Golf bag tops with snap in features

Abstract

Embodiments of a modular top assembly for a golf bag. The modular top assembly may be hand assembled without using tools or equipment. Top dividers may be covered completely or in part, and the covers attached to interior positions prior to top assembly final connection to the bag body.

Description

Docket No. KMC-24-036-PCTInventors: Jason MilliganJames MartellGOLF BAG TOPS WITH SNAP IN FEATURESCROSS REFERENCE PRIORITIES

[0001] This claims the benefit of U.S. Provisional Application No. 63 / 864,185, filed August 18, 2025, this claims the benefit of U.S. Provisional Application No. 63 / 842, 327filed July 11, 2025, this claims the benefit of U.S. Provisional Application No. 63 / 742,283 filed January 6, 2025, and this claims the benefit of U.S. Provisional Application No. 63 / 730,117 filed December 10, 2024, the contents of which are fully incorporated herein by reference.TECHNICAL FIELD

[0002] This disclosure pertains to golf bags and on the design and functionality of golf bag tops.BACKGROUND

[0003] Golf bags are used to store and transport golf clubs and ancillary golf equipment. The top of a golf bag is open, allowing for easy placement and removal of clubs. This opening typically includes a top assembly divided into apertures, which help separate the clubs, making them easier to access and reducing contact between them. Interior partitions may extend from the top assembly to the bottom of the bag, further organizing the clubs. The top of a golf bag often features handles for convenient carrying, attachment points for accessories, and wear prevention features to protect the clubs during use. Significant assembly labor is required to attach conventional bag tops to the golf bag body. Traditionally, the bag top is injection molded as a single piece, with the attachment ring and the divider cross members constructed as a single piece. In particular, the installation of the interior partitions is difficult and time consuming, because the bag top with integral cross members is attached to the bag first, and the interior partitions are attached to the integrally formed bag top dividers thereafter. Additionally, conventional bag top having grips for lifting the bag are prone to breaking.Docket No. KMC-24-036-PCTBRIEF DESCRIPTION OF THE DRAWINGS

[0004] To facilitate further description of the embodiments, the following drawings are provided in which:

[0005] FIG. 1 is a front view of an assembled golf bag according to the present disclosure.

[0006] FIG. 2 is a side view of the assembled golf bag of FIG. 1.

[0007] FIG. 3 is a perspective view of the of FIG. 1 in a partially assembled state and showing a top outer ring and bag inner cavity.

[0008] FIG. 4 a perspective view of a snap-in divider and driver partitions usable with the outer ring of FIG. 3.

[0009] FIG. 5 is an exploded perspective view of the top assembly for a golf bag with an outer ring of the top assembly coupled to the golf bag of FIG. 1.

[0010] FIG. 6 is an exploded perspective view of the top assembly of FIG. 5.

[0011] FIG. 7 is a perspective view of an outer ring of the top assembly of FIG. 5.

[0012] FIG. 8 is an exploded view of another embodiment of a top assembly for a golf bag.

[0013] FIG. 9 is an enlarged partial bottom plane view of the top assembly of FIG. 5.

[0014] FIG. 10 is an enlarged, partial, perspective view of the top assembly of FIG. 5.

[0015] FIG. 11 is a bottom plane view of the top assembly of FIG. 5.

[0016] FIG. 12 is a perspective view, in cross-section, of the top assembly of FIG. 5.

[0017] FIG. 13 is a view of a different embodiment of top assembly with molded covers.

[0018] FIG. 14 is an exploded perspective view of the top assembly FIG. 13.Docket No. KMC-24-036-PCT

[0019] FIG. 15 is a view of the top assembly of FIG. 13 with molded covers.

[0020] FIG. 16 is a cross section view of a mold cover of the top assembly of FIG. 13.

[0021] FIG. 17 is a top view of the front side molded cover of the top assembly of FIG. 13.

[0022] FIG. 18 is a molded cover arm. of the top assembly of FIG. 13

[0023] FIG. 19 is a top view of the rear side molded cover of the top assembly of FIG. 13.

[0024] FIG. 20 is a front view of the rear side molded cover of the top assembly of FIG. 13.

[0025] FIG. 21 is a top view of the rear side molded cover of the top assembly of FIG. 13.

[0026] FIG. 22 is a view of another embodiment of a top assembly attached bag top inner ring.

[0027] FIG. 23 is a perspective view of a bag top outer ring of the bag top assembly of FIG.22.

[0028] FIG. 24 is a detailed view of the bag top outer ring of FIG. 23.

[0029] FIG. 25 is a side view of the top assembly of FIG. 22.

[0030] FIG. 26 is a perspective view of the top assembly of FIG. 22.

[0031] FIG. 27 is a perspective view of a snap-in attachment accessory with the top assembly outer ring of FIG. 5.

[0032] FIG. 28 is a snap-in attachment in situ in the top assembly of FIG. 27.

[0033] FIG. 29 is an assembly process for the snap-in attachment accessory of FIG. 27.

[0034] FIG. 30 is a detailed view of a snap in attachment accessory of FIG. 27.

[0035] FIG. 31A is an attachable accessory ring usable with any of the assemblies discussed herein.

[0036] FIG. 3 IB is a detailed view of the attachable accessory ring of FIG 31 A.

[0037] FIG. 32 is a side view of the attachable accessory ring of FIG 31 A.Docket No. KMC-24-036-PCT

[0038] FIG. 33 is a side view of the attachable accessory ring of FIG 31 A.

[0039] FIG. 34 is imaginary axes for the attachable accessory ring of FIG 31 A.

[0040] FIG. 35 is an attachable accessory ring with a biasing member.

[0041] FIG. 36 is an attachable accessory ring with a magnetic insert

[0042] FIG. 37 is a front view of the attachable accessory ring with a magnetic insert of FIG. 36.

