Skinning Instruments TRIZ Cases

A rotatable blade assembly locks at different angles to improve avocado cutting, peeling, and slicing versatility without complex handling.

A shaft-mounted rotating blade assembly locks at selected angles, making one food prep tool easier to slice, peel, and shave with interchangeable blades.

A rotatable shaped deflecting element creates a variable process gap for precise fish skin and fat removal with less mechanical complexity.

RFID pairing and dynamic braking improve powered rotary knife safety and reduce premature failure from rudimentary drive controls.

Resistance testing between conductive undergloves blocks machine startup when glove wear or conductivity falls outside safe limits.

Curved overlapping gear teeth and lubrication cut heat, vibration, and wear in a power rotary knife while supporting higher blade speed.

An offset bearing race and gear layout cuts heat, vibration, and wear, enabling higher rotary knife speed with longer blade life.

A convex annular blade profile and overlapping gear teeth cut heat, vibration, and gear wear while supporting higher rotary knife speed.

A convex arcuate blade body with overlapping gear teeth and lubrication cuts heat, vibration, and wear at higher rotary knife speeds.

An integrated regulator valve limits excess air pressure in handheld dehiders so the governor can maintain stable speed, torque, and lower vibration.

A two-position cam expands the split blade housing for quick rotary knife blade changes while preserving consistent operating clearance.

Variable loin shapes can defeat fixed blade curvature; a tiltable, segmented holder adapts cutting geometry for consistent skin and fat removal.

Opaque, foldable packaging with rounded edges protects derinding blades, supports orientation, and enables safer blade replacement.

Dual counterbalance masses offset oscillating forces to reduce vibration and tool wear during high-speed operation.

An elongated rolling bearing strip minimizes vibration and heat generation in power operated rotary knives.

Curved blade knife with spherical tip retains beneath skin, solving incision depth control issues in game animal skinning.

Segmented cutting separates poultry back skin from meat, enabling independent sale and boosting economic value.

An elongated rolling bearing strip with a flexible separator cage reduces vibration and heat generation at the blade-housing interface.

A fish hook features multiple convex facets that create discrete cutting edges to reduce the energy required for penetration.

Tapered coupling geometry ensures accurate alignment and reduces vibration in flexible shaft drive transmissions.

Segmented tooth wheels with arc supports prevent fat accumulation, maintaining throughput and reducing operator risk.

A curved blade knife uses a spherical tip retained beneath tissue to maintain precise cutting depth during skinning operations.

A pivoting deer de-hide tool uses a biasing spring to maintain cutting edge penetration during hide removal.

Segmented blade carriers with elastic retention mechanisms eliminate frequent sharpening during abrasive fascia skinning tasks.

A contoured skinner assembly with articulated tooth rolls adapts to bone-in loin geometry.

Continuous annular bearing strips reduce vibration and heat at the blade-housing interface, replacing weak split-ring designs prone to debris accumulation.

An annular rotary knife blade and adjustable depth gauge maintain consistent skin thickness while improving operator visibility.

Double keyways and needle bearings stabilize the pinion shaft against side loads, preventing bolt loosening and blade wear during high-speed operation.

A knife belly hook positioned near the handle enables forward skinning motion away from the user.

Freezing carcasses upstream restores structural integrity, enabling precise cuts while maintaining high processing speed.

An intermediate link equalizes bias force across independently rotatable lift arms, reducing wear points while accommodating product thickness variations.

Centrifugal governors restrict airflow to maintain constant cutting speed under load while enlarged central lip bearings extend blade life.

Tapered motor end coupling and coupler fitting with enlarged head constrain axial movement and seal lubricant, preventing leakage at handle assembly.

Deformable annular bushing accommodates blade misalignment and reduces wear during high-speed meat processing.

Segmented bone severing and longitudinal stripping resolve equipment complexity trade-offs in automated deboning.

Actuators move the deskinner vertically to engage suspended pig parts, maintaining skin removal effectiveness during continuous conveyor movement.

A hide removal apparatus uses a winch and roller to lift and pull animal carcasses.

Circular blade housing constrains penetration depth to prevent internal organ perforation during field dressing.

A field dressing tool integrates a cutting edge and impact surface to split bone during game processing.

A coupling apparatus connects ATV accessories using a shock-absorbing linkage between support members.

An elongated rolling bearing strip with a flexible separator cage reduces friction and heat generation at the blade-housing interface.

A knife tool with multiple controllable blade parts trims adipose tissue from meat cuts.

Recessed scraping edges on the jacket remove windpipe and crop while protecting neck skin and bones.

An automatic food skinning device replaces sharp blades with a rotating drum to eliminate lacerations and repetitive motion injuries during processing.

RFID transceivers identify authorized operators to prevent false shutdowns caused by moisture or worn conductive gloves.

Pinned metal inserts prevent plastic arbor expansion during sanitation, eliminating teeth misalignment and extending roller life.

An elongated rolling bearing strip replaces sliding contact to reduce friction and heat generation at the blade-housing interface.

A floating knife holder pressure body adjusts its pivot axis to maintain consistent surface pressure on fish fillets.

A dual skinning assembly rotates pork legs to remove skin in two passes, resolving the trade-off between high productivity and precise lean preservation.

Frustoconical bearing surfaces in a power operated rotary knife reduce heat generation and vibration while protecting components from debris ingress.