Means to present lubricating and cooling fluid to friction material in a wet brake system

Claim 2

In a friction disc having a core plate with a centrally disposed axle receiving aperture and frictional material bonded thereto for use in a fluid environment the improvement comprising: a fluid baffle ring, being a thin flat ring of inelastic material significantly wider than its own thickness, bonded face-to-face to the core plate of the friction disc inboard of the friction material.

Claim 3

The invention in accordance with claim 1 wherein the core plate further is equipped with a plurality of radially disposed apertures outboard of the centrally disposed axle receiving aperture wherein the fluid baffle ring is positioned to bridge the radially disposed apertures.

Claim 4

The invention in accordance with claim 2 wherein the fluid baffle ring is of a width substantially less than the diameter of the radially disposed apertures whereby bridging of the radially disposed apertures by the fluid baffle ring bridges a central portion of each radially disposed aperture.

Claim 5

In a friction disc having a core plate with a centrally disposed axle receiving aperture and a plurality of radially disposed apertures and friction material bonded thereto for inducing fluid flow in a fluid environment the improvement comprising: a fluid baffle plate submergible in the fluid environment affixed to each side of the core plate of the friction disc each fluid baffle plate located concentric to the center of the axle receiving aperture; a fluid detaining ledge formed between the surface of the core plate and the innermost edge of the fluid baffle ring; and an open ended annular chamber formed in each radially disposed aperture by the location of each fluid baffle plate on each side of the core plate partially covering each radially disposed aperture.

Claim 6

In a friction disc having a core plate with a centrally disposed axle receiving aperture and a plurality of radially disposed apertures and friction material bonded thereto for inducing fluid flow in a fluid environment the improvement comprising: a fluid baffle plate submergible in the fluid environment affixed to each side of the core plate of the friction disc each fluid baffle plate located concentric to the center of the axle receiving aperture; a fluid detaining ledge formed between the surface of the core plate and the innermost edge of the fluid baffle ring; and an open ended annular chamber formed in each radially disposed aperture by the location of each fluid baffle plate on each side of the core plate partially covering each radially disposed aperture.

Claim 7

In the invention of claim 4 the fluid environment being an oil reservoir wherein the fluid baffle plate when emerged in the oil reservoir will be capable of detaining oil of the oil bath at the fluid detaining ledge and further being capable of accumulating oil in the open ended annular chamber.

Claim 8

In a friction disc having a core plate with the centrally disposed aperture and a frictional material bonded thereto for use in a fluid environment a means to increase the supply of lubricating and cooling fluid to the frictional material comprising: a fluid baffle plate submergible in the fluid environment affixed to each side of the core plate of the friction disc, each fluid baffle plate located concentric to the center of the core plate; a fluid detaining ledge formed between the surface of the core plate and the innermost edge of each fluid baffle ring whereby fluid will be detained at the fluid detaining ledge when the fluid baffle ring is submerged in the fluid embodiment and fluid will be released from the fluid detaining ledge when the fluid baffle rings pass out of the fluid environment.

Claim 9

In a friction disc having a core plate with the centrally disposed aperture and a frictional material bonded thereto for use in a fluid environment a means to increase the supply of lubricating and cooling fluid to the frictional material comprising: a fluid baffle plate submergible in the fluid environment affixed to each side of the core plate of the friction disc, each fluid baffle plate located concentric to the center of the core plate; a fluid detaining ledge formed between the surface of the core plate and the innermost edge of each fluid baffle ring whereby fluid will be detained at the fluid detaining ledge when the fluid baffle ring is submerged in the fluid embodiment and fluid will be released from the fluid detaining ledge when the fluid baffle rings pass out of the fluid environment.

