Music from code - Gibber in Google Chromemarios2liquid2015-01-02 | Watch Charlie Roberts perform live using Gibber
Gibber is a creative coding environment that Charlie originally designed for live coding performances, and it’s created entirely in JavaScript.
Link to Gibber: http://gibber.mat.ucsb.eduBuilding a factory in Europe? Shipping updates! [PART 11]marios2liquid2022-09-26 | Updates on: - IoT Gateway manufacturing status and what to expect in the box - Progress on plans to build my own factory in Europe
What is this project about? The Pulse is a modular device for automation and sensing applications. It has a waterproof, modular sliding block (SLI) system which allows for extra modules to be added removed on demand. Anyone can design SLIs to be used with Pulse.
What are some use cases for this Pulse gateway thing? - Measure indoor air quality, CO2, PM2.5, PM10 - Interface with SDI-12, RS232, and RS485 devices - Connect flowmeters, wind sensors to measure gas or liquid amounts - I/O control. Control external devices with relays, triacs, etc. - Add application specific wireless modems. Like a satellite modem
Why is Pulse such a big deal if we have PLCs or other devices that do the same thing. - Battery operated (can last for months) - Solar panel is built in - Can be remotely programmed to support new modules and devices - Its waterproof, hot-swappable sliding module system - Wireless modems are built-in like LoRa and 4G
deeporbital.com/iot-gatewayLets build a modular IoT gateway + Life Update [PART 10]marios2liquid2022-07-10 | We are finally shipping more units in August!! Units shipping: - Pulse 2G + Wi-Fi - Pulse 4G + Wi-Fi - Sky weather stations (More info soon!) - Terra soil sensor nodes + Installation Kit
Items still in progress (Contact us) - Nero Kit - Air Kit
What is this project about? The Pulse is a modular device for automation and sensing applications. It has a waterproof, modular sliding block (SLI) system which allows for extra modules to be added removed on demand. Anyone can design SLIs to be used with Pulse.
What are some use cases for this Pulse gateway thing? - Measure indoor air quality, CO2, PM2.5, PM10 - Interface with SDI-12, RS232, and RS485 devices - Connect flowmeters, wind sensors to measure gas or liquid amounts - I/O control. Control external devices with relays, triacs, etc. - Add application specific wireless modems. Like a satellite modem
Why is Pulse such a big deal if we have PLCs or other devices that do the same thing. - Battery operated (can last for months) - Solar panel is built in - Can be remotely programmed to support new modules and devices - Its waterproof, hot-swappable sliding module system - Wireless modems are built-in like LoRa and 4G
deeporbital.com/iot-gatewayLets build a modular IoT gateway (PCB Assembly time!) [PART 9]marios2liquid2021-12-24 | In this video we are finally starting our PCB assembly of the first 20 units. Due to the chip shortage we spend a looong time trying order all the parts and also change our design if parts were unavailable.
What is this project about? The Pulse is a modular device for automation and sensing applications. It has a waterproof, modular sliding block (SLI) system which allows for extra modules to be added removed on demand. Anyone can design SLIs to be used with Pulse.
What are some use cases for this Pulse gateway thing? - Measure indoor air quality, CO2, PM2.5, PM10 - Interface with SDI-12, RS232, and RS485 devices - Connect flowmeters, wind sensors to measure gas or liquid amounts - I/O control. Control external devices with relays, triacs, etc. - Add application specific wireless modems. Like a satellite modem
Why is Pulse such a big deal if we have PLCs or other devices that do the same thing. - Battery operated (can last for months) - Solar panel is built in - Can be remotely programmed to support new modules and devices - Its waterproof, hot-swappable sliding module system - Wireless modems are built-in like LoRa and 4G
deeporbital.com/iot-gatewayProject summary + Lets build a modular IoT gateway [PART 8]marios2liquid2021-07-13 | In this video we are having a look at the Pulse IoT project and why we are doing it in the first place.
Update also includes - Waterproofing issues and solutions - Antenna improvements - Solar panel update - Starting Injection molding!!! FINALLYYYY
deeporbital.com/iot-gatewayLets build a modular IoT gateway [PART 7]marios2liquid2021-02-08 | Hi Guys, most of you might know me from my older home automation projects. In the last few years I have been working on many sensor IoT projects but most recently I have taken the task to design a kickass modular gateway called "PULSE". The idea is that you can hot swap modules into it in the field and add or remove functionality.
Music in this video ----- Rain City by Karl Casey White Bat Audio ----- HOME – We’re Finally LandingPulse IoT platform teaser. Check it out on Kickstarter now!marios2liquid2019-11-25 | deeporbital.com/iot-gateway A project I have been working for for the past few years. y1.getpycno.com Its a platform that you can connect many sensors and actuators and connects to the internet over cellular, wifi, lora and bt.Xenon flash lamp discharge on my walletmarios2liquid2013-03-05 | 200 joules, no filter, 650VXenon flash lamp projectmarios2liquid2013-01-26 | around 500uf @ 650V = ~100Joules schematic http://robolex.com/HVsch_new.pngtanky2marios2liquid2012-10-14 | + Flat Lexan track pads instead of pvc pipe ones. + Switch from oil springs to "leaf spring" suspension www.robolex.comIntegrated Home Automation System STM32 [final]marios2liquid2012-04-26 | *UPDATE 2019* This video was done ages ago, when I was a complete noob at many things. How can WE make smart devices easily without constantly re-inventing the wheel? Check out the Hackaday Project: hackaday.io/project/167520-pulse-building-smart-devices-the-simple-way Or Facebook page: facebook.com/groups/pycno.pulse Launching on Kickstarter soon!
