A securing clip includes: an enclosure body including a first end, a second end, and one or more sidewalls that extend between the first end and the second end; one or more fragment module securing tangs extending, from one or more of the sidewalls, into the cavity such that when at least a portion of the fragment module is placed within the cavity, at least a portion of the fragment module securing tang is designed to engage with the fragment module and prevents and/or impedes removal of at least a portion of the fragment module from the cavity; and one or more substrate securing tangs extending from the enclosure body and away from the cavity, each substrate securing tang designed to prevent and/or impede removal of the securing clip when the securing clip is placed into a substrate aperture defined within the substrate

A rack for storing goods has supports which extend between crossbeams. The supports are downwardly open profiles having a first and a second side wall. A horizontal wall connects the side walls and forms a goods support. At least one crossbeam has two slots, each with a locking projection that engages in an opening in the respective side wall. The openings are located in short end portions of the side walls. Central portions form a majority length of the side walls. The end portions are separated from the central portions by a slot which extends from the lower edge of the side wall over a portion of the height of the side wall. The end portions have in the direction toward the lower edge thereof a wall extent which in comparison with the wall extent on the central portion is offset in the direction toward the profile center plane.

In some implementations, a retainer sleeve may include a body including an at least partially annular configuration defining a retainer axis. The body may include an inner surface configured to rotatably receive an outer surface of a lock. The body may include a plurality of plates circumferentially joined together with respect to the retainer axis, where a first plate of the plurality of plates includes a first leg joined to the first plate extending away from the retainer axis and configured to contact a lock cavity of the lock. The body may include an anti-rotation feature, disposed on the first plate, extending inward from the inner surface toward the retainer axis, the anti-rotation feature including a locking surface configured to contact a lock skirt of the lock, the locking surface disposed at a first angle with respect to a bottom end of the first plate.

A tolerance ring having a first axial end, a second axial end, and a central axis, the tolerance ring including an annular band; a plurality of protrusions, all of the plurality of protrusions extending from the annular band; and a guide portion extending from the annular band towards the first axial end of the tolerance ring, where the guide portion includes a guide surface that is curved in an axial section.

The present disclosure provides fasteners movable between a first configuration and a second configuration, and fastener systems comprising same.

A splice having a main body and one or more protrusions extending from the main body. The one or more protrusions can be operable to interfere with a rail when the main body is installed into an opening of the rail. The one or more protrusions may be operable to cut into a coating of the rail and form an electrical connection between the rail and the main body.

Disclosed are systems and methods for coupling a first panel to a second panel via a push retainer. The push retainer includes an annular body, flexible tabs, and legs. The annular body has a topside surface and an underside surface. The annular body defines an opening. The flexible tabs are coupled to the annular body and canted upwardly away from the topside surface at a first angle. The flexible tabs are configured to engage a post of the second panel. The legs extend downwardly away from the underside surface at a second angle. The legs are configured to engage the first panel to form a part-in-assembly (PIA) component when inserted through the opening.

A spring clip for attaching a radiant burner unit to a cooktop includes a retention tab having a portion extending in a first direction and a retention arm defining a lever portion projecting away from the retention tab to an end displaced from the tab in a second direction generally normal to the first direction. The retention arm further defines a resiliently deformable section facilitating movement of the lever toward and away from the retention tab. The spring clip further includes a snap tab positioned opposite the retention arm from the retention tab and resiliently deflectable toward and away from the retention tab.

An appliance includes a spring clip for attaching a radiant burner unit to a cooktop includes a body extending in a lateral direction. A retention tab projects from the body and extends in the lateral direction adjacent the body. A retention arm projects from the body and defines a first spring loop and a lever. The spring loop biases the lever toward the retention tab. The spring clip further includes a snap tab having a support arm projecting from the body in a vertical direction and a tab resiliently flexible toward and away from the support arm.

A retention clip is described herein. The retention clip has a first portion configured to temporarily deform upon insertion into a slot of a mounting location and prevent the retention clip from retracting through the slot once inserted. The retention clip also has a second portion configured to attach the retention clip to a component via a first torque of a fastener interfacing with the second portion. The retention clip further has a third portion configured to abut against a surface of the component and deform under s second torque of the fastener such that the first portion and the second portion are translated along an attachment axis toward the component. The retention clip allows for locating and securing the component with a single fastener via two stages. Accordingly, mounting of the component may be cheaper, less complex, and quicker.