Interactive Safety-Rigged Pressure Mat System
Budget: $250 – $750 USD
I'm looking for someone who can build an operating system that will control resistance applied to a manual brake for an axle. I want initial validation from a pressure mat system where presence/absence detection plays a fundamental role. Ideally, I need it configured for two primary actions:
1. Presence Detection: When a person steps on the mat, it should activate a mechanism permitting the operation of a machine.
2. Operation Mechanism: This operation should involve the client pushing a button and controlling a linear actuator with a potentiometer, providing an interactive user experience.
In addition to these elements, a push pull safety stop button should be integrated with the system ensuring instant halt of all operations for trails of added safety. The system should also offer a training video to play on a wirelessly connected monitor, encouraging an innovative interaction platform.
I want the system to run on low voltage off a usb-c adapter powered a Milwaukee M18 battery.
The ideal candidate for this job should have experience in pressure detection systems and understand interlocking safety mechanisms. Proficiency in wireless communication, linear actuator control, safety system incorporation, and video play setups are absolutely essential. Deep understanding of circuit designs and prototype testing will be appreciated.
1. Presence Detection: When a person steps on the mat, it should activate a mechanism permitting the operation of a machine.
2. Operation Mechanism: This operation should involve the client pushing a button and controlling a linear actuator with a potentiometer, providing an interactive user experience.
In addition to these elements, a push pull safety stop button should be integrated with the system ensuring instant halt of all operations for trails of added safety. The system should also offer a training video to play on a wirelessly connected monitor, encouraging an innovative interaction platform.
I want the system to run on low voltage off a usb-c adapter powered a Milwaukee M18 battery.
The ideal candidate for this job should have experience in pressure detection systems and understand interlocking safety mechanisms. Proficiency in wireless communication, linear actuator control, safety system incorporation, and video play setups are absolutely essential. Deep understanding of circuit designs and prototype testing will be appreciated.