Embedded - ->for u

This AVR-IoT WA-based gait detection device tracks walking patterns to help diagnose injuries and chronic conditions..

This homemade clock keeps time using only 7400 discrete logic ICs..

Digital hour glass..

This robotic stool ensures that kitty is always in the warm sun..

ELECTRIC PUZZLE BOARD LETS YOU ASSEMBLE CIRCUITS WITH EASE 👉 The build consists of a series of 3D printed blocks, each containing a particular electronic component or module. 👉 The blocks can be joined together to form circuits, with magnets in the blocks mating with screws in the motherboard to hold everything together and make electrical contact between the parts. 👉 It’s a project that requires a significant amount of 3D printing and upfront assembly to build, but it makes assembling circuits a cinch. 👉 The variety of circuits that can be built is impressive. Everything from simple LED and switch arrangements to touch sensors and even a low-powered “Tesla coil”. 👉 We imagine playing with the blocks and snapping circuits into place would be great fun.

A WI-FI ENABLED DOG! Our canine friends have been at our side for millennia, their prehistoric wolf ancestors evolving alongside us into the breeds we know today. But astoundingly until now no dog has been Wi-Fi enabled, at least according to Entropy, whose dog [Kaya] now sports a colourful Wi-Fi enabled collar.

PortablePy is an ultra-compact clamshell microcomputer with a full keyboard..

The PortablePy is a pocket-sized clamshell microcomputer featuring adafruit's PyPortal Titano..

Hi all.. We are sharing our good news with u all.. We are launching website of ours in 10-15days.. It's really happy movement to share this with u all.. Need ur consistent support to us.. We are bringing so many things from 2021 which helps everyone here.. Kindly add ur frds n family.. Cheers to all!!!

Merry PICmas!

Work in different locations and need to take your tools with you? The TTTTT, Tiny Table Top Tool Toter, may be just what you need!

This Skittle sorter is the build targeted at the beginner level. Constructed out of cardboard, it uses a pair of servos to handle the transport of the candies into their requisite colored bins, via a rotating disc and chute. Skittles are scanned with a TCS34725 color scanner hooked up to an Arduino Nano, which changes the angle of the output chute to dump the candy in the proper location. The hopper is able to handle a standard 180 gram bag of Skittles without problems.

SKITTLE SORTER MAKES LONG TASK SHORTER One of the most common complaints fielded by the agents of Big Candy regards the non-homogenous nature of their products. Skittles and M&Ms are two egregious offenders in this area, and it’s left up to the determined consumer to handle sorting these candies themselves. Of course, you can always do it by hand, but as we all know – machines will do the work.