The main type of patent, a utility patent, covers inventions that function in a unique manner to produce a utilitarian result. Examples of utility inventions are Velcro® hook-and-loop fasteners, new drugs, electronic circuits, software that is tied to some form of hardware, semiconductor manufacturing processes, new bacteria, newly discovered genes, new animals, plants, automatic transmissions, Internet techniques and methods of doing business (provided physical things are involved), and virtually anything else under the sun that can be made by humans. To get a utility patent, one must file a patent application that consists of a detailed description telling how to make and use the invention, together with claims (formally written sentence fragments) that define the invention, drawings of the invention, formal paperwork, and a filing fee. Sometimes the state of the art, rather than the nature of the novelty, will determine whether a design or utility patent is proper for an invention. If a new feature of a device performs a novel function, than a utility patent is proper. According to the USPTO in 2009, there were 456,106 utility patent applications. Patent law is designed to promote innovation in "science and useful arts." It's right there in the first Article of the Constitution: in order to be patentable, an invention needs to be useful in some way. Utility patents expire 20 years from the date of filing.

We believe that intellectual assets, commonly taking the form of patented technology, are the least-understood and most-relevant resources to stimulate economic development through innovation. To make this happen, intellectual property (IP) needs to be more comprehensively understood so that better business decisions can be executed. This is why we are in business. An invention must have economic utility to benefit society. Some times, inventions are way before their time. However, most of the time, the business execution to commercialize the invention fails. In fact, those that conceptualize the invention rarely reap the rewards of the innovation's ultimate success. Using the search tools at IPStreet.com, you can better understand if your idea is patentable, patent duration, patent analytics, and the value of a patent business intelligence from intellectual property assets.

You need IP intelligence to meet corporate objectives related to your business function. IP Street is driving the innovation economy and managing IP assets with know-how and confidence. IP Street.com takes a patent search to a whole new level by helping you better understand patent analytics, patent duration, patent value, patent infringement and the steps needed to patent an idea or patent an invention.

Although, the length of utility and plant patent protection (patent term) was previously seventeen years from the date of patent grant, utility and plant patents filed after June 8, 1995 now have a patent term of up to twenty years from the date of filing of the earliest related patent application. Utility and plant patents which were applied for prior to June 8, 1995, and which were or will be in force after June 8, 1995, now have a patent term of seventeen years from the date of patent grant or twenty years from the date of filing of the earliest related patent application, whichever is longer. Utility patents are subject to the payment of periodic maintenance fees to keep the patent in force. Patent terms can be extended under some specific circumstances. See the U.S. Code Title 35 - Patents for a full description of patent laws. Understanding patent duration is important and here at IPStreet.com, we care about your patent duration, threats of patent infringement and the value of patent business intelligence.

Asexual reproduction is the propagation of a plant to multiply the plant without the use of genetic seeds to assure an exact genetic copy of the plant being reproduced. Any known method of asexual reproduction which renders a true genetic copy of the plant may be employed. Acceptable modes of asexual reproduction would include but may not be limited to: (1) rooting cuttings (2) apomictic seeds (3) grafting and budding (4) division (5) layering (6) bulbs (7) slips (8) rhizomes (9) corms (10) runners (11) tissue culture (12)nucellar embryos