Granted Patent B2

US 12,575,649 · App. 18/122,100 · Granted Mar 17, 2026

Inventors: Robert R Reese (Colorado Sorings, CO); Weyman Weems (Littleton, CO)

A44B1/18A41F1/008

Abstract

Claims (27)

1 . A fastener for apparel comprising:

a housing defining at least one guide-way;

at least one rack connectible with the apparel and translationally associated with the at least one guide-way, the rack defining a linear arrangement of teeth;

a pinion assembly defining a circular arrangement of teeth configured for operable engagement with the linear arrangement of teeth of the rack, the pinion assembly translationally biased to a locked position from a rotatable position, the pinion assembly further defining an outer end configured for insertional engagement with an orifice defined in the apparel;

wherein the pinion assembly further defines a shaft affixed to the housing and terminating outwardly of the housing at the outer end of the assembly, said circular arrangement of teeth extending radially from a disc having an axial bore defined there-through, the shaft extending through the axial bore of the disc, the disc rotatable about the shaft and laterally biased to non-rotatably engage the outer end of the assembly to define the locked position;

wherein the non-rotatable ent of the disc to the outer end comprises a mating obstruction defined there and the bias of the disc to the non-rotatable engagement comprises a spring forcibly contacting the disc;

the fastener further comprising a grip located between the disc and outer end and defining the mating obstruction there-between, the grip configured to transmit a lateral force to the disc to overcome the bias of the spring and also configured to transmit a rotational force to the disc to rotate the disc when not in the locked position, the grip is further configured for insertional engagement with the orifice;

and wherein the spring comprises a plurality of inwardly directed tabs defined in the housing about the shaft, the tabs configured for resilient engagement with an inner face of the disc.

2 . A fastener for apparel comprising:

a housing defining at least one guide-way;

at least one rack connectible with the apparel and translationally associated with the at least one guide-way, the rack defining a linear arrangement of teeth;

a pinion assembly defining a circular arrangement of teeth configured for operable engagement with the linear arrangement of teeth of the rack, the pinion assembly translationally biased to a locked position from a rotatable position, the pinion assembly further defining an outer end configured for insertional engagement with an orifice defined in the apparel;

wherein the pinion assembly further defines a shaft affixed to the housing and terminating outwardly of the housing at the outer end of the assembly, said circular arrangement of teeth extending radially from a disc having an axial bore defined there-through, the shaft extending through the axial bore of the disc the disc rotatable about the shaft and laterally biased to non-rotatably engage the outer end of the assembly to define the locked position,

wherein the non-rotatable engagement of the disc to the outer end comprises a mating obstruction defined there-between and the bias of the disc to the non-rotatable engagement comprises a spring forcibly contacting the disc; and

the fastener further comprising a grip located between the disc and outer end and defining the mating obstruction there-between, the grip configured to transmit a lateral force to the disc to overcome the bias of the spring and also configured to transmit a rotational force to the disc to rotate the disc when not in the locked position, the grip is further configured for insertional engagement with the orifice,

wherein the mating obstruction comprises a plurality of radial spokes protruding from an inner face defined at the outer end and configured for mating engagement with a plurality of radial recesses defined in an outer face of the grip.

3 . The fastener of claim 2 wherein the rack defines a distal end connectable with the apparel.

4 . The fastener of claim 3 wherein the distal end of the rack defines a through orifice.

5 . The fastener of claim 4 further comprising a webbing extending through the orifice and connectable with the apparel.

6 . A fastener for apparel comprising:

a housing defining at least one guide-way;

at least one rack connectible with the apparel and translationally associated with the at least one guide-way the rack defining a linear arrangement of teeth;

a pinion assembly defining a circular arrangement of teeth configured for operable engagement with the linear arrangement of teeth of the rack, the pinion assembly translationally biased to a locked position from a rotatable position, the pinion assembly further defining an outer end configured for insertional engagement with an orifice defined in the apparel, wherein the pinion assembly further defines a shaft affixed to the housing and terminating outwardly of the housing at the outer end of the assembly, said circular arrangement of teeth extending radially from a pedestal having an axial bore defined there-through, the shaft extending through the axial bore of the pedestal, the pedestal rotatable about the shaft and laterally biased to non-rotatably engage the outer end of the assembly to define the locked position; and

wherein the non-rotatable engagement of the pedestal to the outer end comprises a mating obstruction defined there-between and the bias of the pedestal to the non-rotatable engagement comprises a spring forcibly contacting the pedestal.

7 . The fastener of claim 6 further comprising a grip defined on the pedestal proximal to the outer end and defining the mating obstruction there-between, the grip configured to transmit a lateral force to the pedestal to overcome the bias of the spring and also configured to transmit a rotational force to the pedestal to rotate the pedestal when not in the locked position, the pedestal further configured for insertional engagement with the orifice.

8 . The fastener of claim 7 wherein the spring is located about the shaft between the pedestal and the housing.

9 . The fastener of claim 6 wherein the mating obstruction comprises a plurality of radial spokes protruding from an inner face of defined at the outer end and configured for mating engagement with a plurality of radial recesses defined in an outer face of the pedestal.

Assignments (1)

Continuity (2)

References Cited (19)