TH155984A - Rotational angular displacement detectors Torque detector And a torque controller incorporating an angular displacement detector Carousel relations And vehicles equipped with torque controls - Google Patents

Abstract

DC60 (29/01/15) This patent application provides for a relative rotary angular displacement detector with Simple structure and designed to obtain the relative rotational angular displacement of the rotating component pair. Get the rotational motion relative Correlated rotary angular displacement detectors are included. A pair of rotating parts Rotate relative to each other around the axis of rotation in the circumferential direction. Permanent magnets attached to one of the pairs. Rotatable parts and which are made up of magnetic poles that magnetize in the axial direction of Axis of rotation Magnetic poles arranged so that they alternate in polar state in the circumferential direction. Each magnetic pole has a circumference. A magnetic ring consisting of protrusions Came out many parts and the ring shape A multiple protrusion, each with at least one circumference width, at least one less than the circumference width of the protrusion. In the circumference of the magnetic pole The ring body is attached to another rotating part of the pair. Rotatable part And arranged in a dual axis with the axis of rotation The ring body that makes it The magnetization force changes depending on the position of the protrusion at Relative to the position of the magnetic pole And a magnetic detecting unit designed to detect force lines Ring body magnet of magnetic force line ring -------------------------------------------------- -------------------------------------------------- --- This patent application provides a device for a relative rotational displacement detector with Simple structure and designed to obtain the relative rotational angular displacement of the rotating component pair. Get the rotational motion relative Edit Summary of Invention 29/01/2015 This patent application provides a relative rotary angular displacement detector with Simple structure and designed to obtain the relative rotational angular displacement of the rotating component pair. Get the rotational motion relative Correlated rotary angular displacement detectors are included. A pair of rotating parts Rotate relative to each other around the axis of rotation in the circumferential direction. Permanent magnets attached to one of the pairs. Rotatable parts and which are made up of magnetic poles that magnetize in the axial direction of Axis of rotation Magnetic poles arranged so that they alternate in polar state in the circumferential direction. Each magnetic pole has a circumference. A magnetic ring consisting of protrusions Came out many parts and the ring shape A multiple protrusion, each with at least one circumference width, at least one less than the circumference width of the protrusion. In the circumference of the magnetic pole The ring body is attached to another rotating part of the pair. Rotatable part And arranged in a dual axis with the axis of rotation The ring body that makes it The magnetization force changes depending on the position of the protrusion at Relative to the position of the magnetic pole And a magnetic detecting unit designed to detect force lines Ring body magnet of magnetic force line ring -------------------------------------------------- -------------------------------------------------- --- This patent application provides a device for a relative rotational displacement detector with Simple structure and designed to obtain the relative rotational angular displacement of the rotating component pair. Get the rotational motion relative

Claims (1)

: DC60 (29/01/15) This patent application provides for a relative rotary angular displacement detector with Simple structure and designed to obtain the relative rotational angular displacement of the rotating component pair. Get the rotational motion relative Correlated rotary angular displacement detectors are included. A pair of rotating parts Rotate relative to each other around the axis of rotation in the circumferential direction. Permanent magnets attached to one of the pairs. Rotatable parts and which are made up of magnetic poles that magnetize in the axial direction of Axis of rotation Magnetic poles arranged so that they alternate in polar state in the circumferential direction. Each magnetic pole has a circumference. A magnetic ring consisting of protrusions Came out many parts and the ring shape A multiple protrusion, each with at least one circumference width, at least one less than the circumference width of the protrusion. In the circumference of the magnetic pole The ring body is attached to another rotating part of the pair. Rotatable part And arranged in a dual axis with the axis of rotation The ring body that makes it The magnetization force changes depending on the position of the protrusion at Relative to the position of the magnetic pole And a magnetic detecting unit designed to detect force lines Ring body magnet of magnetic force line ring -------------------------------------------------- -------------------------------------------------- --- This patent application provides a device for a relative rotational displacement detector with Simple structure and designed to obtain the relative rotational angular displacement of the rotating component pair. Get the rotational motion relative Edit Summary of Invention 29/01/2015 This patent application provides a relative rotary angular displacement detector with Simple structure and designed to obtain the relative rotational angular displacement of the rotating component pair. Get the rotational motion relative Correlated rotary angular displacement detectors are included. A pair of rotating parts Rotate relative to each other around the axis of rotation in the circumferential direction. Permanent magnets attached to one of the pairs. Rotatable parts and which are made up of magnetic poles that magnetize in the axial direction of Axis of rotation Magnetic poles arranged so that they alternate in polar state in the circumferential direction. Each magnetic pole has a circumference. A magnetic ring consisting of protrusions Came out many parts and the ring shape A multiple protrusion, each with at least one circumference width, at least one less than the circumference width of the protrusion. In the circumference of the magnetic pole The ring body is attached to another rotating part of the pair. Rotatable part And arranged in a dual axis with the axis of rotation The ring body that makes it The magnetization force changes depending on the position of the protrusion at Relative to the position of the magnetic pole And a magnetic detecting unit designed to detect force lines Ring body magnet of magnetic force line ring -------------------------------------------------- -------------------------------------------------- --- This patent application provides a device for a relative rotational displacement detector with Simple structure and designed to obtain the relative rotational angular displacement of the rotating component pair. Have rotational motion relative to each other (Item one) which will appear on the advertisement page: edit 29/01/2015 1.Relative rotational angular displacement detectors that include A pair of rotatable parts (10,20) that rotate relative to each other around the (R) axis of rotation in the circumferential direction, a permanent magnet (30) attached to one of the rotatable part pairs (10,20) and that is assembled. Included Magnetically magnetized magnetic poles in the axial direction (R) of rotation of the magnetic poles at Arranged so that they alternate in polar state in the circumferential direction Each magnetic pole has Circumference width A magnetic force loop guide ring (40) comprising a tag part: