COLLAPSIBLE, HARD-SIDED, ACCESSIBLE, GARAGEABLE, AND TOWABLE RECREATIONAL VEHICLE

Abstract

The present invention comprises a novel travel trailer that is collapsible, accessible, storable, and hard-sided. The trailer is to be towed by an eligible vehicle in its collapsed version. Upon arrival, the trailer is to be unfolded to expand to full size. The trailer contains many storage compartments that are accessible from multiple vantage points, making the trailer very accessible. The trailer, due to its collapsibility and smart foldable solutions, retains the luxury of being parked and stored inside the garage at home. This makes the trailer a hub for storage, electricity, water, etc. as well as maintaining the element of surprise. One may pack up or be ready to leave home whenever, without causing a scene and losing discreteness. The trailer is also hard-sided, increasing privacy and protection one from the elements and the wilderness. The trailer also contains many novelties such as the lifting mechanism, the entry and exit doors, the foldable tongue for length clearance, lowering air-suspension for height clearance, the bathroom wall design, the multi-access kitchen, the dual-access bar area, the multi-function bunk bed area, and other novel components. The information provided and listed above solely provides embodiments and does not limit the extent of this trailer's novelty.

Description

CROSS-REFERENCE TO RELATED APPLICATION

This application claims priority from U.S. provisional patent application No. 63/348,912 filed on Jun. 3, 2022. The entire disclosure of the prior application is considered to be part of the disclosure of the accompanying application and is hereby incorporated by reference.

FIELD OF INVENTION

The present invention relates to the novel, towable trailer industry. More specifically, the present invention relates to the collapsible trailer industry in which there have been minimal advancements in erect, solid structures.

BACKGROUND

Adventure camping using an enclosed vehicle to sleep in and store the goods of the individual has been heavily present in the past 50 years. The way in which people camp has been unchanged and non-innovative for a long period of time. There have been occasional trials in which a collapsible camper, mostly fabric, will make its way into the industry and succeed, but never a hard-sided variant.

There are many drawbacks to owning a large motorhome, whether it be a Class C, Fifth-wheel, or even a travel trailer. The first of those drawbacks being size and efficiency. While being towed, large motorhomes are aerodynamically inefficient in both stability and fuel. The larger a towable is, the more unstable it is on the road at higher speeds. Moreover, the greater the surface area that air comes in contact with, the harder the towing vehicle has to work to tow; thus creating the fuel inefficiency.

Another drawback to owning a larger vehicle is the storability. While most homes come equipped with a garage, a very small percentage are equipped with RV parking. This creates the tedious task of finding storage for the vehicle. Storing the vehicle at a facility causes susceptibility to numerous problems. The first being price, storing an RV is very expensive, being upwards of $300/month. The second problem is the weathering of an expensive vehicle parked outside. Another problem with storing an RV in a storage facility is the distance that storage is from home. Loading up and preparing for a trip is much more difficult when the vehicle is far away.

The inefficiencies of a larger motorhome carry on in aspects such as maneuverability, flexibility, maintenance, and cost to own. Smaller overland RVs are easier to maneuver than larger motorhomes, especially in tight spaces such as campsites and parking lots. A smaller overland RV can go places that a larger motorhome cannot, such as narrow roads and winding mountain trails. This provides more flexibility in terms of travel destinations. Smaller RVs require less maintenance than larger motorhomes, as they have fewer moving parts and systems. This can save you both time and money in the long run. Smaller overland RVs are generally less expensive to purchase than larger motorhomes, and they also have lower ongoing costs such as insurance and registration fees. This makes them a more affordable option for those looking to travel on a budget.

While a smaller vehicle reduces the problems from a larger motorhome, a lot is compromised in the meantime. The capacity that a larger vehicle has is far superior. Meaning that the number of people that the vehicle can sleep will significantly decrease with a smaller RV. And even with a smaller unit, the vehicle almost always will never fit in a garage, meaning that the issues are not solved.

This, then, created the market for a collapsible, garageable, travel trailer that can be expanded upon arrival to the destination. The problem with the current options of collapsible trailers is that most of them do not have solid walls or they do not offer accessibility while collapsed. Therefore a need for a solid-sided, collapsible, storable, efficient, and large unit was created in the market.

Hard-sided trailers are much superior to the soft-sided versions because they serve better in various situations. A hard-sided trailer fairs better in terms of intercepted lighting and see-through fabric material. The hard-sided wall also provides additional protection against weathers, elements, and wildlife. Having a hard-sided contraption also aids in the increased durability of the trailer.

BRIEF SUMMARY OF THE INVENTION

The novel invention fills the gaps that the previously mentioned designs don't. It is a travel trailer that can be collapsed in order to clear clearance for an average-sized garage. This solves the issues presented with an uncollapsed travel trailer. The trailer now has the ability to be stored in a garage. The trailer now also solves the inefficiencies of size and aerodynamics discussed earlier as well. At full height, the trailer meets and often exceeds the height standards of the market. The trailer maintains all the desirable characteristics in traditional travel trailers. It is made up of a solid shell structure, negating the argument of weak collapsibility. In terms of its mechanism, the roof is raised vertically using electronically operated actuators, instead of traditional hydraulics. While the roof is raised linearly, the walls automatically lift with the roof, leaving no need for manual labor. The trailer operates like a packaged box; unfolding the sides outwardly from a parted, inward position. The front and back walls also fold out from an inward position after resting on the side walls. There are novelties in the designs in the doors utilized in the trailer. The trailer also carries the theme of dual-access storage throughout. Many utilities and storage compartments are accessible from both inside and outside the trailer. The increased accessibility of the trailer in its collapsed format adds to the convenience of stocking for a camping trip while remaining collapsed and stored in the garage.

BRIEF DESCRIPTION OF THE DRAWINGS

Some embodiments of the present invention are illustrated as an example and are not limited by the figures of the accompanying drawings, in which like references may indicate similar elements and in which:

FIG. 1 depicts an example of the trailer in its collapsed form with little to no details from a front-left perspective. The figure is aimed at highlighting the basic structure and design of the trailer in its collapsed form.

FIG. 2 depicts an example of the trailer in its collapsed form with little to no details from a rear-right perspective. This figure is aimed at highlighting the trailer in its collapsed form from the rear perspective.

FIG. 3A depicts an example of the trailer with the lifting mechanism at its halfway point of its operation. The purpose of this figure is to portray the lifting mechanism in action and give a sense of perspective to its operation.

FIG. 3B depicts an example of the trailer with the lifting mechanism at its halfway point of its operation. The purpose of this figure is to portray a side angle of the prior figure and to give a sense of perspective to the operation of the lifting mechanism.

FIG. 4 depicts an example of the trailer in its uncollapsed form with little to no details from a front-right perspective. This figure emphasizes the trailer in its uncollapsed form and also shows a characteristic of the novel door that allows it to open only its bottom half, a useful feature for collapsibility.

