Radiation Safety Means TRIZ Cases

Orthogonal grasp units position operator hands outside the radiation path, resolving the trade-off between device portability and operator safety.

Adhesive pads on sterile drapes maintain sensor contact, resolving detection loss from barrier layers and enabling faster C-arm motion control.

Segmented brachytherapy systems use localized shielding to treat variable tumors while protecting healthy tissue.

Segmented shielding panels complement internal self-shielding to reduce crew radiation exposure during deep space missions.

Integrated transparent shield on mobile x-ray units provides radiation protection without lead aprons.

Dual sublayers in a high-pass radiation shield block low-energy photons, reducing patient dose without degrading image quality.

Segmented protection covers mounted on separate vehicles prevent collisions while maintaining system flexibility and sterility.

A radiation protection part uses a non-metallic coating on a lead base body to provide corrosion resistance and wear resistance.

Double-jointed shielding elements fold down to clear patient tables, resolving workflow bottlenecks caused by obstructive fixed protection designs.

Display control unit prevents unwanted radiation exposure by maintaining image visibility during active X-ray irradiation.

Nested modular shield blocks over 90% of scatter radiation on existing carriers, reducing staff exposure and equipment clutter.

A mobile radiation generation apparatus uses a front pedal to lock caster swivel and arm rotation simultaneously for stable positioning.

A radiological apparatus uses an L-shaped gantry cover with sliding radiation source enclosures to enable vertical scanning of standing patients.

Zone-based monitoring terminates x-ray emission when the field exceeds boundaries, resolving alignment precision issues in dynamic ICU environments.

Sensors detect patient proximity while encoders trigger brakes or motor control to restrict arm movement, preventing accidental contact with patients.

A radiation therapy system reconstructs a patient digital volume to determine precise couch shift values for accurate isocenter alignment.

A radiotherapy system executes treatment plans using functional components when a nonessential part fails.

Foldable flaps on a radiation shield device provide selective access to target areas, reducing healthcare professional exposure by 93% compared to bulky aprons.

A nitinol organ repositioner device physically displaces the rectum away from radiation fields.

Slender convex rods glide over objects to provide radiation shielding while withstanding harsh sanitizing processes.

Continuous fiber reinforced resin in case corners prevents drop damage by eliminating breakpoints, maintaining sensor panel integrity.

A radiation imaging housing uses a buffer member with lower elastic modulus to absorb impact energy at corners.

A suspended radiation protection system uses a counterbalancing mechanism to support the operator's protective garment.

Segmented radiation shield with a flexible neck adapts positioning to block multi-directional exposure while maintaining structural stability.

Synchronized moving X-ray attenuating curtains eliminate static strip displacement and object jamming while maintaining continuous shielding coverage.

Multi-section rails with detent locks suspend shielding curtains to maintain reliable radiation isolation across varying table orientations.

A suspended radiation protection system uses a counterweight mechanism to offset garment weight, reducing operator musculoskeletal strain.

A mobile x-ray apparatus uses a brake system to enable manual wheel movement.