Snow Cleaning TRIZ Cases

A snow compression device uses a conveyor screw to compact and transport snow through a perforated tubular casing.

A snow plow auger housing control unit adjusts inclination angles using acceleration data to maintain precise positioning during travel direction changes.

Concave indentations in the wear strip slot nest over convex ribs on the shovel blade, enabling tool-free replacement of worn components.

Segmented blade panels pivot via springs to redirect snow, resolving single-sided removal limits.

An inclined load blade with up-turned side walls compresses snow into a dense mass for easier handling.

A curved clearing bar contour shields protruding fastening parts from snow flow.

A composite snow blade integrates a resilient rubber layer to absorb vibrations and reduce operational noise.

Segmented hitch and lift assemblies allow single-operator plow mounting while reducing maintenance needs from complex mechanical gaps.

A pivotal sleigh shovel uses a lever mechanism to pivot the container upward for material discharge.

Segmented ripping and milling units prepare snow substrate locally, reducing drive power requirements for trail formation.

Replacing metal with molded polymer reduces weight while a curved blade geometry directs snow inward, preventing lateral dispersion.

A crenellated abrasion-resistant steel cover-plate protects the snow-plow blade insert while reducing overall assembly weight.

An integrated control handle merges propulsion and steering functions, allowing operators to adjust utility implement parameters without releasing their grip.

A hydraulically actuated milling box pivots its outlet area to regulate snow particle size and flow direction.

A rear tiller replaces end-mounted motors with a central belt drive, reducing weight and freeing installation space for side finishers.

A snow plow mount assembly uses vehicle-powered actuators to pivot a lift frame and extend latch pins for secure attachment.

A plow mount assembly uses a lever mechanism to secure attachment to vehicle subframes through locking pins and apertures.

A snow plow wing rotates about two non-parallel axes to pivot upward when encountering ground obstructions.

Segmenting the blade assembly from the handle via a connector reduces overall dimensions for compact storage while maintaining full snow removal capability.

A snow shovel head uses a rotating impeller to scoop snow from an open front casing toward a discharge chute for directed output.

Curved airplane tire sections form durable snowplow blade wear members that resist fracture from surface discontinuities.

Auxiliary material moving assembly with attachment arms prevents snowbank accumulation and equipment clogging during plow operations.

Hydraulic float collars and bushed pivot links minimize toe-end wear while enabling automatic terrain engagement.

A rounded cutting edge attachment resists snagging on cracks and irregular surfaces, eliminating the need for drilling or welding during installation.

Hydraulic accumulator absorbs pressure variations in the lift cylinder circuit, reducing pump cycling and impact forces on the vehicle chassis.

Segmentation separates the fixed vehicle frame from the movable mold board, enabling shoulder clearing without compromising vehicle stability.

Electronic chute motor rotates the discharge chute via user interface inputs, reducing manual effort and time required for operation.

A sweeping blade assembly uses offset rows to enable independent angular movement across uneven terrain.

Segmented snow plow blades use flexible bushings to absorb impact stress, enabling independent section replacement and reducing repair costs.

A rear-mounted snow groomer attachment uses a dual shaft system to reduce defects by transporting milled snow forward.

A rotating support frame adjusts a planing blade position to remove snow accumulation at the board edge, eliminating complex additional cleaning devices.

A spiral coil absorbs solar energy to melt snow and ice while its grooved surface draws away liquid.

Interlocked polymer segments and an adjustable handle resolve storage volume and surface adaptability contradictions.

A resilient snow blower chute body deforms to disrupt snow buildup and maintain discharge flow.

Segmented running gear with localized suspension preload reduces surface pressure and turning resistance while enhancing climbing ability on uneven terrain.

A snow plow blade uses a mechanical linkage to adjust its angle through front end loader tilt motion.

Rotating joints and convex skid surfaces distribute wear across swivel plow feet, extending service life without complex adjustment mechanisms.

A self-adjusting skid shoe and chain tensioner system encloses mechanisms within a snowblower frame to maintain precise ground contact.

An inverted A-frame axle acts as a fulcrum to pivot the load, reducing manual lifting effort while small wheels prevent jamming on uneven terrain.

Merging the auger and impeller housings into one component reduces manufacturing complexity while maintaining structural strength.

A snow clearing vehicle combines heating elements and a suction system to melt and collect frozen material from roadways.

A plow linkage assembly uses a spring element under tension to extend along its longitudinal axis and absorb impact forces.

Segmented snowplow blades pivot at shear points and roll over barriers, preventing structural damage during rigid plowing operations.

A snow tiller uses hydraulic actuators to independently adjust the shaft position relative to the hood for precise depth control.

A self-propelled snowthrower uses variable speed drive wheels to propel the unit across ground surfaces while a rotor collects and ejects snow.

A snow melter uses a hot air induction unit to transfer high-temperature air from the melting tank to the transfer pipe.

A snow thrower auger moves snow while a compressed gas knife targets the underlying terrain.

A flexible mounting assembly surrounds the wearing edge to isolate metal contact and accommodate uneven surfaces.

A pivotable ice removal blade assembly adapts to uneven road surfaces using independent blade mounts.

A snowthrower chute rotation lever enables manual directional control of the discharge path via a single-handed radial handle.