Abstract: An action control device includes a sound acquirer, an actuator, and a controller. In response to the controller determining, during an action of the actuator, that a sound acquired by the sound acquirer is a human voice, the controller controls so as to stop the actuator, capture sound after the determination for a predetermined period, and in response to the predetermined period having elapsed, restart the action of the actuator.

Abstract: An apparatus control device includes a processor that acquires a stimulus acting on an apparatus from an outside, and sets an action time based on the acquired stimulus data, the action time being related to a behavior that a user of the apparatus habitually performs, the action time being a time at which the apparatus acts.

Abstract: An electronic device includes: a date indicator that includes a letter part and a non-letter part different from the letter part, the non-letter part being a through hole; and a solar battery disposed below the date indicator.

Abstract: A learning support system includes: a display; and at least one processor. The at least one processor: displays a plurality of electronic sticky notes arranged on the display; in response to an electronic sticky note being selected from the plurality of electronic sticky notes, displays on the display an edit screen for editing content shown in the selected electronic sticky note; and, in response to a user operation on a predetermined icon, allocates a portion of the edit screen as a region for displaying a search screen for searching for a certain character string in predetermined dictionary content to display the search screen. The predetermined icon is displayed at a predetermined position on the edit screen as an indicator showing that searching for the certain character string in the predetermined dictionary content is possible.

Abstract: An electronic musical instrument includes a processor that determines a first pitch that corresponds to one of chord constituent notes corresponding to chord information at a timing at which an operation element is specified by a user, the chord information being obtained from music piece data, and is closest to a pitch corresponding to the element, in response to a musical tone of the first pitch being not emitted, causes a sound emitter to emit the musical tone, and in response to the musical tone being emitted, causes the sound emitter to emit a musical tone of a second pitch that corresponds to another one of the chord constituent notes and is present in a direction viewed from the first pitch. The direction is identical with a direction in which the pitch corresponding to the element currently specified is viewed from a pitch corresponding to an operation element previously specified.

Abstract: A control unit of an information generation apparatus performs: correlating a plurality of electronic sticky notes that satisfy a designated condition to each other among a plurality of electronic sticky notes displayed in a display area of a designated group and displaying the correlated electronic sticky notes; and in a case where the correlating process is performed on a first group of a plurality of groups, if an electronic sticky note that satisfies the designated condition is included in a second group differing from the first group, a control process of causing a duplicate electronic sticky note obtained by duplicating an electronic sticky note that satisfies the designated condition included in the second group to be displayed in a display area of the first group, and correlating the plurality of electronic sticky notes that satisfy the designated condition that includes the duplicate electronic sticky note to each other.

Abstract: An electronic keyboard instrument includes a main body case configured to include a sound emitting hole in a lower side, a keyboard provided inside the main body case, a sound emitting unit disposed on the lower side of the main body case in such a manner that a sound emitting port corresponding to the sound emitting hole is directed towards the keyboard, and a plate-shaped unit provided on an upper side of the sound emitting unit and configured to include a cutout formed in a portion corresponding to the sound emitting hole, and a communication path is provided inside the main body case, the communication path being configured to enable a sound emitted by the sound emitting unit to be emitted from an upper side of the keyboard towards an outside by way of the cutout in the plate-shaped unit.

Abstract: A hearing machine tuning device includes at least one processor, and the at least one processor acquires manual tuning information including information on manually tuned setting values of a hearing machine and information on manual tuning date and time, and supplies the hearing machine with automatic tuning information generated on the basis of the acquired manual tuning information and including automatic tuning setting values.

Abstract: An electronic device includes a case, an antenna element and a first conductor. The case has a space inside and includes an insulating material. The antenna element is disposed in the case and includes an antenna pattern. The antenna pattern includes at least a part extending substantially parallel to a first axis direction perpendicular to a central axis of the case. The first conductor is disposed between the case and the antenna element, has a surface substantially parallel to a second axis direction along the central axis of the case, and is electrically connected to a ground plane for the antenna element.

Abstract: A sensor device including a case main body, a sensor portion provided in the case main body, and an exterior member which is provided on a circumferential portion of the case main body, and has at least one first opening at a positioned shifted in a predetermined direction from an opposing direction of the sensor portion, in which a flow route where fluid is flowable into the sensor portion through at least the first opening is formed between the case main body and the exterior member.

