Vehicle bed system

Abstract

The presented system introduces a vehicle bed system comprising a bed structure configured to extend over the front seats, middle seats, and / or back seats, with the option of extending into the trunk area if desired. The bed structure includes one or more support bases positioned strategically to support the bed structure, with adjustability to accommodate various vehicle layouts and configurations. The vertical supports inserted into the bases to provide stability and support to the bed structure, ensuring a secure sleeping area. The profiles interconnecting the vertical supports, facilitating the structure of the bed and enhancing its strength and durability and mattresses, tailored to fit the contours of the vehicle's seating arrangement, providing a comfortable sleeping surface for occupants. The system includes bed structures of various heights and widths, offering more space and making it particularly suitable for compact vehicles.

Description

VEHICLE BED SYSTEM

[0001] The present invention relates to the field of automobiles and more specifically, systems and methods for bedding and cargo support.BACKGROUND

[0002] The following description includes information that may be useful in understanding the present invention. It is not an admission that any of the information provided herein is prior art or relevant to the presently claimed invention, or that any publication specifically or implicitly referenced is prior art.

[0003] Traveling is a cherished activity for many, offering the opportunity to explore new places, cultures, and experiences. However, one of the most persistent challenges faced by travelers worldwide is finding suitable accommodation during their journeys. Whether it's a solo backpacking adventure, a family vacation, or a business trip, the quest for a comfortable place to stay can often be fraught with obstacles.

[0004] One of the primary difficulties encountered by travelers is the scarcity of available lodging options, particularly during peak travel seasons or in highly sought-after tourist destinations. The surge in demand often outstrips the available supply, leaving travelers with limited choices or forcing them to settle for accommodations that may not meet their preferences or standards. This scarcity can lead to frustration and disappointment, detracting from the overall travel experience.

[0005] Furthermore, the high cost of lodging compounds the problem, posing a significant financial burden on travelers. Accommodation expenses can consume a substantial portion of the travel budget, leaving travelers with fewer resources to allocate towards other aspects of their trip, such as dining, activities, or souvenirs. The escalating prices of traditional lodging options, such as hotels or resorts, can quickly drain financial resources, particularly for budget-conscious travelers or those traveling for an extended period.

[0006] EP 1491391B1 introduces an innovative solution to the common challenge of finding comfortable resting or sleeping options during car journeys. By incorporating mechanisms within a car seat that facilitate the folding of the seat backrest backwards and the slight raising of the seat cushion, the invention creates a horizontal surface that can serve as a bed when desired. This versatile and space-saving feature optimizes the use of space within the vehicle, offering travelers a cost-effective, convenient, and comfortable alternative to traditional lodging options.

[0007] US1609113A describes an invention concerning foldable beds specifically designed to be extended within the body of an automobile and folded away when not in use. This innovation addresses the need for convenient and space-efficient sleeping arrangements during travel. By integrating foldable beds into the vehicle's interior, travelers can maximize the utilization of space and easily stow away the beds when they are not needed for occupancy.

[0008] US2648072A presents an invention focusing on advancements in vehicle accessories, with a primary aim to enhance comfort for passengers, particularly children, while traveling in a passenger car. The innovation primarily involves the provision of a cushion specifically designed for the rear seat of a car, offering a comfortable reclining option for children or passengers with similar needs.

[0009] US1659887A pertains to seats specially adapted for vehicles, specifically addressing their arrangement or mounting for particular purposes or specific vehicles. The invention involves seats that are convertible into a bed by adding additional parts, offering a versatile solution for travelers needing rest or sleep during their journey.

[0010] US2566996A pertains to arrangements or adaptations of other passenger fittings within vehicles, specifically focusing on beds. This invention addresses the need for integrating beds or sleeping accommodations into vehicles, offering a solution for passengers who require rest or sleep during their travels.

[0011] Given the challenges outlined above, there is a clear need for a system that can help travelers overcome the hurdles associated with finding suitable accommodation. Such a system should address the key aspects of availability, affordability, accessibility, quality and reliability. As a result, there exists a need for improvements over the prior art and more particularly for a more efficient way.SUMMARY OF THE INVENTION

[0012] The disclosed invention introduces a vehicle bed system that is a comprehensive solution designed to provide travelers with a comfortable and adaptable sleeping arrangement within their vehicles. Its components are carefully crafted to offer versatility and convenience, ensuring a restful experience during journeys of any length.

[0013] At the heart of the system are the bases, vertical supports, profiles, and mattresses. These elements work together to transform the vehicle's interior into a flat bed. Bases serve as the foundation, providing stability and support for the structure. They can be fixed securely onto the vehicle floor or suspended from the car ceiling, offering flexibility to accommodate different vehicle types and configurations. Vertical supports play a crucial role in the system, providing vertical stability and support for the bed structure. Profiles are used to connect and reinforce the structure, ensuring durability and strength. These components are meticulously designed to withstand the rigors of travel while maintaining comfort and stability. The mattress is a key component of the system, providing a soft and comfortable surface for sleeping. Travelers have the option of choosing between inflatable mattresses or foam / sponge options, depending on their preferences and comfort requirements. The mattress is designed to fit seamlessly within the bed structure, offering a cozy and supportive sleeping surface.

