An inflatable tent system

Abstract

The invention is an inflatable modular tent system in which a plurality of discrete tent modules may be connected to each other to increase the accommodation size and sleep more people or simply increase the overall available space. One tent module is provided as sleeping quarters and is provided with at least two inflatable frame members, one of which is removable. Another tent module is configured such that it may be optionally fully enclosed and a further tent module may be configured as an awning. Different combinations of modules allow for the user to customise the tent system to their requirements, depending on how many people is to be accommodated. This may require the removal of the removable frame of the tent module configured as sleeping quarters.

Description

[0001] J&W ref: 325702 PCT

[0002] AN INFLATABLE TENT SYSTEM

[0003] 1. STATEMENT OF CORRESPONDING APPLICATIONS

[0004] This application is based on New Zealand Patent Application No. 817585, filed 24 December 2024, and New Zealand Patent Application No. 822869, filed 27 June 2025, the entire contents of which are incorporated herein by reference.

[0005] 2. FIELD OF THE TECHNOLOGY

[0006] The invention relates to an inflatable tent system for use in camping. The invention has particular application to an inflatable modular tent system.

[0007] 3. BACKGROUND TO THE TECHNOLOGY

[0008] A tent is a shelter generally consisting of a frame that supports a shell of single- or double-skinned fabric. They may come in a variety of sizes, depending on the preferences of the users and the number of individuals that intend to use the tent. For example, tents may be configured and dimensioned to be suitable only for one or two people. Other tents may be larger, to sleep several people or offer additional and separate spaces, for example a kitchen area.

[0009] As such, when a tent is purchased, it is usually with a view to providing accommodation to a specific number of people. Should the needs and circumstances of the user or owner of the tent change, for example, to house more people than previously, it may be necessary to purchase or otherwise secure a new tent that is suitable for their requirements.

[0010] This requires manufacturers, distributors and retailers to provide sufficient inventory of tents to cater for a wide range of options. This can greatly add to the expense of a tent, since tooling and manufacturing facilities may need to be revised, updated and / or otherwise reconfigured each time a different tent size / model is produced. Furthermore, there needs to be sufficient storage / floor space for distributors and retailers to hold stock in an appropriate quantity to satisfy demand across all sizes of tents.

[0011] As a possible solution, modular tent systems are known. These typically comprise a central tent which serves as a hub to which additional tents are added. However, these are only in relation to conventional tents, which are provided with rigid framework in the form of poles.J&W ref: 325702 PCT

[0012] They are not suitable for inflatable tents, which are becoming increasingly common due to the relative ease in which they are erected. These types of tents are provided with an inflatable frame to which a shell is provided. The user fills the inflatable frame with a gas, typically air, via a pump or other inflationary means in order to erect the tent.

[0013] However, the presence of the inflatable frame is problematic for providing an inflatable modular tent system. Since these inflatable frames typically need to be positioned proximate the perimeter of the inflatable tent to define the structure and / or adequately support the shell, the presence of the inflatable tent may compromise the manner of engagement of the respective modules. Instead, inflatable tents are provided in range of sizes which then leads to the previously described problem of manufacturers, distributors and retailer having sufficient inventory to supply consumer demand for differing sizes.

[0014] 4. OBJECT OF THE TECHNOLOGY

[0015] It is an object of the technology to provide an inflatable modular tent system.

[0016] It is an object of the technology to provide an inflatable modular tent system comprised of discrete tent modules.

[0017] It is an object of the technology to provide an inflatable modular tent system with discrete tent modules which may be easy to assemble into camping accommodation that is customised to the user's preference.

[0018] It is an object of the technology to provide an inflatable modular tent system which may allow users to add further modules to increase the size of the accommodation without purchasing a new inflatable modular tent system.

[0019] It is an object of the technology to provide an inflatable tent system which may reduce inventory requirements for manufacturers and retailers.

[0020] Alternatively, it is an object of the technology to at least provide the public with a useful choice.

[0021] 5. SUMMARY OF THE TECHNOLOGY

[0022] According to one aspect of the technology there is provided an inflatable modular tent system, the system including:

[0023] a first tent module, wherein the first tent module includes:J&W ref: 325702 PCT

[0024] a floor;

[0025] a shell with a first end and a second end, with the first end including an opening provided with a temporarily closable access panel, and wherein the shell and the floor together define an enclosure;

[0026] a first inflatable frame member supporting the shell; and

[0027] a second inflatable frame member supporting the shell;

[0028] a second tent module, wherein the second tent module includes:

[0029] a shell, wherein the shell defines a tunnel having a first open end and a second open end; and

[0030] an inflatable frame;

[0031] wherein the first end of the first tent module is configured to connect to the first open end of the second tent module, and wherein the second inflatable frame of the first tent module is proximate the first end and is removably connected to the floor and shell.

