Sega Enterprises, Ltd.

Mitsubishi Denki Kabushiki Kaisha

Sansui Electric Co., Ltd.

Renesas Electronics Corporation

Bridgestone Corporation

Toshiba Mitsubishi-Electric Industrial Systems Corporation

Sega Enterproses, Ltd.

Synvina C.v.

Yuji Ikeda

Koji Yamaguchi

Kenichi Sugimoto

Susumu Murata

Shunichi Nakamura

Shingo Kataoka

Keiji Yano

Seiji Hayashi

Yuji Nagao

Yasuhiro Takagi

Muneoki Kamata

Koji Osuka

Naoki Kawajiri

Takanori Akiyama

Mitsuru Todaiji

Yasuo Jin

Masatsugu Nakano

Haruyuki Kometani

Satoru Kotoh

Takeshi Yamamoto

Shinya Saito

Mitsuhiro Kawamura

Jesper Gabriel Van Berkel

Toshiyuki Umemoto

Kaoru Igarashi

Ryoji Nagatani

Emil Giza

Hajime Nakajima

The sampling data signal and the sampling synchronizing clock are generated by sampling the data signal and the synchronizing clock, and the first driving pulse signal and the second driving pulse signal are generated based on the sampling data signal and the sampling synchronizing clock, and the isolator is driven by the first driving pulse signal and the second driving pulse signal.

Communication device

Provided is an adhesive composition for organic fiber cords which does not contain resorcinol and formaldehyde and has a good adhesive property and is good for the environment, particularly for the work environment, and a rubber reinforcing material, a tire and a bonding method using the same. Also provided is an adhesive composition for organic fiber cords which contains (blocked) isocyanate compound and/or amine-based curing agent (A), epoxy compound (B), rubber latex (C), and a rubber reinforcing material, a tire and a bonding method using the same. The ratio of the mass of the (blocked) isocyanate compound and/or amine curing agent (A) a to the mass of the epoxy compound (B) b (the mass of (blocked) isocyanate compound and/or amine curing agent/the mass of epoxy compound), a/b is preferably not smaller than 0.1 and not larger than 30.

Adhesive composition for organic fiber cords, rubber-reinforcing material using same, tire and bonding method

A loop track for racing objects is disposed at the center of a race game device, for example for a simulated horse race. A plurality of racing objects, such as race horses, run on the track. The X- and Y-directional positions of the race horses are detected by a separable position detecting means underlying the track. The separable position detecting means allows for easier maintenance, transport, assembly, and disassembly of the device. Information regarding the positions of the horses is displayed on a game screen. Players can write memos to themselves on individual game screens by pressing a trace over the game information on the game screen. A control unit provides game information corresponding to other races other than a current race, including future races, and players may select information corresponding to future races on the individual game screen.

Race game device

A dynamo electric machine includes a rotor having magnetic poles with permanent magnets and a stator having armature windings concentratedly wound around teeth. When the number of pole pairs of the magnetic poles of the rotor is P, diameter of the rotor is D (meters), and a spatial harmonic order of a predetermined harmonic component of an armature magnetomotive force of the rotor is N ((N=P to the 1.5power)&#xd7;(N to the minus 4-th power)&#xd7;(the square of P)&#xd7;D&#x3c;0.6 (in meters).

Permanent magnet dynamo electric machine, and permanent magnet synchronous generator for wind power generation

A hub, to which three blades receiving wind are fixed and extending in a radial direction of the hub at equal intervals. The hub is arranged in a spindle-shaped boss having a rectification function. A cylindrical frame is arranged on the leeward side of the boss to separate an outer peripheral surface of a generator from outside air. An outer surface of the boss, which rotates with the blades, and an outer peripheral surface of the frame form a continuous plane. On the outer peripheral surface of the frame, fins, which outwardly protrude in a radial direction of the frame and extend in an axial direction of the frame, are arranged in a circumferential direction of the frame at equal intervals. After the outside air rotates the blades, the outside air passes along the fins. Therefore, heat, which is generated in the generator and is transferred to the fins through the frame by conduction, is dissipated to the outside air. Accordingly, the temperature of the generator can be reliably maintained at a value equal to or lower than a standard value, and a wind power generating device having a simple cooling structure can be manufactured.

