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#wemos — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #wemos, aggregated by home.social.

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  1. Noch eine Ergänzung zu meinem Problem mit den Ausgaben auf dem Serial Monitor des #Wemos #D1Mini
    Das Problem scheint nicht bei #PlatformIO oder #VSCode zu liegen.
    Wenn ich mit #picocom die Daten der Schnittstelle ausgeben lasse erhalte ich auch nur kryptische Zeichen.
    #followerpower #fedihelp

  2. Noch eine Ergänzung zu meinem Problem mit den Ausgaben auf dem Serial Monitor des #Wemos #D1Mini
    Das Problem scheint nicht bei #PlatformIO oder #VSCode zu liegen.
    Wenn ich mit #picocom die Daten der Schnittstelle ausgeben lasse erhalte ich auch nur kryptische Zeichen.
    #followerpower #fedihelp

  3. Noch eine Ergänzung zu meinem Problem mit den Ausgaben auf dem Serial Monitor des #Wemos #D1Mini
    Das Problem scheint nicht bei #PlatformIO oder #VSCode zu liegen.
    Wenn ich mit #picocom die Daten der Schnittstelle ausgeben lasse erhalte ich auch nur kryptische Zeichen.
    #followerpower #fedihelp

  4. Hm, mein #Wemos D1 Pro (#ESP8266) will sich unter #Linux nicht flashen lassen. Schmeißt immer einen permission denied Error auf das /dev/ttyUSB0. Merkwürdig. In der Benutzergruppe Dialout ist mein User.
    Ich werde mich mal morgen damit in Ruhe beschäftigen. Heute nicht mehr.

  5. Hm, mein #Wemos D1 Pro (#ESP8266) will sich unter #Linux nicht flashen lassen. Schmeißt immer einen permission denied Error auf das /dev/ttyUSB0. Merkwürdig. In der Benutzergruppe Dialout ist mein User.
    Ich werde mich mal morgen damit in Ruhe beschäftigen. Heute nicht mehr.

  6. Hm, mein #Wemos D1 Pro (#ESP8266) will sich unter #Linux nicht flashen lassen. Schmeißt immer einen permission denied Error auf das /dev/ttyUSB0. Merkwürdig. In der Benutzergruppe Dialout ist mein User.
    Ich werde mich mal morgen damit in Ruhe beschäftigen. Heute nicht mehr.

  7. Очередное Интернет-радио на базе ESP8266, но с изюминкой

    Да, это еще одно интернет-радио. Их уже сотни. Но в этой статье я хочу рассказать не только о самом устройстве, но и о одном из наших подходов, который мы применяем в IoT-разработке. Эти решения помогут вам упростить взаимодействие конечных пользователей с вашими устройствами.

    habr.com/ru/articles/871884/

    #esp8266 #wemos #internet_radio

  8. Очередное Интернет-радио на базе ESP8266, но с изюминкой

    Да, это еще одно интернет-радио. Их уже сотни. Но в этой статье я хочу рассказать не только о самом устройстве, но и о одном из наших подходов, который мы применяем в IoT-разработке. Эти решения помогут вам упростить взаимодействие конечных пользователей с вашими устройствами.

    habr.com/ru/articles/871884/

    #esp8266 #wemos #internet_radio

  9. Очередное Интернет-радио на базе ESP8266, но с изюминкой

    Да, это еще одно интернет-радио. Их уже сотни. Но в этой статье я хочу рассказать не только о самом устройстве, но и о одном из наших подходов, который мы применяем в IoT-разработке. Эти решения помогут вам упростить взаимодействие конечных пользователей с вашими устройствами.

    habr.com/ru/articles/871884/

    #esp8266 #wemos #internet_radio

  10. Smart Fight Ball (Box Ball) тренажер для координации и реакции на базе ESP8266

    Smart Fight Ball (или Box Ball) — это усовершенствованная версия классического тренажера с мячом на резинке, которую можно собрать самостоятельно! Благодаря микроконтроллеру ESP8266 устройство отслеживает количество ударов, сохраняет прогресс тренировок и позволяет соревноваться с другими пользователями на платформе bitball.club .