[0014] Additionally, the system offers various customization options to meet the unique needs of travelers. Removable tops or rotatable top or removable cushion parts and integrated headrests provide convenience for reclining backrests to form beds. This feature allows travelers to easily adjust the bed configuration to suit their comfort preferences. Furthermore, the system can be equipped with accessories such as nets and cables to provide additional storage options. These accessories offer travelers the flexibility to organize and store their belongings conveniently, optimizing the use of space within the vehicle. Overall, the vehicle bed system offers a versatile and comfortable sleeping solution for travelers, enhancing their journey experience by providing a restful and adaptable sleeping environment. Whether embarking on a long road trip or a short overnight journey, travelers can rely on the vehicle bed system to provide a comfortable and rejuvenating rest.

[0015] What sets the in-car bed system apart is its innovative design, which incorporates a unique set of features tailored for optimal comfort and versatility. Central to its design is a removable top or removable cushion part and bed structure, allowing for effortless transformation of seats into a completely flat bed. This design ensures a seamless extension from the dashboard to the end of the trunk, maximizing the available space within the vehicle. Additionally, the bed extends from door to door crosswise, accommodating both large and compact vehicles with ease. This thoughtful design not only enhances comfort during rest but also ensures adaptability to various vehicle sizes and configurations, making it a practical and versatile solution for travelers of all kinds.

[0016] The summary of the invention does not necessarily disclose all the features essential for defining the invention. The invention may reside in a sub-combination of the disclosed features. The various combinations and sub-combination are fully described in the detailed description.

[0017] The accompanying drawings are included to provide a further understanding of the present disclosure and are incorporated in and constitute a part of this specification. The drawings illustrate exemplary embodiments of the present disclosure and, together with the description, serve to explain the principles of the present disclosure.

[0018] The diagrams are for illustration only, which thus is not a limitation of the present disclosure, and wherein:

[0019] is a diagram showing a versatile removable top of the vehicle bed system when assembled with the backrest, in accordance with a preferred embodiment of the invention.

[0020] is a diagram showing a versatile removable top of the vehicle bed system when disassembled with the backrest, in accordance with a preferred embodiment of the invention.

[0021] illustrates a rotatable part within the backrest of the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0022] illustrates upper view of base of the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0023] illustrates side view of base of the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0024] illustrates vertical supports and profiles of the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0025] illustrates a deployed inflatable mattress of the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0026] Figures 8 and 9 illustrate the shaft assemblies 51 and 53 in extended and retracted positions, respectively of the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0027] illustrates backrest with shaft assemblies of the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0028] Figures 11-13 illustrate backrest of the vehicle bed system in different positions, in accordance with a preferred embodiment of the invention.

[0029] -23 illustrates different stages of deploying vehicle bed system, in accordance with a preferred embodiment of the invention.

[0030] depicts a basket screw utilized for adjusting the tightness of the cables, net, or mesh within the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0031] Figure 25a illustrates a side view and 25b a top view of the vehicle bed system, in accordance with a preferred embodiment of the invention.

[0032] Figure 26a and 26b depicts profiles, in accordance with a preferred embodiment of the invention.

[0033] illustrates a backrest with rotatable seat top for the vehicle bed system, in accordance with a preferred embodiment of the invention

[0034] illustrates a locking mechanism integrated into backrest, in accordance with a preferred embodiment of the invention

[0035] illustrates the removable cushion parts and the reclined backrests.

[0036] &b illustrates the bed structure with different heights and different widths arranged in a parallel orientation.

[0037] Figure 30c illustrates the adjustable vertical support

[0038] Figure 31 illustrates the bed structures with different heights arranged in a diagonal orientation.DETAILED DESCRIPTION OF DRAWINGS

[0039] Those skilled in the art will understand that when an element or part in the drawings is referred to as being “on” (or “connected” to or “coupled” to or “attached” to) another element, it can be directly on (or attached to) the other element or intervening elements may also be present. Furthermore, relative terms such as “inner”, “outer”, “upper”, “above”, “lower”, “beneath”, and “below”, and similar terms, may be used herein to describe a relationship of one element to another element. It is understood that these terms are intended to encompass different orientations of the device in addition to the orientation depicted in the figures.

[0040] The vehicle bed system offers a comprehensive array of features designed to optimize comfort and adaptability for travelers during their journeys. One key aspect is its expansive bed structure, which spans over the front seats, middle, and / or back seats, and even the trunk area. This design maximizes the available space within the vehicle, providing ample room for a comfortable sleeping area regardless of the vehicle's layout. A notable innovation of the system is the integration of opposite shaped mattresses. These mattresses are specifically tailored to fit the contours of the vehicle's seating arrangement, ensuring a comfortable sleeping surface regardless of how the seats are configured. This feature enhances convenience and comfort for travelers, allowing them to rest soundly during their travels. Additionally, the vehicle bed system includes removable tops for the front, middle, and / or back seats. This modular design feature enables users to easily detach the tops as needed, allowing for seamless transitions to a flat bed surface. Whether it's for a quick nap during a rest stop or an overnight stay, this flexibility in sleeping configuration enhances the overall convenience and usability of the system.

