Casio Computer Patente

A step measurement device (100) includes a body motion detector (150) to acquire a magnitude of a body motion as a sensor value, and a controller (110). The body motion detector (150) operates in either a motion detection mode for determining whether the acquired sensor value exceeds a predetermined threshold value and a sensor value output mode for outputting the sensor value at predetermined time intervals as an operation mode of the body motion detector (150). The operation mode of the body motion detector (150) transits from the motion detection mode to the sensor value output mode in response to a determination being made in the motion detection mode that the sensor value exceeds the threshold value. The controller (110) extracts data groups from a plurality of the sensor values output in the sensor value output mode, in response to a determination being made that the extracted data groups satisfy a step count condition, increments a step count by a number of times the step count condition has been satisfied, and further increments the step count by one in response to a determination being made, in incrementing the step count in response to the step count condition being satisfied, that a step count complementation condition is satisfied.

A learning support system (1) is capable of arranging and displaying a plurality of electronic sticky notes (101a to 101d). The learning support system (1) includes a control means (11, 21) that: in response to an electronic sticky note being selected from the plurality of electronic sticky notes (101a to 101d), displays on a display (24) an edit screen (200) for editing content shown in the selected electronic sticky note; and, in response to a user operation on a predetermined icon (206), allocates a portion of the edit screen (200) as a region (207) for displaying a search screen (207A) for searching for a certain character string in predetermined dictionary content to display the search screen (207A). The predetermined icon (206) is displayed at a predetermined position on the edit screen (200) as an indicator showing that searching for the certain character string in the predetermined dictionary content is possible.

A liquid crystal display device (1) includes a first transmissive polarizer (10), a second transmissive polarizer (20), a liquid crystal layer (63) disposed between the first transmissive polarizer (10) and the second transmissive polarizer (20), a reflective polarizer (30) disposed on a side of the second transmissive polarizer (20) opposite to a liquid-crystal-layer side closer to the liquid crystal layer (63), and a luminous layer (50) disposed on a side of the reflective polarizer (30) opposite to the liquid-crystal-layer side. A reflection axis (R3) of the reflective polarizer (30) is not parallel to either an absorption axis (A2) or a transmission axis (T2) of the second transmissive polarizer (20) as viewed in a direction (Z) perpendicular to the second transmissive polarizer (20).

A program (121, 221) causes a computer (21) to, in displaying a workspace (241a) including an electronic label (241c) by a browser (221), perform a process of changing a display form of the electronic label (241c) in accordance with a device type of a device (20) on which the browser (221) is running in a case where a width of a display region of the browser (221) is smaller than a predetermined value.

An information processing device (20) includes a processor (21) that, as a first processor determines whether a content stored in a storage (23) of the information processing device (20) is in an associated state of being associated with an account, and in response to determining that the content is not in the associated state, controls the information processing device (20) to be in a deletion prohibited state in which execution of a deletion process of deleting the content from the storage (23) is prohibited, or that, as a second processor, determines whether a license stored in the storage (23) and corresponding to a content is in the associated state, and in response to determining that the license is not in the associated state, controls the information processing device (20) to be in a deletion prohibited state in which execution of a deletion process of deleting the license from the storage (23) is prohibited.

An electronic device (1) includes a display (50), an action receiver (60), and at least one processor (10). The at least one processor receives certain command actions in a state where the electronic device operates in a certain initialization mode. In response to the command actions being performed on the action receiver in a certain order in the initialization mode, the at least one processor executes an initialization process of initializing the electronic device. Each time at least part of the command actions is performed in the certain order, the at least one processor causes the display to perform certain indication.

An electronic device includes, a substrate; an antenna provided on the substrate; a metal plate-shaped member; and a case that includes a metal sidewall facing an end face of the plate-shaped member and that stores the substrate and the plate-shaped member. The plate-shaped member is electrically connected to the side wall of the case. A gap is provided between a portion of the plate-shaped member and the side wall.