[0043] FIG. 38 is a cutaway view the attachable accessory ring with a magnetic insert of FIG. 36.

[0044] FIG. 39 is a front view of the attachable accessory ring with a magnetic insert of FIG. 36.

[0045] FIG. 40 is a bottom plane view of a push through accessory attachment.

[0046] For simplicity and clarity of illustration, the drawing figures illustrate the general manner of construction, and descriptions and details of well-known features and techniques may be omitted to avoid unnecessarily obscuring the invention. Additionally, elements in the drawing figures are not necessarily drawn to scale. For example, the dimensions of some of the elements in the figures may be exaggerated relative to other elements to help improve understanding of embodiments of the present invention. The same reference numerals in different figures denote the same elements.

[0047] Golf bags having top assemblies with improved strength, simplified manufacturing and assembly, and expanded utility are described herein. In some embodiments, the top assemblies have an outer ring with a double wall that increases durability. A divider couples to the outer ring, such as with a snap fit, and organizes the clubs. Separating the attachment ring and the interior dividers into mechanically attachable components reduces the bag assembly complexity. By separating the structural outer ring from the organizational snap-in divider, the assembly process becomes more efficient, reducing labor costs while maintaining desirable functionality for the user.DEFINITIONSDocket No. KMC-24-036-PCT

[0048] The terms “first,” “second,” “third,” “fourth,” and the like in the description and in the claims, if any, are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order. It is to be understood that the terms so used are interchangeable under appropriate circumstances such that the embodiments described herein are, for example, capable of operation in sequences other than those illustrated or otherwise described herein. Furthermore, the terms “include,” and “have,” and any variations thereof, are intended to cover a non-exclusive inclusion, such that a process, method, system, article, device, or apparatus that comprises a list of elements is not necessarily limited to those elements but may include other elements not expressly listed or inherent to such process, method, system, article, device, or apparatus.

[0049] The terms “left,” “right,” “front,” “back,” “top,” “bottom,” “over,” “under,” and the like in the description and in the claims, if any, are used for descriptive purposes and not necessarily for describing permanent relative positions. It is to be understood that the terms so used are interchangeable under appropriate circumstances such that the embodiments of the invention described herein are, for example, capable of operation in other orientations than those illustrated or otherwise described herein.

[0050] The terms “couple,” “coupled,” “couples,” “coupling,” and the like should be broadly understood and refer to connecting directly or indirectly two or more elements or signals, electrically, mechanically and / or otherwise.

[0051] The terms “deployed” or “deploying” in reference to a golf bag should be understood that a bag having a stand or legs is considered to be deployed when the stand or legs are moved away from the bag body and form a stable, multi-point contact with the ground to hold the bag in an angled position relative to the ground.

[0052] Referring to Figs. 1-5, the golf bag 100 comprises a golf bag body 101 comprising a golf bag upper end 102, a bag bottom 103, a golf bag front 104 comprising at least one handle, a golf bag rear 105, and golf bag lateral sides 106 between the golf bag front 104 and golf bag rear 105. The golf bag body further comprises a bag inner cavity 107, surrounded by the golf bag body 101, and open at the golf bag upper end 102. Stays provide vertical structural support and connection between the golf bag upper end and the bag bottom. Alternately, the golf bag body 101Docket No. KMC-24-036-PCT may be described as comprising a tubular bag flat 113 having a bag flat wall 116 that defines a bag flat top opening 114 and a bag flat bottom opening 115, the bag flat wall 116 further surrounding a bag inner cavity 107 between the bag flat top opening 114 and the bag flat bottom opening 115 with a bag bottom 103 attached to and completely closing the bag flat bottom opening 115. A golf bag top assembly 200 is fixed within the bag flat top opening 114 to complete the golf bag body 101.

[0053] An inner partition assembly 110 is received within the bag inner cavity 107. The inner partition assembly 110 comprises a golf bag top assembly 200, a plurality of partitions 111, and a golf bag bottom assembly 112. The golf bag top assembly 200 comprises an outer ring, a snap-in divider, and a top covering configured to be attached to a golf bag upper end 102 having openings into the bag inner cavity 107.DESCRIPTION1. GOLF BAG PARTITION ASSEMBLY

[0054] The inner partition assembly 110 is designed to separate golf clubs within the golf bag, enhancing organization and protection. At the upper end of the bag, the golf bag top assembly 200 features divider cross members that keep clubs apart. Within the bag’s inner cavity 107, a plurality of partitions 111 further segregate the clubs, while the bottom assembly 112 anchors the partition structure at the bag’s base. The golf bag top assembly is interchangeable, allowing users to swap different top assemblies and partition configurations as needed. This flexibility reduces inventory and manufacturing costs.2. GOLF BAG TOP ASSEMBLY - EMBODIMENT 1

[0055] FIG.s 1-7 illustrate an exemplary top assembly for a golf bag that includes an outer ring and a snap-in divider. The outer ring is first attached to the golf bag body to provide structural support. Next, the snap-in divider with cross members is installed, forming multiple apertures for club organization and streamlining the assembly process. To minimize club wear during use, aDocket No. KMC-24-036-PCT divider top covering may be placed over the cross members. This covering may completely or partially cover the divider top surface.

[0056] The golf bag top assembly 200 includes multiple components designed to manually connect without the use of additional tools or fasteners. Referring to Figs. 6-8, the golf bag top assembly 200 has an outer ring 210 and a snap-in divider 230 configured with complimentary tabs and receivers to mechanically attach within an outer ring inner circumference 211. Referring to FIG.s 3-5, the golf bag top assembly 200 also has a divider top covering 250 configured to overlay some or all of a snap-in divider upper portion 231 (FIG. 11). Divider partitions 251 are attached to divider top covering 250 edges and extend downward into the golf bag inner cavity 107. The divider partitions 251 serve to separate some golf club shafts from others within the bag inner cavity 107 preventing entanglement. The divider top covering 250 may comprise multiple, unconnected pieces.

