Multifunctional three-in-one tent

Abstract

A multifunctional three-in-one tent comprises a tent bearing body and a tent, can be used as a car roof tent, an off-ground tent and a floor tent, and is convenient to install, remove, store and carry. The tent supporting body is composed of a square frame connecting pipe support and a strong cloth pad, the square frame connecting pipe support is formed by connecting and assembling a plurality of short branch pipes and pipe connecting pieces, the two ends of longitudinal branch pipes and the two ends of transverse branch pipes are connected through three-dimensional three-way connecting pipe pieces, the two longitudinal branch pipes are arranged on a roof rack transverse rod, and the transverse branch pipes are arranged on the three-dimensional three-way connecting pipe pieces. The strong cloth cushion is tied on the square frame connecting pipe support and tensioned, the tent is placed on the strong cloth cushion, and the bottom of the tent inflation column is tied on the safety branch pipe. When the tent is used as an off-ground tent, the short branch pipes are connected to form a square frame connecting pipe support on the ground, the four telescopic supporting pipes are installed on the three-dimensional three-way connecting pipe pieces respectively, the strong cloth cushion is tied to the square frame connecting pipe support, the tent is placed on the strong cloth cushion, and when the tent is used as a floor tent, the tent is directly placed on a ground moisture-proof cushion to be used.

Description

Technical Field

[0001] This invention relates to a tent, specifically a multi-functional three-in-one tent. Background Technology

[0002] With the increasing popularity of road trips, tents are a popular accessory for these trips. Most tents are directly erected on the ground, which is quick and convenient, but vulnerable to rain and requires a flat surface. Users may also worry about others or small animals approaching. Rooftop tents, as a type of vehicle equipment, are favored by road trip and camping enthusiasts. However, current rooftop tents, including the tent and roof platform, are generally heavy and expensive, and have specific vehicle model requirements, hindering some consumers. Furthermore, installing and removing rooftop tents is time-consuming and laborious, difficult for one person to complete alone, and the removed tent and platform are inconvenient to store and carry. Even when the rooftop tent is retracted to reduce its size, wind resistance still increases fuel consumption, especially at high speeds where wind resistance puts greater stress on the roof, increasing both fuel consumption and posing a safety hazard. Therefore, there is a need for a new type of tent that is reasonably priced, suitable for a wider range of vehicle models, and easy to install, remove, store, and carry. Utility Model Content

[0003] The purpose of this utility model is to provide a multifunctional three-in-one tent that integrates a rooftop tent, a ground-mounted tent, and a floor-mounted tent. It is suitable for a wide range of vehicle models, and is easy to install, assemble, dismantle, store, and carry, further expanding the places where tents can be used and meeting the rest needs of people with various camping hobbies.

[0004] To achieve the above objectives, this utility model adopts the following technical solution: This technical solution includes a tent support body and a tent. The tent support body consists of a square frame connecting pipe bracket and a strong fabric pad. The square frame connecting pipe bracket is composed of two longitudinal branch pipes and two transverse branch pipes connected together. Each longitudinal and transverse branch pipe has several short branch pipes connected by straight pipe connectors. For example, two, three, or four short branch pipes can be used for connection. The purpose of using several short branch pipes and straight pipe connectors to form longitudinal and transverse branch pipes is to facilitate assembly, disassembly, and easy storage and carrying. When assembling the longitudinal and transverse branch pipes without using straight pipe connectors, the diameter of the short branch pipe ends can be expanded to implement a fitting connection scheme. The two ends of the longitudinal and transverse branch pipes are connected by four three-dimensional tee connectors, thus forming the square frame connecting pipe bracket. When assembling the square frame connecting pipe bracket used on the roof, the two assembled longitudinal branch pipes are fixed to the two roof rack crossbars (or roof rack longitudinal bars) using four longitudinal branch pipe fixing connectors. The installation and removal of the roof rack crossbars are known techniques. Four three-dimensional tee connecting pipes are installed at both ends of the two longitudinal branch pipes, and the two transverse branch pipes are installed on the three-dimensional tee connecting pipes. Four safety branch pipes are installed in the vertical upward opening of the three-dimensional tee connecting pipes. The high-strength fabric mat is a rectangular mat sewn from high-strength fabric. Several straps are attached around the perimeter of the mat, each equipped with a tensioner. The straps are secured to the square frame support tube and tightened. The tensioner is a known technical component. Alternatively, several ropes can be connected horizontally and vertically to the square frame support tube and tightened using a tensioner. An inflatable mattress or folding mattress can then be laid flat on the tightened ropes, achieving the same effect as using the high-strength fabric mat. The tent is preferably a four-sided tent, preferably an inflatable tent, preferably an inflatable tent using high-pressure water hoses as air columns (other pole tents can also be used). The tent is a known technical product. Place the tent on the taut and flattened high-strength fabric mat, inflate the tent, and secure it. Attach the bottoms of the inflatable columns at the four corners of the tent to safety support tubes. Connect the safety support tubes with safety belts for safety protection. The safety support tubes also serve to connect the surrounding fabric for privacy. The windproof ropes on the tent are tied to the square frame connecting tubes. When resting, a ladder is used to enter the tent through the tent door.

