Abstract: An information processing apparatus includes a processing unit that generates an operation log of an operation target device operated by a user, by identifying an operation content of the operation target device, based on a captured image obtained by capturing an image of the operation target device, and operation pattern information of a model of the operation target device.

Abstract: An apparatus is provided to solve an issue that detailed information cannot be obtained in some cases because displayed contents is insufficient due to device constraints, the apparatus including an image acquiring section that acquires an image, an extracting section that extracts display information indicated on a device shown in the image, an information-for-identification acquiring section that acquires information for identification for identifying a product of the device and an output section that outputs associated information associated with the information for identification and the display information.

Abstract: A sensor calibration device for calibrating a sensor device, includes a sensor reader configured to read, from a reference sensor, a physical quantity which is a reference of a calibration and detected by the reference sensor, and a sensor manager configured to convert the physical quantity read by the sensor reader into a reference measurement value, the sensor manager being configured to obtain a calibration target measurement value obtained by the sensor device measuring the physical quantity, and the sensor manager being configured to output, to the sensor device, a calibration instruction based on the reference measurement value and the calibration target measurement value.

Abstract: An apparatus is provided to solve an issue that detailed information cannot be obtained in some cases because displayed contents is insufficient due to device constraints, the apparatus including an image acquiring section that acquires an image, an extracting section that extracts display information indicated on a device shown in the image, an information-for-identification acquiring section that acquires information for identification for identifying a product of the device and an output section that outputs associated information associated with the information for identification and the display information.

Abstract: A sensor calibration device for calibrating a sensor device, includes a sensor reader configured to read, from a reference sensor, a physical quantity which is a reference of a calibration and detected by the reference sensor, and a sensor manager configured to convert the physical quantity read by the sensor reader into a reference measurement value, the sensor manager being configured to obtain a calibration target measurement value obtained by the sensor device measuring the physical quantity, and the sensor manager being configured to output, to the sensor device, a calibration instruction based on the reference measurement value and the calibration target measurement value.

Abstract: This invention relates to an injection molding method using an injection mold. The method comprises (1) a molten resin injection step for injecting the molten resin from a gate into a cavity, (2) a pressure-keeping step for continuously applying pressure from the gate after the molten resin injection step, and (3) a fluid injection step for injecting a fluid toward the back surface of the molded product. The pressure-keeping step and the fluid injection step are simultaneously executed. Simultaneously executing these two steps can lower the pressure that is to be continuously applied from the gate. The present injection molding method can reduce the pressure of the fluid to be injected toward the back surface of the molded product in order to cause the back surface of the molded product to separate from the cavity surface.

Abstract: This invention relates to an injection molding method using an injection mold. The method comprises (1) a molten resin injection step for injecting the molten resin from a gate into a cavity, (2) a pressure-keeping step for continuously applying pressure from the gate after the molten resin injection step, and (3) a fluid injection step for injecting a fluid toward the back surface of the molded product. The pressure-keeping step and the fluid injection step are simultaneously executed. Simultaneously executing these two steps can lower the pressure that is to be continuously applied from the gate. The present injection molding method can reduce the pressure of the fluid to be injected toward the back surface of the molded product in order to cause the back surface of the molded product to separate from the cavity surface.