Slide Valve TRIZ Cases

Interlocking flange fingers keep the valve opening cross-section constant, reducing charged particle deflection in vacuum flow paths.

Retrofit slabs reshape a round gate cavity to fit a slab gate, improving sealing and throttling flexibility in fluid flow control.

Threaded valve seats and an articulated slab gate cut weight and assembly complexity while preserving high-pressure subsea sealing.

A fastener-adjusted restrictor opening lets well systems match flow demand, prevent pump cavitation, and meet groundwater flow limits.

A clamp-retained seal and angled alignment features let slit valve gates keep airtight sealing while simplifying seal replacement and coating.

A self-locking annular groove and wedge seat ring secure knife gate valve seats under reverse pressure while simplifying assembly and replacement.

A modular depressurization valve relieves residual hydraulic pressure during quick-coupling connection and disconnection, reducing force and damage risk.

Integrated seat slots use fluid pressure to activate gate valve seals quickly, reducing leaks, clogging, and greasing in high-pressure service.

Tapered seat wedges around a dovetail gate improve fluid sealing, reduce leakage, and limit wear during valve opening and closing.

Slot-spaced connection portions let a vacuum valve plate twist for precise alignment, improving seal pressure uniformity and reducing particles.

An adjustable guide track with adhesive sealing cuts gate valve torque and leakage under high-pressure water line operation.

An inlet guiding element enlarges initial flow entry in a slide gate valve, reducing nozzle-driven particle erosion at the housing seal seat.

A segmented perimeter and transverse seal keeps packing out of the fluid stream while reducing leakage and machining complexity.

Stepwise two-point disc support sweeps pipe-wall debris to improve airtight water shutoff while reducing valve operating torque.

Channel pressure energizes an axial seat seal through conduits, reducing gate valve clogging, greasing, and maintenance in solids-laden flow.

Dual-profile seals keep suspended solids out of the gate chamber, enabling reliable flushing and vertical gate valve operation without clogging.

A seal plate and cuff isolate the valve cavity from fracturing fluid, reducing grease washout while preserving smooth gate movement.

A two-stage valve closes the main flow before final discharge to cut splash-back, fluid waste, and contamination in high-speed filling.

A retractable sleeve and flow restriction rings limit leakage through the choke sleeve-piston gap, reducing erosion in high-pressure wells.

Traveling upper and lower seals keep cavity volume constant, limiting particulate ingress, protecting seals, and improving valve life.

A pressure-responsive choke valve varies its throttling orifice to hold a consistent pressure drop without electronic controllers or actuators.

Tabs with screw holes create a tilting moment that clamps a vacuum valve plate securely while simplifying mounting and removal.

A support member and flow threshold keep the well valve closed during random surges, then open the outlet only under tension and minimum flow.

A flexible sealing frame lets a vacuum valve absorb chamber deformation, cutting seal shear, particle generation, and maintenance frequency.

A class 3 lever and support block offset bellows repulsive force, helping a U-motion gate valve close with a tight, reliable seal.

Releasable flanges and replaceable seat bushings let the valve housing be removed without cutting pipe joints, simplifying repair and sealing.

Connected tape portions cover most of the upper to spread forces and flex with foot movement, improving sports shoe stability and comfort.

A flexible closure element uses differential pressure to seal vacuum transport tubes quickly while reducing valve mass and emergency response time.

A spring-loaded clamp secures ceramic control valve plug tips with lower assembly stress, better alignment, and longer service life.

A centered sealing fit shields the valve seat thread from aggressive process fluid, easing disassembly while maintaining a reliable seal.

A pressure-actuated piston and hydraulic sealing mechanism blocks sand from the backside cavity, reducing sticking, wear, and leakage in fracking valves.

A recessed gate surface shields the sealing area from dropped tool-string impacts while preserving smooth subsea valve closing and sealing.

A mechanically actuated iris valve isolates production tubing to set packers in high-inclination wells without coiled tubing or plug retrieval.

Raised flange and radial sealing beads help a one-piece knife gate valve liner resist wear, differential pressure, and abrasive fluids.

Angled primary and secondary guides let a transverse drive press the closure member harder while keeping the valve opening large.

Control pressure adjusts blow-fluid flow remotely to stabilize pre-blow pressure, cut mould-change downtime, and avoid manual throttle setting.

A prism-guided shut-off element keeps viscous liquids and hot melts moving without dead space, stagnation, or unstable flow.