Pressure Sensors Captivate Kids and Let Engineers Design Better Products

July 7, 2010
Pressure sensors in a portable museum get kids interested in science and technology. The same sensors are used by product developers to fine-tune ergonomics and strength requirements

Resources:
Sensor Products Inc.
, www.sensorprod.com

The Leonardo, www.theleonardo.org

The Leonardo Museum, Salt Lake City, a science, technology, and art center, is engaging students’ bodies as well as their minds with a portable surface-pressure-body-mapping exhibit. In the “Under Pressure” exhibit, visitors sit on a pressure pad and see how contact between the body and an object can create pressure points and strain.

The exhibit, designed by Joe Andrade, professor of bioengineering at the University of Utah, is traveling to schools and libraries until the museum opens permanently next April. The exhibit uses a Tactilus Body Mapping Pressure System, donated by Sensor Products Inc., Madison, N.J. The Society of Plastics Engineers and the Utah Science Center fund the traveling kiosk.

“The kids and adults really love the exhibit,” says Andrade. “They chuckle and can’t wait to sit on the pressure pad to see their body maps. Meanwhile, they are learning about science and technology.”

In pressure-body mapping, sensors measure the forces exerted by a body on a surface and convert the data into color-coded pressure maps of the contact surface. Designers use the information to modify products for more even pressure distributions.

Reducing high-pressure areas makes products more comfortable, ergonomic, and efficient. The technology has been used to customize mattresses for different body types, make plastic tubes and bottles easier to squeeze, and correct golfers’ stances and swings.

Pressure-body mapping can also trim production cost. A major toothpaste manufacturer, for example, used Tactilus to more-closely pinpoint the forces customers apply when dispensing toothpaste. Focus group members tested prototype packaging by squeezing all the toothpaste out of a tube. Tactilus measured the squeeze pressure along the tube, including the forces involved in rolling the tube up to extract the last few dabs of toothpaste.

The tests gave designers the first quantitative measure of squeezing effort. Using the data, the company found a less-costly packaging material that still performs to consumer expectations.

© 2010 Penton Media, Inc.

Sponsored Recommendations

From concept to consumption: Optimizing success in food and beverage

April 9, 2024
Identifying opportunities and solutions for plant floor optimization has never been easier. Download our visual guide to quickly and efficiently pinpoint areas for operational...

A closer look at modern design considerations for food and beverage

April 9, 2024
With new and changing safety and hygiene regulations at top of mind, its easy to understand how other crucial aspects of machine design can get pushed aside. Our whitepaper explores...

Cybersecurity and the Medical Manufacturing Industry

April 9, 2024
Learn about medical manufacturing cybersecurity risks, costs, and threats as well as effective cybersecurity strategies and essential solutions.

Condition Monitoring for Energy and Utilities Assets

April 9, 2024
Condition monitoring is an essential element of asset management in the energy and utilities industry. The American oil and gas, water and wastewater, and electrical grid sectors...

Voice your opinion!

To join the conversation, and become an exclusive member of Machine Design, create an account today!