Abstract: An easy-assembly bed includes a top plate, and a leg portion having a plurality of leg members that are linked using notched joints. The top plate is constituted of a bonded material, which includes a plate-shaped foam plate formed with a foam body, and a front board member and a rear board member having an identical shape to the foam plate and that are bonded to the rear surface and the front surface of the foam plate, respectively, and a top plate molded resin portion overing the cut ends of the bonded material with a molded resin; and the leg members are each constituted of a grooved bonded material, which includes a plate-shaped grooved foam plate having locking grooves and formed with a foam body, and a grooved front board member and a grooved rear board member on the front surface and the rear surface of the grooved foam plate.

Abstract: A cutting tool is rotatable about an axis line, and includes a main body portion, a cutting insert, and a plurality of anti-vibration members. The main body portion has an inner circumferential surface and an outer circumferential surface opposite to the inner circumferential surface. The cutting insert is attached to at least one of the inner circumferential surface and the outer circumferential surface. Each of the plurality of anti-vibration members is provided at the main body portion. Each of the plurality of anti-vibration members includes a weight member composed of a material having a specific gravity larger than a specific gravity of a material of the main body portion.

Abstract: A thin film forming method for plasmatizing a mixture gas, the mixture gas being made up of a monomer gas and an oxidizing reactive gas, and for forming a thin film on a surface of a substrate, the thin film being made of an oxide. The method includes forming a first thin film by plasmatizing the mixture gas while varying a supply flow amount ratio of the monomer gas with respect to the reactive gas and forming a final thin film by increasing the supply flow amount ratio of the monomer gas with respect to the reactive gas after the forming of the first film.

Abstract: In a thin film forming method in which a mixture gas which includes a monomer gas and an oxidizing reactive gas is plasmatized and a thin film which is formed of an oxide is formed on a surface of a substrate, the mixture gas is plasmatized while a flow amount ratio of the monomer gas with respect to the reactive gas is varied under the condition that the flow amount ratio is included within at least a specific range. In this case, a thin film forming device 10 in which high frequency electricity is supplied from a high frequency power supply section 30 to a plurality of thin film forming chambers is used. By doing this, it is possible to provide a thin film forming method and a thin film forming device in which it is possible to strictly form a thin film which has characteristics such as a gas barrier property without variation in quality and to provide flexibility to the thin film even if the thin film is formed onto a large number of substrates.

Abstract: A digital broadcast receiving apparatus that receives a TS and stores into an HDD a partial TS which contains a broadcast program selected by a TS decoder. A CPU creates broadcast program attachment information from PMT or the like in which control information of the selected broadcast program is written, and stores the broadcast program attachment information into a flash ROM. The broadcast program attachment information contains copy control information, bit rate information, and PIDs of CAT and EMM. When outputting the partial TS to an external VCR for copying, the digital broadcast receiving apparatus refers to the broadcast program attachment information, and gives instructions as necessary to update PMT or set the recording mode in the VCR, prior to the output of the partial TS to the external VCR.