Electrode Carrying Means TRIZ Cases

Adjustable spacers on a fastener shaft replace welding to prevent plate warping while enabling customizable spacing for electrostatic precipitator cells.

Parallel charging plates apply stable charges to dust particles, reducing pressure loss and material waste during assembly.

Sparking rate feedback controls rapping frequency to minimize device wear and emissions while maintaining collection efficiency.

An annular gap and radial thickenings enhance the electric field strength to deposit particles on the shielding electrode, preventing insulator contamination.

An integrated electrical dust-collecting filter uses corona discharge electrodes to ionize incoming air and attract particulate matter.

Divided precipitation plates reduce mechanical stress from thermal expansion and deflection, maintaining operational reliability.

Electrostatic collection panels charge and attract water droplets from gas streams, reducing energy consumption compared to thermal plume abatement systems.

Segmented discharge and collecting electrodes prevent creepage in humid environments while enabling customizable dimensions.

Electrostatic aerosol collectors capture harmful microbiology at the source, reducing airborne pathogen concentrations in bathrooms.

A conductive terminal with contact protrusions inserts into insertion grooves to electrically connect multiple films within a dust collection unit casing.

A discharge electrode featuring a sudden widening section creates distinct electric field zones for uniform particle deposition.

Measuring resistance across conductive media filter pads verifies proper grounding and prevents safety issues from incorrect installation.

Segmented housing with corrugated surfaces extends creeping discharge paths, preventing electrical shorts from conductive contaminants.

A remote electrode air ionization system simplifies installation by separating control circuitry from electrodes mounted in the air stream.

Segmented dielectric plates and current limiting circuits prevent leakage arcing in high humidity.

A purifying device secures a negative ion generator emitting head using a limiting structure and cover.

Insulating support members prevent sagging of extended film electrodes, stabilizing separation to enhance dust collection efficiency.

A precipitator employs an insulating mediator to reduce electrode vibration and short circuit risk while recovering washing water via an adsorption belt.

An annular discharge electrode creates a uniform electric field that enhances ion production and reduces electromagnetic interference in plasma chambers.

A hydrophobic surface coating on the support portion prevents discharge channel formation in high humidity environments, extending device lifespan.

Inclined collecting electrode edges concentrate wash water at a lowermost point, eliminating obstructive trays and maintaining exhaust gas flow rate.

Groove-shaped fixing structure secures connecting terminals in electrification units to enhance assemblability and electrical insulation.

Segmented attachment elements enable safe electrode replacement without high-voltage exposure, resolving maintenance complexity in electrostatic collectors.

A segmented electrode plate uses a semiconductor layer to control charge transfer.

A catalyst layer on the counter electrode decomposes ozone generated during corona discharge in electrification units.

Resilient restoring elements deflect electrodes for safe cleaning and automatically return them to position.

Spaced discharge and collecting electrodes with tie rods reduce vibration in desulfurization apparatuses.

Parallel corona ground elements position charge wires between them to increase ionization efficiency and reduce arcing risks in electrostatic precipitators.

Semiconductive terminals maintain electrode spacing to prevent insulation breakdown while preserving precipitation efficiency.