Abstract: A system for returning a rate back to a content provider, includes (a) at least one user terminal receiving and transmitting packets, (b) a plurality of content providers each of which provides contents to an internet, and (c) a packet communication network connected to both the user terminal and the internet through radio signals, the packet communication network allowing packets to pass therethrough between the user terminal and the content providers, and charging the user terminal making access to the content providers, for packet rates. When the user terminal receives packets provided from a content provider to which at least a part of the packet rates is to be returned back, the part of the packet rates is returned back to the content provider.

Abstract: An apparatus and corresponding method are provided for controlling a service control unit of a multi-service system. The apparatus and method are capable of reading a service unit ID, regardless of an address of each slot or a register address of a service unit, by storing an ID of a service unit using an one way or two way buffer positioned inside the service unit and independently enabling ID output control signals for each slot in a control unit.

Abstract: A plastic container comprises a main body, a large-diameter member and a small-diameter-formed member. The main body is formed of a plastic laminate film into a tubular shape. The large-diameter-formed member is joined to the outer surface of the end of the main body by an insert-injection process. The small-diameter-formed member is jointed to the inner surface of the other end of the main body by the insert-injection process.

Abstract: A plastic container comprises a main body, a large-diameter member and a small-diameter-formed member. The main body is formed of a plastic laminate film into a tubular shape. The large-diameter-formed member is joined to the outer surface of the end of the main body by an insert-injection process. The small-diameter-formed member is jointed to the inner surface of the other end of the main body by the insert-injection process.

Abstract: Molten resin is injected into a cavity 12 formed between a cavity mold 7 and a moving-side core mold 11 in an injection mold assembly 1 and is allowed to spread out into every corner. Next, after the resin has stopped flowing, punch pins 23 and 24 are pressed into the cavity by hydraulic cylinders 25 and 26 that are attached to the fixed-side mold part 2 side. After the molten resin has hardened, the punch pins 23 and 24 are withdrawn from the cavity, the mold assembly is opened and the molded product is removed. By using the punch pins 23 and 24, through-hole parts are formed in a plate-like product. When the molten resin is injected, inside the cavity there are no through-hole-forming protrusions that would cause the flow of the molten resin to branch, so that weld lines do not appear in the surface of the molded product. As a result, plate-like molded products that include through-holes can be accurately formed by injection molding.

Abstract: A plastic container comprises a main body, a large-diameter member and a small-diameter-formed member. The main body is formed of a plastic laminate film into a tubular shape. The large-diameter-formed member is joined to the outer surface of the end of the main body by an insert-injection process. The small-diameter-formed member is jointed to the inner surface of the other end of the main body by the insert-injection process.

Abstract: A plastic container comprises a main body, a large-diameter member and a small-diameter-formed member. The main body is formed of a plastic laminate film into a tubular shape. The large-diameter-formed member is joined to the outer surface of the end of the main body by an insert-injection process. The small-diameter-formed member is jointed to the inner surface of the other end of the main body by the insert-injection process.

Abstract: A plastic container contains a liquid, such as toilet water or soy source, and is suitable for containing a refill.

Abstract: A method for manufacturing a container having a tubular-shaped intermediate barrel portion that is covered with a flexible film. The tubular-shaped intermediate barrel portion is disposed on a mandrel that functions as a die core. The mandrel is installed with the tubular-shaped intermediate barrel portion to an upper die and a lower die. One end of the intermediate barrel portion covers the mandrel with flexible film. Molten polymer material is injected into the upper and lower dies, forming solid portions at opposite ends of the pipe-shaped barrel portion.

Abstract: A container is provided with: a main body formed in the shape of a pipe of flexible film, at least back end of which is closed; a reinforcing member disposed at the tip section of the main body for holding the form of the tip section and having a discharge aperture for discharging content contained in the main body; and a lid for closing the discharge aperture of the reinforcing member.

Abstract: A container including a cylindrical main body having front and rear end portions opposite each other and being axially collapsible along the longitudinal axis thereof to discharge contents therein through the first end portion. The rear end portion is sealed, and a reinforcing member having a discharge aperture extending therethrough is secured to the front end portion of the cylindrical main body. Additionally, a lid is disposed on the reinforcing member to cover the discharge aperture.

Abstract: An induction generator/motor system has an induction machine connected at its secondary side to a cyclo-converter. An induced voltage develops when the cyclo-converter pauses during a transient phenomenon occurring in the system. When the induced voltage exceeds a predetermined voltage range which covers the maximum output voltage derivable from the cyclo-converter, the polarity of thyristor converters of the cyclo-converter is switched such that the induced voltage is applied to a thyristor converter to be rendered conductive next in forward relationship therewith, thereby preventing occurrence of an overvoltage.

Abstract: A variable speed rotary electric machine comprises a stator composed of a stator core and first and second stator windings wound on the stator core, and a cage rotor mounted rotatably within the stator and composed of a rotor core and rotor conductor disposed in a squirrel-cage configuration. The first stator winding is connected to an AC power supply of a fixed frequency. The second stator winding is connected to a power supply of a variable frequency. The first and second stator windings are so wound as to form, respectively, numbers of poles differing from each other. The rotor conductors of the cage rotor are electromagnetically coupled with the magnetic flux generated by the first and second stator windings, respectively, and so disposed as to form a number of poles which is intermediate between the number of the poles formed by the first stator winding and the number of poles formed by said second stator winding.