[0005] When used as an off-ground tent, this invention involves connecting and assembling several short branch pipes on the ground to form a square frame pipe support. Four safety branch pipes are installed into the vertically upward-facing openings of four three-dimensional tee pipe fittings. The upper ends of four telescopic support pipes are installed into the vertically downward-facing openings of the three-dimensional tee pipe fittings. The height of each telescopic support pipe is adjusted (support pipes of a predetermined length can be used instead of telescopic support pipes). The straps on the strong fabric pad are tied to the square frame pipe support and tightened. The tent is placed on the strong fabric pad, and the tent is inflated and set up. The bottoms of the inflatable columns at the four corners of the tent are tied to the safety branch pipes, and safety belts are used to connect them to the safety branch pipes. The tent's guy lines are tied to the designated ground pegs.

[0006] When this invention is used as a ground tent, there is no need to install a tent support structure. Simply lay the moisture-proof mat flat on the ground, place the tent on the moisture-proof mat, inflate the tent, and it is ready to use.

[0007] By adopting the above technical solution, this utility model has the following advantages compared with the prior art:

[0008] This utility model provides a multi-functional three-in-one tent. The tent's support structure uses a square frame with connecting pipes to support a strong fabric pad, resulting in a lightweight overall structure that is easy to install, assemble, disassemble, store, and carry. It preferably uses a high-pressure water hose as the air column for inflation; the small diameter air column provides high inflation pressure and rigidity, facilitating support and storage when combined with the tent's support structure. This technical solution is organically integrated with the roof rack crossbar, making it suitable for a wide range of vehicle models. It solves the current problems of large overall weight, high cost, and difficulty in disassembly and storage of roof tents, while also expanding the tent's application scenarios. Attached Figure Description

[0009] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0010] To more clearly illustrate the technical solutions of the embodiments of this utility model, the accompanying drawings used in the embodiments will be briefly introduced below. It should be understood that the accompanying drawings only show a certain embodiment of this utility model and should not be regarded as a limitation on the scope. For those skilled in the art, other related drawings can be obtained based on the accompanying drawings without creative effort.

[0011] Figure 1 This is a top view schematic diagram of the square frame pipe support structure of this utility model.

[0012] Figure 2 This is a top view of the unfolded structure of the high-strength cloth pad of this utility model.

[0013] Figure 3 This is a three-dimensional structural diagram of the present invention as a roof tent device on the crossbar of the roof rack.

[0014] Figure 4 This is a schematic diagram of the three-dimensional structure of the present invention as an off-ground tent.

