Abstract: Disclosed is a spring clip for a compensating assembly. The spring clip includes a cylindrical sidewall that defines a slot and a plurality of windows. Each of the plurality of windows includes a cantilevered spring tab. The cylindrical sidewall is coaxial with a central longitudinal axis. The slot is defined by spaced-apart first and second edges. The edges have non-linear profiles to reduce entanglement. Each of the plurality of cantilevered spring tabs including a root section, a body section, and a free end. The slot can obstruct a direct line-of-sight through the slot to mitigate interference with other components. The slot can include a stepped, a trapezoidal profile, a triangular profile, a quadrilateral profile, a curved profile, or a sawtooth profile. Each spring tab includes multiple bends to provide flexibility, reduce insertion forces, and mitigate interference with other components. The free end of each spring tab is outwardly angled to facilitate assembly and prevent sharp-edge interference.

Abstract: Disclosed is a removable clip for coupling a first component to a second component. The removable clip includes a top plate, a plurality of spring arms, and a pair of retention legs. The spring arms are resiliently coupled to the top plate and oriented to extend away from it. Similarly, the retention legs are resiliently coupled to the top plate and extend away from it. The top plate defines a tool opening configured to receive a tool for disengaging the retention legs from the first and second components.

Abstract: Disclosed is a fastener assembly for coupling a first component to a second component. The fastener assembly includes a fastener and a stamped-metal retainer. The fastener includes a head and a shank. The stamped-metal retainer includes a body portion, and a pair of retainer legs resiliently coupled to the body portion. The body portion includes a plate with an internally-threaded collar that defines a retainer opening configured to receive and secure at least a portion of the shank. Each of the pair of retainer legs defines a first retention zone between a first angled engagement surface and the plate that is configured to accommodate second components within a first thickness range, and a second retention zone between a second angled engagement surface and the plate that is configured to accommodate second components within a second thickness range. The distance between the first angled engagement surface and the plate is greater than the distance between the second angled engagement surface and the plate.

Abstract: Disclosed is a fastening system for coupling a first component and a second component via a hybrid compensating assembly. The fastening system includes a male fastener, a spring clip, a threaded insert, a retainer, a threaded collar, and a female fastener. The retainer is plastic, while the remainder of the components are fabricated from metal. The spring clip defines a passageway to receive at least a portion of the male fastener. The threaded insert has a flange defining one or more notches and a threaded body with a sleeve through-hole to receive the spring clip. The retainer has a cylindrical body defining a retainer passageway and is to couple with the first component via one or more legs. The cylindrical body comprises one or more retention arms to engage the notches. The threaded collar defines an internally-threaded section and a collar flange, and it threadedly engages the threaded insert through the retainer passageway via the threaded body and the internally-threaded collar.

Abstract: A fastener assembly for coupling a first component to a second component is described. The assembly includes a fastener and a stamped-metal retainer. The fastener includes a head and a shank, while the stamped-metal retainer features a body portion and a pair of retainer legs resiliently connected to the body portion, transitioning between a first and second position. The body portion incorporates an internally threaded collar that defines a retainer opening that can receive and secure at least part of the shank. Each retainer leg includes a planar portion with a first tab and a second tab positioned on opposite sides of the planar portion. In the first position, the first tab prevents the fastener from being driven into the internally threaded collar; in the second position, it permits the fastener to be driven into the collar.

Abstract: A fastener assembly for coupling a first component to a second component is described. The fastener assembly includes an assembly-verification plunger with a verification head and a pair of spring legs, as well as a retainer with a body portion that defines a retainer opening. The retainer has a pair of retainer legs resiliently connected to the body portion and designed to engage with the opening. Each spring leg includes a lock tab. The verification head features a fixed planar portion and at least one wing portion connected to the fixed planar portion via a hinge. An installation indicator is positioned on at least part of both the fixed planar portion and the wing portion. The retainer opening is configured to receive and secure at least part of the spring legs. Each retainer leg includes a cutout to receive the lock tab, securing the assembly-verification plunger to the retainer in a part-in-assembly (PIA) position.

