CONCEPTUALIZATION OF MULTISENSORY SPIRITUAL TOURISM POD FOR A PEACEFUL AND HARMONIOUS SPIRITUAL EXPERIENCE

Abstract

The invention relates to the conceptualization and development of a Multisensory Spiritual Tourism Pod designed to provide a peaceful and harmonious spiritual experience. As outlined in Figure 2, the development process follows a structured approach, beginning with concept development (113) and design and architecture (114), focusing on creating an immersive environment through sound, light, aromas, and tactile stimuli. Advanced technology integration (115), including biometric sensors and VR/AR modules, ensures real-time personalization based on user feedback. The pod incorporates curated spiritual content (116) to accommodate diverse practices, offering guided meditations and virtual sacred experiences. Prototyping and testing (117) validate the pod’s sensory engagement and comfort, followed by logistics and implementation (118) strategies to support easy assembly in various environments. With solar-powered systems to ensure off-grid operation, the pod aligns with eco-tourism initiatives. Business models and partnerships (119) explore leasing and collaborative strategies for deployment in wellness resorts, airports, and urban centers, leading to launch and expansion (120). As demonstrated in Figure 1, the study selection process for integrating relevant content involved the screening of 142 records (105), of which 30 studies were included (111) after meeting eligibility criteria. This rigorous process ensures that only high-quality research and practices are incorporated into the pod, providing users with scientifically supported spiritual experiences. The invention's flexibility and multisector applications enhance its potential for use in wellness tourism, urban relaxation spaces, and corporate environments.

Specification

Description:The following specification particularly describes the invention and the manner in which it is to be performed.
CROSS-REFERENCE TO RELATED APPLICATIONS AND PRIORITY
[001] The present invention relates to the multisensory spiritual tourism pod which is an innovative, immersive space designed to offer users a peaceful and harmonious spiritual experience by stimulating multiple senses. This pod integrates advanced technology with ancient wellness practices, creating a holistic environment suitable for meditation, relaxation, and spiritual rejuvenation.
TECHNICAL FIELD
[002] The present invention relates to the field of wellness technology, spiritual tourism, and immersive sensory environments. Specifically, it involves the design and development of a multisensory pod that integrates advanced technologies such as soundscapes, lighting systems, aromatherapy, haptics, and virtual/augmented reality to offer an enhanced spiritual experience. The invention also incorporates biometric sensors, environmental monitoring, and smart automation to personalize meditation and relaxation sessions. It addresses the intersection of eco-tourism, mindfulness practices, and human-computer interaction, making it applicable to spiritual retreats, urban wellness centers, resorts, airports, and private spaces for promoting mental well-being and spiritual rejuvenation.

BACKGROUND
[003] With rising stress levels in modern life, there is a growing demand for wellness tourism, where individuals seek mindfulness, relaxation, and spiritual growth. Spiritual tourism, in particular, has become a significant trend, as travelers look for experiences that provide emotional balance and inner peace. Traditional retreats offer these experiences but often require remote travel and significant time commitments. This invention addresses the need for compact, technology-driven solutions that can provide similar benefits while being accessible in diverse environments like resorts, airports, or urban settings.
[004] Research shows that engaging multiple senses (sight, sound, smell, touch) enhances relaxation and meditation. Practices such as aromatherapy, sound therapy, and guided visualization help stimulate mental clarity and emotional well-being. However, existing spiritual experiences typically focus on one or two sensory aspects, limiting their overall effectiveness. This invention bridges that gap by combining visual, auditory, olfactory, and tactile stimuli to create an immersive environment, offering users a deeper and more effective spiritual experience that promotes mental rejuvenation.
[005] Every individual has unique preferences when it comes to relaxation and spiritual activities. While some may prefer quiet meditation, others might benefit from guided audio sessions or visual elements. Existing solutions lack adaptability to these varied needs. This invention offers a highly customizable experience where users can choose spiritual themes, soundscapes, scents, and guided sessions according to their preferences. Additionally, biometric sensors provide real-time feedback, allowing dynamic adjustments to ensure each session is optimized for the user's emotional state and wellness goals.