[0015] In the diagram, 1 is a square frame connecting pipe bracket, 11 is a longitudinal branch pipe, 12 is a transverse branch pipe, 13 is a short branch pipe, 14 is a safety branch pipe, 15 is a telescopic support pipe, 16 is a straight pipe connector, 17 is a three-dimensional tee pipe connector, 18 is a longitudinal branch pipe fixing connector, 2 is a strong cloth pad, 21 is a tie, 3 is a tent, 31 is a tent door, 4 is a roof rack crossbar, and 5 is a seat belt. Detailed Implementation

[0016] To make the objectives, technical solutions, and advantages of this utility model clearer, the present utility model will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the scope of this utility model.

[0017] As attached Figures 1 to 4As shown, this technical solution includes a tent support body (functionally equivalent to a vehicle roof platform) and a tent 3. The tent support body consists of a square frame connecting tube bracket 1 and a strong cloth pad 2. The rectangular pipe support 1 is composed of two longitudinal branch pipes 11 and two transverse branch pipes 12. Each longitudinal branch pipe 11 and transverse branch pipe 12 is connected by several short branch pipes 13 using straight pipe connectors 16. For example, two, three, or four short branch pipes 13 can be used for connection (in this embodiment, each longitudinal branch pipe 11 is connected by three short branch pipes 13, and each transverse branch pipe 12 is connected by two short branch pipes 13). The purpose of using several short branch pipes 13 and straight pipe connectors 16 to connect the longitudinal branch pipes 11 and transverse branch pipes 12 is to facilitate assembly, disassembly, and easy storage and carrying. When assembling the longitudinal branch pipes 11 and transverse branch pipes 12 without using straight pipe connectors 16, the diameter of the short branch pipes 13 can be expanded to implement a fitting connection scheme. The two ends of the longitudinal branch pipes 11 and transverse branch pipes 12 are connected by four three-dimensional tee connectors 17, thus forming the rectangular pipe support 1. When assembling the square frame connecting pipe bracket 1 used on the roof, the two assembled longitudinal branch pipes 11 are fixed to the two roof rack crossbars 4 using four longitudinal branch pipe fixing connectors 18. The installation and removal of the roof rack crossbars 4 are known technologies. Four three-dimensional tee connecting pipe fittings 17 are installed at both ends of the two longitudinal branch pipes 11, and two horizontal branch pipes 12 are installed on the three-dimensional tee connecting pipe fittings 17. Four safety branch pipes 14 are installed in the vertical upward opening of the three-dimensional tee connecting pipe fittings 17. The strong fabric pad 2 is a rectangular pad made of strong fabric. Several straps 21 are arranged around the perimeter of the strong fabric pad 2, and tensioners are installed on the straps 21. The straps 21 are tied to the square frame connecting tube support 1 and tightened. The tensioners are a known technical product and are not shown in the attached drawings. Alternatively, several ropes can be connected longitudinally and transversely to the square frame connecting tube support 1, and each rope can be tightened using tensioners. An inflatable mattress or folding mattress can be laid flat on the tightened ropes, achieving the same effect as using the strong fabric pad 2. The tent 3 is preferably a four-sided tent, preferably an inflatable tent, preferably an inflatable tent using high-pressure water hoses as air columns (other pole tents can also be used). Tent 3 is a known technical product. Place tent 3 on the taut and flattened strong fabric mat 2, inflate tent 3 to set it up, and tie the bottom of the four inflatable columns at the corners of tent 3 to the safety support tubes 14. Connect the safety support tubes 14 with safety belts 5 for safety protection. Another function of the safety support tubes 14 is to connect the surrounding fabric to protect privacy. The wind ropes on tent 3 are tied to the square frame connecting tube bracket 1. When resting, use a ladder to enter the tent through the tent door 31.

