A portable system and method for providing a holistic wellbeing personalised protocol performed under controlled air quality inside a mobile chamber

Abstract

The present invention relates to a portable system and method for providing holistic wellbeing assessment to be performed. The system comprises a modular air-tight chamber built upon a plurality of vehicular chassis, watercraft and inflatable spaces with its internal air separated from external environmental air. An acoustic tactile and infra-red radiating floor and wall surface module (200). A mirror is embedded leaderboard and video consultation instructional display module (300). A health and nutrition assessment module (400); singular or plurality of retractable treatment and therapy couch module(s) (450) is contained inside a high air pressure and oxygen rich airtight chamber (800,). A health sensor data aggregator (740) and artificial intelligence (AI) based main controller (705) is connected cloud (790) to display the content. A health assessment module is integrated with plurality of interactive sensory and 3D stereoscopic vision camera arrays (420) and breathe analysis module (415). The health assessment module is integrated with facial scanning and 3D body imaging camera array module (8A) and the health assessment module with integrated breath analyser (415).

Description

[0001] Description

[0002] Title of Invention

[0003] A PORTABLE SYSTEM AND METHOD FOR PROVIDING A HOLISTIC WELLBEING PERSONALISED PROTOCOL PERFORMED UNDER CONTROLLED AIR QUALITY INSIDE A MOBILE CHAMBER

[0004] Technical Field

[0005] [1] The present invention relates to the field of wellbeing assessment device. The present invention in particular relates to a portable system and method for providing holistic wellbeing assessment. The wellbeing assessment is performed under temperature controlled and oxygen rich air pressure inside mobile air-tight chambers

[0006] Background Art

[0007] [2] Monitoring of health during driving is crucial for ensuring riders are physically fit to ride, while driving assistive devices help to prevent accidents by providing realtime support and alerts. Immediate notification of health issues or potential hazards potentially lead to prompt actions, potentially saving lives. Health monitoring devices tracks various physiological parameters to ensure the rider’s safety and health. Early health monitoring devices were limited to basic wearable devices like heart rate monitors and simple pedometers. These devices were primarily used for athletes and were not specifically designed for riders. Limited accuracy and short battery life, and lacked in integration with the vehicles.

[0008] [3]

[0003] Smart watches and wearable devices like fitness trackers are introduced that are capable of monitoring heart rate, steps and, oxygen levels of a rider. However, these devices are incapable of assisting the rider in driving the vehicle, and are also incapable of notifying any concerned authorities / caretaker upon mismatch of vital health parameters from a threshold limit. Helmets and apparels are developed to monitor vital signs and head impacts, and telematics were introduced that could interface with wearable devices to monitor rider health. High costs, limited market adoption, and concerns about data privacy and accuracy are major concerns.

[0009] [4]

[0004] Prior disclosures have revealed mobile fitness units that transport fitness machines such as treadmills, rowers, exercise bikes and weight training equipment which, albeit their mobility, limited to physical fitness for gym going individuals only, as an alternative embodiment to a gym housed in a physical non-moving location.

[0010] [5] Reference may be made to the following:

[0011] [6] Publication No. IN202441051731 relates to a health monitoring and assistive system for two-wheeler riders, comprises of elongated body carved with plurality of holes, installed with a member in front of brake lever of two-wheeler vehicle, a microphone for enabling a rider to give voice commands, a C-shaped motorized clamp for gripping handlebar, an imaging unit for detecting aligning of member with respect to brake lever, a motorized slider for aligning member in front of brake lever, a pin to lock member, a rubberized unit engaged on throttle of vehicle, plurality of LED lights for notifying regarding abnormality in health parameters, a display screen to aid rider in reaching health care center, a robotic arm for accommodating C-shaped attachment on throttle, plurality of motorized rollers integrated on attachment, each via a link for regulating speed of vehicle.

[0012] [7] Publication No. IN202321024967 relates to an aura based real-time health monitoring method comprising; a driver registration module configure to record and trace the details about the health of said driver. Wherein a driver health card configure with said driver registration module to formulate said drivers health card for physical health wherein said an aura based sensing module updates said driver health card for the mental health of said driver. Further after successful completion of said driver health card and said vehicle health card module said vehicle allowed to a start journey. After said start said journey a driver and driving monitoring module activates said real-time monitoring of said driver’s health and driving practices to safeguard said journey. However, a real time sensing module configure with said driver and driving monitoring module continuously determine the drivers mental health and forecast the safety. [8] Publication No. I N202321024966 relates to a aura based real time health monitoring device comprising various modules a driver registration module, a vehicle health card module, a driver health card module, an aura based sensing, a start of the journey, a driver and driving monitoring module, a stand by module, a re-verification module, a breakdown module, and an exit module. Wherein said modules categorize into three parts which include but not limits to an input module, a processing module and an output module and configure in a manner that said aura based real-time monitoring device configured with an aura-based sensing module in order to verify the energies, intention and vibes of said driver in order to determine the intention of said, driver and locate possibility of possible hazard to forecast said journey safe or unsafe.

[0013] [9] Publication No. IN202321013917 relates to a real-time health monitoring method for a vehicle comprising; a driver registration module configure to record and trace the details about the health of said driver. Wherein a driver health card configure with said driver registration module to formulate said vehicle health card. Further after successful completion of said driver health card and said vehicle health card module said vehicle allowed to a start journey. After said start said journey a driver and driving monitoring module activates said real-time monitoring of said driver’s health and driving practices to safeguard said journey. Whereas a standby module (106) configure to pause monitoring in case of stop. However, in case to report any breakdown of said vehicle a breakdown module with said vehicle. Moreover, said journey can be concluded by means of an exit module.

[0014]

[0010] Publication No. IN202321013914 relates to a real time health monitoring device comprising various modules a driver registration module, a vehicle health card module, a driver health card module, a start of the journey, a driver and driving monitoring module, a stand by module, a re-verification module, a breakdown module, and an exit module. Wherein said modules categorize into three parts which include but not limits to an input module, a processing module and an output module and configure in a manner that said real time health monitoring device commence functioning by means of said input module and after said input data review said processing module process data in order to triggers a safety alert relating to said vehicle and said driver’s health and fitness for said journey. Wherein said output from said output module depicts display and continue said real-time monitoring by means of said real time health monitoring device.

[0015]

[0011] Publication No. IN202111042015 relates to a holistic and immersive health and fitness mobile space which is location independent and embodied with a plurality of modules and more particularly to a mobile driver-assisted or driver-less motorized or towed vehicle or vessel or portable system with its structural space embodied in a modular assembly with sensory flooring and walls, providing a immersive platform for performing health assessments and treatments as well as physical and mental health fitness activities for functional training and therapy including physical training and therapeutic activities within an air pressurized and oxygen rich environment and uses music, color and light to treat physical or mental health by balancing the body's energy centers to suit the specific needs of an individual or a group of individuals without requiring the use of traditional fitness and physical exercise machines.

[0016]

[0012] Publication No. IN201841018540 relates to a medical device for assessing, and predicting and operating the user’s health by capturing the user’s vital signs in real time. The medical device comprises a plurality of electrodes and a plurality of sensors positioned on various finger sheaths, wrist portions, and hand portions. The various finger sheaths, the wrist portions, and the hand portions are configured to allow the plurality of electrodes to detect a plurality of electrical potentials on different surfaces of a user’s body parts and the plurality of sensors to collect vital signs on different surfaces of a user’s body parts, at least one processing device configured to contact with the plurality of electrodes and the plurality of sensors, the plurality of electrodes and the plurality of sensors configured to transmit the detected plurality of electrical potentials and the plurality of vital signs from the different surfaces of the user’s body parts to the processing device. The processing device configured to store the plurality of electrical potentials and the plurality of vital signs and process the detected plurality of electrical potentials and the plurality of vital signs to assess a user’s health and an end user device configured to receive the plurality of processed electrical potentials and the plurality of vital signs form the processing device through a network.

