Self-erecting emergency shelter

A self-erecting emergency shelter, comprising:

• a base assembly, wherein said base assembly includes a base having height-adjustable legs;
• a wall assembly, wherein said wall assembly includes a left wall, a right wall, a rear wall and a front wall pivotally attached to said base by means of piano hinges, wherein each of said front wall, said rear wall, said left wall and said right wall include an exterior layer, a frame, insulation and an interior layer, wherein said frame is made of structural rectangular pipes vertically and horizontally disposed defining a frame with spaces therebetween, said frame provides structural support to said wall assembly, said frame supports said exterior layer and said interior layer, wherein said frame is enclosed within said exterior layer and said interior layer;
• a roof assembly, wherein said roof assembly includes a roof pivotally attached to said left wall and said right wall, wherein said roof includes a right-roof portion and a left-roof portion;
• and
• a self-erecting assembly, wherein said self-erecting assembly includes a plurality of gas springs and a releasing member, wherein said plurality of gas springs are configured to be consecutively actuated to take said wall assembly and said roof assembly from a retracted configuration to an expanded configuration by pulling said releasing member, wherein said left wall, right wall, rear wall, front wall, and roof are parallelly placed over said base in said retracted configuration, wherein said plurality of gas springs includes first gas springs connecting a right portion of said base with a bottom portion of said right wall, second gas springs connecting a top portion of said right wall to a bottom portion of said right-roof portion, third gas springs connecting a left portion of the base with a bottom portion of said left wall, fourth gas springs connecting a top portion of said left wall with a bottom portion of said left-roof portion, sixth gas springs connecting a front portion of the base with a bottom portion of the front wall, and fifth gas springs connecting a rear portion of the base with a bottom portion of the rear wall, wherein said first gas spring, said second gas springs, said third gas springs and said fourth gas springs are configured to be expanded placing said right wall and said left wall perpendicular to said base and said right-roof portion and said left-roof portion diagonally attached to said left wall and said right wall respectively defining an open gable roof, wherein said fifth gas springs and said sixth gas springs are configured to be retracted placing said front wall and said rear wall perpendicularly between said left wall and said right wall, wherein a distal end of said left-roof portion is coupled with a distal end of said right-roof portion in said expanded configuration;
• wherein wherein each said right wall and said left wall include a securing member therewithin, wherein said securing member is connected to said base by means of a spring, wherein said securing member is operatively connected to an actuation member, wherein said spring is expanded forcing said securing member to move down into a receiving member to fix said left wall or said right wall in an erected configuration, wherein said securing member is configured to actuate said actuation member, wherein said actuation member is configured to actuate a consecutive gas spring of the plurality of springs.

A self-erecting emergency shelter, consisting of:

• a base assembly, wherein said base assembly includes a base having height-adjustable legs, wherein said base includes a base frame enclosed within a top layer and a bottom layer, wherein said top layer and said bottom layer are made of plywood having a polyvinyl chloride coat, wherein said base frame supports said bottom layer and said top layer, wherein said height-adjustable legs include a top member and a bottom member, wherein said bottom member includes first openings and said top member a top opening, wherein said top member is capable of receive said bottom member therein, wherein one of said first openings is aligned with said top opening to fix said bottom member with said top member by means of fasteners;
• a wall assembly, wherein said wall assembly includes a left wall, a right wall, a rear wall and a front wall pivotally attached to said base by means of piano hinges, wherein said front wall and said rear wall have a rectangular shape with a triangular-shaped top, wherein each of said front wall, said rear wall, said left wall and said right wall include an exterior layer, a frame, insulation and an interior layer, wherein said frame is made of structural rectangular pipes vertically and horizontally disposed defining a frame with spaces therebetween, said frame provides structural support to said wall assembly, said frame supports said exterior layer and said interior layer, wherein said frame is enclosed within said exterior layer and said interior layer, wherein said structural rectangular pipes are made of iron or aluminum, wherein said insulation is expanded polystyrene, said exterior layer is made of rectangular fiberglass plates and said interior layer is made of plywood;
• a roof assembly, wherein said roof assembly includes a roof pivotally attached to said left wall and said right wall, wherein said roof includes a right-roof portion and a left-roof portion;
• and
• a self-erecting assembly, wherein said self-erecting assembly includes a plurality of gas springs and a releasing member, wherein said plurality of gas springs are configured to be consecutively actuated to take said wall assembly and said roof assembly from a retracted configuration to an expanded configuration by pulling said releasing member, wherein said left wall, right wall, rear wall, front wall, and roof are parallelly placed over said base in said retracted configuration, wherein said plurality of gas springs includes first gas springs connecting a right portion of said base with a bottom portion of said right wall, second gas springs connecting a top portion of said right wall to a bottom portion of said right-roof portion, third gas springs connecting a left portion of the base with a bottom portion of said left wall, fourth gas springs connecting a top portion of said left wall with a bottom portion of said left-roof portion, fifth gas springs connecting a rear portion of the base with a bottom portion of the rear wall and sixth gas springs connecting a front portion of the base with a bottom portion of the front wall, wherein said first gas spring, said second gas springs, said third gas springs and said fourth gas springs are configured to be expanded placing said right wall and said left wall perpendicular to said base and said right-roof portion and said left-roof portion diagonally attached to said left wall and said right wall respectively defining an open gable roof, wherein said fifth gas springs and said sixth gas springs are configured to be retracted placing said front wall and said rear wall perpendicularly between said left wall and said right wall, wherein a distal end of said left-roof portion is coupled with a distal end of said right-roof portion in said expanded configuration, wherein each said right wall and said left wall include a securing member therewithin, wherein said securing member is connected to said base by means of a spring, wherein said securing member is operatively connected to an actuation member, wherein said spring is expanded forcing said securing member to move down into a base opening to fix said left wall or said right wall in an erected configuration, wherein said securing member actuates said actuation member to actuate a consecutive gas spring of the plurality of springs.