Abstract: An electrical device according to the present disclosure includes a heat generator, a heat dissipator, a thermal conductive sheet, and a thermal conductive fluid. The heat generator has a first surface. The heat dissipator has a second surface that faces the first surface. The thermal conductive sheet and the thermal conductive fluid are both interposed between the first surface and the second surface. The first surface and the second surface face each other in their respective counter regions. Each of the counter regions includes a first region and a second region when viewed in a direction in which the first and second surfaces face each other. The first region holds the thermal conductive fluid but does not receive the thermal conductive sheet. The second region is adjacent to the first region and receives the thermal conductive sheet.

Abstract: An object of the present disclosure is to provide a heat conducting sheet that can be easily positioned and can absorb unevenness of a heat generating component and a heat radiating component to reduce thermal resistance, and an electronic device using the same. Heat conducting sheet includes rectangular graphite sheet and attachment sheet that covers graphite sheet, graphite sheet being exposed at least two opposite sides. Graphite sheet is exposed from between attachment sheets, a thickness of attachment sheet is made thinner than (T0-T1) where an initial thickness of graphite sheet is T0, and a thickness when a pressure of 100 kPa is applied to the graphite sheet is T1.

Abstract: There is provided a monitoring apparatus including a monitoring unit that monitors an operating situation of nodes over a network based on a predetermined monitoring parameter, a memory that records the operating situation monitored by the monitoring unit, and a changing unit that changes the monitoring parameters based on a past operating situation recorded by the memory.

Abstract: The invention relates to a node detection apparatus and a method utilizing the same. The node detection apparatus may include a first and second acquisition section that acquires identification information peculiar to a communication device in accordance with a first or second communication protocol. The node detection apparatus may include an identification section that identifies the communication device that complies with both of the first communication protocol and the second communication protocol based on the identification information acquired by the first acquisition section and the identification information acquired by the second acquisition section.

Abstract: There is provided a node monitoring apparatus including: a node identification unit that identifies a function of a node present in a network; a parameter setting unit that sets a parameter for monitoring processing on the node in accordance with the function identified by the function identification unit; and a node monitoring unit that performs the monitoring processing on each of the nodes based on the parameter set by the parameter setting unit.

Abstract: There is provided a node detection apparatus including: an acquisition section that acquires address information of communication equipment managed by a DNS server; an operation confirmation section that confirms operations of the communication equipment based on the address information acquired by the acquisition section; and a node registration section that registers the communication equipment having the address information acquired by the acquisition section as an operating node, based on a result of the operation confirmation by the operation confirmation section.

Abstract: There is provided a node detection apparatus including: a first acquisition section that acquires identification information peculiar to a communication device in accordance with a first communication protocol; a second acquisition section that acquires the identification information peculiar to the communication device in accordance with a second communication protocol; and an identification section that identifies the communication device that complies with both of the first communication protocol and the second communication protocol based on the identification information acquired by the first acquisition section and the identification information acquired by the second acquisition section.

Abstract: There is provided a node detection apparatus including: an acquisition section that acquires address information of communication equipment managed by a DNS server; an operation confirmation section that confirms operations of the communication equipment based on the address information acquired by the acquisition section; and a node registration section that registers the communication equipment having the address information acquired by the acquisition section as an operating node, based on a result of the operation confirmation by the operation confirmation section.

Abstract: There is provided a node monitoring apparatus including: a node identification unit that identifies a function of a node present in a network; a parameter setting unit that sets a parameter for monitoring processing on the node in accordance with the function identified by the function identification unit; and a node monitoring unit that performs the monitoring processing on each of the nodes based on the parameter set by the parameter setting unit.

Abstract: There is provided a monitoring apparatus including a monitoring unit that monitors an operating situation of nodes over a network based on a predetermined monitoring parameter, a memory that records the operating situation monitored by the monitoring unit, and a changing unit that changes the monitoring parameters based on a past operating situation recorded by the memory.

Abstract: A parts list system used for part number management is composed of a parts table database and a parts list controller. The parts table database includes a parts list which stores a state data and a part number data. The state data indicates a progress state of a part. And the part number data includes a number of the part as an identifier. The parts list controller inhibits change of the part number data, when the state data indicates prohibition of the change of the part number data.