FIG. 5 depicts an example of the trailer in its uncollapsed form with little to no details from a front-left perspective. This figure is aimed at highlighting the uncollapsed nature of the trailer and also highlights the slide-out exterior kitchen.

FIG. 6 depicts an example of the trailer in its uncollapsed form with some of the details in the body from a rear-left view. This image is aimed at showing the trailer in more of its complicated nature and closer to its end look.

FIG. 7 shows an example of the trailer in its collapsed form with some but not all of its details from a rear-right view. This figure is directed to highlight the trailer in its collapsed form with key features. Key amenities such as the closet and bar area are highlighted in the figure to show full accessibility while the trailer is collapsed.

FIG. 8 portrays an example of the actuator used to raise the roof. The purpose of this figure is to show the actuator without any obstruction. The figure shows the actuator in its extended position as it would look inside its housing in the trailer's uncollapsed form.

FIG. 9A illustrates an example of the trailer in its uncollapsed form from the front-left view with panel 60 removed for clarity. This figure shows the actuator sitting in its actuator housing with a panel removed to show what the actuator would look like in its expanded form inside of the trailer actuator housing.

FIG. 9B shows an example of the lifting mechanism extruded from the corner pieces of the trailer. The purpose of this figure is to portray the actuator's positioning and orientation. This highlights the novel use of the actuator upside down.

FIG. 9C illustrates an example of the lifting mechanism from a telescoped point of view with the internals of the lifting mechanism being exposed. The purpose of this figure is to depict the function and movement of the actuator in its novel orientation and to show the extended part of the actuator seated in the bottom half of the trailer.

FIG. 10 illustrates an example of the lifting mechanism from a telescoped point of view. This figure illustrates the upper half of the actuator housing from an interior point of view to show the structure and extrusions in which the actuator occupies space in the trailer's interior.

FIG. 11 shows the outdoor kitchen from an exterior point of view. The purpose of this figure is to show the outdoor kitchen and its figure while it is pulled out of the trailer.

FIG. 12A portrays an example of the dual-access kitchen from the exterior side. This figure shows the dual-access kitchen, its shelves, and its height with respect to the interior shelves and the exterior arm-level.

FIG. 12B portrays an example of the dual-access kitchen from the interior side. This figure shows the dual-access kitchen and its elements from the interior of the trailer, showing the lower level shelves designed to be at the right level with the exterior kitchen.

FIG. 13 shows an example of the closet in an exploded point of view from the exterior. This figure shows the closet in its pulled out form, showing its components and their placement with regards to the interior of the trailer.

FIG. 14 shows an example of the rear of the trailer with the bottom drawer pulled out. This figure shows the drawer pulled out, showing the placement of the drawer in the rear and its depth from the rear.

FIG. 15 shows an example of the dual-access bar area of the trailer. This figure shows the elements of the bar and the different drawers and tabletops that are a part of the bar area.

FIG. 16A shows an example of the bathroom in a holistic point of view. This figure is aimed to show the bathroom in an unobstructed view to highlight the size and general features of the bathroom.

FIG. 16B shows an example of the bathroom with its upper walls in its unfolded position. The purpose of this figure is to show the bathroom with the rest of the trailer surrounding to proportionate the bathroom. The walls are also in the full uncollapsed position.

FIG. 16C shows an example of the bathroom with its upper walls in the middle position between folded and unfolded. The purpose of this figure is to show the walls in the middle position between uncollapsed and collapsed forms.

FIG. 16D shows an example of the bathroom with its upper walls in the folded position and ready to collapse. The purpose of this figure is to show the walls in a flat position showing the walls in their ready-to-fold position.

FIG. 17A portrays an embodiment of the bathroom. The purpose of this figure is to show the different layout of an embodiment of the bathroom and to show its components.

FIG. 17B portrays the second embodiment of the bathroom while it is in the process of collapsing down to storage. The figure shows the walls as they fold upwards and the door as it is swivels into its storage position.

FIG. 18A portrays the interior of the bathroom with the intent to show the shower mechanism. The figure shows a track that spans from the end of the bottom panel to the end of the top panel.

FIG. 18B portrays the interior of the bathroom with the intent to show another embodiment of the shower mechanism. The purpose of the figure is to highlight the different components for the novelty.

FIG. 18C portrays the interior of the bathroom with the intent to show another embodiment of the shower mechanism. The purpose of the figure is to highlight the different components for the novelty.

FIG. 19 shows an example of the floor plan from a birds-eye view. The purpose of this figure is to show the trailer's floor plan and general offerings in one picture.

FIG. 20 shows an example of the bunk beds in the sleep configuration from an interior point of view. The purpose of this figure is to show the bunk beds in an unobstructed view while the trailer is in its uncollapsed form.

FIG. 21 shows an example of the bottom bunk in its expanded configuration from an exterior point of view with some interfering components removed for clarity. The purpose of this figure is to show the second half of the bottom bunk in its expanded form. However, the interfering object, the front cabinet of the trailer, is removed for clarity.

FIG. 22 shows an example of the bunk beds in the work configuration from an interior point of view. The purpose of this figure is to illustrate the multifunctional aspect of the bunk beds to show the desktop configuration of the bunk area.

FIG. 23 shows an example of the bathroom storage compartments in an exploded point of view. The purpose of this figure is to show the three compartments that are shared with the side of the closet that are found in the adjacent wall to the bathroom.

FIG. 24 depicts an example of the trailer in a cross-section portraying the interior and its features. This figure is aimed at providing a holistic perspective of the interior with most of the interior complications.

FIG. 25 depicts an illustration of the suspension used and its features. The purpose of this figure is to highlight the aspects of an air suspension that is off-road capable simultaneously.

FIG. 26A depicts an illustration of the tongue and its features in its driving position. This figure is aimed to show the different versions of the tongue frame and the mechanism in which the different versions are reached.

FIG. 26B depicts an illustration of the tongue and its features in its storage position. The figure is aimed to show the storage version of the tongue frame where the frame is pulled back for maximum length clearance to ensure garageability.

FIG. 27A depicts the novel overhead compartments. The purpose of this figure is to show their technology and design.

FIG. 27B depicts the novel overhead compartments while the walls are in the process of folding. The purpose of this figure is to show the technology of the compartment's versatile orientation, staying upright at all times.

DETAILED DESCRIPTION OF THE INVENTION

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term “and/or” includes any and all combinations of one or more of the associated items. As used herein, the singular forms “a,” “an,” and “the” are intended to include the plural forms as well as the singular forms, unless the context clearly indicates otherwise. It will be further understood that the term “comprises” and/or “comprising,” when used in this specification, specify the presence of state features, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, steps, operations, elements, components, and/or groups thereof.

Unless otherwise defined, all terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one having ordinary skill in the art to which this invention belongs. It will be further understood that terms, such as those defined in commonly used dictionaries, should be interpreted as having a meaning that is consistent with their meaning in the context of the relevant art and the present disclosure and will not be interpreted in an idealized or overly formal sense unless otherwise expressed herein.

