Abstract: A compound represented by the following formula (1).

Abstract: A poultry processing apparatus according to an embodiment includes: a scraper part for separating a meat part around scapula bones of a poultry carcass held by a holder from the scapula bones; and an incision blade with a cutting edge for incising a skin between the scapula bones of the meat part that rides up on the scraper part. The cutting edge extends in a direction away from the holder as the cutting edge extends upstream in a traveling direction in which the scraper part travels toward the holder in separating the meat part from the scapula bones.

Abstract: A POS device includes a transmission unit. When a guest purchasing a product entity displayed as a product of priority sales in a store is not a guest who requests the priority sales, the transmission unit transmits, to a terminal of a clerk, an instruction for displaying another entity of the corresponding product.

Abstract: An information processing device 400 includes an attribute estimation unit 410, an input/output control unit 411, and an output unit 412. The attribute estimation unit 410 estimates, on the basis of imaging data in which a customer who visits a store is imaged, an attribute of the customer. The input/output control unit 411 outputs a survey to an output device in a store and receives an answer to this survey. The output unit 412 includes an output unit 412 that outputs an estimated attribute and a received answer in association with each other.

Abstract: A display control device according to the present invention includes: a memory; and at least one processor coupled to the memory. The processor performs operations. The operations include: determining a start of handling of a target facility; and changing display on an advertisement display device from an advertisement to a handling description of the target facility when determining the start of the handling.

Abstract: A surgery support system according to an embodiment includes processing circuitry. The processing circuitry acquires medical information of a subject under surgery. The processing circuitry detects an event relating to an abnormality, based on the acquired medical information of the subject. The processing circuitry associates a point of time of detecting the event relating to the abnormality with the medical information acquired at the point of time to generate association information.

Abstract: The X-ray diagnostic apparatus according to a present embodiment includes processing circuitry. The processing circuitry is configured to: generate an X-ray image of an object by irradiating the object with X-rays; acquire an evaluation result of at least one of elasticity evaluation of a blood vessel of the object and thickness evaluation of a wall of the blood vessel of the object; generate a superimposed image in which the evaluation result is superimposed on the X-ray image; and display the superimposed image on a display.

Abstract: The medical image diagnostic apparatus according to a present embodiment includes processing circuitry. The processing circuitry is configured to display an ultrasonic image and a non-ultrasonic medical image to a display. The processing circuitry is configured to determine which of a displayed ultrasonic image and a displayed non-ultrasonic medical image is live. The processing circuitry is configured to inform information indicating which any one of the displayed ultrasonic image and the displayed non-ultrasonic medical image is live in accordance with the determination.

Abstract: According to an embodiment, an ultrasound diagnostic apparatus comprises an ultrasound probe used for ultrasound transmission/reception and circuitry configured to detect a probe operating state, determine whether the probe operating state matches a predetermined condition; and accept an operation information input by at least one of gesture and speech by an operator of the ultrasound probe based on a determination result obtained by the determination.

Abstract: An ultrasonic diagnostic apparatus according to an embodiment includes an ultrasonic image generating circuitry, an imaging circuitry, a body mark storage and a body mark selection circuitry. The ultrasonic image generating circuitry generates an ultrasonic image via a probe brought into contact with a surface of an object. The imaging circuitry repeatedly obtains an optical image concerning the object. The body mark storage stores data of a plurality of types of body marks. The body mark selection circuitry selects a body mark corresponding to an examination region area of the object from the plurality of types of body marks by performing image analysis on the optical image.

Abstract: This invention is a manufacturing method of a liquid discharge head that includes a substrate having a plurality of discharge energy generating elements that generate energy that is utilized for discharging a liquid, and a discharge port forming member that constitutes a discharge port group including a plurality of discharge ports that discharge the liquid and flow paths that communicate with the discharge port group. The manufacturing method includes (1) disposing a photosensitive resin as material of the discharge port forming member on or above the substrate, and (2) forming an exposure pattern of the discharge port group using ultraviolet light in the photosensitive resin. In the aforementioned (2), the discharge port group is divided in a longitudinal direction and exposed, and the exposures are respectively performed so that regions in which there is a high degree of telecentricity face each other.

Abstract: A liquid ejection head includes a substrate that carries thereon a plurality of ejection energy generating elements arranged in rows to generate energy necessary for ejecting liquid and an ejection port plate that is laid on the substrate and has a plurality of ejection ports formed therein and arranged vis-a-vis the respective ejection energy generating elements. The ejection port plate has a groove, or an oblong recess, formed on the surface thereof where the plurality of ejection ports are formed such that the groove surrounds the region where the ejection ports are formed and has a corrugated inner lateral surface and a flat outer lateral surface arranged oppositely relative to the inner lateral surface.

Abstract: A liquid ejection head is constructed by providing a recording element substrate on a supporting member. The recording element substrate has at least one thermal energy generating element and a liquid supply port for supplying liquid to the element. The supporting member has three or more supply flow paths running therethrough. Two or more beams are formed in each of the supply flow paths. The gap between the beams formed in each of the end supply flow paths is greater than the gap between the beams formed in an inside supply from path.

Abstract: A liquid ejection head includes a substrate that carries thereon a plurality of ejection energy generating elements arranged in rows to generate energy necessary for ejecting liquid and an ejection port plate that is laid on the substrate and has a plurality of ejection ports formed therein and arranged vis-a-vis the respective ejection energy generating elements. The ejection port plate has a groove, or an oblong recess, formed on the surface thereof where the plurality of ejection ports are formed such that the groove surrounds the region where the ejection ports are formed and has a corrugated inner lateral surface and a flat outer lateral surface arranged oppositely relative to the inner lateral surface.