Acupuncture TRIZ Cases

See how a noise-reducing enclosure isolates air compressor and valves in massage chairs to mini

See how a magnetic clipping device secures bulk-packaged acupuncture needles, enabling single-n

An insulating sleeve separates the RFID antenna from the metal needle, enabling stable long-range identification and safer disposable needle tracking.

A capacitor linked to conductive acupuncture needles improves charge neutralization at acupoints, enabling longer pain relief with less manual handling.

An integrated trigger, spring, and force-boosting mechanism enables continuous needle firing with easier operation and more consistent penetration.

An expansion sleeve separates the RFID antenna from the metal needle body, enabling stable long-distance identification of acupuncture needles.

A guided moving member and elastic skin-mimic structure conceal real vs sham needles while keeping insertion depth consistent.

A spring-driven needle cartridge advances and aligns single needles for continuous ejection, reducing manual handling time and practitioner effort.

Blunt oscillating needles stimulate thin or sensitive skin without piercing, reducing pain while maintaining localized microneedling effect.

A multi-axis robot uses real-time imaging and remote teaching control to improve acupuncture accuracy, reduce labor, and extend care remotely.

See how a handheld probe uses pulsed current and clinician sensing to locate acupuncture points faster and more precisely.

Clinician-only dry needling can be costly and inaccessible; this handheld holster stores, loads, ejects, and depth-controls needles for home use.

Injection-molded couplers secure uniformly spaced acupuncture needles, preserving orientation for efficient analyte sensor production.

This case shows how a flexible lead converts normal body movement into ongoing nerve stimulation, reducing repeat insertions and visits.

This medical needle combines laser and electromagnetic stimulation with timed pulses to control heat and reduce burn risk.

Deep learning locates and corrects head-side acupuncture points using fitted meridian curves.

Segmented storage grooves and a detachable sheet member resolve the sterility versus ease of opening trade-off in acupuncture needle packaging.

A conductive needle coated with a triboelectric nanogenerator harvests mechanical energy from insertion to generate therapeutic alternating current.

Segmented adhesive sheets simplify application complexity while maintaining prolonged muscle tension relief without expertise.

Adjustable housing secures diverse needle types, eliminating the need for multiple dedicated holders during procedures.

A diagnostic kit generates standardized wellness statements through timed blind selection of archetype-labeled essential oil vials.

Low amperage pulsed stimulation at 10 Hz reprograms cells to accept allergen frequencies, eliminating pain and bleeding risks from traditional needle insertion.

Electromagnet drives needle driver to push acupuncture needle through protective tube, eliminating manual spring compression and reducing needle exposure risks.

A pressure sensor detects user force on a non-transparent skin layer and transmits electrical signals to a message module for real-time feedback.

A patient electrical treatment kit uses conductive acupuncture needles to withdraw excess electrons from the body through a grounded pad.

A diode prevents current backflow to the sternum while maintaining retinal stimulation via orbital bone conduction.

Helical cam mechanism relocates adjustment controls outside the grip area to prevent accidental changes while enabling precise needle depth settings.

A multi-needle syringe integrates bipolar electrodes to apply high frequency waves directly into skin tissue.

Conductive acupuncture needles establish deep electrical connections with subcutaneous tissue for effective electron discharge.

A needle delivery system uses a slidably engaging stabilization sleeve to secure filiform shafts during insertion.

A dispensing device uses a thrust mechanism to advance needles into a guide tube for rapid practitioner loading.

A puncturing guidance tube with a tapered cylindrical body and lateral needle gateway.

Translational microneedles eliminate uneven force distribution by applying unidirectional mechanical stimulus to skin tissue.

Eccentric posts convert motor rotation into reciprocating motion for swing arms that target the neglected popliteal fossa to relieve knee joint pain.

Insulated needles deliver high frequency energy directly to the dermis, achieving coagulation while preventing epidermal burning.

A compact wearable patch delivers controlled electrical or magnetic stimulation to acupuncture points via a wireless intermediary device.

A high frequency treatment device uses detachable contact and invasive handpieces to deliver energy to skin surfaces or deep tissue layers.

A consecutive acupuncture cartridge uses a magnetic guide to align needles for striking.

Positioning device guides needles to elbow tendon via connecting members while a nested protective cap covers sharp tips to prevent accidental injury.

A micro needle driving device uses a rotating unit and moving cam to linearly move the needle part along the motor axis.

An electromagnetic acupuncture device uses specialized coil configurations to generate variable magnetic fields for precise needle stimulation.

Spring-loaded ejection accelerates biosensor implantation and enables immediate guide needle withdrawal, reducing user pain and tissue damage.

Dynamic needle protocols induce local twitch responses in myofascial trigger points while reducing muscle damage and pain.

Dissimilar metal electrodes create galvanic potential to deliver self-powered stimulation, bypassing expensive medical devices.

A switchable vibration modal ultrasonic device combines magnetostrictive materials with independent drive coils to generate longitudinal, torsional, or compound vibrations.

Acupuncture needle antenna absorbs ambient electromagnetic waves to generate localized therapeutic heat, eliminating power supply requirements.

A galvanized steel medical needle features a Teflon-coated shaft to enhance ultrasound visibility.

A surface probe applies high-voltage pulses to muscle motor points, eliciting therapeutic twitches without needle penetration.

Repositionable electrode and conductive gel ensure even current delivery, resolving uneven stimulation from existing topical systems.

A needle assembly uses an inwardly-extending projection on a guide tube to engage a handle for secure retention.