New concepts and themes for collapsible trailers, components, and methods for collapsing travel trailers are discussed herein. In the following description, for purposes of explanation, numerous specific details are set forth in order to provide a thorough understanding of the present invention. It will be evident, however, to one skilled in the art that the present invention may be practiced without these specific details. The terms hard-sided, solid-walls, solid-sided, etc. are interchangeable throughout the text.

The words that will be used in the following paragraphs that require defining are “collapsible,” “hard-sided,” “accessible,” and the terms “storable” or “garageable.” The term collapsible refers to the ability of the trailer to be folded in a manner that makes it more convenient. The term hard-sided refers to the make-up of the structure, being completely rigid. The term accessible refers to the multi-access points in which a compartment/panel/etc can be used from. Furthermore, this term accessible means that storage compartments/panels/etc of the recreational vehicle can be accessible from outside when the recreational vehicle is collapsed in its retracted position and accessible from both inside and outside when the recreational vehicle is fully extended. The term garageable refers the feasibility in which the trailer can be stored and kept due to the collapsibility in size. Moreover, this term garageable means that said recreational vehicle can be stored inside a home garage when collapsed in its retracted position. Finally, the following terms and their various forms are interchangeable with each other: collapse and retract, uncollapse and extend, garageable and storable.

Garageability can be a major selling point in the collapsible trailer industry. The ability for a travel trailer to be kept in the garage proves beneficial for a plethora of reasons. First of all, convenience. With a garageable travel trailer, you have the convenience of being able to store it at home. This eliminates the need to rent a storage space, which can save you time and money. You can easily access your trailer whenever you need it, without having to drive to a remote location. Second, the easy-access of the trailer. With your travel trailer stored in your garage, you have easy access to it whenever you need it. You don't have to worry about making arrangements to pick up your trailer from a remote storage facility.

Thirdly, security; storing your travel trailer in your garage provides an added layer of security, protecting it from theft and vandalism. You can install locks and security cameras to further increase the security of your trailer. Additionally, the ability for the trailer to be stored indoors in a garage helps protect it from the elements, preventing damage from sun exposure, wind, rain, and other environmental factors. This can help prolong the life of your trailer and reduce the need for repairs. Garaging your trailer also increases privacy. Storing your trailer at home ensures your privacy. Unlike when renting a storage space where other people have access to your trailer, storing it in your garage provides added privacy and security. Lastly, garageability helps increase a trailer's lifespan. It protects it from wear and tear, reduces the need for repairs or replacements, and helps maintain its value over time. This can save you money in the long run and ensure that you get the most out of your investment.

Due to the collapsible nature of the trailer, many advantages are gained. In the area of stocking and destocking, the trailer may remain inside the garage. This means that the owner may gain the advantage of stocking and destocking in an air conditioned or heated atmosphere, depending on the outdoor weather conditions. Another advantage gained from the collapsibility during the stocking and destocking phases of the trip, is that the trailer may remain hidden inside the garage for a discreet departure from home. Another advantage of the collapsibility is the increased aerodynamics and stability. Due to less wind resistance, there is an increase in aerodynamics and a decrease in drag. This then decreases the consumption of energy due to less effort needed from the towing car to move the trailer. It also creates stability in driving due to less lateral movement from wind or any external forces. It also increases safety for cars behind, due to a cleared visual field.

Another important element of the trailer is that it is hard-sided. Most examples of collapsible trailers in the industry fail due to a fabric or synthetic material used instead of a rigid composite. Due to the rigid material, the trailer is protected against many elements. In hot or cold weather, the trailer is protected and isolated from any external environments. It also fairs best in rain, snow, or dust storms due to the protection against the elements. In addition to protection from the elements, the hard-sided nature of the trailer increases sound and light insulation. The fabric or synthetic counterparts decrease said insulation due to less sound insulation and light protection because of a thin border of walls. The hard-sided walls also create a level of privacy that the soft-sided counterparts cannot match.

Specifically, hard-sided trailers are superior to fabric examples due to their durability, insulation, security, maintenance, and resale value. Hard-sided travel trailers are made of sturdy materials such as aluminum or fiberglass, which provide more protection against weather and wear and tear than fabric trailers. Hard-sided trailers offer better insulation than fabric trailers, which can help keep the interior temperature comfortable in both hot and cold weather. Hard-sided trailers are more secure than fabric trailers, as they have lockable doors and windows, making it more difficult for intruders to enter. Hard-sided trailers require less maintenance than fabric trailers, as they are less susceptible to rips, tears, and other damage. This can save you time and money in the long run. Lastly, Hard-sided trailers generally have a higher resale value than fabric trailers, as they tend to hold up better over time. This can be beneficial if you decide to sell your trailer in the future.

The third characteristic of the trailer that differentiates it from others is the accessibility it creates. Throughout the trailer, there are many components that are designed to be used from both inside and outside of the trailer or designed to increase the convenience of stocking and destocking the trailer. The novel accessibility factor builds off of the collapsibility of the trailer due to the fact that the trailer's accessibility is unphased when the trailer is collapsed or uncollapsed. Before the beginning of a trip, the trailer may remain collapsed and the supplies needed for the trip may be stocked and put into the trailer from the exterior and can be later accessed from the interior of the trailer upon arrival at the destination.

The last and equally important characteristic of the trailer is the storability aspect of the trailer. The trailer, due to its compact nature during its collapsed version, creates an unmatched storability. Due to its collapsed capability and a foldable tongue, the trailer is storable in an average sized garage. Due to the avoidance of weathering and elements, the indoor storage increases the lifespan of the trailer. The feature of remaining inside the house is that it acts as a survival unit, remaining close to home and ready for departure in the event of an emergency evacuation. Due to the in-home feature of the trailer, the trailer acts as an extension of storage to the home, keeping all camping and outdoor necessities accessible for home-use while remaining ready for departure.

Throughout all current examples in the market, none possess the combination and cohesive nature that our novel invention does. The unmatched chemistry of collapsibility, rigidity, accessibility, and storability creates a machine that does not falter in any usage needed for survival, recreation, or luxury.

The present disclosure is to be considered as an exemplification of the invention, and is not intended to limit the invention to the specific embodiments illustrated by the figures or description below.

As described above, collapsible trailers carry with them a number of advantages over non-collapsible trailers such as improved aerodynamics and storageability (also called garageability). As a result, collapsible trailers are in demand, and providing improved collapsible trailers for real-life sue cases is needed. The terms collapsible and collapse are used interchangeably with the terms retractable or retract respectively. The term uncollapse is used interchangeably with the term extend.

