Large-span high-space waterproof tent

Abstract

This utility model belongs to the field of outdoor protection technology and discloses a large-span, high-space waterproof tent, including a canopy (100), side panels (200), a frame (300), and guy lines (400); the canopy (100) is a single piece and is set on the top of the frame (300); the side panels (200) are set around the frame (300); the side panels (200) are composed of several single side panels (201), and adjacent single side panels (201) are connected by waterproof zippers (202); the frame (300) is made of structural steel; the first end of the canopy (100) is covered by the rain cap of the frame (300), and the last end is longer than the radius of the frame, hanging down naturally to wrap around the upper part of the side panels (200); several sets of guy lines (400) are set around the frame (300), one end of which is connected to the top of the frame (300), and the other end is fixed to the ground. This utility model of tent frame has a large span, high space, and strong stability, providing a wide column-free space for tents.

Description

Technical Field

[0001] This utility model belongs to the field of outdoor protection technology, and in particular relates to a large-span, high-space waterproof tent. Background Technology

[0002] Traditional large-span, high-space waterproof tents, due to their large span and height, lack structural stability when resisting external factors such as wind and snow loads, making them prone to deformation or damage. Regarding waterproofing, although waterproof fabric can be used directly for the tent fabric, the excessive size and fabric limitations of large-span, high-space waterproof tents result in numerous seams and connections, restricting their waterproof performance. The large span and high space required to maintain waterproofing also lead to poor ventilation and heat dissipation, necessitating convenient and quick ventilation and heat dissipation measures. The components of traditional large-span, high-space waterproof tents are often large and heavy, hindering transportation and rapid deployment, thus limiting their mobility. Application scenarios for large-span, high-space waterproof tents involve access by various large vehicles, requiring the tents to have multi-angle door opening capabilities; however, most current large-span, high-space waterproof tents suffer from a limited number of doors and low door opening heights. Utility Model Content

[0003] The technical problem to be solved by this utility model is: to design a large-span, high-space waterproof tent with stable structure, rain and wind resistance, rapid ventilation and heat dissipation, good mobility, and multi-angle high-opening doors.

[0004] To solve the above-mentioned technical problems, the specific technical solution of this utility model is as follows:

[0005] A large-span, high-space waterproof tent includes a canopy 100, side panels 200, a frame 300, and guy lines 400. The canopy 100 is a single piece and is set on top of the frame 300. The side panels 200 are set around the frame 300. The side panels 200 are composed of several single side panels 201, and adjacent single side panels 201 are connected by waterproof zippers 202. The frame 300 is made of structural steel. The first end of the canopy 100 is covered by the rain cap of the frame 300, and the second end is longer than the radius of the frame, naturally hanging down to wrap around the upper part of the side panels 200. Several sets of guy lines 400 are set around the frame 300, with one end connected to the top of the frame 300 and the other end fixed to the ground.

[0006] Furthermore, the canopy frame 300 includes a frame 301, legs 302, a folding truss 303, and a middle frame 304;

[0007] Several frames 301 are inclined relative to the horizontal ground and can rotate and retract around the middle frame 304. The top of the support leg 302 is connected to the corresponding frame 301, and the end is supported on the ground. A folding truss 303 is provided between the tops of two adjacent support legs 302. All support legs 302 and folding truss 303 can be folded.

[0008] Furthermore, a tensioner 305 and a wind rope lug 306 are welded to the end of the frame 301.

[0009] Furthermore, the tent 100 includes an integrated tent fabric 101, a tensioning belt 102, and toothed buckle straps 104; the integrated tent fabric 101 is made of multiple triangular fabric pieces sewn together, and the size of each triangular fabric piece is the same as the size of the triangle formed by two pairs of frames 301; several toothed buckle straps 104 are evenly sewn on the tensioning belt 102, the first toothed buckle strap 104 is fixed to the middle frame 304 on the tent frame 300, and the remaining toothed buckle straps 104 are fixed to the frame 301, and the tensioner 305 is welded to the end of the frame 301, and the end of the tensioning belt 102 passes through the tensioner 305.

[0010] Furthermore, a heat-sealing process is used at the seams of each triangular piece of fabric to ensure the tarpaulin's airtight and waterproof properties.