[0041] Furthermore, seat tops equipped with hinges enable the rotation of the seat tops and the recline of the backrest. This functionality enhances comfort and adaptability, allowing users to customize their sleeping arrangements according to their preferences. Whether reclining for a comfortable sleep or sitting upright for other activities, users have the flexibility to adjust the seating configuration as needed. The system also incorporates a backrest with a rotatable part equipped with hood hinges. This innovative design feature facilitates easy access to the sleeping area, making it easier for users to enter and exit the bed space. Additionally, the backrest of the middle and / or back seats can be detached or rotated, providing users with further flexibility in adapting the sleeping configuration to suit their needs.

[0042] Moreover, the system can be fitted with a cargo carrying system for storing luggage, further optimizing space utilization within the vehicle. This additional storage capacity enhances convenience for travelers, allowing them to securely store their belongings during their journey. Importantly, the vehicle bed system is built-in and seamlessly integrated into the vehicle's interior, ensuring that it complements the overall aesthetic while providing superior comfort and convenience for travelers. With its innovative design features and versatile functionality, the vehicle bed system redefines the travel experience, offering a comfortable and adaptable sleeping solution for travelers on the go.

[0043] is a diagram showing a removable top of the vehicle bed system when assembled with the backrest, in accordance with a preferred embodiment of the invention. The removable top (16) is shown seamlessly integrated with the backrest, forming a unified unit. This configuration allows for easy conversion of the backrest into a bed surface when desired, providing a comfortable sleeping area for occupants.

[0044] is a diagram showing a versatile removable top of the vehicle bed system when disassembled with the backrest, in accordance with a preferred embodiment of the invention. The removable top (16) is depicted separately from the backrest, illustrating its disassembled state. This separation enables users to detach the seat top with ease, facilitating the transformation of the backrest into a bed surface.

[0045] The backrests (depicted in figures 1 and 2) of the vehicle bed system are equipped with a versatile removable top (16), facilitating the transformation of the backrest into a comfortable bed surface when needed. The design of the backrests incorporates several key elements to ensure functionality and ease of use. Tubes (12) are provided to be inserted into the hollow tubes (11) of the backrest. These tubes serve the crucial function of facilitating the detachment of the removable top (16) when the user intends to deploy the bed. By providing a mechanism for easy removal, the tubes enhance the user experience and streamline the process of converting the backrest into a bed. Rings (13 and 14) and a pin (17) are utilized to secure the removable top (16) with the backrest (10), ensuring stability and reliability during use. The rings and pin enable easy attachment and detachment of the removable top, allowing for seamless transitions between seating and sleeping configurations. Tube (18) serves as a holder for the headrest (15), providing additional support and comfort for occupants during use. The hollow tube (11) within the backrest serves a dual purpose, firstly it holds the removable top (16) securely in place and also facilitates its detachment when needed. This design feature ensures ease of operation and enhances the user-friendliness of the backrest assembly. The headrest (15) is designed to be removable, offering flexibility and customization options for users. Whether integrated with the removable top or provided as a separate component, the headrest enhances comfort and ergonomics during use.

[0046] illustrates a rotatable part within the backrest of the vehicle bed system, in accordance with a preferred embodiment of the invention. The inclusion of a rotatable part (20) within the backrest (23) allows for enhanced functionality and adaptability, particularly in optimizing space utilization within the vehicle's interior. The rotatable part (20) is designed to be rotated to a horizontal position, effectively filling the gap between the front seat cushion and the middle seat or back seat cushion. This transformation creates a seamless surface that extends the sleeping area, providing additional comfort and space for occupants. To ensure stability and security, the backrest (23) is equipped with a lock (22) that securely holds the rotatable part (20) in place when it is in a vertical position. This feature prevents any unintended movement or rotation of the part, maintaining safety and stability during use. Incorporating elements inspired by automotive design, such as hood hinges (21), cross-hinges or any other suitable means further enhances the functionality of the rotatable part. These hinges facilitate smooth rotation of the rotatable part and ensure a secure connection with the backrest or seat cushion, enhancing overall durability and reliability. By integrating the rotatable part into the backrest, the vehicle bed system offers users a versatile and practical solution for creating a comfortable sleeping area during travel.

[0047] The vehicle bed system is comprised of several essential components meticulously designed to ensure stability, functionality, and comfort. These components include bases, vertical supports, profiles, and an inflatable mattress or alternative means of support.illustrates upper view of base (43) andillustrates side view of base (43) of the vehicle bed system, in accordance with a preferred embodiment of the invention. Bases (43), depicted in figures 4 and 5 serve as the foundation of the bed structure, typically constructed with a plate (40), rod (41), and screws (42). Their primary function is to provide a stable platform to support the vertical supports (30) of the bed system. Bases (43) can be designed to be foldable, retractable, or detachable, offering flexibility in installation and usage. They are securely fixed onto the vehicle's floor or any other suitable location using screws or other appropriate means.

