METHOD AND UTILITY VEHICLE FOR SETTING HEIGHT POSITION OF POWER LIFT

A method helps adjust the height of a power lift on a utility vehicle used for farming. It uses a special curve that shows how the desired height relates to the force needed to lift it. When a specific height is chosen, the expected lifting force is calculated. The actual force measured at the lift is then compared to this expected force. Finally, the system automatically sets the lift to the correct height based on this information.

Systems and Methods for Enhancing Ground Speed Determination for a Vehicle

A system is designed to measure how fast a vehicle is moving over the ground. It uses a ground speed sensor that sends out beams at specific angles towards the ground. When these beams hit the ground and bounce back, the sensor calculates the speed based on the time it takes for the beams to return. By analyzing multiple beams, the system can find the true speed of the vehicle. This helps improve the accuracy of speed measurements for vehicles.

TAPERED SEED PLANTING CLUSTER FOR PENETRATING A HYDROPHOBIC LAYER AFTER A FOREST FIRE

A special seed planting cluster is designed to help plants grow after a forest fire. It includes tapered projectiles that contain seeds and may also have soil, fertilizer, and water. When these projectiles hit the ground, they can break through a hard layer that forms after a fire, allowing the seeds to reach the soil. The projectiles have holes at the bottom to let rainwater and roots access the soil beneath this hard layer. Additionally, they can be made from biodegradable materials, and some features help keep the seeds secure during impact.

PNEUMATIC FERTILIZER SPREADER AND METHODS FOR CONVEYING DISTRIBUTED MATERIALS

A pneumatic fertilizer spreader is designed to help farmers apply granular materials, like fertilizer, to their fields. It has a storage container with two or more chambers, each with openings to release the material. These openings connect to a conveyor system that can be adjusted for different spreading needs. A special unit keeps track of the right amount of material to use and controls the conveyor accordingly. This setup makes it easier to distribute the right quantity of fertilizer evenly across the land.

ROW FLOW ERROR DETECTION AND CONTROL USING A FLOW METER IN CONJUNCTION WITH ANOTHER SENSOR

An agricultural machine has several parts called applicators that spread materials like seeds or fertilizers. Each applicator has a flow meter that tracks how much material is being used. Another sensor on a different applicator checks certain conditions while the material is being applied. By combining the information from the flow meter and the sensor, the machine can understand how well the applicators are working. If there are any issues, the machine can create a control signal to adjust the applicators accordingly.

WORKING VEHICLE

A working vehicle uses an electric motor to move. It has a device that helps it travel forward or backward. There is an interface that collects information about the vehicle's status and its surroundings. A controller processes this information to decide how long the vehicle should take to switch directions. Finally, it controls the electric motor to change the vehicle's direction smoothly.

GREENING SYSTEM AND METHOD OF INSTALLING THE SAME

A greening system is designed to support plant growth by using layers of soil and water. It has a special structure that holds the soil and includes a water storage area underneath. The system is made up of rectangular container units that can hold water and are connected without overlapping. Each container unit can share excess water with neighboring units or let it flow outside if it overflows. This setup helps plants thrive by providing them with both soil and a reliable water supply.

Dynamically Positionable Planter

A new type of plant holder can hold several pots at once. It can spin around, allowing you to easily move the pots to either side. You can also lay the pots flat, making it easier to work with them. This design helps you organize your plants better and makes caring for them more convenient. It's a practical solution for plant lovers who want flexibility in how they display and manage their pots.

SYSTEM AND METHOD FOR DETERMINING FLOW RATES OF LIQUID FERTILIZERS

A system is designed to measure how fast liquid fertilizers flow from a fertilizer applicator. The applicator has a part called a manifold that takes in the fertilizer from a tank and sends it out to different spots. To measure the flow rate, the system uses two pressure sensors: one at the inlet where the fertilizer comes in and another at the outlet where it goes out. These sensors help track the pressure of the fertilizer at both points. A controller then uses this pressure information to calculate the flow rate of the fertilizer being distributed.

METHODS, SYSTEMS, APPARATUSES, AND DEVICES FOR FACILITATING MANAGING CULTIVATION OF CROPS BASED ON MONITORING THE CROPS

An apparatus helps manage crop cultivation by monitoring the crops. It includes cameras and light sensors that gather information about the crops and their environment. The processing unit analyzes this data to identify factors that might affect the measurements. It then creates a calibration factor to adjust the camera settings for more accurate readings. Finally, the system assesses the crop's status and sends this information to another device for further action.