Manure Nozzle Body Flow Grooves for Uniform Pressure

The patent extracts the complex motor-driven rotor mechanism and replaces it with a simple pipeline system with nozzle bodies. The essential function of distributing liquid manure is retained while removing the heavy motorized components, achieving a lightweight solution suitable for retrofitting on simple tankers.

The patent replaces the mechanical motor-driven rotor system with a passive pipeline system that relies on fluid dynamics and pressure distribution. The nozzle bodies with flow grooves create the necessary flow conditions without requiring mechanical actuation, substituting a complex mechanical system with a simpler hydraulic system.

The patent extracts the heavy motorized components from the distribution system and replaces them with lightweight plastic nozzle bodies. This extraction of unnecessary weight while retaining the essential distribution function enables retrofitting on simple tankers that cannot support heavy equipment.

The patent uses inexpensive plastic materials for the nozzle bodies instead of heavy metal components. The plastic nozzle bodies are lightweight, cost-effective, and can be easily replaced if needed, providing an economical solution that doesn't burden the tanker with excessive weight.

The patent applies local quality by incorporating specific flow groove geometries into the nozzle bodies at different positions along the pipeline. The flow grooves are tailored to create appropriate backflow conditions at each location, ensuring uniform pressure distribution across all outlet openings despite their varying distances from the pipeline end.

The patent changes the flow parameters by introducing flow grooves that modify the backflow characteristics. These grooves alter the local flow velocity, pressure, and turbulence conditions to compensate for the natural pressure drop along the pipeline, achieving uniform pressure distribution at all outlet openings.