Artificial Turf Grooming Deck with Interchangeable Brush Modules
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Solution Overview
Problem
Existing turf grooming machines require significant downtime for reconfiguration between different brush accessories, wasting time that could be spent grooming artificial turf fields, as they often need to be completely removed and replaced on a mobility tractor.
Innovation Solution
A turf grooming deck for a lawn tractor with multiple channels arranged in a diamond configuration, allowing for the slidable insertion and removal of interchangeable brush modules, including metal tines and push broom bristles, to efficiently groom and clean artificial turf surfaces without the need for deck removal.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If brush accessories are completely removed and replaced on a mobility tractor, then different brush types can be used for different grooming tasks, but significant downtime is lost during reconfiguration
Solution Approach 1:
The grooming deck is divided into separate interchangeable brush modules that can be independently swapped. Each brush module is a self-contained unit that attaches to the deck, allowing operators to quickly exchange between different brush types (e.g., power brushes, suction brushes) without removing or reconfiguring the entire deck structure, thus minimizing downtime while maintaining versatility
Solution Approach 2:
The grooming deck is designed with a universal interface and standardized mounting system that accommodates multiple types of brush modules. This multi-functional design allows the same deck structure to support various brush configurations for different grooming tasks, enabling quick adaptation between functions without requiring complete deck removal or major reconfiguration
2Productivity
If multiple brush modules are integrated into the deck, then grooming efficiency improves by avoiding deck removal, but device complexity increases
Solution Approach 1:
The deck uses segmented, modular brush units with standardized interfaces. Each module is designed as an independent component with simplified attachment mechanisms, allowing multiple modules to be integrated into the deck without creating overall system complexity. The segmentation enables easy maintenance and replacement while maintaining productive grooming operations
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 time-saving grooming of artificial turf by allowing multiple brush modules to be used without deck removal, improving maintenance efficiency and reducing downtime, while effectively breaking up and removing debris from the turf surface.
Implementation Method 1
the first brush modules are slidably inserted into the channels for impacting the artificial turf surface using metal tines that break up and remove rubber fragments
Implementation Method 2
the second brush modules configured for spreading appropriate materials and cleaning debris from the turf surface
Data Source
AI summary
This invention is directed to a turf grooming deck configured for attachment to a lawn tractor and includes a deck member positioned between front and rear wheels of the lawn tractor and having an upper platform and a plurality of downwardly depending surfaces that, together, defines an interior area. A plurality of channels is mounted to a bottom surface of the upper platform and arranged in a diamond configuration. Further, the sidewalls define channel openings by which the channels are accessed. The turf grooming deck includes first and second brush modules, each brush module including a plurality of brush members, a first module including a plurality of metal tines and the second module including a plurality of push broom type bristles. The brush modules are interchangeable by insertion or removal thereof relative to respective channels via respective channel openings.