[0057] The golf bag top assembly 200 defines an upper contour that is non-planar. The golf bag top assembly 200 includes several components. The first of these is the outer ring 210, whose structural features are detailed below.OUTER RING

[0058] The outer ring 210 is the framework for the golf bag top assembly, and is attached to the bag body top end 102, to provide structural support. The outer ring 210 has a double walled construction, providing an inner cavity between the two ring walls. Referring to FIG.s 6 and 7, the outer ring 210 includes a ring outer wall 212, a ring inner wall 213, and a ring top surface 214 connecting the ring outer wall 212 and the ring inner wall 213. The ring outer wall 212 has a ring outer wall height 219 measured perpendicular from a ring outer wall lower edge 215 to the ring top surface 214. Referring to FIG.s 6-9, the ring outer wall 212 has a ring outer wall exterior surface 218 and a ring outer wall interior surface 217. The ring inner wall 213 has a ring inner wall exterior surface 221, and a ring inner wall interior surface 222. The ring inner wall 213 has a ring inner wall height 220 measured perpendicularly from the ring inner wall lower edge 216 to a ring top surface interior 223. The ring inner wall height 220 is greater than the ring outer wall height 219. The ring top surface 214 has a ring top surface exterior 224 and a ring top surface interior 223. The ring outer wall interior surface 217, ring inner wall interior surface 222, and theDocket No. KMC-24-036-PCT ring top surface interior 223 combine to define a inner ring cavity 225 opening downward. The two walls and inner cavity create a double walled construction that provides additional structural strength and assembly advantages.

[0059] A ring outer wall thickness is measured perpendicularly between the ring outer wall exterior surface 218 and the ring outer wall interior surface 217. The ring outer wall thickness is in a range between 0.1 inch and 0.25 inch. The ring outer wall thickness may be 0.10 inch, 0.11 inch, 0.12 inch, 0.13 inch, 0.14 inch, 0.15 inch, 0.16 inch, 0.17 inch, 0.18 inch, 0.19 inch, 0.20 inch, 0.21 inch, 0.22 inch, 0.23 inch, 0.24 inch, or 0.25 inch. Similarly, a ring inner wall thickness is measured perpendicularly between the ring inner wall exterior surface 221 and the ring inner wall interior surface 222. The ring inner wall thickness is in a range between 0.1 inch and 0.25 inch. The ring inner wall thickness may be be 0.10 inch, 0.11 inch, 0.12 inch, 0.13 inch, 0.14 inch, 0.15 inch, 0.16 inch, 0.17 inch, 0.18 inch, 0.19 inch, 0.20 inch, 0.21 inch, 0.22 inch, 0.23 inch, 0.24 inch, or 0.25 inch.

[0060] The outer ring 210 may have a variety of outer ring mechanical couplers. In order to structurally connect with the rest of the golf bag body, the outer ring 210 has at least one stay receiver 270 positioned on the ring inner wall exterior surface 221. The ring inner wall exterior surface 221 has at least one ring inner wall exterior surface aperture 227. The ring inner wall exterior surface 221 has at least one ring inner wall protrusion 226. Once the outer ring 210 is secured to the bag body, the next step involves installing the snap-in divider. This component works in tandem with the outer ring to create individual golf club insertion apertures.SNAP-IN DIVIDER

[0061] A snap-in divider 230 includes a variety of divider mechanical couplers connect to the outer ring using complimentary tabs, slots, apertures, and protrusions. Referring to FIG.s 6 and 7, cross members 235 connect discrete locations of the snap-in divider perimeter wall 234 with the snap-in divider top surface 232, and a snap-in divider lower surface 233, creating openings in the multi-part bag top allowing the insertion of golf clubs into the golf bag. The cross members 235 and the ring inner wall 213 define a plurality of divider top apertures 236. The cross members 235 may define a first and second set of cross members, such that a first cross member set is oriented perpendicularly to the second cross member set, forming cross member junctions 237.Docket No. KMC-24-036-PCT

[0062] Two different top assemblies illustrate the flexibility of a snap-in divider. Referring to FIG. 6 and 8, the snap-in divider perimeter wall 234 further includes a snap-in divider perimeter wall inward surface 238, a snap-in divider perimeter wall outward surface 239, and a snap-in divider lower edge 243 forming the lowest surface of the snap-in divider perimeter wall 234. The snap-in divider perimeter wall outward surface 239 can comprise divider male protrusions 240 extending approximately perpendicular to the snap-in divider perimeter wall outward surface 239. The snap-in divider lower edge 243 includes divider lower edge tabs 242 placed to fit within the stay receiver upper troughs 271 when the golf bag top assembly 200 is fully assembled. The snap- in divider lower edge 243 further includes lower edge notches 244 configured to receive ring inner wall protrusions 226.

[0063] Referring to FIG. s 6and 7, the protrusions and receiving apertures in the snap-in divider and outer ring provide a mechanical retention holding the snap-in divider and outer ring together. Specifically, the divider lower edge tabs 242 are positioned within a corresponding stay receiver upper trough 271. The divider male protrusions 240 fit into the ring inner wall apertures 227, and because the outer ring 210 has a double wall construction, the divider male protrusions 240 extend into the inner ring cavity 225, but not through the ring outer wall 212. The ring inner wall protrusions 226 slide into the divider lower edge notches 244. All of the connections are internal to the bag top assembly, creating a smooth appearance from an exterior view. Multiple connections in a variety of orientations also resist forces on the bag top assembly from multiple directions, creating a solid, unmoving connection between the outer ring and divider. The bag top assembly 200 does not use additional fasteners such as rivets, screws, brads, adhesives, or hook and loop fasteners to attach the outer ring 210 and the snap in divider 230.

