V-Belts TRIZ Cases
- Power Transmission Belt Mold Releasing Layer for Hole Prevention
Applying a releasing layer to the mold surface prevents discrete hole formation in power transmission belts, eliminating scrap from post-processing.
- V-Ribbed Belt Fiber-Free Coating Resists Stone Penetration
A thick fiber-free elastomer coating on a V-ribbed belt prevents stone damage while reducing heat buildup during bending.
- V-ribbed Belt Wear Detection via Rib Base Color Change
Detecting wear state in V-ribbed belts requires removing the belt for gauge testing, which is often impossible due to limited installation space.
- Acrylic Fiber Nonwoven Belt for Wet Durability
An acrylic fiber nonwoven fabric in a power transmission belt resolves poor durability and irregular surfaces caused by cellulosic blends under wet conditions.
- Transmission Belt Adhesive Layer Using Fatty Acid Salt Crosslinking
Fatty acid metallic salt in the adhesive rubber layer improves cord adhesion, preventing detachment under high tension.
- V-Ribbed Belt Cord Fineness and Thermal Fixation
Optimized polyester cord fineness and thermal fixation reduce flexural rigidity while maintaining belt tension for improved engine drive efficiency.
- Raw Edge Cogged V-Belt Inner Surface Friction for Braking
A raw edge cogged V-belt uses a high-friction inner surface layer to enhance braking force on the pulley interface.
- Bias-Cut Power Transmission Belt Manufacturing Method
Bias cutting a trained belt preform minimizes scrap generation while maintaining precise cross-sectional dimensions and reducing vibrations.
- V-ribbed Belt Rib Flank Reinforcement for Traction Consistency
Lower friction reinforcing bodies embedded in V-ribbed belt flanks reduce dry traction variability and rotational slip while maintaining wet grip.
- Rocker Joint Chain Plate Recesses Reduce Guide Rail Wear
Rocker joint chain plates use longitudinal leg recesses to increase contact surface area with guide rails.
- Cross-linked Elastomeric Synchronous Belt Cold Flow Resistance
A cross-linked elastomeric body envelops fabric reinforcement in a synchronous drive belt to provide low friction and mechanical stability.
- Toothed Belt Core Embedding to Prevent Fabric Wear
Embedding the knitted fabric core prevents exposure at inter-tooth portions, resolving friction wear and preserving tension properties.
- Dimensionally Stable Polyester Power Transmission Belt
A power transmission belt uses dimensionally stable polyester tensile cords to maintain structural integrity under thermal stress.
- Metal Belt Clearance Configuration for CVT Lubrication and Wear
Graded ring clearance retains lubricating oil in outer layers, preventing side face wear on metal rings during low oil conditions.
- Elastic Belt With Lateral Cavities For Tiller Stem Drive
An elastic belt with lateral cavities compresses transversely to fit chain links, then expands to maintain firm stem grip despite wear.
- Plate Link Chain Stiffness and Assembly Simplification
Corner appendages on plate link chain prevent kinking while simplifying production costs.