Claim 10

The invention in accordance with claim 6 wherein the core plate is equipped with a plurality of radially disposed apertures having diameters larger than the width of the fluid baffle rings through the core plate between each of the fluid baffle rings such that as the radially disposed apertures pass through the fluid environment fluid will be accumulated in the radially disposed apertures and retained therein by the fluid baffle rings until the radially disposed aperture is taken out of the fluid environment whereby the retaining fluid will be allowed to escape from the radially disposed apertures.

Claim 11

The invention in accordance with claim 7 wherein the fluid released from the ledge of the fluid baffle ring and the radially disposed apertures flows outwardly from the center of the core plate along the faces of the core plate past the frictional material bonded thereto thus lubricating the frictional material and cooling the frictional material.

Claim 12

The invention in accordance with claim 6 wherein the fluid baffle rings are bonded to the core plate.

Claim 13

The invention in accordance with claim 7 wherein the friction disc is a wet brake disc for use in a wet brake system.

Claim 14

The invention in accordance with claim 7 wherein the friction disc is a wet clutch disc for use in a wet clutch system.

Claim 15

In a friction disc for translating motion of a first rotating member to a reactive member in a fluid environment including an oil bath the friction disc comprising: a circular core plate having a centrally located splined aperture accommodating the first rotating member in a plurality of radially disposed aperture arranged concentrically around the centrally located splined aperture; frictional material bonded to each side of the core plate at the peripheral portion thereof the frictional material having a plurality of grooves formed in the exposed surfaces of the frictional material; a fluid baffle ring having an innermost edge formed of thin metal stock bonded to each side of the core plate partially covering the openings of each radially disposed aperture leaving an upper portion and a lower portion of each radially disposed aperture uncovered.

Claim 16

In a friction disc for translating motion of a first rotating member to a reactive member in a fluid environment including an oil bath the friction disc comprising: a circular core plate having a centrally located splined aperture accommodating the first rotating member in a plurality of radially disposed aperture arranged concentrically around the centrally located splined aperture; frictional material bonded to each side of the core plate at the peripheral portion thereof the frictional material having a plurality of grooves formed in the exposed surfaces of the frictional material; a fluid baffle ring having an innermost edge formed of thin metal stock bonded to each side of the core plate partially covering the openings of each radially disposed aperture leaving an upper portion and a lower portion of each radially disposed aperture uncovered.

Claim 17

The invention in accordance with claim 12 wherein the friction disc may be rotated in conjunction with the first rotating member to be partially submerged in the oil bath whereby oil may flow into the radially disposed apertures and be temporarily restrained therein by the fluid baffle rings as the previously submerged portion of the friction disc is rotated out of the oil bath.

Claim 18

The invention in accordance with claim 12 wherein the friction disc may be rotated in conjunction with the first rotating member to be partially submerged in the oil bath whereby oil may be temporarily detained at the innermost edge of the fluid baffle ring as the previously submerged portion of the friction disc is rotated out of the oil bath.

Claim 19

In a core plate for use in a brake mechanism, the core plate having a centrally disposed aperture and a plurality of radially disposed apertures for use in a fluid environment the improvement comprising: a fluid baffle plate submergible in the fluid environment affixed to each side of the core plate of the friction disc each fluid baffle plate located concentric to the center of the centrally disposed aperture; a fluid detaining ledge formed between the surface of the core plate and the innermost edge of the fluid baffle ring; and an open ended annular chamber formed in each radially disposed aperture by the location of each fluid baffle plate on each side of the core plate partially covering each radially disposed aperture.

Claim 20

In a core plate for use in a brake mechanism, the core plate having a centrally disposed aperture and a plurality of radially disposed apertures for use in a fluid environment the improvement comprising: a fluid baffle plate submergible in the fluid environment affixed to each side of the core plate of the friction disc each fluid baffle plate located concentric to the center of the centrally disposed aperture; a fluid detaining ledge formed between the surface of the core plate and the innermost edge of the fluid baffle ring; and an open ended annular chamber formed in each radially disposed aperture by the location of each fluid baffle plate on each side of the core plate partially covering each radially disposed aperture.