Turbine Blade Box Structure for Animal Feed Dispensing

The blade is segmented into multiple components: a central plate, multiple radial branches, and lateral closing plates. This segmentation allows each component to be optimized independently while collectively providing the necessary rigidity and strength to handle dense products without deformation

The blade employs a composite structure combining flat plates with box-shaped sections formed by lateral closing plates. This composite design integrates the simplicity of flat sheets with the rigidity of enclosed sections, creating a blade that is both structurally sound and manufacturable

The blade is divided into a central plate, radial branches, and lateral closing plates that form box sections. This segmentation enables efficient chopping of dense products while maintaining manufacturing simplicity through standardized plate components that can be assembled systematically

The blade transitions from a two-dimensional flat sheet to a three-dimensional box structure by adding lateral closing plates. This dimensional enhancement increases the blade's capacity to handle and chop dense, wet, long-stranded products efficiently while retaining ease of manufacture through plate assembly

Instead of using a hollow cylinder with sharp edges that creates geometric asperities, the invention uses a solid plate structure with smooth surfaces. This inversion of the design approach eliminates product accumulation points and ensures smooth flow from the center to the periphery, preventing imbalance

The plate structure with smooth surfaces creates a homogeneous flow environment for products, eliminating the geometric asperities and sharp edges that cause accumulation. This homogeneous design ensures uniform product distribution and maintains turbine dynamic balance during operation