Abstract: Item values associated with an execution state of a program executed on a computer are collected in detail while suppressing the computer load. When reducing the interval for collecting values of one item to be monitored, the interval for collecting values of items other than that item is increased. If the computer load is increased, an interval of at least one item is increased. Moreover, there is provided an upper limit for the number of items whose intervals can be reduced simultaneously. Moreover, when varying the interval of the item according to the values of the respective items, the interval variation range is varied according to the item state and the computer load.

Abstract: Item values associated with an execution state of a program executed on a computer are collected in detail while suppressing the computer load. When reducing the interval for collecting values of one item to be monitored, the interval for collecting values of items other than that item is increased. If the computer load is increased, an interval of at least one item is increased. Moreover, there is provided an upper limit for the number of items whose intervals can be reduced simultaneously. Moreover, when varying the interval of the item according to the values of the respective items, the interval variation range is varied according to the item state and the computer load.

Abstract: Item values associated with an execution state of a program executed on a computer are collected in detail while suppressing the computer load. When reducing the interval for collecting values of one item to be monitored, the interval for collecting values of items other than that item is increased. If the computer load is increased, an interval of at least one item is increased. Moreover, there is provided an upper limit for the number of items whose intervals can be reduced simultaneously. Moreover, when varying the interval of the item according to the values of the respective items, the interval variation range is varied according to the item state and the computer load.

Abstract: A method for inhibiting replication of HIV, which comprises subjecting HIV-infected cells to a composition (a) comprising as a primary component a polysaccharide derived from a hot aqueous solvent extract of tubercle bacillus.

Abstract: The present invention relates to a method for treating AIDS, which comprises administering to an HIV-infected patient (a) a composition containing as the primary component a polysaccharide derived from a hot water extract of human-type tubercle bacillus and (b) a nucleoside-type anti-HIV agent. Due to the incorporation of composition (a), the present invention enhances the therapeutic effect of nucleoside-type anti-HIV agents on AIDS.

Abstract: A tape loading apparatus in a video tape recorder has first and second tape drawing mechanisms movably supported between an unloading position, in which they are accommodated within respective recesses in a tape cassette containing magnetic tape, and a loading position in which a portion of the magnetic tape is urged around a tape guide cylinder. At least one of the tape drawing mechanisms includes a tape drawing member and a tape guide member. A tape protective member for preventing any possible entry of a portion of the magnetic tape in between the tape drawing member and the tape guide member is mounted on top of the tape guide member so as to partially overhang the tape drawing member.

Abstract: A multiple cylinder rotary compressor according to the present invention comprises a driving shaft, cylinders concentric to the driving shaft, rotors driven by eccentric portions of the rotary shaft to rotate along the inner circumferential surface of the cylinders, vanes for dividing each of the cylinders into a compression side and a suction side, a partition plate for separating the cylinders from each other, and a control through-hole for connecting the cylinders with each other so that a refrigeration capacity is controlled.