[0013] Publication No. IN201731038573 relates to a wireless system and method for determining the respiration rate, heart rate and sleep stages of at least one person using Doppler radar. The system includes one transmitting source and one receiving circuit for the demodulation of the signal, the received signal gets modulated by the principle of Doppler effects and it is again mixed with the transmitting signal to extract and filter the respiration rate and heart rate. The signal is again digitized and the respiration rate and heart rate are calculated by using various methods of signal processing algorithms. Based on the variation of the Respiration Rate (RR) and Heart rate, the sleep stages are determined.

[0017]

[0014] Publication No. US2020111384 relates to methods, systems, and computer program products for analysis of movement patterns and corrective actions. Aspects include capturing, via a camera, movement data associated with a user, analyzing the movement data to identify a movement pattern of the user, accessing, from a database, a model movement pattern for the movement pattern of the user, comparing the model movement pattern to the movement pattern of the user, determining a fault in the movement pattern of the user, and displaying, via a display screen, video data comprising a corrected movement pattern for the user based at least on the fault in the movement pattern of the user.

[0018]

[0015] Publication No. US2023406191 relates to a mobile fitness plaza configured to be coupled to or integrated into a vehicle to provide mobile fitness stations to one or more users. The mobile fitness plaza includes one or more alcove compartments providing a storage space for exercise equipment and one or more awnings configured to be selectively adjusted between a stowed position and a deployed position to provide shelter and protection for equipment stowed therein and users positioned beneath the one or more awnings.

[0019]

[0016] Publication No. US2022331681 relates to portable modular training systems are described herein. In one aspect, a system includes a system container including a container front, a container rear, a container first side, a container second side, a container bottom, and a container top, an exercise structure including: at least one platform connector including: a mounting plate coupled to the system container; a first member coupled to the mounting plate and extending away from the mounting plate at a downward angle relative to the mounting plate; a second member coupled to the first member and the mounting plate and extending away from the mounting plate at an upward angle relative to the mounting plate; and a support arm coupled to the first member and the second member and extending perpendicularly away from the mounting plate; where the exercise structure is wholly supported by the system container when the exercise structure is securely associated system container.

[0020]

[0017] Publication No. US2022054329 relates to a mobile physical therapy apparatus to be transported by a mobile physical therapy vehicle. The mobile physical therapy apparatus includes a housing detachably connected to an interior of the mobile physical therapy vehicle; a treadmill positioned within and detachably connected to the housing of the mobile physical therapy vehicle; a recumbent bicycle positioned within and detachably connected to the housing of the mobile physical therapy vehicle; a pulley tower weight training system positioned within and detachably connected to the housing of the mobile physical therapy vehicle; an electrical stimulation and ultrasound apparatus positioned within and detachably connected to the housing of the mobile physical therapy vehicle; and a movable patient support table positioned within and detachably connected to the housing of the mobile physical therapy vehicle.

[0021]

[0018] Publication No. US2022010540 relates to a single to three-person occupancy portable space is described. The space has four walls, a floor, a ceiling and a door. The space combines at least one region for intense physical exercise and at least one region for peaceful meditation or prayer. One or more of these portable spaces may be installed indoors, such as in a large office building. The portable spaces may also be installed outdoors, such as near an office center, in a parking lot, or in a park or woods on private property.

[0022]

[0019] Publication No. US2021346776 relates to a deployable mobile trailer with multiple deployable walls is disclosed. The mobile trailer includes wheels rotatably coupled to a base and a frame attached to the base. The frame has vertical supports attached to the base and a top frame assembly disposed at a top end of the vertical supports. First and second elongate deployable walls are rotatably attached to respective first and second sides of the frame. The first and second walls include and are movable between respective retracted and deployed positions. A deployable end wall is rotatably attached to an end of the frame and has a retracted position and a deployed position between which it is movable. Multiple activity devices are removably attached to the top frame assembly, the first elongate deployable wall, the second elongate deployable wall, or the deployable end wall. A mobile activity structure and method for operating a mobile deployable activity structure are also provided.

[0023]

[0020] Publication No. US2022093230 relates to a mobile health and fitness reactive immersive activity space embodied with a plurality of modules and more particularly to a motorized or towed vehicle or vessel with its structural space embodied in modular assembly with sensory flooring and walls, providing a immersive platform for performing health assessments and treatments as well as physical and mental health fitness activities for functional training and therapy, using a plurality of sensors, electronics, electrical and ambient audio-visual stimulation that can be programmed to suit the specific needs of an individual or a group of individuals.

[0024]

[0021] Publication No. WO2023042211 relates to a holistic and immersive health and fitness mobile space which is location independent and embodied with a plurality of modules and more particularly to a mobile driver-assisted or driver-less motorized or towed vehicle or vessel or portable system with its structural space embodied in a modular assembly with sensory flooring and walls, providing a immersive platform for performing health assessments and treatments as well as physical and mental health fitness activities for functional training and therapy including physical training and therapeutic activities within an air pressurized and oxygen rich environment and uses music, color and light to treat physical or mental health by balancing the body's energy centers to suit the specific needs of an individual or a group of individuals without requiring the use of traditional fitness and physical exercise machines.

[0025]

[0022] Publication No. US2020130559 relates to a mobile fitness center that is capable of attaching to a vehicle to provide an on-site fitness center that is capable of being used in urban environments and on the side of streets without disconnecting to a vehicle. In some embodiments the mobile fitness center has a wedge-shaped front end that provides for expanded room inside for workout activities. Further, in some embodiments the mobile fitness center includes a side door, allowing access to the mobile fitness center from the side of a busy street.

[0026]

[0023] Publication No. US2019070992 relates to a vehicle floor mat can include a base that conforms to the contour of a vehicle floor and has one or more receptacles formed in the upwardly facing surface of the base. An insert can be received and retained within the receptacle. The receptacles can include a gasket strip that overlaps the perimeter of an insert placed into the receptacle to create a water resistant seal. In some embodiments, the insert, can have electrically powered functionality and can be removable from and replaceable within the receptacle. A source of electric power and conductors can supply the electric power to the insert. In at least some embodiments, the floor mat can include at least one manipulatable switch capable of connecting and disconnecting the electric power to and from the insert. In some or the same embodiments, the floor mat can include a microprocessor-based receiver / transmitter capable of receiving and transmitting signals wirelessly from and to a user device, such as a smart phone. The signals actuate and control the electrically powered functionality associated with the insert.

[0027]

[0024] Publication No. CN205034008 relates to a collect medical treatment, happiness, sojourn in in commercial car as a house of an organic whole, including automobile body, door, driver's cabin and the hou mian car storehouse of driver's cabin, the car storehouse includes medical treatment area, happiness district and sojourns in the district, and the medical treatment area includes monitor, oxygen cylinder, supports the device, drip bottle support, aspirator, folding seat, intercom and shot -light from beginning to end, the happiness district is including happiness seat and guardianship seat, sojourn in the district including shield, display, STB, DVD player, bar counter, lamp area, wash -basin, toilet seat, satellite antenna, scavenger fan, wall cabinet, LED light and locker, the application provides a commercial affairs car, fault -tolerance design through reasonable spatial layout and functions of the equipments in the vehicle length range within 6 meters, has realized medical treatment, happiness, has sojourned in function integration, reasonable structural configuration and humanized functional design have compensated the blank on the market, have satisfied the requirement that people provided to the trip condition.

