Company Filing History:
Years Active: 2009
Title: Innovations in Building Evacuation: The Contributions of Kim Bärlund
Introduction
Kim Bärlund is an innovative inventor based in Lyngby Taarbaek, Denmark. He has made significant contributions to the field of elevator systems, particularly in emergency evacuation scenarios. With a total of 2 patents, Bärlund's work focuses on enhancing safety and efficiency during building evacuations.
Latest Patents
Bärlund's latest patents include an advanced elevator system designed for effective building evacuation during emergencies. The first patent discloses a method, system, and computer program that utilizes elevators as evacuation aids. This system monitors the number of people on different floors and prioritizes the evacuation of the floor with the highest occupancy. It directs a free elevator car to that floor, fills it, and transports the occupants directly to the exit without stopping. Additionally, the system employs detectors to ensure safety and can guide individuals to safe waiting areas if necessary.
The second patent presents an evacuation mode in an elevator system that operates on destination control. In this method, destination calls are altered during emergencies to direct elevators to exit floors. The system aims to minimize travel time by filling the elevator as much as possible on one floor and avoiding intermediate stops. Passengers receive evacuation information through displays located on the destination call panel and inside the elevator car.
Career Highlights
Kim Bärlund is currently employed at Kone Corporation, a leading company in the elevator and escalator industry. His work focuses on developing innovative solutions that enhance safety and efficiency in building evacuations.
Collaborations
Bärlund collaborates with talented professionals such as Marja-Liisa Siikonen and Janne Sorsa, contributing to the advancement of elevator technology and safety measures.
Conclusion
Kim Bärlund's innovative patents in elevator systems significantly improve building evacuation processes during emergencies. His contributions reflect a commitment to safety and efficiency, making a lasting impact in the field.