[006] There is a growing emphasis on eco-friendly and sustainable tourism practices. Many wellness facilities now aim to reduce their carbon footprint by integrating sustainable design and renewable energy. This invention aligns with these values by using lightweight, modular materials for portability and offering solar-powered options. The eco-conscious design enables installations in off-grid locations such as natural retreats and promotes sustainable tourism initiatives. This ensures that the pod not only offers a meaningful spiritual experience but also aligns with global environmental goals.
[007] Traditional spiritual practices, such as meditation, yoga, and chanting, have been used for centuries to promote inner peace. However, modern users, particularly those in urban environments, may lack access to these practices or struggle to engage meaningfully. This invention combines ancient wellness practices with modern technologies like virtual/augmented reality and AI-guided meditation. By offering immersive simulations of sacred spaces or guided spiritual journeys, it enables users to experience the benefits of traditional practices in a technologically enhanced environment, bridging the gap between ancient wisdom and modern convenience.
[008] WO-2016029232-A2 relates to a system, apparatus, and method, that provide for acting as an interface between a user and an IT environment. The system can identify an authenticated ID pertaining to the user that is associated with a confidence metric. The eye- attributes of the user can be tracked, to assess the preferences of the user when engaging in a media experience and other activities. A profile developed to model the likes and dislikes of the user can be used in a variety of useful contexts. However, the system tracks user eye attributes and develops detailed user profiles to model likes and dislikes across media experiences. This continuous monitoring raises concerns about user privacy and the potential misuse of personal data. If the data security framework is not robust, sensitive user information, such as media preferences and personal behaviors, could be vulnerable to breaches or unauthorized access. Moreover, the system relies on confidence metrics to authenticate users and track behavior patterns. However, such metrics may introduce bias, potentially limiting the accuracy and fairness of the profile modeling. This could lead to inappropriate recommendations or inaccurate predictions of user behavior, reducing the overall user experience and trust in the system's outputs. One key advantage of our invention is the multisensory personalization through real-time biometric feedback and environmental adaptation. While WO-2016029232-A2 focuses primarily on tracking eye attributes and profiling preferences for media experiences, your invention offers a holistic and adaptive multisensory experience by integrating multiple sensory modalities (visual, auditory, olfactory, tactile). Additionally, the use of AI-driven personalization based on biometric sensors (e.g., heart rate, stress levels) enables dynamic real-time customization, enhancing the user's relaxation and spiritual journey.
[009] JP-2023542846-A relates to a computer system which has a first user interface having a first appearance in a first position within a first view of a three-dimensional environment that is at least partially shared between a first user and a second user. Display objects. While displaying the first user interface object, the computer system detects a first user input directed to the first user. In response to detecting the first user input and in accordance with a determination that the second user is not currently interacting with the first user interface object, the computer system performs the first action and performs the second action. In accordance with the determination that the user is not currently interacting with the first user interface object, the computer system causes the first user interface object to interact with the first user interface object, including changing the appearance or position of the first user interface object. Displaying a visual indication of unavailability and canceling execution of the first action. However, the system involves managing multiple users interacting in a shared three-dimensional environment, with objects changing position and appearance dynamically. Ensuring smooth synchronization between the interfaces of two or more users, especially when the system detects one user's unavailability, can be computationally complex. This could lead to delays, glitches, or inconsistencies in the user experience, which might reduce the efficiency or appeal of the system for real-time interactions. Moreover, the system's design focuses on two-user interactions with specific conditions, such as responding to input only when the second user is inactive. This could limit scalability for larger groups or collaborative environments where multiple users need to engage simultaneously. Expanding the system to accommodate many users interacting concurrently may require substantial modifications, increasing development costs and technical challenges. One key advantage of our invention over JP-2023542846-A is the immersive and wellness-oriented design that integrates multisensory inputs (visual, auditory, tactile, olfactory) with real-time biometric feedback. Unlike JP-2023542846-A, which focuses on shared user interface interactions in a digital 3D environment, your invention offers a holistic physical and emotional experience, promoting mental well-being and spiritual relaxation through AI-driven adaptation.
