Abstract: In a solid electrolyte integrated device including a substrate with electrically insulated surfaces, a first lower electrode layer and a second upper electrode layer are electrically connected to each other on a first main surface side, and a first upper electrode layer, the first lower electrode layer, the second upper electrode layer, and a second lower electrode layer transmit ions and/or have ion redox ability, contain a metal or a metal oxide or both of a metal and a metal oxide, and have a permeable portion.

Abstract: In a solid electrolyte integrated device including a substrate with electrically insulated surfaces, a first lower electrode layer and a second upper electrode layer are electrically connected to each other on a first main surface side, and a first upper electrode layer, the first lower electrode layer, the second upper electrode layer, and a second lower electrode layer transmit ions and/or have ion redox ability, contain a metal or a metal oxide or both of a metal and a metal oxide, and have a permeable portion.

Abstract: The invention relates to a resin film having a high adhesiveness to other materials, an adhesive sheet, a circuit board and an electronic apparatus in which an adhesive layer and the resin film are firmly adhered. A resin film (1) includes a plurality of projected portions (10) each having a filler (9) in an apex portion (10a) and a resin material. The projected portions (10) are formed on at least one surface of a sheet portion (16).

Abstract: The invention relates to a resin film having a high adhesiveness to other materials, an adhesive sheet, a circuit board and an electronic apparatus in which an adhesive layer and the resin film are firmly adhered. A resin film (1) includes a plurality of projected portions (10) each having a filler (9) in an apex portion (10a) and a resin material. The projected portions (10) are formed on at least one surface of a sheet portion (16).

Abstract: An object of the invention is to satisfy all of a high-density wiring package, soldering thermal resistance, an insulating property and high-frequency transmission characteristics. The invention is a multi-layer wiring substrate having a lamination of a plurality of dielectric layers which are each provided with a wiring conductor made of a metallic foil on at least one of upper and bottom surfaces of the dielectric layer, the wiring conductors between which the dielectric layer is disposed being electrically connected with each other via a through conductor formed in the dielectric layer; on this occasion, the dielectric layers each individually are composed of a liquid crystal polymer layer and cladding layers made of a polyphenyleneether-type organic substance and formed on upper and bottom surfaces of the liquid crystal polymer layer.

Abstract: A heating chamber has a width in a direction of a two-head arrow X, a depth in a direction of a two-head arrow Y and a height in a direction of a two-head arrow Z. An infrared sensor includes 25 infrared detection elements each having a field of view. Since the 25 infrared detection elements are arranged, five by five in directions Y and Z, on the heating chamber's bottom plate there are projected a total of 25 fields of view, five by five in directions Y and X. Thus the bottom plate has any area thereof covered by one of the 25 fields of view.

Abstract: An object of the invention is to satisfy all of a high-density wiring package, soldering thermal resistance, an insulating property and high-frequency transmission characteristics. The invention is a multi-layer wiring substrate having a lamination of a plurality of dielectric layers which are each provided with a wiring conductor made of a metallic foil on at least one of upper and bottom surfaces of the dielectric layer, the wiring conductors between which the dielectric layer is disposed being electrically connected with each other via a through conductor formed in the dielectric layer; on this occasion, the dielectric layers each individually are composed of a liquid crystal polymer layer and cladding layers made of a polyphenyleneether-type organic substance and formed on upper and bottom surfaces of the liquid crystal polymer layer.

Abstract: A heating chamber has a width in a direction of a two-head arrow X, a depth in a direction of a two-head arrow Y and a height in a direction of a two-head arrow Z. An infrared sensor includes 25 infrared detection elements each having a field of view. Since the 25 infrared detection elements are arranged, five by five in directions Y and Z, on the heating chamber's bottom plate there are projected a total of 25 fields of view, five by five in directions Y and X. Thus the bottom plate has any area thereof covered by one of the 25 fields of view.

Abstract: A microwave oven includes electronic components such as a high voltage transformer and a high voltage capacitor constituting a control circuit. These components are provided on a bottom panel of the microwave oven. A filter is fit under the bottom panel of the microwave oven. By removing the filter, the bottom panel can be detached from the main body frame. By detaching the bottom panel from the main body frame, the electronic components such as the high voltage transformer and the high voltage capacitor can be removed from the main body of the microwave oven while the microwave oven is still mounted at a high position. A cooking appliance that can be easily handled is provided.

Abstract: A microwave oven includes a heating chamber containing a magnetron for heating and cooking food S, a body with a door provided in front of the heating chamber, and a control circuitry provided on the body for controlling driving of the magnetron. The control circuitry includes a switch key for switching either to a cooking time input mode for setting and inputting time period for driving magnetron or to an optional timer input mode for setting and inputting time period for an optional timer, input ten keys for inputting the time period of the set input mode, a timer body for separately counting time periods of respective input modes input by the ten keys, a display portion for displaying time count of either one of the input modes switched by the switch key, and a start key for starting time count for the input time period on display portion.

Abstract: A microwave oven 10 including a main body 1 in which a heating chamber 2 is installed, a microwave supplying unit 3 installed at an inner portion of the main body 1 for heating a food incorporated in the heating chamber 2 by supplying microwave at a predetermined output, an operation panel 4 (input operating unit) for inputting cooking output information and cooking time information of the food, a control unit 6 for comparing the cooking output information inputted by the operation panel 4 with the predetermined output, correcting the inputted cooking time information in accordance with a result of the comparison and instructing to drive the microwave supplying unit 3 based on corrected cooking time obtained by the correction, wherein the control unit 6 includes buzzer 48 (information supplying means) for successively supplying the cooking time information inputted by the operation panel 4 and the corrected cooking time and supplying, after having supplied the cooking time information, information that the co

Abstract: A cooking apparatus provided with a weight unit changing key for changing a weight unit and an operation detection means for detecting that the weight unit changing key has been operated plural times, wherein when the operation detection means detects that the weight unit changing key has been operated plural times, the apparatus is placed in a standby state for the weight unit changing operation, and the weight unit can be changed by the subsequent operation so that a user not familiar with the apparatus can easily change the weight unit without a failure.