Abstract: The systems and methods relate to high-speed object manipulation using a vacuum system in combination with an occluding purge assembly. This system addresses the technical problem of blockages caused by debris or contaminants in open-to-atmosphere venturi systems. The solution involves an occluding purge assembly that seals the exhaust port, allowing the venturi module to expelling obstructions with high pressure. The apparatus includes a controller to transition the purge assembly between open and closed configurations, and may feature sensors for monitoring pressure and detecting blockages. Additionally, an automated cleaning system can be integrated to remove contaminants, ensuring continuous efficiency.

Abstract: Disclosed embodiments include an apparatus for reducing contamination or obstruction of a multi-directional flow filtration system. As one example, a scalper that is to be employed on a multi-directional flow filtration system comprises a body and a set of scalping walls forming a plurality of helical chambers, the set of scalping walls helically extending along at least a portion of an interior of the body in a longitudinal direction. In this way, the plurality of helical chambers may enable the multi-directional flow filtration system to passively scalp contaminants in a manner that improves overall operation of the multi-directional flow filtration system. Other embodiments may be described and/or claimed.