Medium Loading Device V-Path Discharge

The loading portion is divided into multiple segments (first loading portion, second loading portion, third loading portion) with different sloped surfaces. Each segment handles a specific function: the downward sloped surface guides the medium from the discharging portion, the upward sloped surface corrects the leading edge angle, and the horizontal surface provides stable loading. This segmentation allows the medium to flow smoothly through each stage without being blocked, while still achieving proper angle correction at each segment transition.

The invention uses continuous curved sloped surfaces instead of sharp angular transitions or raised ridges. The downward sloped surface, upward sloped surface, and horizontal surface are connected through smooth transitions that guide the medium naturally along the discharge path. This curvature approach prevents the medium from encountering abrupt obstacles that would cause blocking, while still achieving the necessary angle correction for proper loading.

The loading device employs a dynamic multi-stage sloped surface structure that adapts to different media types. The downward sloped surface, upward sloped surface, and horizontal surface work together to dynamically guide media of varying sizes and bending rigidity. Pressing portions are also provided to apply dynamic pressure that adjusts to the media characteristics, ensuring proper alignment without blocking the discharge path for any media type.

The invention changes the geometric parameters of the loading surfaces to accommodate different media. By using multiple sloped surfaces with different angles and a horizontal surface, the system can adapt to media of varying sizes and bending rigidity. The pressing portions can also adjust their position and pressure to match the specific media being loaded, providing versatile compatibility without requiring raised ridges that would block discharge.