Hauling Chains TRIZ Cases
- Radially Forged Chain Link for Lower Weight and Higher Load Capacity
Radial forging slims chain link limbs while preserving thicker curves, cutting weight, wear, and material use without losing load capacity.
- Möbius Strip Textile Chain Forming for High Load and Low Weight
A 180° strip-twisting forming path creates Möbius textile chain links that keep high load capacity while cutting chain weight and wear.
- Zip-Fastened Belt Actuator for Lightweight Force Transmission
A zip-fastened belt forms a rigid drive element from two synchronized belts, replacing heavy chains with a lighter, low-maintenance actuator.
- Ringlike Fabric Belt Traction Chain for Insulated Heavy Lifting
A layered polymer fiber traction chain replaces steel cables to keep lifting strength while reducing weight and thermal conduction.
- Cable Guide Running Surface Recesses to Prevent Hydrodynamic Sliding
Recesses in the cable guide running surface let liquid escape, preserving roller adhesion and reducing outdoor noise and energy loss.
- Line-Guiding Chain Recesses to Prevent Roller Hydrodynamic Slip
Recessed running surfaces drain liquid from line-guiding chain links, preventing roller slip, energy loss, and noise.
- Woven Plastic Hoist Chain Links With Lower Constriction Loss
Circularly woven plastic chain links use endless ring geometry to cut constriction losses and preserve breaking strength in heavy-duty hoists.
- Segmented Energy Chain for Low-Friction Loop Storage
A two-section energy chain uses external guides plus rollers or sliding elements to cut friction and enable compact multi-loop storage.
- Cleanroom Energy Cable Guide With Internal Particle-Retaining Material
Functional material inside a flexible cable guide captures wear particles, enabling cable replacement with less cleanroom contamination and downtime.
- Energy Chain Crossbar With Integrated Damping for Noise Reduction
One-piece damping elements built into releasable energy-chain crossbars cut polygon-effect noise and vibration while avoiding extra assembly steps.
- Hybrid Chain Link Weave for Uniform Load Transfer
A dual-creep yarn layout shifts stronger warp yarns to the core and higher-creep yarns to the edges for more even link loading and higher breaking strength.