Gerald L Myers

US Patent:

6619119, Sep 16, 2003

Filed:

Dec 30, 1999

Appl. No.:

09/476473

Inventors:

James A. Duggan - Temperance MI
Calvin W. Szymkowiak - Swanton OH
Gerald L. Myers - Maumee OH

Assignee:

Torque-Traction Technologies, Inc. - Holland OH

International Classification:

G01M 100

US Classification:

73487, 74573 R

Abstract:

A balance weight is secured to a driveshaft tube for rotatably balancing the driveshaft tube during use. The balance weight includes a first inner layer of material and a second outer layer of material that are secured together to form an integral unit. The first and second layers of material may be secured together in any desired manner, such as by adhesives, pressure bonding, tinning, and the like. The inner layer is preferably sufficiently flexible to bend with the driveshaft tube during use and is preferably formed from a material that does not react with either the material used to form the driveshaft tube, the material used to secure the inner layer to the driveshaft tube, or the environment in which the inner layer is used in such a manner as to reduce the ability of the balance weight to be retained on the driveshaft tube. The inner layer can be formed from a stainless steel alloy having a relatively small thickness that allows it to bend with the driveshaft tube during use. The outer layer is preferably formed from a material that also is capable of bending with the driveshaft tube during use, but has high weight density so as to be capable of balancing the driveshaft tube while maintaining a relatively small physical size.

US Patent:

6811633, Nov 2, 2004

Filed:

Dec 23, 1997

Appl. No.:

08/997202

Inventors:

Gerald L. Myers - Maumee OH

Assignee:

Torque-Traction Technologies, Inc. - Maumee OH

International Classification:

B32B 3100

US Classification:

156 75, 1562757, 1562737, 1563073

Abstract:

A method for rotatably balancing a driveshaft includes the initial step of using a conventional balancing apparatus is used to determined the size and location of the balance weights needed to properly balance the driveshaft. Next, an adhesive material is applied to either or both of the driveshaft and the balance weight. The balance weight is preferably formed having an inner surface that is curved to conform with the curvature of the outer surface of the driveshaft. The preferred balance weight is further formed having a relatively thin outer peripheral rim portion having a plurality of radially outwardly extending teeth formed thereon. The overall size of the balance weight may be varied to provide differing amounts of weight for facilitating the balancing process. A sufficient quantity of adhesive material is provided between the driveshaft and the balance weight such that when the balance weight is pressed against the driveshaft, at least a portion of the adhesive material is extruded outwardly into contact with at least a portion of the outer peripheral surface of the balance weight. The extruded portion of the adhesive material is then exposed to an accelerated curing process, such as ultraviolet radiation, heat, and the like, so as to cure at least that portion of the adhesive material to temporarily secure the balance weight to the driveshaft, thereby allowing the driveshaft to be immediately re-tested on the balancing apparatus to confirm that proper rotational balance has been achieved.

US Patent:

20050109446, May 26, 2005

Filed:

Nov 2, 2004

Appl. No.:

10/979502

Inventors:

Gerald Myers - Maumee OH, US

International Classification:

G01M001/00
B32B031/00

US Classification:

156075000, 029458000

Abstract:

A method for rotatably balancing a driveshaft includes the initial step of using a conventional balancing apparatus is used to determined the size and location of the balance weights needed to properly balance the driveshaft. Next, an adhesive material is applied to either or both of the driveshaft and the balance weight. The balance weight is preferably formed having an inner surface that is curved to conform with the curvature of the outer surface of the driveshaft. The preferred balance weight is further formed having a relatively thin outer peripheral rim portion having a plurality of radially outwardly extending teeth formed thereon. The overall size of the balance weight may be varied to provide differing amounts of weight for facilitating the balancing process. A sufficient quantity of adhesive material is provided between the driveshaft and the balance weight such that when the balance weight is pressed against the driveshaft, at least a portion of the adhesive material is extruded outwardly into contact with at least a portion of the outer peripheral surface of the balance weight. The extruded portion of the adhesive material is then exposed to an accelerated curing process, such as ultraviolet radiation, heat, and the like, so as to cure at least that portion of the adhesive material to temporarily secure the balance weight to the driveshaft, thereby allowing the driveshaft to be immediately re-tested on the balancing apparatus to confirm that proper rotational balance has been achieved. The uncured first portion of the adhesive material located between the driveshaft and the balance weight will later cure without the use of any accelerated curing process to permanently secure the balance weight to the driveshaft.

US Patent:

56326858, May 27, 1997

Filed:

Dec 4, 1995

Appl. No.:

8/567122

Inventors:

Gerald L. Myers - Maumee OH

Assignee:

Dana Corporation - Toledo OH

International Classification:

F16C 302

US Classification:

464183

Abstract:

An end fitting for use in a vehicular drive shaft assembly includes a body having a cylindrical sleeve portion extending therefrom. The sleeve portion of the end fitting has a plurality of recessed areas formed therein which extend longitudinally from a first end of the sleeve portion to a second end thereof. The recessed areas may be defined by planar surfaces which intersect the sleeve portion of the end fitting at a slight angle relative to the axis of rotation thereof. Each of the recessed areas has a cross sectional shape defined by a radial depth and a chordal width. The cross sectional shapes of the recessed areas vary along the lengths thereof. Preferably, the radial depths and the chordal widths are at minimum values adjacent the first end of the sleeve portion of the end fitting and are at maximum values adjacent the second end of the sleeve portion. To assemble the drive shaft assembly, adhesive is applied either to the outer chordal surface of the sleeve or to the inner cylindrical surface of a drive shaft tube. Then, the sleeve portion of the end fitting is inserted within the drive shaft tube such that the outer surface of the sleeve portion engages the inner cylindrical surface of the drive shaft tube in a light press relationship.