[0011] Furthermore, the side panel 200 includes a single side panel 201, a waterproof zipper 202, a magnetic strip 203, a double-row self-locking hook 204, a toothed buckle strap 205, a half-horseshoe ring 208, a fixed pulley 209, and a pull rope 210; the top of the single side panel 201 is connected to the lower edge of the folding truss 303, and a double-row self-locking hook 204 is sewn onto the single side panel 201, which is suspended from the lower edge of the folding truss 303; several toothed buckle straps 104 are sewn onto the single side panel 201, which are fixed to the support leg 302, and a waterproof zipper 202 connects each pair of single side panels 201; magnetic strips 203 are sewn onto the overlapping parts of the canopy 100 and the side panel 200;

[0012] The fixed pulley 209 is connected to the wind rope lug 306 via the horseshoe ring 208; the pull rope 210 passes through the fixed pulley 209 and is fixed relative to the zipper pull of the waterproof zipper 202.

[0013] At the point where the single side panel 201 is fixed to the frame 301, several semicircular rings 206 and a spring hook 207 are sewn on. The spring hook 207 can be connected to the semicircular rings 206 at different heights to lift the single side panel 201 to different heights.

[0014] Furthermore, the guy rope 400 includes a horseshoe ring 401, a guy rope strap 402, a tensioner 403, and a ground stake 404; the guy rope lug 306 is connected to the guy rope strap 402 through the horseshoe ring 401, the end of the guy rope strap 402 is connected to the ground stake 404 through the tensioner 403, and the ground stake 404 is driven into the ground.

[0015] Furthermore, the number of single side panels 201 matches the shape of the canopy 300.

[0016] Furthermore, with the outrigger 302 as the boundary, any half of the single side panel 201 and the adjacent half of the single side panel 201 form a set of tent doorways.

[0017] Furthermore, the radius of the canopy 100 is larger than the radius of the frame 301, and the excess part hangs down naturally, covering the top of the side wall 200.

[0018] This invention offers the following advantages: The canopy boasts a large span, high ceiling, and strong stability, providing ample pillar-free space for the tent. The canopy incorporates multiple waterproofing measures, and the side panels are modular, allowing for unlimited combinations as needed. It can also be quickly erected and dismantled, significantly improving site utilization efficiency and flexibility. The multi-angle door opening system, with its high space utilization, maximizes door opening from any direction, eliminating the need for climbing. Vehicles and personnel can enter without needing to adjust their orientation. Attached Figure Description

[0019] Figure 1 This is the overall assembly drawing of this utility model.

[0020] Figure 2 This is an overall drawing of the canopy 100 of this utility model.

[0021] Figure 3 This is a schematic diagram showing the connection between the canopy 100 and the canopy frame 300.

[0022] Figure 4 This is a schematic diagram showing the connection between the side panel 200 and the canopy frame 300.

[0023] Figure 5 This is a schematic diagram of the interior of a single-piece side panel 201.

[0024] Figure 6 This is a schematic diagram showing the connection of two single side panels 201.

[0025] Figure 7 This is a schematic diagram of waterproof zipper 202.

[0026] Figure 8 This is a schematic diagram of the side panel 200 heat dissipation device.

[0027] Figure 9 This is an overall view of the 400-meter wind rope.

[0028] In the diagram: 100-Canopy, 200-Side panel, 300-Canopy frame, 400-Gate rope, 101-One-piece tarpaulin, 102-Tension band, 103-Gate rope sleeve, 104-Toothed buckle strap, 201-Single side panel, 202-Waterproof zipper, 203-Magnetic strip, 204-Double row self-locking hook, 205-Toothed buckle strap, 206-Semicircular ring, 207-Spring hook, 208-Horseshoe ring, 209-Fixed pulley, 210-Pulley rope, 301-Frame, 302-Outrigger, 303-Folding truss, 304-Middle frame, 305-Tensioner, 306-Gate rope lug, 401-Horseshoe ring, 402-Gate rope strap, 403-Tensioner, 404-Ground peg. Detailed Implementation

[0029] To better understand the purpose, structure, and function of this utility model, a more detailed description of this utility model is provided below with reference to the accompanying drawings.