The novel trailer of the present disclosure comprises an open-top lower body and an upper body that forms the upper walls and roof. The novel trailer's upper body extends and collapses in a manner that is simple and reliable, and when extended, creates a large open space that may be utilized by any individuals within the novel trailer. The novel trailer extends and collapses in much the same way as the upper panels of a cardboard box do. A cardboard box comprises a lower body being open-top and rectangular as well as an upper body having four panels: front, left, right, and back. When folding or collapsing a cardboard box, two opposing panels of the upper body are first collapsed inwardly towards the lower body and then the same action is taken with the remaining two opposing panels. To open the cardboard box the process is simply reversed. The novel trailer also comprises a lower body being open-top and rectangular as well as an upper body having the same four panels that the cardboard box has but also a top panel that forms the roof of the novel trailer. To extend and collapse the novel trailer, four actuators, vertically mounted at each corner, are utilized. The lower end of each actuator is attached to the floor of the novel trailer while the opposing end of each actuator is attached to the top panel.

To extend the novel trailer, the four actuators begin to extend and lift the top panel. As the top panel rises, the top set of two opposing panels below the top panel, being attached to the top panel, also begins to unfold. As the top set of two opposing panels unfolds, the remaining bottom set of two opposing panels, being attached to the top set of two opposing panels, also begins to unfold. To collapse the novel trailer, the four actuators will retract to lower the top panel. As the top panel lowers, the top set of two opposing panels below the top panel, being attached to the top panel, also begins to fold. As the top set of two opposing panels folds, the bottom set of two opposing panels, being attached to the first set of two opposing panels, also begins to fold. A variety of means may be employed to join the top panel to the top set of two opposing panels, and the top set of two opposing panels to bottom set of two opposing panels. These means include wires, tracks, and even additional actuators that are installed in various positions throughout the sides of the trailer.

In one embodiment, the novel collapsible recreational vehicle that is fully hard sided comprises: a lower body structure comprising a floor and four walls: front lower wall, left lower wall, right lower wall, and rear lower wall; an upper body structure comprising a top panel and four side panels each hingedly attached to said four walls: front upper panel, left upper panel, right upper panel, and rear upper panel; wherein when said recreational vehicle is collapsed in its retracted position, said four upper panels are folded down, and said top panel is lowered to rest onto the lower body structure; when said recreational vehicle is moving from said retracted position to an extended position, said top panel is raised, causing said four upper panels to rise; when said recreational vehicle is fully extended, said four upper panels are in alignment with said four lower walls and said top panel is capable of acting as a roof for said recreational vehicle; wherein said recreational vehicle is accessible, wherein accessible means that storage compartments of the recreational vehicle can be accessible from outside when the recreational vehicle is collapsed in its retracted position and accessible from both inside and outside when the recreational vehicle is fully extended; and wherein said recreational vehicle is garageable, wherein garageable means that said recreational vehicle can be stored inside a home garage when collapsed in its retracted position. Where the recreational vehicle is towable.

In another embodiment, the novel collapsible recreational vehicle that is fully hard sided comprises: a lower body structure comprising a floor and four walls: front lower wall, left lower wall, right lower wall, and rear lower wall; a top panel; four vertically oriented actuators, one at each corner of said lower body, one end attached to said floor and the opposing end attached to said top panel; and four upper panels each hingedly attached to said four walls: front upper panel, left upper panel, right upper panel, and rear upper panel; wherein when said actuators are in a retracted position and said recreational vehicle is collapsed: a first opposing set of said upper panels are folded and resting over said lower body; the remaining second opposing set of said upper panels are folded and resting over said first opposing set; and said top panel is resting over said second opposing set and resting onto said lower body and onto said actuators; when said actuators are moving to an extended position, said top panel is raised causing said second opposing set and said first opposing set to rise concurrently; when said actuators are fully extended: said four upper panels are in vertical alignment with said four walls and said top panel is capable of acting as a roof for said recreational vehicle. Where the recreational vehicle is accessible, wherein accessible means that storage compartments of the recreational vehicle can be accessible from outside when the recreational vehicle is collapsed in its retracted position and accessible from both inside and outside when the recreational vehicle is fully extended; and wherein said recreational vehicle is garageable, wherein garageable means that said recreational vehicle can be stored inside a home garage when collapsed in its retracted position. Where the recreational vehicle is towable.

Where the recreational further comprises one or more structures, each structure: being storable within a cavity found in said recreational vehicle, the cavity sealable by a panel, and may be withdrawn from said cavity when the recreational vehicle is collapsed or extended.

Where the structures, as defined above, of the recreational vehicle comprise any one or any combination of: an outdoor kitchen, water dispenser, bedding drawers bar area, or closet.

Where the panels used to seal the cavities of the recreational vehicle are hingedly attached to said lower body structure capable of rotating so as to protect said lower body structure from activity occurring on said structure.

Where the outdoor kitchen, as defined above, of the recreational vehicle comprises any one or any combination of: a sink, a countertop, a foldable countertop, a stove, cupboards, or drawers.

Where the closet, as defined above, of the recreational vehicle comprises any one or any combination of: shelves, cubicles, racks, or drawers.

Where the bar area, as defined above, of the recreational vehicle comprises any one or any combination of: a countertop, a foldable countertop, or a drawer.

Where the recreational vehicle further comprises one or more structures, each structure: occupying a space within said recreational vehicle, is accessible, wherein accessible means that said frame can be accessed from both inside and outside of said recreational vehicle, and is simultaneously usable, wherein simultaneously usable is defined that said frames may be accessed simultaneously by individuals outside of, as well as within, said recreational vehicle.

Where the structures, as defined above, of the recreational vehicle comprise any one or any combination of: a portion of an indoor kitchen, or a portion of a bar area.

Where the bar area, as defined above, of the recreational vehicle comprises: an opening present on any of said front lower wall, left lower wall, right lower wall, and rear lower wall said opening being accessible and simultaneously usable; a panel hingedly attached to said opening, capable of sealing said opening when closed, and capable of extending horizontally to form a countertop; and a drawer that is accessible and simultaneously usable.

Where the recreational vehicle further comprises storage compartments attached to said upper body structure wherein said storage compartments are hinged on a dual ball-bearing axis so that when said upper body structure folds, items in said storage compartments remain upright.

Where the recreational vehicle further comprises an air suspension system.

Where the air suspension system of the recreational vehicle allows anyone or any combination of: for the recreational vehicle to lower in order to clear height clearances as well as fit in standard-sized garages; for the recreational vehicle to lower at high speed to reduce drag and increase fuel economy; and for the recreational vehicle to lower to raise in order to have better ground clearance and off-road capability.

Where the air suspension system of the recreational vehicle utilizes a combination of convoluted air bags and traditional suspension shocks to provide a harmonious suspension setup.