[0010] The present invention addresses the above shortcomings of the prior art. However, the present invention is entirely different from the prior art in terms of novelty and technological advancement.
OBJECT
[0011] To provide an immersive, multisensory spiritual experience by integrating visual, auditory, olfactory, and tactile elements, enabling users to achieve relaxation, mindfulness, and inner peace. The invention aims to enhance traditional spiritual practices with advanced technologies, such as VR/AR modules, soundscapes, and aromatherapy, offering a personalized and holistic wellness experience suitable for diverse environments like resorts, urban centers, and airports.
[0012] Another objective is to develop a sustainable, modular, and portable pod that supports eco-friendly tourism and wellness initiatives. The pod is designed using lightweight, eco-conscious materials with solar power options, allowing easy installation in off-grid locations while promoting mental well-being and environmental responsibility.
SUMMARY
[0013] The invention provides a pod that engages multiple senses; sight, sound, smell, touch, and taste using dynamic lighting, soundscapes, aromatherapy, haptic feedback, and optional herbal mist inhalation, enhancing spiritual relaxation and mindfulness practices.
[0014] Users can personalize experiences by selecting themes, meditation types, or guided VR/AR spiritual journeys. AI assistance and biometric feedback optimize sessions for individual emotional states and wellness goals.
[0015] The pod integrates sensors to monitor air quality, temperature, and humidity, while biometric sensors track stress levels, heart rate, and relaxation progress.
[0016] Built with lightweight, sustainable materials, the pod is modular and portable, suitable for both urban and remote locations. Solar-powered options promote eco-tourism and sustainable practices.
[0017] The pod can be installed in wellness retreats, resorts, airports, or workplaces, providing users with an accessible space for brief meditation sessions or immersive spiritual experiences anytime.
BRIEF DESCRIPTION
[0018] The invention features a pod designed to engage multiple senses visual, auditory, olfactory, tactile, and gustatory using technologies such as LED lighting, soundscapes, aromatherapy, vibration feedback, and herbal mist inhalation. These elements create an immersive environment that promotes relaxation, mindfulness, and spiritual rejuvenation, enhancing the impact of traditional wellness practices like meditation and yoga.
[0019] Users can personalize sessions by selecting spiritual themes, soundscapes, and scents to suit their preferences. Integrated biometric sensors track heart rate and stress levels, dynamically adjusting the environment for an optimized, user-specific spiritual experience.
[0020] The pod is constructed using lightweight, sustainable materials and features a modular design for easy transport and installation in diverse locations. Solar-powered options ensure compatibility with off-grid sites, promoting eco-tourism and environmentally conscious wellness practices. Its portability makes it suitable for urban spaces, airports, wellness centers, or natural retreats.
[0021] This invention bridges the gap between ancient spiritual practices and modern technology, making wellness accessible across various sectors. It offers value to resorts, retreats, airports, offices, and urban centers by providing users with a dedicated space for brief meditation or immersive spiritual experiences, catering to both individual and group sessions.
[0022] FIG 1: Illustrates a flow chart showing the PRISMA flow chart of the study selection process .
[0023] FIG 2: Illustrates the steps in the multidisciplinary spiritual tourism pod development process.
DETAILED DESCRIPTION
[0024] The pod combines visual, auditory, olfactory, tactile, and gustatory elements to create an immersive spiritual experience. Dynamic LED lighting simulates natural phenomena like sunrise, while soundscapes, chants, or binaural beats promote relaxation. Aromatherapy using essential oils, vibration-based tactile feedback, and herbal mist inhalation subtly engage all senses, enhancing mindfulness practices. This environment offers users a deeper meditative state by synchronizing sensory inputs.
