Inventors and Patents From the City of Denver

Denver has a long and successful history of innovation and creativity. One of the best examples of this is the city’s thriving aerospace and technology sectors. The city has spawned countless patents, inventions, and companies. In addition, it has produced some of the nation’s most iconic buildings, including the world’s largest telescope. In addition, it is the home to many world-famous scientists and inventors.

Exo-skeleton apparatus

Since their inception around 2000, exo-skeleton apparatus has emerged as a unique area of human assistive technology. These devices have medical, industrial, military, and consumer applications. But in order to truly understand how these devices work, it is necessary to look beyond the science fiction and focus on the patenting activity in this field. This article will briefly cover the history of exo-skeleton apparatuses and some of the inventors who have patented their devices.

The technology used in the Sarcos exoskeleton is lightweight and easy to operate. It runs on a battery pack that weighs 12 pounds and has a capacity of 500 watt-hours. The battery packs should have a 425-watt efficiency by January 2019.

Garcia’s invention was a game-changer and has been a sensation in the medical world. It allows children in wheelchairs to walk during rehabilitation. This decreases medical complications and muscle degeneration. In fact, some children have already been able to walk for the first time since the trial began. It also increases the child’s self-esteem. The video of Daniela walking went viral and Garcia and her team have been inundated with requests from all over the world.

Currently, the Guardian XO is available for rent and is the first commercially available exoskeleton. It has a twenty-four-degree range of motion and can support weights of up to 200 pounds. The device can be adjusted to suit different medical conditions and physical characteristics of the user. It costs $100,000 per year to rent and is expected to ship the first alpha units in January.


The Exoskeleton is a prosthetic body that is connected across at least one joint on the human body. This device is designed to provide assistive torque to the wearer and counteract gravity. Its design involves a thigh, hip, or ankle joint support assembly that incorporates various assistive orthotic devices. The actuators in this device provide the assistance torque to the wearer through the use of cams, which translate the tensile member within its track.

The Exoskeleton was first developed by John Garcia in 2000 with funding from the Defense Advanced Research Projects Agency. Its components consist of a titanium body, a network of small motors, a computer, and sensors. It is designed to reduce the fatigue and discomfort associated with carrying heavy loads over a long distance. The exoskeleton may also improve a person’s mental and physical well-being.

The exoskeleton has been designed for wheelchair users and some research groups have already developed exoskeleton designs. Last year, the Food and Drug Administration approved the ReWalk exoskeleton, the first commercially available exoskeleton in the United States. The ReWalk exoskeleton costs $77,000 per individual. Exo-skeletons are still a long way off, however.

Paul Neilson is a highly experienced engineer. He has a master’s degree in computer science and a bachelor’s in chemical engineering. He co-founded Adaptive Instruments Corporation, which created the first smart temperature transmitter. The company later sold to Accutech Wireless of Schneider Electric. Neilson currently teaches Engineering Entrepreneurship at the University of Denver and is active in the Rockies Venture Club. He will help an inventor structure a company to obtain funding.

The first step in the process of creating an exoskeleton involves receiving a trajectory sequence from a server. A second device then validates the sequence with the first. It includes a safety check and then offers the sequence for sale, license, or lease. After validation, the sequence is then transferred to the second exoskeleton user. The second exoskeleton user can also edit the sequence.

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