DE102021107726A1 - GROMMET - Google Patents

Abstract

A grommet has a body defining a longitudinal axis and having a passage therein. The spout also includes a collar and a sleeve pin. The collar extends from the body and away from the longitudinal axis. The sleeve pin extends circumferentially around the body. Multiple openings extend through the body and the sleeve pin on diametrically opposite sides. The grommet is configured for attachment in a slot of a component in any orientation.

Description

CROSS REFERENCE TO RELATED APPLICATIONS

The present application is a continuation of the US application filed on July 10, 2020 with serial no. 17/032, 948 with the title "TÜLLE" (originally filed as preliminary OS patent application No. 63 / 050.429 , for which a "Petition according to 37 CFR § 1.53 (c) (3) for the conversion of a preliminary application into a non-preliminary application" was filed on September 25, 2020), which has the priority of the US provisional application filed on April 6, 2020 Sign up 63 / 005,639 claimed, each of which is referred to here in their entirety.

BACKGROUND OF THE INVENTION

Field of invention

The present invention relates generally to fasteners and, more particularly, to a grommet that is used to secure one or more components, such as a screwdriver. B. Panels within a vehicle or around it, which are secured to one another during the manufacturing process of the vehicle, supported on one another.

Description of the background of the invention

Fasteners can be used to secure components together. Grommets are a type of fastener that typically include a ring or edge strip. Grommets are generally flared or flared on each side to hold them in place and are often made of metal, plastic, or rubber. In some cases, grommets can be used to prevent punctured materials from tearing or rubbing, to cover sharp edges of holes, to protect the insulation of wires, cables, or lines routed through them, or to secure components together.

In connection with motor vehicles, grommet fastening means can be used to securely connect a first skin to a second skin. Many known grommets are configured for use in a round hole. Thus, many known grommets cannot be used in a slot or non-circular hole. Furthermore, many prior art grommets require proper alignment prior to attaching the grommet to the slot of the first panel and / or the second panel. Furthermore, many prior art grommets require high installation force.

Thus, there is a need for a grommet that can be used in a slot without having to properly orient the grommet during installation. There is also a need for a grommet with a low installation force.

SUMMARY OF THE INVENTION

In one aspect, a grommet includes a body defined by a longitudinal axis and having a passage therein. The spout also includes a collar and a sleeve pin. The collar extends from the body and away from the longitudinal axis. The sleeve pin extends circumferentially around the body. Multiple openings extend through the body and the sleeve pin on diametrically opposite sides. The grommet is configured for attachment in a slot of a component in any orientation.

In some embodiments, the plurality of openings on opposite sides of the spout are aligned. In other embodiments, the plurality of openings extend into the passage of the body. In further embodiments, the spout includes four openings on each side of the body. In some embodiments, the ferrule includes an angled wall that extends from the body. The angled wall extends radially outwardly from the body and longitudinally toward the collar. The sleeve pin further includes a top wall that extends radially outward and downward from the body. In further embodiments, the sleeve pin comprises a general truncated cone shape, and the diameter of the sleeve pin increases in its extension upwards towards the collar. In further embodiments, the plurality of openings extend in a longitudinal direction of the spout.

In another aspect, a grommet includes a body defined by a longitudinal axis and having an interior wall. The spout also includes a collar and a sleeve pin. The collar extends from the body and away from the longitudinal axis. The sleeve pin extends circumferentially around the body and the sleeve pin is configured to flex inwardly toward the longitudinal axis. The grommet further includes a plurality of openings that extend through the sleeve pin and body on diametrically opposite sides. All of the multiple openings are aligned on opposite sides of the body. The grommet is configured for attachment in a non-circular slot of a component in any rotational orientation about the longitudinal axis.

In some embodiments, the body of the grommet includes windows on diametrically opposite sides of the body. The windows extend through the collar and body of the grommet. In further embodiments, each of the plurality of openings includes a top portion and an elongated portion. The upper region is positioned longitudinally above the elongated region. A width of each of the upper regions is wider than a width of each of the elongated regions. In other embodiments, the upper portion of the openings extend into an upper end of the spout.

In yet another aspect, a fastening system includes a grommet and a first component that includes a slot extending therethrough. The grommet includes a body, a collar, a sleeve pin, and a plurality of openings that extend through the sleeve pin and body on diametrically opposite sides. The body defines a longitudinal axis and has a passage therein. The collar extends radially outward from the body. The sleeve pin extends circumferentially around the body. The grommet is configured for attachment in the slot of the first component in any rotational orientation about the longitudinal axis.

In some embodiments, the slot of the first component is a non-circular slot. In further embodiments, the fastening system further includes a pin configured to slide through the passage of the body. The pin is detachably attached to the grommet. In further embodiments, the pin includes a first circular flange and a second circular flange near a top end of the pin. A second component is configured to be fixed between the first circular flange and the second circular flange. In some embodiments, the sleeve pin is configured to flex inwardly toward the longitudinal axis during installation.

Figure list

• 1 ist eine perspektivische Ansicht einer Tülle gemäß einer Ausführungsform der vorliegenden Offenbarung von oben;
• 2 ist eine perspektivische Ansicht der Tülle von 1 von unten;
• 3 ist ein Seitenaufriss der Tülle von 1;
• 4 ist ein Vorderaufriss der Tülle von 1;
• 5 ist eine Draufsicht der Tülle von 1 von oben;
• 6 ist eine Draufsicht der Tülle von 1 von unten;
• 7 ist eine Querschnittsansicht durch die Linie 7-7 von 3;
• 8 ist ein Seitenaufriss eines Stifts gemäß der vorliegenden Offenbarung;
• 9 ist eine perspektivische Ansicht der Tülle von 1 in Ausrichtung auf eine erste Komponente;
• 10 ist eine auseinandergezogene Ansicht eines Befestigungssystems;
• 11 ist ein Vorderaufriss des Befestigungssystems von 10;
• 12 ist ein Seitenaufriss des Befestigungssystems von 10;
• 13 ist eine Querschnittsansicht des Befestigungssystems von 10 durch die Linie 13-13 von 12;
• 14 ist eine perspektivische Ansicht einer weiteren Tülle gemäß einer weiteren Ausführungsform der vorliegenden Offenbarung von oben;
• 15 ist ein Vorderaufriss der Tülle von 14;
• 16 ist ein Seitenaufriss der Tülle von 14;
• 17 ist eine Draufsicht der Tülle von 14 von oben;
• 18 ist eine Draufsicht der Tülle von 14 von unten;
• 19 ist eine Querschnittsansicht durch die Linie 19-19 von 15;
• 20 ist eine auseinandergezogene Ansicht eines Befestigungssystems;
• 21 ist ein Vorderaufriss des Befestigungssystems von 20, das an einer Dichtung gesichert ist;
• 22 ist ein Seitenaufriss des Befestigungssystems von 20;
• 23 ist eine perspektivische Ansicht einer weiteren Tülle gemäß noch einer weiteren Ausführungsform der vorliegenden Offenbarung von unten;
• 24 ist ein Seitenaufriss der Tülle von 22;
• 25 ist ein Vorderaufriss der Tülle von 22;
• 26 ist eine Draufsicht der Tülle von 22 von oben;
• 27 ist eine auseinandergezogene Ansicht eines Befestigungssystems; und
• 28 ist ein Vorderaufriss des Befestigungssystems von 27.

