Brake Bleeder System with Three-Way Splitter for Simultaneous Caliper Operation
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Solution Overview
Problem
Current brake bleeding methods require assistance for bleeding multiple brake calipers simultaneously, making it difficult for one individual to perform the task efficiently and effectively, which can lead to brake failure and accidents.
Innovation Solution
A brake-bleeder system that includes a fluid-reservoir with a three-way splitter allowing simultaneous bleeding of two brake calipers, using a first-tube and second-tube configuration to expel contaminants into the reservoir, with the first-end of the first-tube immersed in brake-fluid to prevent backflow, enabling one user to bleed both calipers without an assistant.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If traditional brake bleeding methods are used, then brake lines can be purged of air bubbles, but assistance from a second individual is required and only one brake caliper can be bled at a time
Solution Approach 1:
The patent combines multiple brake bleeding operations into a single integrated system. The manifold assembly allows simultaneous connection to multiple brake calipers, and the single pump generates hydraulic pressure that distributes to all connected calipers through internal passages, enabling one person to bleed multiple brakes at once
Solution Approach 2:
The device serves multiple functions through a single apparatus: it provides hydraulic pressure generation, fluid distribution to multiple calipers, air bubble trapping, and fluid collection all in one system. The manifold assembly can connect to multiple calipers simultaneously and the reservoir handles both air separation and fluid storage
2Ease of operation
If a second individual assists with brake bleeding, then multiple tasks can be performed simultaneously, but the process requires more people and coordination
Solution Approach 1:
The system performs multiple tasks automatically through its design: the pump generates pressure that automatically distributes to all connected calipers, the manifold routing directs fluid flow without manual intervention, and the reservoir automatically separates and collects air bubbles. The user simply operates the pump and monitors the process
Solution Approach 2:
The manifold assembly acts as an intermediary device that receives hydraulic pressure from the pump and automatically distributes it to multiple brake calipers through its internal passage network. This mediator eliminates the need for manual coordination between multiple people while maintaining simultaneous operation of all calipers
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
Enables efficient and safe bleeding of two brake calipers simultaneously, reducing the risk of brake failure and accidents by allowing a single user to perform the task without assistance, suitable for both amateurs and professionals.
Implementation Method 1
The first-end of the first-tube may be immersed in the predetermined amount of the brake-fluid preventing the flow of the brake-fluid and the air back into the first brake caliper and the second brake caliper
Data Source
AI summary
A brake-bleeder system for bleeding two brake calipers using hydraulic brakes simultaneously is disclosed herein. The brake-bleeder system includes a fluid-reservoir with a first-tube detachably coupled to an opening of the fluid-reservoir. A three-way splitter couples the first-tube to a second-tube and a third-tube. The second-tube and the third-tube may connect to brake calipers on a vehicle.