Abstract: A photocathode 4 includes an optically transparent conductive layer provided between a translucent substrate and a photoelectric conversion layer. The optically transparent conductive layer is formed of a constituent material including carbon. A Raman spectrum of the constituent material has a peak of a band, a peak of a band, a peak of a band, and a peak of a band.

Abstract: A photocathode 4 includes an optically transparent conductive layer provided between a translucent substrate and a photoelectric conversion layer. The optically transparent conductive layer is formed of a constituent material including carbon. A Raman spectrum of the constituent material has a peak of a band, a peak of a band, a peak of a band, and a peak of a band.

Abstract: A clamp and a wire harness capable of being easily installed on a fixation portion are provided. The clamp 41 includes the holder 70, which holds the outer sheath 36 accommodating an electric wire, and the fixed portion 50, which is connected to the holder 70 and fixed to the vehicle body panel P1. The fixed portion 50 includes the insertion groove 60, into which the columnar fastener B1 on the vehicle body panel P1 is inserted. The insertion groove 60 extends through the fixed portion 50 in the X-axis direction. The insertion groove 60 is shaped so as to include the mouth 61 in the plan view seen in the X-axis direction. The mouth 61 opens in the Y-axis direction in this embodiment, which is orthogonal to the X-axis direction.

Abstract: A clamp and wire harness that allow for position adjustment with respect to an object of installation; wherein the clamp holds a tubular member accommodating an electric wire and is fixed to an object of installation. The clamp includes a clamp body, which holds the tubular member, and a core block, which is separate from the clamp body. The clamp body includes a through-hole, which accommodates the core block, inner surfaces opposed to the core block in the through-hole, and a bottom surface. The core block includes a body portion accommodated in the through-hole, a coupling portion to be coupled to the object of installation, and a protrusion that protrudes in a direction orthogonal to a central axis O of the through-hole. The protrusion is opposed to the bottom surface. The body portion is configured to be separated from one of the inner surfaces when contacting the other inner surface.

Abstract: A clamp and wire harness that allow for position adjustment with respect to an object of installation; wherein the clamp holds a tubular member accommodating an electric wire and is fixed to an object of installation. The clamp includes a clamp body, which holds the tubular member, and a core block, which is separate from the clamp body. The clamp body includes a through-hole, which accommodates the core block, inner surfaces opposed to the core block in the through-hole, and a bottom surface. The core block includes a body portion accommodated in the through-hole, a coupling portion to be coupled to the object of installation, and a protrusion that protrudes in a direction orthogonal to a central axis O of the through-hole. The protrusion is opposed to the bottom surface. The body portion is configured to be separated from one of the inner surfaces when contacting the other inner surface.

Abstract: A clamp and a wire harness capable of being easily installed on a fixation portion are provided. The clamp 41 includes the holder 70, which holds the outer sheath 36 accommodating an electric wire, and the fixed portion 50, which is connected to the holder 70 and fixed to the vehicle body panel P1. The fixed portion 50 includes the insertion groove 60, into which the columnar fastener B1 on the vehicle body panel P1 is inserted. The insertion groove 60 extends through the fixed portion 50 in the X-axis direction. The insertion groove 60 is shaped so as to include the mouth 61 in the plan view seen in the X-axis direction. The mouth 61 opens in the Y-axis direction in this embodiment, which is orthogonal to the X-axis direction.

Abstract: To further improve hollow resin molded article manufacturing technology, a hollow resin molded article manufacturing method includes: injecting a melted resin material into a cavity of a mold; injecting gas and liquid into the cavity in which the resin material has been injected, via an injector connected to the cavity, to form a hollow portion in the resin material in the cavity; and discharging the liquid in the cavity to outside of the cavity. The hollow portion forming step includes injecting the gas in a compressed state into the injector and then injecting the liquid pressurized at higher pressure than the gas. The injector is connected to a vertically lowermost end of the cavity. In the discharging step, the liquid is discharged via the injector.

