Devices For Locating Reflex Points TRIZ Cases

See how upward projections apply pressure to the perineal body and puborectalis muscle to strai

AI maps joint vectors to each subject's body and overlays acupuncture points in real time for more accurate, standardized localization.

Adjustable bilateral compression and localized contact points let users self-apply precise, consistent pressure to hand trigger points.

Capacitance-based sensing replaces resistance and saline-dependent measurement to improve acupuncture point frequency accuracy and device life.

A multi-task model segments part and organ reflex zones, then checks nested positions to improve identification accuracy.

Replacing subjective manual palpation with automated frequency deviation analysis for consistent meridian mapping.

Disposable sensor sheets measure pressing force and area to standardize muscle relaxation techniques, eliminating the need for years of expert training.

A defibrillator selects excitation current frequency based on intended dosage to measure patient impedance accurately.

A meridian acupuncture sleeve applies electrical pulses to wrist pads, stimulating body lines to relieve pain without multiple direct application points.

A portable electroacupuncture probe uses a force sensor to measure skin resistance accurately.

Adhering a rigid stabilizing film to skin maintains ablated hole patency against tissue collapse, enabling extended access to deeper layers.