Method for adjusting the angle of attack of a floating magnetic head
AssigneeHitachi, Ltd.
InventorsHiroshi Nagai, Yoshihiko Miyake
Life of this patent
Estimating the term…
Abstract
A method whereby the angle of attack formed by a slider acting as a floating magnetic head with respect to a magnetic member can be adjusted. The method includes selecting a speed of rotation of a magnetic member which is lower than the speed of rotation for normal operation of the member while the apparatus is in operation, rotating the member at approximately the preselected lower speed of rotation, and adjusting the angle of attack of the slider so that the slider will begin to float in the air approximately at the preselected lower speed of rotation.
Claims6
A method for adjusting the angle of attack of a floating magnetic head comprising selecting a speed of rotation of a magnetic member which is lower than the speed of rotation for normal operation of the magnetic member while the apparatus is in operation, rotating the magnetic member at approximately the preselected lower speed of rotation, and adjusting the angle of attack of the slider supporting the magnetic head so that the slider begins to float in the air approximately at the preselected lower speed of rotation of the magnetic member.
A method for adjusting the angle of attack of a floating magnetic head so as to provide a predetermined spacing of the magnetic head from a rotating magnetic member a the normal rotational speed of the magnetic member comprising the steps of selecting a speed of rotation of the magnetic member which is lower than the normal speed of rotation thereof, rotating the magnetic member at approximately the preselected lower speed of rotation, and adjusting the angle of attack of the slider supporting the magnetic head so that the slider begins to float in the air approximately at the preselected lower speed of rotation, whereby upon rotating the magnetic member at the normal rotational speed thereof the slider floats at the desired distance from the rotating magnetic member.
Dependencies are inferred from the claim text.