[0032] According to another aspect of the technology there is provided an inflatable modular tent system, the system substantially as described above, and including:

[0033] a third tent module, wherein the third tent module includes:

[0034] a floor;

[0035] a shell, wherein the shell and the floor together define a tunnel having a first open end and a second open end; and

[0036] an inflatable frame provided at or proximate one of the first open end or the second open end, and, wherein at least one of the first open end and the second open end is configured to connect to the first tent module and the second tent module respectively.

[0037] According to another aspect of the technology, there is provided a tent module when used in an inflatable modular tent system substantially as described above, wherein the tent module includes:

[0038] a floor;J&W ref: 325702 PCT

[0039] a shell with a first end and a second end, with the first end including an opening provided with a temporarily closable access panel, and wherein the shell and the floor together define an enclosure;

[0040] a first inflatable frame member supporting the shell; and

[0041] a second inflatable frame member supporting the shell;

[0042] wherein the first end of the tent module is configured to connect to another tent module, and wherein the second inflatable frame of the tent module is proximate the first end and is removably connected to the floor and shell.

[0043] According to another aspect of the technology, there is provided a tent module when used in an inflatable modular tent system substantially as described above, wherein the tent module includes:

[0044] a shell, wherein the shell defines a tunnel having a first open end and a second open end; and

[0045] an inflatable frame provided at or proximate the second open end, and;

[0046] wherein the first open end of the tent module is configured to connect to another tent module.

[0047] According to another aspect of the technology there is provided a method of pitching an inflatable modular tent system, the system substantially as described above, the method including the following steps in any order:

[0048] a) erecting the first tent module;

[0049] b) erecting one of the second tent module or a third tent module;

[0050] c) connecting the one of the second tent module and third tent module to the first tent module;

[0051] wherein the method is characterised by the step of:

[0052] d) removing the second frame member of the first tent module prior to connecting the one of the second tent module and third tent module to the first module.

[0053] The invention is an inflatable modular tent system in which a plurality of discrete tent modules may be connected to each other to increase the accommodation size and sleep more people or simply increase the overall available space. One tent module is provided as an enclosure have a first end with an opening having a user-operable closure, i.e. a door or access panel, and forming a main entry point such that it may be used as sleeping quarters. It is provided with two frame members, one of which is removable.J&W ref: 325702 PCT

[0054] Another tent module is provided with two opposing openings, similar to a tunnel, but with user-openable closures to the openings such that it may be optionally fully enclosed. Both openings are configured to engage with other modules. This module may be used to increase sleeping capacity or create a living space for the users of the tent system. A further tent module may be configured as an awning, and two opposing openings, only one of which is configured to be connected to another module and includes a user-openable closure. Different combinations of modules allow for the user to customise the tent system to their requirements, depending on how many people is to be accommodated. This may require the removal of the removable frame of the tent module configured as a sleeping quarters.

[0055] In examples, the first tent module may be configured as a sleeping module, i.e. a module intended to function as sleeping quarters for the inflatable modular tent system.

[0056] In examples, the shell of the first tent module may be integrally formed with the floor of the first tent module.

[0057] The shell in combination with the floor panel should be understood to form an enclosure with a roof and one side, the first end, including an opening provided with a temporarily closable access panel.

[0058] In examples, the temporarily closable access panel may be connected to the shell of the first tent module with user-operable fasteners. In these examples, these user-operable fasteners may be one or more zips, stud buttons, or hook-and-loop fastening material, such as VELCRO™.

[0059] In examples, the first end of the first tent module is provided with user-operable fasteners about a perimeter. In these examples, these user-operable fasteners may be one or more zips, stud buttons, or hook-and-loop fastening material, such as VELCRO™.

[0060] In examples, the first inflatable frame member includes a first leg and a second leg which are connected to each other at an upper end.

[0061] In examples, the second inflatable frame member includes a first leg and a second leg which are connected to each other at an upper end.

[0062] It will be understood that the upper end of each of the first inflatable frame member and second inflatable frame member forms an apex of the first tent module.

[0063] In examples, the first inflatable frame member and second inflatable frame member of the first tent module may be connected to each other via a ridge pole. It should be understood that when inflated, theJ&W ref: 325702 PCT

[0064] ridge pole forms an apex for the roof of the shell. In these examples, the second inflatable frame member may be removably connected to the ridge pole.

[0065] In examples, the second inflatable frame member may be connected to the ridge pole of the first tent module with user-operable fasteners. In examples, these user-operable fasteners may be one or more zips, stud buttons, or hook-and-loop fastening material, such as VELCRO™.

[0066] In examples, the first inflatable frame member and the ridge pole are fluidly connected to each other such that both may be inflated or deflated at the same time.

[0067] In examples, one of the first inflatable frame member and the ridge pole is provided with an inflation point. In these examples, the inflation point is a user-operable valve. An inflation point should be understood to mean a point at which a gas, such as air, may be delivered into an interior of the specified structure in order to inflate same.

