Disk recording device having molded parts and method of fabrication employing outsert molding

Claim 2

A disk type of magnetic recording device, comprising: a support having opposite faces; a disk spindle disposed on one face of said opposite faces of said support, said disk spindle having an axis; a disk rotatably mounted on said spindle for rotation about said axis and having recordings thereon in tracks which are radially spaced; at least one transducer; an actuator assembly mounting said transducer; actuator mounting means at a location on said one face of said support displaced from said axis, movably mounting said actuator assembly to move said transducer along a path to different radial track positions on said disk; said support having openings therethrough at different locations, at least one of which openings is associated with a limit of movement of said actuator assembly; an outsert molded part on said one face of said support at each of selected openings, each outsert molded part having an integral section extending through the opening thereat in said support and forming an integral part with an enlarged portion against the face of said support opposite said one face, for securing said outsert molded part on said support and sealing said opening, an outsert molded part at at least said one of said selected opening is having a surface disposed at a predetermined distance from said location of said actuator mounting means and at a predetermined distance rom said axis, said surface being positioned to engage said actuator assembly to limit its movement.

Claim 3

The recording device of claim 1, in which: said at least one of said selected openings is in a predetermined location in said support with respect to the location of said axis and to the location of said actuator mounting means.

Claim 4

The invention according to claim 1, in which: each outsert molded part is of a plastic material.

Claim 5

The invention according to claim 1, in which: each outsert molded part is of a polycarbonate plastic material.

Claim 6

The invention according to claim 1, in which said enlarged portion comprises an outsert molded part having a function different rom that of the outsert molded part which is integral therewith.

Claim 7

The invention according to claim 5, in which: each outsert molded part is of a polycarbonate plastic material.

Claim 8

A recording device, comprising: a support having opposite faces; at least one disk having recordings in radially spaced tracks in one surface thereof; means for mounting said disk on one face of said opposite faces of said support for rotation about an axis; at least one transducer for a disk; a movable actuator at a location on said one face of said support for supporting said one transducer adjacent to said one surface of said disk for movement to different radial positions on said disk; motor means for moving said actuator; said support having an opening therethrough adjacent to said actuator, and a single piece crash stop structure outsert molded on said support, having a base on said one face of said support, having at least one crash stop projection disposed at a predetermined distance from said location of said movable actuator, and at a predetermined distance from said axis for engaging said actuator means in at least one of two mechanical extremes of movement of said actuator means and having an integral portion extending through said opening and terminating in an enlarged portion on the face of said support opposite to said one face for securing and sealing said crash stop to said support at the location of said opening.

Claim 9

A recording device, comprising: a support having opposite faces; at least one disk having recordings in radially spaced tracks in one surface thereof; means for mounting said disk on one face of said opposite faces of said support for rotation about an axis; at least one transducer for a disk; a movable actuator at a location on said one face of said support for supporting said one transducer adjacent to said one surface of said disk for movement to different radial positions on said disk; motor means for moving said actuator; said support having an opening therethrough adjacent to said actuator, and a single piece crash stop structure outsert molded on said support, having a base on said one face of said support, having at least one crash stop projection disposed at a predetermined distance from said location of said movable actuator, and at a predetermined distance from said axis for engaging said actuator means in at least one of two mechanical extremes of movement of said actuator means and having an integral portion extending through said opening and terminating in an enlarged portion on the face of said support opposite to said one face for securing and sealing said crash stop to said support at the location of said opening.

Claim 10

The recording device of claim 7 in which: said outsert molded single piece crash stop structure comprises two crash stop projections integral with said base for engaging said actuator means n each of two mechanical extremes of movement.

Claim 11

In a disk recording device, having a support, a disk, spindle means having a spindle attachment location on said support for mounting said disk on said support for rotation about a disk spindle axis, an actuator, a transducer head on said actuator, actuator mounting means having at least one actuator attachment location on said support for movably mounting said actuator to move said transducer head to selected radial locations, the method of fabricating at least one part on at least one face of opposite faces of said support, comprising: providing a two section mold, each section having a spindle axis reference location and an actuator attachment reference location, one mold section having a cavity defining an individual part having a surface at a location at respective predetermined distances from said spindle axis reference location and said actuator attachment reference location; providing at least one opening through said support at a location spaced from said spindle attachment location on said support and said actuator attachment location on said support b said respective predetermined distances on said support to place said opening substantially at said cavity; placing said support between and in contact with said mold sections, indexing said spindle attachment location on said support to said spindle axis reference location of each mold section and said actuator attachment location of said support with said actuator attachment reference location of each mold section, and injecting a fluid molding material into each cavity in each mold section to mold a part having a portion seated on opposite faces of said support at said opening and integrally connected through said opening.

Claim 12

In a disk recording device, having a support, a disk, spindle means having a spindle attachment location on said support for mounting said disk on said support for rotation about a disk spindle axis, an actuator, a transducer head on said actuator, actuator mounting means having at least one actuator attachment location on said support for movably mounting said actuator to move said transducer head to selected radial locations, the method of fabricating at least one part on at least one face of opposite faces of said support, comprising: providing a two section mold, each section having a spindle axis reference location and an actuator attachment reference location, one mold section having a cavity defining an individual part having a surface at a location at respective predetermined distances from said spindle axis reference location and said actuator attachment reference location; providing at least one opening through said support at a location spaced from said spindle attachment location on said support and said actuator attachment location on said support b said respective predetermined distances on said support to place said opening substantially at said cavity; placing said support between and in contact with said mold sections, indexing said spindle attachment location on said support to said spindle axis reference location of each mold section and said actuator attachment location of said support with said actuator attachment reference location of each mold section, and injecting a fluid molding material into each cavity in each mold section to mold a part having a portion seated on opposite faces of said support at said opening and integrally connected through said opening.