Abstract: A method for trouble managing in equipment is provided, with which optimal timing of repairing the equipment and occurrence of malfunction probable to occur concurrently with present malfunction or later stage can be inferred with sufficient accuracy, and which can be adopted for large-scale equipment used in a plant.

Abstract: This electricity-demand prediction device is provided with an area-feature-value prediction unit, an individual-model acquisition unit, and a demand-prediction computation unit. Measured data relating to vehicles is input to the area-feature-value prediction unit, and for each of a plurality of areas, the area-feature-value prediction unit predicts an area feature value for a feature relating to vehicles associated with the area in question. The individual-model acquisition unit acquires individual models for specific vehicles. The individual models take area feature values as input and output electricity-demand values for the specific vehicles at a specific charging facility. The demand-prediction computation unit inputs the predicted area values to the individual models to compute a predicted electricity demand for the specific vehicles corresponding to the individual models at the aforementioned specific charging facility.

Abstract: A blood pressure-related information display device according to a preferred embodiment of the present invention displays, in a part of a display screen, a blood pressure evaluation item list display field indicating a plurality of types of blood pressure evaluation items and a quality display field indicating a quality of each of the blood pressure evaluation items as images. The blood pressure evaluation item list display field includes a header area and a body area. The blood pressure evaluation items are displayed in the body area in list format so all of the items can be viewed, and so that any one of the plurality of types of blood pressure evaluation items can be selected. Icon marks that indicate the quality of the blood pressure evaluation results are displayed in the quality display field, provided on the left side of the body area and arranged to the left of the corresponding blood pressure evaluation items.

Abstract: In an aspect of the present invention, a need determination device includes a storage unit configured to store survey data in which an assessment value of a quantitatively or qualitatively assessable survey item is set at each textbook that is the same type as an object of which needs are to be determined, and need assessment data in which an assessment value of a need is set at each of the textbooks; a determination logic generation unit configured to generate a determination logic for determining a need based on the survey data and the need assessment data; and a determination unit configured to determine a need of the object by applying, to the determination logic, input data in which the assessment value of the survey item of the object of which needs are to be determined is set.

Abstract: A condition diagnosing method capable of executing condition diagnosis considering a secular change is provided. A condition diagnosing method includes a first diagnosing step of determining presence or absence of abnormality in diagnosis data by a latest one class support vector machine, and diagnosing the diagnosis data determined as abnormal as relating to a failure, and a second diagnosing step of determining presence or absence of abnormality in the diagnosis data determined as abnormal in the first diagnosing step by an initial one class support vector machine, diagnosing the diagnosis data determined as abnormal as relating to secular deterioration, and diagnosing the diagnosis data determined as not abnormal as normal.

Abstract: In a wall-hung air conditioner 1 provided with a vertical blade 85 for wind-direction change, a flap 60, and a fan guard 70 at an outlet 13 of a housing containing a heat exchanger 2 and a blower, the fan guard 70 is provided with a plurality of wires 71 extending in the longitudinal direction of the outlet 13 and a pair of supporting bodies 72 and 73 bundling the both ends of the wires 71, and the fan guard 70 is installed with the plurality of wires 71 extended into a space between the vertical blade 85 and the flap 60 and the pair of the supporting bodies 72 and 73 are fixed and mounted onto the outlet 13 through one-touch operation.

Abstract: In a wall-hung air conditioner 1 provided with a vertical blade 85 for wind-direction change, a flap 60, and a fan guard 70 at an outlet 13 of a housing containing a heat exchanger 2 and a blower, the fan guard 70 is provided with a plurality of wires 71 extending in the longitudinal direction of the outlet 13 and a pair of supporting bodies 72 and 73 bundling the both ends of the wires 71, and the fan guard 70 is installed with the plurality of wires 71 extended into a space between the vertical blade 85 and the flap 60 and the pair of the supporting bodies 72 and 73 are fixed and mounted onto the outlet 13 through one-touch operation.

Abstract: A method for trouble managing in equipment is provided, with which optimal timing of repairing the equipment and occurrence of malfunction probable to occur concurrently with present malfunction or later stage can be inferred with sufficient accuracy, and which can be adopted for large-scale equipment used in a plant.