On consideration of the detailed description thereof which follows, the invention will be better understood and features, aspects and advantages other than those set forth above will become apparent. In the detailed description, reference is made to the following drawings.

• 1 Figure 3 is a top perspective view of a grommet in accordance with an embodiment of the present disclosure;
• 2 FIG. 14 is a perspective view of the grommet of FIG 1 from underneath;
• 3 is a side elevation of the grommet of 1 ;
• 4th FIG. 13 is a front elevation of the grommet of FIG 1 ;
• 5 FIG. 8 is a top plan view of the spout of FIG 1 from above;
• 6th FIG. 8 is a top plan view of the spout of FIG 1 from underneath;
• 7th FIG. 7 is a cross-sectional view through line 7-7 of FIG 3 ;
• 8th Figure 3 is a side elevational view of a pen in accordance with the present disclosure;
• 9 FIG. 14 is a perspective view of the grommet of FIG 1 in alignment with a first component;
• 10 Figure 3 is an exploded view of a fastening system;
• 11 FIG. 13 is a front elevation of the fastening system of FIG 10 ;
• 12th is a side elevational view of the fastening system of 10 ;
• 13th FIG. 3 is a cross-sectional view of the fastening system of FIG 10 by line 13-13 of 12th ;
• 14th Figure 3 is a top perspective view of another grommet in accordance with another embodiment of the present disclosure;
• 15th FIG. 13 is a front elevation of the grommet of FIG 14th ;
• 16 is a side elevation of the grommet of 14th ;
• 17th FIG. 8 is a top plan view of the spout of FIG 14th from above;
• 18th FIG. 8 is a top plan view of the spout of FIG 14th from underneath;
• 19th FIG. 19 is a cross-sectional view through line 19-19 of FIG 15th ;
• 20th Figure 3 is an exploded view of a fastening system;
• 21 FIG. 13 is a front elevation of the fastening system of FIG 20th secured to a seal;
• 22nd is a side elevational view of the fastening system of 20th ;
• 23 Figure 3 is a bottom perspective view of another grommet in accordance with yet another embodiment of the present disclosure;
• 24 is a side elevation of the grommet of 22nd ;
• 25th FIG. 13 is a front elevation of the grommet of FIG 22nd ;
• 26th FIG. 8 is a top plan view of the spout of FIG 22nd from above;
• 27 Figure 3 is an exploded view of a fastening system; and
• 28 FIG. 13 is a front elevation of the fastening system of FIG 27 .

Before the embodiments of the disclosure are explained in more detail, it should be understood that the application of the disclosure is not limited to the details of the construction and arrangement of the components given in the following description or shown in the drawings. Other embodiments and different ways of implementing the disclosure are possible. It is also to be understood that the language and terminology used herein are for the purpose of description and should not be taken as a limitation. The use of “including” and “comprising” and variations thereof is intended to encompass the items listed thereafter and equivalents thereof, as well as additional items and equivalents thereof.

DETAILED DESCRIPTION OF THE DRAWINGS

Embodiments of the present disclosure provide a grommet. In particular, a grommet with a plurality of openings that extend through a sleeve pin. The features described herein allow the grommet to be quickly inserted into a slot without the need for proper alignment in the slot. Thus, the present disclosure provides a grommet that greatly reduces installation time and the complexity of its installation.

1-7 provide a fastener or grommet 100 in accordance with the present disclosure. With reference to 1 and 2 will be a perspective view of the grommet 100 from above or a perspective view of the spout 100 shown from below. As shown in 1 includes the spout 100 a round shape when viewed from above and below, and the spout 100 includes a body 102 which is generally cylindrical. The spout 100 can be used as a single piece of material, such as. B. injection molded plastic, integrally molded and formed. Also includes the grommet 100 a passage 104 from a first or top opening 106 at a first or top end 108 is defined, and a second or lower opening 110 at a second or lower end 112 . The passage 104 is partly due to an inner surface 114 a wall 116 which is generally cylindrical or can be somewhat conical. The wall 116 extends between the top opening 106 and the lower opening 110 with some continuous sections as detailed below. Furthermore, the wall 116 in some embodiments different degrees of thickness through the grommet 100 embrace through (see 14th and 17th ). With reference to 3 has the upper opening 106 a diameter D1 on that is larger than a diameter D2 the lower opening 110 is. In alternative embodiments, the diameter D1 and D2 however, be larger or smaller than shown. Furthermore, a longitudinal axis A extends through a center of the passage 104 .

Referring again to FIG 1 is a covenant 134 around the top 108 of the body 102 arranged around the circumference and extends radially outward therefrom. Several elongated recesses 136 are in the covenant 134 provided for the attachment of the grommet 100 on an object, such as B. a steel plate (not shown) or a sealing element (see 21 ), can worry. The several elongated recesses 136 can be provided in a number of different configurations, and any number of elongated recesses 136 can be included. Alternatively, the spout comprises 100 possibly not the cutouts 136 along the waistband 134 . A flange 138 extends from an intersection of the waistband 134 and the body 102 outward in a direction essentially parallel to the longitudinal axis A (see 3 ).

With reference to 1 and 2 extends the sleeve pin 150 from the body 102 outward. The sleeve journal 150 extends circumferentially around the body 102 around and includes a general truncated cone shape. In particular, the diameter of the sleeve pin increases 150 in its upward extension to the covenant 134 towards. As shown in 1 and 2 includes the sleeve pin 150 an angled wall 152 that stand out from the wall 116 of the body 102 extends. The angled wall 152 extends from the body 102 radially outward and longitudinally to the collar 134 . In alternative embodiments, the sleeve pin extends 150 possibly only partially around the body 102 the spout 100 hereabouts.