Where the recreational vehicle further comprises a bunk bed arrangement being convertible into a desk arrangement and back again wherein: the first bed comprises a foundation that is proximate to the said floor and divided into two coplanar halves, first and second halves, hingedly attached to each other so that said first half may rest in a horizontal or vertical position; the second bed comprises a foundation that is above said first bed, divided into two coplanar halves, first and second halves, the first half having a top planar portion that is hingedly attached to said second bed's foundation so that said top planar portion may rest in a horizontal or vertical position; and said bunk bed arrangement may convert into a desk arrangement by moving said first bed's first half to its vertical rest position and said second bed's top planar portion to its vertical rest position and back to a bunk bed arrangement by lowering first bed's first half to its horizontal rest position and second bed's top planar portion to its horizontal rest position.

Where the recreational vehicle further comprises a fall-down panel capable of becoming a larger size bed comprising: an opening present on any of said front lower wall, left lower wall, right lower wall, and rear lower wall, the opening adjacent to a bed, a panel hingedly attached to said opening, capable of sealing said opening when closed, and capable of extending the size of said bed when opened.

Where the recreational vehicle further comprises various panels found on said lower body structure providing access to storage compartments said storage compartments being any one or any combination of: a hunting safebox, a spare tire, an air compressor, or open storage space.

Where the recreational vehicle further comprises an adaptable living area comprising a sitting area converting to a bed.

Where the top panel of the recreational vehicle further comprises a skylight.

Where the recreational vehicle's said four upper panels when moving from said retracted position to said extended position comprise anyone or any combination of the following: further comprising additional actuators attached to each wall in said lower body structure and to each panel in said upper body structure to collapse and extend said upper body structure in conjunction with said top panel; further comprising reels that spool wire that are connected to said left upper panel and right upper panel to help lift said left upper panel and right upper panel into place while said top panel is lifted or lowered; and wherein said top panel comprises tracks that two of said upper panels engage with to lift and lower said two upper panels in conjunction with said top panel.

Where the recreational vehicle further comprises a bathroom, wherein said bathroom further comprises anyone or any combination of: a sink, a countertop, a toilet, a floor designed to collect and drain water, showering apparatus, mirror, compartments, cupboards, or drawers.

Where the recreational vehicle further comprises a bathroom, wherein said bathroom has fixed set of lower walls and an upper set of foldable walls that will collapse and extend as said top panel is raised or lowered.

Where the recreational vehicle further comprises a tongue assembly used for towing said recreational vehicle, said tongue assembly having a collapsed configuration and an extended configuration, wherein said tongue can be retracted from its extended configuration to its collapsed configuration to reduce storage space.

Where the recreational vehicle further comprises at least one door, wherein said at least one door comprises three panels: a top panel, a middle panel, a bottom panel; wherein said recreational vehicle is in extended position, the entirety of the door is openable; and wherein said recreational vehicle is collapsed in its retracted position, said bottom panel of the door is openable to allow access to the collapsed recreational vehicle.

The present invention will now be described using the appended figures representing preferred embodiments. FIG. 7 depicts the trailer in its collapsed form in a non-exploded figure with a few complications. The trailer, containing a single axle, shall be towed in its collapsed form at approximately a 55/45 ratio of lower/upper walls; where 55 measures the ratio of the bottom walls 2, 3 & 4 of the collapsed trailer and the 45 measures the ratio of the top walls 6, 7 & 8 of the uncollapsed version of the trailer. The average garage size encompasses the trailer in its collapsible form.

FIGS. 8, 9A, 9B, & 9C portray the actuator and its encasings to help visualize the movements of the lifting mechanism. The actuator 130 pushes itself and the roof 1 upwards. This means that the bottom half of the encasing of the actuator is immobile. This leaves the actuator working in reverse format, keeping space used and weight needed to a minimum.

FIGS. 4 & 5 depicts the trailer in an uncollapsed format to help with the visualization of the following mentioned components. The collapsed and uncollapsed versions of the trailer that will be mentioned in the coming paragraphs will be explained herein. The bottom walls 2, 3, 4, & 5 are fully stationary and are not mobile whatsoever. The top walls 6, 7, 8, & 9 are mobile in a foldable manner. They are hinged to the bottom walls and fold outwards to conjoin with the roof 1 and the bottom walls 2, 3, 4, & 5 at full form. The walls sit in a horizontal laid-down position. The front and back walls 8 & 9 are laid down together under the left and right walls 6 & 7 in a cardboard box manner.

FIGS. 3A & 3B portray the trailer in its halfway point of its collapsing or uncollapsing process. The roof 1 is lifted using a complex lifting mechanism. The lifting mechanism is powered by four linear actuators 130 depicted in FIG. 8. The linear actuator struts lift from inside their housings 60 cooperatively lift the roof 1 upwards. As the roof 1 lifts upwards, the upper walls 6, 7, 8, & 9 lift consequently where the walls lift using upward momentum and thrust from another set of linear actuators. There are linear actuators similar to the one portrayed in FIG. 8 attached to the front, back, and side walls. The actuators will be attached to the lower walls 2, 3, 4, & 5 and upper walls 6, 7, 8, & 9. After the roof 1 is lifted into position, the remaining walls will lift into place automatically. Another embodiment of the lifting mechanism is that there are reels that spool wire connected to the side walls that help lift the side walls into place while the roof is lifting. Another embodiment of the lifting mechanism is that there are tracks in the roof that the walls are connected to in order for the roof to guide the trajectory of the walls into their correct place. Another embodiment is smaller actuators that are installed in various positions throughout the sides of the trailers that assist in the lifting of the sidewalls into the correct positions. Another novelty related to the roof is that there is a skylight 51 inserted on a mobile roof that can be raised and lowered.

FIG. 1 portrays the trailer in its collapsed form where the outer doors 22 are in an openable configuration. FIG. 5 portrays the trailer in an uncollapsed form, allowing the entirety of the door to be openable in the uncollapsed form. There are two identical versions of this door, which can be mentioned uniformly. Each of the two doors contain three components: A top panel 19 & 34. A middle panel 20 & 36. A bottom panel 22 & 38. However, in FIG. 2 shows only the bottom of the three-piece doors 22 & 38 are openable in collapsed form. This presents the novelty of the rigidity of a hard-sided door that has the capability of being opened while the trailer is collapsed. The upper portion of the three-piece door 19 & 34 moves with the top walls 6 & 7 in their natural folding motion while the trailer walls are being folded. The middle portions of the doors 20 & 36 are slithers that are designed to separate the top and bottom panels. This is done in an effort to keep the bottom portion 22 & 38 mobile and openable while the trailer is collapsed. Consequently, the bottom panels 22 & 38 can act independently while the trailer is collapsed to give access to the inside of the trailer while it is collapsed.

FIGS. 7, 12A, 12B, 13, & 15 portray the trailer showing some of the complications in an open format. The travel trailer provides accessibility to various dual-access amenities. These dual-access amenities consist of the dual-access kitchen 25, the closet 26, and the bar area 30 & 31. The dual-accessibility allows for better ergonomics for when tents are using the trailer as a basecamp. This allows stocking to be much easier, being accessible from inside the garage. The outdoor kitchen, indoor dual-access kitchen, bar area, bedding drawers, closet, and water dispenser are all accessible in the collapsed form.