[0025] Publication No. WO2018115439 relates to an exergaming arrangement comprising: a motion platform arrangement with a standing platform, connected to said standing platform and arranged to facilitate motion of said standing platform, motion sensing input means, a computing device functionally connected with said motion platform arrangement to facilitate actuation thereof said computing device being also connected with said motion sensing input device to acquire input, display means, a computer program code pertaining to a game or simulation, provided at the computing device and the gaming or simulation being graphically presented via the display means, wherein the computing device is further arranged to execute said computer program code, and implement actuation of the motion platform arrangement and standing platform thereof in accordance with the computer program code, and essentially simultaneously with the actuation, to collect user input from the motion sensing input device, which input is used as input for the game or simulation.

[0028] Summary of Invention

[0029]

[0026] The present invention relates to a portable system and method for providing holistic wellbeing assessment to be performed inside a mobile chamber. The wellbeing assessment is performed under temperature controlled and oxygen rich air pressure inside an air-tight mobile chamber.

[0030]

[0027] This is an integrated and location independent holistic and personalized mobile immersive wellbeing assessment system and method that delivers bespoke responses to user specific symptomatic conditions via functional training and holistic nutrition supported by guided therapy. The system includes a plurality of remotely connected consultant specialists providing the most efficient and effective guided consultation and remotely managed therapy.

[0031]

[0028] The system includes high air pressure and oxygen rich environments in heated air with therapeutic music and a color changing array of lights and infra-red heat providing personalised guided and managed therapy at the user patient’s doorstep. The system comprises an air-tight chamber housed within a mobile space with holistic and immersive nutritional, health and fitness diagnostics to identify and address user patient specific symptoms and has the ability to perform activities and bespoke therapy using machine less reactive color changing and infra-red radiated floor and walls for high intensity functional training, which can be performed prior, post or during therapy, under temperature controlled high air and oxygen pressure, with the objective of enhancing the mental and physical wellbeing and reducing the fitness activity time, with the aim of providing a greater calorie burn as compared to a traditional cardio and weights driven exercise training system, while augmenting muscle and tissue healing and growth influenced by the regulated hot and oxygen rich air within high air pressure inside the air-tight chamber with music and color changing lights as a therapeutic medium to positively influence mental and physical health.

[0032] Technical Problem

[0033]

[0029] Thus efficacy of benefit to the user’s wellbeing can only be provided when there is a holistic ability and availability to provide the user patient with frequent professional and supervised consultation covering the physical, mental and nutritional aspects as one, and by monitoring, tracking and capturing visually, the client’s body transformation to show the success in symptomatic conditions and physical body transformation making the protocol uniquely progressive and personalised.

[0034]

[0030] Environmental pollution ridden air quality causes serious health complications, directly affecting the wellbeing of everyone as is evident from many cities and has reached a critical state of deteriorated health and wellness for all. The higher the Air Quality Index (AQI) value, the greater the level of air pollution and the greater the health concern. For example, an AQI value of 50 or below represents good air quality, while an AQI value over 300 represents hazardous air quality, and more and more cities are threatened with incremental and hazardous AQI. Functional fitness and wellness activities carried out in high AQI significantly reduces the therapeutic benefits of the wellbeing activities in tightly packed physical spaces with higher incidence of contamination from breath and body effluents in shared air environments such as gyms and hospitals.

[0031] Wellbeing needs increase with age, especially in the senior years of life, which is fraught with, sedentary lifestyle and pronounced medical conditions that cause weakness as well as degeneration of the physical and mental capacities. Getting professional support in these years is increasingly important yet challenging and seniors lack motivation and the ability to travel from their place of abode to gyms and hospitals to seek diagnosis and therapy.

[0035]

[0032] Hence, there is the need for a novel holistic wellbeing protocol that secures users health and lifespan concerns, while providing the user with professionally guided personalised professional therapy suited to their specific symptomatic, personal physical and mental health conditions with the unique convenience of being mobile and location independent to become available wherever and whenever the user needs health assessment and bespoke treatment with periodic tracking, advantageously conducted inside heated and high air pressure and oxygen rich temperature controlled environments accompanied by a therapeutic system of color changing lighting and therapeutic music.

[0036] Solution to Problem

[0037]

[0033] In order to overcome limitations found in the above listed prior art, the present invention aims to provide a In order to overcome limitations found in the above listed prior art, the present invention aims to provide a portable system and method for providing holistic wellbeing assessment to be performed. The wellbeing assessment is performed under temperature controlled and oxygen rich air pressure inside a mobile chamber advantageously integrated with assessment and treatment protocol and its ability to connect, on-demand, remotely located professional health experts to the user client in the chamber for guided and monitored support, making this novel invention personalised, holistic and deliverable to the doorstep.

[0038]

[0034] The principal object of the present invention is to provide a portable system and method for providing holistic, which includes aspects of physical, mental and nutritional wellbeing assessment performed under temperature controlled and oxygen rich air pressure inside a mobile chamber.

[0035] Another object of the present invention is to provide location independent and mobility convenient system for holistic wellbeing assessment which includes driverless autonomous driving capability of all kinds of mobile vehicles and water vessels that can be summoned using smartphone applications.

[0039] Yet another object of the present invention is to provide most efficient and effective alternative for holistic wellbeing assessment performed under temperature controlled and oxygen rich air pressure inside a mobile chamber with significantly reduced risk of airborne and pollution contaminants, while enhancing the therapeutic benefits.

[0040]

[0036] Still another object of the present invention is to provide a holistic wellbeing for the user patients supported by a plurality of interactive consulting sessions with remotely located professionals who prescribe, guide, review and monitor the personalized protocol suited to the user patient.

[0041]

[0037] Yet another object of the present invention is to provide a portable system and method for providing holistic wellbeing assessment delivered to the doorstep.

[0042]

[0038] Still another object of the present invention is to provide a portable system and method for providing holistic wellbeing delivered to the doorstep.

[0043] Advantageous Effects of Invention

[0044]

[0039] In an advantageous embodiment, an advantageous embodiment, in an aspect, the system is location independent and mobility convenient as it includes driverless autonomous driving capability of all kinds of mobile vehicles and water vessels that can be summoned using smartphone applications and through self-driving and autonomously operated motorized and trailer vehicles.

[0045]

[0040] In another embodiment, the system is personalised to each client with the ability to provided visual tracking which include the ability to capture facial and three dimensional (3D) electronic images of the clients body as personalised representation to show the physical changes in weight, volume and body dimensions and symptomatic conditions such as blood pressure, lung capacity, blood glucose levels, fat loss, to name a few without limitation, chronologically during the entire course of the client’s treatment and engagement journey which is guided by a plurality of remotely located specialist professionals for frequent review on large screen leaderboard and display units as well as personal phone applications.

[0046]

[0041] Because the environmental air of the mobile chamber is separated from the external atmosphere, the activities performed inside the mobile chamber(s) allow for pollution free and highly oxygenated air intake into the lungs under controlled air temperature which positively affect the user patient’s body cellular physiology and wellbeing to evoke accelerated outcomes and holistic wellbeing for the user patients supported by a plurality of interactive consulting sessions with remotely located professionals who prescribe, review and monitor the personalized protocol to the user patient.

[0047]

[0042] By using virtual consultation, the hurdles associated with in-person professional visits and appointments are overcome, enabling auxiliary treatment to be frequently guided and conducted inside the mobile chamber without needing the physical presence of a medical professional and the ability for a plurality of consultants to connect individually and as a group.

