Waksmundzki
Andrew Waksmundzki, Jackson, NJ US
Patent application number | Description | Published |
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20080287897 | Absorbent article and method of making same - Disposable protective undergarments and methods for manufacturing the same, in which the undergarments include a front portion and a back portion each having a stretchable waist area, a stretchable leg area longitudinally spaced from the waist area, and a stretchable belly area positioned between the waist area and the leg area is provided. The belly area is separated from the waist area thereby defining a substantially non-stretchable portion therebetween, and the belly area is also separated from the leg area thereby also defining a substantially non-stretchable portion therebetween. The undergarment optionally includes front and back portions with waist areas each having an outer layer folded over an inner layer, between which layers stretchable web material is sandwiched between. | 11-20-2008 |
20110106043 | ABSORBENT ARTICLES, FASTENER EARS FOR ABSORBENT ARTICLES, AND PROCESSES FOR MAKING SAME - An absorbent article including a chassis, and first and second fastener ears coupled to the chassis, each fastener ear having a wave crest portion having an upper edge and a lower edge. A portion of the upper edge of the first fastener ear corresponds to a portion of the lower edge of the second fastener ear, and a portion of the upper edge of the first fastener ear does not correspond to a portion of the lower edge of the second fastener ear. | 05-05-2011 |
Frank Waksmundzki, Farmington Hills, MI US
Patent application number | Description | Published |
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20100130326 | Differential Assembly With Preload Adjustment Mechanism - A vehicle differential assembly may include a differential housing rotatable about an axis, a first output assembly, a pinion gear, and a first coupling assembly. The first output assembly may include a first side gear and a first output member. The first side gear may be disposed within the differential housing and may be rotatable about the axis. The first output member may be coupled to the first side gear for rotation therewith. The first coupling assembly may be engaged with the first output assembly and may include a coupling mechanism and a biasing member. The coupling mechanism may extend through an opening in the first output member and may be displaceable relative to the differential housing in a direction generally parallel to the axis. The biasing member may be engaged with the coupling mechanism and may urge the first output assembly into frictional engagement with the differential housing. | 05-27-2010 |
20100151982 | Helical Differential Assembly With Preloaded Adjustment Mechanism - A vehicle differential assembly includes a differential housing rotatable about an axis. A first output assembly includes a first side gear positioned within the differential housing and a first output member coupled to the first side gear and having an aperture aligned with the axis. A second output assembly includes a second side gear positioned within the differential housing and a second output member coupled for rotation with the second side gear. A first helical pinion gear is meshingly engaged with the first side gear. A second helical pinion gear is meshingly engaged with the second side gear and the first helical pinion gear. A first coupling assembly includes a coupling mechanism disposed in the aperture and a biasing member engaged with the coupling mechanism to bias the first output assembly into frictional engagement with the differential housing. | 06-17-2010 |
Frank Waksmundzki, Famington Hills, MI US
Patent application number | Description | Published |
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20080318725 | Differential assembly with preload adjustment mechanism - A vehicle differential assembly may include a differential housing rotatable about an axis, a first output assembly, a pinion gear, and a first coupling assembly. The first output assembly may include a first side gear and a first output member. The first side gear may be disposed within the differential housing and may be rotatable about the axis. The first output member may be coupled to the first side gear for rotation therewith. The first coupling assembly may be engaged with the first output assembly and may include a coupling mechanism and a biasing member. The coupling mechanism may extend through an opening in the first output member and may be displaceable relative to the differential housing in a direction generally parallel to the axis. The biasing member may be engaged with the coupling mechanism and may urge the first output assembly into frictional engagement with the differential housing. | 12-25-2008 |