[0068] In examples, one or both of the first inflatable frame member and the ridge pole is provided with a deflation point. In these examples, the deflation point is a user-operable valve. An deflation point should be understood to mean a point at which a gas, such as air, may be delivered into an interior of the specified structure in order to deflate same.

[0069] It will be understood that first inflatable frame member, second inflatable frame member and ridge pole support the shell of the first tent module.

[0070] In examples, the first tent module may include a third or more frame member. In these examples, the third or more frame members are fluidly connected with the first frame member and the ridge pole such that they may be inflated and / or deflated at the same time.

[0071] In examples, the second tent module may be configured as an awning module, i.e. a module intended to function as an awning and as an entry point for the inflatable modular tent system.

[0072] In this example, the inflatable frame of the second tent module may include a pair of opposing legs at one end of the second tent module, the pair of legs fluidly connected to a ridge pole such that they may be inflated and / or deflated at the same time. It will be understood that the pair of legs and ridge pole support, at least partially, the shell of the second tent module. Further support is provided by the inflatable frame of the tent module to be connected to end of the tent module absent the pair of opposing legs.J&W ref: 325702 PCT

[0073] In examples, the inflatable frame of the second tent module is provided with an inflation point. In these examples, the inflation point is a user-operable valve.

[0074] In examples, the inflatable frame of the second tent module is provided with a deflation point. In these examples, the deflation point is a user-operable valve.

[0075] In examples, the first end of the second tent module is provided with user-operable fasteners about a perimeter. In these examples, the user-operable fasteners are complementary to the user-operable fasteners of the first end of the first tent module.

[0076] In this example, the first open end of the second tent module includes or is otherwise configured to receive a temporarily closable access panel.

[0077] In this example, the temporarily closable access panel of the second tent module may be connected to the first open end of the second tent module with user-operable fasteners. In examples, these user-operable fasteners may be one or more zips, stud buttons, or hook-and-loop fastening material, such as VELCRO™.

[0078] In other examples, the second tent module may be configured as a living and / or sleeping module, i.e. a module intended to function as living quarters and / or additional sleeping quarters, for the inflatable modular tent system.

[0079] In these other examples, the shell of the second tent module may include a floor. In these other examples, the shell may be integrally formed with the floor of the second tent module.

[0080] In these other examples, the first end and the second end of the second tent module is provided with user-operable fasteners about a perimeter. These examples, the user-operable fasteners are complementary to the user-operable fasteners of the first end of the first tent module.

[0081] In these other examples, the first open end and the second open end of the second tent module includes, or is otherwise configured to receive, a temporarily closable access panel.

[0082] In these other examples, the temporarily closable access panel of the second tent module may be connected to the first open end and second open end of the second tent module with user-operable fasteners. In these other examples, these user-operable fasteners may be one or more zips, stud buttons, or hook-and-loop fastening material, such as VELCRO™.J&W ref: 325702 PCT

[0083] In examples, the third tent module may be configured as a living module and / or sleeping module, i.e. a module intended to function as living quarters and / or additional sleeping quarters, for the inflatable modular tent system. In some examples of the inflatable modular tent system, in which the awning module may be absent, the living module may function as an entry point for the inflatable modular tent system.

[0084] In examples, the shell of the third tent module includes opposing side walls, defining the tunnel of the third tent module.

[0085] In examples, the shell of the third tent module may be integrally formed with the floor of the third tent module.

[0086] In examples, the inflatable frame of the third tent module may include at least a pair of opposing legs provided to an end of the third tent module, the pair fluidly connected to a ridge pole. It will be understood that the pair of legs and ridge pole support, at least partially, the shell of the third tent module. Further support is provided by the inflatable frame of the tent module to be connected to the end of the tent module which is absent the pair of opposing legs.

[0087] In examples, the inflatable frame of the third tent module is provided with an inflation point. In these examples, the inflation point is a user-operable valve.

[0088] In examples, the inflatable frame of the third tent module is provided with a deflation point. In these examples, the deflation point is a user-operable valve.

[0089] In examples, the first end and the second end of the third tent module is provided with user-operable fasteners about a perimeter. These examples, the user-operable fasteners are complementary to the user-operable fasteners of the first ends of the first tent module and the second tent module.

[0090] In examples, the first open end and the second open end of the third tent module includes a temporarily closable access panel.

[0091] In examples, at least one of the opposing side walls may also include a temporarily closable access panel.

[0092] In examples, the temporarily closable access panels of the third tent module may be connected to the shell of the third tent module with user-operable fasteners. In examples, these user-operable fasteners may be one or more zips, stud buttons, or hook-and-loop fastening material, such as VELCRO™.J&W ref: 325702 PCT

[0093] The invention is advantageous over conventional arrangements in that it provides an easy-to-use inflatable modular tent system which is readily adaptable to the user's preferences, with minimal surplus components. It has the potential to allow manufacturers and retailers to provide relatively few dedicated tent structures while still allow consumers the option to sleep extra persons if desired, simply by adding extra modules. The invention may be provided as a kit containing, for example, one bedroom module, one living module and one awning module. Extra modules may be purchased if required.

