The present disclosure concerns a fire spread-limiting assembly comprising a heat resistant covering; and a cooling fluid circulation assembly comprising: a cooling fluid source integrated to the heat resistant covering, one or more flexible fluid lines being part of the heat resistant covering, and a pump fluidly connected to said one or more flexible fluid lines and to the cooling fluid source and configured to circulate the cooling fluid within said one or more flexible fluid lines upon actuation. There is also disclosed a method for limiting a spread of a fire.

Systems and methods are provided for controlling a netting by an Unmanned Aerial Vehicle (UAV). A mesh netting includes a plurality of nettings arranged as interspersed layers in a mesh form. Each of the plurality of nettings has fire-resistant property. Further, a battery powered UAV is present at an aerial location. The mesh netting is coupled to the UAV such that the UAV maintains the mesh netting afloat and adjusts at a position such that a particular source of flying embers is covered with the mesh netting. Also, a lifting kite coupled to the UAV at one end and attached to the mesh netting at another end is provided. The lifting kite carries and holds the mesh netting aloft when the UAV brings the lifting kite at an aloft position such that a particular source is covered with the mesh netting.

Systems, devices, and methods are described herein for extinguishing fires in a flammable liquid test pan. In an example, the system can include a substantially impermeable lid configured to mate with a top surface of the test pan. When the lid is mated with the test pan, the lid deprives an enclosed volume of the test pan of ambient combustible gas. The lid can be made of one or more materials including metals, ceramics, aramid fibers, and other gas-impermeable and fire resistant materials. The system can include a vehicle configured to carry the lid from a first location that is distal to the test pan to a second location that is adjacent to the test pan. In an example, the vehicle includes a lid transfer device that facilitates transferring the lid from the vehicle to the top surface of the test pan.

A campfire reflective barrier for protecting a user from exposure to wind while concurrently providing heat reflection from a campfire or other associated energy sources is provided. The campfire reflective barrier includes a first panel affixed to an adjacent second panel via a hinge. The panels form a heat reflecting and wind deflecting shield. Each panel includes a first side having a heat reflecting element that can reflect heat and a second side for deflecting wind. In one embodiment, the heat reflecting element is formed in a bubble arrangement to provide a highly reflective surface so as so reflect the heat generated by the campfire. In some embodiments, the panels are reconfigurable and joinable with other campfire reflective barriers to form a continuous shield.

This disclosure herein may relate to various embodiments of a personal fire protection enclosure. The personal fire protection enclosure may comprise a fire suppression blanket made of fire-resistant material. The fire suppression blanket may have a lattice that may define a multiplicity of openings. An upper portion may further have one long side, two short sides, an angled side, and similarly be made of fire-resistant material. Further disclosed may be a lower portion having two long sides and two short sides and made likewise be made of fire-resistant material. The lower portion may further have a fold flap. A coupling strip may optionally be used and may be adapted to connect the fire suppression blanket to the ground portion if so used.

This disclosure herein may relate to various embodiments of a fire protection enclosure which may utilize a fire suppression blanket made of fire-resistant material. The fire suppression blanket may have a lattice. The fire protection enclosure may further have a frame which may have a first hinge, a second hinge, a first ground frame arm, a first support arm, a second support arm, a second ground frame arm, a first leg, and a second leg and may optionally include an intermediate support arm. There may be any number of intermediate support arm present, dependent on the specific environment of use. Additionally disclosed may be a draw member connected to the first ground frame arm. Additionally disclosed may be a plurality of fire panels made of fire-resistant material and connected together to form a fire cover therein, the fire cover may be reversibly attached to the frame.

A fastener overlay assembly at an interface between first and second curtain segments of a rolling smoke/fire curtain positioned at an opening in a structure, the curtain segments having leading edges affixed to a bottom bar and extend between opened and closed positions by winding on a barrel assembly, each curtain segment connectable to the other curtain segment by a fastener during unwinding. The overlay assembly has an overlay strip with a leading edge proximate a leading edge of the curtain segment(s); and a retractable overlay collector roller attached to a first end of the overlay strip and configured to allow the overlay strip to unwind from a collector roller synchronously with the winding and unwinding of the curtain segments, wherein the retractable fastener overlay strip is arranged, in its extended position, in front of or behind the fastener that connects the first and second curtain segments.

A system for protecting a structure in imminent threat of a fire hazard, the system includes a fire protective cover formed from a plurality of side-cover portions and a plurality of roof-cover portions, each of the side and roof -cover portions being adapted to attach to one or more eaves of the structure via a plurality of attachment elements, for example, clamps and the like. In addition, an optional cable may be engaged around a periphery of the structure and secured for holding the side-cover portions against side sections of the structure. A method is described for installing the system and fire protective cover thereof.

A fire containment system strung across the ground and methods of use thereof, that generally includes two or more vertical towers anchored in series in the ground, a lift system integral to each of said two or more vertical towers having a plurality of vertically slidable swivel joints capable of vertical travel there up one of the two or more vertical towers, one or more cables, each cable strung between one of the plurality of vertically slidable swivel joints on each of the two of the or more vertical towers, a fire proof curtain affixed to said one or more cables, a below ground storage to contain said fire proof curtain.

A system and method for deployable barrier, deployed along a surface that can include: a receptacle that includes a set of walls that are at least partially made of a flexible material and that define at least one sub-channel extending along a length of the receptacle, and the receptacle comprising an inlet to the at least one sub-channel; wherein the receptacle can be arranged in a collapsed configuration; and a filler material that when introduced into the at least one sub-channel through the inlet expands the receptacle into a deployed configuration and thereby forming a barrier with an expanded form. The deployable barrier can have applications and customized features for fire containment and mitigation, flood containment, and/or other applications.