Patent ID: 9514772
Filing Date: 2016-12-06
CPC Classification: G11B

Claim Text:
1. A magnetic head device comprising: an arm; a suspension overlapping with a leading end part of the arm; a slider located at a leading end part of the suspension; and a first joint part that located between the leading end part of the arm and the suspension and that joins the arm and the suspension; wherein the first joint part includes Sn or a resin adhesive, an arm-side joint surface is defined as a surface of the arm which surface faces the suspension, a suspension-side joint surface is defined as a surface of the suspension which surface faces the arm, at least one of the arm-side joint surface and the suspension-side joint surface includes a first overlapped region that overlaps with the other joint surface and a first non-overlapped region that does not overlap with the other joint surface, the first joint part is in contact with both of the arm and the suspension in the first overlapped region, and a part of the first joint part extends to at least a part of the first non-overlapped region, wherein the suspension includes a spacer that overlaps with the leading end part of the arm and that is joined to the arm by the first joint part, a load beam, one leading end part of which overlaps with the spacer and the slider is located at the other leading end part of which, and a second joint part that is located between the spacer and the load beam and that joins the spacer and the load beam, and wherein the second joint part includes Sn or a resin adhesive, a spacer-side joint surface is defined as a surface of the spacer which surface faces the load beam, a load beam-side joint surface is defined as a surface of the load beam which surface faces the spacer, at least one of the spacer-side joint surface and the load beam-side joint surface includes a second overlapped region that overlaps with the other joint surface and a second non-overlapped region that does not overlap with the other joint surface, and the second joint part is in contact with both of the spacer and the load beam in the second overlapped region, and a part of the joint part extends to at least a part of the second non-overlapped region.