[0048]

[0043] The current invention reveals multiple aspects of its novelty as it does not require the use of traditional machine laden and weight training equipment and is able to provide similar or advanced functional training in an advantageously controlled air quality environment using immersive exergaming and tactile flooring and walls with therapeutic color changing lights and music.

[0049] Brief Description of Drawings

[0050]

[0044] It is to be noted, however, that the appended drawings illustrate only typical embodiments of this invention and are therefore not to be considered for limiting of its scope, for the invention may admit to other equally effective embodiments.

[0051] Fig.lA

[0052]

[0045] [fig.1 A] reveals the physical form and generic attributes of the invention as embodied in a custom designed air controlled chamber built on a conventional vehicle chassis (100) with an airtight access door (110) and controlled air chamber (800). Fig.2

[0053]

[0046] [fig.2] reveals the roofless sectional view of Fig 1 showing the modular elements of the invention as embodied within the vehicle that advantageously comprise the invention.

[0054] Fig.3

[0055]

[0047] [fig.3] reveals a roofless perspective view of the internal layout of the vehicle chamber showing a representative embodiment of a plurality of acoustic tactile and infra-red Floor and Wall Surface Module on the wall and floor. The top of the reactive surface is represented with markings and designs to aid user during training

[0056] Fig.4

[0057]

[0048] [fig.4] reveals a layout and sectional view of acoustic tactile floor and wall surface module embodied with array of speakers, pressure sensors, infra-red radiators and color changing LED lights topped by a translucent exercise surface comprised of various layered elements that are sandwiched together as a single bonded acoustic tactile floor and wall surface module with the ability to provide audio-visual and tactile cues from color changing LED arrays and potent infra-red heat radiators, pressure sensor arrays and speaker arrays to record and respond to tactile impact from hands and feet.

[0058] Fig. 5

[0059]

[0049] [fig.5] reveals another roofless perspective view of the internal layout of the vehicle chamber showing a representative embodiment of a plurality of acoustic tactile and infra-red Floor and Wall Surface Module on the wall and floor in relation to the positional layout of the mirror embedded leaderboard and video communication display module, the ceiling railing beam with suspension straps, the health assessment module and the retractable therapy couch. The position is advantageous for remote video consultation with specialists with the patient user seated on the folded treatment couch or standing facing the mirror embedded leaderboard

[0060] Fig. 6

[0050] [fig.6] reveals the perspective view of the mirror embedded leaderboard and video communication display module as a large screen display positioned behind a two-way acrylic mirror which aids users during exercise while fulfilling a video display function as required for remote video consultation with embedded video camera and microphone arrays

[0061] Fig. 7

[0062]

[0051] [fig.7] reveals the floor mounted health assessment module embodied with a rotating platen at its base and a plurality of vertically mounted 3D Stereoscopic full body and facial scan cameras and body sensors for reading and measuring biometric parameters as well as the integrated breath analyser

[0063] Fig. 8A

[0064]

[0052] [fig.8A] reveals demonstrates user interaction with the health assessment module and 3D Stereoscopic full body and facial scan cameras. The pre-disposed touch screen provides step by step instructions for user managed diagnostics and operations of the chamber in general

[0065] Fig. 8B

[0066]

[0053] [fig.8B] reveals a representation of the virtual copy of the body image generated in 3D

[0067] Fig. 8C

[0068]

[0054] [fig.8C] reveals a graphic representation of transformation in body shape and measurements of a single user patient across time aided by the 3D body image progression

[0069] Fig. 9

[0070]

[0055] [fig.9] reveals the folded aspect of the retractable treatment and therapy couch module and its motorised control via the interactive touch screen of the health assessment module

[0071] Fig. 10

[0056] [fig.10] reveals a ninety-degree unfolded seated aspect of the retractable treatment and therapy couch module

[0072] Fig. 11

[0073]

[0057] [fig 11 ] reveals a one-hundred-eighty-degree flatbed aspect of the retractable treatment and therapy couch module

[0074] Fig. 12

[0075]

[0058] [fig.12] reveals a patient and professional interaction on the retractable treatment and therapy couch module

[0076] Fig. 13

[0077]

[0059] [fig 13] reveals the ceiling mounted spatial sensing projector and projection wall surface comprising the Immersive Video Exergaming Module

[0078] Fig. 14

[0079]

[0060] [fig.14] reveals a user exercise with the user interacting with the projected content on the wall surface of the Immersive Video Exergaming Module within the high air pressure and oxygen rich airtight chamber

[0080] Fig. 15

[0081]

[0061] [fig 15] reveals a plurality of interactive isometric high intensity exercise with the acoustic tactile floor and wall surface module and another aspect of yoga training and meditation within the high air pressure and oxygen rich airtight chamber.

[0082] Fig. 16

[0083]

[0062] [fig.16] reveals users in a plurality of suspension and resistance-based body weight training aspect of the reactive immersive activity space within the high air pressure and oxygen rich airtight chamber

[0084] Fig. 17

[0085]

[0063] [fig 17] reveals the transportable and un-expanded towed trailer aspect to demonstrate the transportability of the invention Fig. 18

[0086]

[0064] [fig.18] reveals the parked and expanded aspect of the tow-trailer embodiment with air-tight access door and steps of the invention

[0087] Fig. 19

[0088]

[0065] [fig 19] reveals a representative layout of the previously revealed modules as assembled in expanded space as compared to the compact customized box vehicle shown in Fig 1 - 16.

[0089] Fig. 20

[0090]

[0066] [fig.20] reveals the side view of a watercraft showing a lower enclosed deck and a flybridge customized to function as a reactive immersive floating activity space

[0091] Fig. 21

[0092]

[0067] [fig 21 ] reveals a representative layout of advantageous embodiments as previously revealed modules assembled inside the main cabin of the watercraft

[0093] Fig. 22

[0094]

[0068] [fig.22] reveals a layout representative of the previously revealed modules assembled in dual high air pressure and oxygen rich airtight chambers within a multi-chamber towable trailer with one chamber for performing fitness activity and the other chamber for therapy.

[0095] Fig. 23

[0096]

[0069] [fig 23] reveals advantageous embodiments for placement of previously revealed modules within the high air pressure and oxygen rich airtight chamber of the multi-chamber towable trailer.

[0097] Fig. 24

[0098]

[0070] [fig.24] reveals an illustrated elevation showing the advantageous embodiment of the therapy focused high air pressure and oxygen rich airtight chamber showing a plurality of the wall mounted retractable treatment and therapy couch modules, equipped with the mirror embedded leaderboard and streaming video instruction display module

[0099] Fig. 25A and 25B

[0100]

[0071] [fig 25A and 25B] reveals the exterior body of the towable trailer and demonstrates an alternative embodiment of a plurality of interactive isometric high intensity exercise functionality connected to the external surfaces of the vehicle abbreviated with hooks for the purpose of suspension and strength training in external environmental conditions.

