9: Enclosed Sleeping Bag with Integrated Comfort Features | Patent Drawing

Overview of the Patent Drawing

This drawing illustrates an enclosed sleeping bag structure, where an individual is comfortably resting inside. The bag features various components labeled for enhanced functionality and convenience. The zippers (8a, 15) run along the side, allowing for secure closure, while other elements like straps (18a) and buckles (16a, 24a) are shown for adjustments and fastening. Additionally, pockets (20a, 24a) are integrated into the bag for holding small items. The design emphasizes comfort, security, and user convenience, making it suitable for outdoor use or environments where warmth and protection are priorities.

Patent Insight 1: Secure and Adjustable Design

The presence of multiple straps (18a) and buckles (16a, 24a) suggests that the sleeping bag is designed for a customizable fit, ensuring security and stability for the user. This adjustable feature is especially useful for users in extreme weather conditions or rugged outdoor environments, as it can tightly secure the bag around the user to prevent heat loss.

Patent Insight 2: Added Functionality with Storage Pockets

The inclusion of pockets (20a, 24a) adds a layer of practicality, allowing users to store essential items such as a phone, flashlight, or other tools within easy reach. This feature is valuable for users in camping or hiking scenarios where quick access to personal belongings is important, enhancing the bag’s usability.

Patent Insight 3: Potential for Future Innovations in Outdoor Gear

The intricate design, which integrates multiple functional elements, could inspire future iterations of outdoor sleeping gear. Innovations could focus on thermal insulation improvements, lightweight materials, or even integrating electronic components like heating pads or sensors to monitor environmental conditions, making this an adaptable solution for various climates.

Thoughts on the Patent Drawing

The patent for the “Enclosed Sleeping Bag with Integrated Comfort Features” is an appealing invention for outdoor enthusiasts and travelers. The patent drawing reveals how this sleeping bag is designed to envelop the user warmly while enhancing comfort. It appears to incorporate features that boost softness and breathability, ensuring warmth and a pleasant sleep even on cold nights. For those who have experienced chilly nights during camping or outdoor activities, a sleeping bag like this would be invaluable. It brings back memories of shivering through cold nights on camping trips as a kid, and I wish I had something like this back then for a better experience. I look forward to seeing how such innovations continue to improve outdoor sleeping experiences.

Keywords

sleeping bag, adjustable straps, secure closure, storage pockets, outdoor gear, thermal protection

Application of the Technology: Futuristic Holographic Experience Capsule

Purpose

To develop a futuristic device that uses the structure and comfort features of an enclosed sleeping bag to provide users with a safe and immersive holographic experience, offering new opportunities in entertainment, education, and relaxation.

System Components

• Holographic Enclosed Capsule: A transparent capsule that fully encloses the user, isolating them from the external environment.
• 360-Degree Holographic Projection System: Projects 3D holograms onto the interior walls, creating a fully immersive environment.
• Haptic Feedback Module: Embedded in the seat and walls, simulating tactile sensations and movements in the virtual space.
• Biosensor System: Monitors the user’s heart rate and temperature in real-time to dynamically adjust the experience.
• Self-Adjusting Comfort Seat: Automatically conforms to the user’s body shape and posture for maximum comfort.

Operational Flow

1. User Registration: The user enters the capsule, and the seat automatically adjusts to their body shape.
2. Holographic Experience Start: The holographic projection system activates, simulating chosen scenarios such as space travel or deep-sea exploration.
3. Tactile Sensations: The haptic module engages, replicating sensations like waves or breezes to enhance realism.
4. Biosensor-Controlled Adjustment: The system monitors the user’s state, adjusting stimuli intensity and content in real-time.
5. Completion and Feedback: After the session, the user receives feedback based on collected data, enabling customization for future experiences.

This capsule enables users to fully immerse themselves in alternate worlds from the comfort of their own homes.