[0094] Further aspects of the technology, which should be considered in all its novel aspects, will become apparent to those skilled in the art upon reading of the following description which provides at least one example of a practical application of the technology.

[0095] 6. BRIEF DESCRIPTION OF THE DRAWINGS

[0096] One or more embodiments of the technology will be described below by way of example only, and without intending to be limiting, with reference to the following drawings, in which:

[0097] Figure 1A is a side view schematic of the first module of the inflatable modulartent system of the present invention;

[0098] Figure 1 B is a top view schematic of the first module of Figure 1A;

[0099] Figure 2A is a side view schematic of the second module of the inflatable modular tent system of the present invention;

[0100] Figure 2B is a top view schematic of the second module of Figure 2A;

[0101] Figure 3 is a side view schematic of the third module of the inflatable modular tent system of the present invention;

[0102] Figure 4A is a schematic of the inflatable modular tent system of the present invention in one example of a possible configuration;

[0103] Figure 4B is a schematic of the inflatable modular tent system of the present invention in a second example of a possible configuration; and

[0104] Figure 4C is a schematic of the inflatable modular tent system of the present invention in a third example of a possible configuration.J&W ref: 325702 PCT

[0105] 7. DETAILED DESCRIPTION OF EXEMPLARY FORMS OF THE TECHNOLOGY 7.1. Inflatable modular tent system

[0106] The invention is an inflatable modular tent system (identified as 1000 in Figures 4Ato 4C) that allows users to customise their tent, and in particular, allow it to be increased in its accommodation capacity by adding extra tent modules to the inflatable modular tent system. For example, a basic inflatable modular tent system may comprise of a bedroom or sleeping module (100 in Figure 1) and an awning module (200 in Figure 2) which connects to an end of the bedroom module. This may only provide sufficient sleeping space for one or two people. However, by adding an extra tent, in the form of a 'living' module (300 in Figure 3) between the bedroom module and awning module, extra sleeping space may be provided such that the inflatable modular tent system may now have sufficient sleeping space for three or four people.

[0107] Additional modules may be added and in other combinations to allow the users of the inflatable modular tent system 1000 to customise it to their specific needs without requiring purchase of an entire new inflatable modular tent system. This will be better understood from the following discussion of the respective modules.

[0108] 7.1.1. First Module

[0109] With reference to Figures 1 A and 1 B, this shows the first module 100 of the inflatable modular tent system of the present invention. This module is configured to serve as sleeping quarters, i.e. is a bedroom module.

[0110] The bedroom module 100 comprises an inflatable frame structure comprising a first frame member 102A and a second frame member 102B, shown here separate from the bedroom module for sake of clarity, positioned atop a floor panel 104, and which supports a shell 106 covering the inflatable frame structure. In combination, this defines an enclosure having four walls, a roof and a floor.

[0111] The wall forming one end of the bedroom module 100 is provided with a temporarily closable access panel (not visible), which serves as an entry point to the bedroom module. This panel, which may be referred to as the open end of the bedroom module, may be held in place through the use of zips or other appropriate fastening mechanisms that will be recognised as being suitable by persons skilled in the art. The opposing end 110 of the bedroom module is closed.J&W ref: 325702 PCT

[0112] The open end of the bedroom module 100 includes a perimeter 112. As shown, this may be the entire panel that forms the wall of the bedroom module. Provided about the perimeter of the panel is a fastening mechanism (not visible) in the form of a zip. The perimeter may include a strip of material (not visible) which may be folded over the zip to help minimise ingress of water through the zip. This fastening mechanism allows a second module (not shown) to be connected to the bedroom module.

[0113] As will be appreciated from Figure 1 B, the bedroom module 100 is intended to function as sleeping quarters for up to four people, exemplified by sleeping bags A in the illustrated example. Note that there may be examples of the bedroom module, not shown here, dimensioned to accommodate fewer or more persons.

[0114] The shell 106 of the bedroom module 100 may be double skinned such that it is comprised of an inner shell of a breathable material, such as a fine mesh made from plastics or nylon, and an outer skin of a waterproof material such as polyester or nylon, which is positioned overtop of the inner skin. This combination ensures that the tent is sufficiently waterproof, yet can breathe. Note that the recited examples of materials are non-limiting and other materials may be used, such as thermoplastic polyurethane (TPU) and polyurethane (PU), and combinations of same as recognised by persons skilled in the art.

[0115] The floor panel 104 will be comprised of a suitably durable and waterproof material. It will be appreciated that since it is in contact with the substrate in use, the material from which it is fabricated should be suitably robust. In this instance, the floor panel extends slightly up the sides of the bedroom module; this is to avoid placement of any seams between it and the shell on the substrate and minimise ingress of water through same.