A timepiece (100) including: a case (1) with an opening; and a first exterior (2) located at the opening of the case. The first exterior includes a ring-shaped first member (21) and a first protrusion (22) protruding toward a center of the first member from a plurality of locations along a circumferential direction of the first member, and the first protrusion of the first exterior is located at an outermost location of the timepiece.

A power supply device (100) includes a power supplier (160) to supply power to a power reception device (200) and a temperature detector (140) to detect temperature of a predetermined part. The power supply device (100) includes a controller (170) to control power supply by the power supplier (160) to the power reception device (200) based on reference temperature and detection temperature detected by the temperature detector (140). In a case where, at start of power supply, a first specified time has elapsed since end of a previous power supply and a rate of change in the detection temperature during a specified period immediately before the start of power supply is within a reference value, the controller (170) updates the reference temperature to the detection temperature that is at the start of power supply.

A measuring device (100) includes at least one processor (11). The at least one processor acquires triaxial acceleration data for three axes output by a triaxial acceleration sensor attached to a user. The at least one processor estimates the number of steps of the user, based on resultant acceleration data calculated from the triaxial acceleration data. The at least one processor estimates the number of arm swings of the user, based on specific axis acceleration data corresponding to a direction in which an arm of the user is swung among the triaxial acceleration data. The at least one processor measures the number of steps of the user by using the estimated number of steps of the user and the estimated number of arm swings of the user in a switching manner in accordance with a predetermined criterion.

Disclosed is a robot including: a base part; a movable part attached to the base part in a rotatable state around a predetermined rotation axis; an actuator to rotate the movable part around the rotation axis; and one or more processors that control orientation of the movable part around the rotation axis by controlling an operation of the actuator. The processors determine whether the orientation of movable part is within a predetermined angle range including a predetermined reference orientation, in response to determining that the orientation is within the predetermined angle range, the processors control the actuator to be in a first state in which the actuator does not restrict rotation of the movable part, and in response to determining that the orientation is not within the predetermined angle range, the processors control the actuator to be in a second state in which the actuator restricts the rotation.

A program for controlling an operation of an electronic device includes: a communication module including an antenna that performs wireless communication with an external device; and at least one processor, wherein the program causes the at least one processor to execute: operating the electronic device in one of a first mode and a second mode different from the first mode and at least performing wireless communication with the external device; activating the electronic device in the first mode without supplying power to the communication module in response to receiving an instruction to shift to power-off of the electronic device during the first mode and then receiving an instruction to shift to power-on of the electronic device; and supplying power to the communication module in association with power-on of the electronic device, and starting connection processing with the external device in response to receiving an instruction to shift to power-off of the electronic device during the second mode and then receiving an instruction to shift to power-on of the electronic device.

A processor (100) acquires a first image and a second image each including a plurality of partial image areas, performs matching between a plurality of partial image areas included in the first image and a plurality of partial image areas included in the second image, and accepts correction by a user on matching between a partial image area in the first image and a partial image area in the second image. The processor (100), using a matching associated with correction by the user as a constraint condition, performs matching between a plurality of partial image areas other than the partial image area associated with the constraint condition in the first image and a plurality of partial image areas other than the partial image area associated with the constraint condition in the second image again.

A program for controlling an operation of an electronic device includes: a user interface that receives a user operation; a communication module that includes an antenna that performs wireless communication with an external device; and at least one processor that operates an own device in any of a plurality of operation modes including a first mode in which calculation is executed based on an operation to an operation unit and a second mode in which information input by an operation to the operation unit is transmitted to the external device by a communication unit, wherein the program causes the at least one processor to execute, during execution of connection processing for performing wireless communication with the external device, displaying information indicating that the electronic device is executing the connection processing in a predetermined region that displays a numerical value that is a result of the calculation in the first mode in a display unit.