With reference to 3 and 4th Figure 3 shows a side view and a front elevation of the grommet 100 shown. As shown in 3 and 4th includes the sleeve pin 150 a top wall 154 that stand out from the wall 116 of the body 102 extends radially outward and downward. In the present embodiment, the top wall comprises 154 a slight angle to the waistband 134 i.e. the top wall 154 and the covenant 134 are not parallel to each other. In alternative embodiments, the top wall 154 but essentially flat or at the waist 134 be parallel. In addition, the top wall extends 154 of Sleeve pin 150 from the wall 116 of the body 102 and is with the angled wall 152 of the sleeve journal 150 tied together. In preferred embodiments, the sleeve pin comprises 150 a rounded corner 156 on the top wall 154 and the angled wall 152 meet. The sleeve pin also includes 150 as shown in 3 a rounded wall 158 who have favourited the top wall 154 of the sleeve journal 150 with the wall 116 of the body 102 connects. In alternative embodiments, the top wall 154 however, a sharp or angled corner with the wall 116 of the body 102 form (see 24 ). As noted here, the top wall is 154 of the sleeve journal 150 at a distance Y from the collar 134 Positioned path (see 3 ).

With reference to 1-4 several openings extend 202 and in particular longitudinal openings in the present embodiment through the body 102 the spout 100 on a front and a back side that are diametrically opposed to each other. In particular, the plurality of openings extend 202 through the wall 116 of the body 102 and the sleeve pin 150 the spout 100 . Thus divide the openings 202 the sleeve pin 150 into several segments 204 and subdivide the wall 116 of the body 102 in several ribs 206 . In some embodiments, the openings 202 through a section of the covenant 134 extend through.

With reference to 4th are the openings 202 on opposite sides of the body 102 the spout 100 aligned. In other embodiments, the openings are 202 may not be on opposite sides of the body 102 the spout 100 aligned. As noted here, the grommet includes 100 four openings 202 on each side of the body 102 . In alternative embodiments, the grommet 100 however, more or less openings 202 as shown include. Furthermore, in further embodiments, the plurality of openings 202 on different sides of the body 102 the spout 100 extend.

With further reference to 4th includes each of the openings 202 an upper area 208 and an elongated area 210 . The elongated area 210 extends from the upper area 208 that extends lengthways across the elongated area 210 is positioned. As noted herein, the above include ranges 208 of the openings 202 a width Wl, and the elongated areas 210 of the openings 202 include a width W2 . As shown in 4th is the width W1 of the upper areas 208 wider than the width W2 of the elongated areas 210 . In other words, the upper areas are effective 208 of the multiple openings 202 that sections of the multiple ribs 206 are thinner and include a smaller thickness. Thus reduce the upper area 208 of the multiple openings 202 and the reduced thickness of the plurality of ribs 206 the one to install the grommet 100 required installation force. As noted herein, outermost include openings 202a a thinner upper area 208a than the other openings 202 . In some embodiments, all of the above ranges 208 of the openings 202 span the same width. In alternative embodiments, the upper regions 208 of the multiple openings 202 the same width as the elongated areas 210 include so that the width across the openings 202 is constant across the board, i.e. W1 = W2 (see 25th ).

With further reference to 4th the openings extend 202 in the longitudinal direction, ie along the longitudinal axis A, of the spout 100 . It is considered that the openings 202 may not extend in a longitudinal direction or along the longitudinal axis A. For example, the openings 202 be angled with respect to the longitudinal axis A in some embodiments. In other embodiments, the openings extend 202 may not be in a straight line. For example, the openings can comprise a zigzag or scroll pattern. Furthermore, the length and the width of each opening 202 be larger or smaller than shown.

Referring again to FIG 2 becomes the body 102 the spout 100 shown in more detail, and there will be a fillet 214 that are a link between the covenant 134 and the body 102 forms, shown. The rounding 214 extends radially around the longitudinal axis A (see 3 ) and is at different points from the openings 202 in the body 102 the spout 100 interrupted. The rounding continues 214 on diametrically opposite sides from the windows 220 that are the openings in the body 102 the spout 100 define, interrupted. While the present embodiment has two of the windows 220 includes, the same reference numerals also apply to similar elements in each of the windows 220 , which are described below, too. So there is only one window here 220 described and referred to, the windows 220 however, are identical and the description of one corresponds to the description of the other.

With further reference to 2 extends the window 220 from the covenant 134 to the lower end 112 of the body 102 . As shown in 3 includes the window 220 a central segment 222 and an upper section 224 that from the intermediate pages 226 of the body 102 is defined. The upper section 224 extends over the central segment 222 . In this embodiment the window extends 220 by the federal government 134 who have favourited the hollowing out 214 and a section of the wall 116 of the body 102 . How to continue in 3 is shown, a section extends 228 the wall 116 of the body 102 on each side of the window 220 . In alternative embodiments, the window 220 but in the openings 202 extend (see 24 and 25th ). As noted here, the windows allow 220 that the grommet 100 has a lower installation force. In alternative embodiments, the spout comprises 100 possibly not the windows 220 on each side of the grommet 100 . In such an embodiment, the wall 116 of the body 102 right up to the hollow 214 extend towards (see 3 ). With specific reference to 3 a section extends 230 in the sleeve journal 150 on diametrically opposite sides of the sleeve pin 150 . The cutout 230 is generally rectangular in shape and extends down to the bottom of the sleeve pin 150 . In some embodiments, the cutout 230 removing the grommet 100 support after installation. It is considered that the neckline 230 larger or smaller than can be shown. In some embodiments, the sleeve pin comprises 150 possibly not the neckline 230 .

With reference to 2 several legs extend 240 from the body 102 next to the lower opening 110 . The thigh 240 are through several longitudinal slots 242 who have favourited the thighs 240 generally define, separately. In preferred embodiments, the spout 100 four of the legs 240 that stand out from the body 102 from extend, include. Alternatively, the grommet 100 more or less thighs 240 as shown include. Each of the thighs 240 can use an extension beam 250 and an inwardly sloping tip 252 that differ from the extension beam 250 from extends, include. The securing legs 240 are configured to operate around flexure joints 254 who have favourited the thighs 240 with the body 102 connect to pivot outward and / or inward when a tool or other object is in the central passage 104 is moved. In some embodiments, the securing legs are 240 able to expand at the flexure joints 254 to pivot outward to the grommet 100 in an opening of a component such. B. a planking to secure.

