Belt Fastenings TRIZ Cases

A looping chain-and-sheave drive replaces bevel gears in a load binder to speed adjustment and improve durability in dirty conditions.

Protrusion-linked tubular belt members keep stacked cable guides from falling out while maintaining bending radius and easing assembly in tight spaces.

A sheathed three-part belt joining plate fits multiple conveyor thicknesses with one mold and enables embedded RFID or sensor monitoring.

Protective belt-end encapsulation keeps exposed cables and surfaces clean before splicing, reducing splice delays and maintenance downtime.

A support ring redirects clamping force to stop reception-room widening, preventing toothed belt slip and jamming while easing assembly.

Cold-formed clamping profiles create positive engagement with belt reinforcement layers, reducing load peaks while transmitting high tensile forces.

Prepared belt-end cables are grouped into containment bags to prevent contamination and damage before splicing, reducing shutdown time.

Rigid embedded connectors join conveyor belt ends for easy removal and repair without cutting the belt or disassembling the conveyor frame.

A single-position die setup presses and bends fixing cramps together, speeding transport belt connector attachment while improving alignment.

Localized welding joins reinforced TPE belt ends while avoiding polyolefin fabric melting, preserving tensile strength in endless belts.

Thinner platens, resilient insulation, and forced air cooling cut splice heating and cooling time while maintaining belt joint quality.

Recesses formed on the product face expose belt reinforcements for heat-bonded connectors that spread loads and resist tearing in endless food belts.

Positioning holes and localized high-frequency heating improve conveyance belt weld quality, alignment, and replacement efficiency.

Wider distal loop portions spread hinge pin loads in conveyor belt fasteners, cutting peak stress and improving heavy-duty durability.

Asymmetric ribs on a belt connection pin grip belt material to stop torque- and tension-driven pin walkout in drive and transport belts.

A splice frame anchors belt cables and retains fasteners to cut repair time while preserving tensile strength and flexibility.

A single reciprocating blade cuts both sides of belt fingers while an indexed pivoting table improves splice accuracy and reduces manual handling.

Horizontal cuts and heat fusion create a durable thermoplastic handrail splice while preserving slider fabric continuity and appearance.

A removable offset spacer opens the plate wings for easier belt-end insertion while keeping strong fastening and lower mold complexity.

A repeated interface pattern lets one junction plate serve as both upper and lower plates, cutting mold variety, cost, and maintenance effort.

Wrapped fabric layers wedge around rods at the belt joint, raising tensile strength while preserving bending flexibility on agricultural conveyors.

An offset removable spacer frees wing space for easier conveyor belt insertion while keeping the joint strong across varying belt thicknesses.

Sensors and remote control keep vulcanizing temperature, pressure, and time on target to improve conveyor belt splice quality and reduce downtime.

An electrically driven roughened roller with hydraulic pressing applies even pressure across large conveyor belt joints with less operator effort.

A compact multifunction tool opens and closes quick chain links through direct translational force, avoiding bulky lever arms and rotary handling.

Forced-air cooling and resilient insulation cut splice press heating mass, shorten cycle time, and keep belt dwell conditions consistent.

A spring-crank jaw mechanism rapidly separates melted belt ends from the heating wand, reducing sticking and improving splice quality.

Segmented connecting components with interchangeable adapters adapt to varying door loads while maintaining compact geometry.

Geometric form-fitting engagement between the clamping plate and traction unit eliminates screw damage while maintaining force transmission.

Elongation-resistant connection elements integrate with the belt tension layer to form a single neutral bending plane.

Shifting anvil aligns guide openings for initial and final staple setting, eliminating separate tools and reducing installation time.

Interlocking complementary profiles and thermoplastic melting join belt ends, preventing slippage under traction efforts.

Reversible serrated junction zones in a looped belt allow on-site assembly while maintaining mechanical strength and fatigue life.

Transverse cold re-pressing of wire hooks into belts eliminates sequential transportation between stations, reducing production time and complexity.

Beveled edge joining eliminates custom molds, reducing rejects while maintaining consistent hose thickness across variable lengths.