Abstract: Methods and devices for rescuing an elevator cab occupant. An emergency escape system can be integrated or retrofitted with an elevator. The emergency escape system includes an interposing device configured to attach to the elevator cab and to lower the elevator cab in an intelligent manner in the event of an emergency. The elevator cab may include an emergency cable that attaches the elevator cab to the interposing device and can be used either manually or automatically to lower the elevator cab during an emergency. The emergency escape system may include a thermal information system device, or sensors, which may provide real time environmental conditions of the dwelling and of the elevator occupants that can be communicated to first responders via a wireless protocol. In the event of building power loss, the cab power and the ability to communicate with the outside world may be unaffected. The emergency escape system may be thermally fortified.

Abstract: The present invention provides light weight, cost effective flame, fire and heat resistant compositions and materials for use in a variety of applications, as well as methods for producing and installing the compositions and materials in a variety of settings.

Abstract: A self-misting, thermally and structurally fortified, water powered vehicle is provided as well as methods for its use in extinguishing and suppressing various types of fires.