With reference to 3 and 4th becomes the covenant 134 Shown in elevation, with the collar 134 in itself is generally cylindrical and has a peripheral side 260 which extends in a direction parallel to the longitudinal axis A. As will be described in more detail below, the sleeve pin is 150 flexible and is trained to fit into the passage 104 the spout 100 to retire when it comes through a first component 270 is drawn into there (see 9 ). In other words, the sleeve pin is 150 able to bend or deform radially inward to the longitudinal axis A. An intersection or a junction 280 between the sleeve journal 150 and the body 102 is generally flexible and allows the sleeve pin to move 150 draws inward when a force is applied.

With reference to 4th includes the sleeve pin 150 Support 272 on both sides of the sleeve journal 150 . The pillars 272 are next to or on the inner surface 114 the wall 116 positioned, and the supports 272 provide additional material on the back of the case stud 150 . The pillars 272 help create additional forces on the grommet 100 be exercised to counteract. In alternative embodiments, the spout comprises 100 maybe not the supports 272 (please refer 25th ). In further embodiments, the supports 272 on the front and back of the grommet 100 instead of being positioned on the right and left side (see 4th ).

With further reference to 4th includes the spout 100 Grooves 274 that are in a section 228 the wall 116 of the body 102 extend. In particular, the grooves 274 on both sides of the window 220 positioned and with the outermost openings 202a tied together. In particular, the grooves 274 with the upper area 208 the outermost openings 202a tied together. As shown in 4th extend the grooves 274 only partially through the section 228 the wall 116 . Instead, the section extends 228 the wall 116 from the sleeve journal 150 up to the covenant 134 . The section 228 the wall 116 connects the sleeve journal 150 with the federal government 134 and aligns the installation force in all orientations. The section also allows 228 the wall 116 that the grommet 100 is more rigid. In alternative embodiments, the section 228 the wall 116 and the grooves 274 may not be included. Instead, as discussed above, the windows 220 through the wall 116 to the openings 202 extend (see 25th ).

With reference to 5 and 6th are a plan view from above and a plan view from below of the grommet 100 shown. With specific reference to 5 the plurality of openings extend 202 also through the top end 108 the spout 100 . As shown in 5 extends the upper area 208 of the openings 202 in the top end 108 the spout 100 . As discussed above, the upper ranges include 208 the openings 202 a greater width than the elongated areas 210 of the openings 202 . The greater width of the upper areas 208 of the openings 202 reduce the installation force during installation. In alternative embodiments, the upper region 208 of the openings 202 be larger or smaller than shown. As shown in 6th you can clearly see that the angled wall 152 of the sleeve journal 150 out of the body 102 the spout 100 extends.

With reference to 7th Figure 11 is a cross-sectional view of the grommet 100 shown. In particular, it is shown that the sleeve pin 150 from the connection points 280 extends out from the longitudinal axis A (see 3 ). The spout 100 from 7th is shown in a non-retracted first state. The sleeve journal 150 includes an inner surface 290 that with the inner surface 114 the wall 116 is generally flush in the first state. The angled wall 152 of the sleeve journal 150 is with respect to an outer surface 292 of the body 102 displaced in the first state and is with the outer surface 292 of the body 102 in a second or retracted state generally flush and coincident with this. As shown in 7th become the grooves 274 and the supports 272 shown in more detail. In alternative embodiments, the grommet 100 Arms instead of the sleeve pin 150 or include with this, similar to the type set out in the U.S. Patent Application No. 16 / 722,730 and U.S. Patent Publication No. 2020/0141440, incorporated herein by reference in its entirety.

With reference to 8th becomes a side elevation of a pen 300 shown. As shown in 8th includes the pen 300 a body 302 who has an upper end 304 and a lower end 306 includes. The body 302 further comprises a conical tip 308 at the lower end 306 of the pen 300 . The conical tip 308 extends from the lower end 306 of the pen 300 to a perimeter wall 310 . The perimeter wall 310 is generally cylindrical; the perimeter wall 310 however, it may take any shape. Furthermore, the pen includes 300 a rib 312 that stand out from the body 302 extends outwards. In preferred embodiments, the body comprises 302 of the pen 300 a recessed wall 314 that are between the group 312 and a peripheral wall 310 extends. The rib 312 includes several reinforcements 316 that are around the rib 312 of the pen 300 extend. The rib 312 and the reinforcements 316 provide stronger support for the body 302 of the pen 300 while pulling out the pen. In some embodiments, the stylus comprises 300 maybe not the reinforcements 316 and can have a smaller rib instead 312 include (see 20th ).

With further reference to 8th includes the pen 300 furthermore a first circular flange 330 and a second circular flange 332 near the top 304 of the body 302 . In particular, the first is circular flange 330 over the second circular flange 332 positioned, and the first circular flange 330 and the second circular flange 332 are through a neck 334 tied together. The first and second circular flanges 330 , 332 are generally flat. In preferred embodiments, a second component 340 (please refer 21 ), the z. B. a planking on the pin 300 on the neck 334 be attached. In particular, the second component 340 (please refer 21 ) between the first circular flange 330 and the second circular flange 332 be fixed. As shown in 8th embraces the body 302 of the pen 300 also a shoulder area 342 that is under the second circular flange 332 is positioned. The shoulder area 342 includes a greater thickness than the body 302 of the pen 300 . The shoulder area 342 allows more leeway for compressing the grommet 100 during the installation.

With reference to 9 Figure 11 is a perspective view of the grommet 100 and the first component 270 shown. As shown in 9 includes the first component 270 a slot 350 that extends through there. The slot 350 includes a generally rectangular or racetrack shape, and the slot 350 is made by inner margins 352 the first component 270 Are defined. In alternative embodiments, the slot 350 include any kind of non-circular or circular shape. It is considered that the first component 270 may include any size, thickness, or configuration. Furthermore, the first component 270 have any shape and can be any type of planking, such as. B. a plastic planking, an aluminum planking or a metal planking comprise.

With further reference to 9 becomes the spout 100 during assembly on the slot 350 the first component 270 aligned. When it is lined up, the grommet will 100 in the slot 350 depressed in the direction of arrow B. When pressing the grommet 100 lead the thighs 240 the spout 100 in a central position with respect to the slot 350 by aligning with the inside edges 352 of the slot 350 . The inside edges 352 of the slot 350 can via the extension carrier 250 the thigh 240 slide, which causes the body 102 the spout 100 through the slot 350 the first component 270 slides.

