Patient Positioning For Diagnostics TRIZ Cases

A static cling vinyl guide with a V-shaped groove positions medical equipment wheels on the operating room floor.

A dental imaging apparatus features a seat arrangement that pivots between working and rest positions to support patients during radiographic procedures.

A rotary member uses a secondary T-slot attachment mechanism to secure components during tomography gantry operation.

Dynamic speed control prevents forward falls at critical angles, resolving the contradiction between rapid operation and patient stability.

A holding device for an X-ray tube uses a drive unit and operation amount detector to move the tube based on operator input force.

A concave image receptor support with rounded edges and a recessed bottom surface reduces skin pressure and bruising during mammograms.

Information processing device scales projection image size based on detected distance to the compression plate.

Segmented arched modules nest within a fixed structure, enabling compact transport through hospital doors while providing full imaging space.

Pre-configured multi-leaf collimators eliminate adjustment delays, enabling ultra-high dose rate delivery for deep-seated tumors.

An O-arm CT system adjusts its ring orientation and height to improve patient positioning comfort while reducing device size.

A tilted scatter detector and non-planar catcher capture more photons, resolving low sensitivity constraints in clinical imaging.

Shoulder supports displace soft tissue to eliminate obstruction, enabling clearer radiographic imaging of the cervical vertebrae.