Health, Medicine, & Biotechnology

2016 Create the Future Design Contest

The 2016 Create the Future Design Contest — sponsored by COMSOL, Mouser Electronics, and Tech Briefs Media Group (publishers of NASA Tech Briefs) — recognized innovation in product design in seven categories: Aerospace & Defense, Automotive/Transportation, Consumer Products, Electronics, Machinery/Automation/ Robotics, Med ical, and Sustainable Technologies. In this special section, you’ll meet the Grand Prize Winner, as well as the winners and Honorable Mentions in all seven categories, chosen from over 1,100 new product ideas submitted from a record 71 countries. To view all of the entries online, visit www.createthefuturecontest.com.

Posted in: Articles, Aerospace, Automotive, Defense, Electronics, Energy, Renewable Energy, Alternative Fuels, Green Design & Manufacturing, Medical, Patient Monitoring, Machinery & Automation, Robotics

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2016 Create the Future Design Contest: Machinery/Automation/Robotics Category Winner

SHAPE MEMORY ALLOY BASED SAFETY LATCH Nicholas W. Pinto, Suresh Gopalakrishnan, Chandra S. Namuduri, Nancy L. Johnson, and Mark Vann General Motors, Warren, MIGeneral Motors has invented a device that indicates when an unsafe level of energy remains in an electrical panel box after the main power has been disconnected. Possible sources of this energy may be incorrect wiring, external device add-ons, and the presence of residual charge from capacitors. The device works by engaging a safety latch mechanism built with shape memory alloy (SMA) technology along with an audio or visual alarm.

Posted in: Articles, Manufacturing & Prototyping, Implants & Prosthetics, Medical, Machinery & Automation, Robotics

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2016 Create the Future Design Contest: Medical Category Winner

CONTINUOUS WEARABLE BLOOD PRESSURE MONITOR Sean Connell, Kyle Miller, Jay Pandit, and Jung-En Wu Bold Diagnostics, Evanston, IL “My team is honored to be recognized out of such a competitive field. We are truly passionate about bringing our mobile health monitoring solution to market, and feel that recognition from the Tech Briefs competition will propel our efforts.” Bold Diagnostics has developed a blood pressure monitoring system that is comfortable for patients and seamlessly integrates into their everyday lives. The low-cost monitor includes a set of wearable wristbands that uses optical biosensors to continuously measure blood pressure, and a smartphone application that uploads a report into the patient’s medical record for clinician review. The solution provides accurate measurements with greater frequency, enabling doctors to positively impact clinical outcomes with proper blood pressure management.

Posted in: Articles, Medical, Patient Monitoring

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2016 Create the Future Design Contest: Consumer Products Category Winner

MIFOLD Jon Sumroy, Carfoldio, Ltd., Ra’anana, Israel “The award is a true accolade from design and engineering professionals. This means that, as well as solving a serious problem with a convenient, practical, and affordable solution, we have solved the problem in a well designed and engineered way. The credibility of the contest, and the respect and professionalism of the organizers and judges, will enhance our ability to market the Grab-and-Go Booster Seat worldwide. This will help us keep more children safer in more journeys, more of the time.” The mifold Grab-and-Go booster seat for children aged 4-12 is more than ten times smaller than a regular booster seat and just as safe. A regular booster seat works by lifting a child up to the position of an adult. mifold does the opposite, securing the seatbelt in the correct position on the hips and shoulder by holding the seatbelt down at three points.

Posted in: Articles, Automotive, Consumer Product Manufacturing, Imaging, Medical

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Method and Apparatus for Performance Optimization Through Physical Perturbation of Task Elements

This technology can be used in sports psychology, marksmanship training, video gaming, and special forces training.NASA’s Langley Research Center has developed ZONE, an innovative method for improving athletes’ responses to stress, anxiety, and loss of concentration during competition. In the training environment, when the user successfully attains an optimal target state of psychophysiological functioning, the technology informs and/or rewards that user through real-time physical changes in the athletic equipment. For example, in the training setting, a golfer can work toward optimal concentration in the act of putting, leading to improved performance in real situations.

Posted in: Briefs, Bio-Medical, Medical

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Portable Medical Diagnosis Instrument

Four cutting-edge sensor technologies enable minimally or non-invasive analysis of various biological samples.NASA has developed a novel technology strategy called “The NASA Analyzer” that would provide comprehensive in-flight medical diagnostic capability in a compact, handheld device for human deep-space missions such as Mars. Key features of the technology include the ability to handle multiple sample types (breath, saliva, blood), and the ability to measure virtually any analyte, including future analytes as they emerge. The device provides both non-invasive and minimally invasive sampling capabilities, which will be required during long-duration exploration missions. Breath and saliva are fully non-invasive and can provide critical health assessment information very rapidly. From small blood samples, information about macromolecular analytes, as well as blood cell counts, can be obtained. The device consists of four cutting-edge technologies integrated into a single, compact medical diagnostic tool with wireless (e.g., smartphone) capability. In addition to space applications, this innovative technology will very likely have important spinoffs in medicine and public health on Earth.

Posted in: Briefs, Bio-Medical, Medical

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Methods and Systems for Non-Invasive Treatment of Tissue Using High-Intensity Focused Ultrasound Therapy

Minimally invasive and non-invasive therapeutic ultrasound treatments can be used to ablate, necrotize, and/or otherwise damage tissue. High-intensity focused ultrasound (HIFU), for example, is used to thermally or mechanically damage tissue. HIFU treatments can also cause mechanical disruption of tissue with well-demarcated regions of mechanically emulsified treatment volumes that have little remaining cellular integrity. For certain medical applications, tissue emulsification may be more favorable than thermal damage because it produces liquefied volumes that can be more easily removed or absorbed by the body than thermally coagulated solid volumes.

Posted in: Briefs, Bio-Medical

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