With further reference to 9 will allow the spout 100 easily through the slot 350 the first component 270 slides until the Inner margins 352 of the slot 350 with the angled wall 152 of the sleeve journal 150 get in touch. When an operator touches the grommet 100 applied force increases in the direction of arrow B, the sleeve pin begins 150 to bend inward to the longitudinal axis A (see 3 ). The sleeve journal 150 may differ due to the multiple openings 202 going through the sleeve pin 150 and the body 102 the spout 100 extend, bend inward. With further increase of the grommet 100 applied force, the inner edges begin 352 of the slot 350 , over the angled wall 152 of the sleeve journal 150 to slide, causing further bending of the sleeve pin 150 is effected in the direction running towards the longitudinal axis A (see 3 ). The sleeve journal 150 bends inward until the angled wall 152 of the sleeve journal 150 generally flush with the exterior surface 292 of the body 102 is and coincides with it, ie the retracted state. When the inside margins 352 of the slot 350 over the rounded corner 156 of the sleeve journal 150 slip, the sleeve pin bends 150 back to a rest configuration, ie the not retracted state. Thus are the inner margins 352 who have favourited the slot 350 define between the top wall 154 of the sleeve journal 150 and the federal government 134 the spout 100 clamped (see 11 ).

As will be discussed in more detail below, allow configuration of the sleeve pin 150 and the plurality of openings 202 inserting the spout 100 into a non-circular slot, i.e. the slot 350 , in any orientation. So the grommet has to 100 not be rotated about the longitudinal axis A in a specific orientation before the grommet 100 in the slot 350 the first component 270 is introduced. Thus, the grommet 100 in the direction of arrows C (see 9 and 10 ) in any orientation prior to insertion into the slot 350 to be turned around. As noted here, the grommet can 100 can be used with any type of non-circular slot. It is believed, however, that a circular slot may be used in some embodiments.

With reference to 10 Figure 11 is an exploded view of a fastening system 360 shown. In particular, the grommet 100 on the first component 270 and the pen 300 aligned. As noted here, include the grommet 100 , the pencil 300 and the first component 270 the fastening system 360 . As shown in 10 is the pen 300 above the top opening 106 of the passage 104 the spout 100 aligned. In particular is the conical tip 308 of the pen 300 just above the top opening 106 of the passage 104 positioned. During assembly, the pin 300 and the spout 100 as shown in 10 aligned. Once it is aligned, the pen will 300 into the top opening 106 of the passage 104 depressed in the direction of arrow D. When you press the pen 300 guides the conical tip 308 the pencil 300 in a central position with respect to the upper opening 106 of the passage 104 by aligning with the inner surface 114 the wall 116 . After aligning the pen 300 can the pen 300 through the passage 104 the spout 100 slide.

With further reference to 10 becomes easy sliding of the pen 300 through the passage 104 the spout 100 until the conical tip 308 of the pen 300 with the thighs 240 the spout 100 get in contact, allowed. When the operator clicks on the pen 300 As the force exerted in the direction of arrow D increases, the thighs begin 240 the spout 100 due to the shape of the conical tip 308 of the pen 300 to bend outwards. In particular, the tip inclined inward slips 252 the thigh 240 along the face of the conical tip 308 of the pen 300 . As discussed above, the thighs 240 on the solid joints 254 swivel outwards. When the thighs 240 the spout 100 over the perimeter wall 310 of the pen 300 slip, the thighs bend 240 the spout 100 back to a resting configuration on the recessed wall 314 . Thus are the legs 240 the spout 100 between the conical tip 308 / the peripheral wall 310 and the rib 312 of the pen 300 clamped (see 13th ). In particular, the tip is inclined inward 252 the thigh 240 on the body 302 the top 300 next to the recessed wall 314 secured (see 13th ). As noted here, the pen can 300 from the spout 100 be solved.

With reference to 11-13 are different views of the fastening system 360 shown. In particular, the grommet 100 on the pen 300 and the first component 270 appropriate. As shown in 11-13 is the first component 270 between the federal government 134 and the upper band 154 of the sleeve journal 150 positioned. As noted here, the pen can 300 before attaching the grommet 100 on the first component 270 into the spout 100 to be introduced. In other embodiments, the pin 300 and the spout 100 shipped to the operator already assembled and attached to each other. In other embodiments, the pin 300 after attaching the grommet 100 on the first component 270 into the spout 100 to be introduced. As discussed above, the pen is 300 in some embodiments releasably on the grommet 100 attached so that the pen 300 and the spout 100 shipped to the operator attached to each other, but can then be disassembled before they are inserted into a vehicle, for example.

With further reference to 11-13 is the second circular flange 332 above the waistband 134 the spout 100 positioned. In alternative embodiments, the second circular flange 332 flush with the covenant 134 the spout 100 be. As discussed above, the first component can 270 comprise any type of thickness. Thus, depending on the thickness of the first component 270 the distance Y between the top band 154 of the sleeve journal 150 and the federal government 134 vary to take into account the thickness of the component (see 13th ). In preferred embodiments, the distance Y can be 0.1 mm to 4.0 mm. In alternative embodiments, the distance Y can have any length. In other embodiments, multiple components 270 between the federal government 134 and the sleeve pin 150 the spout 100 be positioned. As discussed further above, the second component 340 on the neck 334 of the pen 300 be secured (see 22nd ). As discussed in more detail here, a seal can 370 between the first component 270 and the second circular flange 332 of the pen 300 be positioned (see 21 ). The seal 370 can get over the covenant 134 the spout 100 extend (see 21 ).

Referring again to FIG 9 becomes the spout 100 on the slot 350 the first component 270 aligned. However, the grommet must 100 as discussed above, not in a specific orientation on the first component 270 be attached. Instead, the grommet 100 in any orientation in the slot 350 the first component 270 be attached as long as the thighs 240 of the body 102 in the slot 350 the first component 270 be guided. In particular, the grommet 100 before inserting into the slot 350 the first component 270 can be rotated around the longitudinal axis A (see arrows C) into any rotational position. The openings 202 in the body 102 and the sleeve pin 150 the spout 100 allow the sleeve peg 150 bends inward regardless of the orientation in which the grommet is 100 in the slot 350 the first component 270 is placed. Thus, the operator has to use the grommet 100 not with respect to the rectangular shape of the slot 350 relay a message. Instead, the operator can open the nozzle in a single step 100 with or without the pen 300 on the first component 270 attach. This means that the operator does not have to spend any additional time ensuring that the grommet 100 correct to the shape of the slot 350 is aligned. Instead, the operator can use the grommet 100 just in the slot 350 the first component 270 press, and the sleeve pin 150 flexes to allow the inside edges 352 the first component 270 between the federal government 134 and the sleeve pin 150 the spout 100 be positioned.

