Operating Tables TRIZ Cases

Segmented base and dynamic locking resolve the mobility stability trade-off, enabling secure operation without sacrificing relocation ease.

A patient care transport assembly integrates articulating support sections and a powered base module for versatile positioning.

A connecting device uses a holding element to maintain the release mechanism in its triggered position for safe attachment removal.

Segmentation and dynamics principles enable a single polyurethane cradle to support multiple body parts while maintaining precise compression resilience.

A pivotable femoral support rotates about two axes to adjust patient leg positioning during orthopedic procedures.

Segmenting the deck from power sources eliminates bulky on-board components, simplifying handling and reducing transfer frequency.

Autonomous patient positioning system minimizes infection risks by replacing manual adjustments with robotic control.

A sterile limb connector uses a self-locking extension bar to position patient arms during surgery.

A modular multi-articulated patient support system uses independently adjustable upright columns and horizontal assemblies to position patients precisely.

Motorized radial arm board adjusts patient limb position via automated control panel for cardiac procedures.

A radiation detecting cassette uses wireless communication to eliminate physical cable obstructions during surgical procedures.

Contoured bracket arm accommodates protuberant abdomen while engaging bony prominences, reducing circulatory restrictions and enabling closer surgeon access.

A central coupling unit consolidates medical supply units and devices into a single interface.

Modular positioner system maintains consistent patient alignment, reducing manual repositioning effort and variability during anterior hip replacement.

An emulating computer system generates virtual sensor signals to allow an MRI scanner to operate with a non-dockable surgical table.

Portable photo-catalytic oxidation units positioned near patient beds reduce microbial loads by 54% via high-rate multi-pass air circulation.

Vertical locking arms attach infant supports to CT tabletops, preserving scanning area and easing installation.

Automated lift mechanism transfers patient care equipment between hospital beds and support structures, eliminating manual handling delays.

A post-surgical support member uses an aperture to isolate the wound from direct pressure.

A switching device uses multiple actuators and switch units to determine output signals via shared channels.

Telescopic radius arm and ball joint adjust torso inclination to accommodate varying patient spine lengths.

A surgery table controller coordinates axially rotatable arms to orient the patient frame for precise surgical positioning.

A ball-and-socket limb support enables multi-axis rotation, resolving cumbersome proximal adjustment constraints.

Sterile connector and disposable drape interface with non-rotating cable to maintain precise limb orientation, eliminating manual holding fatigue.

A collapsible field hospital bed frame uses segmented hinges and nested supports to enable rapid transport and stable deployment.

A surgical table extension connector uses a movable enabler to selectively engage distinct attachment points for versatile support device integration.

An arm-casting stand positions a patient's arm using adjustable horizontal and vertical armatures.

Pneumatic diaphragms replace heavy motors in a bedding foundation, reducing weight while providing lumbar support.

Pneumatic inflation generates an air bearing that reduces caregiver strain and patient discomfort during repositioning.

A laparoscopic assist robot system uses a control unit and motion arm to enable precise surgical instrument manipulation.

A head positioning device adjusts pitch, yaw, and roll to align patient heads precisely.

A surgical table control device uses circuitry to detect movable section positions and send actuator signals for precise adjustments.

A reconfigurable surgical table uses an adaptor to extend the support top footwardly beyond the foot support unit.

A separable operating table positions patients securely for proton beam radiation therapy.

A cervical traction device uses a dynamic spring to apply cyclic force and restore lordosis.

Adjustable frame and strap system stabilize infants during lumbar punctures, preventing movement that contaminates cerebrospinal fluid samples.

A table-mounted retractor system uses tension lines to pull tissue laterally via adjustable hooks.

A modular hip distractor uses a segmented knee brace assembly to reduce joint loading during surgical distraction.

Anatomically contoured protective pad and cup system redistributes traction forces across inner thighs, preventing nerve damage from prolonged hip distraction.

Asymmetrically positioning a patient on an overhead lift generates torque to rotate the body, reducing reliance on complex specialized apparatuses.

Segmenting the cradle into two layers with rack and gear drives eliminates the rear pedestal, extending scanning range while reducing room size requirements.

A slide device employs a flattened torus sleeve with sliding layers to reduce friction during X-ray cassette insertion under patients.

Retractable wheels on a medical examination table enable easy floor cleaning access while locking the base to prevent patient movement during procedures.

Tapered foot support grooves and hip wedges prevent outward leg rotation, reducing narcotic pain medication needs.

Automated repositioning assembly replaces manual handling with controlled rotation, reducing mishandling risks during spinal surgery.

Ridged enclosures on sterile pads prevent slippage and reduce tissue trauma during surgical distraction.

X-ray transparent materials enable intraoperative imaging while adjustable pads maintain abdominal clearance to reduce bleeding risks.

A nasal slit cloth uses a T-shaped slit to unfold fabric segments laterally away from the face.

A load sensor assembly integrates between non-moving operating table parts to measure mechanical forces and transmit data for safety control.

An inflatable pillow with a distal air valve adjusts head height to align airway axes for intubation.