Apparatus For Cutting/Splicing Cables TRIZ Cases

Separated dielectric cavities control capacitive coupling in paired-cable splices, improving impedance matching and signal integrity in harsh environments.

A groove-guided rotating trimmer cuts conductor strands more efficiently to maintain overhead line clearance and support in harsh weather.

Movable idler wheels automatically match cable diameter and absorb joint shocks, keeping cable recovery continuous without external piloting.

A wedge, shim, and blade let the clamp hold a drop cable normally, then cut it under excessive axial force to prevent clamp or structure damage.

A reference surface and automated untwisting align twisted pair core wires for consistent cut length and higher cable processing efficiency.

A two-piece clamping die and cutting tube trim flared high-voltage cable shields more consistently, reducing operator variation and incomplete cuts.

A reference-surface positioning body aligns exposed twisted-pair core wires for uniform cutting length, reducing manual error and improving throughput.

A UAV carries and remotely actuates a hand tool through a flexible attachment that absorbs impacts and reaches hard-to-access work areas.

A reversible elastic clamping body secures conductor elements during insertion while distributing force to prevent insulation marks and damage.

A pivoted jaw combines cable cutting and compression in one tool, removing attachment head changes and improving field productivity.

A single pivot unit, loop layer, and cable tray streamline cable loop assembly while simplifying batch separation, transport, and space use.

Loop holding and vertical batch handling let swivel cable assembly form, secure, and store cable loops with less space and rollover risk.

An asymmetric hybrid cable embeds power lines and an optical conductor to deliver 10 GBit/s data while preventing polarity reversal.

A bismuth-encapsulated penetrator splice replaces bulkhead connectors to block gas migration and maintain ESP cable integrity under heat and pressure.

A dielectric divider separates paired splice terminals to control capacitive coupling, preserve impedance, and protect cable splices in harsh environments.

A pivoting dual-cutter cable stripper simplifies access-limited insulation removal by combining transverse and longitudinal cuts in one pulling motion.

An integrated finger-actuated incision blade lets cable scissors cut and strip insulation precisely without the bulk and cost of complex toggle mechanisms.

Two saw blades cut armored cable sheathing at separate points while a clamp secures the cable to prevent slip and conductor damage.

Segmented crescent cutting edges increase opening width across the bite to cut tubes and cables with less force.

Motor-driven cutting and feedback control prepare cable jackets and grounded straps accurately, reducing conductor damage during splicing.

Processor-controlled cutting, splice installation, shell fitting, and sealant injection reduce manual errors and speed medium-voltage cable splicing.

Series inductors turn an existing vehicle DC power wire into a clean data path, blocking ignition and injector interference.

A spring-loaded sliding plate locks the cutting arm onto a post for fast, tool-free replacement in cable preparation machines.

A knob-controlled pliers structure combines clamping, wire cutting, wire peeling, and screw cutting to replace multiple hand tools.

A flexible shield tube simplifies high-voltage cable branching by replacing rigid multi-part housings while maintaining shield continuity and waterproofing.

Cutting blades and movable slit blades strip wire covering in one sequence, avoiding left-right wire repositioning and saving processing time.

A concave-arc chipping blade on the pliers back enables safe chipping with closed clamps, reducing user injury risk and workpiece damage.

Preloaded springs and a locking lever enable reliable cable severing in inaccessible deepwater locations without manual intervention.

Modular processing stations automate cable-end plug connector assembly to raise throughput, precision, and connection robustness for high-voltage cables.

Independent drives let incising and slicing knives run at different speeds, improving cable cutting precision, throughput, and waste control.

A power tool-driven blade and movable jaw assembly slit cable jackets quickly in tight spaces while protecting internal wiring.

A spring-loaded jaw assembly grips and advances cable toward a rotating blade for fast jacket slitting with less effort and lower wire damage risk.

Strength enhancers in conductor insulation raise crush and abrasion resistance, removing binders and Teflon wraps to cut waste and labor.

Synchronous supporting elements stabilize insulated flat material during stripping, enabling complete insulation removal with less surface damage.

Separate wire feeding, cutting, stripping, and crimping modules boost automation while reducing labor, floor space, and setup cost.

A force-intersection layout creates torque that tilts exchangeable blade parts inward, closing the cutting gap and preventing cable strand jamming.

A spring-biased flange and fixed retainer keep cutter blades aligned under high force, reducing jaw jamming and incomplete armored cable cuts.

Staged opening widths along curved cutting edges move the workpiece inward, reducing cutting force and improving full-section cuts on pipes and cables.

A transition coupling with adhesive bonding and threaded liquid-tight connectors simplifies slab conduit wiring while maintaining waterproof seals.

Staggered wire cutting with delayed blade engagement lowers peak cutting load, enabling smaller binding machines with lower power use.

A spring-biased flange and fixed retainer keep hydraulic cutter blades aligned, limiting jaw spread and preventing jams during full cuts.

Multi-slope cutting edges and a stepped separating web guide cables and cut different diameters with less force and higher precision.

A movable slit blade cuts and slits wire covering along the cable axis, avoiding left-right repositioning and reducing stripping time.

A semi-circular tool compresses a spring-biased vise grip to release power line cables without cutting.

Segmented processing modules manage high-volume production complexity while maintaining robust quality assurance for automotive connectors.

A fan wire trimming module secures winding ends using locating bosses and fixing splits to prevent displacement during soldering.

A hot stick knife accessory uses a unified attachment component with hook and teeth receptacles for secure engagement.