The present invention relates to an emergency evacuation system (S) from a building (E) lying on a ground (T) and having one or more windows (F), comprising at least two evacuation units (1), each comprising in turn support platform (10) fixable to the frame of a respective window (F), a slide (11), having at least one module inflatable on command, wherein each slide (11) has a first end (110) coupled to the support platform (10) on which it is installed, and a second free end (111), and wherein each slide (11) is capable of passing from a closed position to a unfolded position; wherein a first of said evacuation units (1) is arranged at a lower height than a second evacuation unit (1) such that, when said slide (11) of said second evacuation unit (1) is in said position unfolded, said second end (111) free of said slide (11) of said second evacuation unit (1) is coupled to said support platform (10) of said first evacuation unit (1), wherein each evacuation unit (1) comprises at least one hinge (130, 13), and wherein said support platform (10) is configured to rotate around said at least one hinge (130, 13) by a concave angle.

The present invention also relates to an evacuation unit (1) from a building lying on a ground (T) and having one or more windows (F) and a relative operating method of the emergency evacuation system from a building (E).

The present invention relates to an emergency evacuation system (S) from a building (E) lying on a ground (T) and having one or more windows (F), comprising at least two evacuation units (1), each comprising in turn support platform (10) fixable to the frame of a respective window (F), a slide (11), having at least one module inflatable on command, wherein each slide (11) has a first end (110) coupled to the support platform (10) on which it is installed, and a second free end (111), and wherein each slide (11) is capable of passing from a closed position to a unfolded position; wherein a first of said evacuation units (1) is arranged at a lower height than a second evacuation unit (1) such that, when said slide (11) of said second evacuation unit (1) is in said position unfolded, said second end (111) free of said slide (11) of said second evacuation unit (1) is coupled to said support platform (10) of said first evacuation unit (1), wherein each evacuation unit (1) comprises at least one hinge (130, 13), and wherein said support platform (10) is configured to rotate around said at least one hinge (130, 13) by a concave angle.

The present invention also relates to an evacuation unit (1) from a building lying on a ground (T) and having one or more windows (F) and a relative operating method of the emergency evacuation system from a building (E).

An arrangement provided with a partition at least partially delimiting an emergency exit, the arrangement having a movable panel that closes the emergency exit in an inactive operating mode, the arrangement comprising an evacuation system provided with a lifeline. The lifeline comprises a deployment section passing through a passage in the partition and secured to a handle, the panel together with the partition delimiting a recess in which the handle is arranged in the inactive operating mode.

An evacuation system (10) includes an electrically insulating inflatable conveyance (11), which is stowed within, and deployed from, a framework (21) attached to an interior structure (45) or exterior structure (43) of an industrial vehicle (38). The inflatable conveyance (11) preferably has a flexible base (12) affixed to, and dependently supported by, longitudinally disposed closed tubular members (15), and may take the form of a chute that may be configured to function as a slide or as a ladder. The chute may be enclosed with a canopy (17), or may be open but provided with upwardly extending side walls (16). In implementations of a canopy (17), transparent egress windows (19) may be provided. Transversely oriented straps (14) form safety steps and/or hand rails in a “ladder” configuration of the chute.

An evacuation system (10) includes an electrically insulating inflatable conveyance (11), which is stowed within, and deployed from, a framework (21) attached to an interior structure (45) or exterior structure (43) of an industrial vehicle (38). The inflatable conveyance (11) preferably has a flexible base (12) affixed to, and dependently supported by, longitudinally disposed closed tubular members (15), and may take the form of a chute that may be configured to function as a slide or as a ladder. The chute may be enclosed with a canopy (17), or may be open but provided with upwardly extending side walls (16). In implementations of a canopy (17), transparent egress windows (19) may be provided. Transversely oriented straps (14) form safety steps and/or hand rails in a “ladder” configuration of the chute.

An emergency escape mechanism is disclosed. A deployable and inflatable slide is located proximate the exit door of a building. When the alarm switch on the alarm box next to the door is set to unlock the door may be opened and a chute or slide falls out to the exterior of the building. A mercury switch or the like is activated as the uninflated slide tilts out which activates an inflation means, preferably a compressed gas cylinder or the like. The slide or chute is anchored to the building by a girt bar anchored in the floor and a plurality of chute support straps. This allows for rapid evacuation of the building. Additionally, the alarm box switch may operate a silent alarm to alert the police of a potentially hazardous situation.

An emergency escape mechanism is disclosed. A deployable and inflatable slide is located proximate the exit door of a building. When the alarm switch on the alarm box next to the door is set to unlock the door may be opened and a chute or slide falls out to the exterior of the building. A mercury switch or the like is activated as the uninflated slide tilts out which activates an inflation means, preferably a compressed gas cylinder or the like. The slide or chute is anchored to the building by a girt bar anchored in the floor and a plurality of chute support straps. This allows for rapid evacuation of the building. Additionally, the alarm box switch may operate a silent alarm to alert the police of a potentially hazardous situation.

Force-independent release systems are disclosed. Releasable links are designed for use in connection with inflatable safety devices. Particular examples for use include evacuation slides and/or life rafts on board a passenger transportation vehicle, such as an aircraft or marine vessel, or any other inflatable safety device that requires a rapid inflation. In one example, the force-independent release system separates when a certain inflatable pressure is achieved. In another example, the force-independent release system separates at a certain predetermined time. It is possible for the force-independent release system to also include current force-dependent technology as a redundant backup.

An escape system comprises a passage (1), a platform (3) and at least one craft (4), the platform (3) and the craft (4) being deployable from a structure (2) to water to facilitate evacuation of the structure via the passage. The passage is mounted to the platform such that the platform is urged towards the structure when deployed. The passage may be mounted to the platform such that movement of the passage relative to the platform is restricted in at least one direction. A plate (64) may support the passage, platform and/or craft during deployment, and/or stabilises the passage, platform and/or craft after deployment in the water.

An escape system comprises a passage (1), a platform (3) and at least one craft (4), the platform (3) and the craft (4) being deployable from a structure (2) to water to facilitate evacuation of the structure via the passage. The passage is mounted to the platform such that the platform is urged towards the structure when deployed. The passage may be mounted to the platform such that movement of the passage relative to the platform is restricted in at least one direction. A plate (64) may support the passage, platform and/or craft during deployment, and/or stabilises the passage, platform and/or craft after deployment in the water.