[0018] When used as an off-ground tent, this invention involves assembling several short branch pipes 13 on the ground to form a square frame pipe support 1. Four safety branch pipes 14 are respectively installed into the vertically upward openings of four three-dimensional tee pipe fittings 17. The upper ends of four telescopic support pipes 15 are respectively installed into the vertically downward openings of the three-dimensional tee pipe fittings 17. The height of each telescopic support pipe 15 is adjusted (support pipes of a set length can be used instead of telescopic support pipes 15). The straps 21 on the strong fabric pad 2 are tied to the square frame pipe support 1 and tightened. The tent 3 is placed on the strong fabric pad 2, and the tent 3 is inflated and expanded. The bottoms of the inflatable columns at the four corners of the tent 3 are respectively tied to the safety branch pipes 14, and safety belts 5 are used to connect them to the safety branch pipes 14. The windproof ropes of the tent 3 are tied to the set ground pegs.

[0019] When this invention is used as a ground tent, there is no need to install a tent support. Simply lay the moisture-proof mat flat on the ground, place the tent 3 on the moisture-proof mat, inflate the tent 3 to support it, and it is ready to use.

[0020] The above description is only a preferred embodiment of the present utility model and does not limit the patent scope of the present utility model. Any equivalent structural or procedural transformations made based on the content of the present utility model specification and drawings, or direct or indirect applications in other related technical fields, are similarly included within the patent protection scope of the present utility model.

Claims

1. A multi-functional three-in-one tent comprising a tent carrier and a tent (3), characterized in that: The tent carrier is composed of a square frame pipe support (1) and a strong cloth pad (2). The longitudinal support pipes (11) and the horizontal support pipes (12) are connected by a plurality of short support pipes (13) through straight-through pipe connectors (16). Two longitudinal support pipes (11) are arranged on two roof rack horizontal bars (4) by four longitudinal support pipe fixing connectors (18). A three-dimensional three-way pipe connector (17) is arranged at the ends of the two longitudinal support pipes (11). Two horizontal support pipes (12) are arranged on the three-dimensional three-way pipe connector (17) to form the square frame pipe support (1). A safety support pipe (14) is arranged in the upward opening of the three-dimensional three-way pipe connector (17). The tie (21) on the strong cloth pad (2) is tied to the square frame pipe support (1). The tent (3) is placed on the strong cloth pad (2). The inflatable columns at the four corners of the tent (3) are tied to the safety support pipes (14). The safety belts (5) are connected to the safety support pipes (14).

2. The multi-functional three-in-one tent according to claim 1, wherein: The square frame pipe support (1) is composed of two longitudinal support pipes (11) and two horizontal support pipes (12). The longitudinal support pipes (11) and the horizontal support pipes (12) are composed of two short support pipes (13), three short support pipes (13), or four short support pipes (13). When the longitudinal support pipes (11) and the horizontal support pipes (12) are assembled without using straight-through pipe connectors (16), the short support pipes (13) can be connected by expanding the diameter of the end of the pipe.

3. The multi-functional three-in-one tent of claim 1, wherein: As a ground tent, a plurality of short support pipes (13) are assembled into a square frame pipe support (1). Four safety support pipes (14) are arranged in the vertical upward openings of the four three-dimensional three-way pipe connectors (17). The upper ends of the four telescopic support pipes (15) are arranged in the vertical downward openings of the three-dimensional three-way pipe connectors (17). The tie (21) on the strong cloth pad (2) is tied to the square frame pipe support (1). The tent (3) is placed on the strong cloth pad (2). The safety belts (5) are connected to the safety support pipes (14).

4. The multi-functional three-in-one tent of claim 3, wherein: Instead of the telescopic support pipes (15), support pipes of a specified length can be used. The tent (3) is a four-sided tent. The four-sided tent is an inflatable tent. The tent (3) can also be a pole tent. As a floor tent, the tent (3) can be placed on a moisture-proof pad on the ground.

5. The multi-functional three-in-one tent of claim 1, wherein: The strong cloth pad (2) is a rectangular cloth pad with ties (21) around it. The ties (21) are provided with tensioners and are connected to the safety support pipes (14) by a cloth cover.

6. The multi-functional three-in-one tent of claim 1, wherein: A plurality of ropes are connected longitudinally and transversely to the square frame pipe support (1). An inflatable mattress or a foldable mattress is laid on the tightened ropes.

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