Provided is a radiographic imaging apparatus that includes: at least one hardware processor that controls the imager such that the imager operates in a first imaging mode in which the imager performs one or both of the still image capturing and the dynamic image capturing a plurality of times between a start of an operation of the imager and an end of the operation of the imager according to one imaging instruction; and a storage that stores information, which is information on the one imaging instruction, in association with images for the plurality of times which have been captured in the first imaging mode.

Provided is a method for determining an atom using four-color X-ray equipment capable of determining which group an atom having a greatest atomic number among atoms constituting a material belongs on the periodic table.

A system for automated inspection of an installed fastener includes a radiographic generator, a radiographic sensor, and a computer device. The radiographic generator is operable for directing scanning beams of electromagnetic radiation, e.g., x-rays, toward a workpiece having the installed fastener, for instance a rivet. The radiographic sensor collects a radiographic image of a workpiece inclusive of the installed fastener. The computer device processes the image via one or more trained characterization models to localize the installed fastener within the image, and identifies a presence or absence of a defect in the installed fastener. The computer device also characterizes a quality of the installed fastener based on the presence or absence of the defect, and thereafter generates an inspection report indicative of the quality of the fastener. This may include generating an annotated or color-coded image of the installed fastener.

An X-ray imaging apparatus includes: an irradiation unit that irradiates a subject with X-rays; a detection unit that detects the X-rays transmitted through the subject; a support section that supports the irradiation unit and the detection unit to face each other and is rotationally movable about each of two axes orthogonal to each other; a setting unit that sets an angle at which the subject is irradiated with the X-rays; a control unit that controls the support section such that the angle at which the subject is irradiated with the X-rays is set to the set angle and controls the irradiation unit such that an X-ray imaging operation of the subject is performed; a storage unit that stores, in a case where a plurality of the X-ray imaging operations are performed, the set angle in each of the X-ray imaging operations; and a display unit that sorts and displays a plurality of the angles stored in the storage unit, in which, in a case where an angle displayed on the display unit is designated, the setting unit sets the designated angle as the angle.

A radiation imaging apparatus is configured to detect a radiation dose in a light reception field selected from among a plurality of light reception fields. The radiation imaging apparatus includes a radiation detection panel including the plurality of light reception fields, each of which includes at least one radiation dose detection element, and a housing configured to accommodate the radiation detection panel and having an incident surface for receiving the radiation. A plurality of indicators is formed on the incident surface and arranged in a matrix pattern, each indicator of the plurality of indicators corresponding to a light reception field of the plurality of light reception fields A display format of a first indicator among the plurality of indicators is a first display format, and a display format of a second indicator among the plurality of indicators is a second display format different from the first display format.

The article inspection apparatus includes an image processing unit that performs an image process with respect to an imaging data of an article and outputs determination data, a determination unit that determines a quality state of the article based on the determination data, an operation check image generation unit that generates an image including an NG feature image in which the quality state is determined to be defective as an operation check image used in an operation check processing unit based on an inspection image during a driving operation, and an operation check processing unit that executes an operation check process using the predetermined image processing algorithm in parallel with an operation of the image processing unit during the driving operation, and determines whether the operations of the image processing unit and the determination unit are normal.

Disclosed is a radiographic imaging system including: a first radiographic imaging apparatus and a second radiographic imaging apparatus capable of generating moving image data; a radiation irradiation apparatus that irradiates the first radiographic imaging apparatus or the second radiographic imaging apparatus with radiation; and a control apparatus that executes synchronization processing of synchronizing a timing of radiographic imaging by the first radiographic imaging apparatus or the second radiographic imaging apparatus with a timing of radiation irradiation by the radiation irradiation apparatus. The control apparatus includes a hardware processor that controls, based on a state of the synchronizing of the first radiographic imaging apparatus, radiographic imaging by the second radiographic imaging apparatus for which the synchronization processing has been performed earlier than the first radiographic imaging apparatus.

A compositional visualization system comprises a sensor to collect contextual information, a particle generator to generate a first stream of one or more types of particles, and a detector to receive a second stream of one or more detectable products. The second stream is generated by interaction of the first stream with the environment. The system further comprises computer-executable instructions to cause the system to transform the received second stream into compositional data, and merge the compositional data with the contextual information to generate a merged digital representation. The merged digital representation can be displayed at one or more devices and can also be used directly to drive autonomous robotic systems.

Scanner, including housing; first conveyor that transports luggage into housing; first plurality of sensors detects presence of luggage on first conveyor; second conveyor transports luggage through housing; second plurality of sensors detects presence of luggage on the second conveyor; pickup table for luggage pieces that do not require manual inspection; third conveyor that transports luggage to pickup table; first conveyor does not move luggage into housing as long as previous luggage was not sent to pickup table or until luggage taken from first conveyor; first X-ray source with first beam direction; second X-ray source with second beam direction, wherein first and second beam directions are 50-60 degrees apart; wherein first X-ray source has 100-160 KVolt on its anode; wherein second X-ray source has 100-160 KVolt on its anode; first detector detects first X-ray beam after luggage passes through beam; second detector detects second beam after luggage passes through beam.

An article inspection device inspects quality of a transported article by imaging the article as an inspection object and performing image processing on an inspection image of the article, which is obtained by the imaging, and includes an image storage unit that stores the inspection image of the article, a display unit that displays the inspection image of the article, which is stored in the image storage unit, instruction means for giving an instruction to expand and contract a distance between any two points of the inspection image of the article, which is displayed on the display unit, through a multi-touch operation, and a display control unit that causes the display unit to display the inspection image of the article in an enlarged manner or a reduced manner according to the amount of expansion and contraction instructed by the instruction means.