[0116] The shell 106 is held in position by the inflatable frame 102A, 102B, which in the illustrated example comprises of a first frame member and a second frame member. Each frame member is provided with two legs 114 which meet at their upper ends 114A such that when inflated, they assume somewhat of an inverted U- or V-shaped profile. In some instances, the upper ends may be linked via a cross-member (not visible), such that each frame member has a fl-shaped profile when viewed from the front / back.

[0117] The lower ends 114B of the legs 114 are configured as feet and are attached to the floor panel 104. As shown, the second frame member 102B is positioned at or proximate the open end of the bedroom module 100. As such the feet of the frame member is more or less at the corners of the floor panel. As shown, the feet 114B of the first frame member 102 is inclined such that it is more centrally located on the floor panel. In this example, the closed end 110 of the bedroom module is extended and help in placeJ&W ref: 325702 PCT

[0118] with pegs or the like. However, in examples, not shown here, the first frame member may be arranged that its feet are more or less at the corners of the floor panel at the closed end.

[0119] The frame members 102A, 102B are linked at their upper ends 114A via a ridge pole 116. This is integrally formed or at least fluidly connected to the first frame member 102A. This means that when that frame member is inflated, via an inflation point (not visible) which may be a user-operable valve, it also inflates the ridge pole. The ridge pole extends towards the open end 108 of the bedroom module 200, supporting the shell 106. It will be appreciated that a portion of the shell forms the roof 106A, descending to the upper edge of the panel forming the side walls 106B of the bedroom module. As such the ridge pole forms the apex of the bedroom module, forming an important function in supporting the roof. When viewed from above, the inflatable frame 102A assumes a T-shaped profile, the horizontal stroke corresponding to the legs 114 and the vertical stroke corresponding to the ridge pole.

[0120] The second frame member 102B at or proximate the end of the bedroom module 100 that is provided with the perimeter 112 is configured such that it is detachable, as shown, from the ridge pole 116 (or if the ridge pole is not present, detachable from the other frame member 102A). However, if no other modules are to be attached, i.e. the bedroom module is being used in a standalone configuration, then the second frame member supports this end of the tent.

[0121] This is an important aspect of the invention for, if necessary, the removal of the second frame member 102B provides clearance for the inflatable frames of other modules when they are connected to the bedroom module 100. Whether the second frame member needs to be removed depends on the desired configuration. For example, if the open end 108 of the bedroom module 100 is to be connected to an open end of another module which already has a frame present, then the second frame member may need to be removed. This may make for a better integrated, robust and stable inflatable modular tent structure with potential for improved aesthetics, since it may allow for a more integrally formed appearance. It will be appreciated that the second frame member is provided with its own inflation point (not visible).

[0122] As noted previously the inflation points (not visible) are user-operable valves and persons skilled in the art will recognise structures suitable for this purpose. In some instances, the user-operable valves may be two-way valves, such that the inflation points also serve as deflation points, depending on the articulation of the valves. However, in some instances, the deflation points may be separate user-operable valves.J&W ref: 325702 PCT

[0123] 7.1.2. Second Module

[0124] The second module 200 is shown in Figures 2A and 2B. This module is configured to serve as the awning of the inflatable modular tent system, i.e. is an awning module. It is intended to provide an area of shelter for persons using the inflatable modular tent system, prior to entering the enclosed portion. For example, it may be an area where users remove their footwear or prepare meals.

[0125] It comprises an inflatable frame 202 and which supports a shell 206. In combination, this structure defines a structure having a roof 206A and two opposing side walls 206B, one shown here with a window panel 203. The remaining opposing sides of the awning module, i.e. its ends 208, 210, are open, such that it forms a tunnel-like structure. It should be appreciated that these ends may still be formed with vestiges of a panel bounding the opening; this means that the opening may not be flush to the roof and floor of the module. A distinct floor panel, integrated with the side walls 206B, may or not be present, depending on the manufacturer's preference. If absent, the bottom of the side walls may be provided with loops or other structures that allow them to be anchored to the substrate via tent pegs or similar.

[0126] The inflatable frame 202 is an integrally formed or at least fluidly connected two-legged structure 214 such that both legs are inflated, via an inflation point such as a user-operable valve, at the same time. The upper ends 214A of the legs of the inflatable frame are provided with a ridge pole 216 which is transverse to the orientation of the legs, while the lower ends 214B are configured as feet. The ridge pole, which may be fluidly connected to the inflatable frame such that when a gas is administered to the latter via an inflation point the ridge pole is also inflated, forms the apex of the awning module 200. As seen, it is deliberately peaked such that it, and the roof 206A of the shell 206 is higher than the upper edges of the side walls 206B of the awning module to assist with rainfall runoff and minimise or prevent pooling of rainwater upon the roof.