[0048] provides an illustration of the vertical supports and profiles integrated into the vehicle bed system, representing a preferred embodiment of the invention. These components, including the vertical supports (30), profiles (31), and profiles (32), depicted in figures 6 and 25, are paramount in providing vertical stability and support to the bed structure. Vertical supports (30), depicted in Figure 25a side view and 25b top view, serve as foundational elements, providing vertical stability and support to the bed structure. These vertical supports are inserted into the bases and are equipped with holes (35) designed to accommodate the profiles (31 and 32) using pins. This configuration ensures a secure and robust structure for the bed system, preventing any potential instability during use. Profiles (31) and profiles (32), depicted in Figures 26a and 26b respectively, play a crucial role in reinforcing the structure and providing additional support to the bed system. Additionally, these supports may feature holes to enable the attachment of other components, further enhancing the versatility and functionality of the bed system. Profiles (31) and profiles (32) serve as interconnecting elements within the bed structure, reinforcing its overall stability and providing additional support. Fixed onto the vertical supports using pins, these profiles create a sturdy structure that can withstand the rigors of travel. They may also feature holes (36 and 37) to facilitate the attachment of other profiles or components, allowing for customization and adaptation to specific user needs. Furthermore, profiles 32 may be equipped with additional holes (38) to fix it on profiles 32 by means of pins. The inclusion of plates to fill gaps between profiles ensures a smooth and even surface for the mattress, enhancing overall comfort and usability. The integration of vertical supports, profiles (31), and profiles (32) within the vehicle bed system contributes to the creation of a robust and reliable sleeping area for occupants during travel. Profiles, depicted in figures 26a and 26b are interconnecting elements that reinforce the structure and provide additional support. They are fixed onto the vertical supports using pins and may feature holes (36 and 37) to facilitate the attachment of other profiles or components. Profiles 32 may also be equipped with holes (38) for the same purpose. The system may also include plates to fill gaps between profiles, ensuring a smooth and even surface for the mattress and enhancing overall comfort. By providing essential structural support, these components enhance the overall comfort, stability, and functionality of the bed system, ultimately enhancing the travel experience for users.

[0049] In an embodiment, the profiles 31 and the profiles 32 can be substituted with net, mesh, or cables or any other suitable means upon which the user can lie down directly or by placing a mattress over the cables, net, or mesh.depicts a basket screw utilized for adjusting the tightness of the cables, net, or mesh within the bed system. This component plays a crucial role in fine-tuning the tension of the cables, net, or mesh to ensure optimal support and comfort for the user. The cables, net, or mesh may have basket screws () and ropes or hooks, or any other suitable means. The function of the ropes, hooks, and basket screws is to fix the cables, net, or mesh. The other function of the basket screws is to adjust the tightness of the cables, net, or mesh. Alternatively, the net, cables, or mesh could be outfitted with a roll and tightness adjusting mechanism, such as a ratchet or any other suitable means. This mechanism allows users to easily adjust the tightness of the net, cables, or mesh according to their preferences, providing enhanced comfort and support during use. The structural integrity of the bed system is formed by the bases (43), vertical supports (30), profiles (31), profiles (32), or alternatively, the nets, cables, or meshes. These components collectively provide the structure and support necessary to create a stable and comfortable sleeping area within the vehicle.

[0050] In another embodiment, the profiles 32 can be supported by alternative structures such as the vehicle’s doors, the center pillar (B-pillar), or the seat cushions instead of relying on the bases 43, vertical supports 30, and profiles 31. Alternatively, in a separate embodiment, the profiles 32 may be suspended and fixed by cables or rods suspended from the car ceiling or any other suitable means. Furthermore, in another embodiment, the profile 32 can be directly affixed to either the base 43 or the vertical support 30, providing additional flexibility in the configuration and assembly of the bed system. These alternative embodiments offer versatility in design and installation, catering to various vehicle layouts and user preferences.

[0051] illustrates a deployed inflatable mattress of the vehicle bed system, in accordance with a preferred embodiment of the invention. The inflatable mattress can be tailored to match the width of the vehicle cabin, providing either a double-sized bed or a single-sized bed, depending on user preferences. The mattress () can be constructed from inflatable materials, foam / sponge, or any other suitable materials, offering versatility in design and comfort. Moreover, the mattress can be composed of one part or multiple parts, further enhancing flexibility. In another embodiment, the bases (43), vertical supports (30), profiles (31), profiles (32) as depicted in, and the inflatable mattress (), can be replaced with an opposite-shaped mattress. This alternative mattress features surfaces that complement the shape of the seat cushions and the reclined backrest, akin to the female and male cavities of a mold. The benefit of this opposite-shaped mattress is its ability to securely and directly fit over the seat cushions and reclined backrest, facilitating quick deployment of the bed system. Additionally, this design minimizes the need for additional securing mechanisms. The mattress may incorporate ropes, hooks, or other suitable means to ensure stable positioning on the seat cushion and reclined backrest.

