Presses TRIZ Cases

Preloaded elastic damping element eliminates mechanical play between press components, ensuring precise sheet metal forming without complex hydraulic systems.

Forming through holes in compressed metal scrap reduces thermal mass and energy consumption while allowing impurity detection.

Segmented driving shafts adjust cushion pad orientation to match die inclination, preventing unbalanced forces and material rupture during press forming.

A movable exhaust member releases headspace pressure before drainage zones exit the liquid level, preventing liquid projection during rotation.

Angular flanks on rotating pressing elements pre-compact and orient hollow bodies to prevent tearing during roller feeding.

A press machine adjusts slide position using dynamic control modes that switch between single-cycle and multi-cycle operations based on speed states.

Shearing members on the column and return block cut accumulating plastic film, resolving jams during continuous compaction.

Pivoting cross beam absorbs deflection via joints, preserving working accuracy.

A precompression charging chamber uses a lock pin mechanism to fix movable side walls and top covers in place.

A dual plunger press compresses organic waste to burst biological cells and discharge pressate through perforations.

Reverse screw rotation creates counter-head pressure that prevents solid particle deposition on the screen, maintaining continuous separation throughput.

Segmenting the cylindrical screen basket allows quick access to blockages in the double-flight helix without full disassembly.

Separating the compacting chamber from the collection bin reduces friction and allows larger capacity without heavy liners.

Rotating die shoes redistribute grease lubricant to prevent seizure and eliminate downtime for re-lubrication.

A press plate uses a separable embossing body bonded to a carrier for reuse.

Segmented housing and perforated plates isolate the drive area, while an opposing airstream removes fibers to prevent sticking.

A cantilevered screw crusher with an inverse tapered shaft conveys and compresses material through mechanical force.

A press apparatus uses a base-mounted support rod to hold an upper die while a machining die operates on the workpiece.

A motion detection device recalculates tolerance thresholds based on permissible movement direction.

Preliminary pressurization of the cushion pad reduces impact force.

A rotary fan press auger separates liquid from solids by forcing mass against a rotating screen, resolving clogging and energy trade-offs.

Segmenting the roller into perforated and solid zones resolves the trade-off between dehydration efficiency and mechanical strength.

Segmented servo motors drive distinct hydraulic circuits, reducing device size while maintaining high force capability.

A machining sludge treatment machine compacts waste into briquettes while simultaneously evacuating cutting fluids through a specialized compression plate.

A press brake control device detects adjustment forces to time the rapid return stroke.

Deformable membrane seals fluid chamber to create compliant stamping surface opposing rigid tools.

Localized silicone thickenings on the press pad reduce thermal conductivity and delay hardening to replicate deep surface structures.

A multi-shaft laminated spiral separator uses eccentric pendulum motion to drive movable rings independently of screw shafts.

A fine blanking device applies compressive stress via a V-shaped projection to eliminate tears and edge rollover on thicker materials.

Circular curved shoe blocks distribute force uniformly on metal strips, reducing peak contact stress and distortion during tubular profile formation.

A vertical baler uses a flexible Bowden cable to link the ram-driven grabbing arrangement with the bale ejector.

Dynamic gap adjustment via a pressing unit compensates for component wear, maintaining tightness and filtration efficiency under high thermal stress.

A metal chip compactor uses a worm gear to compress chips into pellets.

A baler scale integrates load cells beneath a base to weigh recyclable materials directly within the compression chamber.

Increasing the screw shaft diameter toward the outlet distributes pressure evenly, suppressing movable plate wear while maintaining liquid removal efficiency.

A servo press controller adjusts slider stop time based on real-time load detection to ensure precise workpiece deformation.

Horizontal die retraction eliminates elevated floor height requirements while maintaining emergency stop capability and heater functionality during stops.

A waste compactor system evaporates extracted liquid waste on-site using phase transitions and self-service combustion.

A sliding conveyor positions bales for length detection, resolving continuous conveying precision trade-offs.

A rotating press bed shifts plant material from horizontal to vertical orientation.

Segmented rollers maintain continuous surface contact during foam transport, preventing longitudinal displacement and oblique folding that cause sealing leaks.

A servo press control device executes rotation stop commands to actuate mechanical brakes at scheduled timings.

A twin-screw press design extracts vegetable oils using intermeshed screw shafts to apply shared compression force within a press cage.

A solid-liquid separator distributes material via a central pipe member into a layered filter body, preventing clogging and boosting throughput.

A sintering assembly maintains pressure on metallic powder during cooling to bind grains and preserve geometry.

Hydraulic piston control replaces mechanical augers to prevent skin damage while maintaining continuous pressing capacity.

Axial drive ribs on a rotor shaft capture protruding material between toothed discs, resolving incomplete transfer in press chambers.

Interconnectable filter and screw sections with an external flight coupling reduce downtime during reconfiguration while maintaining continuous slurry pressure.

A press brake uses a dual-frame system to maintain tool alignment during bending operations.