Abstract: A torque sensor is provided in which a magnetic body can be easily positioned and fixed, and in which an excessive force is prevented from being exerted on a resin or the magnetic body when the magnetic body is press-fitted to a shaft, whereby no resin is damaged, and further stress is not left at the magnetic body. The torque sensor is characterized in that a press-fit member to be press-fitted to a shaft is molded with a resin in a state in which a part thereof is exposed to the outside of the resin, whereby the part thereof becomes a pressure receiving portion, and the pressure receiving portion is pressed with an assembly jig when a magnetic yoke assembly is incorporated to a shaft.

Abstract: A torque sensor is provided in which a magnetic body can be easily positioned and fixed, and in which an excessive force is prevented from being exerted on a resin or the magnetic body when the magnetic body is press-fitted to a shaft, whereby no resin is damaged, and further stress is not left at the magnetic body. The torque sensor is characterized in that a press-fit member to be press-fitted to a shaft is molded with a resin in a state in which a part thereof is exposed to the outside of the resin, whereby the part thereof becomes a pressure receiving portion, and the pressure receiving portion is pressed with an assembly jig when a magnetic yoke assembly is incorporated to a shaft.

Abstract: A magnetism generation portion 4 is provided at a first shaft 2, and a first magnetic yoke 7 and a second magnetic yoke 8 bent in L shape are provided at a second shaft 3 so that a magnetic flux generated at the magnetism generation portion 4 can be detected on the outer circumference side of the second shaft 3, and a magnetism detecting device for detecting the magnetic flux can be provided on the outer circumference side of the second shaft.

Abstract: A magnetism generation portion 4 is provided at a first shaft 2, and a first magnetic yoke 7 and a second magnetic yoke 8 bent in L shape are provided at a second shaft 3 so that a magnetic flux generated at the magnetism generation portion 4 can be detected on the outer circumference side of the second shaft 3, and a magnetism detecting device for detecting the magnetic flux can be provided on the outer circumference side of the second shaft.

Abstract: A rotation angle sensor comprises permanent magnets 4, 5 having opposite poles facing each other, and a flux density detecting unit 10 which performs relative rotation between the permanent magnets 4, 5. Opposite magnetic pole surfaces 11, 12 of the permanent magnets 4, 5 are formed in a curved shape so that the flux density between the permanent magnets 4, 5 can be suitably distributed. In this way, the resolution of the sensor can be increased without increase in cost.

Abstract: A rotation angle sensor comprises permanent magnets 4, 5 having opposite poles facing each other, and a flux density detecting unit 10 which performs relative rotation between the permanent magnets 4, 5. Opposite magnetic pole surfaces 11, 12 of the permanent magnets 4, 5 are formed in a curved shape so that the flux density between the permanent magnets 4, 5 can be suitably distributed. In this way, the resolution of the sensor can be increased without increase in cost.