Chiropractic Devices TRIZ Cases

A treatment apparatus detects cavitations and adjusts physico-chemical parameters to stabilize generation states.

Appliance maintains low humidity via desiccant and impermeable barrier, resolving reliability comfort trade-off for passive arthritis therapy.

A mobile eye washing station uses a waste basin to compress a fluid cartridge, eliminating bulky fixed installations and enabling relocation.

Segmented pelvic frame isolates electronic unit from deformation via back support lid, ensuring reliability without added weight.

A wearable robot detects arm movement direction to determine walking intent and produce auxiliary torque.

Single motor drives eccentric weights along a shaft to create uniform vibration amplitude across the roller surface.

Flexible pad embeds transducers to transmit low-frequency sound waves through skeletal bones, resolving head-mounted device displacement issues.

A walking training system uses a sensor to detect the swinging end phase and reduces tensile force from that timing.

Focused ultrasound ablates renal sympathetic nerves through precise acoustic heating, eliminating surgical trauma and collateral tissue damage.

A walking training apparatus detects motor torque during leg-idling periods to identify patient physiological states.

Control unit computes differential angle phase between hip joints to provide cyclic assistance without complex parameter settings.

A magnetic actuator transmits rotational force via alternating pole attraction to provide compliant motion.

A gait learning exoskeleton adjusts driving force timing and strength to guide autonomous limb movement.

Segmenting internal and external arms resolves complexity while enabling simultaneous multi-area stimulation during intercourse.

A musculoskeletal vibration system provides independent electronic control of vibration parameters and overall biasing force for limb therapy.

Segmented panels and antimicrobial materials resolve the trade-off between continuous compressive support and emergency access to incision sites.

A joint assembly uses parallel link units to mimic human ankle movements in a walking assistant robot.

Segmented air chambers and stiff partition plates generate large elastic forces without abnormal bending, resolving weight and size trade-offs.

A robotic platform uses servomotors and load cells to emulate horse movements for motor assessment.

Elastic scoliosis suit applies targeted compression forces to align the spine, replacing rigid braces that hinder daily wear.

Pivoting joint redirects load from foot to hip, enabling normal gait during recovery.

Segmented base frame with pivot feet adapts to uneven surfaces, resolving the contradiction between structural rigidity and portability.

Movable bed board sections and elastic stoppers provide linear traction for cervical, thoracic, lumbar, and pelvic areas without requiring separate tools.

A cordless chiropractic adjustment device uses a direct current motor to propel a thrust element via a resilient spring for precise force delivery.

A pivoting footplate coupled to a hydraulic force application mechanism provides controlled extension and flexion assistance for ankle rehabilitation.

Dual extrusion tubing routes air and water through a single conduit, reducing plumbing complexity and eliminating hazardous glue.

Segmented handle design resolves portability contradictions while adjustable resistance minimizes treatment time and practitioner strain.

Segmented brackets secure the pneumatic actuator to improve fixation reliability while maintaining simple device complexity.

Segmenting the mounting member from accessories via universal apertures reduces device volume while maintaining versatile massage functions.

One force sensor measures applied loads to drive assistive motion, eliminating the need for multiple sensors and reducing device complexity.

Three mutually decoupled drives apply controlled torques to evaluate knee joint stability, replacing subjective manual tests with objective measurements.

A low friction rehabilitation board features integral band retaining slots and range markings for precise exercise tracking.

A multimodal sensory feedback system guides balance rehabilitation through adaptive visual, auditory, and vibrotactile cues.

Sliding upper leg coupling member follows natural knee motion, eliminating skin rubbing and discomfort.

Inflatable bladders apply diverging pneumatic forces to stretch spinal vertebrae while stirrup straps engage leg muscles for traction.