Abstract: A content distribution system includes: external display terminals; displays; an integrated monitoring device that generates content to be provided to an external display terminal among the plurality of external display terminals when the external display terminal is connected to a display among the displays; and an AP that transmits the content to the external display terminal through wireless communication. When the external display terminal is brought toward the display to a point at a specific distance from the display, the external display terminal transmits terminal attribute information to the display through wireless communication, the display transmits device attribute information and the terminal attribute information, to the integrated monitoring device, the integrated monitoring device generates the content corresponding to the device attribute information and the terminal attribute information, and the external display terminal displays the content.

Abstract: Disclosed is an electronic shielding light-transmitting member having an adhesive (2) and an electromagnetic shielding material (3) between two release films (1) and (4). By removing one of the release films (1) and (4) from the electronic shielding light-transmitting member and bonding the member to an optical filter or a plasma panel, there can be obtained an optical filter or a plasma panel having an electromagnetic shielding layer of excellent transparency.

Abstract: Disclosed is an electronic shielding light-transmitting member having an adhesive (2) and an electromagnetic shielding material (3) between two release films (1) and (4). By removing one of the release films (1) and (4) from the electronic shielding light-transmitting member and bonding the member to an optical filter or a plasma panel, there can be obtained an optical filter or a plasma panel having an electromagnetic shielding layer of excellent transparency.

Abstract: A production method for an electromagnetic wave shielding laminate comprising the step of forming a geometric-form electromagnetic wave shielding material on a releasable support, and the steps of separating the electromagnetic wave shielding material from the releasable support and transferring it onto a transfer support formed of at least one function layer provided on one or both surfaces thereof with at least one function of conductivity, anti-reflection function, reflection-reducing function, hard-coat property, anti-glare function, anti-staining function, near infrared ray absorbing function, ultraviolet ray absorbing function, color correcting function, radiating function, Ne cutting function, anti-scattering function, and shock relieving function.

Abstract: On a chromatogram wherein peaks corresponding to a plurality of classes of lipoproteins appear in a mixed form, components contained in the lipoproteins are quantitatively determined by class. The present invention comprises a first step of separating a plurality of classes of lipoproteins contained in a sample through liquid chromatography and assaying the components contained in the separated lipoproteins and a second step of dividing the chromatogram obtained in the above described first step by lipoprotein class and determining quantitatively the components contained in the lipoproteins by class.

Abstract: A machine for inspecting the surface conditions of structural members within a furnace, particularly within a furnace operating at a high temperature or with a highly radioactive environment, such as a melting furnace for processing radioactive wastes.

Abstract: An integrated circuit device includes a first insulation layer formed on a substrate; a second insulation layer formed above the first insulation layer; a thin-film resistor formed on the second insulation layer; a third insulation layer in covering relation to the thin-film resistor and the second insulating layer; first contact holes penetrating the third insulation layer in association with the thin-film resistor; second contact holes penetrating through the second and third insulation layers; and conductive layers for electromagnetically shielding the thin-film resistor, the conductive layers including a first conductive layer formed between the first and second insulation layers below the thin-film resistor and a wiring layers formed above the thin-film resistor within the first and second contact holes.