Wind power generating device

A loop track for race horses is disposed at the center of a horse race game device. Twelve race horses run on the track. A gate is disposed in a paddock in the track. The gate is advanced to a start point of the track from the paddock. Twelve satellites are disposed on three sides of the track. A large projector for displaying images of developments, etc. of a race is disposed on one of the short sides of the track. Speakers for live broadcasting, fanfares, BGM, etc. are disposed on both sides of the large projector. The horse race game device enables a larger number of running objects to be raced at once, whereby race developments are made more amusing.

Running simulation apparatus

A game apparatus offers a game played by a plurality of players. The game apparatus uses an object having means for determining a result of the game, the result of the game being dependent on a movement of the object, a moving process of the object being observed by the players. Magnitude information indicative of a magnitude determined by one of the players is generated and detected in the game apparatus. A driving force is applied to the object so that the object is thrown toward a field defined by the game apparatus. A magnitude of the driving force is controlled in accordance with the magnitude of the hitting force. The object is collected by a collecting member moving on the field from a rear side to a front side. A pair of attracting members are provided on the front side of the field and move in opposite directions. The object is sandwiched between the attracting members and, thus, the object is placed on a throwing plate positioned in the center of the front side of the field.

Game apparatus using an object of which movement determines a result of

An object has a plurality of parts, wherein each part of the plurality of parts can face a predetermined direction. A plurality of resonant circuits are mounted in different predetermined positions of the object, and have different resonance frequencies. A sending unit sends signals having a plurality of frequencies corresponding to the resonance frequencies of the plurality of resonant circuits. A detecting unit detects resonance signals of the plurality of resonant circuits. A plate has therein the sending unit and detecting unit. A determining unit determines a part of the object placed on the plate, the part facing the predetermined direction, using differences of detected levels of the resonance signals of the plurality of resonant circuits of the object detected by the detecting unit.

Apparatus for determining part of object, and object, part of which can

A negative feedback operation of a PWM-type amplifier is stabilized by the use of a resistor. The input signal is voltage-compared with the triangular wave of a higher frequency than the input signal to form a PWM-signal, which is, in turn, power amplified and is provided to a load after demodulated by a low-pass-filter. A part of the output voltage is fed back from a common connection point of an inductor and a capacitor of an LC-filter forming the low-pass filter. A resistor is connected in series with the capacitor, and the negative feedback operation is, thereby, stabilized.

Negative feedback amplifiers of PWM-type

A frequency synthesizer including a phase-locked loop (PLL) is provided which does not use any variable frequency divider. The output of a reference frequency oscillator is applied to a phase comparator in the PLL through a monostable multivibrator. The oscillating frequency of a voltage controlled oscillator (VCO) in the PLL can be selected by controlling a bias DC voltage applied to a control element in the VCO. The output waves from said VCO are counted at a counter during a period of the reference frequency from the reference frequency oscillator of the PLL. The count operation is repeated at a predetermined time interval. After completion of each count operation, the number in the counter corresponding to the least digit column of the decimal number is discriminated to determine whether it is within a predetermined range or not. The range is determined correspondingly to a locking range of the PLL. When it is within the range, the PLL is placed into an operating condition to stabilize the oscillating frequency of the VCO at a desired frequency. Also, the counted number is indicated by an indicator. The number in the counter corresponding to the least digit column of the decimal number may be converted into an analogue signal to automatically control the oscillating frequency of the VCO.

Frequency synthesizer with phase locked loop and counter

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Tokyo, Japan

Yuji Ikeda