[0064] The snap-in divider 230 may further comprise a putter well partition 280. Referring to FIG. 8, the putter well partition 280 includes a putter well partition forward wall 281 and a putter well partition rearward wall 282 connected by a putter well partition top surface 283. The putter well partition forward wall, rearward wall, and top surface surround and define a putter well partition internal cavity 284. The putter well partition internal cavity 284 is configured to slide over cross members 235 and protrude into the bag inner cavity 107, providing a partial hard wall partition to receive a putter type golf club. The assembled outer ring and snap-in divider define aDocket No. KMC-24-036-PCT divider top height 245. The divider top height 245 is defined as a perpendicular distance from a plane tangent to the ring top surface to the snap-in divider lower edge, and wherein the divider top height 245 varies across the snap-in divider top surface.

[0065] The snap-in divider 230 is generally made from a thermoplastic providing good structural strength. However, that material may abrade golf clubs as they are inserted and removed from the golf bag. To protect clubs from wear, the divider top covering 250 overlays the snap-in divider’s top surface and extends downward over the cross members. It may consist of one or more pieces, joined or overlapping, and is made from fabric or polymeric material. Divider partitions are attached to the covering’s lower edges.DIVIDER TOP COVERING

[0066] A divider top covering 250 is used to provide protection from wear for the golf clubs. Different top assembly embodiments may use a divider top covering. Referring to FIG.s 4, 11, and 13, the divider top covering 250 may comprise a fabric or a polymeric material. The divider top covering 250 is configured to at least cover the snap-in divider top surface 232, extending divider top lower edges 252 downward over the cross members 235. The divider top covering 250 may be a single, monolithic piece. The divider top covering 250 may be a joining of separate pieces. Divider top covering 250 may be un-joined pieces that overlap, but which are not physically connected. Divider partitions 251 are connected to the divider top lower edges 252.

[0067] To minimize club wear and offer aesthetic options, molded covers may be applied to exposed cross members, in addition to or in lieu of the divider top covering 250. The cross members 235 may be left partially uncovered by the divider top covering 250 for aesthetics, or for saving assembly labor. However, the thermoplastic snap-in divider material is structurally intended to be durable and may abrade clubs inserted and withdrawn from the golf bag if left uncovered. In lieu of the divider top covering 250 made from a fabric, uncovered bag top cross members may be covered by a molded cover 310. These molded covers 310 are designed to slide over the divider top surface and may be retained by snap fit, adhesive, or a press fit. The covers feature arms extending from a base, with specific angles and dimensions to ensure a secure fit and smooth transitions.Docket No. KMC-24-036-PCT

[0068] Referring to Figs. 14-21, a front side molded cover 311 and a rear side molded cover 312 are slidably fitted over otherwise uncovered front and rear sections of the snap-in divider top surface . The molded covers 311 and 312 provide a less abrasive surface than the cross members, still protecting the golf clubs, but providing different options for material and assembly.

[0069] The front side molded cover 311 includes a molded cover outer surface 316 and a molded cover inner surface 318. The molded cover inner surface 318 defines a molded cover inner void 320 that is open towards the bottom and configured to slide over a snap-in divider forward portion 322 left uncovered by the divider top covering 250. The front side molded cover inner surface is slidably engaged with the snap-in divider top surface 232, and covers the snap-in divider top surface 232. Similarly, the rear side molded cover 312 includes a molded cover outer surface 316 and a molded cover inner surface 318. The molded cover inner surface 318 defines a molded cover inner void 320 open towards the bottom and configured to slide over a snap-in divider rear portion 324 left uncovered by the divider top covering 250. A molded cover inner void width 321 is equal to or greater than a snap-in divider top surface width. The rear side molded cover inner surface 318 is slidably engaged with the snap-in divider top surface 232, covering the snap-in divider top surface 232. The molded covers 311 and 312 may be retained over the snap-in divider top surface 232 by means of a mechanical snap fit or fastener, adhesively attached by an epoxy or adhesive tape, or may be simply press fit over the snap-in divider top surface 232.

[0070] The front side molded cover 311 further includes a molded cover base 326 extending approximately parallel to the bag top front 202, with molded cover arms 338 extending forward from the molded cover base 326. Referring to Figs. 14-16, the molded cover arms 338 extend towards each other, each defining an arm forward angle 01 with the molded cover base. The forwardmost ends of the molded cover arms are closer together than the arm attachment ends at the molded cover base. For the front side molded cover, 01 is measured between the molded cover arm centerward surface and the molded cover base forward surface. 01 is an acute angle. The molded cover arms 338 further defines an angle 02 downward from the molded cover base uppermost surface to the molded cover arms most forward end.

[0071] 01 is in a range between 74.0 and 75.0 degrees. 01 may be 74.0 degrees, 74.1 degrees,74.2 degrees, 74.3 degrees, 74.4 degrees, 74.5 degrees, 74.6 degrees, 74.7 degrees, 74.8 degrees,Docket No. KMC-24-036-PCT74.9 degrees, or 75.0 degrees. 02 is in a range between 11.0 degrees and 13.0 degrees. 01 may be 11.0 degrees, 11.1 degrees, 11.2 degrees, 11.3 degrees, 11.4 degrees, 11.5 degrees, 11.6 degrees, 11.7 degrees, 11.8 degrees, 11.9 degrees, 12.0 degrees, 12.1 degrees, 12.2 degrees, 12.3 degrees, 12.4 degrees, 12.5 degrees, 12.6 degrees, 12.7 degrees, 12.8 degrees, 12.9 degrees, or 13.0 degrees.