[0052] The backrest of the vehicle bed system is designed with upper and lower shaft assemblies to enable various configurations and functionalities. These assemblies facilitate the rotation of the backrest upwards or downwards, allowing for adjustment to accommodate different user preferences. Additionally, they can hold the backrest securely in a vertical position or enable its complete removal, providing versatility in usage. The shaft assemblies consist of housings, movable shafts, and handles, with the housings featuring grooves to lock the shafts in place. Positioned on the top and bottom corners of the backrest, these assemblies provide pivotal support for its movement. Handles allow for the extension and retraction of the shafts, while cylinders fixed on opposite sides of the backrest assist in holding the shafts and facilitating backrest rotation. Depending on the desired configuration, the upper and lower shaft assemblies can be adjusted accordingly, either extended or retracted. Furthermore, alternative mechanisms such as spring pins can be used in place of the shaft assemblies. When the backrest is rotated upwards, it can be held in a horizontal position using cables or other suitable means, enhancing user comfort and convenience.

[0053] Figures 8 and 9 illustrate the shaft assemblies 51 and 53 in extended and retracted positions, respectively. These assemblies consist of housings 64, movable shafts 60, and handles 62. The grooves in the shaft housings 64 allow for the locking of the movable shafts 60 in either extended or retracted positions, providing stability and support to the backrest. The handles 62 facilitate the extension and retraction of the movable shafts, enabling users to adjust the configuration of the backrest according to their preferences.

[0054] illustrates backrest with shaft assemblies of the vehicle bed system, in accordance with a preferred embodiment of the invention. The figure illustrates the backrest 52 along with the shaft assemblies 51 and 53. The shaft assemblies 51 are affixed to the upper corners of the backrest, while the shaft assemblies 53 are mounted on the lower corners. This arrangement enables controlled movement and adjustment of the backrest, allowing it to be positioned vertically, horizontally, or removed entirely.

[0055] Figures 11-13 illustrate backrest of the vehicle bed system in different positions, in accordance with a preferred embodiment of the invention. In, the backrest 52 is shown in a vertical position. This configuration provides support and seating when the backrest is not utilized for sleeping or cargo storage. It represents the default orientation of the backrest when the bed system is not deployed, offering comfort and convenience for passengers during travel. In, the backrest 52 is displayed in a horizontal downwards position. This orientation facilitates bed deployment or creates additional storage space for cargo. When lowered horizontally, the backrest contributes to forming a flat surface suitable for sleeping or accommodating large items, enhancing the versatility and functionality of the vehicle interior.showcases the backrest 52 in a horizontal upwards position. This configuration is ideal for bed deployment, maximizing the available sleeping area within the vehicle. By raising the backrest upwards, it extends the bed area, providing ample space for occupants to rest comfortably during long journeys, thereby enhancing the overall travel experience. To fold the backrest downwards into a horizontal position (), the upper shaft assemblies 51 should be retracted, and the lower shaft assemblies 53 should be extended. Conversely, to rotate the backrest upwards into a horizontal position (), the upper shaft assemblies 51 should be extended, and the lower shaft assemblies 53 should be retracted. The backrest 52 of the vehicle bed system offers versatile functionality, allowing it to be adjusted according to the user's needs. It can be rotated upwards to a horizontal position, as depicted in, or downwards into a horizontal position, as shown in. Alternatively, the backrest 52 can be completely removed, as illustrated in, when the user intends to deploy the bed. In another embodiment, the backrest 52 can be rotated downward to lie flat on the trunk floor, providing an alternative configuration for the bed system. This flexibility in adjustment enables users to customize the setup of the bed according to their preferences and spatial requirements.

[0056] -23 illustrates different stages of deploying vehicle bed system, in accordance with a preferred embodiment of the invention.

[0057] illustrates the initial step in preparing the vehicle bed system for deployment, involving the headrests 15. Removing the headrests allows for the smooth conversion of the seating area into a bed.

[0058] illustrates the step of detachment of backrest. The backrest 52 is detached from its mounting points using the upper shaft assemblies 51 and lower shaft assemblies 53. These assemblies facilitate the controlled movement of the backrest, enabling it to be rotated upwards or downwards for bed deployment or removed completely, depending on the desired configuration.

[0059] Similar to,depicts the detachment of the other backrest 52 using the upper and lower shaft assemblies. Removing both backrests is essential to create a flat surface for the bed configuration and ensure maximum comfort for occupants during rest.

[0060] displays how the removable top 16 is being detached from the backrest. This step is crucial in preparing for the deployment of the bed system. Removal of the removable top allows for easy access and manipulation of the bed components, facilitating a seamless transition from seating to sleeping mode.

[0061] Similar to,illustrates the detachment of the other removable top 16 from its respective backrest. Removing the removable tops is necessary to fully prepare it for the deployment of the bed system.

[0062] depicts the recline of the backrests 10, facilitating the transformation of the seating area into a bed. As the backrests recline, they form a comfortable sleeping surface for occupants. This step marks the progression towards the completion of the bed deployment process.

[0063] displays the installation of vertical supports on base. In this stage, the vertical supports 30 are being installed on the base 43 of the vehicle bed system. The vertical supports provide structural stability and support to the bed, ensuring its durability and functionality during use. Proper installation of the vertical supports is essential for maintaining the integrity of the bed structure.

