Slidable Filtration Apparatus Reciprocating Motion

The patent replaces the pneumatic aeration system with a mechanical reciprocating motion system. The filtration membrane is moved back and forth mechanically along the feed water flow direction, substituting the need for high-energy air blowing while achieving similar contaminant removal through physical displacement and turbulence generation.

The filtration membrane undergoes periodic reciprocating motion, moving forward and backward along the feed water flow. This periodic mechanical action generates turbulence and dislodges contaminants from the membrane surface, achieving cleaning effectiveness comparable to continuous aeration but with lower energy consumption.

The patent extracts and eliminates the complex reciprocating frame structure from the system. Instead of using a large frame to which multiple membrane support frames are coupled, the invention allows each membrane support frame to reciprocate independently or uses a simplified guiding mechanism, thereby reducing structural complexity and manufacturing costs while maintaining the cleaning function.

The system is segmented into independent membrane support frames that can reciprocate individually along guide rails, rather than being rigidly connected to a single large reciprocating frame. This segmentation simplifies the overall structure, reduces manufacturing complexity, and allows for easier maintenance of individual components.

The filtration system is divided into multiple independent membrane support frames that can be manufactured separately and then assembled. Each frame module is compact and can be produced using standard manufacturing processes, improving ease of manufacture compared to a single large reciprocating frame that would require custom fabrication and welding.

The standardized membrane support frame design serves multiple functions: it supports the filtration membrane, provides guiding surfaces for reciprocating motion, and can be easily assembled and disassembled for maintenance. This universal modular design simplifies manufacturing and enables easy replacement of individual modules without affecting the entire system.

Instead of coupling multiple membrane support frames to a single reciprocating frame, the invention allows each frame to reciprocate independently along its own guide rails or uses a simplified common guiding structure. This segmentation improves operational convenience by allowing individual frames to be adjusted, removed, or maintained without affecting other frames, while still achieving coordinated cleaning action.

The system transitions from a rigid coupled structure to a more dynamic configuration where membrane support frames can move independently or semi-independently. This dynamic arrangement allows for easier operation and maintenance, as individual components can be accessed and adjusted without requiring the entire assembly to be disassembled or stopped.