Abstract: A coin processing device includes a coin identification mechanism, a coin distribution mechanism, a plurality of coin tubes, and a coin delivery mechanism that delivers coins housed in the coin tubes by delivering operation of pulling out the coins using a payout slide. For a specific denomination, a two-coin delivering coin tube and one-coin delivering coin tubes are provided. Location information configured of variables indicating records of payment, distribution, and delivery is used to determine the coin tube when the coin distribution mechanism distributes coins of the specific denomination and to determine the coin tube when the coin delivery mechanism delivers the coins of the specific denomination. The coin processing device can increase speed in a process of delivering coins.

Abstract: A coin processing device includes a coin identification mechanism, a coin distribution mechanism, a plurality of coin tubes, and a coin delivery mechanism that delivers coins housed in the coin tubes by delivering operation of pulling out the coins using a payout slide. For a specific denomination, a two-coin delivering coin tube and one-coin delivering coin tubes are provided. Location information configured of variables indicating records of payment, distribution, and delivery is used to determine the coin tube when the coin distribution mechanism distributes coins of the specific denomination and to determine the coin tube when the coin delivery mechanism delivers the coins of the specific denomination. The coin processing device can increase speed in a process of delivering coins.

Abstract: A groove machining head has a dust collecting hood 40 having a suction port in the vicinity where tools 32 protrude from a bottom plate 33 of the groove machining head. When performing groove machining on a substrate W using the groove machining head 30, a blower 35 sucks air inside the dust collecting hood 40 through ducts 34. Doing so can suck dust produced by the groove machining through the suction port of the dust collecting hood 40 before attachment of the dust on the substrate W.

Abstract: A coin processing apparatus including a coin identification unit, a coin sort unit, a plurality of coin tubes, a coin payment unit, an initial replenishment coin tube storing coins of a predetermined initial replenishment coin number in an initial replenishment state, an increase coin tube not storing the coins in the initial replenishment state, and an initial replenishment state setting unit causing an apparatus body to recognize the initial replenishment state. The coin sort unit sorts the coins of the initial replenishment coin number into the initial replenishment coin tube and sorts coins more than the coins corresponding to the initial replenishment coin number into the increase coin tube. The coin payment unit pays the coins preferentially from the increase coin tube.

Abstract: The present invention has the purpose of providing a coin processing device capable of performing a coin reception test while being connected with a vending machine. When a response command from the vending machine is received while a test mode is executed, a response is carried out to the response command based on device information present immediately before the test mode is executed, reception of a coin thrown during the test mode is stored, and the coin is paid out based on the storage when the test mode is released.

Abstract: A coin processing device includes a coin discriminating unit, a coin distributing unit, plural coin tubes, and a coin delivering unit that delivers coins that have been housed in the coin tubes, by delivering operation of pulling out by a payout slide. For specific denominations, a two-coin delivering coin tube and one-coin delivering coin tubes are provided. In a normal state, the coin distributing unit distributes coins that have been inserted, to at least one of the coin tubes, the at least one having the coin housing number smaller, and the coin delivering unit delivers the coins to minimize the number of times of the delivering operation. In a change-shortage state, the coin distributing unit preferentially distributes the coins that have been inserted, to the one-coin delivering coin tubes, and the coin delivering unit performs delivery from only the two-coin delivering coin tube as much as possible.

Abstract: The present invention has the purpose of providing a coin processing device capable of performing a coin reception test while being connected with a vending machine. When a response command from the vending machine is received while a test mode is executed, a response is carried out to the response command based on device information present immediately before the test mode is executed, reception of a coin thrown during the test mode is stored, and the coin is paid out based on the storage when the test mode is released.

Abstract: A groove machining head has a dust collecting hood 40 having a suction port in the vicinity where tools 32 protrude from a bottom plate 33 of the groove machining head. When performing groove machining on a substrate W using the groove machining head 30, a blower 35 sucks air inside the dust collecting hood 40 through ducts 34. Doing so can suck dust produced by the groove machining through the suction port of the dust collecting hood 40 before attachment of the dust on the substrate W.

Abstract: A first head unit 31A has a tool holder 44 movably in a z axis direction on a base 42 through a linear guide 43. Similarly, a second head unit 31B has a tool holder 48 movably in the z axis direction on a base 46 through a linear guide 47. The interval Wa2 in an x axis direction between the tool and the linear guide of the head unit 31A and the interval Wb2 in the x axis direction between the tool and the linear guide of the head unit 31B are different from each other. When alternately arranging the head units 31A and 31B, displacing the positions of the linear guides 43 and 47 from each other to prevent interference makes it possible to narrow a pitch between the head units.

Abstract: The coaxial cable of the present invention is an insulating layer, an outer conducting layer and a protective film layer formed in that order around a center conductor, the outer conducting layer being formed from a primary transverse winding and a secondary transverse winding, each of a plurality of thin metal wires, the winding directions of the transverse windings being opposite each other. The winding angle of the primary and secondary transverse windings with respect to the center conductor is 30.degree..+-.5.degree. and the winding pitches of the primary and secondary transverse windings are from 0.8 to 2.0 times the bending radius of the coaxial cable.

Abstract: A bundled conductor manufactured by bundling a plurality of small diameter conductors 1, or a bundled conductor 2 manufactured by giving an extremely rough twisting pitch, which is 20 times or more larger than an outer diameter of said bundled conductor, to the bundled conductor is formed. Then, an insulating layer 3 comprising 3 layers 3a, 3b and 3c, each comprising a heat-resistant plastic film, is arranged around the bundled conductor above. A required voltage resistance characteristics is provided and maintained by any 2 of the aforesaid 3 insulating layers, and each of the 3 insulating layers described above is independent respectively and can be separated from other ones.

Abstract: A bundled conductor manufactured by bundling a plurality of small diameter conductors 1, or a bundled conductor 2 manufactured by giving an extremely rough twisting pitch, which is 20 times or more larger than an outer diameter of said bundled conductor, to the bundled conductor is formed. Then, an insulating layer 3 comprising 3 layers 3a, 3b and 3c, each comprising a heat-resistant plastic film, is arranged around the bundled conductor above. A required voltage resistance characteristics is provided and maintained by any 2 of the aforesaid 3 insulating layers, and each of the 3 insulating layers described above is independent respectively and can be separated from other ones.