    habr.com/ru/articles/871630/

    #fight #ball #box #fighting #sport #esp8266 #wemos #nodemcu

  11. Smart Fight Ball (Box Ball) тренажер для координации и реакции на базе ESP8266

    Smart Fight Ball (или Box Ball) — это усовершенствованная версия классического тренажера с мячом на резинке, которую можно собрать самостоятельно! Благодаря микроконтроллеру ESP8266 устройство отслеживает количество ударов, сохраняет прогресс тренировок и позволяет соревноваться с другими пользователями на платформе bitball.club .

    habr.com/ru/articles/871630/

    #fight #ball #box #fighting #sport #esp8266 #wemos #nodemcu

  12. Smart Fight Ball (Box Ball) тренажер для координации и реакции на базе ESP8266

    Smart Fight Ball (или Box Ball) — это усовершенствованная версия классического тренажера с мячом на резинке, которую можно собрать самостоятельно! Благодаря микроконтроллеру ESP8266 устройство отслеживает количество ударов, сохраняет прогресс тренировок и позволяет соревноваться с другими пользователями на платформе bitball.club .

    habr.com/ru/articles/871630/

    #fight #ball #box #fighting #sport #esp8266 #wemos #nodemcu

  13. Беспроводной таймер для BMX, бега и спринта

    Представляем ProTimer — универсальный таймер, который вы можете собрать самостоятельно. Созданный для спортсменов и энтузиастов, он предлагает высокую точность, беспроводное подключение и множество настраиваемых функций. Независимо от того, тренируетесь ли вы для скорости, выносливости или точности.

    habr.com/ru/articles/871466/

    #timer #bmx #sprint #bike #training #sport #esp8266 #wemos

  14. Беспроводной таймер для BMX, бега и спринта

    Представляем ProTimer — универсальный таймер, который вы можете собрать самостоятельно. Созданный для спортсменов и энтузиастов, он предлагает высокую точность, беспроводное подключение и множество настраиваемых функций. Независимо от того, тренируетесь ли вы для скорости, выносливости или точности.

    habr.com/ru/articles/871466/

    #timer #bmx #sprint #bike #training #sport #esp8266 #wemos

  15. Беспроводной таймер для BMX, бега и спринта

    Представляем ProTimer — универсальный таймер, который вы можете собрать самостоятельно. Созданный для спортсменов и энтузиастов, он предлагает высокую точность, беспроводное подключение и множество настраиваемых функций. Независимо от того, тренируетесь ли вы для скорости, выносливости или точности.

    habr.com/ru/articles/871466/

    #timer #bmx #sprint #bike #training #sport #esp8266 #wemos

  16. Anyone got experience with the Wemos / LOLIN ESP32 S2 Mini dev boards? Need to build a circuit around an ESP32 (I need the hardware PWM) for an upcoming project and quite like the idea of making it as a PCB hat.

    At first glance, this seems like something of a standard size - it's the same form factor as the Wemos D1 Mini and the shields are the same size too.

    #esp32 #esp8266 #wemos #lolin #esphome #arduino #electronics

  17. Anyone got experience with the Wemos / LOLIN ESP32 S2 Mini dev boards? Need to build a circuit around an ESP32 (I need the hardware PWM) for an upcoming project and quite like the idea of making it as a PCB hat.

    At first glance, this seems like something of a standard size - it's the same form factor as the Wemos D1 Mini and the shields are the same size too.

    #esp32 #esp8266 #wemos #lolin #esphome #arduino #electronics

  18. Anyone got experience with the Wemos / LOLIN ESP32 S2 Mini dev boards? Need to build a circuit around an ESP32 (I need the hardware PWM) for an upcoming project and quite like the idea of making it as a PCB hat.

    At first glance, this seems like something of a standard size - it's the same form factor as the Wemos D1 Mini and the shields are the same size too.

    #esp32 #esp8266 #wemos #lolin #esphome #arduino #electronics

  19. Anyone got experience with the Wemos / LOLIN ESP32 S2 Mini dev boards? Need to build a circuit around an ESP32 (I need the hardware PWM) for an upcoming project and quite like the idea of making it as a PCB hat.

    At first glance, this seems like something of a standard size - it's the same form factor as the Wemos D1 Mini and the shields are the same size too.

