Overview of the Patent Drawing
Figure 2 illustrates the structure of a bicycle designed for a kneeling posture. Unlike conventional bicycles where the rider sits, this design allows the rider to kneel while pedaling using the pedals (2). The design includes a front wheel (1), a rear wheel (5), handlebars (7), and a suspension system (6) to enhance stability and comfort during use.
Patent Insight 1: Convenience of Kneeling Posture
This bicycle is specifically designed for a kneeling riding posture. By having the rider kneel, the stress on the legs and lower body is reduced, while the overall design remains compact. This makes the bicycle particularly suitable for urban areas or confined spaces where maneuverability is important.
Patent Insight 2: Shock Absorption through Suspension
The bicycle is equipped with a suspension system (6) between the front and rear wheels to absorb shocks from uneven surfaces. This enhances stability, especially while kneeling, and provides a smoother ride experience.
Patent Insight 3: Slim and Functional Design
The overall slim frame, along with the smaller front wheel (1) and rear wheel (5), ensures easy handling and maneuverability. This compact design is particularly advantageous for commuting in crowded urban environments or for easy storage.
Thoughts on the Patent Drawing
The patent for the “Kneeling Bicycle” is quite unique and intriguing. Looking at the patent drawing, I was surprised by how different this design is compared to traditional bicycles. The idea of a kneeling position instead of sitting changes the way the body is used while cycling. It would be interesting to see how this new posture affects the body and whether it could reduce strain on the lower back and hips during long rides. If adapted for children or used in rehabilitation, this type of bicycle could cater to various needs. The introduction of such innovative rides could expand the possibilities of cycling enjoyment and accessibility.
Keywords
kneeling bicycle, suspension, compact design, shock absorption, kneeling riding
Application of the Technology: Acrobat Training Bike for Circus Performers
Purpose
By adapting the kneeling bicycle design, this training device allows circus performers to safely practice acrobatic tricks while improving balance and body control, making trick rehearsal more efficient.
System Components
- Knee Cushion Pads: Soft material pads protect knees and ensure comfort during extended practice.
- Motion-Tracking Gyroscope: Tracks the rider’s body movements in real-time and provides feedback on stability.
- Trick Mode Toggle: Switch between “Stability Mode” for beginners and “Balance Mode” for advanced users.
- Smoke & Light Effects System: Activates smoke and lights based on trick success, turning practice into entertainment.
Operational Flow
- Setup the Device: The user kneels on the pads, grips the handlebars, and selects the mode.
- Start Balance Practice: The gyroscope monitors the user’s posture and supports stability.
- Perform Tricks: The user attempts tricks like turns or jumps, with the device recording the movements.
- Provide Feedback: Displays trick performance scores and balance metrics on a screen.
- Activate Effects: Successful tricks trigger smoke and light effects to celebrate the achievement.
This system not only makes circus training safer and more enjoyable but also inspires performers with dynamic visual rewards.