[0072] The rearwardmost surface of front side molded cover base includes further includes molded cover rearwardmost surface slots 340, configured to allow for sliding over snap-in divider cross member intersections not covered by the molded cover 310. The slots 340 comprise a slot width 342. The front side molded cover defines a maximum height 344, a maximum length 346, and a maximum thickness 348.

[0073] The rear side molded cover 312 includes a molded cover outer surface 316 and a molded cover inner surface 318. Referring to Figs. 16-21, the molded cover inner surface 318 defines a molded cover inner void 320 open towards the bottom and configured to slide over a snap-in divider rear portion 324 left uncovered by the divider top covering 250. The rear side molded cover inner surface is slidably engaged and covers snap-in divider top surface 232. Similarly, the rear side molded cover 312 includes a molded cover outer surface 316 and a molded cover inner surface 318. The molded cover inner surface 318 defines a molded cover inner void 320 open towards the bottom and configured to slide over a snap-in divider rear portion 324 left uncovered by the divider top covering 250. A molded cover inner void width 321 is equal to or greater than a snap-in divider top surface width. The rear side molded cover inner surface 318 is slidably engaged and covers the snap-in divider top surface 232. The molded covers 311 and 312 may be retained over the snap-in divider top surface 232 by means of a mechanical snap fit or fastener, adhesively attached by an epoxy or adhesive tape, or may be simply press fit over the snap-in divider top surface 232.

[0074] The rear side molded cover 311 further includes a molded cover base 326 extending approximately parallel to the bag top back 203, with molded cover arms 338 extending rearward from the molded cover base 326. Referring to Figs. 14-16, the molded cover arms 338 extend towards each other, each defining an arm forward angle 03 with the molded cover base. The rearwardmost ends of the molded cover arms are closer together than the arm attachment ends at the molded cover base. For the rear side molded cover, 03 is measured between the molded coverDocket No. KMC-24-036-PCT arm centerward surface and the molded cover base rearward surface. 03 is an acute angle. The molded cover arms 338 further defines an angle 04 downward from the molded cover base uppermost surface to the molded cover arms most rearward end. The arms 338 further define an arm length between 1.0 inch and 3.0 inches.

[0075] 03 is in a range of 84.0 degrees to 85.0 degrees. 03 may be 84.0 degrees, 84.1 degrees,84.2 degrees, 84.3 degrees, 84.5 degrees, 84.6 degrees, 84.7 degrees, 84.8 degrees, 84.9 degrees, or 85.0 degrees. 04 is in a range between 29.0 degrees and 30.0 degrees. 04 may be 29.0 degrees, 29.14 degrees, 29.2 degrees, 29.3 degrees, 29.4 degrees, 29.5 degrees, 29.6 degrees, 29.7 degrees, 29.8 degrees, 29.9 degrees, or 30.0 degrees.

[0076] The 01 and 03 are a slope between a central section of the divider top and the bag top outer perimeter, and the higher the angle magnitude, the steeper the slope. 02 and 04 are the closing angles of the front and rear central aperture walls. The higher the angle magnitude, the slower the aperture wall ends approach each other as they extend in the direction of the bag top perimeter.

[0077] The rear side molded cover defines a maximum height 344, a maximum length 346, and a maximum thickness 348. The forwardmost surface of rear side molded cover base further includes molded cover forwardmost surface slots 340, configured to allow for sliding over snap- in divider cross member intersections not covered by the molded cover 310. The slots 340 comprise a slot width 342.BAG HANDLES

[0078] In addition to club organization and protection, user ergonomics are addressed through the integration of handles into the bag top assembly. The bag top assembly 200 includes a bag top front 202, a bag top back 203 opposite the bag top front 202, and first and second lateral sides 204 between the bag top front and the bag top back 203. The multi-piece bag top includes at least one integrally formed handle 260. Each handle 260 is molded as part of the outer ring 210, enhancing durability. The handle’s structure — comprising outer and inner walls and a top surface — forms a downward-opening handle cavity 277. Multiple attachment points at each junction between the handle and the outer ring increase load-bearing strength.Docket No. KMC-24-036-PCT

[0079] At least one bag top handle 260 is integrally formed with at least one of the bag top front 202, bag top back 203, and the first and second lateral sides 204. If more than one handle is provided, each bag top handle 260 is integrally formed with the outer ring 210. The first and second lateral sides 204 may each comprise a bag top handle 260. The bag top front 202 may comprise a bag top handle 260. Each bag top handle 260 includes a handle outer wall 261, a handle inner wall 262, a handle top surface 263 connecting the handle outer wall 261 and the handle inner wall 262. The handle outer wall 261 has a handle outer wall exterior surface 264 and a handle outer wall interior surface 266. The handle inner wall 262 has a handle inner wall exterior surface 267, a handle inner wall interior surface 268; and the handle top surface 274 has a handle top surface exterior 275 and a handle top surface interior 276. The handle outer wall interior surface 266, handle inner wall interior surface 268, and the handle top surface interior 276 combine to define a handle inner cavity 277 opening downward. The handle outer wall 261 may comprise one or more attachment through-apertures 290 extending through the outer wall communicating with the handle inner cavity. The bag top handle 260 may further comprise a co-molded cover 265.

