Mitsubishi Denki Kabushiki Kaisha

Mitsubishi Jidosha Kogyo Kabushiki Kaisha

Nippon Seiko Kabushiki Kaisha

Yasuaki Hata

Mitsuharu Morishita

Shinichi Kohge

Tadayuki Hara

Hisato Umemaru

Masayoshi Onishi

Takeshi Yasukawa

Shunichi Wada

Shozo Takizawa

Shigeki Ohtagaki

Hajime Kozuka

Naoki Saito

Mitsunori Maruyama

Ichiro Togo

Kazuo Mitarai

A magnetic sensor having a coil that is not damaged by the injection pressure of a molten resin. The magnetic sensor includes a bobbin having a winding core and flanges, a supporting element connected to the bobbin, a coil for detecting a change in the magnetic field as a change in voltage, the coil including a winding wire wound around the winding core, an output lead wire of the coil being drawn out through an output lead slot formed in one of the flanges, and a housing covering outer portions of the bobbin, coil, and supporting element, wherein the output lead wire is drawn out through the output lead slot at a height, measured in a radial direction of the bobbin, which is substantially equal to a height of an outer surface of an adjacent portion of the supporting element.

Magnetic sensor with supporting element for supporting output lead wire

A rotation detecting device comprising a pole formed of a ferromagnetic material, a bias magnet for applying a magnetic flux to the pole, a bobbin receiving the pole and the bias magnet in a series arrangement, a detecting coil mounted on the bobbin, terminals each having a coil connecting part connected to one end of the wire of the coil and a lead wire connecting part connected to a lead wire, a cap for covering the terminals and a portion of the bobbin holding the terminals, fixing means for fixing the terminals to the bobbin.

Rotation detecting device having a terminal holding arrangement

A rotation detecting device comprising a pole formed of a ferromagnetic material, a bias magnet for applying a magnetic flux to the pole, a bobbon receiving the pole and the bias magnet in a series arrangement, a detecting coil mounted on the bobbin, terminals each having a coil connecting part connected to one end of the wire of the coil and a lead wire connecting part connected to a lead wire, a cap for covering the terminals and a portion of the bobbin holding the terminals, fixing means for fixing the terminals to the bobbin.

A steering torque detecting device includes a steering shaft consisting of an input shaft and an output shaft, a torsion bar provided between the input shaft and the output shaft, a torque detecting unit for converting a quantity of torsion produced in the torsion bar into an electric output, an electricity collecting unit including slip rings and brushes which takes the electric output and supplies an electric power from an outer power source, bearings for supporting the input and output shaft on the same axial line, and a housing supporting the bearings, a printed wiring board in a circular plate form which is provided at its one surface with a resistance layer and an output electrode radially spaced apart from the resistance layer, the resistance layer and the output electrode constituting a potentiometer, and a slider having a portion extending in the radial direction of the circular printed wiring board so as to have contacting areas with a small width to the resistance layer and the output electrode.

Steering torque detecting device

A torque detector for a motor-driven power steering system wherein a drive lever that engages the outer circumference of a second ring gear and a detection lever on a potentiometer for detecting a linear displacement of the drive lever are connected via a spool, and a pin supported in the spool is coupled to the drive lever as if they were connected together by a universal joint.

Torque detector for motor-driven power steering system

A steering torque detecting device comprises a steering shaft consisting of an input shaft and an output shaft, a torsion bar provided between the input shaft and the output shaft, a torque detecting unit for converting a quantity of torsion produced in the torsion bar into an electric output, an electricity collecting unit comprising slip rings and brushes which takes the electric output and supplies an electric power from an outer power source, bearings for supporting the input and output shaft on the same axial line, and a housing supporting the bearings, a printed wiring board in a circular plate form which is provided at its one surface with a resistance layer and an output electrode radially spaced apart from the resistance layer, the resistance layer and the output electrode constituting a potentiometer, and a slider having a portion extending in the radial direction of the circular printed wiring board so as to have contacting areas with a small width to the resistance layer and the output electrode.

In a suspension device for automobile having a shock absorber provided with a damping force change-over mechanism and a suspension spring provided with a spring constant change-over mechanism, a power source to perform both the changing-over of the damping force of the shock absorber and the spring constant of the suspension spring depends on a fluid pressure source equipped in the automobile and the fluid pressure from the pressure source is controlled by an electromagnetic valve.

Growing community of inventors

Himeji, Japan

Yasuaki Hata