HEAD SLIDER, HEAD ASSEMBLY AND INFORMATION STORAGE DEVICE
A head slider body includes a main body having a protruding air bearing surface, and a wall portion protruding from the air bearing surface near one end in one axial direction of the main body. Extending in the other axial direction in the air bearing surface, a groove portion extends between the wall portion and the air bearing surface in the main body. A read/write head is provided near the other end in the one axial direction of the head slider body.
1 . A head slider comprising:
a head slider body including a main body having a protruding air bearing surface, and a wall portion protruding from the air bearing surface near one end in one axial direction of the main body, and
extending in the other axial direction in the air bearing surface, a groove portion extending in the other axial direction is formed between the wall portion and the air bearing surface in the main body; and
a read/write head provided near the other end of the head slider body.
2 . The head slider according to claim 1 , wherein the wall portion protrudes so that a central portion of the head slider body is higher than portions near the other end.
3 . The head slider according to claim 2 , wherein an end surface on a protruding side of the wall portion is formed closer to a height of the air bearing surface stepwise from the central portion toward the opposite ends.
4 . The head slider according to claim 2 , wherein an end surface on a protruding side of the wall portion is formed closer to a height of the air bearing surface continuously from the central portion toward the opposite ends.
5 . The head slider according to claim 4 , wherein the end surface on the protruding side of the wall portion is formed closer to the height of the air bearing surface roundedly from the central portion toward the opposite ends.
6 . The head slider according to claim 1 , wherein the wall portion protrudes so that one end in the one axial direction is higher than the other end.
7 . The head slider according to claim 6 , wherein an end surface on a protruding side of the wall portion is formed closer to a height of the air bearing surface stepwise from one end toward the other end in the one axial direction.
8 . The head slider according to claim 6 , wherein an end surface on a protruding side of the wall portion is formed closer to a height of the air bearing surface continuously from one end toward the other end in the one axial direction.
9 . The head slider according to claim 8 , wherein the end surface on the protruding side of the wall portion is formed closer to the height of the air bearing surface roundedly from one end toward the other end in the one axial direction.
10 . The head slider according to claim 1 , wherein the wall portion is provided over the entire width in the other axial direction of the slider body.
11 . A head assembly comprising:
a suspension;
a head slider mounted near a tip of the suspension; and
wherein the head slider comprising:
a head slider body including a main body having a protruding air bearing surface, and a wall portion protruding from the air bearing surface near one end in one axial direction of the main body, and
extending in the other axial direction in the air bearing surface, a groove portion extending in the other axial direction is formed between the wall portion and the air bearing surface in the main body; and
a read/write head provided near the other end of the head slider body.
12 . An information storage device comprising:
a disk medium;
an arm driven in writing information in the disk medium or reading the information; and
a suspension connected to the arm;
a head slider mounted at a tip of the suspension; and
wherein the head slider comprising:
a head slider body including a main body having a protruding air bearing surface, and a wall portion protruding from the air bearing surface near one end in one axial direction of the main body, and
extending in the other axial direction in the air bearing surface, a groove portion extending in the other axial direction is formed between the wall portion and the air bearing surface in the main body; and
a read/write head provided near the other end of the head slider body.
13 . The information storage device according to claim 12 , wherein the head slider is lifted above the disk medium and arcuately seeks, and a width the wall portion in the other axial direction set within maximum yaw angle in the seek.
14 . The information storage device according to claim 12 , wherein the wall portion has a portion facing the disk medium that becomes parallel to the disk medium surface when the head slider is lifted above the disk medium.