Abstract: A drive unit rotates a propeller shaft and is accommodated in a housing. A mount is provided on the housing. A light unit is attached to the mount and includes light sources. A controller is connected to the light unit, and is configured or programmed to turn on the light sources in a lighting pattern depending on an operating state of the outboard motor.

Abstract: An imaging processing device includes a processor. The processor performs processing of acquiring a captured image which is captured in a state where a light source emits light, extracting an overexposed portion which occurs in the captured image due to the light emission of the light source and which has a predetermined pixel value or more, and setting a region located in an area, which does not overlap with the extracted overexposed portion in the captured image, as a region of a collation target to be collated with a predetermined reference image.

Abstract: A motor control device according to the present disclosure is a motor control device configured to control voltage signals of a plurality of phases, the voltage signals being applied to an alternating-current motor, the motor control device including: a differential-value calculation unit configured to calculate the time differential value of a virtual line connecting peak values of each of phase voltage signals that are the voltage signals of the respective phases, the voltage signals being input to the alternating-current motor; a wavelength calculation unit configured to calculate the wavelength of each phase voltage signal input to the alternating-current motor from the time differential value; and a switching-signal generation unit configured to generate, based on the calculated wavelength, a signal that switches the phase of the alternating-current motor to which alternating-current voltage is applied.

Abstract: An identification device configured to acquire a collation fixed image of a part of a region where a fixed pattern is formed, and a collation amorphous image of a part of a region where an amorphous pattern formed when the fixed pattern is formed on a region different from the region where the fixed pattern is formed, of a collation molded article; refer to a storage unit that stores, as a registered image in advance for a mold, a fixed image and an amorphous image pair of a part of a region where a fixed and an amorphous pattern are formed, of each of plural molded articles formed using the mold; specify a mold that forms the collation molded article using the registered fixed and collation fixed images, and identify whether the collation amorphous image matches the registered amorphous image of any of the registered images corresponding to the mold.

Abstract: An identification device configured to acquire a collation fixed image of a part of a region where a fixed pattern is formed, and a collation amorphous image of a part of a region where an amorphous pattern formed when the fixed pattern is formed on a region different from the region where the fixed pattern is formed, of a collation molded article; refer to a storage unit that stores, as a registered image in advance for a mold, a fixed image and an amorphous image pair of a part of a region where a fixed and an amorphous pattern are formed, of each of plural molded articles formed using the mold; specify a mold that forms the collation molded article using the registered fixed and collation fixed images, and identify whether the collation amorphous image matches the registered amorphous image of any of the registered images corresponding to the mold.

Abstract: An imaging processing device includes a processor. The processor performs processing of acquiring a captured image which is captured in a state where a light source emits light, extracting an overexposed portion which occurs in the captured image due to the light emission of the light source and which has a predetermined pixel value or more, and setting a region located in an area, which does not overlap with the extracted overexposed portion in the captured image, as a region of a collation target to be collated with a predetermined reference image.

Abstract: A method of producing a tablet in which an uncoated tablet is coated by a coating agent, the method including: a coating process of coating uncoated tablets with a coating agent by spray coating the coating agent onto tablets that are churned and tumbled inside a container, and drying the tablets inside the container by supplying drying air into the container and exhausting air from the container, wherein spray coating conditions, including air supply temperature, air supply rate, and spray speed, are controlled according to the weight of the coating agent with which the uncoated tablets are coated, such that the humidity of air exhausted during spray coating is within a range of from 14% RH to 30% RH.

Abstract: A drive unit rotates a propeller shaft and is accommodated in a housing. A mount is provided on the housing. A light unit is attached to the mount and includes light sources. A controller is connected to the light unit, and is configured or programmed to turn on the light sources in a lighting pattern depending on an operating state of the outboard motor.

Abstract: An absorbent article having a body contacting surface a garment contacting surface; and an absorbent core disposed therebetween is disclosed. The garment contacting surface has a garment contacting layer with a plurality of graphic elements. A circumferential edge of the article truncates a portion of the plurality of graphic elements.

Abstract: An absorbent article having a body contacting surface a garment contacting surface; and an absorbent core disposed therebetween is disclosed. The body contacting surface has first and second layers, with each layer having a pair of first longitudinal side edges and second longitudinal side edges, respectively. The garment contacting surface has a garment contacting layer with a plurality of graphic elements and a pair of garment layer longitudinal side edges. The absorbent core has a pair of core longitudinal side edges. Extending laterally outwardly from the article are a pair of flaps formed from a portion of the garment contacting layer and the second layer. A portion of a circumferential edge of the article is formed by each of the pair of second longitudinal side edges and the pair of garment layer longitudinal side edges.

