Suction-Kneading Massage TRIZ Cases

Replaceable weight bags in segmented blanket channels enable customized pressure, better temperature regulation, and easier washing.

A curved pressure tip and angled shaft help reposition a displaced stomach through soft tissue release, offering hiatal hernia relief without surgery.

An integrated motor and gear set synchronizes head and neck massage members to deliver compact self-massage without user effort.

A motorized ridged belt and contoured frame expand back coverage and ease use for people with arthritis or limited mobility.

Multiple arc edges and varied massage points let users adjust pressure with body weight, reducing hand fatigue while improving comfort.

Variable-density watershed and massage fingers guide lymph flow through targeted compression and tissue massage, helping treat GLD and poor drainage.

A one-piece injection-molded body integrates grip contours and tapered massage fingers to avoid weak joints and cut manufacturing cost.

Bulky, wired mechanotherapy robots limit portability and tissue access; oriented magnetic particles enable programmable remote force delivery.

Contoured ends and grip ridges help therapists apply concentrated pressure while reducing fatigue and patient discomfort during soft-tissue treatment.

A padded forehead hammock and sinus relief nodule reduce cheek pressure while an adjustable frame supports natural spinal alignment.

This case uses an eccentric wheel, link, and piston to vary massage-sleeve air pressure, mimicking rhythmic hand motion.

Real-time user feedback modifies robotic massage trajectory and pressure, resolving positioning accuracy issues during therapy.

A diamond-shaped frame with strategically placed knobs targets pressure points while curved handles enable independent user operation.

Manual lifting and shifting via a tab gripping mechanism decompresses soft tissue to reduce normalization time for myofascial imbalances.

A forearm-mounted massage device uses a J-bar extension to deliver targeted pressure to hard-to-reach muscle areas.

An asymmetric teardrop handle with double-beveled edges resolves ergonomic discomfort while consolidating multiple treatment modalities into one device.

A massage chair backrest frame uses sections with varying hardness to provide differential support for the lumbar and upper back regions.

A bendable massage instrument uses protruding nubs and varied edges to engage soft tissue, reducing clinician hand strain during deep tissue mobilization.

A solid soap bar integrates concave and convex edges to mobilize soft tissue while providing lubrication.

An elastic peripheral margin allows the protective member to attach securely to the housing, preventing hair or fur entanglement with the drive unit.

Eccentric wheels convert rotation into reciprocating motion for multidimensional massage while reducing structural complexity.