Referring now to FIG 14-22 the same reference numerals are used in relation to an alternative embodiment of a grommet 400 used. As noted here, the grommet is similar 400 the spout 100 essentially, with the exception of a few differences which are explained in more detail below. The spout 400 includes a round shape when viewed from above and below, and the spout 400 includes a body 402 which is generally cylindrical. Similar to the spout 100 can the grommet 400 as a single piece of material, such as. B. injection molded plastic, integrally molded and formed. As shown in 14th becomes the passage 104 the spout 400 partly through an inner surface 404 a wall 406 Are defined. The wall 406 is a section of the body 402 and extends over almost the entire length of the spout 400 .

With reference to 14th and 15th are a perspective view from above and a front view of the grommet 400 shown. As shown in 14th and 15th includes the spout 400 multiple openings 420 going through the sleeve pin 150 extend. The multiple openings 420 resemble the openings 202 , in the 1-7 however, the plurality of openings extend 420 as shown in 14th and 15th not completely through the wall 406 of the body 402 through. Instead, the multiple openings end 420 just before the passage 104 . This covers the wall 406 thinner areas 424 where the openings 420 end up. Thus the wall extends 406 around the passage 104 the spout 400 around and not from the openings 420 interrupted (see 14th ). Instead, only the windows extend 220 completely through the wall 406 the spout 400 . As noted here, the thinner areas effect 424 the wall 406 that the grommet 400 more rigid than the spout 100 is. As shown in 15th is the top wall 154 of the sleeve journal 150 at a distance Z from the collar 134 positioned away.

With reference to 15th become the thinner areas 424 the wall 406 through the multiple openings 420 shown. The multiple openings 420 act similar to the openings 202 that are discussed above, that is, allow the sleeve spigot 150 flexes during installation. As shown in 15th have the multiple openings 420 consistently wide across the board. In particular, the upper areas have 208 and the elongated areas 210 of the openings 420 a constant width, i.e. W1 = W2 (see 4th ). In alternative embodiments, the width of the top portion can be 208 and / or the elongated area 210 however wider or longer than shown. In some embodiments, the openings 420 completely through the wall 406 through and in the passage 104 , similar to the openings 202 , extend. In further embodiments, the openings 420 comprise a different configuration or shape than shown. Thus, the openings 420 similar to the openings 202 include various configurations, shapes, lengths, and orientations.

With reference to 16 is a side view of the grommet 400 shown. As shown in 16 the windows extend 220 through the thinner area 424 the wall 406 . In particular, the thinner area includes 424 the wall 406 curved edges 430 that stand out from the sleeve journal 150 extend outward and edges of the window 220 define. As shown in 15th and 16 the central segment extends 222 the window 220 in the openings 420 . In other words, the section is 228 the wall 406 from the spout 400 removed (see 4th ).

With reference to 17th and 18th will be a top view of the grommet 400 from above or a plan view of the spout 400 shown from below. As shown in 17th extends the upper area 208 of the openings 420 in a section of the covenant 134 near the flange 138 , and the upper area 208 of the openings 420 comprises a width similar to the elongated area 210 of the openings 420 (please refer 15th ). Furthermore, the thinner areas extend 424 the wall 406 as shown around the passage 104 hereabouts.

With reference to 19th Figure 11 is a cross-sectional view of the grommet 400 shown. As shown in 19th extend the thinner areas 424 the wall 406 as shown above the openings 420 . A small section of the upper area 208 of the openings 420 however, extends into the passage 104 . The sleeve pin also includes 150 the spout 400 not the supports 272 (please refer 4th ).

With reference to 20th Figure 11 is an exploded view of a fastening system 440 shown. In particular, the grommet 400 on the first component 270 , a pen 450 and the second component 340 aligned. The same reference numerals are used in an alternative embodiment of the pen 450 used. As noted here, include the grommet 400 , the first component 270 , the pencil 450 and the second component 340 the fastening system 440 . As shown in 20th is the spout 400 on the slot 350 the first component 270 aligned, and the pen 450 is above the top opening 106 of the passage 104 the spout 400 aligned. As further noted here, the pen is similar 450 essentially the pen 300 , the above in relation to 8th and 10-13 is described. As shown in 20th includes the rib 312 but no reinforcements 316 that above in relation to the pen 300 to be discribed. It is considered that the pen 450 or the pen 300 (please refer 8th ) with the grommet 400 can be used.

With further reference to 20th becomes the second component 340 above the pen 450 shown. As shown in 20th includes the second component 340 a hole 470 that extends through there. The hole 470 can be any type of shape or configuration. In addition, it is considered that the second component 340 may include any size, thickness, or configuration. Furthermore, the second component 340 have any shape and can be any type of planking, such as. B. a plastic planking, an aluminum planking or a metal planking comprise. The second component 340 is configured to be between the first circular flange 330 and the second circular flange 332 of the pen 450 to sit, and the neck 334 of the pen 450 is configured to move through the hole 470 the second component 340 to extend. It is also contemplated that the second component 340 on the pen in any process known to those of ordinary skill in the art 450 can be attached.

As noted here, the grommet can 400 in the same way as above with regard to the grommet 100 is described on the first component 270 to be installed. Thus, the grommet 400 in any rotational position around the longitudinal axis A (see 16 ) in the first component 270 to be introduced. Furthermore, the pen 450 in the same way that above with regard to the pen 300 and the spout 100 is described in the spout 400 be introduced, and the pen 450 can be detached from the grommet 400 attached as described above.

With reference to 21 and 22nd are different views of the fastening system 440 with and without the seal 370 shown. In particular, the grommet 400 on the pen 450 and the first component 270 appropriate. In addition, is the second component 340 on the pen 450 secured. As shown in 21 is the poetry 370 between the first component 270 and the second circular flange 332 placed. The seal 370 can get over the covenant 134 the spout 400 extend and can extend through the plurality of elongated recesses 136 in the covenant 134 extend. The seal 370 helps the grommet 400 further in providing a seal between the first component 270 and the second component 340 . Furthermore, the seal restricts 370 the ingress of water or Foreign bodies in the grommet 400 . It is considered that the grommet 100 also the poetry 370 in the installed configuration. As also in 21 is the second component 340 around the neck 334 of the pen 450 around and between the first and second circular flanges 330 , 332 positioned.

With reference to 21 can be the distance Z between the top wall 154 of the sleeve journal 150 and the federal government 134 depending on the thickness of the first component 270 to vary the thickness of the first component 270 and / or the seal 370 To be taken into account (see 15th ). Thus, if a thicker or thinner first component 270 is used, the distance Z can be increased or decreased so that the first component 270 and / or the seal 370 between the top wall 154 of the sleeve journal 150 and the covenant 134 can / can fit. In preferred embodiments, the distance Z can be 0.1 mm to 4.0 mm.