[0127] The awning module 200 has an end 210 (shown in dashed lines in Figure 2B) configured with a perimeter 212 that is provided with a fastening mechanism in the form of a zip (not visible). The perimeter may include a strip of material (not visible) which may be folded over the zip to help minimise ingress of water through the zip. This fastening mechanism allows the awning module to be connected to another module: this may be the bedroom module 100 of Figure 1 or alternatively the living module 300 of Figure 3. It will be noted that there is no inflatable frame present at this end of the module; it is supported by the inflatable frame of the adjacent module.

[0128] When the ridge pole 216 of the awning module 200 is connected to the inflatable frame of the adjacent module, in combination these support the end 210 of the awning module when in use. It will beJ&W ref: 325702 PCT

[0129] appreciated that the opposing end 208 of the awing module, bounded by the legs 214 of the inflatable frame 202 serves as the entry point to the inflatable modular tent system.

[0130] Since it is not required to function as sleeping quarters, the shell 206 of the awning module 200 may be engineered appropriately. For example, it may comprise only a single skin of fabric rather than the double skin of the bedroom module.

[0131] As shown, the awning module 200 is not configured with a floor panel. However, in some examples not shown here, the awning module may include a floor panel, possibly of reduced dimensions relative to the overall footprint of the awning module.

[0132] 7.1.3. Third Module

[0133] Referring now to Figure 3, this shows the third module 300 of the inflatable modular tent system. This is arranged and configured such that it functions, or at least has the functionality to do so, as an enclosed living quarters, i.e. a living module. This may provide space in which additional persons may sleep or alternatively serve as an area to prepare and eat meals, greet and host visitors, or otherwise relax, when not sleeping.

[0134] The living module 300 comprises an inflatable frame structure 302, positioned atop a floor panel 304, and which supports a shell 306 covering the inflatable frame structure. In combination, this defines an enclosure having a roof 306A, four walls 306B, two of which define the ends 308, 310 of the living module and which are removable or at least have substantial portions which are removable as discussed below, and the floor 304.

[0135] The shell 306 is held in position by the inflatable frame 302, which in the illustrated example, comprises of an integrally formed structure with two legs 314, arranged in a pair and provided with a ridge pole 316 extending from the upper ends 314A and running between the respective ends 308, 310 of the living module 300. The ridge pole defines a peak for the roof 306A of the living module. This facilitates runoff of rain.

[0136] The respective legs 314 and ridge pole 316 are in fluid communication, such that only one inflation point (not visible) is required. The inflation point may be a user-operable valve or similar. In some instances, the inflatable frame 302 may include a deflation point, which may also be a user-operable valve. This may be in proximity to the inflation point, or remote from same, for example at the far end of the inflatable frame relative to the inflation point. This may be useful in better facilitating deflation of the inflatable frameJ&W ref: 325702 PCT

[0137] when packing down for storage and transport. It will be noted that similar considerations may apply to the inflation / deflation points of the other modules herein described in Figures 1A and 2A. The gas used to pressurise the inflatable frame may be allowed to exit via both the inflation and deflation points (the deflation point may also be used as a supplementary inflation point if desired). Similarly, the inflatable frames 102A and 202 of Figures 1A and 2A may also be arranged with deflation points.

[0138] The lower ends 314B of the legs 314 are configured as feet and are attached to the floor panel 304. As shown, each leg is positioned at or proximate the corners of the end 308 of the living module 300.

[0139] The living module 300 has opposing open ends 308, 310, both of which being provided with a temporarily closable access panel. These panels may be held in place through the use of zips or the like; when the panels are in place, the third module is fully enclosed. This may be desirable when sleeping or when away from the inflatable modular tent system for a time. Additionally, the side wall 306B is also configured as temporarily closable access panel. This may be required when the respective ends of the living module which are connected to a bedroom module; as such the side wall may serve as the entry point to the inflatable modular tent system so configured. As shown the side wall also includes a small awning or skirtstructure structure 318 sheltering the upper region of the temporarily closable access panel.

[0140] The opposing open ends 308, 310 are each configured with a perimeter 312. Provided about these perimeters is a fastening mechanism (not visible) in the form of a zip. The perimeter may include a strip of material (not visible) which may be folded over the zip to help minimise ingress of water through the zip. This fastening mechanism is complementary to that provided to the first end of the first (100 in Figures 1A and 1 B) and second modules (200 in Figures 2A and 2B). As such these allow one or two modules to be connected to the third module.

[0141] At one end 308, 310, the third module 300 may engage and connect to, for example, the bedroom module and at the other end, optionally may engage with another module. This may be an awning module as described above or another module configured as living quarters or as sleeping quarters. However, in some instances the other end may not be connected to a module and as such, may function as the entry point to the inflatable modular tent system by removing the temporarily closable access panel provided to that end. One end 310 of the living module is not provided with an inflatable frame; in use, this would be supported by the inflatable frame of the adjacent module.

