Company Filing History:
Years Active: 2012-2013
Introduction
Melissa Fiutak is a notable inventor based in Skaneateles, NY, with a remarkable portfolio of inventions in the fields of optical reading technology and radio communications. With two patented innovations to her name, she has contributed significantly to advancing technology in her field.
Latest Patents
Melissa's latest patents include two innovative technologies. The first patent is titled "Method of barcode sequencing when area imaging". This exemplary method involves operating a handheld optical indicia reader, which captures a series of images of setup symbologies, displays them on a graphical user interface (GUI), sorts the images into a sequencing order, and outputs the decoded use symbologies. This inventive method enhances efficiency and accuracy in barcode reading.
The second patent, "Terminal with radio transceiver having power output", describes a terminal equipped with a radio transceiver. This device features selectable operating power that minimizes interference with other devices in the 2.4 GHz spectrum of the ISM band. This invention allows operators to adjust power limits conveniently, aiding in the management of device interactions within the same frequency range.
Career Highlights
Melissa Fiutak has built her career at Hand Held Products, Inc., where she has been instrumental in developing technologies that support a variety of industries through improved data capture and communication solutions. Her innovative approach and contributions continue to influence the landscape of optical and radio technologies.
Collaborations
Throughout her career, Melissa has collaborated with prominent professionals in her field, including Thomas Bianconi and Bill Field. These collaborations highlight the importance of teamwork in driving innovation and bringing new technologies to market.
Conclusion
With her two patents and impactful work at Hand Held Products, Inc., Melissa Fiutak exemplifies the spirit of innovation. Her dedication to advancing technology in optical indicia reading and radio communications positions her as a leading figure in the realm of inventors, inspiring future advancements in the industry.