TH9463B - Method and equipment for creating tabs on disc. - Google Patents

Abstract

DC60 (09/07/40) Device and method for creating a strip model. That not only can create a model of Detailed designs on a disc Only in one step But also can precisely adjust the intersection of the bar subject to reduce the cost of production equipment. And cost of production as well as improvement Magnetic properties And the precision of the disc decoration Modeling equipment Of the tabs on the disc are 2 drums rotated the pad 3, the first motor 5 and the second motor 6. The polished pad 4 is mounted on the disc rotor. An image of a magnetic disk 200 with a data-collecting surface 201, where it is located within the center hole 40 in each of the polished pads 4, after which the drum 2 and the disc rotator 3 are driven to rotate by the First and second motor 5,6, so the polished pad 4 rotates around the center of the drum 2 while rotating on its own axis respectively. It is an on-demand model of a strip on 200 magnetic discs and a method for creating a strip model. That not only can create a model of Detailed designs on the disk Only in one step But also can precisely adjust the intersection angle of the bar subject in order to reduce the cost of production equipment. And cost of production as well as improvement Magnetic properties And the precision of the decoration of the disk Modeling equipment Of the tabs on the disc are the 2 drums rotated pack 3, the first motor 5 and the second motor 6, the brush pack 4 is mounted on the rotor, pack 3 is positioned to slide back and forth with the disk. In the form of a magnetic disk 200, the information collector surface 201 there is located inside the center hole 40 in each polish pack 4. After that, the drum 2 and the rotor pack 3 are driven to rotate by the way of The first and second motors 5,6 so polish pack 4 rotate around the center of drum 2 while rotating on its own axis respectively. This creates a model of the tab on the magnetic disk 200.

Claims (8)

1. Method for creating a model of a tab on a disc for polishing an annular disc with a retractable surface, a peripheral periphery, and periphery periphery. And center point By the method consists of steps of Providing a means of a ring-shaped polishing Centered And set it as a hole At the center in there The direction of the ring polishing is aligned with the surface of the disk. With at least part of the surface inside the center hole of the annular polished path, driving the annular polishing path around the center of the disk, and driving. The path of such an annular polishing rotates around its center axis. The way of polishing such a ring shape Which at least contains one ring-shaped polishing pack At least one such ring-shaped polishing pack is placed so that at least one perimeter of the periphery of the disk surface and the perimeter of the disk surface. Is placed inside the center hole of at least one ring-shaped polishing pack. The disk surface will be polished. And there is also a model of the bar by way Of the polished ring shape 2. Method for creating a model of the disk on the disk as described in Clause 1, where the surface of the disk is ring-shaped. And there is a ring-shaped area with a circular periphery around the outside and a circle around the inside. Defined as the circular width between it and the center hole of the ring-shaped polished path having a diameter equal to Or greater than the circular width of the ring area of the annular polished path 3. The device to create a tab on the disk. To be used to polish the ring disk. With a circular outer-circular edge and an inner-circular edge And the center by the device consists of Way of concentric ring-shaped polishing The center hole and the working surface are close to the disk, and The scrubbing unit is fixed in it. The method of polishing such a ring shape in such a way that the least part of the surface is Of the said disc Will be located at the inside of the center hole of Such ring-shaped polished path The aforementioned driving unit will work. To turn a ring-shaped polished path It around the center Of the said disc And rotate the path of the ring-shaped polishing around Its center axis While still attached to the surface of the plate is equivalent to a polishing of the Such a disk And create a model of the band in there and the way of polishing the aforementioned ring shape Which at least contains one ring-shaped polishing pack At least one such ring-shaped polished pad is placed so that at least one perimeter of the periphery of the disc surface and the perimeter of the disc surface. Is placed inside the center hole of one ring-shaped polishing pack 4. The bar modeling apparatus specified in claim 3, where the drive unit consists of a centrally rotated path. The self-rotation path is mounted on the said rotation method for the relative rotation in there and the drive path. To drive the path of such rotation To rotate around the center of Such a disk And to drive the path of such self-rotation Turn the path of the annular polishing. Around its center axis While still attached to the surface of the disk In order to polish the surface Of the said disk And create a model of the bar in there 5. The disc modeling device as specified in Clause 3, where the surface of the disk has a ring band with a circular periphery and periphery. Inside is a circle Defined as the width in the circle between them. And a hole at the center of the path Polished the ring shape. Equal in diameter Or longer than width In a circle of areas The ring band of the annular polished path. 6. The disc modeling device as specified in Clause 3 where the method of ring polishing consists of: At least one ring-shaped polished pack. The ring-shaped polish pack is at least as such. It is located so that the periphery of the circular periphery and the periphery of the circular part is, at the very least, that of. The surface of the distang said. Both are located inside the center hole of one of the ring-shaped burners pack. Least such 7. The disc modeling device, as specified in Clause 4, where such rotation method There is a part of the tooth on its outer periphery and the way of rotation. In it contains Rotatable shaft fixed on the said rotation path. And installer Mounted on one end of the shaft And with the other end extending from that path of rotation. It is attached to the connected end of the mounts and the drive gear is mounted on the other end of the shaft. And the way of driving it consists of one motor With the first drive gear munched together with the tooth part Of the path of the rotation to drive the said rotation Through the assembly of the one such drive gear And the tooth part and the second motor with the second drive gear attached to the driven gear. Of the built-in rotation path to drive the built-in rotation path Through the assembly of the second drive gear and the first gear. 8. How to create a banding model on a disk. To be used to polish the ring disk. It has a storage surface around the outer circle and the edges around the inner circle. And center point By the way, it consists of steps of Providing one way of polishing a concentric ring shape and designating it as an inner concentric hole. The path of such annular polishing consists of at least a number of ring-shaped polishing packs. Setting the annular polishing path to the surface of the disk that At least one part of the surface is placed inside the center hole of the annular polishing path. Driving the annular polishing path is rotated around the center of the disk. Driving the path of the annular polishing rotates around its center axis. The number of the aforementioned ring-shaped polishing packs were placed around the center of the The disk is in such a way that the peripheral edge is a circle and the inner periphery of the The least part of the disk surface. Both will face the inward hole in the center of the Each ring polish pack and each ring polishing pack are applied in the process of fitting, rotating and spinning in them. Where the disk surface is polished and with the pattern of the strip by the way of Polishing such a ring shape