Operating Tables TRIZ Cases

Manual mechanical lock allows rapid gurney extraction during emergencies, while translucent gantry housing provides visual radiation status signals.

Microprocessor-controlled limits adjust the pivot range to eliminate patient discomfort during therapy.

An adjustable cutout section lowers the abdomen to correct spinal distortion, ensuring reliable alignment during lateral procedures.

Movable leg rest and detachable couch portions adjust patient height and orientation, resolving flexibility versus complexity trade-offs.

Gas springs counterbalance the support rail weight while a universal joint defines motion paths, reducing locking mechanism complexity.

Segmented support units stabilize the medical imaging couch during subject transfer to maintain horizontal orientation.

A pivotally connected clip system positions arterial transducers with integrated laser alignment.

Segmentation and intermediary principles reduce device complexity while maintaining measurement precision for safe navigation near vital organs.

A surgical frame main beam rotates and tilts to position patients onto the device.

A translucent display stage diffuses light through a coved Plexiglass structure to illuminate articles.

A bearing assembly with rotational degrees of freedom couples extension modules to patient supports through self-aligning spherical surfaces.

Adjustable cushions with integrated receptacles couple receiving coils to MRI apparatuses for precise anatomical alignment.

A robotic operating table uses a multi-jointed arm to position patients precisely.

High-friction pads and arm wraps maintain patient position stability during table tilting while preventing pressure injuries.

A disposable inflatable device elevates lower extremities via gas expansion, bypassing IV fluid limitations and hypothermia risks in remote shock care.

Segmented support surfaces elevate the pelvic region to drain blood from the hemorrhoidal plexus, bypassing ineffective vascular medications.

A connector assembly positions fluid ports in a three-dimensional interior corner of a patient support cover to secure tubing routing.

A base member with anchor slots stabilizes a massage table for foot-based techniques, preventing practitioner instability.

Symmetrical receiving holes on a tempering table stabilize weighted rollers, eliminating practitioner fatigue from holding tools during treatment.

An adjustable neck pad hyperextends the patient's neck while jaw pads stabilize the mandible, resolving head position stability against practitioner access.

Segmented bases and rollers enable the table top to extend beyond the stationary base, resolving space constraints during complete body scanning.

Polyurethane gel coating prevents slipping during Trendelenburg positioning while regulating temperature through thermal conduction.

An integrated support block adjusts patient shoulder height to optimize airway access during medical procedures.

A viscoelastic pad uses strip-shaped stress distribution elements to uniformly transfer fixing forces across the support surface.

Composite support component uses low aluminum equivalence materials to resolve structural strength versus image distortion trade-offs.

An inflatable gel pad lifts the patient shoulder to extend the neck without manual lifting.

A radiolucent surgical table supports an X-ray detector panel on a shelf beneath the patient surface.

Disposable covers resolve sterility and setup time trade-offs in orthopaedic surgery.

A 6DoF correction trajectory adjusts a patient support end-effector to maintain precise target alignment during treatment delivery.

A surgical leg positioner shifts the pivot point laterally outside the knee joint to enable simultaneous varus or valgus bending and tibial distraction.

Segmented articulation resolves the contradiction between surgical stability and repositioning flexibility.

Radiodense barrier blocks ionizing radiation to reduce staff exposure by 64.4% during left radial access procedures.

Rotating and translating side supports stow to the side, enabling unobstructed patient transfer without manual lifting.

Powered lift columns and gas-shock absorbers balance loads during rotation, reducing staff injury risk from manual lifting.

Motor-driven linkage arms position adjustable rollers to deliver precise pressure, overcoming gravity limitations in conventional static massage chairs.

Internal rotating gears drive a surgical table slide, preventing interference with base components during large-angle movements.

A limb positioning apparatus uses a load transducer and electronic control unit to manage drive activation based on detected force values.

A transporter table system interlocks with surgical tables using spring-loaded locking pins and tilts the surface to facilitate smooth patient transfer.

Longitudinal frame adjustment clears obstructions from lift mechanisms, enabling safe C-arm X-ray positioning during patient transfers.

A rail clamp and base block apply a counteracting moment to reduce torsional deflection on medical bed rails.

A carbon fibre composite paddle supports breast tissue during radiation therapy, minimizing skin folds and reducing irradiated volume of heart, lung, and liver.

Segmented pelvic support articulates between retracted and extended positions to stabilize the patient during frame rotation while maintaining surgical access.

Nested protective housing shields ventilation and oxygen components during transport, enabling non-professionals to deploy rapid respiratory support.

Dual rotating pegboards adjust axial and angular leg positions to prevent joint misalignment while reducing hardware complexity and surgeon fatigue.

Segmented rail design reduces crevice volume by over 90% to eliminate contamination traps and ensure thorough sterilization.

A rotating under-table shielding device blocks scatter radiation while allowing primary X-ray transmission.

Segmented table sections with motorized drives adjust angles while the length compensation mechanism prevents spinal compression and frictional dragging.

Dual sheet rolling applies stretching movement to a person without attachment mechanisms, resolving ease of use trade-offs.