Omron Patente

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To provide a problem solving support device that can propose a purposeful solution for a client problem. A problem solving support device 1 includes a storage unit that stores at least a first tree structure composed of a plurality of first nodes that store data related to a problem and a second tree structure composed of a plurality of second nodes that store data related to a solution, a first allocation unit that compares each of the plurality of first nodes included in the first tree structure with target data, calculates a first weighting factor based on a similarity with the target data for each of the plurality of first nodes, and allocates the calculated first weighting factor to the corresponding one of the plurality of first nodes, and a second allocation unit that allocates a second weighting factor based on the first weighting factor to each of the plurality of second nodes included in the second tree structure, based on a degree of association representing strength of association determined between same-level nodes located at the same level in the first tree structure and the second tree structure.

A biological signal measurement device that is wearable, capable of measuring biological signals from a plurality of channels, and driven by a battery includes: an operation mode switching unit configured to switch between a first operation mode in which the plurality of channels are activated and biological signals from the plurality of channels are measured and a second operation mode in which only some of the channels are activated and biological signals from some of the channels are measured; a remaining battery level acquisition unit configured to acquire remaining battery level information of the battery; a prediction unit configured to predict an operable time of the biological signal measurement device based on power consumption in each operation mode and the remaining battery level; and an output unit configured to output information about a predicted value of an operable time.

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A plurality of heartbeat waveforms extracted from time-series data of an ECG signal are divided into a plurality of heartbeat waveform groups including at least a first heartbeat waveform group and a second heartbeat waveform group, a first representative P wave interval waveform and a second representative P wave interval waveform, which are typical P wave interval waveforms, are acquired from the first heartbeat waveform group and the second heartbeat waveform group, respectively, and when a similarity between the first representative P wave interval waveform and the second representative P wave interval waveform is higher than a threshold value, it is determined that a P wave is included in the time-series data of the ECG signal.

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To provide a biosignal measurement device that can achieve low power consumption while achieving highly accurate electrocardiographic measurement. The biosignal measurement device includes: a plurality of electrodes; a measurement unit including a detection circuit that detects a potential difference using the plurality of electrodes and configured to measure an electrocardiographic signal of a subject using the detection circuit; a battery configured to supply power to the detection circuit; and a selection unit configured to select a measurement electrode to be used for measurement of the electrocardiographic signal of the subject from the plurality of electrodes, based on the electrocardiographic signal of the subject, which is measured using at least some of the plurality of electrodes and the detection circuit. In addition, the measurement unit measures the electrocardiographic signal using the detection circuit and the measurement electrode.

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Provided are a method, a system, and a mobile robot for generating an environment map, each configured to generate a wide and highly accurate environment map at low cost and in a short time. A method according to an aspect of the present invention is a method of generating an environment map by controlling a first mobile robot that is movable and provided with a first detection unit for detecting an environment and generating first environment information and a second mobile robot that is movable and provided with a second detection unit for detecting the environment and generating second environment information. The method includes: causing the first mobile robot to move; generating first environment information by causing the first detection unit of the first mobile robot to detect an environment while the first mobile robot is moving; causing the second mobile robot to move so as to follow the first mobile robot; generating the second environment information by causing the second detection unit of the second mobile robot to detect an environment while the second mobile robot is moving; and generating an environment map based on the first environment information and the second environment information.

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This invention realizes a communication device capable of outputting notification information in some cases, even if a reception error occurs in communication with a slave unit. A communication device (10) comprises: a determination unit (70) that determines whether there is a reception error in frame data demodulated by a reception unit (40); and a control unit (60). If a determination result is obtained indicating that there is a reception error, the control unit (60) uses demodulated first additional information to examine whether there is an error in demodulated notification information, and outputs the demodulated notification information if an examination result is obtained indicating that there is no error.

A prediction system predicts power demand of each of one or more facilities configured to produce a product. The prediction system includes: a calculation unit configured to calculate, for each of the one or more facilities, a scheduled power usage amount in a target time slot, based on actual result data of consumed power and a production plan of the product; and a determination unit configured to determine, for each of the one or more facilities, a scheduled power purchase amount from a power system in the target time slot, based on the scheduled power usage amount and a power trading price in the target time slot. Thereby, the prediction system can provide information capable of improving a merit for a consumer obtained by cooperating on a request for a demand response.

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