Grout Leveler Tool with Adjustable Depth Reference

The patent applies preliminary action by pre-attaching reference tiles to the scraping board at predetermined positions before use. These reference tiles establish the correct grout depth relative to the drain feature in advance, eliminating the need for the operator to measure and determine depth during the leveling process. The reference tiles are positioned at distances corresponding to the desired grout depth, allowing direct visual comparison during operation.

The reference tiles serve as an intermediary between the operator and the grout depth measurement. Instead of directly measuring the grout depth against the drain feature, the operator uses the reference tiles as a mediator that translates the complex spatial relationship into a simple visual comparison. The reference tiles bridge the gap between the drain feature and the grout surface, making depth determination straightforward.

The patent applies segmentation by dividing the scraping board into multiple sections with reference tiles attached at different positions along its length. This segmentation allows different portions of the board to reference different depth requirements for different areas of the grout footprint, enabling the operator to efficiently level large areas by simply repositioning the board rather than using multiple tools.

The scraping board with multiple reference tiles serves multiple functions: it levels grout to different depths for different areas, references multiple drain features simultaneously, and can accommodate various tile thicknesses. This multi-functionality allows a single tool to cover larger grout footprints efficiently, improving productivity without requiring the operator to switch between multiple specialized tools.

The reference tiles are made from inexpensive materials and can be easily replaced if damaged or worn. Their low cost allows for simple attachment methods that do not require complex fastening mechanisms. The tiles serve their purpose effectively and can be discarded or replaced without significant expense, making the increased device complexity acceptable.

The reference tiles are pre-positioned and attached to the scraping board during manufacturing or before use, establishing the depth references in advance. This preliminary action eliminates the need for complex adjustment mechanisms during operation, as the tiles are already in their correct positions. The attachment process is simplified because the tiles don't need to be precisely positioned during field use.