[0142] Since it may serve as sleeping quarters or at least provide relatively robust protection from inclement weather, the shell 306 may be double skinned such that it is comprised of an inner shell of a breathable material, such as a fine mesh made from plastics or nylon, and an outer skin of a waterproof material suchJ&W ref: 325702 PCT

[0143] as polyester or nylon, which is positioned over top of the inner skin. The shell is held in position by the inflatable frame 302. This combination ensures that the tent is sufficiently waterproof, yet can breathe. As with the first module, the floor 304 will be comprised of a suitably durable, robust and waterproof material.

[0144] As shown in Figure 3, the side wall 306B is provided with a temporarily closable access panel. In some examples not shown here, the side wall may be provided with a defined perimeter with fastening mechanisms. As such this would allow a third or fourth module to be attached if desired.

[0145] 7.2. Configurations

[0146] Some examples of configurations of the inflatable modular tent system 1000 of the invention are shown in Figures 4A to 4C. It should be appreciated that these examples, are non-limiting and persons skilled in the art will appreciate that other configurations may be possible, depending on the availability of the previously described tent modules.

[0147] Figure 4A shows a basic configuration in which the first 100 and second 200 modules, respectively the bedroom and awning modules, are in use. The shell of the bedroom module is fixed or otherwise temporarily secured by the perimeter 112 of the open end to that of the adjacent shell of the awning module; the upper end 114A of the leg 114 of the second frame member 102B of the bedroom module connects to the ridge pole 216 of the awning module. The other end of the awning module is supported by its inflatable frame 202.

[0148] Figure 4B is a configuration of the inflatable modular tent system 1000 with four discrete modules. These are, from left to right, an awning module 200 (the second module described above), two living modules 300 (the third module described above) and a bedroom module 100 (the first module as described above.

[0149] The presence of two living modules 300 may provide additional space for the users of the inflatable modular tent system 1000. For example, it may provide an area that could be used for preparing and / or consuming meals and another area for generally relaxing when not using the bedroom module or greeting visitors. Alternatively, or additionally, it may also be used to increase the sleeping capacity of the inflatable modular tent system.

[0150] Finally, turning to Figure 4C, this shows a configuration of inflatable modular tent system 1000 with three discrete modules: two bedroom modules 100A and 100B either side of a living module 300. In this example however, the second frame member of one of the bedroom modules is removed to provideJ&W ref: 325702 PCT

[0151] clearance for the presence of the inflatable frame 302 of the living module. It is this inflatable frame that supports the end of the bedroom module 100A. This is an alternative configuration further increases the available space within the inflatable modular tent system, either for sleeping additional persons or simply increasing the available space.

[0152] In this configuration, since both the open ends of the bedroom modules 100A, 100B are connected to the respective open ends of the living module 300, access to the inflatable modular tent system 1000 is via the temporary access panel 306B that forms the majority of the side wall of the living module.

[0153] It will be appreciated that the above examples of configurations for using the inflatable modular tent system are non-limiting, and other combinations of the various modules may be envisaged. For example, one possible configuration not shown here may be the use of a bedroom module in combination with a living module, but without an awning module.

[0154] The inflatable modular tent system 1000 may be provided to the consumer in a number of ways. For example, it may be provided as a basic kitset containing one of each of the bedroom, living and awning modules as herein discussed. Other variations of the basic kitset may be envisaged depending on demand and market preferences. For example, the basic kitset may be provided as one bedroom module and one awning module, with living modules sold separately.

[0155] Consumers then, having purchased a basic kitset, may select individual modules as required to adapt their inflatable modular tent system to their specific requirements. For instance, the basic kitset may be purchased together with one separate bedroom module. Alternatively, the consumer may form their own inflatable modular tent system simply by purchasing the specific modules required. For example, some users may only wish to have two bedroom modules and purchase these individually. The ability to for the consumer to customise their inflatable modular tent system is one of the advantages of the invention.

[0156] 7.3. Other Remarks

[0157] Unless the context clearly requires otherwise, throughout the description and the claims, the words "comprise", "comprising", and the like, are to be construed in an inclusive sense as opposed to an exclusive or exhaustive sense, that is to say, in the sense of "including, but not limited to".

[0158] The entire disclosures of all applications, patents and publications cited above and below, if any, are herein incorporated by reference.J&W ref: 325702 PCT

[0159] Reference to any prior art in this specification is not, and should not be taken as, an acknowledgement or any form of suggestion that that prior art forms part of the common general knowledge in the field of endeavour in any country in the world.

[0160] The technology may also be said broadly to consist in the parts, elements and features referred to or indicated in the specification of the application, individually or collectively, in any or all combinations of two or more of said parts, elements or features.

[0161] Where in the foregoing description reference has been made to integers or components having known equivalents thereof, those integers are herein incorporated as if individually set forth.

[0162] It should be noted that various changes and modifications to the presently preferred embodiments described herein will be apparent to those skilled in the art. Such changes and modifications may be made without departing from the spirit and scope of the technology and without diminishing its attendant advantages. It is therefore intended that such changes and modifications be included within the present technology.

