Presents reproducible cross-curricular activities for grades four through eight on historic and modern inventions and inventors, and includes ideas for student inventions.
Be the world's next millionaire inventor! Watch out—avoid all the mistakes, bloopers, errors, andmess-ups that might prevent you from achieving all the rewards that you're entitled to Cash in—use the C.R.A.S.H. Course in successful product licensing to license your idea for the most money possible Be the boss—explore the ins and outs of marketing your idea yourself; whether you're ready, how to do it, what you need, and where to start Be safe—foolproof steps for protecting your inventions and innovations through patents, trademarks, and copyrights Start your own company—explore your options with proprietorships, partnerships, and other corporate structures Raise money for your business—find financing from angel investors, bankers, lenders, and friends and family Introduce your product—create a powerful presentation that will knock the socks off investors, manufacturers, and other interested parties Get your foot in the door—what to do and say to convince manufacturers, licensees, investors, salespeople, and anyone else that you have what they've been waiting for Follow the leaders—meet successful inventors, hear their stories, and absorb the twelve vital tips they learned along the way
The goal of this paper is to assess the influence of spatial mobility of knowledge workers on the formation of ties of scientific and industrial collaboration across European regions. Co-location has been traditionally invoked to ease formal collaboration between individuals and firms, since tie formation costs increase with physical distance between partners. In some instances, highly-skilled actors might become mobile and bridge regional networks across separate locations. This paper estimates a fixed effects logit model to ascertain precisely whether there exists a ‘previous co-location premium’ in the formation of networks across European regions.
How America's individual inventors persisted alongside corporate R&D labs as an important source of inventions. During the nineteenth century, heroic individual inventors such as Thomas Edison and Alexander Graham Bell created entirely new industries while achieving widespread fame. However, by 1927, a New York Times editorial suggested that teams of corporate scientists at General Electric, AT&T, and DuPont had replaced the solitary "garret inventor" as the wellspring of invention. But these inventors never disappeared. In this book, Eric Hintz argues that lesser-known inventors such as Chester Carlson (Xerox photocopier), Samuel Ruben (Duracell batteries), and Earl Tupper (Tupperware) continued to develop important technologies throughout the twentieth century. Moreover, Hintz explains how independent inventors gradually fell from public view as corporate brands increasingly became associated with high-tech innovation. Focusing on the years from 1890 to 1950, Hintz documents how American independent inventors competed (and sometimes partnered) with their corporate rivals, adopted a variety of flexible commercialization strategies, established a series of short-lived professional groups, lobbied for fairer patent laws, and mobilized for two world wars. After 1950, the experiences of independent inventors generally mirrored the patterns of their predecessors, and they continued to be overshadowed during corporate R&D's postwar golden age. The independents enjoyed a resurgence, however, at the turn of the twenty-first century, as Apple's Steve Jobs and Shark Tank's Lori Greiner heralded a new generation of heroic inventor-entrepreneurs. By recovering the stories of a group once considered extinct, Hintz shows that independent inventors have long been—and remain—an important source of new technologies.
This paper has two objectives. First, it describes a new database mapping migratory patterns of inventors, extracted from information included in patent applications filed under the Patent Cooperation Treaty. It explains in detail the information contained in the database and discusses the usefulness and reliability of the underlying data. Second, the paper provides a descriptive overview of inventor migration patterns, based on the information contained in the newly constructed database.
Inventions, Inventors, and You is a comprehensive unit that will not only acquaint students with significant inventions and inventors, but will also give them techniques for being more creative. Inventions, Inventors, and You takes invention out of the history books and brings it to life. This combination of research and creativity training allows students to explore how our lives have been affected by inventions while they build their own creative skills. Inventions, Inventors, and You offers something for every teaching and learning style. The teacher's section gives outlines for directed lessons, warm up ideas and guidelines for learning centers and bulletin boards, as well as pretest and invention reference lists. The student section includes reproducible worksheets that explore inventions, inventors, the inventive process, and 27 project ideas. These activities take your class through the entire inventive process with many opportunities for side trips. Use for a unit on creative thinking or on the history and social impact of inventions or to enhance the study of famous inventors. From a youngster's playful attempts to use objects in new ways, to the adult's efforts to solve everyday problems, we see the inventive mind analyzing at all times. If you're planning an invention convention, put this book on your must-have list! Grades 3-7
Ever year, new technologies advance and improve societies. Some of the most influential inventions have occurred in the health and medical field. This book explores important inventors and the inventions that have influenced the medical industry, such as the smallpox vaccine, CT scanners, and DNA cloning.
Technology is ever changing, and so too are industries. Throughout the decades, there have been many inventions that have challenged the way people approach industrial work. From the cotton gin to steel production, this book examines some of the most significant advancements in industrial technology and explains their importance in the history of invention.
Scientists, Mathematicians, and Inventors provides biographies of 200 men and women who changed the world by leaving lasting legacies in the fields of science, mathematics, and scientific invention. It fills a gap in the biographical reference shelf by offering far more than basic facts about a scientist's life and work: each entry describes not only the immediate effects of the individual's discoveries, but also his or her impact on later scientific findings.
The best way to protect an invention is to keep good records. The Inventor's Notebook helps users document the major steps that inventors must take, including: -- conceiving, building and testing the invention -- legally protecting it -- marketing it -- financing it The Inventor's Notebook includes worksheets, forms and sample agreements, and references to relevant areas of patent law. The finished notebook serves as the foundation for the legal protection of the inventor's idea.