[0064] illustrates the installation of profiles. The profiles 31 are being installed as part of the bed system's structure. The profiles play a crucial role in reinforcing the structure and providing additional support to the bed configuration. Proper installation of the profiles ensures the stability and durability of the bed system, enhancing its overall performance and comfort for occupants.

[0065] Similar to,illustrates the installation of profiles 32 as part of the bed system's structure. Profiles 32 complement profiles 31 in reinforcing the structure and supporting the bed configuration. Proper installation of profiles 32 is essential for ensuring the stability and functionality of the bed system, providing a reliable sleeping surface for occupants.

[0066] showcases the deployment of the inflatable mattress onto the bed structure. The inflatable mattress serves as the primary sleeping surface for occupants, providing cushioning and comfort during rest. Proper deployment of the inflatable mattress ensures a snug fit and optimal support, enhancing the overall sleeping experience for users.

[0067] showcases the backrest 190 of the vehicle bed system, featuring the rotatable seat top 188. This design allows the seat top 188 to be rotated backward, facilitating the complete recline of the backrest 190.

[0068] Additionally,illustrates the locking mechanism 189, which is integrated into the backrest 190. In another embodiment, the backrest 190 can be equipped with hinges 177, enabling the rotation of the seat top 188 to facilitate the recline of the backrest 190. The locking mechanism 189, depicted in figures 27 and 28, secures the seat top 188 with the backrest 190 when the bed system is not deployed. This mechanism is essential for enabling the rotation of the seat top 188 and the recline of the backrest 190 during the deployment of the vehicle bed system. To operate the rotation of the seat top 188, the pin 71 shown inis pushed, causing the lever 72 to rotate. This action compresses the spring 75 and moves the pin 74 accordingly. The pin 73 is utilized to fix and facilitate the rotation of the lever 72, while the support 76 holds the spring in place. The spring 75 facilitates the movement of the pin 74, ensuring smooth operation of the rotation mechanism.

[0069] As illustrated in, the vehicle bed system includes user-friendly features designed to enhance comfort and convenience. In addition to the adjustable bed heights, the system incorporates removable seat cushions or sections thereof that facilitate the recline of the seats and the deployment of the bed structure. These cushions can be easily removed to allow the seats to recline fully, which is crucial for configuring the bed structure. This feature simplifies the transformation of the vehicle's interior, making it more adaptable and comfortable for users. The ability to remove and adjust seat cushions ensures a smooth transition between seating and sleeping configurations, optimizing the use of space and improving the overall functionality of the bed system.

[0070] The vehicle bed system described herein features an innovative approach to optimizing space utilization by incorporating adjustable bed heights and varying bed widths, making it particularly advantageous for compact vehicles. The system’s flexibility allows users to configure the bed structures in either parallel or diagonal orientations, as shown in Figures 30a, 30b, and 31. Inand 31 f, the red structure represents a lower bed position, while the blue structure indicates a higher bed configuration. The ability to adjust bed heights not only maximizes space efficiency but also offers the potential for creating a wider sleeping area across the vehicle. This adaptability is especially beneficial in compact vehicles where space is limited. The system's design may allows travelers to lay opposite each other comfortably, with the option to extend the bed width using additional attachments. For enhanced safety and comfort, the higher bed configuration can be equipped with a fence, providing a secure sleeping area. The system’s versatility is further enhanced by the use of adjustable vertical supports, as depicted in Figure 30c. These supports enable the bed to be set at different levels, catering to varying user preferences and vehicle layouts. Height adjustments are achieved either by using vertical supports of different lengths or through other suitable means, allowing for easy modification of the bed’s elevation. This flexibility ensures that the bed structure can be tailored to offer a generous and comfortable sleeping area, enhancing usability during travel or rest.

[0071] The vehicle bed system can be enhanced with accessories hanging from the roof of the vehicle. This can be achieved through the use of nets, cables, or other suitable mechanisms for securing and suspending luggage in place. These accessories provide additional storage space and contribute to the versatility of the bed system.

[0072] The vehicle bed system incorporates a sophisticated method for attaching and connecting its components, utilizing precision-engineered alignment pins, brackets, and fastening mechanisms. These components are designed to ensure that the various parts of the bed structure are securely and stably connected. Alignment pins play a crucial role in ensuring that profiles and supports are positioned accurately, maintaining the structural integrity of the bed system. Brackets provide additional reinforcement at critical junctions, enhancing the overall stability of the structure. Fastening mechanisms, such as quick-release latches or locking bolts, allow for rapid assembly and disassembly, making it convenient to transition the bed system between its stored and deployed states. This design approach not only ensures a robust and reliable bed structure but also facilitates easy assembly with minimal effort and tools, maximizing both convenience and space efficiency within the vehicle.

