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Researchers at UC Riverside have unveiled an air-powered computer which offers a novel approach to monitoring lifesaving medical devices.
These devices are crucial in preventing serious conditions such as strokes and pulmonary embolisms.
Typically, IPC devices rely on electronic components to function and monitor their performance.
However, electronics can make these devices expensive and less reliable in certain conditions.
The rig counts binary messagesones and zeroesusing air pressure differences that flow through 21 small valves.
This system ensures the IPC machine is functioning correctly.
If the computer detects an error, it triggers a whistle, signaling that the gear requires immediate attention.
Within seconds, the whistle blew, alerting them to the malfunction.
The potential applications of air-powered computing extend beyond medical gadget monitoring.
Grover envisions using this technology in other hazardous environments where traditional electronic devices might pose risks.
For instance, he is interested in developing air-powered robots that could work inside grain silos.
Grover said, A remarkable number of deaths occur because the grain shifts and the person gets trapped.
A robot could do this job instead of a person.
