Devices For Heating/Cooling Reflex Points TRIZ Cases

See how screen-printed silver-powder coatings on cloth replace rigid electrodes to deliver brea

See how folding bed legs nest within the bed body to minimize storage volume and simplify manuf

See how a massage chair measures shoulder height to predict hip bone position and determine cor

See how a noise-absorbing enclosure around air compressors and valves reduces massage chair ope

See how a sliding armrest mechanism improves user access and arm stretching while a noise-reduc

See how an arc-shaped elevation unit with gear mechanism enables simultaneous pressing and push

See how a vertical motion adjuster with arc-shaped elevation enables thermotherapy devices to a

Ceramic heating in the seat and waist plates delivers thermal therapy while supporting correct posture without electromagnetic radiation.

Zoned seat heating, airbags, and airflow cooling work together to prevent heat buildup and preserve localized massage warmth.

Electromagnetic induction heats a ferromagnetic acupuncture tip with feedback control, avoiding burns, smoke, and unstable moxibustion heating.

A heated handle diffuses heat through a thicker silver shaft to limit burns, while a gold needle body lowers insertion pain.

Laser heating fuses the needle handle to the tube, removing separate fixing parts to cut packaging complexity, cost, and handling effort.

A dual-grip back massage structure lets users target discrete back areas while maintaining neutral posture and avoiding body strain.

Stage-based spinal heating and massage patterns align with sleep cycles to balance nerve activity while limiting heat and pressure stress.

Curved double-funnel channels separate heat input from cold discharge, improving thermal therapy effectiveness without manual treatment skills.

Phase-change aliphatic compounds regulate oxygen-driven heat generation in warming materials, improving temperature stability and burn safety.

Automatic positioning and spine scanning let a heating moxibustion unit reach specific body areas for more precise thermal massage.

Heated essential oil volatilization inside a negative-pressure cup adds aromatherapy during massage and helps shorten circular blood stasis recovery.

A dual-mouth mechanism switches between scraping and cupping, using screw and meshing drives to maintain airtight vacuum suction.

Spine scanning and staged thermal massage patterns balance heating, comfort, and sleep transitions to support immune function.

Body key landmarks and meridian topology improve abdominal acupuncture point location where low skin texture limits direct detection.

By integrating the pump, battery, and control housing into the cup body, this cupping design enables portable multi-therapy treatment with less setup effort.

A fitted helmet places acupuncture objects at scalp points and controls heat while shielding hair and scalp from direct exposure.

See how wearable compression sections position interchangeable trigger objects for targeted, adaptable myofascial release.

This case separates Lingnan herbs by solvent for improved extraction, then pairs the composition with moxibustion to relieve fatigue.

Conductive bands extend into the thumb sleeve to improve acupuncture-point coverage while combining heating and adjustable stimulation.

A rotating heating part transfers thermal energy directly to a ceramic component via an intermediary transfer member, resolving heat loss from spacing gaps.

An integrated bidet steaming chamber isolates the steam generator from the water tank, preventing contamination while enabling safe hip fumigation.

A spring-biased jaw device applies pressure to the Hegu point.

A moxibustion device sets customized massage patterns based on disease types to target specific spinal nerve zones.

Spot heating and cooling elements deliver localized thermal sensations to specific body parts.

Spring mechanisms apply automatic pressure to overcome manual fatigue while a protective cover prevents prepuce clamping during operation.

Replacing needles with acoustic waves, the device focuses sound energy on acupoints to improve delivery efficiency while eliminating skin burn risks.

An interrupt-resume controller maintains cumulative cooling dose during pauses, ensuring selective fat reduction without compromising treatment safety.

A piezoelectric system integrates oscillation generation and power production through a proof mass coupling two elements.

An electric moxibustion device replaces combustion with a heating coil and heat storage unit to eliminate ash while providing deep abdominal heating.

An in-ear device uses a thermoelectric transducer to deliver caloric vestibular stimulation via an ear insert sleeve.

Shiftable pins produce multi-modal signals to improve brain plasticity and reduce nervous system discrimination thresholds.

A control unit scans the spine using a horizontal motor to measure operating current and calculate vertebral positions.

Segmentation and merging resolve the trade-off between structural simplicity and pressing intensity in thermotherapeutic devices.

A vibrotactile stimulator applies mechanical vibration to the neck surface to trigger swallowing reflexes in patients with neurological disorders.

Projection parts use a specific load-crush profile to manage reaction forces, preventing excessive pressure while maintaining stable skin contact.

A suspended moxibustion device uses a motor-driven crank and link lever to rotate the moxa stick above acupoints.

A control unit generates alternating pulses with adjustable widths and frequencies to drive an oscillating motor.

A heat conductive acupuncture needle uses a non-conductive holding cover to isolate the grip from thermal energy.

A moxibustion robot identifies back acupuncture points using human body skeleton key feature points and detected thoracic lumbar vertebra positions.

An internal heating element rotates with a ceramic unit to eliminate spacing gaps and maintain stable current supply during operation.

Circulating cooled fluid through internal conduits reduces heat and moisture build-up at the patient-mattress interface.

A spinal thermal device method predicts safety by generating 3D body structure data and calculating thermal conduction.

A magnetic moxibustion device uses a detachable canister and guiding needle to deliver combined therapy.

Parallel channels in the instrument resolve contradictions between measurement precision and productivity by treating multiple patients at once.

A cutaneous stimulation module applies tactile stimuli to specific skin locations to activate muscle contraction and enhance rehabilitation.

A medicine application device with ultrasonic massage enables concentrated supply of medicinal molecules to patient skin.

Adsorption chamber creates negative pressure to secure the moxibustion jar onto skin while medicine vapor generation increases internal gas pressure.

A microwave physiotherapy device uses multiple mechanical arms to deliver simultaneous thermal treatment across ten acupoints.

Segmented tips with internal cavities deliver targeted heat to the scalp, bypassing hair barriers that block conventional devices.

A forehead thermal applicator cools the prefrontal cortex to reduce cerebral metabolism and promote sleep.