FIG. 11 portrays the pull-out kitchen 42 in an open format. The door 23 folds upwards to allow the kitchen to be pulled outwards. The outdoor kitchen 42 is allowed to be pulled out without the trailer being uncollapsed due to the convenient location of the kitchen away from the trailer's folding line. The outdoor kitchen pulls outward in the form of a drawer, housing a foldable countertop 40, a sink 39, and stove 41. The door 23 is repurposed when the kitchen is open to become a backsplash to protect the trailer from any damage from the kitchen's usage. The outdoor kitchen can be pulled out while the trailer is collapsed in order to clean, stock, or even use the kitchen without the need to fully uncollapse the trailer.

FIGS. 12A & 12B portray the indoor kitchenette area from both an exterior view and an interior view. The indoor kitchenette 25, further referred to as the dual-access kitchen, has dual-access elements that can be used from both inside and outside the trailer. This allows for dual-accessibility to the shelves and pantry areas 46. The features that the dual-access kitchen 25 provides are many. The dual-access kitchen 25 contains dual-sided access points that are convenient for both sides. There will be shared compartments 45 & 46 between the indoor kitchen and outside area. There will be drawers and compartment doors that close off the compartment from the elements, but fundamentally, the compartment will be shared to carry the dual-access theme of the trailer. Meaning that from the interior, one only needs to bend over normally to reach the storage compartments 45 & 46 which are at approximately knee height. And on the outside, one is at approximately arm-level with the same storage compartment 45 & 46 mentioned earlier. This gives the user two of everything without actually having two of everything. This feature increases convenience in that one does not have to keep moving from inside to outside to access a heavily-used compartment. The area that is shared between both exterior and interior serves as, but not limited to, a pantry or utensil compartment. This means that the outdoor kitchen 42 can utilize storage compartments 45 & 46 in the dual-access kitchen 25 as a pantry, utensil cabinet, spices compartment, etc.

The panel 25 that closes the shared compartment can be folded down to be used as a countertop. In another embodiment, however, panel 25 can be used as a shade for the used area. In another embodiment, the panel 25 is also allowed to move, rotate, or flip to serve any needs necessary. The panel 25 also maintains the ability to be locked and secured from the interior or exterior of the trailer. Another embodiment of this invention are dual-access appliances, providing the ability to use refrigerators, stoves, ovens, microwaves, dishwashers, drawers, cupboards, utensil drawers, and wet bars from a dual-access vantage point as well. The panel 25 may be comprised of any combination of: USB ports, Qiwireless charging stations, wired charging stations, or an electric stove surface for cooking.

The novelty is an indoor and outdoor kitchen arrangement for a recreational vehicle attached internally to an exterior wall with an opening. This opening is capable of being sealed by an exterior panel, therefore allowing the panel to be shared by the interior and exterior of the trailer. The shared area is deemed dual accessible, wherein dual accessibility implies that the area is accessible from indoor the recreational vehicle or from outside. The panel is also described to be simultaneously usable, where said portions of the kitchen can be used from the interior and exterior of the trailer at the same time. Lastly, the dual-access kitchen allows usability from different ground levels. With one ground level being the interior of the trailer and the other being from the exterior, the users of the dual-access kitchen can use the same compartments from different heights.

FIG. 13 portrays the closet in an exploded version pulled out from the trailer. The novel closet 26 is engineered to be accessible from both outside and inside the trailer, regardless of the trailer's collapsed or uncollapsed version. The closet 26 as a whole operates like a drawer. When pulled out from the exterior, stocking is made easier rather than digging into the closet to stock clothes from the interior. The closet contains shelves, racks, and drawers 128 for multi-situational use for all amenities. The closet also shares additional compartments 122 with the bathroom. The closet shares an adjacent wall with the bathroom. This allows three compartments 122 to be accessible to the bathroom from the structure of the closet. When pulled out, these compartments 122 are placed in the common wall between the bathroom and the closet 26, allowing the compartments to be pulled out in times of restocking, allowing toiletries to be stocked more conveniently.

FIG. 14 portrays the rear bottom wall 5 of the trailer with some but not all complications. The back of the trailer contains many storage compartments that can include but not limited to a hunting safebox, a spare tire, an air compressor compartment, as well as some other miscellaneous storage compartments 52, 54, 55, & 56. The bottom compartment 53 spans the rear bottom wall 5 of the trailer, creating an easy, accessible, and large drawer.

FIG. 15 portrays the bar area with its uses. The bar area has a foldable countertop 30 where service can be made from both inside and outside the trailer. The bar area also features a drawer 31 where cups and drinks can be housed. This drawer is accessible from both inside and outside the trailer. This component carries the theme of easy storage and easy dual-access to the amenities provided by the travel trailer.

FIGS. 16A, 16B, 16C, & 16D portray the trailer in a cross-sectioned point of view portraying the interior of the travel trailer. In order for the trailer to fold into its collapsed version, the walls separating the bathroom area in the trailer need to be fold in order to clear the clearance line. In order to clear the tolerance, the upper half of the wall structure needs to move into a tolerant position to be folded with the upper walls. In an effort to avoid any structural mishaps, the novel idea of our bathroom walls was introduced. The bathroom comprises anyone or any combination of: a sink, a toilet, an electrical outlet that is energized only when the shower head is not on, a shower head stored in said lower bathroom assembly and movable to said upper bathroom assembly, a floor for receiving and disposing of water, a mirror, or a cupboard or drawer.

The side walls 138 & 139 are connected together using a hinge. When the trailer is in the process of collapsing, FIG. 16C portrays the novel structure in its midway position where the side walls 138 & 139 fold into each other at the hinge as the front panel 140 meets the side wall 6. FIG. 16D portrays the structure in its final position before collapsing the trailer where 138 & 139 are concealed between the front panel 140 and side wall 6 in a completely folded position. The upper half of the wall structure is folded into the side wall 6 and magnetically attached to the side wall 6, which then folds into the horizontal position. The upper half of the bathroom walls fold into each other adjacent to the upper wall 6. After folding into the wall, the whole wall 6 and upper bathroom assembly fold down together when collapsing the trailer. The upper bathroom assembly comprises a foldable structural element having multiple panels that are arranged in series with a first edge and a final edge, with a height from said first extent to said ceiling. These multiple panels are consecutively hinged together and said first edge and said final edge are hinged to said rear wall, wherein at least one panel of said multiple panels has an upper door aligned with said front lower wall's lower door.

Another embodiment of the bathroom configuration is explained below and is shown in FIGS. 17A & 17B. The novel bathroom assembly contains many innovative features such as contractible walls and a stowable accordion door. The contractible walls 113 & 114 are magnetically fixed together but are permanently fixed to the ceiling. The contractible walls are comprised of multiple, stackable rectangular flaps 113 & 114 that conjoin with the bottom wall 125, when unfolded. The door of the bathroom assembly 110 is an accordion door in order to use the least amount of surface area while being stored away. The accordion door 110 is fixed at an axised hinge 115 at approximately the midline. The door revolves clockwise at a hinge 115 positioned just under the midline of the top bunk. The door revolves clockwise and tucks next to the top bunk in order to accommodate the folding nature of the trailer.