Abstract: A method of preparing parts list system used for part numbers management, composed of a parts table database and a parts list controller. The parts table database includes a parts list which stores a state data and a part number data. The state data indicates a progress state of a part. The part number data includes a number of the part as an identifier. The method comprises preparing a part list storing the state data and part number data, setting the state data to indicate permission to change a part number, assigning a tentative part number, setting the state data after changing design of the part, defining the tentative part number as a normal part number, and checking validation of the tentative part number versus used part numbers and whether the tentative part number complies with predetermined rules for each part number data.

Abstract: A parts list system includes a CAD section and a parts list section. The CAD section generates a CAD figure of a part included in an apparatus based on design reference data, and extracts a part number of the part, configuration part numbers of configuration parts of the part and attribute data from the CAD figure. Here, the design reference data is reference for design. The attribute data indicate properties of the part and the configuration parts. The parts list section generates the parts list based on the part number, the configuration part numbers and the attribute data from the CAD figure and the design reference data. Here, the parts list relates the part number, the configuration part numbers and part data. The part data indicate properties of the part and the configuration part. Then, the CAD section modifies the CAD figure based on a modification command showing a modified design, and extracts the part number, the configuration part numbers and the attribute data from the modified CAD figure.

Abstract: An air temperature detector 12 is disposed close to an auxiliary passage sidewall 15, which has an auxiliary passage wall hole 9 formed near the air temperature detector 12. A heat-sensitive resistor 13 is also disposed close to the auxiliary passage sidewall 15, which has an auxiliary passage wall hole 10 formed near the heat-sensitive resistor 13. Further, a resistor heater 14 is disposed close to an auxiliary passage sidewall 16, which has an auxiliary passage wall hole 11 near the resistor heater 14.

Abstract: A parts list system includes a parts list database and a parts list control section. The parts list database stores a parts list of an apparatus. The parts list relates a part number of a part of the apparatus, part data indicating properties of the part, and a status data indicating each stage of a process of a design change. The parts list control section generates the status data based on the stage. The parts list control section makes a relation among the status data, the part number and the part data, and stores the status data in the parts list database. Then, the parts list control section controls operations of changes of the part number and the part data in the parts list, based on the status data.

Abstract: An air temperature detector 12 is disposed close to an auxiliary passage sidewall 15, which has an auxiliary passage wall hole 9 formed near the air temperature detector 12. A heat-sensitive resistor 13 is also disposed close to the auxiliary passage sidewall 15, which has an auxiliary passage wall hole 10 formed near the heat-sensitive resistor 13. Further, a resistor heater 14 is disposed close to an auxiliary passage sidewall 16, which has an auxiliary passage wall hole 11 near the resistor heater 14.

Abstract: A parts list system includes a CAD section and a parts list section. The CAD section generates a CAD figure of a part included in an apparatus based on design reference data, and extracts a part number of the part, configuration part numbers of configuration parts of the part and attribute data from the CAD figure. Here, the design reference data is reference for design. The attribute data indicate properties of the part and the configuration parts. The parts list section generates the parts list based on the part number, the configuration part numbers and the attribute data from the CAD figure and the design reference data. Here, the parts list relates the part number, the configuration part numbers and part data.

Abstract: A parts list system includes a parts list database and a parts list control section. The parts list database stores a parts list of an apparatus. The parts list relates a part number of a part of the apparatus, part data indicating properties of the part, and a status data indicating each stage of a process of a design change. The parts list control section generates the status data based on the stage. The parts list control section makes relation among the status data, the part number and the part data, and stores the status data in the parts list database. Then, the parts list control section controls operations of changes of the part number and the part data in the parts list, based on the status data.

Abstract: A parts list system used for part number management is composed of a parts table database and a parts list controller. The parts table database includes a parts list which stores a state data and a part number data. The state data indicates a progress state of a part. And the part number data includes a number of the part as an identifier. The parts list controller inhibits change of the part number data, when the state data indicates prohibition of the change of the part number data.

Abstract: In order to conduct welding so that the welded steel shows a decreased residual stress after welding without a post treatment such as a PWHT, the steel for welded structures and the welding wire of the present invention starts a transformation from austenite into martensite at a temperature (Ms temperature) from at least 200° C. to up to 350° C., and has a yield strength from at least 60 kg/mm2 to up to 120 kg/mm2 at the transformation starting temperature. The multipass welding process of the present invention comprises forming a weld metal having a Ms temperature of 150° C. to 300° C., and TIG remelt-run welding the surface of the final layer.