Brushes TRIZ Cases

Cleaning apparatus rotates brush while tool detaches polymer residues from spiral spaces, restoring washing effectiveness.

Hooks and rods separate brush drying from roller storage, preventing bristle deformation and mold growth during tool maintenance.

A toothbrush system monitors motor current draw to dynamically adjust brush tip pressure during operation.

A smart toothbrush handle uses sensors to detect brushing movements and time periods for personalized guidance.

Rotating and sliding applicator assembly uses animal rubbing motion to dispense insecticide, reducing manual labor and application waste.

Segmented housing directs hydraulic pressure through brush bristles to dislodge dried paint, reducing tool disposal costs.

Movable collar exposes the applicator for use while retracting it to prevent contamination.

A retractable liquid dispenser uses a sliding mechanism for single-handed operation.

A spring biases the container bottom flush with the shell extension to activate an airless pump mechanism for controlled product dispensing.

A vessel connector seals solvent inside a closed system using an annular ring and support membrane to hold paintbrushes in place.

Sensor data analysis identifies inadequate brushing regions and generates guided secondary routines to correct detected cleaning quality gaps.

Dynamic brush speed control prevents spherical toner fusion on photosensitive bodies by increasing rotation when accumulation exceeds thresholds.

A toothbrush with a removable dispenser houses an oral care agent to prevent enzyme degradation of whitening solutions during travel.

Combining sound detection with motion sensing filters false events, reducing energy consumption while improving monitoring accuracy.

A toothbrush handle incorporates a deformable diaphragm and thumb roller to dispense paste directly into bristles.

An electric toothbrush module moves bristle tips along an oval path relative to the frame.

Integrated thermoform package displays visible assembly features on toothbrush and dispenser, resolving consumer confusion regarding product usage.

An applicator with obliquely diverging branches creates a cavity to store product, reducing reloading frequency while maintaining precise line modulation.

Disposable unit dose applicator delivers frozen cosmetic product to skin via thermal conduction, preventing freeze-thaw degradation from repeated use.

RFID memory tags in personal care attachments enable device recognition of specific users, preventing inadvertent usage and hygiene risks.

A toothbrush uses a light communication module to transmit brushing data without radio frequency hardware.

Disposable pet mouth-cleaning device uses bending protrusions to remove plaque and tartar while eliminating owner effort and pet resistance.

A toothbrush integrates blue light emission and photo detection to capture oral cavity images for disease screening.

A fluorescence oral health detection device uses excitation radiation to analyze dental deposits.

Segmented bristles deliver fluid through a spout section, resolving uneven distribution and excessive usage in dental applications.

Sensors in the toothbrush detect brushing technique to generate a health profile, addressing low engagement that causes gingivitis.

Spring-biased cleaning arms remove corrosion from fasteners while applying precise lubrication without damaging surrounding surfaces.

A flat cleaning tool with through-holes mechanically scrapes dried product from applicator heads.

High-pressure jets remove abrasive dirt from wash gantry brushes to prevent bodywork scratches.

A spring element biases a light barrier plate against the housing inner surface, reducing light crosstalk between neighboring indicators.

An integrated cleaning tool combines a soap tray and brush to remove stubborn paint residues while protecting user hands from harsh chemicals.

An internal pipe shields the applicator from external pressure, reducing remaining cosmetic to 5-15% and preventing deformation.

A cosmetic applicator rod uses a sealing bead to create a leaktight connection with a container wiper element.

A timer mechanism provides visual feedback during brushing to resolve the contradiction between extending action duration and maintaining device simplicity.

A refillable dispenser uses a valve-piercing element to transfer fluid into the reservoir through a check valve.

Sensors monitor articulation point motion and orientation, enabling a processor to provide real-time audio and visual feedback that improves brushing technique.

A vessel cap structure uses a segmented outer and inner cap design to enable efficient opening and closing mechanisms.

DQ pads route address signals through buffers and latches to increase simultaneous device testing throughput.

An authorization server generates activation tokens based on consumable product quantities to control personal care device operation.

Acoustic emission sensors detect toothbrush contact to enable high-resolution tracking, resolving low precision in current toothbrush position monitoring.

A plunger-driven cosmetic dispenser extrudes viscous product through a coned tip aperture for controlled application.

Encapsulating fluid breaks down paint on bristles through emulsion, eliminating solvent use and environmental contamination.

A toothbrush integrates a force sensor and output source to deliver real-time feedback on applied brushing pressure.

Porous wrapper material maintains bristle configuration by enabling rapid solvent evaporation while preventing misconfiguration from non-breathable storage.

A liquid dispensing hairbrush integrates a bladder and bristle support layer to transfer fluid through apertures during compression.

Hinged wedge structures open and pinch-off a resilient conduit, preventing unwanted flow from gravity or vibration.

Rotating cage shafts agitate roller covers in cleaning solution to remove embedded paint and restore nap, reducing waste from difficult manual scrubbing.

Segmented transducer and drive coil assemblies balance opposing torques to minimize handle housing vibration in electric cleaning appliances.

A curved handle stabilizes the grip while a dual-sided head combines stiff and soft bristles to remove debris and groom sensitive areas efficiently.

A flexible outer shell compresses inward to distribute toothpaste via internal brushes during pet chewing.