Hitachi (HTHIF) Inactive USPTO patents

A computer receives, as inputs, a software source code including statements and information for managing the statements including elements to be modified, as correction part candidates, selects the correction part candidate and executes score calculation processing for calculating a score for evaluating time and effort to modify the elements included in the selected correction part candidate, and selects at least one of the correction part candidate to be modified, based on the score.

A database management apparatus receives the specification of an origin column, calculates a confidentiality level of a column in a different database from the database related to the origin column based on a confidentiality level of the origin column and a degree of similarity between contents of data in the origin column and contents of data in the column in the different database.

In a data management system of a machine learning model, flag management information (a flag importance management table) manages and defines respective flags corresponding to, of a plurality of processes included in the life cycle, one or more predetermined processes.

There is provided a phase-image processing apparatus and a phase-image processing method capable of highly accurately correcting a phase singularity included in a phase image.

A data file encryption transmission/reception system includes a computer with a registration module that encrypts input data files.

The state monitoring system includes: a 3D camera configured to acquire an image in a work area; and information processing apparatus connected to the 3D camera and including a processing unit and a storage unit.

An accelerator includes: a main magnetic field magnet that has a plurality of magnetic poles and excites the main magnetic field in a space interposed between the magnetic poles; a magnetic channel that extracts the ion beam from an inside of the main magnetic field magnet toward an outside of the main magnetic field magnet; a displacement unit that displaces the ion beam circulating in a main magnetic field region to an outer side of the main magnetic field region; and a disturbance magnetic field region that is provided in an outer peripheral portion of the main magnetic field region and excites a magnetic field which disturbs the ion beam displaced to the outer side and guides the ion beam to the magnetic channel, the magnetic channel including a predetermined mechanism that suppresses a magnetic field gradient generated radially inward in the circulating ion beam region.

A production system between processes is automatically determined using work performance data acquired at a production site, and a process model in which a flow shop and a job shop are mixed is automatically generated.

The present invention addresses the problem of efficiently moving a plurality of moving objects under different rule-based control systems without impairing safety.

A storage systems is configured so that when a network interface receives a write request, the network interface performs protocol processing on the write request and transfers a write command to a storage controller, the storage controller reserves a data storage area in a cache memory, the network interface receives a data transfer request from the storage controller and stores data relating to the write request in the reserved storage area of the cache memory, the storage controller transfers a write response to the network interface, and the network interface responds to the source of the write request.

An operation motion is accurately determined in an operational information management system.

To perform respiratory monitoring and cardiac-output measurement on general patients, an aspect of a biological measurement apparatus includes: at least two electrodes that are attached to a living body; a power supply that causes an AC current to flow between the two electrodes; at least two coils that are placed so as to sandwich a line linking the two electrodes, and detect a magnetic field related to a change in the AC current accompanying a change in impedance of the living body; and a detection circuit that performs addition or subtraction of signals related to the magnetic field detected with the two coils, and outputs the signals as a change in the impedance.

A registration apparatus is configured to access a network formed of a set of first nodes and first edges, the first nodes each representing a first feature vector including a plurality of elements, the first edges each coupling two first nodes representing two first feature vectors to each other based on two first feature vectors, a processor in the registration apparatus is configured to execute: obtaining processing of obtaining a second feature vector; and registration processing of registering a second node representing the second feature vector to the network based on a similarity relationship among third feature vectors in a set of third feature vectors included in the set of first feature vectors, and coupling the second node and a third node representing the third feature vector to each other with a second edge, the number of third feature vectors being smaller than the number of first feature vectors.

Example implementations described herein are directed to a plurality of control functions connected via a communication network and synchronized, where the control functions communicate packets including control data, the function identifier for the function associated with the control data, and time identifier such as a time identifier representing the synchronized time associated with the control data.

In a data sharing system 1, a plurality of dHCI systems 100 share data by communication, and each of the plurality of dHCI systems 100 is configured to include a dHCI 110 to provide a virtual environment to execute an application and a storage system 120 to provide a volume to the virtual environment together with a storage device of the dHCI 110.

Provided is a liquid feeding method for removing bubbles from a solution introduced into a fluidic device, wherein: the fluidic device includes a flow path of a volume v, a first chamber having a volume V1 and connected to a first side of the flow path, and a second chamber having a volume V2 and connected to a second side, being different from the first side, of the flow path; V1, V2, and v satisfy Formula (1) and Formula (2), α is a solubility of gas in the solution at a temperature of the second chamber, β is a solubility of gas in the solution at a temperature of the flow path, P0 is a pressure of a surrounding environment of the fluidic device, ΔP is a bubble internal pressure rise value, where ΔP=4σ/d, σ is a surface tension of the solution, and d is a diameter of the flow path; and the liquid feeding method includes: disposing the solution at a first position opposite to the flow path with respect to the second chamber; pressurizing and feeding the solution so that the solution is transferred through the second chamber toward the flow path; and pressurizing and introducing the solution from the second chamber into the flow path.