Hollow-Tube Tire Inflation Cage for Remote Bead Seating
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Solution Overview
Problem
Existing tire inflation safety cages do not effectively integrate with air blast bead seaters, requiring external air storage tanks that pose safety risks during tire inflation.
Innovation Solution
A tire inflation safety cage system with a frame and hollow tubes configured to store pressurized air, incorporating valves for air transmission, eliminating the need for external tanks by using the tubes as air storage.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If external air storage tanks are used with air blast bead seaters, then bead seating function is achieved, but safety risks increase during tire inflation
Solution Approach 1:
The patent combines the air storage tank function with the existing cage structure by making the cage bars hollow and capable of storing pressurized air. This eliminates the need for separate external air storage tanks while maintaining the bead seating function, thereby improving safety by removing external components and reducing device complexity through integration.
Solution Approach 2:
The cage structure is given multiple functions: it continues to provide safety enclosure during tire inflation while simultaneously serving as an air storage system for the bead seater. The hollow bars of the cage both protect against tire explosions and store the pressurized air needed for bead seating, eliminating the need for separate dedicated air storage tanks.
2Ease of operation
If the user is positioned close to the tire during bead seating, then operation control is improved, but injury risk from high-pressure air blasts increases
Solution Approach 1:
The hollow cage bars act as an intermediary air delivery system. Instead of requiring the user to be close to the tire for direct air delivery, the pressurized air is stored within the cage structure itself and can be delivered through controlled openings in the cage bars, allowing safer remote operation while maintaining effective bead seating.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The system provides a safer and more efficient tire inflation process by allowing the user to be at a distance from the tire during bead seating, reducing the risk of injury from high-pressure air blasts.
Implementation Method 1
the hollow tube being configured for storing pressurized air therein
Implementation Method 2
at least one valve coupled with the frame and thereby being configured for transmitting pressurized air out of the at least one hollow tube
Data Source
AI summary
A tire inflation safety cage system includes: an air conveyor device; and a tire inflation safety cage assembly selectively operatively coupled with the air conveyor device, the tire inflation safety cage assembly including: a frame, including at least one hollow tube which is configured for at least partly surrounding a wheel assembly; and at least one valve coupled with the frame and thereby being configured for transmitting pressurized air out of the at least one hollow tube, the at least one hollow tube being configured for storing the pressurized air therein.