Air supported structures forming an enclosure via internal pressurized air, and methods of making same, are disclosed. The structures include an outer membrane defining an outer surface of the structure. The structures include an inner liner blanket coupled to the outer membrane via a plurality of spaced baffles extending from the outer membrane into the enclosure, the inner liner blanket and the inner surface of the outer membrane forming a heating pocket therebetween within the enclosure extending along a first portion of the outer membrane. The structures also include at least one input channel in communication with the heating pocket, and at least one heated air system configured to selectively direct a flow of heated air through the at least one input channel and into the heating pocket to heat the first portion of the outer membrane to remove and/or prevent frozen precipitation accumulation on the outer surface thereof.

A tent for snow removal is provided. The tent comprises a tunnel portion comprised of a textile material. The tent further includes a front opening at a front side of the tunnel portion, a rear opening at a rear side of the tunnel portion, an enclosure affixed to the tunnel portion, a snow sensor mounted to the enclosure, wherein the snow sensor is configured and disposed to generate an electrical signal in response to snow contacting the sensor, and a heating system configured and disposed to heat the textile material, where the heating system is configured and disposed to be activated upon reception of the electrical signal.

A tent for snow removal is provided. The tent comprises a tunnel portion comprised of a textile material. The tent further includes a front opening at a front side of the tunnel portion, a rear opening at a rear side of the tunnel portion, an enclosure affixed to the tunnel portion, a snow sensor mounted to the enclosure, wherein the snow sensor is configured and disposed to generate an electrical signal in response to snow contacting the sensor, and a heating system configured and disposed to heat the textile material, where the heating system is configured and disposed to be activated upon reception of the electrical signal.

An electric vehicle camping tent device that is designed to detachably attach to a side window of an electric vehicle for receiving conditioned air from the vehicle, thereby maintaining a cool (or warm) temperature inside the tent device. The tent device comprises a tent housing made of conventional tent device material and includes an electric vehicle connector portion attached to the housing. The connector portion is connected to the housing using a connecting duct that forms a passage for conditioned air from the electric vehicle to the housing. The connector portion is designed as a pop-in window attachment with window sealant positioned on the outer surface of the connector portion. The tent device is collapsible and can be folded for easy transportation inside a vehicle. The housing forms an enclosed space for enabling users to camp inside the tent device.

An electric vehicle camping tent device that is designed to detachably attach to a side window of an electric vehicle for receiving conditioned air from the vehicle, thereby maintaining a cool (or warm) temperature inside the tent device. The tent device comprises a tent housing made of conventional tent device material and includes an electric vehicle connector portion attached to the housing. The connector portion is connected to the housing using a connecting duct that forms a passage for conditioned air from the electric vehicle to the housing. The connector portion is designed as a pop-in window attachment with window sealant positioned on the outer surface of the connector portion. The tent device is collapsible and can be folded for easy transportation inside a vehicle. The housing forms an enclosed space for enabling users to camp inside the tent device.

A tent for snow removal is provided. The tent comprises a tunnel portion comprised of a textile material. The tent further includes a front opening at a front side of the tunnel portion, a rear opening at a rear side of the tunnel portion, an enclosure affixed to the tunnel portion, a snow sensor mounted to the enclosure, wherein the snow sensor is configured and disposed to generate an electrical signal in response to snow contacting the sensor, and a heating system configured and disposed to heat the textile material, where the heating system is configured and disposed to be activated upon reception of the electrical signal.

A tent for snow removal is provided. The tent comprises a tunnel portion comprised of a textile material. The tent further includes a front opening at a front side of the tunnel portion, a rear opening at a rear side of the tunnel portion, an enclosure affixed to the tunnel portion, a snow sensor mounted to the enclosure, wherein the snow sensor is configured and disposed to generate an electrical signal in response to snow contacting the sensor, and a heating system configured and disposed to heat the textile material, where the heating system is configured and disposed to be activated upon reception of the electrical signal.

An inflatable float tank for providing a therapeutic sensory deprivation session. The inflatable float tank includes opaque inflatable sidewalls including a drop-stitch material. The drop stitch material includes opposing walls with stitched threads extending at acute angles from one another. When uninflated these internal stitch structures are allowed to collapse and provide substantially foldable and pliable deflated sidewalls as opposed to substantially rigid sidewalls upon inflation. The inflatable float tank is filled with float solution including water and Epsom salt heated to skin temperature so as to provide a highly buoyant float environment with a lack of sensory stimulation. The inflatable float tank exhibiting improved insulation within the tank and ease of assembly. The inflatable float tank and assembly thereof doesn't require rigid support structures such as poles and joints. And, the inflatable float tank is substantially foldable in an uninflated state and is substantially rigid in an inflated state.

An inflatable float tank for providing a therapeutic sensory deprivation session. The inflatable float tank includes opaque inflatable sidewalls including a drop-stitch material. The drop stitch material includes opposing walls with stitched threads extending at acute angles from one another. When uninflated these internal stitch structures are allowed to collapse and provide substantially foldable and pliable deflated sidewalls as opposed to substantially rigid sidewalls upon inflation. The inflatable float tank is filled with float solution including water and Epsom salt heated to skin temperature so as to provide a highly buoyant float environment with a lack of sensory stimulation. The inflatable float tank exhibiting improved insulation within the tank and ease of assembly. The inflatable float tank and assembly thereof doesn't require rigid support structures such as poles and joints. And, the inflatable float tank is substantially foldable in an uninflated state and is substantially rigid in an inflated state.

A temperature controlled inflatable tent is provided. The tent includes a base and one or more sidewalls forming an interior volume. The base and the one or more sidewalls each include a first layer and a second layer forming an enclosed interior volume disposed therebetween, wherein the interior volume retains air. A valve is in fluid communication with the interior volume of each the base and the one or more sidewalls. A first sidewall includes an opening having an inflatable door, wherein the door is removably secured to a perimeter of the opening via a fastener. A panel is disposed within the interior volume of the base, wherein the panel includes a heating and cooling element that is operably connected to a power source and a thermostat. The thermostat selectively actuates the heating and cooling element, such that an internal temperature of the tent can be set by a user.