Referring now to FIG 23-28 the same reference numbers are used in an alternative embodiment of a grommet 600 used. As noted here, the grommet is similar 600 essentially the grommets 100 , 400 with the exception of a few differences, which are explained in more detail below. The spout 600 includes a round shape when viewed from above and below, and the spout 600 includes a body 602 which is generally cylindrical. Similar to the grommets 100 , 400 can the grommet 600 as a one-piece material, e.g. B. injection molded plastic, shaped and designed.

With reference to 23-26 are different views of the grommet 600 shown. As shown in 25th includes the spout 600 multiple openings 620 going through the sleeve pin 150 and the wall 116 of the body 602 extend through. Similar to the openings 202 as shown in 4th the openings extend 620 completely through the body 602 through. The multiple openings 620 also consist of a constant width throughout. In particular, include the upper area 208 and the elongated area 210 same width. In alternative embodiments, the openings 620 comprise a different configuration or shape than shown. Thus, the openings 620 similar to the openings 202 include various configurations, shapes, lengths and orientations.

With reference to 25th includes the spout 600 five openings 620 on both sides of the spout 600 . In some embodiments, there may be more or fewer openings 620 on the spout 600 as shown give. As noted here, the openings are 620 essentially similar and act just like the multiple openings 202 described above. Thus, the openings carry 620 helps to allow the sleeve pin to move 150 during the installation of the grommet 600 bends.

With reference to 24 and 25th the windows extend 220 in outer openings 620a . Thus includes the spout 600 not the section 228 the wall 116 (please refer 4th ). As shown in 24 forms the top wall 154 of the sleeve journal 150 a corner with the band 116 . The sleeve pin also includes 150 as shown in 25th not the supports 272 (please refer 4th ). As shown in 26th extends the upper area 208 of the openings 620 in the covenant 134 and comprises a width similar to that of the elongated area 210 . In addition is the top section 224 the window 220 at the spout 600 essentially smaller than the grommets 100 , 400 (please refer 5 and 17th ).

With reference to 27 Figure 11 is an exploded view of a fastening system 640 shown. In particular, the grommet 600 on a first component 670 and the pen 450 aligned. As noted here, include the grommet 600 , the first component 670 and the pen 450 the fastening system 640 . As shown in 27 includes the first component 670 a slot 672 that goes through the first component 670 extends therethrough. The slot 672 comprises a generally rectangular shape, and the slot 672 is from inside margins 676 the first component 670 Are defined. How to continue in 27 is represented is the spout 600 on the slot 672 the first component 670 aligned, and the pen 450 is above the top opening 106 of the passage 104 the spout 600 aligned. It is considered that one of the pens 300 , 450 with the spout 600 and the first component 670 can be used.

As noted here, the grommet can 600 in the same way as above with regard to the grommets 100 , 400 is described in the first component 670 to be installed. Thus, the grommet 600 similar to the grommets 100 , 400 in any rotational position around the longitudinal axis A in the first component 670 to be introduced. Furthermore, the pen 450 in the same way as above with regard to the grommet 100 is described in the spout 600 be introduced, and the pen 450 can be detached from the grommet 600 attached as described above.

With reference to 28 Figure 11 is a front view of the fastening system 640 shown. In particular, the grommet 600 on the pen 450 and the first component 670 appropriate. According to the Representation in 28 is the first component 670 between the top wall 154 of the sleeve journal 150 and the federal government 134 positioned. As above with regard to the pods 100 , 400 is discussed, it is considered that the distance between the top wall 154 and the federal government 134 the spout 600 larger or smaller than can be shown. In some embodiments, the seal 370 with the spout 600 can be used (see 21 ).

As noted here, the grommets are 100 , 400 , 600 interchangeable and can be used with any of the pens 300 , 450 or any of the first components 270 , 670 described above can be used. Further, any of the components / structures related to any of the grommets 100 , 400 , 600 with a different grommet 100 , 400 , 600 implemented. Thus, the grommets 100 , 400 , 600 have different configurations. As further noted here, the grommets are 100 , 400 , 600 symmetrical. Thus, the front and rear views are identical, and the right-side and left-side views are identical.

As described above, the grommets 400 , 600 in the same way as above with regard to the grommet 100 is set out in the first components 270 , 670 to be installed. Thus the openings allow 420 , 620 in the body 402 , 602 and the sleeve pin 150 the spouts 400 , 600 that the sleeve journal 150 bends inward regardless of the orientation in which the grommet is 400 , 600 in the slot 350 , 672 the first component 270 , 670 is placed. Thus, the operator has to use the grommet 400 , 600 not with respect to the rectangular shape of the slot 350 , 672 relay a message. Instead, the operator can open the nozzle in a single step 400 , 600 with or without the pen 450 on the first component 270 , 670 attach. This means that the operator does not have to spend any additional time ensuring that the grommet 400 , 600 correct to the shape of the slot 350 , 672 is aligned. Instead, the operator can use the grommet 400 , 600 just in the slot 350 , 672 the first component 270 , 670 press, and the sleeve pin 150 flexes to allow the inside edges 352 , 676 the first component 270 , 670 between the federal government 134 and the sleeve pin 150 the spout 400 , 600 be positioned.

From the foregoing it is understood that the grommets 100 , 400 , 600 the requirement that the grommet 100 , 400 , 600 during installation on the slot 350 , 672 needs to be aligned, eliminate. Typical fasteners or grommets for use with non-circular slots require a specific pivot position prior to insertion into a panel. In contrast, the grommets 100 , 400 , 600 be inserted into a non-circular slot in any rotational position about the longitudinal axis A. Thus reduce the grommets 100 , 400 , 600 heavily the installation time and complexity. Furthermore, the openings allow 202 , 420 , 620 and the windows 220 in the spouts 100 , 400 , 600 that the grommets 100 , 400 , 600 are more flexible and have less installation force.

Although there may be different spatial and directional terms such as B. top, bottom, bottom, center, lateral, horizontal, vertical, front, rear and the like are used to describe embodiments of the present disclosure, it is understood that such terms are used only with regard to the orientations as shown in the drawings will. The orientations can be reversed, rotated, or otherwise changed so that an upper section is a lower section and vice versa, becomes horizontal to vertical, and the like.