[0101] Fig. 26A and 26B

[0102]

[0072] [fig.26A and 26B] reveals a layout representative of a portable inflatable selfstanding structure that can house all the previously revealed modules and fulfill the immersive holistic wellbeing functionality of the invention, and which can be deployed within portable inflatable spaces

[0103] Fig. 27

[0104]

[0073] [fig 27] reveals an illustrated external representation of an autonomously operated driverless vehicle as an advantageous embodiment that can house all the previously revealed modules (Fig 1-17) and fulfill the holistic wellbeing functionality of the invention autonomously, self managed by users with remote connected video consultation

[0105] Fig. 28

[0106]

[0074] [fig.28] reveals a technical hierarchy of the physical and application aspects of the system layers presented logically with text and header references that define the system components where numbered

[0107] Fig. 29

[0108]

[0075] [fig 29] reveals system data and command flows between the main controller, the smartphone I tablet I smartwatch app and the cloud platform that make up a functional system for individual and group interactions Description of Embodiments

[0109]

[0076] The present invention provides a a portable system and method for providing holistic wellbeing assessment to be performed. The wellbeing assessment is performed under temperature controlled and oxygen rich air within an air-tight chamber housed inside a mobile space (100, 150, 170, 180, 190, 195), (Fig.1 , Fig. 17, Fig 18, Fig.20, Fig. 26A, Fig. 26B, Fig. 27), without limitation to their form, and advantageously embodied with a modular assembly of apparatus providing an immersive platform for performing diagnostic assessments and treatments (Fig.2) and abbreviated with an acoustic tactile and infra-red radiating floor and wall surface module (200, Fig.3). A mirror embedded leaderboard and video consultation instructional display module (300, Fig.5) a health and nutrition assessment module (400, Fig.7-8). A singular or plurality of retractable treatment and therapy couch module(s) (450, Fig. 9-12) which is advantageously contained inside a high air pressure and oxygen rich airtight chamber (800, Fig 2, 19, 21 , 22, 24) and an immersive video exergaming module (500, Fig 13-14) which provides high intensity and game based functional training content, based on user selection of the program list from the interactive touch screen (410), smartphone / tablet app (780, 410), in conjunction with the libraries stored in the connected cloud (790) that are projection displayed via the projector (520) and the tactile projection screen surface (510) and response and scoring data is processed via the immersive spatial sensor (550) and made visible on the display (300) via the interactive immersive content (530) which is holistically coordinated with background music and color changing ambient light and floor and wall infra-red surfaces (200) using artificial intelligence algorithms that programmatically create the holistic environment managed by the main controller (705) .

[0110]

[0077] The holistic and immersive wellbeing mobile system (100, 150, 170, 180, 190, 195) presents an open-plan and unobstructed activity space equipped with temperature controlled and oxygen rich pressurised air environment (800) for conducting fast paced functional exercises (600) and is supported using suspension and resistance straps (650) suspended from ceiling mounted railings (120) and from the floor, wall and ceiling hooks (130).

[0078] A plurality of interactive sensory and 3D stereoscopic vision camera arrays (420) and breath analysis modules (415) advantageously housed in a Health Assessment Module (400, Fig 7-8A) and elsewhere including, but are not limited to, sensors (shown and not shown) that are capable of reading motion, pressure, weight, height, body measurements and bio-metric measurement with pinpoint accuracy and three dimensional body shape reconstruction in 3D Stereoscopic Vision with consistent, precise, contact-free and fully automatic scan system to create a detailed virtual copy of user patient’s body shape (475, Fig. 8B), perform a posture analysis, determining the most important health-related parameters and body circumferences. The integrated facial scanning and 3D body imaging camera array module (Fig 7, 8A) provides heart rate, heart rate variability, blood pressure, oxygen saturation, respiratory rate, stress, and atrial fibrillation. The integrated breath analyser (415) performs resting and active state V02max analysis with a high degree of sensitivity and specificity as a predictor of mortality and morbidity, caloric expenditure and the optimal caloric intake which is used to determine nutritional guidance the optimal balance among macro nutrient intake of protein, fats, and carbohydrates. By identifying the symptomatic limitations across lungs, heart & cells and considering the 3D body shape (475), heart rate, heart rate variability, blood pressure, respiratory rate, stress, and atrial fibrillation connected health specialists and professionals recommend the optimal breakdown between resistance, endurance, and interval training. These examples listed here are for explanatory purposes only and without limitation to additional health data that are connected and integrated to the health sensor data aggregator (740) and Al based main controller (705) using protocols and algorithms supported by the connected secure cloud (790).

[0111]

[0079] The acoustic tactile floor and wall surface module (200, Fig 3-4) is embodied with an addressable color changing LED array (220), infra-red heat radiators (230) and pressure sensor array (225) encased inside a translucent exercise surface (250) and a Protective layer of flexible material (215) and a flexible acoustically and infra-red transparent layer embedded with transduced audio speaker array (210). The Acoustic Tactile Floor and Wall Surface Module (200) comprise of a translucent exercise outer surface (250) that, in its current aspect, but not limited to this specific aspect in form and dimension, is fixed flat to the wall and floor using a square disposition and interlocking hooks to lock with each other securely and strongly.

[0112]

[0080]

[0081] All materials within the air-tight chamber are impermeable materials that are dust and water resistant, easy to clean and disinfect with off the shelf disinfectants as well as known anti-bacterial and anti-viral ultra-violet frequency radiation and any other disinfectant means including air dosed fumigation to ensure hygiene.

[0113]

[0081] The mobile vehicle or floating vessel, embodied with a temperature controlled high air pressure and oxygen rich airtight chamber (800) equipped with air compressors and oxygen concentrators (not shown) as an advantageous embodiment for increasing the air pressure within the chamber, as an example, but not limited to, 250-280 kPa, equivalent to a depth of 15-18 m of water, with capability to increase or decrease the pressure, depending on the therapy being provided and with the ability to provide oxygen concentration within the chamber. This chamber allows users to sit, lounge as well as lie supine on the retractable treatment and therapy couch module (450) or participate standing, squatting or lying while performing physical exercise activity (600) within the high-pressure oxygen rich chamber (800) (Fig. 9-12, Fig. 14-16, Fig. 24).

[0114]

[0082] The mirror embedded leaderboard, video communication display module (300) is comprised to a two-way acrylic mirror panel (310) the size and thickness of which is determined by the wall sections where the module is deployed. The leader board and video communication display (350) aspect of the module is comprised of a single or a plurality of high-quality video display system, one of which has a frame embedded video camera (360) and microphone array for two-way video and audio communication, the size and plurality of which is determined by the wall sections where the module is deployed. This two-part combined modular embodiment provides space-saving and functional benefit to users for visibly experiencing their own reflections while performing the exercises as well as for viewing instruction guided live or video content to facilitate such exercise. The leader board functionality shows connected users’ performance and bio-metric information in a live, interactive information display, such as heart rates, speed, scores, and other programmable information to enhance the quality of experience for the user. During a medical specialist remote video consultation, the connected remote medical consultant is able to see and hear the user patient and interactively collaborate to share reports, rest results and other media during the conversation. Multiple medical specialists can also join the video call session to add value to the consultation.

[0115]

[0083] A main controller (705) is embodied with a redundant high-performance multicore CPU and Al laden GPU’s and communication sub-systems equipped with wireless connectivity (706, Fig.2, Fig.28) which is equipped, but not limited to, using wired and wireless communication for interaction with sensors and equipment embodied with the holistic wellbeing mobile space (100, 150, 170, 180, 190, 195), as well as connecting smartphones / tablet and smartwatch devices (780, 770) and a secure cloud platform (790). (Fig. 2, 28,29).

[0116]

[0084] The invention utilizes the benefits of artificial intelligence and bio-science to create a unique bespoke wellbeing protocol and advantageously leverages the therapeutic benefits of oxygen rich air within a high air pressure and temperature controlled environment (800), transduced audio that fills the chamber uniformly with music, color therapy which affects the body core and fast paced natural hand, eye and body movements (200), with the objective of enhancing the mental and physical state and efficiently and effectively providing beneficial results as compared to traditional cardio machines and weights driven exercise training systems for augmenting muscle and tissue recovery and growth. The invention advantageously works as a portable platform for providing a bespoke holistic wellbeing protocol with both diagnostics and therapy targeting specific identified symptoms. The bespoke protocol is made up of complementary modules that work in unison with the convenience of anywhere and anytime availability to individual and group users as well as overcomes the requirement to visit brick and mortar gyms and hospitals by providing remote video collaboration with specialist medical consultants at the doorstep. AC and DC Power requirements for the portable mobile space and integrated equipment is provided using connected power where available, or via a hybrid solar charged battery bank connected to an on-board generator (both not shown), where connected power is not available making it portable and location independent.