Abstract: An electronic component unit includes a housing that accommodates electronic components therein and that is provided with connecting units connected to electric wires on a vertical-direction lower surface. The housing has protruding ribs protruding downward in a vertical direction from the vertical-direction lower surface, positioned between the connecting units and respective side wall surfaces of the housing provided to sides of the vertical-direction lower surface, and extending from one end to the other end of the vertical-direction lower surface along the side wall surfaces. The electronic component unit having this configuration can prevent adhesion of water to the connecting units.

Abstract: An electronic component unit includes a housing that accommodates electronic components therein and that is provided with connecting units connected to electric wires on a vertical-direction lower surface. The housing has protruding ribs protruding downward in a vertical direction from the vertical-direction lower surface, positioned between the connecting units and respective side wall surfaces of the housing provided to sides of the vertical-direction lower surface, and extending from one end to the other end of the vertical-direction lower surface along the side wall surfaces. The electronic component unit having this configuration can prevent adhesion of water to the connecting units.

Abstract: A load balancing method comprises the steps of: registering a business configuration definition of each business service including a schedule of the business service with a business configuration management repository; storing at least a service level objective of each business service; storing information on performance of each information processing module; acquiring the registered schedule and the stored service level objective of the designated business service; partitioning the schedule of the designated business service into a plurality of partial schedules according to the acquired service level objective; selecting one or more information processing modules whose performance information stored in the performance management table satisfies the service level objective in each partial schedule; and reserving the information processing modules selected for the partial schedules as information processing modules for executing the designated business service in the schedule.

Abstract: This invention is for a relatively loose recovery of data still not backed up at the time of a failure by later inputting it. A recovery method of recovering processes at a data center when a failure occurs at another data center during execution of the process, has a step of transmitting data at a first data center normally used to a second data center at a predetermined interval and backup at the second data center; a step of, when the first data center breaks down, selecting an information processing apparatus of which recovery time including a time for inputting data not backed up satisfies a requested recovery time, from the second data center; and a step of deploying applications used at the first data center in the selected information apparatus and recovering the data from the backup.

Abstract: This invention is for a relatively loose recovery of data still not backed up at the time of a failure by later inputting it. A recovery method of recovering processes at a data center when a failure occurs at another data center during execution of the process, has a step of transmitting data at a first data center normally used to a second data center at a predetermined interval and backup at the second data center; a step of, when the first data center breaks down, selecting an information processing apparatus of which recovery time including a time for inputting data not backed up satisfies a requested recovery time, from the second data center; and a step of deploying applications used at the first data center in the selected information apparatus and recovering the data from the backup.

Abstract: A load balancing method comprises the steps of: registering a business configuration definition of each business service including a schedule of the business service with a business configuration management repository; storing at least a service level objective of each business service; storing information on performance of each information processing module; acquiring the registered schedule and the stored service level objective of the designated business service; partitioning the schedule of the designated business service into a plurality of partial schedules according to the acquired service level objective; selecting one or more information processing modules whose performance information stored in the performance management table satisfies the service level objective in each partial schedule; and reserving the information processing modules selected for the partial schedules as information processing modules for executing the designated business service in the schedule.

Abstract: A bumper fascia is provided for a vehicle having head lamps and an armature positioned under the head lamps. Over the whole width of the vehicle, the bumper fascia is arranged along respective lower edges of the head lamps. Each head lamp includes a lamp housing and a lamp lens. The bumper fascia includes an upper and rear end portion and extensions formed in a part of the upper and rear end portion so as to extend up to an attachment part where the lamp lenses are connected to the lamp housings. In assembly, the extensions are mounted on the armature. Owing to the extensions formed on the underside of the lamp lenses, it is unnecessary to paint the under face of each lamp lens black. Since a top of the armature is hidden by the extensions, it is also unnecessary to paint the armature black.

Abstract: A fixing clip includes a female member and a male member. The female member includes a flange, a barrel and an inner hole bored from the flange through the barrel thereof. The male member is provided with a shank for insertion into the inner hole of the female member. The inner hole of the female member is a blind hole rectangular in cross section and open exclusively at the flange. The blind hole has the opposed inner wall surfaces provided with a pair of engaging projections. The shank of a male member has the leading end of a width smaller than a distance between the engaging projections.