[0030] like Figure 1 As shown, the large-span, high-space waterproof tent of this utility model mainly consists of a canopy 100, side panels 200, a canopy frame 300, and guy ropes 400. Among them, as... Figure 1 As shown, the canopy 100 is a single piece, while the side panels 200 are detachable; both are attached to the tent frame 300. The top of the canopy 100 is shielded by the rain cap of the tent frame 300, and its end extends beyond the radius of the tent frame, naturally hanging down to cover the upper part of the side panels 200, ensuring waterproof and windproof measures at all joints. The guy lines 400 are connected at the top to the tent frame 300 and driven into the ground at the bottom, increasing the overall wind resistance of the tent.

[0031] like Figure 2 and Figure 3 As shown, the canopy 100 is mainly composed of an integrated tarpaulin 101, tension straps 102, wind rope sleeves 103, and toothed buckle straps 104. The canopy 100 provides rain and wind protection for the top of the canopy.

[0032] like Figure 3 and Figure 4 As shown, the tent frame 300 mainly consists of a frame 301, legs 302, folding truss 303, middle frame 304, tensioner 305, and guy rope lugs 306. As the main body of the tent, the tent frame needs to bear the weight of the tent itself as well as external loads such as wind and snow loads.

[0033] like Figures 4 to 8 As shown, the side panel 200 mainly consists of a single side panel 201, a waterproof zipper 202, a magnetic strip 203, a double-row self-locking hook 204, a toothed buckle strap 205, a semi-circular ring 206, a spring hook 207, a horseshoe ring 208, a fixed pulley 209, and a pull rope 210. The side panel 200 is mainly used for rain and wind protection on the side panels of the tent.

[0034] like Figure 9As shown, the guy lines 400 mainly consist of horseshoe loops 401, guy line straps 402, tensioners 403, and tent pegs 404. The main function of the guy lines 400 is to secure the tent to the ground and increase its stability.

[0035] Example 1

[0036] like Figure 1 As shown, this utility model provides a large-span, high-space waterproof tent, comprising a canopy 100, side panels 200, a frame 300, and guy lines 400. The tent has a regular polygonal structure. The frame 300 is made of structural steel, making it sturdy and stable. The frame 300 does not require internal support columns, providing a spacious, column-free space for the tent. The frame 301 can rotate around the central frame 304 for deployment and folding. All legs 302 and folding trusses 303 are foldable, enabling rapid setup and dismantling of the frame 300. When folded, it occupies little space, facilitating container transport and offering high mobility. The frame 301 is at an angle to the horizontal ground, guiding rainwater downwards and preventing water accumulation. After the canopy 100, side panels 200, guy lines 400, and frame 300 are initially connected, they can be folded and folded together without repeated setup, significantly saving deployment and folding time.

[0037] like Figure 2 As shown, the one-piece tarpaulin 101 is made of multiple triangular fabric pieces sewn together. The size of each triangular fabric piece is the same as the size of the triangle formed by the two pairs of frame pieces 301. Therefore, the seams between the two pairs of triangular fabric pieces fit perfectly with the frame pieces 301, which enhances the waterproof ability of the seams. Furthermore, the seams are sealed with a heat-sealing process to ensure the tarpaulin's airtight waterproof performance. Tensioning bands 102 are sewn into the seams between the two pairs of triangular fabric pieces of the one-piece tarpaulin 101 to reinforce the seams.

[0038] like Figure 3 As shown, several toothed buckle straps 104 are evenly sewn onto the tension strap 102 according to the structure of the frame 301. The first toothed buckle strap 104 is fixed to the middle frame 304 on the canopy frame 300, and the remaining toothed buckle straps 104 are fixed to the frame 301. A tensioner 305 is welded to the end of the frame 301, and the end of the tension strap 102 passes through the tensioner 305. After the canopy frame 300 is erected, the canopy 100 is attached to the canopy frame 300 and fixed to the canopy frame 300 using the toothed buckle straps 104. After fixing, the tension straps 102 and the tensioner 305 are used for adjustment to ensure that the canopy is taut on the frame and to prevent collapse and water accumulation. The top of the integrated canopy 101 connected to the middle frame 304 is protected by the rain cap of the canopy frame 300 to prevent rainwater from entering.

