Abstract: A method for installing an inertial sensor unit includes: attaching a substrate to a structure with a magnet; and attaching a case accommodating an inertial sensor, to the substrate. The case is provided with a first attachment part. The substrate is provided with a second attachment part. In the attaching the case, the first attachment part and the second attachment part are fitted together to attach the case to the substrate. The inertial sensor has a base part, a moving part coupled to the base part, a physical quantity detection element arranged at the moving part, and a mass part arranged at the moving part. The mass part is made of a non-magnetic material.

Abstract: A sensor system includes a sensor that is provided in a structure and detects an acceleration, a storage unit that stores installation information indicating a relationship between a direction of a gravitational acceleration and a direction of a detection axis of the sensor, and a drop determination unit that determines whether or not the sensor is dropped based on a representative value of accelerations in the direction of the detection axis detected by the sensor and a gravitational acceleration value in the direction of the detection axis specified based on the installation information.

Abstract: Structure monitoring software includes measuring software, arithmetic software, and communication software. The measuring software collects an output signal from an inertial sensor, stores a result of collection into a first storage unit, and outputs the result of collection to the arithmetic software. The arithmetic software computes the result of collection received from the measuring software, stores a result of computation into a second storage unit, and outputs the result of computation to the communication software. The communication software stores the result of computation received from the arithmetic software into a third storage unit and transmits the result of computation to outside. Management software determines whether each of the measuring software, the arithmetic software, and the communication software is operating normally or not, and terminates and restarts the software that is not operating normally.

Abstract: Provided is a sensor data processing system including: a plurality of sensor terminals, each including a sensor that outputs measurement data; a synchronization signal generation apparatus that simultaneously transmits a synchronization signal in a wireless manner to the plurality of sensor terminals through an access point; and a data processing apparatus that performs processing on the measurement data, in which, after synchronization that is based on the synchronization signal is established, each of the plurality of sensor terminals transmits the measurement data in a wireless manner to the data processing apparatus through the access point during a communication duration that is allocated in a mutually exclusive manner.

Abstract: In a display system, each of a plurality of sensor terminals estimates first information based on accumulated first measurement data and transmits the first information to a display device. The display device synchronizes a received plurality of kinds of the first information at time and classifies the plurality of kinds of first information into a plurality of first information groups, estimates, based on position information of the plurality of sensor terminals and the first information included in each of the first information groups, updates the first information group, generates, for each of the updated plurality of first information groups, based on map information including a region where a structure is located, image information including a distribution of values of the first information on a map, and displays an image based on the image information.

Abstract: A method for mounting an inertial sensor unit includes: mounting a substrate to a structure; and mounting, to the substrate, a case in which an inertial sensor is accommodated, wherein the case is provided with a first mounting portion, the substrate is provided with a second mounting portion, and in the mounting of the case, the first mounting portion and the second mounting portion fit together, whereby the case is mounted to the substrate.

Abstract: A display device displays displacement of a bridge serving as a structure on a display part in the form of image information that is visually recognizable, based on a displacement amount of the bridge, the displacement amount having been calculated based on an output signal output from an acceleration detector serving as a physical quantity sensor provided on the bridge.

Abstract: The present invention addresses the problem of providing an antibody titer-increasing agent, such as an adjuvant, capable of sustaining an effect achieved by, for example, vaccination, which is an antibody titer-increasing agent such as an adjuvant that is safe, convenient and economical and can be easily taken irrespective of age, and a method for manufacturing the same. A method for increasing an antibody titer and a method for enhancing the effect of a vaccine, each method comprising using Lactobacillus delbrueckii subspecies bulgaricus OLL1073R-1 or a culture thereof; and an antibody titer-increasing agent such as an adjuvant that comprises Lactobacillus delbrueckii subspecies bulgaricus OLL1073R-1 or a culture thereof.

Abstract: A barley plant including a mutant LOX-1 protein and that is deficient in lipoxygenase activity.

Abstract: A synchronous measurement system includes a main controller, a plurality of sub-controllers connected to the main controller, and a plurality of sensor units connected to the sub-controller. The sub-controllers include a sub-controller master and a sub-controller slave connected to the sub-controller master. The main controller transmits a start command to the sub-controller master. The sub-controller master generates a trigger signal according to reception of the start command and transmits the trigger signal to the sub-controller slave. Each of the plurality of sub-controllers transmits a synchronization command to the plurality of sensor units on the basis of the trigger signal.