Another novelty present within the bathroom is the way that the shower head and shower utilities are positioned in its storage and usage positions. FIGS. 18A, 18B, and 18C portray various embodiments of the shower walls and how the shower head can be used at the top panel 139 and stored at the bottom panel 125. The preferred embodiment, shown in FIG. 18A, is an automatic track, continuing from from the bottom panel 125 to the top panel 139. The shower head, connected on the track, travels automatically up the track when the bathroom walls fold out into their usage position.

Another embodiment of the shower head, presented in FIG. 18B, is a magnetic pad screwed into the top panel 139. The shower head is hooked onto the bottom panel 125 and has a magnetic back. When the bathroom walls are unfolded, the shower head is transferred manually to connect magnetically to the magnetic pad on the top panel 139.

Another embodiment of the shower head, presented in FIG. 18C, is a foldable hook attached to the upper panel 139 where the shower head can attach to it. The shower head is hooked into a hook on the bottom panel 125 and is transferred to the top panel 139 when the bathroom walls are in their unfolded position.

FIG. 19 portrays the trailer in a cross-section point of view, showcasing the interior. The bunk beds operate with dual functionalities. The bunk beds can operate as regular bunk beds with two, approximately twin-sized beds. The bunk beds can also accommodate an approximately full-twin configuration. To accomplish this, the common wall 92 between the bottom bunk and the outer tongue storage knocks over. FIG. 21 shows the common wall knocked down and portrays the bottom bunk in its horizontal position completing the twin bed into a full bed. The common wall is comprised of two pieces 92 & 93 helping achieve the knockdown feature. The two panels act as a horizontal door with a threshold and locking mechanism. The top flap 93 is mostly stationary but rotates to help lock the remainder of the wall 92 into place. The larger piece of the wall 92 folds down to fit flush with the bottom bunk surfaces 81 & 82, therefore creating an approximately full size bed.

FIG. 22 portrays the bunk beds configured in a desk manner. The top bunk is separated into three pieces. The left half of the top bunk 86 remains stationary regardless. The bottom half of the right side 86 is also a stationary piece. The top flap of the right side 87 is the mobile component. It operates on a hinge to lift upwards, moving all bedding to the interior side of the bunk, leaving the bottom piece 88 to become a desktop. As for the bottom bunk, it is only two pieces 81 & 82. The right flap 82 moves in the same manner as top bunk flap 87. It rotates upwards leaving a gap for legroom under the desktop. There are two desk-style drawers 84 & 90 to increase the utility of the multifunctional desk space. Each bunk bed also contains a set of storage compartments 83 & 89 behind the headrest area as portrayed in FIG. 19.

FIGS. 24, 27A, & 27B portrays the interior with its multi-storage amenities. There is a novelty present within the interior, being that there are storage compartments 133 attached to the walls that fold down. These compartments are hinged on a dual, ball-bearing axis in which when the wall folds down, the compartment remains in its upright orientation. This is useful so that nothing topples, falls, or spills within the compartments when the walls are folding. This is novel because, previously, there have been no examples of compartments fixed to a folding panel, due to the stored items moving when the panel folds.

FIG. 25 portrays the chassis and suspension characteristics of the trailer. The novelty presented in this figure is the use of an off-road-capable air suspension in a collapsible, hard-sided trailer. It allows for the trailer to lower in order to clear height clearances as well as fit in standard-sized garages. This also allows for the trailer to lower at high speed to reduce drag and increase fuel economy. It also raises in order to have better ground clearance and off-road capability. The suspension utilizes the combination of convoluted air bags 165 and traditional suspension shocks 167 to provide a harmonious suspension setup.

FIG. 26A portrays the novel tongue of the trailer. The words, tongue, a-frame, and coupler are to be used interchangeably. The tongue is designed to retract in times of storage and protrude in times of usage. The tongue measures the tolerance needed to allow the trailer to be compact and fit in smaller spaces. The tongue features hinges 137. There are hinges on both the left and right angled pieces 135 of the tongue. The pieces telescope outward to be adjacent with the front of the trailer as portrayed in FIG. 26B. The left and right angled pieces 135 meet the center pole and connect to the center pole with pins and latches to secure the connection during mobility. The center pole 136 of the tongue retracts inward to a designated position in the trailer's chassis. The storage configuration as shown in FIG. 26B allows garageability and compactibility without losing structural rigidity during usage. This creates more clearance for the garageability of the trailer in an average-length garage. By folding the tongue, the trailer has the capacity to increase cabin space while maintaining the trailer's garageability. This means that instead of cutting into cabin space to maintain garageability, the cabin can remain the same size and the space can be conserved through the retractable tongue.

Claims

1. A collapsible recreational vehicle that is fully hard sided the recreational vehicle comprising:

a lower body structure comprising a floor and four walls: front lower wall, left lower wall, right lower wall, and rear lower wall;

an upper body structure comprising a top panel and four side panels each hingedly attached to said four walls: front upper panel, left upper panel, right upper panel, and rear upper panel;

wherein when said recreational vehicle is collapsed in its retracted position, said four upper panels are folded down, and said top panel is lowered to rest onto the lower body structure;

when said recreational vehicle is moving from said retracted position to an extended position, said top panel is raised, causing said four upper panels to rise;

when said recreational vehicle is fully extended, said four upper panels are in alignment with said four lower walls and said top panel is capable of acting as a roof for said recreational vehicle;

wherein said recreational vehicle is accessible, wherein accessible means that storage compartments of the recreational vehicle can be accessible from outside when the recreational vehicle is collapsed in its retracted position and accessible from both inside and outside when the recreational vehicle is fully extended; and

wherein said recreational vehicle is garageable, wherein garageable means that said recreational vehicle can be stored inside a home garage when collapsed in its retracted position.

2. A collapsible recreational vehicle that is fully hard sided the recreational vehicle comprising:

a lower body structure comprising a floor and four walls: front lower wall, left lower wall, right lower wall, and rear lower wall;

a top panel;

four vertically oriented actuators, one at each corner of said lower body, one end attached to said floor and the opposing end attached to said top panel; and

four upper panels each hingedly attached to said four walls: front upper panel, left upper panel, right upper panel, and rear upper panel;

wherein when said actuators are in a retracted position and said recreational vehicle is collapsed: a first opposing set of said upper panels are folded and resting over said lower body; the remaining second opposing set of said upper panels are folded and resting over said first opposing set; and said top panel is resting over said second opposing set and resting onto said lower body and onto said actuators;

when said actuators are moving to an extended position, said top panel is raised causing said second opposing set and said first opposing set to rise concurrently;

when said actuators are fully extended: said four upper panels are in vertical alignment with said four walls and said top panel is capable of acting as a roof for said recreational vehicle.

