Spader/Research Development

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Spader
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Research

  • Spader Function - is to till the soil in preparation of the next planting process, seeding.
  • Tilling - consists of agitating the soil through means such as digging, stirring, and overturning. Tilling aids in soil aeration, organic matter dispersal, and weed removal.
  • Soil Aeration - refers to the spacing out of soil as to make the soil less compacted. Soil aeration improves drainage and reduces puddle formation.
  • Organic Matter Dispersal - refers to the spreading of plant material throughout the soil as to improve the uniformity of nutrient concentration within a given volume of soil.

Theory

Relevant Links

Spader Real-time Performance Video

Conceptual Notes

  • Front - includes the towing mechanism that allows the spader to be pulled by a tractor.
  • Middle - includes the frame, covers, and rotors of the spader.
  • Top - includes the hydraulic circuit of the spader.

Development

Overview

  • Spading System - consists of rotors, spades, and tines that make actual contact with the soil.
  • Hydraulic System - consists of the hydraulic components that power the rotation of the rotors in the spading system.
  • Structural System - consists of the chassis and the cover used to strengthen and protect the spader, respectively; the cover also contains the movement of overturned soil.

Spading System

Spades

  • Spade Rotor
  • Spade Rotor Mount
  • Spades

Tines

  • Tine Rotor
  • Tine Rotor Mount
  • Tines

Hydraulic System

  • Flow Control Valve
  • Pressure Relief Valve
  • Spade Hydraulic Motor
  • Tine Hydraulic Motor

Structural System

Chassis

  • Front Vertical Tubes
  • Rear Vertical Tubes
  • Bottom Horizontal Tubes
  • Top Horizontal Tubes

Cover

  • Top Cover Plate
  • Side Cover Plate
  • Rear Cover Plate

Towing Mechanism

  • Tow Pin and Jaw

Design


Industry Standards

Industry Standard GVCSTool

Funding

Wanted: List of expenses for prototyping and documenting GVCSTool

Peer Reviews

Wanted: Peer reviews from the scientific community regarding the R&D of GVCSTool

Experiments and Prototypes

Wanted: Empirical data on performance

Experimental Results

Prototype Notes, Observations, etc.

Failure Mode Analysis

Testing Results

Recommendations for Improvement