Abstract: An object of the present invention is to improve the service life of an organic light emitting element. In order to solve the above problem, a curable polymer according to the present invention includes a macromolecule including a main chain having a conjugating monomer and a side chain having a crosslinking group, and the macromolecule is doped with holes.

Abstract: Used is an organic light emitting device having an anode, a hole transport layer, a emission layer, and a cathode, in which: the hole transport layer is arranged between the anode and the emission layer; the hole transport layer includes an ion polymerization initiator and a curable resin; the curable resin has a hole carrier generated by being doped chemically by the ion polymerization initiator; and the hole transport layer shows ohmic conductivity. The present invention therefore makes it possible to increase the luminous efficiency of an organic light emitting device and improve a service life characteristic.

Abstract: A resin composition contains: a thermosetting resin; a thermally conductive filler; and mica; in which, when the thermally conductive filler is divided into a filler group (A) having a particle diameter of from 10 ?m to 100 ?m, a filler group (B) having a particle diameter of from 1.0 ?m to smaller than 10 ?m, and a filler group (C) having a particle diameter of from 0.1 ?m to smaller than 1.0 ?m, a ratio of the filler group (C) with regard to the thermally conductive filler, based on volume, is larger than a ratio of the filler group (B) with regard to the thermally conductive filler, based on volume.

Abstract: The present invention is aimed at enhancing dispersibility of filler, maintaining uniform low-thermal-expansion properties and mechanical strength, enhancing insulation characteristics, especially treeing resistivity, of a resin composition or a cured resin product, and enhancing the reliability of a high voltage apparatus, a power transmission and distribution apparatus or the like to which the resin composition or the cured resin product is applied. An insulating resin composition contains an insulating resin 1 as a matrix, a large particle diameter filler 2, and a small particle diameter filler 3 smaller in particle diameter than the large particle diameter filler 2, the large particle diameter filler 2 and the small particle diameter filler 3 being dispersed in the insulating resin 1, wherein the insulating resin 1 and the large particle diameter filler 2 has an affinity for each other, whereas the insulating resin 1 and the small particle diameter filler 3 have no affinity for each other.

Abstract: A resin material of high strength and high voltage equipment capable of improving the reliability by using the resin material, the resin material being a hardened product including fine particles and resin ingredients, in which the fine particles have hydrophobic groups on the surface and have a particle diameter of 200 nm or less, the resin ingredients have hydrophilic groups on the side chains, and the fine particles form a plurality of linear aggregates inside the resin, thereby forming a dendritic structure.

Abstract: A plasma processing apparatus for generating highly-uniform and stable plasma. In an apparatus for generating plasma by using a ? wave, concerning a method for rotating the ? wave in terms of time, a plurality of (larger than two and smaller than four) waveguides are used, then forming an angle between the respective waveguides, and setting a phase difference between respective electric fields therein. This configuration allows introduction of the circularly polarized wave into a processing chamber. At this time, there are provided configuration components such as a waveguide locating method, a unit therefor, a ?-wave merging box, and a reflective-wave control unit using a reflection control chamber.

Abstract: A resin material of high strength and high voltage equipment capable of improving the reliability by using the resin material, the resin material being a hardened product including fine particles and resin ingredients, in which the fine particles have hydrophobic groups on the surface and have a particle diameter of 200 nm or less, the resin ingredients have hydrophilic groups on the side chains, and the fine particles form a plurality of linear aggregates inside the resin, thereby forming a dendritic structure.

Abstract: During the structural analysis of a protein or peptide by tandem mass spectroscopy, a peptide ion derived from a protein that has already been measured and that is expressed in great quantities is avoided as a tandem mass spectroscopy target. A peptide derived from a minute amount of protein, which has heretofore been difficult to analyze, can be automatically determined as a tandem mass spectroscopy target within the real time of measurement. Data concerning a protein that has already been measured and a peptide derived from the protein is automatically stored in an internal database. The stored data is collated with measured data with high accuracy to determine an isotope peak. In this way, the process of selecting a peptide peak that has not been measured as the target for the next tandem analysis can be performed within the real time of measurement and a redundant measurement of peptides derived from the same protein can be avoided.

Abstract: A BGA package has an LSI package, a plurality of terminal pads arranged in a grid pattern on the rear surface of the LSI package, and solder balls for soldering the LSI package to a printed wiring board via the terminal pads. A plurality of the terminals pads located at each of the four corners of the outermost periphery of the LSI package form a group of first terminal pads, and each group of terminal pads is formed integrally as a reinforcing pad having a greater size than that of the other terminal pads.

Abstract: The present invention relates to an ultrasonic diagnostic equipment 1 which projects ultrasonic signals into a patient, and which generates an ultrasonic image on the basis of reflection echoes from within the patient. The ultrasonic diagnostic equipment 1 comprises a workflow system 21 which controls equipment operations including the generation of the ultrasonic image, in accordance with a workflow protocol based on the examination procedure of steps created beforehand, and a visual workflow editor 22 which is so constructed as to edit the workflow protocol visually with icons on a screen. Owing to the configuration, the creation of the workflow protocol is facilitated, chances for the utilization of the workflow system are expanded, and even users, such as beginners, who are slightly skilled in the ultrasonic diagnostic equipment and have experienced operations little, are permitted to master the operating method of the equipment promptly and to operate the equipment more easily.