[0039] like Figure 4As shown, the main body of the side panel 200 is composed of several single side panels 201. The single side panels 201 are connected to each other by waterproof zippers 202. The top of the single side panel 201 is connected to the lower edge of the folding truss 303. The radius of the canopy 100 is larger than the radius of the frame 301, and the excess part hangs down naturally to cover the top of the side panel 200. The overlapping parts of the canopy 100 and the side panel 200 are each sewn with magnetic strips 203, which can automatically attach to ensure the overall airtightness of the tent.

[0040] like Figure 5 and Figure 6 As shown, double rows of self-locking hooks 204 are sewn onto the single side panel 201. The double rows of self-locking hooks 204 are suspended from the lower edge of the folding truss 303, so the single side panel can slide freely along the lower edge of the folding truss 303. Several toothed buckle straps 104 are sewn onto the single side panel 201 at the same height. The toothed buckle straps 104 are fixed to the support legs 302. Waterproof zippers 202 connect two single side panels 201. The number of single side panels 201 can be increased according to the shape of the canopy frame 300, and they can be combined indefinitely. With the outrigger 302 as the boundary, any half of the single side panel 201 can form a set of tent doorways with the adjacent half of the single side panel 201. The opening height of the doorway can be adjusted as needed. This utility model is aimed at a large-span, high-space waterproof tent with a high tent height span and a doorway height of several meters. When people enter or exit, the waterproof zipper 202 can be pulled up to the required height. When vehicles enter or exit, the waterproof zipper 202 can be fully opened, and the single side panels 201 on both sides can slide along the direction of their respective fixed outriggers 302. The magnetic strips 203 sewn on the overlapping parts of the canopy 100 and the side panel 200 will automatically open, and the space between the two outriggers 302 can be completely opened. All single side panels 201 have the same function, so vehicles and people can enter and exit the tent at any angle.

[0041] Furthermore, such as Figure 7 As shown, due to the high height of the large-span tent doorway, it is difficult for personnel to operate the doorway opening and closing from the ground. To avoid any climbing, the frame 301 of this utility model has a wind rope ear piece 306 welded to the end. The horseshoe ring 208 connects the fixed pulley 209 to the wind rope ear piece 306. The pulley rope 210 passes through the fixed pulley 209 and is fixed relative to the zipper pull of the waterproof zipper 202. Personnel can operate the waterproof zipper 202 to open and close from the ground.

[0042] Furthermore, such as Figure 8 As shown, due to the requirements of waterproof and sealing performance for large-span, high-space waterproof tents, ventilation and heat dissipation capabilities are relatively poor. In addition to opening windows in any single side panel 201 as needed, this utility model sews several semi-circular rings 206 and a spring hook 207 on the middle of the outer side panel 201, that is, at the fixing point with the frame 301. The spring hook 207 can be connected to the semi-circular rings 206 at different heights, so that the single side panel 201 can be lifted to different heights to achieve the purpose of ventilation and heat dissipation, which is convenient and quick.

[0043] like Figure 9 As shown, the frame 301 of this utility model has guy rope lugs 306 welded to its end, which are connected to the guy rope strap 402 via horseshoe rings 401. The guy rope strap 402 passes through the guy rope sleeve 103, and its end is connected to the ground peg 404 via a tensioner 403. The ground peg 404 is driven into the ground. The guy ropes 400 are directly connected to the tent frame 300, fixing the tent to the ground and increasing the tent's ability to resist wind loads.

[0044] Key points of this utility model

[0045] 1. The canopy and side panels are automatically connected by magnets and can be opened and closed automatically.

[0046] 2. The number of individual side panels can be customized according to the shape of the canopy frame, and they can be combined indefinitely. Two panels can be combined to form a doorway.

[0047] 3. The single side panel can slide freely on the folding truss. Combined with the waterproof zipper that does not require climbing to open and close, it can make the most of the canopy space to open the door. The door can be opened from any direction, and vehicles can enter without adjusting their direction.

[0048] Although the embodiments of the present invention have been described in conjunction with the accompanying drawings, those skilled in the art can make various modifications and improvements without departing from the principles of the present invention, and these modifications and improvements should also be considered to fall within the protection scope of the present invention.