Abstract: A measurement device includes: an accelerometer; a storage; and at least one processor. In accordance with instructions stored in the storage, the processor acquires data of an acceleration waveform during walking or running of a user from the accelerometer, identifies a time width between a first timing and a second timing based on the acceleration waveform, and counts steps based on the acceleration waveform. The acceleration waveform changes from a negative value to a positive value at the first timing. The acceleration waveform changes from a positive value to a negative value at the second timing. When a predetermined condition is satisfied in counting the steps, the processor counts the acceleration waveform whose time width is greater than a predetermined threshold as two steps and count the acceleration waveform whose time width is smaller than the predetermined threshold as one step.

Abstract: A display method is performed by a computer and includes, in displaying a workspace including an electronic label by a browser, changing a display form of the electronic label in accordance with a device type of a device on which the browser is running in a case where a width of a display region of the browser is smaller than a predetermined value.

Abstract: An image processing device includes a memory to store a first image that is a captured image of a lesion candidate and a second image that is a captured image of the lesion candidate taken at a different time from the first image, and at least one processor to read the first image and the second image from the memory and perform correction on the first image or the second image. The at least one processor obtains a first representative luminance value in a surrounding area of the lesion candidate in the first image, obtains a second representative luminance value in a surrounding area of the lesion candidate in the second image, and corrects the luminance in the region including the lesion candidate in the second image such that the second representative luminance value in the second image after the correction equals or approaches the first representative luminance value.

Abstract: A position obtaining device includes a driver and a processor. The processor, in response to a velocity of the device being moved by the driver being a predetermined velocity or less, derives a first attitude angle with a first likelihood as an attitude angle of the device; in response to a predetermined number of second light sources or more being captured in an image obtained by a second camera, derives a three-dimensional position of the device and a second attitude angle with a second likelihood lower than the first likelihood as the attitude angle of the device; determines a likelihood of the attitude angle and the three-dimensional position of the device estimated based on a result of the first attitude angle and a result of the three-dimensional position and the second attitude angle; and controls the velocity in accordance with the determined likelihood.

Abstract: A module which enables slimming down and a timepiece provided with the module are provided. The timepiece module includes a timepiece movement which is a driving section that moves pointers, and a liquid crystal display panel which has an opening section where the timepiece movement is arranged, and is arranged in parallel with the timepiece movement. Since the timepiece movement is arranged in the opening section of the liquid crystal display panel and positioned in parallel with the liquid crystal display panel, the timepiece movement and the liquid crystal display panels do not vertically overlap with each other, whereby the slimming down of the entire timepiece module can be achieved, which enables the slimming down of the entire wristwatch.

Abstract: The decoding method detects a change pattern Pm indicating a temporal change in color of the visible light, based on event data e output from a receiver (step S15), detects a frequency fn at which a change in a state of the visible light occurs, based on the change pattern (step S16), and decodes transmission data D corresponding to a temporal change in the color of the visible light emitted from a transmitter by combining a first numerical value D1 obtained from the change pattern Pm and a second numerical value D2 obtained from the frequency fn (steps S18 and S19).

Abstract: A button apparatus comprises a push member on which a push operation can be performed, an elastic member of a substantially hollowed shape provided on a push direction side of the push member and configured to be elastically deformed on a side thereof which faces the push member in response to the push operation performed on the push member, a detector configured to detect the push operation performed on the push member, and a moving member supported on the elastic member and configured to move in the push direction in response to the push operation performed on the push member, and a side of the elastic member which faces the detector is elastically deformed as a result of the moving member moving in response to the push operation.

Abstract: An information communication apparatus includes a communicator and a processor. In response to the communicator receiving, from a source, reception information that is information on reception of predetermined information by the source, the processor determines whether transmission information that is information on transmission of the predetermined information by the information communication apparatus matches the reception information.

Abstract: According to an embodiment, an electronic device includes a plurality of operation parts arranged from a first-end side to a second-end side of a housing and each including a keytop member having an operation surface. The keytop member corresponding to a first operation part, which is one of the operation parts arranged on the first-end side, has a lower-end-to-operation-surface height greater than that of the keytop member corresponding to a second operation part, which is one of the operation parts arranged on the second-end side.

Abstract: A first cooling apparatus includes a first heat sink having multiple first fins having a U-shaped opening and an O-shaped opening which are provide therein, a first heat receiving member configured to be brought into abutment with a heat source, and a first heat pipe which extends from one end which is connected with the heat receiving member towards the other end, and the first heat pipe has a first extending portion which extends from the one end, a bent portion which is bent from the first extending portion and at least a part of which is disposed inside the U-shaped opening, and a second extending portion which extends from the bent portion and at least a part of which is disposed inside the O-shaped opening.