[0085] The modular components of any embodiment of the invention may be physically, functionally, and logically implemented in any suitable way based on dimensional, occupant capacity, functionality and health and safety compliance considerations. The modules are integrated by the technical system into physical, logical and application layers (700A).

[0117]

[0086] The main controller (705) is embodied with a redundant high performance multi core CPU’s, Al laden GPU’s and video communication sub-systems equipped with wireless connectivity (706) which is not limited to using wired and wireless (WIFI, BLE, RF, IR), communication technologies for interaction with sensors and equipment embodied with the holistic wellbeing mobile space (100, 150, 170, 180, 190, 195), as well as connecting smartphones / tablet and smartwatch devices (780, 770)and a secure cloud platform (790) using, but not limited to, WiFi, 4G / 5G GSM / LTE and mobile satellite connectivity (Fig 28-29).

[0118]

[0087] The acoustic tactile floor and wall surface module (200), provides pressure sensing inputs to the controller via the pressure sensor array (225) and the visual cues and status indications during reactive functional training use are provided by the controller to the addressable color changing LED array (220) using RGB color attributes for color therapy. The flexible acoustically transparent layer embedded with transduced audio speaker array (210) provides uniform audio distribution suited to providing music therapy and immersive audio. Together with the main controller (705) the Pressure sensor array (225) and the Addressable color changing LED array (220), flexible acoustically transparent layer embedded with transduced audio speaker array (210), and infra-red heat (230), users and professionals can operate the reaction training aspect of the invention via their smartphone / tablet app (780) uniformly distributed audible music via the transduced audio system (210) embedded in the floor and walls and receive guided information and haptic / visual / audible cues and personal body worn smartwatch app (770). Remote guidance is provided via the video collaboration capability built into the mirror embedded leaderboard (300) using the embedded video camera (360) and microphone arrays (370).

[0119]

[0088] The mirror embedded leaderboard and streaming video instruction display module (350) works in conjunction with the main controller (705), to provide connected streaming video and leaderboard visual score display related to the selected exercise program being executed by the professional / users within the activity space based on user selection of the program list from the smartphone / tablet app (780) in conjunction with the libraries stored in the connected cloud (790). High quality ambient audio is experienced via the embedded speakers in the Acoustic Tactile Floor and Wall Surface Module (200). Additional surround sound fill audio may be provided as required based on the space inside the holistic wellbeing mobile space (100, 150, 170, 180, 190, 195). Singular, or a plurality of remotely located medical and specialist consultants, can connect to the holistic wellbeing mobile space (100, 150, 170, 180, 190, 195) via the integrated video collaboration display (350).

[0120]

[0089] Like the video display (350) the immersive video exergaming module (500) provides high intensity and game-based exercise content, based on user selection of the program list from the smartphone / tablet app (780), in conjunction with the libraries stored in the connected cloud (790) that are projection displayed via the projector (520) and the tactile projection screen surface (510). Response and scoring data are processed via the immersive spatial sensor (550) and made visible on the screen via the interactive immersive content (530).

[0121]

[0090] The health assessment module (400) embodied with a plurality of health and bio-metric sensors, breath analyser and 3D stereoscopic video camera arrays, provides individual sensor readings to the health sensor data aggregator (740) which provides it to the main controller (705) in conjunction with touch screen user inputs (410) that communicates via the video display controller (730).

[0122]

[0091] The physical holistic wellbeing mobile space (100, 150, 170, 180, 190, 195) is embodied with a plurality of modules, sensors, mood lighting and audio-visual cues that provide convenience, monitoring and mood enhancement. Professionals and users are provided a method of operating it using a smartphone I tablet app (780), with data exchange for user interaction with smart watches (770) and data exchange with a connected cloud platform (790).

[0123]

[0092] To support the performance of functional training, the physical holistic wellbeing mobile space (100, 150, 170, 180, 190, 195) is embodied with ceiling beams (120) internal and external hooks (130), suspension systems (650) as shown in Fig. 17 and Fig 26. These supports are weighted structurally to support a wide variety of body weights with tolerance to ensure safety and comfort. The location and plurality of these anchors, hooks and beams is representative in the drawings and actual layout, plurality and type will be determined based on the physical dimensional space and health and safety compliance considerations of the holistic wellbeing mobile space (100, 150, 170, 180, 190, 195).

[0124]

[0093] Location and operational tracking, summon exchanges, and vehicle management functions are embedded within the GPS / vehicle management device (750) that interacts with the secure cloud platform (790) to provide logs, service information and tracking data access as well as autonomous and assisted driving capability.

[0125]

[0094] The main controller (705) has local data storage for securely and rapidly responding to the application, functional and media needs of the vehicle with minimal latency. Updates to the system are periodic, as needed, using over-the-air autonomous update mechanisms pushed via the secure cloud platform (790).

[0126]

[0095] The present invention relates to representative embodiments of holistic wellbeing mobile space (100, 150, 170, 180, 190), without limitation to their form, with the primary objective of crafting them to serve as a mobile interactive health and fitness reactive and immersive activity space, crafted primarily as a holistic wellbeing mobile space (100, 150, 170, 180, 190, 195) capable of being transported for mobility and abbreviated with a Acoustic Tactile Floor and Wall Surface Module (200), a mirror embedded leaderboard and streaming video instruction display module (300) a health assessment module (410), a retractable treatment and therapy couch module (420) and an immersive video exergaming module (500). The physical space is embodied with a plurality of modules, sensors, mood lighting, music and audio-visual cues that provide convenience, monitoring and mood enhancement. Professionals and users are provided a method of accessing and operating algorithm driven bespoke audio-visual content using a smartphone I tablet app (780), with data exchange for user interaction with smart watches (770) and data exchange with a connected cloud platform (790).

[0127]

[0096] The holistic wellbeing mobile space (100, 150, 170, 180, 190, 195) presents an open-plan and unobstructed machine-less activity space for conducting functional exercises (600) and is supported using suspension and resistance straps (650) from the wall hooks (130) and ceiling beams (120) to support functional strength and resistance exercises as demonstrated in Fig. 15,16,25.

[0128]

[0097] The invention is meant to be used by two user types. Professional users who are primarily qualified and trained in the technical and functional operations of the invention and Functional users who use the invention for health assessment, physical and mental fitness training, nutritional and activity planning and treatment and therapy for physical and mental symptoms. Remote professional users are able to connect using the integrated video communication module (710) via the mirror embedded leaderboard and video communication display module (300).

[0129]

[0098] User access is provided via the Smartphone / tablet app (780) which requires authenticated login via the connected secure cloud platform (790). The smartphone / tablet app (780) can distinguish the type of user and provides the user the user interface authorized for the user profile, which includes access to autonomous driverless vehicles via access doors (110).

