topic in a while.
Kinda always looks the same anyway. 🫠#MuesliTech #Siemens #Simatic #Industry #PLC #ProgrammableLogicController #SPS
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Haven't posted about this topic in a while.
Kinda always looks the same anyway. 🫠#MuesliTech #Siemens #Simatic #Industry #PLC #ProgrammableLogicController #SPS
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Haven't posted about this topic in a while.
Kinda always looks the same anyway. 🫠#MuesliTech #Siemens #Simatic #Industry #PLC #ProgrammableLogicController #SPS
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Haven't posted about this topic in a while.
Kinda always looks the same anyway. 🫠#MuesliTech #Siemens #Simatic #Industry #PLC #ProgrammableLogicController #SPS
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The project is finished!
It’s now called Space Clock because it should also be possible to display other variants on it, such as a binary clock, even though the Tix version is definitely the most impressive.
You can now find it at Haxko in Andernach, Germany, during opening hours.
https://haxko.space
@haxkoAnd there’s more to discover
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The project is finished!
It’s now called Space Clock because it should also be possible to display other variants on it, such as a binary clock, even though the Tix version is definitely the most impressive.
You can now find it at Haxko in Andernach, Germany, during opening hours.
https://haxko.space
@haxkoAnd there’s more to discover
-
The project is finished!
It’s now called Space Clock because it should also be possible to display other variants on it, such as a binary clock, even though the Tix version is definitely the most impressive.
You can now find it at Haxko in Andernach, Germany, during opening hours.
https://haxko.space
@haxkoAnd there’s more to discover
-
The project is finished!
It’s now called Space Clock because it should also be possible to display other variants on it, such as a binary clock, even though the Tix version is definitely the most impressive.
You can now find it at Haxko in Andernach, Germany, during opening hours.
https://haxko.space
@haxkoAnd there’s more to discover
-
The project is finished!
It’s now called Space Clock because it should also be possible to display other variants on it, such as a binary clock, even though the Tix version is definitely the most impressive.
You can now find it at Haxko in Andernach, Germany, during opening hours.
https://haxko.space
@haxkoAnd there’s more to discover