[0073] In an aspect of the invention, The vehicle bed system is designed with an emphasis on flexibility and adaptability, particularly in terms of height adjustment and structural stability. The bed structure can be extended into the trunk area when additional space is needed, and it is supported by foldable or detachable bases that are strategically positioned for optimal support. Central to the system’s versatility are the vertical supports, which offer adjustable heights to customize the elevation of the bed. This customization is crucial for adapting the bed structure to different vehicle configurations and user preferences. The height of the bed structure can be adjusted by utilizing vertical supports of varying lengths. By selecting longer or shorter supports, users can position the bed at the desired height, effectively tailoring the sleeping area to specific needs without requiring complex mechanisms. In addition to supports of varying lengths, the system may include vertical supports equipped with locking mechanisms or adjustable fittings. These mechanisms allow the bed structure to be securely set at various heights, providing stability during use. The locking mechanisms are designed to engage securely once the preferred height is achieved, preventing any unintended movement. This ensures that the bed remains stable and safe, even during travel. Adjustable fittings, such as threaded rods or telescoping tubes, offer further fine-tuning capabilities, allowing for precise control over the bed’s elevation. To enhance structural reinforcement, interconnecting profiles are attached to the vertical supports. These profiles provide additional stability, ensuring that the bed structure is robust and reliable. Alignment pins and holes on the vertical supports and profiles facilitate precise attachment and adjustment, making the assembly process straightforward and ensuring that all components are securely connected. The system also features an integrated adjustment mechanism, allowing for easy modification of bed dimensions and orientation. This mechanism enhances the flexibility of the bed system, enabling it to be configured in various ways to optimize space within the vehicle. Whether adjusting the bed height through interchangeable supports or using locking mechanisms for added security, the system is designed to offer a customizable and stable sleeping environment that adapts to the unique needs of each user.

[0074] It is important to note that the described embodiments and illustrations of the invention are not exhaustive, and modifications can be made within the scope of the invention. Additionally, different aspects of the invention may be combined or implemented independently, providing flexibility and customization options for users. This ensures that the invention can be adapted to suit various preferences and requirements.

[0075] Moreover, the system incorporates a design where interior components such as door handles, upholstery, trims, armrests, center console, and middle armrests are removable or foldable or retractable using hinges or suitable mechanisms. This design innovation enables these components to be stowed away or folded when not in use, thereby providing additional crosswise room for sleeping configurations within the vehicle. This feature is particularly beneficial for compact vehicles where space optimization is crucial for both comfort and practicality

[0076] The vehicle bed system is designed with flexibility in mind, allowing its components to be sold either separately or as part of an aftermarket product offering. This approach enables users to purchase specific parts of the system according to their needs, whether they require just a bed structure, foldable bases, vertical supports, or interconnecting profiles. Each component is engineered to be compatible with the overall system, ensuring that individual parts can be integrated seamlessly into the vehicle. The modular nature of the system means that users can customize their purchase based on their requirements and budget, and can add or upgrade components over time. This flexibility not only makes the bed system more accessible but also allows for tailored configurations that best suit the user’s vehicle and sleeping needs.

[0077] To accommodate the installation of the vehicle bed system, vehicles are adapted with specific design features that facilitate the integration of the system’s components. These adaptations include pre-designed mounting points, brackets, and fittings that align with the components of the bed system. The vehicle’s interior is equipped with reinforced areas and alignment guides to ensure that the components can be securely attached and properly positioned. This design allows for a straightforward installation process, where users can easily fit the bed structure, bases, vertical supports, and profiles into the vehicle without extensive modifications. By providing these provisions, the vehicle ensures that the bed system components can be assembled and deployed effectively, maintaining stability and functionality within the vehicle's interior. This adaptation process enhances the ease of use and ensures that the bed system integrates seamlessly into various vehicle models.

[0078] Some of the advantages of the invention are mentioned below:

[0079] 1) Convenience and Cost-effectiveness: The in-car bed system offers unparalleled convenience by enabling travelers to transform their vehicle seats into comfortable flat beds, effectively eliminating the need for expensive hotel stays. This innovative solution provides a cost-effective alternative for accommodation, particularly beneficial during peak travel seasons or in remote areas with limited lodging options. With the in-car bed system, travelers can bypass the hassle of searching for suitable accommodations, enhancing the overall convenience and flexibility of their travel plans.

[0080] 2) Flexibility and Spontaneity: One of the key advantages of the in-car bed system is its ability to facilitate spontaneous adventures and exploration. This portable sleeping solution allows travelers to set up a cozy resting space anywhere their vehicle can access, enabling impromptu road trips or overnight stays at scenic spots. By eliminating the constraints of traditional lodging options, the in-car bed system empowers travelers to adjust their itinerary on the go, embracing a sense of freedom and spontaneity in their travel experiences.

[0081] 3) Driver Comfort and Safety: The in-car bed system prioritizes the comfort and safety of drivers and passengers alike. It provides drivers with a comfortable resting option during long drives, effectively reducing fatigue and promoting alertness on the road. With ergonomic design features and optimal support, the system ensures a secure and familiar environment for short breaks or power naps, helping drivers maintain focus and concentration on their journey.