[0080] One configuration of the bag top handle 260 is a single handle at the front of the bag top assembly. In the described bag top assembly, the ring outer wall 212 and ring inner wall 213 of the bag top handle 260 greatly increases the durability of the handle to forces pulling upward on the bag top handle 260. When a user lifts a golf bag by the handle, the full weight of the bag and its contents resist the user lifting. The stresses of the weight is applied to the bag through the attachment points of the handle to the bag. The handle outer wall 261 is continuous with ring outer wall 212. However, the handle inner wall 262 is not continuous with the ring inner wall 213. Referring to FIG.s 9 and 10, the front bag top handle 260 forms two junctions 269 with the ring outer wall. Each junction 269 forms a first junction 258 to the ring inner wall 213, and a second junction 259 to a discontinuous front portion of the ring outer wall 212. Thus, the handle 260 has three separate connections at each junction 269. The handle outer wall 261 , the first junction 258, and the second junction 259. The strength of the handle connection to the outer ring 210 is increased, because the load bearing portion of the junction 269 has multiple attachment points to the outer ring 210.Docket No. KMC-24-036-PCT3. GOLF BAG TOP ASSEMBLY - EMBODIMENT 2

[0081] The second embodiment of the golf bag top assembly 400 shares many features with the first but reverses the order of assembly. Referring to FIG.s 22-26, the ring 410 attaches to the bag body’s upper end, but does not comprise the bag handle, nor is it the double walled component. The snap-in divider includes the handle and is the double walled component. Male protrusions from the ring extend into apertures in the snap-in divider inner wall. Described features of the first embodiment of golf bag top assembly 200 are shared with the second embodiment 400 unless otherwise described. The inner ring includes exterior and interior surfaces, a top and lower edge, and protrusions for snap-fit attachment. The outer ring features exterior and interior walls, a top edge, and integrally molded cross members that are arranged in a grid pattern. Handles are similarly constructed for durability.

[0082] Referring to FIG.s 22-26, in the second golf bag top assembly embodiment 400, a ring 410 provides structural support and is attached to the golf bag upper end 102 prior to the attachment of the divider 430. The divider 430 attaches over the ring 410, having a divider inner wall inside the ring 410 and divider outer wall straddling over the ring 410.

[0083] The ring 410 includes an ring exterior surface 412 and an ring interior surface 413 opposite the ring exterior surface 412. The ring 410 includes an ring top edge 414 connecting the ring exterior surface 412 and ring interior surface 413. The ring 410 includes an ring lower edge 415 opposite the ring top edge 414. The ring exterior surface 412 further includes ring exterior surface protrusions 416. The ring interior surface 413 further includes a plurality of stay receivers 470 each having a stay receiver receptacle 472 forming a downward oriented blind hole. Each stay receiver 470 further includes an upper trough 471 recessed from the stay receiver upper surface.

[0084] The divider 430 snaps over the ring 410 forming the golf bag top assembly 400. The outer ring 430 includes an outer ring exterior wall 421 having an outer ring exterior wall inner surface 425 and an outer ring exterior wall outer surface 424. The divider430 includes an divider interior wall 422 having an divider interior wall inner surface 427 and an divider interior wall outer surface 426. An divider top edge 423 connects the divider exterior wall 421 and the divider interiorDocket No. KMC-24-036-PCT wall 422. The divider top edge 423 includes an divider top edge inner surface 431 and an divider top edge exterior surface 433. The divider exterior wall inner surface 425, the divider interior wall inner surface 427, and the divider top edge inner surface 431 cooperate to define an divider cavity 432 open towards the bag bottom 103. The divider interior wall 422 includes an divider interior wall lower edge 434. The divider interior wall lower edge includes interior wall lower edge notches 482 configured to fit over the ring stay receivers 470. The divider interior wall 422 includes divider snap fit apertures 480 configured to receive ring exterior surface protrusions 416.

[0085] The divider 430 includes a plurality of cross members 435 having the wall and surface configuration as described above, including the divider cavity 432. The cross members 435 are integrally attached to the divider interior wall outer surface 426. The cross members 435 are arranged in a grid pattern, forming a plurality of cross member junctions 437. The cross members 435 define divider apertures 436 between them.

[0086] The divider includes at least one handle 460. As described above, the handle 460 is similar to the bag top handle 260 of the first embodiment. Handle 460 also includes an outer wall and an interior wall, having a divider cavity between them. This outer wall and interior wall configuration greatly improves the functionality and durability of the handle.

[0087] As described above, the divider 430 fits over the ring 410. Referring to FIG. 26 and 27, the divider exterior wall 421 covers an upper portion of the ring exterior surface 412. The divider interior wall 422 covers an upper portion of the ring interior surface 413. The ring top edge is received within the divider cavity 432.ACCESSORY ATTACHMENT FEATURES

[0088] Various clips 291 may be detachedly attached to the multi-piece bag top 201 as exemplified in FIG.s 27-30. Each clip 291 includes a flexibly biased spring tab 292 configured to affix to the attachment through-aperture 290.

[0089] The golf bag top assembly may include various attachment accessories, such as phone mounts, cup holders, towel loops, and rangefinder attachments. These can be secured using snap connections, buttons, rivets, clips, stitching, mechanical fasteners, or by being integrally molded.Docket No. KMC-24-036-PCTAttachment Accessory Embodiment 1

[0090] In an exemplary embodiment, the golf bag of the present invention can comprise an accessory clip 500. The accessory clip 500 includes an accessory aperture 506. The accessory aperture 506 is designed to allow for the attachment of various accessories. Suitable accessories may include, but are not limited to, a towel, a rangefinder, or a golf club brush. The accessory clip 500 allows the golfer to add and attach items to their golf bag that require easy access and / or are not best suited to reside in a pocket or pouch. The accessory clip 500 is configured to allow proper attachment of various accessories, specifically when the golf bag is in its deployed state. As discussed below, the accessory aperture 506 is angled such that the accessory aperture 506 is horizontal to the ground when the bag is deployed.

