Abstract: Disclosed are a foldable tent integrated with eaves and a using method therefor. The foldable tent integrated with eaves includes transverse supporting assemblies, where longitudinal supporting assemblies are arranged between the transverse supporting assemblies, joints between the transverse supporting assemblies and the longitudinal supporting assemblies are provided with connectors, the transverse supporting assemblies are movably connected to the longitudinal supporting assemblies through the connectors, and one side of one transverse supporting assembly is provided with an extended eaves assembly; and vertical supporting assemblies are arranged on two sides of two longitudinal supporting assemblies, the vertical supporting assemblies include supporting sleeve rods and inner supporting rods, and one ends of the inner supporting rods extend into the supporting sleeve rods.

Abstract: Disclosed is a double-roof foldable tent. The double-roof foldable tent includes a tent roof connection block, where a plurality of double-roof assemblies are arranged at a bottom of the tent roof connection block, the double-roof assemblies include connection rods, the connection rods are arranged at the bottom of the tent roof connection block, one sides of the connection rods are fixedly connected to fastener posts, the one sides of the connection rods are provided with double-roof rods, and one sides of the double-roof rods are provided with double-roof linkage rods. When the tent is unfolded, a ventilation gap is formed so that more wind passes through the gap, and a ventilation effect is better. Since wind passes through the gap, wind resistance is smaller, the use stability is improved, and air inside the tent can flow sufficiently. The tent can be folded as a whole and is convenient to store.

Abstract: Disclosed is a foldable tent with eaves. The foldable tent with eaves includes a tent roof connection block, where a plurality of eaves folding assemblies are connected to a bottom of the tent roof connection block, the eaves folding assemblies include tent roof supporting rods I, tops of the tent roof supporting rods I extend into the tent roof connection block, and the other ends of the tent roof supporting rods I are connected to connection blocks; and the connection blocks are internally connected to tent roof supporting rods II, and the other ends of the tent roof supporting rods II are connected to corner connection blocks. The foldable tent with eaves is stabler when being unfolded. The effect of sheltering from sun and preventing rain from intruding into the tent in rainy days is realized. The tent can be folded as whole, and is convenient to store.

Abstract: Disclosed is a tent frame. The tent frame includes a tent roof fixing block, where an outer side of the tent roof fixing block is movably connected to a plurality of first connection rods through rotary shafts, and one ends of the plurality of first connection rods are movably connected to connectors through rotary shafts; one sides of the plurality of connectors are movably connected to second connection rods through rotary shafts, and one sides of the plurality of second connection rods are provided with supporting assemblies; a bottom of the tent roof fixing block is provided with an unfolding mechanism. The disclosure has the beneficial effects as follows: supporting structures are evenly stressed, and the tent frame is stabler and does not deviate after being unfolded. Accordingly, the tent frame is convenient to use and simpler to fold.

Abstract: Disclosed are a foldable tent integrated with eaves and a using method therefor. The foldable tent integrated with eaves includes transverse supporting assemblies, where longitudinal supporting assemblies are arranged between the transverse supporting assemblies, joints between the transverse supporting assemblies and the longitudinal supporting assemblies are provided with connectors, the transverse supporting assemblies are movably connected to the longitudinal supporting assemblies through the connectors, and one side of one transverse supporting assembly is provided with an extended eaves assembly; and vertical supporting assemblies are arranged on two sides of two longitudinal supporting assemblies, the vertical supporting assemblies include supporting sleeve rods and inner supporting rods, and one ends of the inner supporting rods extend into the supporting sleeve rods.

Abstract: Disclosed is a foldable tent with eaves. The foldable tent with eaves includes a tent roof connection block, where a plurality of eaves folding assemblies are connected to a bottom of the tent roof connection block, the eaves folding assemblies include tent roof supporting rods I, tops of the tent roof supporting rods I extend into the tent roof connection block, and the other ends of the tent roof supporting rods I are connected to connection blocks; and the connection blocks are internally connected to tent roof supporting rods II, and the other ends of the tent roof supporting rods II are connected to corner connection blocks. The foldable tent with eaves is stabler when being unfolded. The effect of sheltering from sun and preventing rain from intruding into the tent in rainy days is realized. The tent can be folded as whole, and is convenient to store.

Abstract: Disclosed is a double-roof foldable tent. The double-roof foldable tent includes a tent roof connection block, where a plurality of double-roof assemblies are arranged at a bottom of the tent roof connection block, the double-roof assemblies include connection rods, the connection rods are arranged at the bottom of the tent roof connection block, one sides of the connection rods are fixedly connected to fastener posts, the one sides of the connection rods are provided with double-roof rods, and one sides of the double-roof rods are provided with double-roof linkage rods. When the tent is unfolded, a ventilation gap is formed so that more wind passes through the gap, and a ventilation effect is better. Since wind passes through the gap, wind resistance is smaller, the use stability is improved, and air inside the tent can flow sufficiently. The tent can be folded as a whole and is convenient to store.