Abstract: A detection apparatus improves abnormality detection accuracy after start of an inspection operation while reducing the amount of work that is done before the start of the operation.

Abstract: A detection apparatus improves abnormality detection accuracy after start of an inspection operation while reducing the amount of work that is done before the start of the operation.

Abstract: An access-level control apparatus includes an NC machine tool, an RFID that is held by an operator and stores an ID given to the operator, a reader unit that reads out the ID, an authenticating unit that determines operator processing limitation information including an operable range by the operator associated with the ID or display information provided to the operator, an operation/display limiting unit that limits processing by the operator for the NC machine tool on the basis of the operator processing limitation information, and a separation detecting unit that periodically reads out, after the authentication, the ID in the RFID, performs re-authentication, and detects presence or absence of separation of the operator. When detecting as a result of the re-authentication that the operator separates from the NC machine tool, the separation detecting unit releases the authentication.

Abstract: An access-level control apparatus includes an NC machine tool, an RFID that is held by an operator and stores an ID given to the operator, a reader unit that reads out the ID in the RFID, an authenticating unit that determines operator processing limitation information including an operable range by the operator associated with the ID or display information provided to the operator, and an operation/display limiting unit that limits processing by the operator for the NC machine tool on the basis of the operator processing limitation information. The reader unit includes a transmission antenna that calls the RFID. The transmission antenna is disposed in parallel to a rotation axis of a motor unit of the NC machine tool.

Abstract: An access-level control apparatus includes an NC machine tool, an RFID that is held by an operator and stores an ID given to the operator, a reader unit that reads out the ID in the RFID, an authenticating unit that determines operator processing limitation information including an operable range by the operator associated with the ID or display information provided to the operator, and an operation/display limiting unit that limits processing by the operator for the NC machine tool on the basis of the operator processing limitation information. The reader unit includes a transmission antenna that calls the RFID. The transmission antenna is disposed in parallel to a rotation axis of a motor unit of the NC machine tool.

Abstract: An access-level control apparatus includes an NC machine tool, an RFID that is held by an operator and stores an ID given to the operator, a reader unit that reads out the ID, an authenticating unit that determines operator processing limitation information including an operable range by the operator associated with the ID or display information provided to the operator, an operation/display limiting unit that limits processing by the operator for the NC machine tool on the basis of the operator processing limitation information, and a separation detecting unit that periodically reads out, after the authentication, the ID in the RFID, performs re-authentication, and detects presence or absence of separation of the operator. When detecting as a result of the re-authentication that the operator separates from the NC machine tool, the separation detecting unit releases the authentication.

Abstract: An object of the present invention is to provide a rear axle attachment structure of a forklift capable of controlling deterioration of mounting bushes and stoppers, and to provide a forklift including the same. A rear axle attachment structure for a forklift includes mounting shafts (32) protruding from front and rear sides of a rear axle and mounting bushes (30) each having rubber (35) provided between a tubular outer frame (33) and a tubular inner frame (34) and being attached to a vehicle body, each of the mounting shaft being inserted into a mounting hole (38) within the inner frame. The attachment structure further includes protrusion amount control means controlling an amount of protrusion of an upper portion (35a) of the rubber (35), the portion being above the inner frame (34) and protruding from between the outer frame (33) and inner frame (34) in vehicle front and rear directions.

Abstract: A position detection sensor using electromagnetic wave (1) estimates the position of a monitor object (100) in a first detection region (101), and outputs it as a first possibility distribution. A second sensor (4) estimates the position of the monitor object (100) in a second detection region (102), and outputs it as a second possibility distribution. A distribution computing means (5) outputs an integrated possibility distribution which it obtains by integrating the possibility distributions of the position of the monitor object 100 which are acquired by these sensors. An information presenting means (6) outputs the integrated possibility distribution as information about the most possible position of the monitor object (100).

Abstract: A core is configured with two O-type cores and an I-type core which is separate from the O-type cores. In a transformer comprising a core of the type, by incorporating a first O-type core, a bobbinless coil block and a second O-type core to be stacked on a terminal block sequentially, excellent assemblability is achieved. Further, the first O-type core is incorporated from one side to the terminal block, and the bobbinless coil block and the second O-type core are incorporated by stacking up from the other side. Further, the first O-type core, the bobbinless coil block, the second O-type core and the terminal block are assembled by being stacked up.

Abstract: The present invention relates to a detergent composition containing (a) 2 to 30% by weight of an inorganic alkali, (b) 0.5 to 20% by weight of at least one surfactant selected from an anionic surfactant and a nonionic surfactant, (c) 0.01 to 2% by weight (based on calcium ion) of a calcium salt, (d) 0.1 to 15% by weight of a calcium ion-sequestering agent, (e) 1 to 30% by weight of a water-soluble organic solvent and (f) 20 to 95% by weight of water.

