Axle Bar Seal Guide Tab Mechanism
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing sealing systems for work vehicles fail to maintain a seal effectively as the axle bar rotates and pivots, leading to reduced traction and occupant comfort when traversing uneven terrain.
Innovation Solution
A sealing system comprising a shaft seal plate, a seal guide with a tab, and a shaft seal, where the guide slot in the shaft seal plate allows the seal guide to translate and the tab blocks rotation, ensuring the seal is maintained during axle bar rotation and pivoting.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a traditional sealing system is used for the axle bar, then the structure is simple, but the seal cannot be maintained effectively as the axle bar rotates and pivots
Solution Approach 1:
The sealing system is divided into separate functional components: a seal guide with a guide slot, a shaft seal with a seal body, and a tab mechanism. This segmentation allows each component to perform its specific function independently - the guide slot accommodates translational movement while the tab prevents rotation, enabling the seal to maintain effectiveness during axle bar rotation and pivoting without requiring a completely complex integrated structure
Solution Approach 2:
The tab acts as an intermediary element between the shaft seal and the seal guide. It mediates the interaction by blocking rotation of the shaft seal relative to the seal guide while allowing the seal guide to translate within the guide slot. This intermediary mechanism resolves the contradiction by providing a simple yet effective way to maintain seal integrity during dynamic operation
2Reliability
If the seal guide is allowed to translate during axle bar pivoting, then the seal maintains effectiveness, but the tab must block rotation which adds structural elements
Solution Approach 1:
The sealing system incorporates dynamic characteristics by allowing the seal guide to translate within the guide slot as the axle bar pivots, while the tab dynamically blocks rotation. This dynamic design enables the seal to adapt to the changing positions during rotation and pivoting, maintaining seal effectiveness without requiring an overly complex fixed structure
Solution Approach 2:
The guide slot is oriented in a specific dimension that allows translational movement of the seal guide while the tab blocks rotation in a different dimensional aspect. By separating the degrees of freedom - allowing movement in one dimension (translation along the guide slot) while constraining movement in another dimension (rotation blocked by the tab) - the system achieves reliable sealing without excessive structural complexity
Data Source
AI summary
A sealing system includes a shaft seal plate, a seal guide having a tab, and a shaft seal coupled to the seal guide. A guide slot is formed in the shaft seal plate, and the tab extends into the guide slot. The shaft seal is configured to form and substantially maintain a seal at an axle bar as the axle bar rotates and pivots. The seal guide is configured to translate relative to the shaft seal plate as the axle bar pivots, and the tab is configured to block a rotation of the seal guide and the shaft seal relative to the shaft seal plate as the axle bar rotates.