[0082] 4) Productivity and Well-being: Beyond enhancing comfort and safety, the in-car bed system supports improved productivity and well-being for travelers. By offering a convenient space for taking short breaks or naps during long working hours or extended travel, the system enables travelers to recharge energy levels and refresh their minds. This rejuvenating experience leads to enhanced focus, creativity, and performance, contributing to overall mental and physical well-being.

[0083] 5) Potential for Passive Income: For vehicle owners, the in-car bed system presents an exciting opportunity for generating passive income. By renting out equipped vehicles as economical lodging options, owners can tap into additional revenue streams. Furthermore, offering supplementary services such as meals, restroom facilities, and showers enhances the income potential, enabling owners to offset a portion of their vehicle's monthly payments or maintenance costs.

[0084] 6) Promotion of Tourism and Local Economy: The in-car bed system plays a vital role in promoting tourism and supporting local economies. By increasing accessibility to affordable lodging options, the system attracts more tourists and travelers to various destinations, stimulating economic growth and development. Additionally, offering a multitude of affordable location options, both in peak and off-peak seasons, enhances the overall tourism experience and contributes to the sustainability of tourism destinations.

[0085] 7) Unique Design and Versatility: Distinguished by its innovative design, the in-car bed system features a removable top or cushion part and bed structure that seamlessly transforms seats into a completely flat bed. This versatile solution accommodates both large and compact vehicles, catering to a wide range of travelers' needs and vehicle types. Built with durable and lightweight materials, the system ensures practicality and convenience for users, from installation to storage and usage.

[0086] While the subject invention is described and illustrated with respect to certain preferred and alternative embodiments, it should be understood that various modifications and combinations can be made to those embodiments without departing from the subject invention, the scope of which is defined in the following claims.

Claims

A vehicle bed system comprising:one or more bed structures with optional extension into the trunk area if desired;one or more foldable or detachable bases strategically positioned to hold and support the bed structures;one or more vertical supports inserted into the bases to ensure stability and support;one or more profiles interconnecting the vertical supports, enhancing the bed structure's strength and durability and creating a secure sleeping areas;one or more mattresses tailored to provide a comfortable sleeping surface for occupants;wherein the bed structures may have different widths and can be set at different heights and can accommodate parallel or diagonal orientations, optimizing space usage in compact vehicles.The vehicle bed system of claim 1, further comprising opposite shaped mattresses designed to complement the seating arrangement, ensuring optimal comfort for occupants.The vehicle bed system of claim 1, including removable tops or rotatable tops orremovable cushion parts for the front seats, middle seats, and / or back seats, allowing for easy conversion to a bed surfaces and deployment of bed structures.The vehicle bed system of claim 1, wherein one or more backrests with a rotatable parts equipped with hinges, facilitating convenient access to the sleeping areas.The vehicle bed system of claim 1, wherein the backrests of the middle and / or back seats can be detached or rotated and kept in a horizontal position, allowing the bed to extend into the trunk area.The vehicle bed system of Claim 1, wherein the bases are foldable or detachable providing versatility and usability.The vehicle bed system of claim 1, wherein the beds structures may have different and adjustable widths and / or adjustable heights, enables configurations that provide more room.A vehicle bed system of claim 1, wherein the bed structures can be built and deployed by attaching and connecting various components, designed to occupy minimal storage space.The vehicle bed system of claim 8, wherein the components are attached and connected using alignment pins, brackets, or fastening mechanisms designed for quick assembly and disassembly.The vehicle bed system of Claim 1, wherein the system comprises of interior components, including door handles, upholstery, trims, armrests, and middle armrests that are designed to be removable or foldable or retractable using hinges or suitable mechanisms.The vehicle bed system of claim 1, wherein a center console is designed to be removable or foldable, facilitating the creation of extra room within the vehicle.2A vehicle bed system comprising:one or more bed structure with different widths designed to extend into the trunk area if needed;foldable or detachable bases strategically positioned to support the bed structure;vertical supports with adjustable heights, allowing customization of the bed’s elevation;interconnecting profiles that attach to the vertical supports, providing additional structural reinforcement and stability;alignment pins and holes on the vertical supports and profiles for precise attachment and adjustment;an integrated adjustment mechanism for the vertical supports to enable easy modification of bed dimensions and orientation, enhancing flexibility and space optimization within the vehicle.The vehicle bed system of claim 12, wherein the vertical supports are equipped with locking mechanisms or adjustable fittings to secure and stabilize the bed structure at various heights.The vehicle bed system of claim 12, wherein the height of the bed structure can be adjusted by using vertical supports of varying lengths or through the use of adjustable fittings or mechanisms, allowing for secure and customizable elevation of the bed structure.A vehicle bed system comprising:One or more bed structures, foldable or detachable bases, vertical supports, interconnecting profiles, and other related components, wherein these components are sold separately or as aftermarket products;whereineach component is designed to be compatible with a vehicle that is adapted for their installation and deployment.A vehicle adapted to receive and integrate a vehicle bed system comprising:One or more bed structures, foldable or detachable bases, vertical supports, interconnecting profiles, and other related components;whereinthe vehicle includes pre-designed mounting points, brackets, or fittings that enable the installation of these components, ensuring secure and stable assembly and deployment of the bed system.

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