Abstract: A position detection sensor using electromagnetic wave (1) estimates the position of a monitor object (100) in a first detection region (101), and outputs it as a first possibility distribution. A second sensor (4) estimates the position of the monitor object (100) in a second detection region (102), and outputs it as a second possibility distribution. A distribution computing means (5) outputs an integrated possibility distribution which it obtains by integrating the possibility distributions of the position of the monitor object 100 which are acquired by these sensors. An information presenting means (6) outputs the integrated possibility distribution as information about the most possible position of the monitor object (100).

Abstract: There is provided a transformer, which includes a coil bobbin having a wiring drum around which a primary coil and a secondary coil are wound, and terminal bases formed at end portions of the wiring drum. A plurality of terminals are formed on a surface of each terminal base. The transformer further includes insulative resin formed to cover an outer circumferential part of the coil bobbin excepting the plurality of terminals, and at least one core that is attached to the coil bobbin covered with the insulative resin. The wiring drum has a plurality of flanges including a first flange separating the primary and secondary coils, and second flanges formed at the end portions of the wiring drum.

Abstract: A wireless communication system comprises a base station (4) and terminals (1)-(3). The base station (4) and the terminals (1)-(3) perform a space division multiplex wireless transmission. Each of the base station (4) and the terminals (1)-(3) comprises a multi-beam antenna for a space division multiplex. A beam pattern formed by the multi-beam antenna of the base station (4) is orthogonalized based on transfer function values of a radio-wave-propagation characteristic formed between antenna elements of the multi-beam antenna of the base station (4) and antenna elements of multi-beam antenna of the terminals (1)-(3).

Abstract: The present invention relates to a detergent composition containing (a) 2 to 30% by weight of an inorganic alkali, (b) 0.5 to 20% by weight of at least one surfactant selected from an anionic surfactant and a nonionic surfactant, (c) 0.01 to 2% by weight (based on calcium ion) of a calcium salt, (d) 0.1 to 15% by weight of a calcium ion-sequestering agent, (e) 1 to 30% by weight of a water-soluble organic solvent and (f) 20 to 95% by weight of water.

Abstract: There is provided a transformer, which includes a coil bobbin having a wiring drum around which a primary coil and a secondary coil are wound, and terminal bases formed at end portions of the wiring drum. A plurality of terminals are formed on a surface of each terminal base. The transformer further includes insulative resin formed to cover an outer circumferential part of the coil bobbin excepting the plurality of terminals, and at least one core that is attached to the coil bobbin covered with the insulative resin. The wiring drum has a plurality of flanges including a first flange separating the primary and secondary coils, and second flanges formed at the end portions of the wiring drum.

Abstract: Resist residues, which is formed in a process of forming Al interconnections, are removed through use of a single chemical. A chemical which contains an organic acid or a salt thereof and water and which has a pH below 8 is used as a treatment for removing resist or resist residues. The chemical may be used in a process in which Al, W, Ti, TiN, and SiO2 are exposed on the surface of a wafer after etching of an Al interconnection; in a process in which Al, W, Ti, TiN, and SiO2 are exposed on the surface of a wafer after etching a hole reaching an Al interconnection in an dielectric layer; in a process in which Cu is exposed on the surface of a semiconductor wafer after dry-etching of a Cu interconnection or etching of an interlayer dielectric film laid on a Cu interconnection; and in a process in which metal material such as W, WN, Ti, or TiN; poly-Si; SiN; and SiO2 are exposed on the surface of a wafer after etching of a metal gate.

Abstract: Resist residues, which is formed in a process of forming Al interconnections, are removed through use of a single chemical. A chemical which contains an organic acid or a salt thereof and water and which has a pH below 8 is used as a treatment for removing resist or resist residues. The chemical may be used in a process in which Al, W, Ti, TiN, and SiO2 are exposed on the surface of a wafer after etching of an Al interconnection; in a process in which Al, W, Ti, TiN, and SiO2 are exposed on the surface of a wafer after etching a hole reaching an Al interconnection in an dielectric layer; in a process in which Cu is exposed on the surface of a semiconductor wafer after dry-etching of a Cu interconnection or etching of an interlayer dielectric film laid on a Cu interconnection; and in a process in which metal material such as W, WN, Ti, or TiN; poly-Si; SiN; and SiO2 are exposed on the surface of a wafer after etching of a metal gate.

Abstract: An adjustment method for active-matrix type liquid crystal display device adjusts the potential differences applied to liquid crystal layers in such a way that black images are displayed in one group of pixels with the same polarity of the potential difference during a single vertical scanning period while halftone images are displayed in another group of pixels with the same polarity of the potential difference during the single vertical scanning period.