IP Library Granted Patent US 12662844
Granted Patent B2
US 12662844 · App. 18/612,688 · Granted Jun 23, 2026

Double-roof foldable tent

Inventor: Xingling Wang (Xiamen City, CN)
Assignee: XIAMEN MOQI INDUSTRY AND TRADE CO., LTD.
E04H15/50E04H15/16E04H15/46E04H15/60
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Quick Facts
Patent No.
US 12662844
App. No.
18/612,688
Granted
Jun 23, 2026
Kind
B2
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.

Claims (12)

1 . A double-roof foldable tent, comprising a tent roof connection block ( 1 ), wherein a plurality of double-roof assemblies are arranged at a bottom of the tent roof connection block ( 1 ), the double-roof assemblies comprise connection rods ( 10 ), the connection rods ( 10 ) are arranged at the bottom of the tent roof connection block ( 1 ), one sides of the connection rods ( 10 ) are fixedly connected to fastener posts ( 13 ), the one sides of the connection rods ( 10 ) are provided with double-roof rods ( 11 ), and one sides of the double-roof rods ( 11 ) are provided with double-roof linkage rods ( 12 ); one ends of the connection rods ( 10 ) are connected to connection blocks ( 9 ), the other ends of the connection blocks ( 9 ) are connected to long rods ( 8 ), the other ends of the long rods ( 8 ) are connected to corner connection blocks ( 4 ), one sides of the long rods ( 8 ) are provided with short rods ( 7 ), and one ends of the short rods ( 7 ) are connected to fastener blocks ( 2 ); fastener buttons ( 3 ) are arranged inside the fastener blocks ( 2 ), movable supporting rods ( 14 ) are inserted into the fastener blocks ( 2 ) and the corner connection blocks ( 4 ), the movable supporting rods ( 14 ) are internally fixedly connected to leaf springs I ( 16 ), fixed supporting rods ( 15 ) are inserted into the movable supporting rods ( 14 ), the fixed supporting rods ( 15 ) are internally fixedly provided with leaf springs II ( 17 ), the fixed supporting rods ( 15 ) are snapped into rod sleeves ( 18 ), and the rod sleeves ( 18 ) are fixedly connected to inner walls of the movable supporting rods ( 14 ); and a foldable unit is arranged between every two double-roof assemblies, and the foldable unit comprises a foldable supporting rod I ( 5 ) and a foldable supporting rod II ( 6 );

the connection rods ( 10 ) are movably connected to the double-roof rods ( 11 ) through rotary shafts, bottoms of the connection rods ( 10 ) are movably connected to the connection blocks ( 9 ) through rotary shafts, and tops of the long rods ( 8 ) are movably connected to the connection blocks ( 9 ) through rotary shafts; tops of the double-roof linkage rods ( 12 ) are movably connected to the double-roof rods ( 11 ) through rotary shafts, and bottoms of the double-roof linkage rods ( 12 ) are movably connected to the long rods ( 8 ) through rotary shafts;

when the tent is unfolded, the double-roof rods ( 11 ) are lifted up, and the double-roof rods ( 11 ) lifted are supported by the fastener posts ( 13 );

when the tent is to be folded, the fastener buttons ( 3 ) are pressed and move inside the fastener blocks ( 2 ), so that the leaf springs I ( 16 ) are retracted into the movable supporting rods ( 14 ), and a first limitation on movement of the fastener blocks ( 2 ) along the movable supporting rods ( 14 ) is released; when the fastener blocks ( 2 ) move downwards to the leaf springs II ( 17 ), the fastener buttons ( 3 ) are re-pressed, so that the leaf springs II ( 17 ) are retracted into the fixed supporting rods ( 15 ), and a second limitation on movement of the movable supporting rods ( 14 ) along the fixed supporting rods ( 15 ) is released.

2 . The double-roof foldable tent according to claim 1 , wherein tops of the connection rods ( 10 ) are movably connected to the tent roof connection block ( 1 ) through rotary shafts.

3 . The double-roof foldable tent according to claim 1 , wherein bottoms of the long rods ( 8 ) are movably connected to the corner connection blocks ( 4 ) through rotary shafts.

4 . The double-roof foldable tent according to claim 1 , tops of the short rods ( 7 ) are movably connected to the long rods ( 8 ) through rotary shafts, and bottoms of the short rods ( 7 ) are movably connected to the fastener blocks ( 2 ) through rotary shafts.

5 . The double-roof foldable tent according to claim 1 , wherein the corner connection blocks ( 4 ) are fixedly arranged at tops of the movable supporting rods ( 14 ).

6 . The double-roof foldable tent according to claim 1 , wherein the movable supporting rods ( 14 ) are snapped into the fastener blocks ( 2 ), and the fastener blocks are slidably connected to the movable supporting rods ( 14 ).

7 . The double-roof foldable tent according to claim 1 , wherein an intersection between the foldable supporting rod I ( 5 ) and the foldable supporting rod II ( 6 ) is movably connected through a rotary shaft; a top of the foldable supporting rod I ( 5 ) is movably connected to one corner connection block ( 4 ) through a rotary shaft, and a bottom of the foldable supporting rod I ( 5 ) is movably connected to one fastener block ( 2 ) through a rotary shaft; and a top of the foldable supporting rod II ( 6 ) is movably connected to another corner connection block ( 4 ) through a rotary shaft, and a bottom of the foldable supporting rod II ( 6 ) is movably connected to another fastener block ( 2 ) through a rotary shaft.

8 . The double-roof foldable tent according to claim 1 , wherein one sides of the leaf springs I ( 16 ) are fixedly provided with bulges I, and the bulges I penetrate one side walls of the movable supporting rods ( 14 ) and extend into the fastener blocks ( 2 ).

9 . The double-roof foldable tent according to claim 1 , wherein one sides of the leaf springs II ( 17 ) are fixedly provided with bulges II, and the bulges II penetrate one side walls of the movable supporting rods ( 14 ) and the fixed supporting rods ( 15 ).