TH7634B - Integrated lubrication fluid delivery system for aircraft in the magnetic disk storage system - Google Patents

Abstract

Head hanging system - combined filling with lubrication That includes a bearing area at one end that holds the magnetic transducer opposite the recording plate. This invention provides a fluted groove with filament absorption in the integrated filament hanger. The grooves are shaped to create a small hole attraction. To pull the lubricant from the supply line on the sleeve along the suspension of the bearing area. This ensures that the disc area under the head does not dry out regardless of the time slot and storage conditions. When the recording disc is rotating, the filling continues to deliver lubricant to the surface of the recording disc.

Claims (9)

1.In a system for supplying lubricating fluid to the read / record head linkage - a slider log plate positioned at the end of the actuator rod assembly to act in conjunction with the magnetic storage disk in a Of a magnetic disk storage unit Enhancements include: a. The fluid reservoir, which is adjacent to the periphery of the magnetic storage disk, to excrete small fluid droplets. B. A small-hole device that extends along part of the so-called side assembly to the side of the so-called slider that is supported by the disk. Called a small hole device consisting of different small holes In the so-called actuator shaft to convey lubricant to the vicinity of the log plate for its deposition on the surface of the log; c. The filling, which extends from the so-called reservoir to the end of The so-called grooves and d. The lubricating fluid, which is contained in the bath and is modified so that it is transported with the filling to the end of the so-called small-hole device. And from there it is transported, called a small-hole device, to a section called a slider, which is supported on the surface of the log plate. 2. The system according to claim 1, where so-called lubrication fluids, is a low viscosity fluid with a dissolved high pressure edge lubricant. 3. The system according to claim 1 herein is called a reservoir, consisting of a shield around The surrounding part of the so-called log plate. 4. The system according to claim 3, where the so-called lubrication fluid is, exhibits a concave characteristic curve in the region between the sliders, called the surface of the log disk. 5. System according to claim 4, where the so-called curvature When forming A blocking condition is provided to block further flow along the small holes in the upper lubrication fluid known as the pinhole devices. 6. The system according to claim 5 herein, known as the curvature, is destroyed by a rotational condition known as the log plate surface to allow a continuous small hole flow of the lubricating fluid. To the so-called small hole device to the part called the slider Which is braced with the so-called surface of the log plate. 7. The system according to claim 1 herein is called, which extends from the so-called bottom to the so-called inner end of the so-called small-hole device to be bent to provide movement. The so-called actuator shaft is independent in relation to the reservoir. 8. The system according to claim 1 herein, called a small-hole device, consists of a niche that bites out a bolt in a shaft. 9. The system according to claim 8 herein is called the slider, and the parts called the actuator rod, which are conveyed called the small holes. It is a structure that is combined into one piece. 0. The system following claim 2 here is called low viscosity fluids. Is hexadecane And the so-called high-pressure edge lubricant is stearic acid 1. 1. The system according to claim 10, hereinafter referred to as low viscosity fluids, amounts to 99% by weight and so called height-bound lubricant amounts to 1% by weight 1. 2.The system according to claim 11 herein, called low viscosity fluids, is Perfect Fluorescent And the so-called edge lubricant is high pressure Perfluoropolymers with reactive group n 1 3. System according to claim 1 Here, the fluid reservoir consists of a fiber device section 1. 4. A rotary memory device consists of: a. A rotary storage medium representing a rotating data surface b. A single integrated actuator rod consisting of a converter and a section. One for the transfer of liquid lubricants; c. A film-stabilizing device that circulates the liquid lubricant on the so-called data surface. With a small hole type device consisting of various small holes In the so-called actuator shaft to convey the lubricant close to the deposition medium onto the surface of the so-called rotary storage medium and d. The so-called converter is The support is placed over it, called a rotating surface. It is also called a film of liquid when recording data onto or reading data from a so-called rotating data surface 1. 5. The rotary memory device of Claim 14 hereinafter referred to as the storage medium is a hard disk 1. 6. The rotating magnetic memory device of claim No. 14 hereinafter referred to as the recirculating film stabilizer, consists of a transfer device. And make a circulation called the liquid lubricant on the so-called surface of data 1 7. The rotary memory module of Claim 16 also includes an additional read / write-disk enclosure. Which surrounds the so-called rotary storage medium called magnetic converter 1. 8. The rotary memory device of Claim 17 herein, called a sealed enclosure device, is called a rotating storage medium, known as a non-airing magnetic converter. The surrounding atmosphere can enter 1 9. The rotating memory device of Claim 16 here is the so-called circulating device, the so-called upper liquid-reserve lubricant, called the data surface, consisting of a porous material for lining the cladding. Log plate 2 0. The rotating memory device of claim 16 hereinafter referred to as the circulating device known as the liquid lubricant. It consists of a filling for transferring the liquid lubricant to a so-called rod that is integrated into one piece