The Request for Information (RFI) is in response to the Feb. Department of CommerceвЂ™s National Institute of Standards and Technology (NIST) is seeking information about technical standards and related tools for artificial intelligence (AI). The ThoraciCair method creates a unique and novel platform for noninvasive ventilation strategies. The ThoraciCair technology consists of a wearable device to move the chest wall and ventilate the patient by externally applying negative pressure. William J Weiss, PhD, of Penn State College of Medicine is leading efforts to develop the ThoraciCair to reduce the need for invasive and other labor-intensive techniques to treat respiratory distress syndrome in children. This eliminates the dependence on blood return for confirmation of insertion. ThreadRite detects blood vessels through a sophisticated system that measures differences in electrical resistance, and instantaneously alerts the operator of vessel entry via a light, audible, and vibratory signal. These catheters are widely used for drug delivery in healthcare, but often require multiple attempts for insertion. The University of Pittsburgh is developing the ThreadRiteIV Catheter to improve the placement of peripheral intravenous catheters. Fast recognition of tracheal dislodgement reduces risk for complications such as hypoxia, respiratory failure, cardiac arrest, and death. Tracheostomy tubes allow patients to breathe while undergoing treatment for certain chronic and congenital diseases. is creating the TrachAlarm to alert pediatric caregivers in a home care or other non-hospital setting if a patient's tracheostomy tube becomes dislodged. Innovations Unlimited LLC of Pennsauken, N.J. The device will help to control thromboembolic events in infants and children suffering from congenital heart defects. Using minimal amounts of blood, the device will monitor anticoagulation pharmacology used in newborns undergoing corrective heart surgery or on life-sustaining circulatory or pulmonary support. The new round of awards is the sixth by the PPDC, following seed grants announced in February 2015, January 2016, January 2017, October 2017, and July 2018.ДЇloBio LLC of Philadelphia is developing a novel, point-of-care microfluidic chip and reader for rapid platelet function testing. The PPDC is a collaboration involving CHOP, the McGowan Institute for Regenerative Medicine and sciVelo, both of the University of Pittsburgh, Drexel University, and the University of Pennsylvania. Food and Drug Administration (FDA) and based at Children's Hospital of Philadelphia (CHOP), the PPDC provides know-how and seed funding to help innovators translate promising ideas into commercial medical devices for use in children. Negative-pressure non-invasive ventilator for newborn intensive careДЇunded by the U.S.Electrically based intravenous catheter insertion system.Rapid platelet monitoring system for newborns.The 4 winners will each receive seed grants of $50,000. The Pennsylvania Pediatric Medical Device ConsortiumвЂ™s (PPDC) latest round of seed grants went to 4 companies developing medical devices for children. premieres вЂ“ the ALX 2000 turning center and the DMP 70 vertical machining center (VMC). Bundled competence at the AM Excellence Center вЂ“ DMG MORI has five AM Excellence Centers (AMEC) worldwide, including one in Chicago, where engineers design AM solutions involving powder bed and powder nozzle methods.ДЄdditionally, the company will present Technology ExcellenceВ in medical, aerospace, die & mold, and automotive a special focus on the machine tool manufacturerвЂ™s 35-year history in 5-axis machining and two U.S. Additive Manufacturing (AM)В with four process chains in the powder bed and with the powder nozzle.DMG MORI will present automation solutions for machines produced locally in Davis, California. More value creation through integral automation solutions вЂ“ Automated machinesВ are crucial components of a digital factory and therefore an integral part of intelligent and networked production. Automation SolutionsВ for competitive manufacturing.Automation solutions such as the workpiece handling WH 3 Cell which can be connected from the right, left, or front of the DMP 70, will be presented at Innovation Days. Travel paths of 27' x 16' x 15' and the optional integrated swivel/rotary table enable 5-axis simultaneous machining of a wide range of components making the DMP 70 the ideal addition to any shop floor. This compact production machine is for applications in medical technology, job shops, as well as the aerospace sector and other demanding industries. The DMP 70 stands for maximum productivity on the smallest space with a footprint of just 46.28ftВІ it is 10% smaller than its predecessor the MILLTAP 700.

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