Chiropractic Devices TRIZ Cases

A balance control apparatus calculates torque to assist walking.

A modular assisted standing device uses pivot joints and damping to provide controlled lateral gait movement.

Coupled manipulating members in a spinal therapy device drive simultaneously to address localized vertebral areas with varying tissue stiffness.

A battery pack integrates a reciprocating massage actuator with an electrical connector for portable devices.

A walking assistance device transmits force via a flexible belt, distributing pressure to minimize discomfort.

Dual motors adjust wire tensions based on gait data, resolving single-direction limitations of existing ankle assist devices.

A bed-integrated knee module uses eccentric disks to automate leg rehabilitation movements.

An adjustable rail connects the thigh to an anchor point, preventing knee torque while accommodating individual alignment needs.

A SensiMo Disc shifts position to stimulate infant tactile, vestibular, and proprioceptive systems.

Segmented elastic bands resolve position stability issues by allowing dynamic tension adjustments that maintain optimal compression during physical activity.

A handheld device uses modulated micro-motor vibrations and a ground-projected laser guide to assist patients with motor control.

A limb stretching system uses a ratchet assembly to apply controlled tension for independent muscle expansion.

Segmented base units accept detachable tops containing resistive heaters, enabling instant localized warmth without complex power management.

Computer-controlled rehabilitation robot provides active and passive training modes through real-time motion control and sensor data feedback.

Opposing ridge and groove features guide moisture toward a drain hole, protecting the electric connector from water intrusion while simplifying installation.

A variable rate coil spring applies biasing forces to a leg link joint in a body weight support device.

A foldable orthopedic back stretcher uses gravity to stretch and align the spine without mechanical force.

A rehabilitation system uses a sensing unit to collect pedal pressure and exercise data for real-time parameter adjustment.

Integrated mechanism provides multidimensional hip motion to resolve the contradiction between treatment frequency and caregiver burden.

A portable insole supports the transverse arch to guide natural longitudinal arching and induce plantar muscle contraction.

An orthogonal drive mechanism aligns technical axes with anatomical joints, reducing misalignment errors during large shoulder motions.

A linear motion sexual stimulation device uses a ball screw to drive a gripper and flexible sleeve for controlled reciprocating movement.

A tilt-and-lock mechanism adjusts the foot-bracing platform angle for targeted calf stretching.

Portable vibrating massage device uses a guide slot to align with stable structures, enabling users to apply consistent pressure without arm strain.

A driving module uses a single source and multi-port decelerators to transmit power to multiple supporting modules.