Abstract: Described is a sealed fastener assembly for attaching a first component to a second component via a male fastener having a head and a shank. The sealed fastener assembly includes a seal and a retainer clip. The seal has a generally planar surface and a seal opening. The retainer clip has a body portion comprising a first plate that is resiliently connected to a second plate via a clip sidewall to define a channel. The second plate comprises a recessed seal pocket configured to receive at least a portion of the seal. The retainer clip is configured to receive at least a portion of the first component via the channel.

Abstract: Disclosed is a push-on fastener assembly to couple a first component to a second component via a post associated with the second component. The push-on fastener assembly is a multi-component push-on fastener assembly having a first retainer and a second retainer. The first retainer has a first annular body with a first topside surface and a first underside surface. The first annular body defines a first opening and a first plurality of retainer fingers coupled to the first annular body and canted upwardly away from the first topside surface at a first angle. The second retainer has a second annular body with a second topside surface and a second underside surface. The second annular body defines a second opening, a second plurality of retainer fingers coupled to the second annular body and canted upwardly away from the second topside surface at a second angle, and one or more retainer legs to secure the first retainer relative to the second retainer.

Abstract: Described is a stamped-metal ergonomic retainer clip for attaching a first component having a first opening relative to a second component having a second opening. The retainer clip having a first planar portion and a second planar portion, fastener plate, and a guide lip. The first planar portion and the second planar portion are resiliently connected via a bend to define a channel. The fastener plate is resiliently connected to the first planar portion and extends into the channel and configured to couple with the male fastener, while the second planar portion defines a fastener hole to receive the shank. The channel is configured to receive and secure the first component between the fastener plate and the second planar portion. The guide lip is positioned adjacent an opening to the channel and is configured to guide the first component into the channel and to provide a bearing area for manipulation during assembly.

Abstract: Disclosed is a clip assembly to couple a first component to a second component having a rib. The clip assembly includes an inner clip and an outer clip. The inner clip includes a pair of rigid legs defining an inner-clip channel. The inner-clip channel receives at least a portion of the rib. The outer clip includes a pair of opposing legs resiliently connected via a connecting portion and defines an outer-clip channel, one or more spring tabs, and one or more barbed tabs. The outer-clip channel receives at least a portion of the inner clip. The one or more spring tabs engage and secure the inner clip relative to the outer clip. The one or more barbed tabs engage and secure the rib relative to the outer clip.

Abstract: Disclosed is a push-in fastener assembly for attaching a first component having a first opening relative to a second component having a second opening. The push-in fastener assembly includes a fastener and a push-in retainer. The fastener has a head and a threaded shank. The push-in retainer has a cross member having a female fastener portion configured to engage the threaded shank. A pair of retaining legs are resiliently connected to the cross member. The pair of retaining legs includes a first retaining leg and a second retaining leg. One or more downturn flanges coupled to the cross member and extending downwardly from cross member to engage a portion of the first retaining leg or the second retaining leg. Each of the first retaining leg and the second retaining leg includes a shelf that biases a respective one of the first retaining leg and the second retaining leg outwardly once the threaded shank passes through the female fastener portion.

Abstract: Described is a fastener assembly to secure a first component having a first opening to a second component having a second opening via a threaded fastener. The fastener assembly may be a two-piece assemble having a first retainer and a second retainer. The first retainer includes a body portion and a sleeve extending into a recess of the body portion. The body portion includes one or more outer retaining legs resiliently coupled to a sidewall of the body portion to engage the first opening or the second opening. The second retainer includes a base and a sleeve extending from the base. The sleeve defines a threaded cavity that is sized and shaped to receive and threadedly engage the threaded fastener. The second retainer is configured to rotate within the recess about an axis of rotation from a first position to a second position.

Abstract: Disclosed are systems and methods for retaining system coupling a component to a panel via a retainer. The retainer can couple a component with panels of different thicknesses. The retainer comprising a body portion and at least one panel-engagement feature coupled to the body portion. The body portion having a pair of legs spaced apart and flexibly connected to one another to define a channel. The channel is sized and shaped to receive a tower associated with the component. The at least one panel-engagement feature is coupled to one of the pair of legs to engages an opening of a panel having a thickness ranging from a first thickness (T1) to a second thickness (T2) that is greater than the first thickness (T1).