Claims

1. A large-span, high-space waterproof tent, characterized in that, Includes a canopy (100), side panels (200), a canopy frame (300), and guy ropes (400); the canopy (100) is a single piece and is set on top of the canopy frame (300); the side panels (200) are set around the canopy frame (300); the side panels (200) are composed of several single side panels (201), and adjacent single side panels (201) are connected by waterproof zippers (202); the canopy frame (300) is made of structural steel; the first end of the canopy (100) is covered by the rain cap of the canopy frame (300), and the end is longer than the radius of the canopy frame, naturally hanging down to wrap around the upper part of the side panels (200); several sets of guy ropes (400) are set around the canopy frame (300), one end of which is connected to the top of the canopy frame (300), and the other end is fixed to the ground.

2. The large-span, high-space waterproof tent according to claim 1, characterized in that, The canopy frame (300) includes a frame (301), legs (302), folding truss (303), and middle frame (304); Several frames (301) are inclined relative to the horizontal ground and can rotate and retract around the middle frame (304). The top of the legs (302) is connected to the corresponding frame (301) and the end is supported on the ground. A folding truss (303) is provided between the tops of two adjacent legs (302). All legs (302) and folding trusses (303) are foldable.

3. The large-span, high-space waterproof tent according to claim 2, characterized in that, The end of the frame (301) is welded with a tensioner (305) and a wind rope lug (306).

4. The large-span, high-space waterproof tent according to claim 3, characterized in that, The canopy (100) includes an integrated tarpaulin (101), a tensioning belt (102), and a toothed buckle belt (104). The integrated tarpaulin (101) is made of multiple triangular pieces of fabric sewn together, and the size of each triangular piece of fabric is the same as the size of the triangle formed by two frames (301). Several toothed buckles (104) are evenly sewn on the tensioning belt (102). The first toothed buckle belt (104) is fixed to the middle frame (304) on the canopy frame (300), and the remaining toothed buckles (104) are fixed to the frame (301). The tensioner (305) is welded to the end of the frame (301), and the end of the tensioning belt (102) passes through the tensioner (305).

5. The large-span, high-space waterproof tent according to claim 4, characterized in that, Each triangular piece of fabric is seamed with a heat-sealing process to ensure the tarpaulin is sealed and waterproof.

6. The large-span, high-space waterproof tent according to claim 4, characterized in that, The side panel (200) includes a single side panel (201), a waterproof zipper (202), a magnetic strip (203), a double-row self-locking hook (204), a toothed buckle strap (205), a half-horseshoe ring (208), a fixed pulley (209), and a pull rope (210). The top of the single side panel (201) is connected to the lower edge of the folding truss (303). A double-row self-locking hook (204) is sewn on the single side panel (201), and the double-row self-locking hook (204) is suspended from the lower edge of the folding truss (303). Several toothed buckle straps (205) are sewn on the single side panel (201), and the toothed buckle straps (205) are fixed to the support legs (302). A waterproof zipper (202) connects each pair of single side panels (201). Magnetic strips (203) are sewn on the overlapping parts of the canopy (100) and the side panel (200). The fixed pulley (209) is connected to the wind rope lug (306) via a half-horseshoe ring (208); the pulley rope (210) passes through the fixed pulley (209) and is fixed relative to the zipper pull of the waterproof zipper (202); At the point where the single side panel (201) is fixed to the frame (301), several semicircular rings (206) and a spring hook (207) are sewn on. The spring hook (207) can be connected to the semicircular rings (206) at different heights to lift the single side panel (201) to different heights.

7. The large-span, high-space waterproof tent according to claim 6, characterized in that, The guy rope (400) includes a horseshoe ring (401), a guy rope strap (402), a tensioner (403), and a ground stake (404); the guy rope lug (306) is connected to the guy rope strap (402) through the horseshoe ring (401), the end of the guy rope strap (402) is connected to the ground stake (404) through the tensioner (403), and the ground stake (404) is driven into the ground.

8. The large-span, high-space waterproof tent according to claim 6, characterized in that, The number of single side panels (201) matches the shape of the canopy (300).

9. The large-span, high-space waterproof tent according to claim 6, characterized in that, With the outrigger (302) as the boundary, any half of the single side panel (201) and the adjacent half of the single side panel (201) form a set of tent doorways.

10. The large-span, high-space waterproof tent according to claim 2, characterized in that, The radius of the canopy (100) is larger than the radius of the frame (301), and the excess part hangs down naturally, covering the top of the side wall (200).

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