Sony Corporation

Shinji Iwahashi

Akira Ono

Morio Tominaga

Junichi Sekine

Takao Kosaka

Hiroshi Yamasaki

An ultrasonic vibration method and an ultrasonic vibration apparatus, which do not have a directional property in the direction of vibrations, are disclosed. A pair of ultrasonic horns ( ), ( ), each having an ultrasonic vibrator ( ), ( ) provided at an end portion thereof, are disposed in an intersecting relationship to each other, and the composite vibrations of transverse vibrations produced by the pair of ultrasonic horns ( ), ( ) when the other ultrasonic horns ( ), ( ) are excited to generate longitudinal vibrations are extracted at the intersecting point of the pair of horns ( ), ( ) and applied to a contact object member through a presser ( ).

Ultrasonic vibration method and ultrasonic vibration apparatus

Method for fabricating electronic circuit device, semiconductor device and electronic circuit device including bump bonding

The invention provides a coil winding apparatus which is simplified in structure, reduced in cost and improved in operation efficiency. The coil winding apparatus comprises a housing intermittently rotatable around a fixed axis between first and second positions, a plurality of spindles mounted for rotation on front and rear faces of the housing, a pair of drive sections including a bidirectional motor and provided independently of each other for transmitting rotation of the motor to rotate the spindles, an insulation sheet supply section opposed to the spindles on one of the faces of the housing when the housing is at any of the first and second positions for supplying films to bobbins mounted on the spindles, and a wire supply section for supplying wires to bobbins mounted on the other spindles. Since the drive sections are provided independently of each other for the different spindles, the directions and the speeds of rotation of the spindles can be set arbitrarily.

Coil winding apparatus

Growing community of inventors

Kanagawa, Japan

Shinji Iwahashi