Electric Shock Equipments TRIZ Cases

Controlled pulsed stimulus delivery helps a conducted electrical weapon sustain neuromuscular incapacitation while reducing battery use and tissue damage risk.

Parallel high-voltage wires and flexible foam block crawling insects on tree trunks without pesticides or growth-restricting barriers.

Pulsed high-voltage delivery with charge-based switching helps a CEW induce NMI while conserving battery power and limiting tissue exposure.

Isolation relays and power-state detection ground an electric fence when shut off, discharging floating voltage to prevent shock.

A coil mesh driven by pulsed electromagnetic fields repels birds across large areas without harmful barriers or frequent maintenance.

Isolation relays ground the fence when power is off, neutralizing floating panel voltage from stray induction and preventing shock hazards.

A saturated output transformer with boost and capacitor stages delivers high-voltage cattle stimulus while keeping the wearable circuit light.

Two series electronic actuators interrupt capacitor discharge at critical moments to cut EMI, recover residual energy, and protect energizer components.

Position-based switching between gentle and firm stimuli guides hesitant cattle across difficult paths with less stress and no fixed infrastructure.

Measured fence losses drive pulse energy and waveform changes, cutting waste while maintaining effective voltage and safer operation.

An integrated phone case uses an electrode, comparator circuit, and Bluetooth link to check electric fence voltage without carrying a separate tester.

Segmented conductive traces on a carrier increase creep distance to block moisture and fecal contamination from causing short circuits.

An elongate insulating body penetrates into lower margins of knitted metallic conductors during extrusion, preventing water ingress and short circuiting.

A conducted electrical weapon measures pulse voltage to calibrate charge delivery against variable loads.

Electric conductive bodies on pre-rolls use electrostatic pinning to transfer oligomers from roll surfaces to molten resin.

A disabling device uses a bridge rectifier to generate non-sinusoidal output waveforms for controlled electrical discharge.

Replacing opaque designs, a translucent UV-resistant base blends with surroundings to eliminate the need for multiple color variants.

A fluoroplastic powder coating uses a leveling agent to disperse aerogel particles within the matrix during curing.

Delayed measurement of electric fence power pulses filters cross-coupling interference, reducing false alarms from adjacent wire noise.

Electronic control unit merges RF and wire-conducted signals to maintain reliable energizer operation when single control tools fail.

Navigation system tracks markers on a C-arm and pointer instrument to determine precise alignment specifications for automated positioning.

A conducted electrical weapon coordinates electrode coupling via a segmented signal generator to establish precise current paths through targets.

A conducted electrical weapon uses signal generators to ionize air gaps for reliable current delivery through clothing.

A mosquitocidal light bulb merges illumination with electrostatic insect destruction in a single socket-mounted unit.

A vertical deposition chamber uses misaligned capillary tubes to maintain electrical contact during chemical vapor deposition of coated filaments.

A powder coating layer applied to a fiber cement substrate using a modified surface interface.

Non-conductive elastomeric shields prevent electrostatic attraction of coatings, eliminating adhesive residue and waste on complex geometries.

A precoating system applies initiators and surface-active substances to control ink flowability and induce curing on nonabsorbent substrates.

Segmented spark gaps enable selective current path formation through target tissue, resolving control limitations in multi-cartridge CEW deployments.

Treating oxidized polymers with polyamines and carboxylic acids boosts surface conductivity, enabling electrostatic powder coating at lower curing temperatures.

Epoxide-amine adducts cure below 90°C to deliver corrosion control and stone chip resistance without chromates or high VOC emissions.

Electrostatic deposition positions microcapsules on a substrate, resolving low image resolution and high production costs of traditional bead-based methods.

A rotating killing chamber inverts to empty carcasses into a collection bin via gravity.

Applying a potential difference deposits capsules uniformly on complex shapes, eliminating binder-induced clustering and settling defects.

A wand uses closely spaced anode and cathode members to generate a concentrated electrical field for stunning aquatic creatures.

Vertical wire segments cover zone breaks near fence posts, preventing climbing and electrical shorting in harsh weather.

An electronic animal trap employs an infrared sensor to detect pests and automatically rearm, preventing premature resets caused by undetected carcasses.

Segmented disposable cartridge isolates dead rodents to prevent pathogen exposure during sanitary disposal.

A flexible bird deterrent tape embeds conducting strips in a dielectric base to deliver electrical shock.

Hydrogen plasma treatment inhibits porogen aggregation in dielectric films, reducing the dielectric constant while preserving mechanical strength.

Replacing bulky transformers with a capacitor-based architecture reduces device size while enabling precise current shape control.

A electroshock device uses shaped pulse capacitors to deliver high-voltage impulses for target stopping.

Granular coating feedstock prepared by melting and grinding resin with curing agent reduces on-site mixing complexity.

Dispensing conductive ink on modeling material containing a sintering inducing agent enables in situ particle bonding.

Electrically conductive polymer elements form the racket frame, merging structural housing and high-voltage circuits into a single integrated body.

Electrostatic powder deposition forms defect-free polymer seals that block gas and fluid penetration while avoiding thermal damage to sensitive components.

A segmented lightning protection circuit uses series components to share induced voltage and limit peak current in electric fence energizers.

Optimizing melt viscosity to 3000-15000 poise prevents stringiness and uneven thickness during immersion coating.

A water sensor detects moisture on an animal shock collar to block power supply activation, preventing accidental electric shocks when wet.

A capacitor discharge control method manages energy delivery in electric fence systems through timed sequencing.

Dynamic parameter changes optimize ionization reliability while reducing energy waste across varying load conditions.

An electronic control device uses an annunciator to signal stimulus status before deactivation.