Claims

J&W ref: 325702 PCT8. CLAIMS1. An inflatable modular tent system, the system including:a first tent module, wherein the first tent module includes:a floor;a shell with a first end and a second end, with the first end including an opening provided with a temporarily closable access panel, and wherein the shell and the floor together define an enclosure;a first inflatable frame member supporting the shell; anda second inflatable frame member supporting the shell;a second tent module, wherein the second tent module includes:a shell, wherein the shell defines a tunnel having a first open end and a second open end; andan inflatable frame, wherein the first end of the first tent module is configured to connect to the first open end of the second tent module, and wherein the second inflatable frame of the first tent module is proximate the first end and is removably connected to the floor and shell.

2. The inflatable modular tent system as claimed in claim 1 , wherein the shell of the first tent module is integrally formed with the floor of the first tent module.

3. The inflatable modular tent system as claimed in either claim 1 to claim 2, wherein the first inflatable frame member includes a first leg and a second leg which are connected to each at an upper end.

4. The inflatable modular tent system as claimed in any one of claims 1 to 3, wherein the second inflatable frame member includes a first leg and a second leg which are connected to each at an upper end.

5. The inflatable modular tent system as claimed in any one of claims 1 to 4, wherein the first inflatable frame member and second inflatable frame member are removably connected to each other via a ridge pole.

6. The inflatable modular tent system as claimed in claim 5, wherein the first inflatable frame member and the ridge pole are fluidly connected to each other such that both are able to be inflated at the same time.

7. The inflatable modular tent system as claimed in claim 6, wherein one of the first inflatable frame member and the ridge pole is provided with an inflation point.J&W ref: 325702 PCT8. The inflatable modular tent system as claimed in claim 6, wherein one of the first inflatable frame member and the ridge pole is provided with a deflation point.

9. The inflatable modular tent system as claimed in claim 6, wherein the inflation point is a user- operable valve.

10. The inflatable modular tent system as claimed in any one of claims 1 to 7, wherein the inflatable frame of the second tent module may include a pair of opposing legs at one end of the second tent module, the pair of legs fluidly connected to a ridge pole.

11. The inflatable modular tent system as claimed in any one of claims 1 to 8, wherein the first end of the second tent module is provided with user-operable fasteners about a perimeter and wherein, the user-operable fasteners are complementary to user-operable fasteners provided to the first end of the first tent module to connect them in use.

12. The inflatable modular tent system as claimed in claim 11, wherein the user-operable fasteners of the first end of the first tent module and the first end of the second tent module are zipper assemblies.

13. The inflatable modular tent system as claimed in any one of claims 1 to 12, wherein the first open end of the second tent module includes or is otherwise configured to receive a temporarily closable access panel.

14. The inflatable modulartent system as claimed in any one of claims 1 to 13, wherein the shell of the second tent module is integrally formed with a floor.

15. The inflatable modulartent system as claimed in any one of claims 1 to 13, wherein:the first module is a sleeping quarters module and the second module is an awning module; or the first module is a sleeping quarters module and the second module is a living quarters module; orthe first module is a sleeping quarters module and the second module is a sleeping quarters module.

16. The inflatable modulartent system as claimed in any one of claims 1 to 15, wherein the system includes a third tent module, wherein the third tent module includes:a floor;a shell, wherein the shell and the floor together define a tunnel having a first open end and a second open end; andan inflatable frame provided at or proximate one of the first open end or the second open end, and, wherein at least one of the first open end and the second open end is configured to connect to the first tent module and the second tent module respectively.J&W ref: 325702 PCT17. The inflatable modular tent system as claimed in claim 16, wherein the third module is one of a) a sleeping quarters module b) an awning module or c) a living quarters module.

18. A tent module when used in an inflatable modular tent system as claimed in any one of claims 1 to 17, wherein the tent module includes:a floor;a shell with a first end and a second end, with the first end including an opening provided with a temporarily closable access panel, and wherein the shell and the floor together define an enclosure;a first inflatable frame member supporting the shell; anda second inflatable frame member supporting the shell; wherein the first end of the tent module is configured to connect to another tent module, and wherein the second inflatable frame of the tent module is proximate the first end and is removably connected to the floor and shell.

19. A tent module when used in an inflatable modular tent system as claimed in any one of claims 1 to 17, wherein the tent module includes:a shell, wherein the shell defines a tunnel having a first open end and a second open end; andan inflatable frame provided at or proximate the second open end, and;wherein the first open end of the tent module is configured to connect to another tent module.

20. A method of pitching an inflatable modular tent system, the system as claimed in any one of claims 1 to 17, the method including the following steps in any order:erecting the first tent module;erecting one of the second tent module or a third tent module;connecting the one of the second tent module and third tent module to the first tent module;wherein the method is characterised by the step of:removing the second frame member of the first tent module prior to connecting the one of the second tent module and third tent module to the first module.

Images