Variations and modifications of the foregoing are within the scope of the present disclosure. It goes without saying that the embodiments disclosed and defined herein extend to all alternative combinations of two or more of the individual features which have been mentioned or are evident from the text and / or the drawings. All of these various combinations constitute various alternative aspects of the present disclosure. It is to be understood that the claims include alternative embodiments to the extent permitted by the prior art.

As mentioned above, it will be obvious to those skilled in the art that, although the invention has been described above in connection with certain embodiments and examples, it is not necessarily so limited, and that numerous other embodiments, examples, uses, modifications and variations from the Embodiments, examples and uses are intended to be encompassed by the claims appended hereto. The entire disclosure of each patent or publication cited herein is incorporated by reference as if each such patent or publication were individually incorporated by reference.

The individual aspects of the present invention can be briefly summarized as follows.

A spout comprising a body defining a longitudinal axis and having a passageway therein, a collar extending from the body and away from the longitudinal axis, and a Sleeve pin extending circumferentially around the body, with a plurality of openings extending through the body and the sleeve pin on diametrically opposite sides, and wherein the grommet is configured for attachment in a slot of a component in any orientation.

In addition, it can be provided that the plurality of openings are aligned with one another on opposite sides of the spout.

In addition, it can be provided that the plurality of openings extend into the passage of the body.

In addition, it can be provided that the grommet comprises four openings on each side of the body.

In addition, it can be provided that the sleeve pin comprises an angled wall which extends from the body, and wherein the angled wall extends from the body radially outwards and in the longitudinal direction to the collar.

In addition, it can be provided that the sleeve pin further comprises an upper wall which extends radially outward and downward from the body.

In addition, it can be provided that the sleeve pin has a general truncated cone shape and the diameter of the sleeve pin increases in its extension upwards towards the collar.

In addition, it can be provided that the plurality of openings extend in a longitudinal direction of the grommet.

A spout comprising a body defining a longitudinal axis and having an inner wall, a collar extending from the body and away from the longitudinal axis, a sleeve pin extending circumferentially around the body, the sleeve pin configured to follow inwardly to the longitudinal axis, and a plurality of openings extending through the sleeve pin and the body on diametrically opposite sides, all of the plurality of openings on opposite sides of the body being aligned with one another, the grommet for attachment in a non-circular slot one Component is configured in any rotational orientation about the longitudinal axis.

In addition, it can be provided that the body of the grommet comprises windows on diametrically opposite sides of the body.

In addition, it can be provided that the windows extend through the collar and the body of the grommet.

In addition, it can be provided that all of the plurality of openings comprise an upper region and an elongated region, the upper region being positioned in the longitudinal direction above the elongated region.

In addition, it can be provided that a width of each of the upper regions is wider than a width of each of the elongated regions.

In addition, it can be provided that the upper region of the openings extends into an upper end of the spout.

An attachment system comprising a grommet comprising a body defining a longitudinal axis and having a passageway therein, a collar extending radially outwardly from the body, a sleeve pin extending circumferentially about the body, and a plurality Openings extending through the sleeve pin and body on diametrically opposite sides; and a first component including a slot extending therethrough, the grommet configured to be mounted in the slot of the first component in any rotational orientation about the longitudinal axis.

In addition, it can be provided that the slot of the first component is a non-circular slot.

In addition, it can be provided that the fastening system further comprises a pin which is configured to be pushed through the passage of the body.

In addition, it can be provided that the pin is detachably attached to the grommet.

It can also be provided that the pin comprises a first circular flange and a second circular flange in the vicinity of an upper end of the pin and wherein a second component is configured to be fixed between the first circular flange and the second circular flange.

In addition, it can be provided that the sleeve pin is configured to bend inward to the longitudinal axis during installation.

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• US 17/032948 [0001]
• US 63/050429 [0001]
• US 63/005639 [0001]
• US 16722730 [0030]

Claims (10)

Grommet comprising a body defining a longitudinal axis and having a passage therein a collar extending from the body and away from the longitudinal axis, and a sleeve pin that extends circumferentially around the body, wherein a plurality of openings extend through the body and the sleeve pin on diametrically opposite sides, and wherein the grommet is configured for attachment in a slot of a component in any orientation. Spout Claim 1 wherein the plurality of openings are aligned on opposite sides of the spout and / or wherein the plurality of openings extend into the passage of the body and / or wherein the spout includes four openings on each side of the body and / or wherein the plurality of openings extend into extend in a longitudinal direction of the spout. Spout Claim 1 or 2 wherein the ferrule includes an angled wall extending from the body, and wherein the angled wall extends radially outwardly from the body and longitudinally toward the collar, the ferrule preferably further including a top wall extending from extending radially outwardly and downwardly the body and / or, wherein the sleeve pin comprises a general truncated cone shape and wherein the diameter of the sleeve pin increases in its extension upwards towards the collar. Grommet comprising: a body defining a longitudinal axis and having an interior wall; a collar extending from the body and away from the longitudinal axis; a ferrule extending circumferentially around the body, the ferrule configured to flex inwardly about the longitudinal axis; and a plurality of openings extending through the ferrule and body on diametrically opposite sides, all of the plurality of openings on opposite sides of the body being aligned with one another; wherein the grommet is configured for attachment in a non-circular slot of a component in any rotational orientation about the longitudinal axis. Spout Claim 4 wherein the body of the grommet includes windows on diametrically opposite sides of the body, and wherein the windows preferably extend through the collar and body of the grommet. Spout Claim 4 or 5 wherein each of the plurality of openings includes an upper region and an elongated region, the upper region being positioned longitudinally above the elongated region, and wherein a width of each of the upper regions is preferably wider than a width of each of the elongated regions, and the upper one is Area of the openings preferably extends into an upper end of the spout. Fastening system that includes: a grommet that includes: a body defining a longitudinal axis and having a passage therein; a collar extending radially outward from the body; a sleeve pin extending circumferentially around the body; and a plurality of openings extending through the sleeve pin and body on diametrically opposite sides; and a first component including a slot extending therethrough, wherein the grommet is configured for attachment in the slot of the first component in any rotational orientation about the longitudinal axis. Fastening system according to Claim 7 wherein the slot of the first component is a non-circular slot. Fastening system according to Claim 7 or 8th wherein the attachment system further comprises a pin configured to slide through the passage of the body, the pin preferably being releasably attached to the grommet, and the pin preferably having a first circular flange and a second circular flange proximate a top end of the pin and wherein a second component is configured to be fixed between the first circular flange and the second circular flange. Fastening system according to one of the Claims 7 until 9 wherein the sleeve pin is configured to flex inwardly toward the longitudinal axis during installation.

Images