Abstract: Fire escape apparatus for egress from a multi-storied building structure from an upper level thereof is provided. The apparatus includes an elongate mesh tube, the tube being substantially longer than the structure height from which escape is required, and sufficiently long to enable extension of the tube downwardly to the ground. The building structure has permanently attached thereto a guide wire or cable extending at a desired angle from the upper level to the ground. The elongate mesh tube has affixed thereto, at spaced-apart intervals along its length, a plurality of supporting blocks-and-pulleys engaging the guide wire or cable. When escape is required, the mesh tube is deployed from the upper level to the ground, riding upon the pulleys, thereby permitting escape to ground level through the tube by persons entering the tube from the upper level.

Abstract: A portable fire escape is provided comprising an entry support member and a mesh fire escape tube attached at one of its ends to the upper support member and at the other end to a lower exist-opening ring support member. The entry support member is affixed in the shape of a suitcase into which the mesh tube and lower exit opening support member can be placed for easy, portable transportation for use when travelling and staying in, for example, a hotel. Other components of the suitcase structure include easy opening side flaps and telescoping struts which permit rapid deployment of the fire escape chute and alignment in virtually any window configuration. The traveller who has this portable fire escape with him on his travels is assured of means of escape from his room in the event of a fire.

Abstract: A fire escape means is provided comprising a moveable cart for storing and, when needed, moving a fire escape into position for deployment out of a building, the fire escape having an upper, supporting entry ring member and a mesh tube attached to this upper support member, the mesh tube being substantially longer than the building height from which escape is necessary, and a lower, exit-opening support ring member attached to the lower end of the mesh tube. During storage, the fire escape is folded into the cart. The building is provided with at least one opening through which the fire escape is to be deployed. To the building near this opening is permanently attached a guide wire which extends from the opening at a desired angle to the ground where it is permanently affixed to a rigid support on the ground. To the lower ring support member, one end of a leash means is attached, the leash means having a snap-on mechanism removeably engageable to the guide wire attached to the other end.

Abstract: A combination fire escape tube and rescue vehicle is provided. The fire escape comprises an upper, supporting entry ring member and a mesh tube attached to this upper support member, the mesh tube being substantially longer than the building height from which escape is necessary, and a lower, exit-opening support ring member attached to the lower end of the mesh tube. The rescue vehicle has boom-like, height-adjustable apparatus, to the upper end of which is affixed a universal joint to which the supporting entry ring member is attached, thereby providing for flush alignment of the entry ring member against the wall of the building at a window or other opening at a desired height, regardless of the angle of approach of the boom to the building. The lower exit-opening support ring member can be adjustably attached to the mesh tube near the ground by ground support personnel.