Abstract: An alarm clock includes: a clock part configured to measure time; a sensor, output of which changes in accordance with a position of a surrounding object; a setting part configured to set a first time based on input by a user; an image generation part configured to generate an image; and a sound control part configured to play an alarm sound when a time measured by the clock part reaches a time determined in accordance with the first time. The image generation part generates an image regardless of output of the sensor in a first time period including a time before the first time, and executes sensor response image generation processing for generating an image in accordance with output of the sensor in a second time period which is different from the first time period.

Abstract: An information processing system includes one or plural processors configured to acquire a speech image including a speaking person, acquire display information for displaying spoken content of the speaking person, and perform a control of displaying the display information in a specific region not overlapping with a face of the speaking person in the speech image.

Abstract: An information processing system includes a processor, in which the processor is configured to: specify a notification situation, which is a situation of notification that is related to an utterance of a nearby person who is a person positioned near a target person and that is performed with respect to the target person; and generate control information that causes notification about the specified notification situation to be performed with respect to the nearby person.

Abstract: An information processing system includes a processor configured to acquire operation information of an operation device that is configured such that each of plural candidates who possibly make an utterance is selectable and that is operated by a selector in a case where the selector selects an utterer from among the plural candidates, specify the utterer from among the plural candidates based on the acquired operation information, and associate the specified utterer with an utterance that is made in a case where the operation device is operated by the selector.

Abstract: An information processing system includes one or plural processors configured to acquire a speech image including a speaking person, acquire a supplementary image for supplementing spoken content of the speaking person, the supplementary image being based on the spoken content and not being a text directly representing the spoken content, and perform a control of displaying the supplementary image at a two-dimensional position in the speech image corresponding to a three-dimensional position at which a target to be supplemented is present in the speech image.

Abstract: An information processing system includes a processor, wherein the processor acquires status information that is information related to a status of a nearby person who is a person located around a subject, and when the status specified by the status information acquired is a particular status, the processor generates control information that is used for controlling a device owned by the subject and causes the device to issue a notification indicating that there is a possibility of utterance by the nearby person.

Abstract: An analyzing device includes separating means that takes matrix data representing a non-negative matrix Y as input, and separate the matrix Y into a plurality of block matrices Yi (i=1, . . . , I) configured of one column or two or more columns of the matrix Y, and updating means that executes repeated updating processing of a matrix Hi and a matrix Ui so that a product of the matrix Hi and the matrix Ui becomes close to the block matrices Yi, in parallel, with regard to at least two or more of the block matrices Yi. The updating means executes the repeated updating processing in parallel, on the basis of a graph structure given in advance in accordance with the matrix Y, so that the distance between predetermined matrices Hi and Hj (j?i, j ? {1, . . . , I}) becomes closer.

Abstract: A receiving device includes an optical detector, a first detection region, and a second detection region. The optical detector detects a position of an object of interest to be detected by receiving, with use of one or more of light-receiving portions, reflected light that occurs when light emitted from one or more of light-emitting portions is reflected by the object of interest to be detected. The first detection region is provided at a position closer to the optical detector, and is for detecting movement of the object of interest to be detected with the use of the optical detector. The second detection region is provided at a position farther from the optical detector than the first detection region, and is for detecting presence of the object of interest to be detected with the use of the optical detector.

Abstract: A display device capable of taking a tent state in which a display unit is curved in a direction in which a display surface projects, and the display surface is enabled to be visually recognized from both sides, the device includes a processor configured to, in the tent state, cause a top region to function as an instruction input portion configured to receive an instruction from an operator, the top region being located on an upper side of a first side region directed to one side and a second side region directed to the other side in the display surface and straddling the top of the display surface.

Abstract: A display device capable of taking a tent state in which a display unit is curved in a direction in which a display surface projects, and the display surface is enabled to be visually recognized from both sides, the device includes a processor configured to, in the tent state, cause a top region to function as an instruction input portion configured to receive an instruction from an operator, the top region being located on an upper side of a first side region directed to one side and a second side region directed to the other side in the display surface and straddling the top of the display surface.

Abstract: A detection device includes an optical detector and a controller. The optical detector includes a protrusion including light-emitting portions and light-receiving portions, and detects a position of an object of interest to be detected by receiving, with use of one or more of the light-receiving portions, reflected light that occurs when light emitted from one or more of the light-emitting portions is reflected by the object of interest to be detected. The controller performs predetermined control on the detection device in accordance with a detection result of detecting, by the optical detector, an action when a user contacts the protrusion of the optical detector.

Abstract: A transfer film for forming a decorative layer on at least one surface of a film sensor has a coloring composition layer containing a black or white pigment, and the coloring composition layer satisfies inequality 1: 50>a×b>10??inequality 1 where a is the mass content ratio of the black or white pigment in the coloring composition layer, and b is the thickness of the coloring composition layer having a unit of ?m.

Abstract: A detection device includes an optical detector and a controller. The optical detector includes a protrusion including light-emitting portions and light-receiving portions, and detects a position of an object of interest to be detected by receiving, with use of one or more of the light-receiving portions, reflected light that occurs when light emitted from one or more of the light-emitting portions is reflected by the object of interest to be detected. The controller performs predetermined control on the detection device in accordance with a detection result of detecting, by the optical detector, an action when a user contacts the protrusion of the optical detector.

Abstract: A receiving device includes an optical detector, a first detection region, and a second detection region. The optical detector detects a position of an object of interest to be detected by receiving, with use of one or more of light-receiving portions, reflected light that occurs when light emitted from one or more of light-emitting portions is reflected by the object of interest to be detected. The first detection region is provided at a position closer to the optical detector, and is for detecting movement of the object of interest to be detected with the use of the optical detector. The second detection region is provided at a position farther from the optical detector than the first detection region, and is for detecting presence of the object of interest to be detected with the use of the optical detector.

Abstract: A receiving device includes an optical detector that detects a position of an object of interest to be detected by receiving, with the use of one or more light-receiving portions, reflected light that occurs when light emitted from one or more light-emitting portions is reflected by the object of interest; and a transition receiving portion that receives, based on a detection result detected by the optical detector, an user operation for causing an apparatus including the receiving device to transition from a first power state where power consumption of the apparatus is less to a second power state where the power consumption is greater. In the first power state, the optical detector activates one or more light-emitting portions and one or more light-receiving portions that are necessary for detecting a user operation on the transition receiving portion, and inactivates the rest that are unnecessary.

Abstract: An image forming apparatus includes a reader reading an image, an image forming section forming an image on a recording medium, an exterior member having an outer surface housing the reader and the image forming section, and an operating display having an outer surface. The operating display is disposed in front of the reader, accepts an operation performed by an operator, displays an image, and is rotatable about a rotational axis disposed on its front side between a position in which the operating display faces an upper side and a position in which the operating display faces the front side. The outer surface of the exterior member has a first region which is a background behind the operating display in front view and which is colored in a color similar to a color of the outer surface of the operating display.