A computer program for controlling an operation of an electronic device including a user interface configured to receive a user operation, a communication module and at least one processor, the computer program includes instructions which, when the program is executed by the at least one processor, causing the electronic device to perform: operating in a first mode in which a calculation is performed based on an operation on the user interface or a second mode in which information input via the user interface is transmitted to an external device via the communication module; after detecting a first operation for instructing mode switching from the first mode to the second mode and before a connection processing for performing wireless communication with the external device is completed, the connection processing being started by the first operation, stopping the connection processing in response to detecting the first operation again.

Disclosed is an electronic timepiece (100) including: a second hand (3s), a minute hand (3m), and an hour hand (3h) that are driven to rotate around a shaft; and a first light detector (5) that detects external light and corresponds to one of the second hand (3s), the minute hand (3m), and the hour hand (3h); and a second light detector (6) that detects the external light, wherein the second light detector (6) is arranged on an outer side than a movement range of a tip of the hour hand (3h), or on outer side than a movement range of tails of the second hand (3s), the minute hand (3m), and the hour hand (3h).

A computer program for controlling an electronic device including a communication module, a setting interface for selectively setting the electronic device to either a first mode or a second mode performing a wireless communication at least with an external device, and at least one processor, the computer program includes instructions which, when the program is executed by the at least one processor, causing the electronic device to perform: when no input operation to the electronic device is received for a first time in a state where the first mode is set, setting the electronic device to a more power-saving mode than the first mode; and when no input operation to the electronic device being received for a second time in a state where the second mode is set, which is longer than the first time, setting the electronic device to a more power-saving mode than the second mode.

A battery management system (110) includes: a charging controller (112) that controls charging of a secondary battery (102); a voltage sensor (121) that detects a voltage of the secondary battery; and a controller (113) that estimates an estimated range to which a battery level of the secondary battery belongs among multiple battery level ranges. Based on the detected voltage in a charging state among multiple charging states of the charging controller (112), the controller (113) tentatively determines a tentative range to which the battery level belongs among the multiple battery level ranges. Based on comparison between the tentative range and a past estimated range estimated in a past, the controller (113) estimates a current estimated range that is the estimated range of this time.

An electronic device includes a power reception coil unit (295) for contactless charging, a coil retainer (266) to retain the power reception coil unit (295), and a casing (206) to accommodate the power reception coil unit (295) and the coil retainer (266). The casing (206) has an opening (282). The coil retainer (266) retains the power reception coil unit (295) while allowing the power reception coil unit (295) to be exposed through the opening (282), and reinforces the opening (282) by being fixed to or abutting on a peripheral edge of the opening (282) in the casing (206).

An information processing method is performed by a computer (21) and comprises displaying, on a display (26), a geometry tag (320) where a figure is to be displayed (S301). The method further comprises displaying, on the display (26), an icon (367, 368) associated with a numerical value of a characteristic quantity of the figure derived based on a user operation (S203) and in response to receiving a user operation to select the icon (367, 368), displaying, on the display (26), the numerical value associated with the icon (367, 368) selected or a variable indicating the numerical value (S206, S207).

Disclosed is an ear device including: a sound emitting section that is to be placed on a side of an outer ear including a cavum conchae and includes a sound output port through which sound is output to an outside; a main body that is to be placed on a back side of the outer ear; a connecting section that connects the sound emitting section and the main body to each other; and an exterior member that is detachably attached to the connecting section or the sound emitting section.

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An indicator device (11, 151) includes a plurality of light emitters (L1-L4, R1-R4) and at least one processor (11). The processor (11) obtains, at intervals of a first period (T1), a first period maximum value representing a maximum volume among a plurality of pieces of volume information based on an input signal. The processor (11) obtains, for each second period (T2) including a plurality of first periods (T1) each being the first period (T1), a minimum value among first period maximum values each being the first period maximum value as a second period minimum value and a maximum value among the first period maximum values as a second period maximum value. The processor (11) controls light emission of the light emitters (L1-L4, R1-R4) based on a relative ratio of a predetermined first period maximum value among the first period maximum values. The relative ratio is based on the second period minimum value and the second period maximum value.

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