Sheet Object Guider With Adjustable Passage Plate

The patent extracts and eliminates the pinion and rack transmission components from the guider structure. Instead of using complex transmission mechanisms to drive the guide plates upward or downward, the invention directly moves the guide plates using a simplified driving mechanism, thereby removing unnecessary transmission components while maintaining the essential functionality of blade movement.

The patent inverts the traditional transmission approach by eliminating the need for pinion-rack transmission entirely. Rather than using rotational motion converted to linear motion through gears, the invention directly achieves linear movement of guide plates through a more straightforward mechanical linkage, effectively working backwards from the desired motion to the simplest possible actuation method.

The patent merges the functions of multiple power devices (step motor and two lifting magnets) into a single integrated driving mechanism. The guider body incorporates a unified driving system that can control the movement of guide plates and redirecting members in different directions simultaneously, eliminating the need for separate power devices for each directional control while maintaining full multi-directional conveyance capability.

The patent creates a universal driving mechanism within the guider body that performs multiple functions: it controls the upward/downward movement of guide plates, manages the lateral movement of redirecting members, and coordinates sheet object conveyance in three directions. This single multi-functional driving system replaces the need for multiple specialized power devices, reducing production cost while preserving adaptability.