    #esp32 #esp8266 #wemos #lolin #esphome #arduino #electronics

  20. Anyone got experience with the Wemos / LOLIN ESP32 S2 Mini dev boards? Need to build a circuit around an ESP32 (I need the hardware PWM) for an upcoming project and quite like the idea of making it as a PCB hat.

    At first glance, this seems like something of a standard size - it's the same form factor as the Wemos D1 Mini and the shields are the same size too.

    #esp32 #esp8266 #wemos #lolin #esphome #arduino #electronics

  21. Für alle meine #Renogy MPPT-Solar-Ladecontroller habe ich eine #esp8266 Platine, die mir die Daten als MQTT liefert (RNGBridge-Projekt von @enwi). Ein Controller hatte da immer wieder Aussetzer, bzw. die WebUI ließ sich nicht aufrufen oder nur sporadisch.

    Langer Rede kurzer Sinn: Ein #Wemos #D1Mini kann auch "halb kaputt gehen".

    Neuen ESP/D1Mini mit der Firmware geflasht und eingesetzt, läuft wieder.

  22. Für alle meine #Renogy MPPT-Solar-Ladecontroller habe ich eine #esp8266 Platine, die mir die Daten als MQTT liefert (RNGBridge-Projekt von @enwi). Ein Controller hatte da immer wieder Aussetzer, bzw. die WebUI ließ sich nicht aufrufen oder nur sporadisch.

    Langer Rede kurzer Sinn: Ein #Wemos #D1Mini kann auch "halb kaputt gehen".

    Neuen ESP/D1Mini mit der Firmware geflasht und eingesetzt, läuft wieder.

  23. Für alle meine #Renogy MPPT-Solar-Ladecontroller habe ich eine #esp8266 Platine, die mir die Daten als MQTT liefert (RNGBridge-Projekt von @enwi). Ein Controller hatte da immer wieder Aussetzer, bzw. die WebUI ließ sich nicht aufrufen oder nur sporadisch.

    Langer Rede kurzer Sinn: Ein #Wemos #D1Mini kann auch "halb kaputt gehen".

    Neuen ESP/D1Mini mit der Firmware geflasht und eingesetzt, läuft wieder.

  24. Für alle meine #Renogy MPPT-Solar-Ladecontroller habe ich eine #esp8266 Platine, die mir die Daten als MQTT liefert (RNGBridge-Projekt von @enwi). Ein Controller hatte da immer wieder Aussetzer, bzw. die WebUI ließ sich nicht aufrufen oder nur sporadisch.

    Langer Rede kurzer Sinn: Ein #Wemos #D1Mini kann auch "halb kaputt gehen".

    Neuen ESP/D1Mini mit der Firmware geflasht und eingesetzt, läuft wieder.

  25. Many years ago, I put together this little #Nokia5110 Screen with a #Wemos #D1Mini #ESP8266 - I don't remember what the original project was going to be. I never got the display to work right - actually it worked. But was hard to see.
    I found this in a box of stuff yesterday, and thought, I'd try again. - After looking at the library I found a #Bias setting - a little playing around, and well it's still not perfect, but I can read it.
    The issue with this screen is viewing angle.

  26. Many years ago, I put together this little #Nokia5110 Screen with a #Wemos #D1Mini #ESP8266 - I don't remember what the original project was going to be. I never got the display to work right - actually it worked. But was hard to see.
    I found this in a box of stuff yesterday, and thought, I'd try again. - After looking at the library I found a #Bias setting - a little playing around, and well it's still not perfect, but I can read it.
    The issue with this screen is viewing angle.

  27. Many years ago, I put together this little #Nokia5110 Screen with a #Wemos #D1Mini #ESP8266 - I don't remember what the original project was going to be. I never got the display to work right - actually it worked. But was hard to see.
    I found this in a box of stuff yesterday, and thought, I'd try again. - After looking at the library I found a #Bias setting - a little playing around, and well it's still not perfect, but I can read it.
    The issue with this screen is viewing angle.

