Abstract: A real-time balance sheet generating system includes a material flow tracking block for obtaining material flow information about each lot of an item in real time throughout processes from purchasing raw materials to shipping the product, a production data obtaining block for obtaining production data including a bill of materials (BOM) data and conversion process related data, a balance sheet storage block for storing a balance sheet as a reference, an immediate journal entry block for immediately and sequentially journalizing inventory assets related accounts in the material flow information obtained until a most recent moment, and a balance sheet update block for immediately and sequentially updating the balance sheet based on journalized results and for generating real-time balance sheet.

Abstract: A film capacitor having: a stack of at least one dielectric resin film formed of polypropylene and a plurality of vapor-deposited metal films which are superposed on each other such that the at least one dielectric film and the plurality of vapor-deposited metal films are alternately arranged; and two external electrodes formed on a pair of side surfaces of the stack; wherein cover films are formed of a polyolefin-based hot-melt resin on a pair of side surfaces of the stack other than the side surfaces on which the two external electrodes are formed, such that the cover films cover entireties of those side surfaces and are fusion-bonded to end faces of the at least one dielectric film exposed at those side surfaces.

Abstract: A film capacitor having: a stack of at least one dielectric resin film formed of polypropylene and a plurality of vapor-deposited metal films which are superposed on each other such that the at least one dielectric film and the plurality of vapor-deposited metal films are alternately arranged; and two external electrodes formed on a pair of side surfaces of the stack; wherein cover films are formed of a polyolefin-based hot-melt resin on a pair of side surfaces of the stack other than the side surfaces on which the two external electrodes are formed, such that the cover films cover entireties of those side surfaces and are fusion-bonded to end faces of the at least one dielectric film exposed at those side surfaces.

Abstract: An electricity storage device constituted by a stack of a plurality of electricity storage elements superposed on each other and two external electrodes formed on respective opposite side surfaces of the stack, wherein each of the plurality of electricity storage elements has a basic unit obtained by alternately superposing at least one electricity storage film and a plurality of internal electrode films on each other, and two protective films which have an electrical insulation property and which are superposed on respective opposite surfaces of the basic unit as seen in a direction of superposition of the at least one electricity storage film and the plurality of internal electrode films, and the two external electrodes are formed so as to bridge corresponding side surfaces of adjacent ones of the plurality of electricity storage elements.

Abstract: In a press forming machine, a material inserted between at least one pair of oppositely positioned dies can be pressed by the at least one pair of dies, so that a work can be formed from the material. When the at least one pair of dies is replaced, the at least one pair of dies can be replaced while the material or the work is held between the at least one pair of dies.

Abstract: A press machine die unit replacing device for replacing die units in a press machine may include a die unit storage device controllably rotatably disposed on a position adjacent to a press machine and having various types of replacement die units that are placed thereon, and a transferring mechanism that is capable of transferring the die units between the die unit storage device and the press machine. The die units selected by controllable rotation of the die unit storage device are capable of being carried in or discharged from the press machine via the transferring mechanism.

Abstract: A molding machine includes a plurality of operating die units that are arranged in series while die opening/closing directions of the operating die units are respectively matched with each other. The operating die units can be closed and opened by a common drive source. The molding machine may further include a plurality of replacement die units that are respectively positioned adjacent to the operating die units and are arranged in a direction perpendicular to the die opening/closing directions of the operating die units, and support bases that are capable of moving the replacement die units to die operating positions in which the replacement die units can be closed and opened by the drive source. The support bases are capable of moving the operating die units in the direction perpendicular to the die opening/closing directions thereof and to shift the same in positions different from original positions of the replacement die units.

Abstract: An apparatus for performing a predetermined machining operation on a material and performing an injection molding operation of resin on the surface of the material includes a machining mechanism for performing the predetermined machining operation. The machining mechanism includes a holding device, such as a mold for holding the material when the predetermined machining operation, such as a press forming operation, is performed on the material. In a state in which the material is held by the holding device, there is defined a molding space for molding the resin between the surface of the material and the inner surface of a mold member arranged to be opposed to the surface of the material. A resin flow path is provided for communication between the exterior of the molding space and the molding space. An injection mechanism can injecting molten resin into the molding space via the resin flow path.