[0130]

[0099] The health assessment module (400) embodied with a plurality of health and bio-metric sensors, breath analyser and 3D stereoscopic camera arrays, provides individual sensor readings to the health sensor data aggregator (740) which provides it to the main controller (705) in conjunction with touch screen (410) user inputs from the video display controller (730) as depicted in Fig. 7 and 8A. By standing on the rotating floor platen of the health assessment module (400), the user is able to autonomously measure and record a three-dimensional virtual body copy (475) with personal bio-metric information presented as bio-informatics such as body height and weight, body dimensions such as waist, shoulders, arms, legs, BMI, BMR, Body water, body fat, blood pressure, blood sugar, blood oxygen, body temperature, to name a few without limiting the scope of bio-analytics information protocols and processing which is an evolving science. The bioinformatics is presented to the user based on health metrics algorithms that are programmatically calculated in the secure cloud platform (790) and presented graphically to the user in the privacy of the personal smartphone app (780).

[0131]

[0100] A physical health examination (Fig 12) can be performed by the professional user using the treatment and therapy couch (450) based on the bio-analytics results and physical examination. The professional user can record notes and pictures and videos of the examination (Fig 12). Based on privacy and safety compliances required, this area may be screened using ceiling mounted opaque curtain arrays, while being used inside the high air pressure and oxygen rich airtight chamber (800) (Fig 24).

[0132]

[0101] Based on the qualified health bio-analytics and physical examination the professional user can identify a bespoke physical and mental health fitness regimen for the user based on data driven algorithm programmed protocols and exercise libraries available via the secure cloud platform (790). Physical therapy and treatments can be provided to functional users on the retractable treatment and therapy couch (450) which adjusts to a sitting position (Fig. 10) as well as a supine position (Fig. 11 ) and can be conducted in high air pressure and oxygen rich airtight chamber (800).

[0133]

[0102] Based on the qualified health bio-analytics and physical examination the professional user can adjust the air pressure and oxygen content of the airtight chamber (800) and increase the temperature and air pressure inside the mobile and portable space while activating the installed air compressors and oxygen concentrators to create a highly pressurized and breathable oxygen rich environment within which a functional user can perform physical fitness activities (600) as well as relax on the therapy couch (450) (Fig 15).

[0134]

[0103] Progressive health data and 3D transformation imaging (480) is privately and secured stored in the user profile management in the cloud platform (790) and provides periodic tracking information to the professional and personal user for evidencing the results and augmenting the benefits of the using guided consultation.

[0135]

[0104] All the above functionalities can be remotely conducted by connected professionals via the secure remote access to the system through the secure connected cloud (790). Functional operation of the invention is always conducted while the vehicle is immobile for safety considerations and in compliance to safety compliances and automated security alarms and checks provide fail safe functionality to ensure the safety of users at all times.

[0105] The holistic wellbeing mobile space (100, 150, 170, 180, 190, 195), is embodied with a single or multiple high air pressure and oxygen rich airtight chamber(s) to control the AQI and oxygen content that delivers bespoke functional training and therapy as an efficient alternative to traditional brick-and-mortar gyms and mobile fitness units that are laden with machines and weight training equipment without AQI management.

[0136]

[0106] The revelations detail a holistic wellbeing mobile space (100, 150, 170, 180, 190, 195), equipped with air compressors and oxygen concentrators inside an airtight chamber housed in a mobile or portable space and uses reactive floor and walls for high intensity functional training, with the objective of reducing the fitness activity time, while providing elevated calorie bum as compared to a traditional cardio machines and weights driven exercise training system. Depending on the fitness status of the individual functional user as diagnosed by the health assessment module (400) a three dimensional body copy is created (475, Fig 8B), a plurality of functional fitness exercises can be performed within the mobile and portable space (100, 150, 170, 180, 190, 195) as depicted in Fig. 14, Fig. 15 and Fig.16, catering to providing bespoke training to a wide variety of individuals and most importantly to sedentary seniors who lack motivation and physical ability to visit gyms and hospitals. Periodic tracking and wellbeing checks are monitored using the health assessment module (400) and a transformational progress visualized as a three-dimensional progression over the therapy period (480, Fig 8C).

[0137]

[0107] The invention can be implemented in several combinations based on the tiered architecture of the system (Fig. 23 and Fig. 24). The hardware, application software, firmware or any combination of these can be adapted for use in an embodiment of the invention which may be physically, functionally and logically implemented in any suitable way. Indeed, the functionality may be implemented in a single unit, in a plurality of units or as part of a group of other functional units or may be physically and functionally distributed between different units and processors.

[0138]

[0108] Although the present invention has been described in connection with the specified embodiments, it is not intended to be limited to the specific form set forth herein.

[0109] In an embodiment, the vehicle may include trailers, wagons, motor vehicles (trucks, buses), railed vehicles (trains, trams), watercraft (ships, boats), amphibious vehicles (screw-propelled vehicle, hovercraft and towed barges), airplanes and spacecraft.

[0139]

[0110] An advantageous embodiment of the invention is with its complete set of modules abbreviated inside an autonomous electric vehicle (EV) (Fig.27) which is an autonomous driver-less vehicle capable of being summoned by users using the smartphone / tablet app (780).

[0140]

[0111] Another advantageous embodiment of the invention is its ability to provide remote professional consultation, safe monitoring and supervision via remote video consultation coupled with three-dimensional image progression tracking (480) as a benefit to user patients who are using clinically approved treatments, such as, but not limited to, weight loss drugs and known injectables as recently commonly made available for use for people to address and eliminate the negative effects of obesity and diabetes and which may have serious side effect and require consultative nutritional and physical activity regimens to be followed for the safe and desired wellbeing outcome limiting complications during the therapy.

[0141]

[0112] REFERENCE SIGN LIST

[0142]

[0113] 100 -Attributes of the invention as assembled in a mobile box truck.

[0143]

[0114] 110 - Entry and access to vehicle.

[0144]

[0115] 120 - Ceiling mounted railing for hooking suspension straps.

[0145]

[0116] 130 - Wall, Floor and Ceiling mounted hooks for suspension straps.

[0146]

[0117] 150 - Advantageous attributes of the invention as assembled in an expandable towed trailer.

[0147]

[0118] 170 - Advantageous attributes of the invention as assembled in a floating watercraft.

[0148]

[0119] 180 - Advantageous attributes of the invention as assembled in a mobile towable trailer.

[0149]

[0120] 190 - Advantageous attributes of the invention as assembled in an inflatable portable space.

[0121] 195 - Advantageous representation of the invention as assembled in a driverless autonomous vehicle

[0150]

[0122] 200 - Acoustic Tactile and Infra-Red Floor and Wall Surface Module comprised of :

[0151]

[0123] 210 - Flexible acoustically transparent layer embedded with transduced audio speaker array

[0152]

[0124] 215 - Protective layer of flexible material

[0153]

[0125] 220 - Addressable color changing LED array.

[0154]

[0126] 225 - Pressure sensor array.

[0155]

[0127] 230 - Infra Red Heat Radiators

[0156]

[0128] 250 - Translucent and Heat Conductive Exercise surface

[0157]

[0129] 300 - Mirror embedded leaderboard and video cummunication display Module comprising of .

[0158]

[0130] 310 - Two-Way Acrylic Mirror

[0159]

[0131] 350 - Embedded Video Collaboration Display

[0160]

[0132] 360 - Video Camera for two-way visual communication with remote specialists

[0161]

[0133] 370 - Microphone Array for two-way audio communication with remote specialists.

[0162]

[0134] 400 - Health Assessment Module comprising of :

[0163]

[0135] 410 - Interactive Touch Screen Module.

[0164]

[0136] 415 - Breath Analyser.

[0165]

[0137] 420 - 3D Stereoscopic Camera Array.

[0166]

[0138] 430 - Rotating Platen with Weight Sensor.

[0167]

[0139] 450 - Retractable Treatment and Therapy Couch Module.

