Horiba Patente

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There are provided an X-ray analysis device, an X-ray analysis method, an information processing device, and a computer program capable of individually measuring the amount of an element contained in a layer on a front surface side and a layer on a back surface side of a multilayer sample.An X-ray analysis device includes an irradiation unit that irradiates a sample, in which a plurality of layers are laminated, with X-rays such that the X-rays transmit through a first layer, an intermediate layer, and a second layer in this order; a fluorescent X-ray detector that detects fluorescent X-rays generated from the first layer or the second layer; a transmission X-ray detector that detects transmitted X-rays transmitted through the sample; and an analysis unit. The analysis unit calculates an amount of a specific element contained in one of the first layer and the second layer according to an intensity of the fluorescent X-rays having a predetermined first energy, calculates a total amount of the specific element contained in the first layer and the second layer according to an intensity of the transmitted X-rays having a predetermined second energy higher than the first energy, and calculates an amount of the specific element contained in the other of the first layer and the second layer.

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There is provided an analysis device that is used in a test specimen evaluation apparatus that evaluates a condition of a test specimen by analyzing waste liquid from the test specimen. This analysis device includes a component concentration measurement unit that is connected to an exhaust gas flow path through which flows diluted waste liquid created by diluting the waste liquid discharged from the test specimen with a diluent, and that measures a concentration of a component contained in the diluted waste liquid.

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There are provided a test object testing system, an information processing method, and a computer program for preventing the alteration of data related to measurements.A test object testing system includes: a measuring device; and an information processing device. The measuring device acquires a measurement result necessary for determining a condition of a test object in accordance with predetermined rules, generates measurement data indicating the measurement result, and stores, in association with each other, protected device data including device data, which indicates a result of an inspection regarding whether or not the condition of the measuring device complies with the predetermined rules, and a hash value of the device data and protected measurement data including the measurement data and a hash value of the measurement data.

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The present invention realizes energy saving by focusing on a frequency distribution indicating frequency of an energy consumption amount in an energy demand facility, and is an energy management system that manages consumed energy in the energy demand facility. The energy management system includes: a clustering unit that clusters a past energy consumption amount of the energy demand facility into a plurality of clusters based on a predetermined condition; a modeling unit that models a frequency distribution indicating frequency of the energy consumption amount in each cluster into at least one distribution having a positive skewness; and a schedule adjustment unit that adjusts an operation schedule of the energy demand facility so as to reduce dispersion of the modeled distribution.

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This invention is a battery case evaluation system 100 for evaluating thermal characteristics of a battery case (BC) constituting a battery pack or a component of the battery case (BC). The battery case (BC) comprises a simulated battery 10 that is installed within the battery case (BC) and that is to simulate thermal behavior of the actual battery which is a component of the battery pack, a power supply device 20 that supplies power to the simulated battery 10, and a control device 30 that controls the power supply device 20. The control device 30 comprises a parameter receiving unit 31 that receives an input profile indicating time-dependent change of a current, a voltage, or power supplied to the actual battery as one of evaluation parameters, a resistance value calculation unit 331 that calculates a resistance value of the actual battery which changes over time based on simulated battery temperature and the input profile, and a power supply control unit 33 that controls the power supply device 20 using the resistance value calculated by the resistance value calculation unit 331.

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A fuel cell evaluation system evaluates a test piece that is a fuel cell to be mounted on a mobile object or a portion of the fuel cell, and includes: a hydrogen gas supply line that supplies hydrogen gas to the test piece; an electric discharge unit that controls an electric discharge load of the test piece; and an inclination test device that has a mounting base on which the test piece is mounted, and inclines the mounting base so as to change the attitude of the test piece depending on the moving state of the mobile object.

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The present invention tests a test specimen by controlling a vehicle pedal of the test specimen to a target operation amount while applying a driving resistance to the test specimen, and includes a driving device 2 that operates vehicle pedals V3 and V4 of the test specimen V or inputs an operation signal corresponding to an operation of the vehicle pedal to drive the test specimen V, a dynamometer 4 that applies a driving resistance according to a vehicle speed of the test specimen V driven by the driving device 2, a data acquisition unit 31 that acquires target operation amount data that is time-series data of a target operation amount on the vehicle pedals V3 and V4, and a driving device control unit 33 that performs feedforward control of the driving robot 2 based on the target operation amount data acquired by the data acquisition unit 31.

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The present invention makes it possible to provide temperature traceability for a test vehicle. A vehicle control device 30 controls temperature information for a test vehicle V and includes a peripheral temperature acquisition unit 31 that acquires a peripheral temperature of a test vehicle V from a first temperature sensor T1 that is provided in a soak chamber S2 where the test vehicle V is stored or in a test chamber S1 where the test vehicle V is tested, a position information acquisition unit 33 that acquires position information for the test vehicle V, and a recording unit 34 that associates the peripheral temperature of the test vehicle V with the position information for that test vehicle V and records the association.

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