3. The recreational vehicle of claim 2, wherein said recreational vehicle is accessible, wherein accessible means that storage compartments of the recreational vehicle can be accessible from outside when the recreational vehicle is collapsed in its retracted position and accessible from both inside and outside when the recreational vehicle is fully extended; and

wherein said recreational vehicle is garageable, wherein garageable means that said recreational vehicle can be stored inside a home garage when collapsed in its retracted position.

4. The recreational vehicle of claim 1, wherein said recreational vehicle is towable.

5. The recreational vehicle of claim 1, further comprising one or more structures, each structure:

1) being storable within a cavity found in said recreational vehicle, the cavity sealable by a panel, and

2) may be withdrawn from said cavity when the recreational vehicle is collapsed or extended.

6. The recreational vehicle of claim 5, wherein said structures comprise any one or any combination of:

1) an outdoor kitchen,

2) water dispenser,

3) bedding drawers

4) bar area, or

5) closet.

7. The recreational vehicle of claim 6, wherein said panel is hingedly attached to said lower body structure capable of rotating so as to protect said lower body structure from activity occurring on said structure.

8. The recreational vehicle of claim 6, wherein said structure comprises an outdoor kitchen, and wherein said outdoor kitchen comprising any one or any combination of:

1) a sink,

2) a countertop,

3) a foldable countertop,

4) a stove,

5) cupboards, or

6) drawers.

9. The recreational vehicle of claim 6, wherein said structure comprises a closet, and wherein said closet comprising any one or any combination of:

1) shelves,

2) cubicles,

3) racks, or

4) drawers.

10. The recreational vehicle of claim 6, wherein said structure comprises a bar area, and wherein said bar area comprising any one or any combination of:

1) countertop,

2) foldable countertop, or

3) drawer.

11. The recreational vehicle of claim 1, further comprising one or more structures, each structure:

1. occupying a space within said recreational vehicle,

2. is accessible, wherein accessible means that said frame can be accessed from both inside and outside of said recreational vehicle, and

3. is simultaneously usable, wherein simultaneously usable is defined that said frames may be accessed simultaneously by individuals outside of, as well as within, said recreational vehicle.

12. The recreational vehicle of claim 11, wherein said structure comprise any one or any combination of:

1) a portion of an indoor kitchen, or

2) a portion of a bar area.

13. The recreational vehicle of claim 12, said structure comprises a portion of a bar area, wherein said bar area comprises

1. an opening present on any of said front lower wall, left lower wall, right lower wall, and rear lower wall said opening being accessible and simultaneously usable;

2. a panel a. hingedly attached to said opening, b. capable of sealing said opening when closed, and c. capable of extending horizontally to form a countertop; and

3. a drawer that is accessible and simultaneously usable.

14. The recreational vehicle of claim 1, further comprising storage compartments attached to said upper body structure wherein said storage compartments are hinged on a dual ball-bearing axis so that when said upper body structure folds, items in said storage compartments remain upright.

15. The recreational vehicle of claim 1, further comprising an air suspension system.

16. The recreational vehicle of claim 15, wherein the air suspension system allows anyone or any combination of:

a. for the recreational vehicle to lower in order to clear height clearances as well as fit in standard-sized garages;

b. for the recreational vehicle to lower at high speed to reduce drag and increase fuel economy; and

c. for the recreational vehicle to lower to raise in order to have better ground clearance and off-road capability.

17. The recreational vehicle of claim 15, wherein the air suspension system utilizes a combination of convoluted air bags and traditional suspension shocks to provide a harmonious suspension setup.

18. The recreational vehicle of claim 1, further comprising a bunk bed arrangement being convertible into a desk arrangement and back again wherein:

1. the first bed comprises a foundation that a. is proximate to the said floor and b. divided into two coplanar halves, first and second halves, hingedly attached to each other so that said first half may rest in a horizontal or vertical position;

2. the second bed comprises a foundation that a. is above said first bed, b. divided into two coplanar halves, first and second halves, the first half having a top planar portion that is hingedly attached to said second bed's foundation so that said top planar portion may rest in a horizontal or vertical position; and

3. said bunk bed arrangement may convert into a desk arrangement by moving said first bed's first half to its vertical rest position and said second bed's top planar portion to its vertical rest position and back to a bunk bed arrangement by lowering first bed's first half to its horizontal rest position and second bed's top planar portion to its horizontal rest position.

19. The recreational vehicle of claim 1, further comprising a fall-down panel capable of becoming a larger size bed comprising: capable of extending the size of said bed when opened.

1. an opening present on any of said front lower wall, left lower wall, right lower wall, and rear lower wall, the opening adjacent to a bed,

2. a panel a. hingedly attached to said opening, b. capable of sealing said opening when closed, and

20. The recreational vehicle of claim 1, further comprising various panels found on said lower body structure providing access to storage compartments said storage compartments being any one or any combination of:

1. a hunting safebox,

2. a spare tire,

3. an air compressor, or

4. open storage space.

21. The recreational vehicle of claim 1, further comprising an adaptable living area comprising a sitting area converting to a bed.

22. The recreational vehicle of claim 1, wherein said top panel further comprises a skylight.

23. The recreational vehicle of claim 1, wherein said four upper panels when moving from said retracted position to said extended position comprise anyone or any combination of the following:

A. further comprising additional actuators attached to each wall in said lower body structure and to each panel in said upper body structure to collapse and extend said upper body structure in conjunction with said top panel;

B. further comprising reels that spool wire that are connected to said left upper panel and right upper panel to help lift said left upper panel and right upper panel into place while said top panel is lifted or lowered; and

C. wherein said top panel comprises tracks that two of said upper panels engage with to lift and lower said two upper panels in conjunction with said top panel.

24. The recreational vehicle of claim 1, further comprising a bathroom wherein said bathroom comprising any one or any combination of:

1) a sink,

2) a countertop,

3) a toilet,

4) a floor designed to collect and drain water,

5) showering apparatus,

6) mirror,

7) compartments,

8) cupboards, or

9) drawers.

25. The recreational vehicle of claim 1, further comprising a bathroom wherein said bathroom has fixed set of lower walls and an upper set of foldable walls that will collapse and extend as said top panel is raised or lowered.

26. The recreational vehicle of claim 1, further comprising a tongue assembly used for towing said recreational vehicle, said tongue assembly having a collapsed configuration and an extended configuration, wherein said tongue can be retracted from its extended configuration to its collapsed configuration to reduce storage space.

27. The recreational vehicle of claim 1, further comprising at least one door, wherein said at least one door comprises three panels: a top panel, a middle panel, a bottom panel; wherein said recreational vehicle is in extended position, the entirety of the door is openable; and wherein said recreational vehicle is collapsed in its retracted position, said bottom panel of the door is openable to allow access to the collapsed recreational vehicle.