Posts Tagged: "Green"

One patent application discusses a solar collector that is low in price while providing sun tracking capabilities. Additionally, a number of applications and issued patents we cover today deal with human sensory or biomedical developments. One patent application describes a system of using porous film to delivery medication to the eye. A recently issued patent protects a system of detecting heart arrhythmias without invasive ablation procedures. Another patent application would protect a method for sampling aromatic compounds to determine their chemical composition and a person’s olfactory response to segments of the aromatic compound.

Recently published patent applications include documents filed to protect a more efficiently designed turbine blade and an electronic sensor that can determine if corrosive forces have damaged a turbine blade. Another application is for a light reflective substance that can help warn birds away from turbine blades, which may at first seem insignificant but a major obstacle in the adoption of wind energy are complaints from environmentalists relating to the number of birds killed each year. GE has also received a few patents recently granting them the legal right to protect certain wind energy system designs. These include a new tapered tip design that increases energy generation efficiency and a new method of pre-assembling internal components to reduce costs.

The field of clean or green technology is one of those areas where innovation is desperately needed if our planet Earth is to survive as a place where all living things can thrive. But what if a “new” and needed technology is not really new, but rather a new way of doing something which builds on a known (and patented technology where the exclusive protection period has expired)? And, what if the “new” technology cannot find its way to market (i.e. real-world application) unless there is funding? And, what if that funding requires some type of market exclusivity (such as patent protection) be in place first?

Four times over the past nine years the Intellectual Property Owners (IPO) Education Foundation has recognized inventors of green technologies as the Inventor of the Year. This trend is certainly not accidental given the growing interest in green technologies and the increased importance they will play as the global economy shifts from a carbon-based energy platform to more sustainable and environmentally friendly sources of energy. Will the IPO continue its recent trend and recognize a green innovation in 2013, making 5 out of the last 10 years a celebration of environmentally friendly technologies? That is at least in part up to the community. The IPO is currently looking for nominations for the 2013 Inventor of the Year Award, which will be handed out in a ceremony in Washington, DC, in December 2013. The nomination deadline is May 15, 2013.

Many recent patents and patent applications have been released within the month by the U.S. Patent & Trademark Office that either improve on recycling methods or make better use of recycled material. A fully-recyclable cardboard bicycle that can bear heavy loads is the subject of one application. Halliburton Energy Services has also filed two applications for recycling asphalt and ceramic materials while drilling wells. Another application from fabric developer Tintoria Piana looks to reclaim cotton from old mattresses. Even diesel soot may see more reuse through recycling, thanks to an application assigned to Dearborn Financial. We’ve also found one very interesting patent awarded to a solo inventor from Missouri that can allow for the reuse of rubber from tires through heated vapor distillation.

Solar energy is one of the alternative energy forms that many believe can be an effective part of the new alternative energy that replaces our current carbon-based fossil fuel situation. However, solar radiation can be inconsistent based on time of day or weather, and large surface areas must be used to collect enough solar energy to generate a meaningful amount of electricity. In most of these applications, we can see solar cell panel technology being applied to individual devices and machines, collecting enough energy to charge a battery or at least reduce energy used from other sources. These patent applications describe cars, digital cameras, irrigation systems and even digital cameras with solar energy collection technology.

Normally when we discuss the impact of the Bayh-Dole Act, allowing universities and small companies to commercialize inventions made with federal support, we focus on the life sciences where the resulting new drugs and therapies dramatically improved lives for millions around the world. However, the celebration of Earth Day is an appropriate time to consider the contributions our publicly funded research organizations– partnering with an entrepreneurial private sector– make in protecting our environment.

Let’s face it, squeezing more energy from the suns rays is not an easy challenge otherwise we would have done it already. Capturing power from the winds isn’t the silver bullet solution and many more advances need to take place. Geothermal energy solutions are promising, but a long way away from scalable reality. Growing food in a sustainable, affordable manner without the use of harsh and dangerous chemicals presents extraordinary challenges. Resorting ecosystems where there are disasters is a long, slow process. All of this costs money, takes time and requires there to be profit potential if they will be commercialized on a broad scale. Without widespread adoption those who are committed and live a good, clean life with minimum negative footprint can only do so much. Thus, the patent system will play a big role in getting from where we are today to where we want to be.