Abstract: A radiated electromagnetic wave estimation is performed by a computer. The estimation process includes: converting a circuit diagram of an electronic circuit board into a combination of a plurality of partial circuits; and predicting radiated electromagnetic waves from the electronic circuit board by using a prediction result of a radiated electromagnetic wave for each of the partial circuits obtained by the converting.

Abstract: The present invention relates to a polymer including at least one structure selected from the group consisting of a structure represented by General Formula (3) described below and a structure represented by General Formula (4) described below: in General Formula (3) and General Formula (4) described above, X31 and X41 represent a hydrophilic group-containing structure, n represents an integer of 0 to 2, R represents a hydrogen atom or an alkyl group, Y31 to Y32 and Y41 to Y43 each independently represent a hydrophilic group-containing structure, a hydrogen atom, or an alkyl group.

Abstract: The present invention relates to a polypeptide separation method including a step (step A) of mixing the polypeptide, which is a monoclonal antibody, and a ligand in a liquid to form a complex of the polypeptide and the ligand and to obtain a liquid containing the complex, and a step (step B) of filtering the liquid containing the complex obtained in the step A.

Abstract: A support system for recycling a glass material to which an electronic tag is attached, having a storing device for storing information about plural types of glass materials corresponding to plural glass material identification data that are stored in electronic tags attached to glass materials, a reading device for reading a glass material identification data from an electronic tag that is attached to a discarded glass material, a determining device for determining a particular type of the discarded glass material based on the glass material identification data read by the reading device by referring to information about the types of glass materials stored in the storing device, and a displaying device for displaying the type of the discarded glass material.

Abstract: A glass panel has a first sheet glass and a second sheet glass which are disposed so that main surfaces thereof are made to face each other, an interlayer film which joins the first sheet glass and the second sheet glass together and an electronic tag disposed between the first sheet glass and the second sheet glass. A shielding layer which interrupts the transmission of light is formed on the first sheet glass. A side of the electronic tag is colored such that an external color of a location where the electronic tag is disposed is made difficult to be discriminated from the color of the shielding layer when the location is seen through the second sheet glass.

Abstract: The types and sequence of windshields 101 that are to be placed on a delivery pallet 100 are identified based on ordering information of windshields given by a vehicle manufacturer. A worker sequentially places windshields 101 on the delivery pallet 100 according to the ordering information. An IC tag 105 is affixed to each windshield 101 which stores therein information which can identify the type of the windshield 101. By reading the information stored in the windshields 101 by a batch reading unit 50 and an individual reading unit 60, the types and sequence of the windshields 101 placed on the delivery pallet 100 by the worker are grasped, and in the event that an operation error occurs, the worker is informed of the occurrence of such an error.

Abstract: A window glass for a vehicle is attached and fixed to a window frame with adhesive therebetween in a state where predetermined spacing is kept by a holding member. The electronic tag is mounted on a vehicle interior surface of the window glass for a vehicle located between the end of the window glass for a vehicle and the holding member by adhesive, etc, and the electronic tag is embedded in the adhesive in a state where the window glass for a vehicle is attached to the window frame.

Abstract: A support system for recycling a glass material to which an electronic tag is attached, the support system includes: a first storing device for storing information about plural types of glass materials corresponding to plural glass material identification data that are stored in electronic tags attached to glass materials; a reading device for reading a glass material identification data from an electronic tag that is attached to a discarded glass material; a determining device for determining a particular type of the discarded glass material based on the glass material identification data read by the reading device by referring to information about the types of glass materials stored in the first storing device; and a displaying device for displaying the type of the discarded glass material.

Abstract: A glass panel has a sheet glass which is a tempered glass, a frame element which covers a peripheral edge portion of the base material, and an electronic tag embedded in the frame element. The frame element is made of an injection molded resin. The electronic tag is coated with a coating material. The electronic tag coated with the coating material is affixed to the peripheral edge portion of the sheet glass for attachment thereto. A thermoplastic resin is raised as a resin making up the coating material, the thermoplastic resin including polyethylene, polypropylene, polystyrene, acrylonitrile-butadiene, styrene copolymer, polycarbonate, polyamide resin, methacrylate resin, polyethylene terephthalate, polyvinyl butyral, polyvinyl chloride and the like.

