Material Analysis By Transmitting Radiation TRIZ Cases
- Multi-Energy X-Ray Portal Layout for Material Discrimination
Two aligned X-ray sources combine low and high energies in one portal to improve material discrimination, penetration, and image resolution.
- Radiography Control for Intermittent Imaging Under Dose Limits
Intermittent radiographic imaging alternates irradiation and pause periods to extend imaging time while keeping subject exposure dose controlled.
- Rotating X-Ray Source-Detector Layout for Faster ROI Inspection
By rotating the X-ray source and detector around a fixed region of interest, this case cuts scan cycle time and handles larger test objects.
- Offset Dual-Energy X-Ray Detector for Higher Spatial Resolution
Offset detector lines and virtual data calculation raise dual-energy X-ray image resolution without extra elements, lower throughput, or worse SNR.
- Pipe Gasket X-Ray Scanning for Non-Destructive Joint Inspection
An x-ray scanner images pipe joint gaskets through the pipe wall to verify placement and detect anomalies before leakage occurs.
- Layered Radiography Exposure Assessment for Energy Subtraction Imaging
Stacked detector images are used to judge over- or underexposure, balancing distant-layer noise and near-layer saturation in energy subtraction imaging.
- Self-Centering Clamp Adapter for Fast Pipe Weld Radiography
A self-centering clamp speeds pipe weld radiography by keeping the detector aligned for 360-degree scanning with less setup time and exposure.
- 3D Material Structure Prediction From Small-Angle Scattering Data
Combining small-angle scattering data with 2D supplemental information improves 3D material structure prediction and narrows parameter candidates.
- Radiography Image Stabilizer for Stable Pipe Scanning
Adjustable legs and low-friction contact surfaces stabilize hand-carried radiography over pipes, maintaining height and angle across orientations.
- Screening Tray Insert Recesses for Faster Liquid Analysis
Longitudinal tray recesses stabilize liquid containers and limit scan data to speed LAG screening while improving identification accuracy.
- Projection Data Position Matching for Accurate CT Defect Imaging
Virtual projection data built from attenuation, shape, and scatter information improves imaging position identification for precise defect tomography.
- AI X-Ray Defect Inspection With Segmentation and Expert Co-Pilot
Segmented X-ray analysis and an expert co-pilot help AI classify product defects faster and more accurately across varied structures.
- X-Ray Detection Camera Reset Timing for Polarization Suppression
Target-object sensing triggers reset only when detection can pause, suppressing detector polarization without missing X-ray imaging opportunities.
- Radiation Detector with Synchronized In-Frame Background Correction
In-frame pixel processing estimates background components during imaging, reducing temperature-related mismatch in radiation signals.
- Combined Transmission and Diffraction Inspection for Prohibited Item Detection
A movable diffraction detector adds material-specific checks to fast transmission imaging, improving prohibited item detection without extra detectors.
- CT Inspection Passage Structure With Carbon Fiber Radiation Gap Joints
Metal base pipes joined by carbon fiber connectors keep CT inspection passages rigid while lowering cost, assembly error, and ray obstruction.
- Mobile Security Inspection Scanner With Coplanar Detector Alignment
A connection device links the movable carrier and bearing device to keep radiation sources and transmission detectors coplanar for accurate scanning.