12: Rotating Outdoor Hot Tub with Adjustable Base | Patent Drawing

Overview of the Patent Drawing

This patent drawing depicts an outdoor rotating hot tub system designed for scenic environments. The hot tub (13) is mounted on a height-adjustable platform (10) supported by telescopic legs (9), allowing for elevation adjustments. A drive mechanism powered by a motor (16) is connected to a central drive shaft (15), which enables the tub to rotate smoothly, offering users a panoramic view of their surroundings. The landscape elements, such as the fence (7) and surrounding rocks (8), enhance the natural setting, creating a harmonious atmosphere for relaxation.

Patent Insight 1: Panoramic Views Through Rotating Base

The inclusion of a rotating mechanism, driven by the motor (16) and transmitted through the central drive shaft (15), allows the hot tub to spin slowly. This feature provides users with a continuous panoramic view of the surrounding landscape, such as the sea or mountains, without needing to leave the tub. It enhances the user’s relaxation experience by seamlessly integrating movement with the scenic environment.

Patent Insight 2: Adjustable Height via Telescopic Legs

The telescopic legs (9) supporting the platform allow for easy adjustment of the hot tub’s height. This provides practical flexibility depending on user preference, environmental conditions, or desired views. By raising or lowering the tub, users can enhance both comfort and access, making it suitable for a variety of settings and user needs.

Patent Insight 3: Drive Shaft for Smooth Rotation

The central component of the rotation system is the drive shaft (15), which efficiently transmits the rotational power from the motor (16) to the platform. This mechanical design ensures a smooth and controlled rotation, preventing jerky movements and allowing for a steady 360-degree experience. The thoughtful engineering behind the drive shaft ensures both functionality and a pleasant user experience.

Thoughts on the Patent Drawing

The patent for the “Rotating Outdoor Hot Tub with Adjustable Base” is an appealing invention for those who seek relaxation. The patent drawing shows that the hot tub is designed to rotate on an adjustable base, allowing users to enjoy different views from various angles. This feature makes it possible to have a more enjoyable experience in a backyard or on a deck, where one can soak in the warm water while admiring the surrounding scenery. Sharing such moments with family or friends while enjoying a 360-degree view would create unforgettable experiences. It brings back memories of special times spent outdoors during childhood, making me excited about how this device could offer a new way to enjoy relaxation. I look forward to seeing how this type of innovation enhances outdoor leisure experiences.

Keywords

rotating hot tub, adjustable height, telescopic legs, drive shaft, motorized rotation, panoramic view, outdoor relaxation, Bath

Application of the Technology: Artificial Gravity Generation System in Spacecraft

Purpose

To develop a system that generates artificial gravity within a spacecraft by applying the rotating mechanism and adjustable base technology, thereby maintaining crew health during long-term space missions.

System Components

• Rotating Habitation Module: A module where crew members live, rotated to create artificial gravity through centrifugal force.
• Adjustable Rotation Speed Control: Allows setting the desired gravity level by adjusting the module’s rotation speed.
• Stabilization System: Maintains balance during rotation to ensure crew comfort.
• Energy Supply Unit: Provides the necessary power for the rotation mechanism.

Operational Flow

1. Module Installation: Install the rotating habitation module within the spacecraft.
2. Initiate Rotation: Start the module’s rotation using the adjustable base.
3. Gravity Adjustment: Control the rotation speed to set the desired artificial gravity level.
4. Stabilization: The stabilization system maintains balance during rotation.
5. Habitation: Crew members live under artificial gravity, preserving their health.

This system aims to prevent muscle atrophy and bone density loss in crew members during extended space missions.