-- OLD TEXT -- To access the appendices and my thesis that have nice images, schematics, measurements and lots of info just go to my main page www.robolex.com and I placed links there.
My 2010-2011 project that used a cortex m3 uC to control the house. Notes: Wireless operates on a single channel on 315MHz. (China TX/RX boards) More info: www.robolex.com
Main Control -STM32 cortex M3 + custom OS using a simple RR scheduling -wireless TX/RX -SD card + voice + speaker -Bluetooth -320x480 LCD resistive touch -MAX1555 li-ion/lipo charger -Batt
Solar panel Node -wireless TX -PIC18F4550 -MAX1555 li-ion/lipo charger -Batt
Gas sensor + hummidity + CO + alchohol + LDR -wireless TX -PIC18F4550bored on weekends..marios2liquid2012-04-15 | ...Visual odometry using kinectmarios2liquid2012-03-29 | ...Inside a coherent 808nm high power laser diode barmarios2liquid2012-02-26 | Water pump failure resulted into reduced output power vs increased current draw and slight change of wavelength!Coherent laser diode burning 35W Part2marios2liquid2012-02-26 | running at about 20W power **Please use eye protection when dealing with these lasers, the beam is invisible and can blind you instantly. (Protection used OD6+)Coherent 808nm 35W Burning Laser Diode Barmarios2liquid2012-02-12 | **Please use eye protection when dealing with these lasers, the beam is invisible and can blind you instantly. (Protection used OD6+) http://robolex.com/high-power-laser-diode
Running at 1/3 power using pwm and no optics. PC cooling + rewound MOT transformer + mosfetsrobot vs. bubble wrapmarios2liquid2011-11-23 | trying to motivate myself here.
www.robolex.com http://robolex.com/tracked-robot/robot-hardwarestupid electronic pumkinmarios2liquid2011-10-31 | .tankys second run & suspension testmarios2liquid2011-09-12 | http://robolex.com/tracked-robot/robot-hardwaretankys first runmarios2liquid2011-09-09 | Used bicycle chains and pvc pipe slices for the tracks info: http://robolex.com/tracked-robot/robot-hardwaretank track prototypingmarios2liquid2011-08-21 | custom tracks from bicycle chain.
http://robolex.com/electronics/tracked-robot/design-and-buildMID 816 microphone testsmarios2liquid2011-05-26 | I tried to change the microphone, to check whether it would improve sound quality. I also connected the oscilloscope to the touchpanel to see if the output is analogue or digital(SPI). Unfortunately its analogue. The bad thing is that all 4 wires were responding only to a single touch. Resistive multi-touch, haha..classic BS! Future thoughts -put a resistor in series with the MIC cz i think the distortion is caused by the pre-amplifier.micromouse memoriesmarios2liquid2011-05-03 | www.robolex.comolder micromouse memoriesmarios2liquid2011-05-03 | www.robolex.comInverted Pendulummarios2liquid2011-04-06 | Pendulum test
www.robolex.comFast Linaro Ubuntu Bootup iGep v2marios2liquid2011-03-31 | www.robolex.comiGep Demonstrationmarios2liquid2011-03-31 | www.robolex.comPcb Etchingmarios2liquid2011-01-07 | How I etch PCBs at home.
www.robolex.comMicromouse 23.11.10marios2liquid2010-11-24 | www.robolex.comMicroMousemarios2liquid2010-11-17 | Lighter version.STM32 with 3.2 LCD, RF, speech recognition..marios2liquid2010-09-07 | A brief description of the various parts that i will put together:
The devices are
16bit 3.2 lcd
STM32 STAMP
SOMO 14D PLAYBACK
VRBOT SPEECH RECOGNITION
MRF24J40MA
VARIOUS PIC uC
TELIT GM862-GPS
www.robolex.comSTM32 with 3.2 LCD projectmarios2liquid2010-09-07 | This is a project i started for automating my house and also as a final year project.
www.robolex.comMicromousemarios2liquid2010-04-09 | Micromouse solving a maze using floodfill algorithm on a PIC18F.
www.robolex.comMicromouse testing at homemarios2liquid2010-02-12 | This version uses pololu motors, new machined rims and kyosho tires.The robot has magnetic encoders and a magnet on the shaft. It uses two wheel PD loops to control the speed of each wheel and wall sensors to correct its heading.
www.robolex.comMicromouse initial testsmarios2liquid2010-01-19 | This is my smd dc micromouse using the pololu motors.
This is a test to calibrate pid and turning.Encoders are off.
www.robolex.com