Abstract: An electronic tag is coated with a coating material so that an upper portion of an insulation film is embedded in the coating material on the periphery of a semiconductor chip. This electronic tag is applied to a target object to be controlled such as a laminated glass which is fabricated by joining base materials together. A glass panel, which is a laminated glass, has a first sheet glass and a second sheet glass which are disposed so that main surfaces thereof are made to face each other and an interlayer film member which is disposed between the first sheet glass and the second sheet glass. In addition, the electronic tag coated with the coating material is disposed between the interlayer film member and the second sheet glass.

Abstract: A glass panel has a first sheet glass and a second sheet glass which are disposed so that main surfaces thereof are made to face each other, an interlayer film which joins the first sheet glass and the second sheet glass together and an electronic tag disposed between the first sheet glass and the second sheet glass. A shielding layer which interrupts the transmission of light is formed on the first sheet glass. A side of the electronic tag is colored such that an external color of a location where the electronic tag is disposed is made difficult to be discriminated from the color of the shielding layer when the location is seen through the second sheet glass.

Abstract: An electronic tag includes an antenna and a radio chip attached to the electronic tag such that the radio chip is connected to the antenna so as to transmit identification information in response to a request provided from outside through radio communication via the antenna. A first sheet glass and a second sheet glass are positioned such that surfaces thereof are made to face each other with the electronic tag held therebetween. An interlayer film is disposed between the first sheet glass and the second sheet glass so as to join the sheet glasses to each other. Two or more interlayer films are superposed on each other in at least part of an area defined between the first sheet glass and the second sheet glass, and the electronic tag is attached to the supposed interlayer films so as to be held therebetween.

Abstract: A glass panel has a first sheet glass and a second sheet glass which are disposed such that main surfaces thereof are made to face each other, an interlayer film which is disposed between the first and second sheet glasses so as to join the first and second sheet glasses together, an electronic tag which is disposed between the first and second sheet glasses and a shielding layer which is disposed so as to be joined to a portion near a peripheral edge of the first sheet glass and which interrupts the transmission of light. The electronic tag is disposed in a section which is a position that is to be covered and concealed by the shielding layer.

Abstract: A window material for a vehicle such as a window pane for a vehicle from which an identification marker cannot be easily removed is provided. The window pane for a vehicle is provided with an identification apparatus between a pair of panes. The identification apparatus is provided with an antenna capable of transmitting and receiving information and a storage means connected to the antenna and storing signals transmitted and received via the antenna. By using an IC chip to implement the storage means, storage of a large volume of data is enabled. Information stored in the window pane for a vehicle may include a serial number, time of production time and location of production. Since the window pane for a vehicle is provided with an antenna capable of transmitting and receiving information, the information is stored in the window pane for a vehicle by writing the information in the IC chip.

Abstract: A window glass antenna device on an automobile window glass panel of an automobile includes a defrosting heater disposed on the automobile window glass panel, and a radio signal receiving antenna disposed on the automobile window glass panel. A loop-shaped remote control signal receiving antenna is disposed on the automobile window glass panel and extends from a feeder terminal on the window glass panel along outer peripheral edges of the automobile window glass panel around the defrosting heater and the radio signal receiving antenna. Alternatively, a first remote control signal receiving antenna is disposed on the automobile window glass panel and extends clockwise from a feeder terminal on the automobile window glass panel along an outer peripheral edge thereof, and a second remote control signal receiving antenna is disposed on the automobile window glass panel and extends counterclockwise from the feeder terminal along another outer peripheral edge thereof.

Abstract: Electrically conductive patterns such as antenna patterns on window glass are inspected for a wire break or a short circuit. The impedances between an electrically conductive pattern and an electrically conductive layer on an inspective table are measured at predetermined frequencies, or the levels of signals reflected from the electrically conductive pattern are measured at predetermined frequencies. A decision unit determines whether the electrically conductive pattern is acceptable or not based on the frequency characteristics of the electrically conductive pattern and the reference frequency characteristics of a reference electrically conductive pattern.