[0091] Referring to FIG. 31 A, 3 IB, 32, 33, and 34, the accessory clip 500 defines a front surface 501, a clip rear surface 502 opposite the front surface 501, and a clip perimeter wall 503 connecting the front surface 50 land clip rear surface 502 along an outer perimeter of the accessory clip 500. The clip perimeter wall 503 includes a top edge 513, a straight bottom edge 514, a curved bottom edge 515, a first lateral edge 516 connecting the top edge 513 and the straight bottom edge 514, and a second lateral edge 517 opposite the first lateral edge 516 connecting the top edge 513 and the curved bottom edge 515. Further, the accessory clip 500 includes an attachment end (or accessory clip first end) 504 and an accessory end (or second end) 505 opposite the attachment end504, as illustrated in FIG. 31. In many embodiments, the attachment end504 and accessory end 505 are separated by a clip seam 520. In some embodiments, the clip seam 520 bisects the accessory clip 500. In other embodiments, the clip seam 520 separates the attachment end 504 and accessory end 505 such that the attachment end504 includes a larger portion of the accessory clip 500 than the accessory end 505. In even further embodiments, the clip seam 520 separates the attachment end504 and accessory end 505 such that the accessory end 505 includes a larger portion of the accessory clip 500 than the attachment end504.

[0092] Referring to FIG.s 32 and 33, the accessory clip 500 further includes a clip thickness 510 defined by a depth of the clip perimeter wall 503 and measured perpendicularly between the front surface 501 and clip rear surface 502. In many embodiments, the accessory clip thickness 510 is constant. In other embodiments, the accessory clip thickness 510 can taper from a largerDocket No. KMC-24-036-PCT thickness to a smaller thickness. As illustrated in FIG. 33, the clip thickness 510 decreases in a direction moving away from the second side. In other words, the minimum thickness occurs along a portion of the clip perimeter wall 503 furthest the second side and the clip thickness 510 increases in a direction from said clip perimeter wall 503 portion to the clip seam 520 or accessory end 505. In this embodiment, the accessory clip maximum thickness is defined within the accessory end 505 and the accessory clip minimum thickness is defined within the attachment end 504 and specifically along the portion of the clip perimeter wall 503 furthest the attachment end 504. In this exemplary embodiment, the attachment end504 defines a tapered edge separated from the accessory end 505 by the clip seam 520, as illustrated in FIG. 31 A. Decreasing the clip thickness 510 allows for weight savings and attachment benefits.

[0093] As previously mentioned, the accessory clip thickness 510 can vary. In other embodiments, the accessory clip thickness 510 is constant. The accessory clip thickness 510 can be between 0.0375 inch and 1.0 inch. In other embodiments, the accessory clip thickness 510 can be between 0.375 inch and 0.50 inch, 0.50 inch and 0.75 inch, 0.75 inch and 1 inch, or within any range in between. In other embodiments, the accessory clip thickness 510 can be between 0.40 inch and 0.60 inch, 0.55 inch and 0.80 inch, or 0.75 inch and 1 inch. As previously mentioned, the accessory clip thickness 510 can vary.

[0094] Further, in many embodiments, the accessory clip 500 can comprise an attachment feature 525 disposed on the attachment end504. The attachment feature 525, as shown in FIG. 31 A, defines an attachment feature first interior wall 526 defining an attachment aperture 530 extending through the accessory clip 500 between the front surface 501 and the clip rear surface 502. In other embodiments, the attachment feature 525 can comprise one or more perforations, recesses, or apertures. The attachment aperture 530 is independent of the accessory aperture 506, discussed below, and is configured to provide ease of attachment of the accessory clip 500 to the golf bag. Furthermore, as illustrated in FIG.s 34 and 35, the attachment aperture 530 allows the accessory clip 500 to be sewn to the golf bag. Moreover, a tapered edge above the attachment aperture maye provide a suitable thickness required to sew the accessory clip 500 to the golf bag. In other embodiments, the attachment feature 525 can be utilized as a loop for a strap made of a flexible material.Docket No. KMC-24-036-PCT

[0095] The accessory clip 500 further includes a second interior wall (or accessory aperture wall) 527 disposed within the accessory clip accessory end 505. The second interior wall 527 defines an accessory aperture 506 extending through the accessory clip 500 between the front surface 501 and clip rear surface 502, as illustrated in FIG.s 32 and 33. The accessory aperture wall 527 includes an accessory aperture chamfer surface 528. The accessory aperture chamfer surface 528 includes a chamfer thickness 510 that decreases from a maximum chamfer thickness 510 adjacent clip front surface 501 and adjacent the clip rear surface 502 to a minimum adjacent the accessory aperture 527.

[0096] In many embodiments, the accessory aperture 506 further includes a sagittal axis 540 defined by an imaginary line that longitudinally bisects the accessory aperture 506 and a transverse axis 541 defined by an imaginary line perpendicular to the sagittal axis, 540 illustrated in FIG. 34. The accessory aperture 506 further defines an accessory aperture maximum width 542 and an accessory aperture maximum height 543. The accessory aperture maximum width 542 is defined by the maximum distance between opposing points along the accessory aperture wall 526 perpendicular to the sagittal axis 540. The accessory aperture maximum height 543 is defined by the maximum distance between opposing points along the accessory aperture wall 526 perpendicular to the transverse axis 541. In many embodiments, as shown in FIG.s 31A-35, the accessory aperture 506 can comprise a slot shape. In this exemplary embodiment, the accessory aperture maximum width 542 is defined along the sagittal axis 540 and the accessory aperture maximum height 543 is defined along the transverse axis 541. In other embodiments, the accessory aperture 506 can be rectangular, ovular, trapezoidal, or shaped such that the maximum width is greater than the maximum height.