Abstract: A synchronous measurement system includes a controller and a sensor unit connected to the controller. The controller transmits a plurality of synchronization commands to the sensor unit at every predetermined interval. The sensor unit transmits measurement data to the controller in synchronization with each one of the plurality of synchronization commands. The controller includes a data processing section configured to process the measurement data transmitted from the sensor unit and a counter configured to count the synchronization command. The controller builds a data structure in which a count value of the synchronization command corresponding to the measurement data is added to the measurement data.

Abstract: An observation system includes: a power supply unit having a battery; a sensor unit which detects a state of a structure on the basis of electricity from the power supply unit; a charging unit which charges the battery from renewable energy; and a processing unit which processes sensing information in one observation mode of a plurality of observation modes including at least a first observation mode and a second observation mode in which at least one of a sensor capability of the sensor unit and a load of computational processing using the sensing information is higher than in the first observation mode. The processing unit sets an observation mode on the basis of information for disaster occurrence estimation.

Abstract: A barley plant including a mutant LOX-1 protein and that is deficient in lipoxygenase activity.

Abstract: An observation system includes an information acquiring section configured to acquire sensor information from a sensor section set in a structure and configured to detect vibration of the structure and a processing section configured to calculate information concerning a peak vibration frequency of the vibration on the basis of the sensor information and determine a surface state of the structure on the basis of the information concerning the peak vibration frequency.

Abstract: A measurement system includes a solar panel, a support which supports a position of the solar panel in a changeable manner, a battery which stores electric power from the solar panel, a sensor which detects a state of a structure based on electric power from the solar panel, and a processing unit which performs processing based on sensor information from the sensor. The position of the solar panel supported by the support is different in a first predetermined period and a second predetermined period.

Abstract: An observation system includes: a power supply unit having a battery; a sensor unit which detects a state of a structure on the basis of electricity from the power supply unit; a charging unit which charges the battery from renewable energy; and a processing unit which processes sensing information in one observation mode of a plurality of observation modes including at least a first observation mode and a second observation mode in which at least one of a sensor capability of the sensor unit and a load of computational processing using the sensing information is higher than in the first observation mode. The processing unit sets an observation mode on the basis of information for disaster occurrence estimation.

Abstract: A barley plant including a mutant LOX-1 protein and that is deficient in lipoxygenase activity.

Abstract: The present invention addresses the problem of providing an antibody titer-increasing agent, such as an adjuvant, capable of sustaining an effect achieved by, for example, vaccination, which is an antibody titer-increasing agent such as an adjuvant that is safe, convenient and economical and can be easily taken irrespective of age, and a method for manufacturing the same. A method for increasing an antibody titer and a method for enhancing the effect of a vaccine, each method comprising using Lactobacillus delbrueckii subspecies bulgaricus OLL1073R-1 or a culture thereof; and an antibody titer-increasing agent such as an adjuvant that comprises Lactobacillus delbrueckii subspecies bulgaricus OLL1073R-1 or a culture thereof.

Abstract: A synchronous measurement system includes a main controller, a plurality of sub-controllers connected to the main controller, and a plurality of sensor units connected to the sub-controller. The sub-controllers include a sub-controller master and a sub-controller slave connected to the sub-controller master. The main controller transmits a start command to the sub-controller master. The sub-controller master generates a trigger signal according to reception of the start command and transmits the trigger signal to the sub-controller slave. Each of the plurality of sub-controllers transmits a synchronization command to the plurality of sensor units on the basis of the trigger signal.

Abstract: A synchronous measurement system includes a controller and a sensor unit connected to the controller. The controller transmits a plurality of synchronization commands to the sensor unit at every predetermined interval. The sensor unit transmits measurement data to the controller in synchronization with each one of the plurality of synchronization commands. The controller includes a data processing section configured to process the measurement data transmitted from the sensor unit and a counter configured to count the synchronization command. The controller builds a data structure in which a count value of the synchronization command corresponding to the measurement data is added to the measurement data.