Company Filing History:
Years Active: 2017-2024
Title: Exploring the Innovations of Inventor Matthew Warner
Introduction
Matthew Warner is a prominent inventor based in East Grand Rapids, MI, who has made significant contributions through his innovative patents. With a total of six patents to his name, Warner focuses on developing effective workplace solutions that enhance productivity and safety.
Latest Patents
One of Warner's latest innovations is the "Sound Detection and Alert System for a Workspace." This clever system consists of a workspace assembly that includes a first sound sensor situated within a designated facility space. Accompanying this sound sensor is a communication device, as well as a processor designed to communicate with both the sound sensor and the communication device. The processor serves to compare the volume of sound coming from the workspace to a predetermined threshold level. If the sound exceeds this threshold, the processor generates a signal through the communication device to alert users. Additionally, the processor has the capability to periodically and automatically adjust the threshold level, ensuring a responsive and effective system.
Career Highlights
Matthew Warner is associated with Steelcase Inc., a company known for its commitment to innovation in the workplace. His work at Steelcase highlights his dedication to improving the work environment through technological advancement, which is epitomized by his patented inventions.
Collaborations
In his endeavors, Warner has collaborated with notable coworkers such as Robert M. Scheper and Karl Jahn Mead. Their teamwork embodies the spirit of innovation and progress within their respective projects at Steelcase Inc.
Conclusion
Matthew Warner exemplifies the innovative spirit of modern inventors and showcases the profound impact that thoughtful inventions can have in shaping the workspace. With his sound detection and alert system, alongside his numerous patents, he continues to pave the way for advancements that prioritize efficiency and safety in professional environments.