[0025] The pod allows users to customize their experience by choosing spiritual themes such as Zen or Vedic traditions. Integrated biometric sensors monitor heart rate and stress levels in real-time, providing adaptive feedback. AI algorithms adjust sound, light, or scent elements based on user metrics, ensuring optimized emotional well-being and mindfulness during each session.
[0026] To enhance spiritual tourism, the pod includes VR/AR modules that offer guided meditation or simulations of sacred sites and natural landscapes. Users can experience virtual journeys to temples, monasteries, or serene environments, enriching spiritual practices. The AR interface can superimpose spiritual symbols or visual cues, helping users stay focused during meditation or yoga exercises.
[0027] The pod is equipped with sensors to maintain optimal environmental conditions by tracking air quality, temperature, humidity, and lighting. This ensures that users remain comfortable throughout the session. The pod's automation system can adjust settings dynamically, fostering a calming environment while maintaining privacy. Air filtration and ventilation ensure clean air circulation during every session.
[0028] The pod is built with lightweight, sustainable materials, making it easy to transport and install in various settings, such as wellness retreats, resorts, airports, and urban spaces. Solar panels integrated into the design provide power for off-grid locations, supporting eco-tourism initiatives. The modular structure allows the pod to be quickly assembled, disassembled, or customized based on site requirements.
[0029] This invention offers wide-ranging applications in wellness and tourism sectors. It can serve as a spiritual escape in airports, meditation hubs in urban centers, or an integral part of wellness resorts. The pod supports individual and group sessions, providing a serene environment for yoga, mindfulness practices, and relaxation. It bridges ancient spiritual practices with advanced technologies, making spiritual tourism more accessible and meaningful in both public and private spaces.
[0030] In an embodiment, such as FIG. 1 PRISMA flow chart of the study selection process is depicted. FIG. 1 represents the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) flow diagram, which outlines the study selection process. The chart provides a step-by-step breakdown of how studies were identified, screened, and selected for inclusion in the systematic review. Below is the explanation of each step with corresponding numbers: Identification (100-102), Screening (104-107), Eligibility Assessment (108) - A total of 123 records were identified through database searches (step 101).
[0031] An additional 19 records were identified from other sources such as manual searches or grey literature (102).
[0032] After duplicate removal, 142 records remained for screening (103).
[0033] In this step, the 142 records were carefully screened based on relevance and criteria (104).
[0034] The 92 records were excluded (107) based on their titles, abstracts, or scope being outside the focus of the review.
[0035] The 50 full-text articles were retrieved and assessed for eligibility (108).
[0036] The 20 articles were excluded with documented reasons (110), such as: Not relevant to the subject of interest, Not related to mental health, Lacking statistical analysis or data.
[0037] The 30 studies met the eligibility criteria and were included in the final systematic review (112).
[0038] In another embodiment, such as FIG. 2 the multidisciplinary spiritual tourism pod development process is depicted. The development process (113) begins with identifying the core idea of a Multisensory Spiritual Tourism Pod. This involves analyzing existing wellness practices, spiritual tourism trends, and user needs. The focus is on creating an immersive and customizable environment that enhances relaxation, mindfulness, and spiritual rejuvenation through sensory engagement. At this stage, key design objectives such as portability, sustainability, and technological integration are outlined to ensure the invention's relevance and appeal across different sectors.
[0039] The step focuses on the architectural layout and physical design (114) of the pod. Using modular and lightweight materials, the pod is structured to support easy assembly and transportation. Special attention is given to the interior design to ensure sensory harmony through controlled lighting, sound systems, and aromatherapy dispersal units. The design also includes interfaces for biometric sensors and VR/AR components to provide real-time feedback and immersive spiritual experiences.
