Abstract: The present invention aims to alleviate a power loss possibly occurring when a power is transmitted from a driving side to a driven side using attraction/repulsion of magnets and to amplify (improve a joggle mechanism effect) an output. A pair of inner magnets coupled to a driven side is located between a pair of outer magnets coupled to a driving side so as to face the pair of outer magnets 1 in non-contact relationship with the outer magnets 1. Rotation of the outer magnets 1 coupled to the driving side causes the inner magnet 2 coupled to the driven side to reciprocate. Each of the magnets 1 and 2 has a rod-like shape and the magnets 1 coupled to the driving side are respectively rotated around longitudinal centers of the respective rode shaped magnets 1.

Abstract: The present invention aims to alleviate a power loss possibly occurring when a power is transmitted from a driving side to a driven side using attraction/repulsion of magnets and to amplify (improve a joggle mechanism effect) an output. A pair of inner magnets coupled to a driven side is located between a pair of outer magnets coupled to a driving side so as to face the pair of outer magnets 1 in non-contact relationship with the outer magnets 1. Rotation of the outer magnets 1 coupled to the driving side causes the inner magnet 2 coupled to the driven side to reciprocate. Each of the magnets 1 and 2 has a rod-like shape and the magnets 1 coupled to the driving side are respectively rotated around longitudinal centers of the respective rode shaped magnets 1.

Abstract: According to the present invention, a semiconductor integrated circuit having a cell region in which a plurality of MOS transistors forming at least one cell are placed; and first and second power lines placed along one direction in a peripheral portion of the cell region, wherein in the cell region, gate grids for defining a first pitch in the one direction and pin grids for defining a second pitch in the one direction are set, gate electrodes of the MOS transistors are placed in accordance with the gate grids, and an interconnection layer is placed in accordance with the pin grids.

Abstract: According to the present invention, a semiconductor integrated circuit having: a cell region in which a plurality of MOS transistors forming at least one cell are placed; and first and second power lines placed along one direction in a peripheral portion of the cell region, wherein in the cell region, gate grids for defining a first pitch in the one direction and pin grids for defining a second pitch in the one direction are set, gate electrodes of the MOS transistors are placed in accordance with the gate grids, and an interconnection layer is placed in accordance with the pin grids.

Abstract: In a control register, tag address information which points at RAM areas defined in a data array is stored. A comparator compares a tag address of a cache access address with the tag address information stored in the control register and generates an access control signal which indicates that the RAM area defined in the data array of the cache memory is accessed according to the cache access address and which controls access to data in the RAM areas. As a result, RAM areas can be defined in arbitrary areas of the cache memory with treating the entry as a unit.

Abstract: A semiconductor memory device capable of reducing power consumption has a memory cell array, a plurality of address lines, a pair of data lines, an address transition detector circuit for outputting an address transition signal in response to a change in a signal on the address line, a sense amplifier, a sense amplifier control circuit for activating the sense amplifier in response to the address transition signal and deactivating the sense amplifier in response to the sense amplifier output signal, and a word line control circuit which deactivates the word lines within the memory cell array in response to the sense amplifier control circuit.

Abstract: There is disclosed a data input/output control circuit comprising: an input/output circuit for carrying out input of data from the exterior or output of data thereto; and an output circuit such that when the input/output circuit carries out output of data, it delivers, to the input/output circuit, data generated in the exterior and transferred by way of a signal line, while when the input/output circuit carries out input of data, it allows the node between the input/output circuit and the signal line to be placed in high impedance state. In this control circuit, the output circuit includes a switching element and a discharge element connected in series between the signal line and the input/output circuit. The switching element is operative in such a manner that when the input/output circuit carries out output of data, it is closed, while when the input/output circuit carries out input of data, it is opened.

Abstract: A semiconductor integrated circuit comprises a plurality of memory blocks each provided with a set of word lines shared by the other memory blocks so that the memory blocks may be accessed separately by using different address signals entered on a time division basis. The integrated circuit also comprises one or more than one decoders for choosing a word line from an end to allow access to any of the plurality of memory blocks and a word line latch circuit inserted into the set of word lines between a pair of memory blocks. With such an arrangement, the number of decoders, word lines, bit lines, memory cells and sense amplifiers as well as the overall size of the integrated circuit can be minimized. Besides, the access time to a certain memory block that constitutes a critical factor to determine the performance the entire integrated circuit can be curtailed so that it may be accessed in a very short period of time and consequently the performance of the circuit may be remarkably improved.

Abstract: In a dynamoelectric machine having a stator assembly of coil windings and a core, a heat-dissipating, uninflammable, electro-insulative housing encapsulates the coil windings and the core. The housing is made of a cured molded article or material formed of a resin-filler composition which comprises a liquid unsaturated polyester resin, a finely divided calcium carbonate powder, an inorganic mineral particulate having a particle size larger than that of the calcium carbonate powder, a chopped glass fiber and an aluminum hydroxide powder, wherein the ratio by weight of the calcium carbonate to the mineral particulate is 0.3 to 4, the ratio of the weight of glass fiber to the total weight of the composition is 0.05 to 0.25, the ratio of the weight of the polyester resin to the total weight of the composition is 0.1 to 0.4, the weight ratio of the calcium carbonate powder, the mineral particulate and the glass fiber to the total weight of the composition is 0.15 to 0.

Abstract: Soil including a setting agent such as fiber-soil-cement or the like is sprayed onto a slope so that corrugations extending substantially in parallel to the horizon are formed. Grooves and ridges of the corrugated surface provide conditions for allowing plants to grow on the protected slope.

Abstract: An unsaturated polyester resin composition for use in pressure molding, which comprises an unsaturated polyester resin and fillers consisting essentially of (a) calcium carbonate powder which passes a 325 mesh sieve, (b) an inorganic mineral particulate which passes a 12 mesh sieve and is retained on a 200 mesh sieve and (c) glass fibers having a length larger than 0.2 mm, wherein the ratio by weight of (a) to (b) is within a range of from 0.3 to 10, the ratio of (a)+(b) to the unsaturated polyester resin is within a range of from 1.5 to 7, and the ratio of (c) to the total weight of the resin, calcium carbonate, silica sand and glass fiber is within a range of from 0.01 to 0.25.

Abstract: In a dynamoelectric machine having a stator assembly of coil windings and a core, a heat-dissipating, electro-insulative housing encapsulates the coil windings and the core. The housing is made of a cured molded article or material formed of a resin-filler composition which comprises a liquid unsaturated polyester resin, a finely divided calcium carbonate powder, an inorganic mineral particulate having a particle size larger than that of the calcium carbonate powder, and a chopped glass fiber, wherein the ratio by weight of the calcium carbonate to the mineral particulate is 0.3 to 4, the ratio of the weight of glass fiber to the total weight of the composition is 0.05 to 0.25, the ratio of the weight of the polyester resin to the total weight of the composition is 0.1 to 0.4 and the weight ratio of the calcium carbonate powder, the mineral particulate and the glass fiber to the total weight of the composition is 0.6 to 0.9.