2020
Manufacturing/​Robotics/​Automation

A robot doesn’t get scared or tired. But people do, and it costs $80 billion per year in the construction industry. We make droids to perform difficult jobs, so people don’t have to. Unlike using an employment agency, Sally500 droids do not require benefits, insurance,

Machine learning and PID controller allow us to control an autonomous car to drive around an object.

How does it work?

Rapidly advancing technology has enabled multiple solutions for advanced modeling and simulation. These solutions, by themselves, offer advanced design and verification tools to optimize product features and benefits. The challenge is how to embed these solutions in a wholistic business process allowing completely simulated product development.

Why "smart traffic light"? This is because the operation of existing traffic lights requires electricity, a separate control panel and a lot of technical equipment. You also need a permit to install regular traffic lights.

Due to these problems,

Bees and other insect pollinators are under threat globally from multiple human pressures. If pollinators disappear completely from an ecosystem, their loss will affect structure of those ecosystems and the natural foods and fibres we use from the ecosystem. So,

Chemical manufacturing is responsible for close to 30% of the global energy demand, and innovative solutions are needed to reduce the impact of CO2 emissions released from energy-intensive chemical processes.

It has always been so. Massive portions of bread are baked - loaves, and then they are cut into pieces to eat them.

Patented Fluid Displacement LinerTM (FDL) technology is a revolutionary impact technology advancement in terms of performance, comfort, and style in comparison to stagnant safety helmet technology (e.g. compression foam), now prevalent for 6+ decades.

The inaugural application for FDL technology is the CHM-1 Half-Shell Motorcycle Helmet,

The digital fabrication of oxide glasses by three-dimensional (3D) printing represents a major paradigm shift in the way glasses are designed and manufactured. Automation enabled by the first industrial revolution led to the mechanization of blowing and casting processes.

This gearbox has a large gear ratio (500), despite its compact size. The first stage is made in the form of a planetary gearbox, and the second in the form of a wave transmission. The device has a fairly good kinematic error, a large output torque,

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