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.

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 tilting canopy has a canopy frame, at least one actuator, a plurality of canopy supports, and a support frame. The canopy frame is hingedly connected to the support frame through two medial supports, such that the medial supports act as pivot points for the canopy frame. The at least one actuator is engaged between the canopy frame and the support frame such that the at least one actuator is configured to rotate the canopy frame about the pivot point between a lowered position and a raised position. In the raised position, a user may store a boat or other vehicle or item with towers, Bimini tops, or other features which would normally be prohibitive of moving the boat or other vehicle beneath the canopy.

A portable shelter framing system is disclosed herein. The portable shelter framing system includes a plurality of corner support assemblies; a plurality of crossbeam members, at least some of the crossbeam members configured to be connected between a pair of the plurality of corner support assemblies without the use of tools; and a plurality of roof frame members, each of the roof frame members configured to be coupled to one of the plurality of corner support assemblies or one of the plurality of crossbeam members without the use of tools. In one or more embodiments, each of the plurality of corner support assemblies of portable shelter framing system comprises spaced apart apertures disposed at the top thereof, each of the spaced apart apertures configured to receive a respective downwardly extending portion of one of the plurality of roof frame members.

A portable shelter framing system is disclosed herein. The portable shelter framing system includes a plurality of corner support assemblies; a plurality of crossbeam members, at least some of the crossbeam members configured to be connected between a pair of the plurality of corner support assemblies without the use of tools; and a plurality of roof frame members, each of the roof frame members configured to be coupled to one of the plurality of corner support assemblies or one of the plurality of crossbeam members without the use of tools. In one or more embodiments, each of the plurality of corner support assemblies of portable shelter framing system comprises spaced apart apertures disposed at the top thereof, each of the spaced apart apertures configured to receive a respective downwardly extending portion of one of the plurality of roof frame members.

A tent frame (1) for carrying a tent cloth comprises at least four rods (2) each configured to have one end (3a) resting on a ground, to extend from that end convergingly towards a top of a said tent and to carry a tent cloth bearing outside thereon, and an arrangement (6) configured to interconnect said rods (2) so as to hold them in a determined mutual position. Said arrangement (6) comprises, for each pair of adjacent rods (2a-b), at least one rigid elongated element (7) and at least two elongated members so as to provide support for holding said rigid elongated element (7) between the adjacent rods (2a-b) and these in a said determined mutual position.

A tent frame (1) for carrying a tent cloth comprises at least four rods (2) each configured to have one end (3a) resting on a ground, to extend from that end convergingly towards a top of a said tent and to carry a tent cloth bearing outside thereon, and an arrangement (6) configured to interconnect said rods (2) so as to hold them in a determined mutual position. Said arrangement (6) comprises, for each pair of adjacent rods (2a-b), at least one rigid elongated element (7) and at least two elongated members so as to provide support for holding said rigid elongated element (7) between the adjacent rods (2a-b) and these in a said determined mutual position.

A windproof foldable canopy tent including a tent frame assembly, a ceiling assembly arranged on the tent frame assembly, and upper and lower tarpaulins disposed on the ceiling assembly, is provided. The ceiling assembly includes a tent top plate, foldable arm mechanisms annularly distributed about a periphery of the tent top plate, and elastic supporting rods correspondingly arranged on the foldable arm mechanisms. A distal end of each foldable arm mechanism, away from the tent top plate, is mounted to the tent frame assembly. The upper tarpaulin and the lower tarpaulin are supported and connected to the elastic supporting rods and the foldable arm mechanisms, respectively. The elastic supporting rods tension the upper tarpaulin firmly. When a wind force is substantially larger than a force of the tension, the elastic supporting rods bend and warp to enlarge a ventilation channel defined between the upper and lower tarpaulins.

A windproof foldable canopy tent including a tent frame assembly, a ceiling assembly arranged on the tent frame assembly, and upper and lower tarpaulins disposed on the ceiling assembly, is provided. The ceiling assembly includes a tent top plate, foldable arm mechanisms annularly distributed about a periphery of the tent top plate, and elastic supporting rods correspondingly arranged on the foldable arm mechanisms. A distal end of each foldable arm mechanism, away from the tent top plate, is mounted to the tent frame assembly. The upper tarpaulin and the lower tarpaulin are supported and connected to the elastic supporting rods and the foldable arm mechanisms, respectively. The elastic supporting rods tension the upper tarpaulin firmly. When a wind force is substantially larger than a force of the tension, the elastic supporting rods bend and warp to enlarge a ventilation channel defined between the upper and lower tarpaulins.