Oral Administration Device TRIZ Cases

Sealable aroma cavity in pacifier housing stores volatile essential oils for controlled evaporation.

A tablet splitter uses a pentagonal wedge and flexible matrix to split tablets without blades.

A medication dispensing station employs a pivotally attached cradle and releasable connector to reduce spills during manual handling.

A manual pill splitter uses spring-loaded alignment bars to hold tablets in a straight line for simultaneous cutting.

Dual wireless charging modules supply power to handheld devices and storage boxes, preventing frequent battery depletion during medical operations.

An expandable lumen in a feeding tube accommodates intact pills, resolving clogging issues caused by rigid small-diameter designs.

A plunger unit with a dome and blade crushes and cuts pills on a base.

Segmented movable arms on a dosage device prevent tracking errors in alternating three-hour medication schedules.

A tablet cutting blade replacement jig uses a plate-shaped body with notches to hold blades and manual retention members for switching states.

A pacifier with an internal balloon expands during sucking to deliver fluids directly to the infant.

Synchronous wheels drive holders to clamp and cut multiple pills at once, resolving low productivity in conventional single-pill devices.

Automated dispensing unit delivers precise quantities of active nutraceutical ingredients based on individual prescription data.

Dual blades split pills simultaneously via sliding housings, resolving precision trade-offs with segmentation principles and dynamic blade covers.

A pill cutting apparatus uses a rack and pinion mechanism to coordinate blade and positioning members for precise alignment.

A pill dispenser uses a pushing lever to rotate a storage plate and align chambers with a dispensing hole.

A mechanical clutch transmission drives an output roller to dispense active ingredient strips with precise incremental control.

A swallowing aid device uses a rotating assembly to dissolve pills in liquid via vacuum suction.

Segmented chambers and a dynamic movable member enable precise volume-based dosing, resolving clogging issues in small particle dispensing.

A multiple dose spoon device with movable sliders and tablet blocking ribs dispenses mini-tablets in precise 1-unit increments.

Slide tracks on a detachable storage container resolve the contradiction between ease of operation and connection stability.

Segmentation separates the reminder device from the strap, resolving reliability issues caused by misplaced bottles.

Segmented bands and dimensionality changes allow a rotating indicia window to display medication times without obscuring the bottle label.

A medication adherence monitoring method calculates patient scores based on estimated drug concentration levels derived from dose timing data.

Controller allocates drug information to compatible cassettes and drivers based on target drug dimensions, preventing incorrect allocations.

A deformable four-connecting-rod structure drives a U-shaped movable crushing member to close a V-shaped cavity for efficient pill pulverization.

Perpendicular cutting wedges split tablets evenly, preventing breakage from dull blades.

Curved crushing plates converge force via a lever mechanism to pulverize solid tablets, resolving swallowing difficulties for patients.

Optical detection counts pills passing through a collimated light path, resolving accuracy issues in automated dispensing.

Tubular packaging webs fold into bag-shaped receiving areas, preventing medicament portions from jumping out during high-speed joining.

A pill splitter uses a rotatable cassette to hold multiple pill sizes and shapes securely.

An adjustable frequency vibrator controller regulates vibration output to prevent unstable tablet supply caused by varying tablet sizes and weights.

Automated medication dispenser adjusts dispensing schedules based on patient presence detection to ensure timely administration.

Segmented markings and a mechanical timer on a curved spoon resolve dosing precision and spilling trade-offs.

Merging tray channels into shared detection paths eliminates one-to-one slide ratios, boosting counting capacity without increasing device size.

A pill cutter uses a sliding guard to cover the blade when open and expose it during use.

A hydration system uses a bite valve and flexible tube to deliver fluids directly to patients.

A spring-loaded lever retracts the crushing head automatically, eliminating manual effort while a pouch absorbs impact noise for quiet operation.

Segmented compartments with a sliding tray and write-on surface reduce medication errors by enabling clear identification and dosage tracking.

An in-vehicle system leverages biometric identification to detect drivers and issue visual, audible, or haptic reminders for prescription medication adherence.

Curved blade geometry matches convex pill contours to eliminate fragment waste and irregular surfaces from straight blade cutting.

Adjustable break pressure thresholds dynamically reduce partial vacuum resistance, easing weaning stress while preserving pleasurable sucking feedback.

A pill crushing device uses a spoon to retain and transfer pulverized pills from the chamber.

Sensors detect cup access to transmit real-time compliance data, resolving the trade-off between monitoring accuracy and device simplicity.

Trapezoidal pill tray uses transparent surfaces and open spouts to eliminate blind spots, resolving prescription verification errors.

A pill dispenser calculates individual pill volume using occluded electromagnetic signals to enable precise counting across varying sizes.

Color-coded syringe zones eliminate complex bedside calculations by providing visual dosage ranges, reducing dosing errors in pediatric emergency care.

A glove-mounted feeding catheter system delivers nutrition through a pinky finger to support infant sucking motion detection.

Loosely fitted threads on a rhythmic pill crusher enable rotation without height displacement, reducing manual effort and preventing cross-contamination.