Abstract: An information processing apparatus includes a storage section that stores device identification information of a terminal device authenticated to validate a printed matter, in advance, a receiving section that receives a random pattern acquired from a partial area of a surface of a printed matter intended to be validated, printed-matter identification information capable of individually identifying the printed matter, and device identification information of a terminal device that acquires the random pattern, a control section that, in a case where the device identification information received by the receiving section coincides with any piece of the device identification information stored in the storage section, controls the storage section to store the random pattern and the printed-matter identification information received by the receiving section in association with each other, and a validation section that validates the printed matter having the random pattern stored in the storage section, to be usab

Abstract: A data acquiring apparatus includes: an acquirer that acquires feature data, as registration data, from an image including an object to be registered, the feature data representing a feature that is distributed in a region of a predetermined size determined based on a position defined by an external shape of the object and a position of printing information that has been printed on the object; and a memory that stores the registration data acquired by the acquirer as data for determining identity of the object.

Abstract: An identification system includes a first imaging apparatus that captures a first image including an object to be identified, a second imaging apparatus that captures a second image finer than the first image and including an object to be identified, and an identification apparatus that identifies an object by use of the first image and the second image. The identification apparatus includes an acquirer and a storage controller. The acquirer acquires first identification data and second identification data. The first identification data is feature data acquired from the first image and representing a feature distributed on a surface of the object. The second identification data is feature data acquired from the second image and representing a feature distributed on a surface of the object. The storage controller causes the first identification data and the second identification data acquired by the acquirer to be stored in association with each other.

Abstract: A product manufacturing method includes acquiring a random pattern in one region on a surface of a first member by capturing an image of the first member; acquiring identification information, based on which a second member is individually identifiable, from the second member, the second member being combined with the first member to constitute a product; storing the acquired random pattern and the acquired identification information in association with each other; and forming the product by combining the first member and the second member.

Abstract: A first image pickup unit picks up a first image including a conveyed object. A printing unit performs printing on the object based on the first image. A second image pickup unit picks up a second image including the object on which printing has been performed. A check unit checks a print state of the object in the second image. A first acquisition unit acquires feature data from one of the first image and the second image, as registration data. A second acquisition unit acquires feature data from the other image of the first image and the second image, as collation data. A verification unit compares the registration data and the collation data and verifies that reliability of the registration data is equal to or greater than a predetermined criterion value. A storage stores the registration data as data for determining an identity of the object.

Abstract: An absorbent article having a body contacting surface a garment contacting surface; and an absorbent core disposed therebetween is disclosed. The body contacting surface has first and second layers, with each layer having a pair of first longitudinal side edges and second longitudinal side edges, respectively. The garment contacting surface has a garment contacting layer with a plurality of graphic elements and a pair of garment layer longitudinal side edges. The absorbent core has a pair of core longitudinal side edges. Extending laterally outwardly from the article are a pair of flaps formed from a portion of the garment contacting layer and the second layer. A portion of a circumferential edge of the article is formed by each of the pair of second longitudinal side edges and the pair of garment layer longitudinal side edges.

Abstract: An authentication information management system includes an information processing terminal that transmits check target authentication information and an authentication information management apparatus. The information processing terminal includes a transmission unit that transmits account identification information used to identify registered authentication information. The authentication information management apparatus includes a receiving unit that receives the account identification information transmitted from the information processing terminal, and an association unit that associates terminal identification information used to identify the information processing terminal with the registered authentication information identified using the received account identification information.

Abstract: An absorbent article for feminine hygiene, comprising: a body contacting layer; a garment contacting layer; and an absorbent core disposed between the body contacting layer and the garment contacting layer. The absorbent core has a core edge. The core edge defines a core region within the core edge and an outer region outside the core region. The body contacting layer and the garment contacting layer extend outward into the outer region and joined together in the outer region. The garment contacting layer may have a graphic printed on the body facing surface or the body contacting layer may have a graphic printed on the garment facing surface. The body contacting layer has a first light transmittance so that the graphic can be seen through the body contacting layer.

Abstract: A data acquiring apparatus includes: an acquirer that acquires feature data, as registration data, from an image including an object to be registered, the feature data representing a feature that is distributed in a region of a predetermined size determined based on a position defined by an external shape of the object and a position of printing information that has been printed on the object; and a memory that stores the registration data acquired by the acquirer as data for determining identity of the object.

Abstract: An authentication server 2 stores, for each of one or more objects to be registered, unique pattern information of a surface of the object to be registered and a personal identification number into a database in association with each other, acquires unique pattern information of a surface of an object to be authenticated which is related to an authentication request, and a personal identification number, extracts, from the database, unique pattern information stored in association with the personal identification number related to the authentication request, and determines whether the extracted unique pattern information includes unique pattern information corresponding to the unique pattern information related to the authentication request.