18184217. WINDROWER IMPLEMENT WITH AUTOMATIC MERGER ATTACHMENT CONTROL simplified abstract (DEERE & COMPANY)
Contents
WINDROWER IMPLEMENT WITH AUTOMATIC MERGER ATTACHMENT CONTROL
Organization Name
Inventor(s)
Tyler J. Bouslog of Keota IA (US)
Hunter T. Kelderman of Ottumwa IA (US)
WINDROWER IMPLEMENT WITH AUTOMATIC MERGER ATTACHMENT CONTROL - A simplified explanation of the abstract
This abstract first appeared for US patent application 18184217 titled 'WINDROWER IMPLEMENT WITH AUTOMATIC MERGER ATTACHMENT CONTROL
The windrower implement described in the patent application includes a merger controller that controls the merger attachment between a deployed position and a stowed position based on user commands selecting different windrow configurations.
- The merger controller can switch between a single pass windrow configuration, where the windrow is formed from a belly pass, and a double pass windrow configuration, where the windrow is formed from the belly pass and a first merger pass.
- In the double pass windrow configuration, the merger controller automatically moves the merger attachment to the stowed position during the belly pass and then deploys it during the first merger pass.
- This innovation allows for efficient and automated control of the merger attachment, optimizing the windrowing process based on the selected configuration.
Potential Applications: - Agricultural machinery for hay or crop harvesting - Farming equipment for creating windrows for drying or baling - Landscaping machinery for organizing cut grass or vegetation
Problems Solved: - Streamlining the process of forming windrows in different configurations - Improving efficiency and control over the merger attachment - Reducing manual labor and increasing automation in agricultural tasks
Benefits: - Enhanced productivity in hay and crop harvesting operations - Consistent and precise windrow formation for optimal drying or baling - Simplified operation for users with the ability to select different windrow configurations
Commercial Applications: Title: Automated Windrower Implement for Efficient Hay Harvesting This technology can be utilized in agricultural machinery manufacturing for producing advanced windrower implements that offer automated control and improved efficiency in hay and crop harvesting processes. The market implications include increased demand for high-tech farming equipment that enhances productivity and reduces manual labor.
Prior Art: Readers interested in exploring prior art related to automated windrower implements can start by researching patents in the agricultural machinery sector, specifically focusing on innovations in hay harvesting equipment and crop processing technologies.
Frequently Updated Research: Researchers and industry professionals can stay updated on the latest advancements in automated agricultural machinery by following publications and conferences related to farm equipment innovation and precision farming technologies.
Questions about Windrower Implement Technology: 1. How does the merger controller in the windrower implement enhance operational efficiency? 2. What are the potential cost savings associated with using automated windrower implements in agricultural operations?
Original Abstract Submitted
A windrower implement includes a merger controller operatively coupled to a merger attachment for controlling the merger attachment between a deployed position and a stowed position. The merger controller receives a user command selecting one of a single pass windrow configuration in which the windrow is formed from a belly pass, or a double pass windrow configuration in which the windrow is formed from the belly pass and a first merger pass. When the double pass windrow configuration is selected, the merger controller automatically controls the merger attachment into the stowed position when executing the belly pass for the double pass windrow configuration and then automatically controls the merger attachment into the deployed position when executing the first merger pass for the double pass windrow configuration.
