Company Filing History:
Years Active: 1996-1997
Title: The Innovative Journey of Daniel R Vehse in Multimedia Audio Systems
Introduction: Daniel R Vehse, an accomplished inventor based in Oxnard, California, has made significant contributions to the field of audio systems for personal computers. With a total of three patents to his name, his innovations focus on enhancing multimedia experiences through advanced audio technologies.
Latest Patents: One of Vehse's notable patents is an innovative audio system designed specifically for multimedia computer systems. This invention includes an audio module that consists of speakers, a microphone, and associated circuitry. The unique design allows the audio module to be positioned between a monitor and its pedestal, enabling it to swivel and tilt in coordination with the monitor. This functionality enhances user interaction by allowing for optimal sound direction. Furthermore, the circuitry within the audio module is engineered to operate the speakers effectively and can also activate a speakerphone mode, utilizing only one speaker alongside the microphone.
Career Highlights: Daniel R Vehse's career is closely tied to Compaq Computer Corporation, Inc., where he has applied his expertise in audio technology to develop products that improve user experience. His innovative spirit and dedication to creating efficient audio solutions have placed him at the forefront of his field.
Collaborations: Throughout his career, Vehse has collaborated with several professionals, including George R Daniels and Thor R Halseth. These partnerships have contributed to the development of his patents and enriched the creative process within the teams at Compaq.
Conclusion: Daniel R Vehse stands out as a visionary in the realm of multimedia audio systems. His patents reflect a deep understanding of user needs and technological advancement. As he continues his work at Compaq Computer Corporation, he remains a key figure in the innovation landscape, influencing how audio systems integrate with personal computing.