Abstract: During the structural analysis of a protein or peptide by tandem mass spectroscopy, a peptide ion derived from a protein that has already been measured and that is expressed in great quantities is avoided as a tandem mass spectroscopy target. A peptide derived from a minute amount of protein, which has heretofore been difficult to analyze, can be automatically determined as a tandem mass spectroscopy target within the real time of measurement. Data concerning a protein that has already been measured and a peptide derived from the protein is automatically stored in an internal database. The stored data is collated with measured data with high accuracy to determine an isotope peak. In this way, the process of selecting a peptide peak that has not been measured as the target for the next tandem analysis can be performed within the real time of measurement and a redundant measurement of peptides derived from the same protein can be avoided.

Abstract: A portable terminal includes a jack interface for connecting an audio device thereto, a converter for converting an impedance of each of the poles, that correspond to a LEFT, RIGHT channel, and MIDDLE channel of a plug of an audio device, connected to the jack interface, to a voltage value in order to deliver the respective voltage values, a first comparator for comparing the voltage value, converted from the impedance of the pole corresponding to the LEFT channel, a second comparator for comparing the voltage value, converted from the impedance of the pole corresponding to the RIGHT channel, a third comparator for comparing the voltage value, converted from the impedance of the pole that corresponds to the MIDDLE channel, and a controller for recognizing the type of audio device connected to the jack interface based on a combination of the comparison results supplied from the first to third comparators, respectively.

Abstract: During the structural analysis of a protein or peptide by tandem mass spectroscopy, a peptide ion derived from a protein that has already been measured and that is expressed in great quantities is avoided as a tandem mass spectroscopy target. A peptide derived from a minute amount of protein, which has heretofore been difficult to analyze, can be automatically determined as a tandem mass spectroscopy target within the real time of measurement. Data concerning a protein that has already been measured and a peptide derived from the protein is automatically stored in an internal database. The stored data is collated with measured data with high accuracy to determine an isotope peak. In this way, the process of selecting a peptide peak that has not been measured as the target for the next tandem analysis can be performed within the real time of measurement and a redundant measurement of peptides derived from the same protein can be avoided.

Abstract: A portable terminal includes a jack interface for connecting an audio device thereto, a converter for converting an impedance of each of the poles, that correspond to a LEFT, RIGHT channel, and MIDDLE channel of a plug of an audio device, connected to the jack interface, to a voltage value in order to deliver the respective voltage values, a first comparator for comparing the voltage value, converted from the impedance of the pole corresponding to the LEFT channel, a second comparator for comparing the voltage value, converted from the impedance of the pole corresponding to the RIGHT channel, a third comparator for comparing the voltage value, converted from the impedance of the pole that corresponds to the MIDDLE channel, and a controller for recognizing the type of audio device connected to the jack interface based on a combination of the comparison results supplied from the first to third comparators, respectively.

Abstract: A plasma processing apparatus for generating highly-uniform and stable plasma. In an apparatus for generating plasma by using a ? wave, concerning a method for rotating the ? wave in terms of time, a plurality of (larger than two and smaller than four) waveguides are used, then forming an angle between the respective waveguides, and setting a phase difference between respective electric fields therein. This configuration allows introduction of the circularly polarized wave into a processing chamber. At this time, there are provided configuration components such as a waveguide locating method, a unit therefor, a ?-wave merging box, and a reflective-wave control unit using a reflection control chamber.

Abstract: An ultrasonic diagnostic device generates an ultrasonic image based on an echo signal obtained by transmitting/receiving ultrasonic waves to/from a subject body. The device is mobile. The device includes an operation panel to input information related to a location where it is used, a CPU to extract a plurality of extension functions that can be used in the input location among a plurality of extension functions that can be extended at the device, and a display portion to display the extracted plurality of extension functions in order to ask the operator to specify at least one desired function among the extracted plurality of extension functions.

Abstract: In the event that images are acquired for multiple cross-sections (multiple phases) by a predetermined imaging mode in an examination under stress to a subject, images of the same phase acquired by the same imaging mode in an examination before stress to the subject is read and simultaneously displayed as reference images together with current images. The operator can bring the cross-sectional position in the examination under stress in correspondence to the position of the examination before stress by comparing the displayed reference images with the current image.

Abstract: An adhesive layer is provided on a base material in the shape of an elongated film, powder particles are adhered thereon, and then other powder particles and media vibrated in a container are contacted with this adhesive layer. Next, the powder particles are embedded on the surface of the adhesive layer as a monolayer in which part of the powder particle protrudes, so as to form a laminate, and excess powder particles adhered to the laminate are removed. Therefore, a monolayer powder film, consisting of many powder particles embedded as a monolayer so that part thereof protrudes, is produced.

Abstract: The object of the present invention is to provide a film thickness distribution analysis method that ensures quick and effective prediction of film thickness distribution by computer simulation in the pattern plating process. On the circuit pattern of a printed circuit board, in the method for analyzing the thickness distribution of metal film plated selectively, hypothetically dividing the printed circuit board into one or more regions, introducing pattern density ?j=Aj/Sj (Sj: the area Sj of a desired region j, and Aj: the area of the plated surface inside the area j), and calculating the approximate average current density or film thickness distribution based on “approximation averaged by pattern density”.

Abstract: An apparatus for performing a plasma-etching of a LSI device including a Cu interconnection, a low-k film, and a diffusion prevention film has a treatment chamber, into which an etching gas is introduced, and a support table which is equipped with electrodes and on which said LSI device is placed. In this apparatus, the etching gasses are turned into plasma by supplying radio frequency power to electrodes provided within the treatment chamber, so that the LSI device is etched with ions of the plasma. In this apparatus, a sulfur-containing gas and a fluorine-containing gas are mixed to the etching gasses, so that the diffusion prevention film is selectively etched against the low-k film.