AUTOMATED TRANSITIONS IN WORK MACHINE OPERATION DURING END-OF-PASS TURNS

A system is designed to help machines automatically plan and execute turns at the end of their work paths. It uses special algorithms that analyze how the machines operate and what kind of turns are needed. Before a turn happens, the system calculates the best way for the machine to move based on its current speed and other factors. During the turn, the machine's speed is adjusted automatically to ensure a smooth transition. Once the turn is completed, the machine goes back to its normal speed for the next pass.

AUTOMATIC WEAR DETECTION FOR ROW CROP PLANTER TOOLS

A new system helps farmers monitor the wear on tools used for planting crops. It uses sensors to collect data about how the tools are performing, including details like how deep the furrows are and the speed of the machine. This information is analyzed using trained models that predict how much wear has occurred on the tools. During actual planting, the system continuously checks the tool's condition and estimates its wear based on the data collected. Finally, it provides alerts or displays information to the farmer about the tool's current state, helping them manage their equipment better.

AGRICULTURAL IMPLEMENTS INCLUDING A ROCKSHAFT, AND RELATED METHODS AND CONTROL SYSTEMS

An agricultural implement has a sturdy frame and a toolbar that holds several row units for planting or cultivating crops. It features a rockshaft assembly that connects to the toolbar, allowing for the movement of wheel units placed between the row units. These wheel units are attached to the rockshaft, so when the rockshaft turns, all the wheels move together. An actuator is included to control the rotation of the rockshaft, making it easier to operate the implement. This system can be attached to a tractor, enhancing its functionality in farming.

AGRICULTURAL IMPLEMENTS COMPRISING INERTIAL SENSORS AND RELATED SYSTEMS AND METHODS

An agricultural tool has a main frame with a support bar that runs sideways to the direction it moves in the field. It features several rotating parts that touch the ground, which are arranged along the support bar. Each of these parts spins around an axle, and they have special caps attached to them. These caps contain sensors that track how much the parts are turning and send this information out. The caps also help keep dirt and moisture from getting into the axles.

System for Planting Seeds, and Related Row Unit and Methods

A new system helps plant seeds more efficiently. It has a seed meter that delivers seeds one by one. A delivery wheel then carries these seeds to a trench where they will be planted. The system includes a frame that attaches to a larger tool for easier use. There are also methods related to how this system works.

DEVICE FOR THE MAINTENANCE OF LAND, IN PARTICULAR FOR CUTTING GRASS

A land maintenance device is designed to cut grass and perform other land care tasks. It has a cutting deck that holds a tool for these operations and can adjust its height. An elastic element helps balance the weight of the cutting deck, making it easier to lift and lower. An operator can control the height of the cutting deck using a lever. This lever is positioned in the center of the device, allowing for easy access and operation.

PAIRING METHOD, MOWING ROBOT, CHARGING DEVICE, AND ROBOT CONTROL SYSTEM

A new method allows a mowing robot to connect automatically with a charging device. When the robot detects a special signal, it sends out a request that includes its ID information. If the charging device recognizes this ID and sends back a pairing instruction, the two devices connect. This process reduces the need for manual setup and helps prevent mistakes in pairing. Overall, it makes charging the mowing robot easier and more reliable.

HARVESTING MACHINE MONITORING

A system is designed to monitor and track the quality of crops processed by a harvesting machine. It uses a sensor to check the quality of the crops as they are harvested. Another sensor looks at the area around the harvester to identify nearby support vehicles. If the crop quality sensor detects something unusual in the crops, the system can take specific actions based on that information. This helps ensure better crop quality and efficient operation of the harvesting machine and its support vehicles.

AUTONOMOUS TRACTOR AND METHOD TO CULTIVATE FARMLAND USING THIS TRACTOR

An autonomous tractor is designed to work on farmland without needing a driver. It follows a specific plan for planting and cultivating crops. If something unexpected happens, the tractor can switch to a safety mode to avoid accidents. There are two safety modes: one is stricter and used when no human is nearby, while the other is more relaxed when a person is close to the tractor. This allows the tractor to operate safely in different situations while still getting the farming done.

ADJUSTABLE HEIGHT IRRIGATION SPAN WITH FLEXIBLE JOINT ASSEMBLY

An adjustable height irrigation system helps distribute water better on different types of land and for various crop heights. It has a flexible joint that connects two parts of the irrigation system. This joint allows for movement, making it easier to adapt to uneven ground. There is also a special part called a turnbuckle that lets users change the height of the irrigation spans. Overall, this system makes watering crops more efficient and effective.