[0040] The technology Integration (115) phase incorporates various technologies to create a seamless, multisensory experience. Biometric sensors monitor heart rate and stress levels, while environmental sensors track air quality and temperature. VR/AR modules allow users to engage with virtual sacred spaces, and AI algorithms adjust the sensory elements in real-time for a personalized experience. Solar-powered options are integrated into the design to promote eco-friendliness and enable off-grid functionality, supporting sustainable tourism initiatives.
[0041] The Spiritual Content Curation (116) curates' spiritual content to ensure the pod offers diverse experiences tailored to different traditions and practices. The content includes guided meditation, soundscapes (e.g., nature sounds, chanting), and aromatherapy profiles aligned with specific spiritual themes like Zen, Tibetan, or Vedic. The curated content can be updated regularly through a digital platform to provide new and evolving experiences for users, ensuring continuous engagement and variety.
[0042] The Prototyping and Testing (117) pod is developed and tested in controlled environments. Feedback from participants is collected to evaluate the effectiveness of multisensory engagement, user comfort, and the performance of biometric monitoring systems.
[0043] The Logistics and Implementation (118) focuses on strategies for manufacturing, transportation, and installation. The modular design allows the pod to be quickly deployed in diverse environments, including airports, resorts, wellness centers, and urban spaces. Logistics planning ensures smooth setup and maintenance, while partnerships with eco-tourism operators and wellness resorts promote widespread adoption.
[0044] The Business Model and Partnerships (119) is developed to ensure commercial viability. The focus is on offering the pod as a service for resorts, spiritual retreats, airports, and corporate wellness programs. Partnerships are established with wellness content providers, eco-tourism agencies, and VR/AR developers to enhance service offerings.
[0045] The Launch and Expansion (120) involves the official launch of the pod, targeting wellness centers, resorts, and airports. Marketing campaigns emphasize the benefits of spiritual tourism, stress reduction, and eco-friendly design. Expansion plans include scaling the pod to international markets and developing new features or upgrades based on user feedback.
[0046] In yet another embodiment, the above disclosure is a description of the invention and is not intended to limit the scope of the invention. Other variations and modifications of the above-described embodiment shall be apparent to those skilled in the art and are intended to fall within the scope of the invention as defined in the following claims.
, Claims:1. We claim a modular spiritual tourism pod that offers a multisensory concept development (113) through the integration of visual, auditory, olfactory, tactile, and gustatory elements to promote relaxation, mindfulness, and spiritual well-being. The pod is designed to harmonize sensory inputs for a deeply immersive spiritual environment.
2. We claim a technology integration system (115) that incorporates biometric sensors to monitor heart rate, stress levels, and emotional state, along with environmental sensors that track air quality, temperature, and humidity. This system enables dynamic adjustments to the pod's sensory environment for optimal comfort and wellness during each session.
3. We claim an AI-based Spiritual Content Curation system (116) that personalizes the sensory environment by analyzing user preferences and biometric data. This system controls elements such as lighting, sound, aromas, and tactile feedback in real-time, ensuring an adaptive and individualized spiritual experience for each user.
4. We claim the Prototyping and Testing (117) within the pod, enabling users to experience simulations of sacred sites, interactive meditation, and guided spiritual journeys. This immersive digital content enhances traditional wellness practices and creates unique tourism experiences.
5. We claim a ecofriendly lightweight portable design (114) and modular design and architecture (118) for the pod, constructed with sustainable materials for portability and quick assembly in different environments, such as resorts, airports, and urban spaces. This design allows the pod to be easily transported and deployed for spiritual and wellness tourism applications.
6. We claim the integration of solar panels and energy-efficient systems (118) to power the pod, ensuring off-grid capability and support for eco-tourism initiatives. This feature aligns with sustainable tourism practices and allows the pod to operate in remote and nature-based settings without external energy sources.
7. We claim that the pod offers flexible commercial, multisector applications (119,120) across multiple sectors, including wellness resorts, airports, offices, and urban centers, providing dedicated spaces for meditation, relaxation, and spiritual practices. The pod supports individual and group sessions, making it adaptable for both personal use and commercial services

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