  28. Many years ago, I put together this little #Nokia5110 Screen with a #Wemos #D1Mini #ESP8266 - I don't remember what the original project was going to be. I never got the display to work right - actually it worked. But was hard to see.
    I found this in a box of stuff yesterday, and thought, I'd try again. - After looking at the library I found a #Bias setting - a little playing around, and well it's still not perfect, but I can read it.
    The issue with this screen is viewing angle.

  29. Many years ago, I put together this little #Nokia5110 Screen with a #Wemos #D1Mini #ESP8266 - I don't remember what the original project was going to be. I never got the display to work right - actually it worked. But was hard to see.
    I found this in a box of stuff yesterday, and thought, I'd try again. - After looking at the library I found a #Bias setting - a little playing around, and well it's still not perfect, but I can read it.
    The issue with this screen is viewing angle.

  30. Made my first adafruit/circuitpython pull request. 😀 Board files to build circuitpython for the Lolin S3 Mini.
    #circuitpython #esp32 #wemos #opensource

  31. Made my first adafruit/circuitpython pull request. 😀 Board files to build circuitpython for the Lolin S3 Mini.

  32. Made my first adafruit/circuitpython pull request. 😀 Board files to build circuitpython for the Lolin S3 Mini.
    #circuitpython #esp32 #wemos #opensource

  33. Made my first adafruit/circuitpython pull request. 😀 Board files to build circuitpython for the Lolin S3 Mini.
    #circuitpython #esp32 #wemos #opensource

  34. Made my first adafruit/circuitpython pull request. 😀 Board files to build circuitpython for the Lolin S3 Mini.
    #circuitpython #esp32 #wemos #opensource

  35. so i've been holding down PIN 0 on my #ESP32 and rebooting it to put it in flash mode every time I've compiled/uploaded a sketch in #Arduino IDE and it turns out i didn't need to do that as the IDE would reboot the connected #wemos #s2mini into that mode automatically after compiling and well i've wasted a lot of time i didn't need to waste, huh.

  36. so i've been holding down PIN 0 on my #ESP32 and rebooting it to put it in flash mode every time I've compiled/uploaded a sketch in #Arduino IDE and it turns out i didn't need to do that as the IDE would reboot the connected #wemos #s2mini into that mode automatically after compiling and well i've wasted a lot of time i didn't need to waste, huh.

  37. so i've been holding down PIN 0 on my #ESP32 and rebooting it to put it in flash mode every time I've compiled/uploaded a sketch in #Arduino IDE and it turns out i didn't need to do that as the IDE would reboot the connected #wemos #s2mini into that mode automatically after compiling and well i've wasted a lot of time i didn't need to waste, huh.

  38. so i've been holding down PIN 0 on my #ESP32 and rebooting it to put it in flash mode every time I've compiled/uploaded a sketch in #Arduino IDE and it turns out i didn't need to do that as the IDE would reboot the connected #wemos #s2mini into that mode automatically after compiling and well i've wasted a lot of time i didn't need to waste, huh.

  39. so i've been holding down PIN 0 on my #ESP32 and rebooting it to put it in flash mode every time I've compiled/uploaded a sketch in #Arduino IDE and it turns out i didn't need to do that as the IDE would reboot the connected #wemos #s2mini into that mode automatically after compiling and well i've wasted a lot of time i didn't need to waste, huh.

  40. Calibrating my #DIY #HomeAssistant #Wemos #ESP32 temperature sensor

    It turns out stacking together the microcontroller and temperature sensor heats it up quite a bit.

    "Venting" the sensor by spinning it in the air cools it by ~3°C. I already placed the stack vertically hanging in the air to allow for convection, but apparently it's not enough...

  41. Calibrating my #DIY #HomeAssistant #Wemos #ESP32 temperature sensor

    It turns out stacking together the microcontroller and temperature sensor heats it up quite a bit.

    "Venting" the sensor by spinning it in the air cools it by ~3°C. I already placed the stack vertically hanging in the air to allow for convection, but apparently it's not enough...

  42. Calibrating my #DIY #HomeAssistant #Wemos #ESP32 temperature sensor

    It turns out stacking together the microcontroller and temperature sensor heats it up quite a bit.

    "Venting" the sensor by spinning it in the air cools it by ~3°C. I already placed the stack vertically hanging in the air to allow for convection, but apparently it's not enough...