[0168]

[0140] 475 - Virtual 3D body image.

[0169]

[0141] 480 - T ransformation T racking.

[0170]

[0142] 500 - Immersive Video Exergaming Module.

[0143] 510 - Tactile projection surface.

[0171]

[0144] 520 - Video Projector with spatial sensor.

[0172]

[0145] 530 - Interactive exergaming content.

[0173]

[0146] 550 - Immersive Display Controller I Sensor.

[0174]

[0147] 600 - Functional training aspects of the invention.

[0175]

[0148] 610 - An aspect interactive isometric high intensity exercise with the acoustic tactile floor and wall surface module.

[0176]

[0149] 620 - An aspect of Yoga training and meditation

[0177]

[0150] 650 - An aspect of suspension and resistance-based body weight training.

[0178]

[0151] 700 - Logical and hierarchical technical system.

[0179]

[0152] 705 - Main controller

[0180]

[0153] 706 -Wireless Connectivity Module

[0181]

[0154] 710 - Communication and Video Consult Sub-System

[0182]

[0155] 730 - Video display controller

[0183]

[0156] 740 - Health Sensor Data Aggregator.

[0184]

[0157] 750 - GPS and Vehicle Management System.

[0185]

[0158] 780 - Smartphone / Tablet App.

[0186]

[0159] 770 - Smartwatch App - body worn alarm sensor.

[0187]

[0160] 790 - Cloud Management Platform.

[0188]

[0161] 800 - high air pressure and oxygen rich airtight chamber

Claims

Claims

1. i1 . A portable system and method for providing holistic wellbeing assessment to be performed under temperature controlled and oxygen rich air within an air-tight chamber housed inside a mobile space (100, 150, 170, 180, 190, 195), that comprises- a) a modular air-tight chamber built upon a plurality of vehicular chassis, watercraft and inflatable spaces with its internal air separated from external environmental air. b) an acoustic tactile and infra-red radiating floor and wall surface module (200, characterized in that mirror embedded leaderboard and video consultation instructional display module (300); a health and nutrition assessment module (400); singular or plurality of retractable treatment and therapy couch module(s) (450) which is contained inside a high air pressure and oxygen rich airtight chamber (800,) and an immersive video exergaming module (500) which provides high intensity and game based functional training content, based on user selection of the program list from the interactive touch screen (410). c) health sensor data aggregator (740) and artificial intelligence (Al) based main controller (705) using protocols and algorithms supported by the connected secure cloud (790). d) smartphone / tablet application (780, 410), in conjunction with the libraries stored in the connected cloud (790) that are projection displayed via the projector (520) and the tactile projection screen surface (510) and response and scoring data is processed via the immersive spatial sensor (550) and made visible on the display (300) via the interactive immersive content (530) which is holistically coordinated with background music and color changing ambient light and floor and wall infra-red surfaces (200) using artificial intelligence algorithms that programmatically create the holistic environment managed by the main controller (705) .e) a health assessment module with integrated plurality of interactive sensory and 3D stereoscopic vision camera arrays (420) and breath analysis module (415) advantageously housed in an integrated Health Assessment Module (400). f) a health assessment module with integrated facial scanning and 3D body imaging camera array module (8A) provides heart rate, heart rate variability, blood pressure, oxygen saturation, respiratory rate, stress, and atrial fibrillation. g) a health assessment module with integrated breath analyser (415) performs resting and active state V02max analysis generating waveforms of the air flow, oxygen, and carbon dioxide and method combines waveform data with heart rate variability and mechanical power output to derive a plethora of biomarkers of cardio-metabolic analysis representing various areas of the client’s specific biology used to derive insights about the health of distinct systems, and ultimately address specific client symptoms with a high degree of sensitivity and specificity as a predictor of mortality and morbidity, caloric expenditure and the optimal caloric intake which is used to determine nutritional guidance the optimal balance among macro nutrient intake of protein, fats, and carbohydrates wherein by identifying the symptomatic limitations across lungs, heart & cells and considering the 3D body shape (475), heart rate, heart rate variability, blood pressure, respiratory rate, stress, and atrial fibrillation connected health specialists and professionals recommend the optimal breakdown between resistance, endurance, and interval training.

2. The Portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein the sensors are capable of reading motion, pressure, weight, height, body measurements and bio-metric measurement with pinpoint accuracy and three dimensional body shape reconstruction in 3D Stereoscopic Vision with consistent, precise, contact-free and fully automatic scan system to create a detailedvirtual copy of user patient’s body shape (475), perform a posture analysis, determining the most important health-related parameters and body circumferences

3. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein the acoustic tactile floor and wall surface module (200) is embodied with an addressable color changing LED array (220), infra-red heat radiators (230) and pressure sensor array (225) encased inside a translucent exercise surface (250) and a Protective layer of flexible material (215) and a flexible acoustically and infra-red transparent layer embedded with transduced audio speaker array (210).

4. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein the Acoustic Tactile Floor and Wall Surface Module (200) comprise of a translucent exercise outer surface (250) that, in its current aspect, but not limited to this specific aspect in form and dimension, is fixed flat to the wall and floor using a square disposition and interlocking hooks to lock with each other securely and strongly.

5. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein the mobile vehicle or floating vessel, embodied with a temperature controlled high air pressure and oxygen rich airtight chamber (800) equipped with air compressors and oxygen concentrators (not shown) as an advantageous embodiment for increasing the air pressure within the chamber, as an example, but not limited to, 250-280 kPa, equivalent to a depth of 15-18 m of water, with capability to increase or decrease the pressure, depending on the therapy being provided and with the ability to provide oxygen concentration within the chamber which allows users to sit, lounge as well as lie supine on the retractable treatment and therapy couch module (450) or participate standing, squatting or lying while performing physical exercise activity (600) within the high-pressure oxygen rich chamber (800).

6. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein the mirror embedded leaderboard, video communication display module (300) is comprised to a two-way acrylic mirror panel (310) the size and thickness of which is determined by the wall sections where the module is deployed.

7. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein the main controller (705) includes high-performance multi-core CPU and Al laden GPU’s and communication sub-systems equipped with wireless connectivity (706,) which is equipped, using wired and wireless communication for interaction with sensors and equipment embodied with the holistic wellbeing mobile space (100, 150, 170, 180, 190, 195), as well as connecting smartphones / tablet and smartwatch devices (780, 770) and a secure cloud platform (790).

8. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein the holistic and immersive wellbeing mobile system (100, 150, 170, 180, 190, 195) presents an open-plan and unobstructed activity space equipped with temperature controlled and oxygen rich pressurised air environment (800) for conducting fast paced functional exercises (600) and is supported using suspension and resistance straps (650) suspended from ceiling mounted railings (120) and from the floor, wall and ceiling hooks (130).

9. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein the user access is provided via the Smartphone / tablet app (780) which requires authenticated login via the connected secure cloud platform (790).

10. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein based on the symptoms and health status of the individual functional user as diagnosed by the health assessment module (400) a three dimensional body copy is created (475, Fig 8B), a plurality of functional fitness exercises can be performed within the mobile and portable space (100, 150, 170, 180, 190,195), providing bespoke training to a wide variety of individuals who lack motivation and physical ability to visit gyms and hospitals; periodic tracking and wellbeing checks are monitored using the health assessment module (400) and a transformational progress visualized as a three-dimensional progression over the therapy period (480).

11. The portable system and method for providing holistic wellbeing assessment performed, as claimed in claim 1 , wherein active state V02max analysis includes maximal oxygen consumption, maximal oxygen uptake or maximal aerobic capacity.

Images