  43. Years ago someone gave me one of these Google DIY kits that I had zero use for at that point since I didn't have a spare #RaspberryPi and having an Alexa-type device was never my cup of tea: aiyprojects.withgoogle.com/voi

    However, since I'm all #Esp32'ing now and looking for stuff to hook up to them, I took another look at the kit and got interested in the microphone hat. Looking around online I found someone had gotten the pinouts of the 5-wire cable, so it was just a matter of connecting it to the right parts one of my #S2 #mini boards.

    The #Wemos #S2Mini has the whole I2S thing going on, so I just had to find some good code examples to see if this little board worked.

    After some fiddling about, I got that little guy recording to a WAV file to its #SPIFFS file system and hosting a web server so I could download the audio.

    The volume is a little low, but it's pretty cool.

    However, my idea behind this isn't to record audio but to be a noise detection board that will activate at a specific threshold of sound and do something.

    What it will do I have no idea. Maybe use it as an alternate method for detecting if the washing machine is still going.

    I am addicted to these little boards. Help.

  44. Years ago someone gave me one of these Google DIY kits that I had zero use for at that point since I didn't have a spare #RaspberryPi and having an Alexa-type device was never my cup of tea: aiyprojects.withgoogle.com/voi

    However, since I'm all #Esp32'ing now and looking for stuff to hook up to them, I took another look at the kit and got interested in the microphone hat. Looking around online I found someone had gotten the pinouts of the 5-wire cable, so it was just a matter of connecting it to the right parts one of my #S2 #mini boards.

    The #Wemos #S2Mini has the whole I2S thing going on, so I just had to find some good code examples to see if this little board worked.

    After some fiddling about, I got that little guy recording to a WAV file to its #SPIFFS file system and hosting a web server so I could download the audio.

    The volume is a little low, but it's pretty cool.

    However, my idea behind this isn't to record audio but to be a noise detection board that will activate at a specific threshold of sound and do something.

    What it will do I have no idea. Maybe use it as an alternate method for detecting if the washing machine is still going.

    I am addicted to these little boards. Help.

  45. Years ago someone gave me one of these Google DIY kits that I had zero use for at that point since I didn't have a spare #RaspberryPi and having an Alexa-type device was never my cup of tea: aiyprojects.withgoogle.com/voi

    However, since I'm all #Esp32'ing now and looking for stuff to hook up to them, I took another look at the kit and got interested in the microphone hat. Looking around online I found someone had gotten the pinouts of the 5-wire cable, so it was just a matter of connecting it to the right parts one of my #S2 #mini boards.

    The #Wemos #S2Mini has the whole I2S thing going on, so I just had to find some good code examples to see if this little board worked.

    After some fiddling about, I got that little guy recording to a WAV file to its #SPIFFS file system and hosting a web server so I could download the audio.

    The volume is a little low, but it's pretty cool.

    However, my idea behind this isn't to record audio but to be a noise detection board that will activate at a specific threshold of sound and do something.

    What it will do I have no idea. Maybe use it as an alternate method for detecting if the washing machine is still going.

    I am addicted to these little boards. Help.

  46. Years ago someone gave me one of these Google DIY kits that I had zero use for at that point since I didn't have a spare #RaspberryPi and having an Alexa-type device was never my cup of tea: aiyprojects.withgoogle.com/voi

    However, since I'm all #Esp32'ing now and looking for stuff to hook up to them, I took another look at the kit and got interested in the microphone hat. Looking around online I found someone had gotten the pinouts of the 5-wire cable, so it was just a matter of connecting it to the right parts one of my #S2 #mini boards.

    The #Wemos #S2Mini has the whole I2S thing going on, so I just had to find some good code examples to see if this little board worked.

    After some fiddling about, I got that little guy recording to a WAV file to its #SPIFFS file system and hosting a web server so I could download the audio.

    The volume is a little low, but it's pretty cool.

    However, my idea behind this isn't to record audio but to be a noise detection board that will activate at a specific threshold of sound and do something.

    What it will do I have no idea. Maybe use it as an alternate method for detecting if the washing machine is still going.

    I am addicted to these little boards. Help.