[0097] The accessory clip aperture 506 is configured such that the sagittal axis 540 is parallel to the ground plane 1000 when the golf bag is in its deployed configuration. This allows the accessory aperture 506 to be its widest when the golf bag is deployed, creating the most horizontal area for accessories to be displaced within the aperture. In other words, the towels can still hang freely when the bag is in a deployed position. Bunching of items can occur when an aperture’s horizontal area is limited or angled when the golf bag is deployed. Furthermore, a golfer most often will access items on their golf bag when the bag is in its deployed position. In other words,Docket No. KMC-24-036-PCT it provides greater benefit to increase accessory accessibility when the golf bag is deployed than when it is upright. Towels, specifically, are commonly accessed when a golf bag is deployed, and these items are uniquely prone to pinching or bunching when horizontal area is constrained.

[0098] The accessory aperture 506 may be filled with a compressible magnetic insert 550. Referring to FIG.s 37-39, the accessory aperture 506 may receive the compressible magnetic insert 550, completely filling the accessory aperture 506. The compressible magnetic insert includes a polymeric insert body 552 and a magnet 554 embedded within the polymeric insert body 552. The polymeric insert body includes a first insert face 556 and a second insert face 558 separated by a middle insert perimeter notch 557. The surface area of the first insert face 556 and the second insert face 558 is larger than the area of the accessory aperture 506, such that the first insert face 556 and the second insert face 558 partially overlap the front surface 501 and the clip rear surface 502, respectively. Accessories with a complementary magnet or ferrous attachment point may be magnetically attached to the accessory clip 500.

[0099] Some accessories such as towels or other cloth items require some form of mechanical retention to stay attached to the accessory clip. Referring to FIG. 35, one mechanical retainer is a biased member within the accessory aperture 506 to apply frictional retention to an accessory held by the accessory clip. The accessory aperture wall 527 may comprise a flexion 560 as a biasing member to apply a biasing force to create frictional retention of an accessory. Similar to the inner leg of the classic paper clip, the flexion 560 provides an extended semi-circular hoop attached to the aperture chamfer surface 528. The flexion 560 is separated from the clip perimeter wall 503 by an arch-shaped aperture 562, defined between the clip perimeter wall 503 and the flexion 560. The flexion 560 includes a flexion curved end 564 from which extend a flexion upper leg 566 closest to the attachment aperture 530 and a flexion lower leg 568 adjacent to the straight bottom edge 514. The flexion upper leg 566 and the flexion lower leg 568 extend parallel to the sagittal axis 540. The flexion upper leg 566 and the flexion lower leg 568 attach to the accessory aperture chamfer surface 528.

[0100] As illustrated in FIG.s 31A-34, the accessory clip can comprise chamfers or rounds between substantially perpendicular surfaces and walls. Chamfers and / or rounds can be provided between the first, second, and / or third interior walls and the front and / or rear surfaces. In oneDocket No. KMC-24-036-PCT exemplary embodiment, as illustrated in FIG. 31 A, the accessory clip includes an accessory aperture chamfer surface. The accessory clip aperture chamfer surface allows for smooth movement of items disposed within the accessory clip aperture, thereby limiting snagging, tearing, or ripping of said items or materials. Chamfers and rounds can be provided for manufacturing purposes. Moreover, chamfers and rounds can establish smoother transitions creating a less-rough overall texture of the accessory clip.

[0101] In many embodiments, the accessory clip is formed of a relatively hard material. In many embodiments, the accessory clip can be a metallic material such as steel, a steel alloy, aluminum, an aluminum alloy, titanium, a titanium alloy, or any other suitable material or alloy. In some embodiments, the accessory clip can be 304 stainless steel, 17-4 stainless steel, 606 aluminum, 7071 aluminum, 6061 aluminum, or any other suitable material.Attachment Accessory Embodiment 2

[0102] In another embodiment, a clip 291 includes a clip body having a biased spring tab 292 and a lower loop 294. Referring to FIG.s 27-30, the clip 291 may be inserted into the outer ring cavity 432. In this embodiment, the outer ring exterior wall includes a through-aperture 290. When the clip 291 is inserted in the outer ring cavity 432, the biased spring tab 292 is compressed, and, when the biased spring tab 292 aligns with the through-aperture 290, the spring tab 292 extends into the through-aperture 290, locking the clip 291 in place. To remove the clip 291, the user compresses the biased spring tab 292 and withdraws the clip 291 from the outer ring cavity 432. The lower loop portion of the clip 291 may be replaced with other attachment mechanisms. Instead of a loop portion, an open hook aligned with the ring cavity may be formed. A solid portion having a magnetic face may replace the lower loop portion. Other attachment means may be used, such as a snap fit mechanism, a hook and loop attachment, a towel hook, or a spring clip.Attachment Accessory Embodiment 3

[0103] Alternately, a top edge aperture 606 may extend through the outer ring top edge 423 through the outer ring cavity 432 to protrude below the outer ring lower edge . Referring to FIG. 40, the accessory clip 600 includes a top section larger than the top edge aperture 606 through the outer ring top edge 423. As the accessory clip 600 is inserted, a clip lower section 601 extendsDocket No. KMC-24-036-PCT through the outer ring 430, protruding below the outer ring interior wall lower edge 434. The clip lower section 601 may be configured in any fashion as long as the width and thickness of the clip lower section 601 allows it to pass through the top edge aperture 606. The clip lower section 601 may comprise loops, tabs, hooks, magnetic attachments, hook and loop fasteners, snap fit , threaded, clamps, or any other means to attach accessories to the accessory clip 600.4. EXAMPLESI. Comparison of Accessibility Between One Embodiment of the Accessory Clips Described Herein and A Control Clip

[0104] Accessory items such as range finders, towels, and club cleaners are frequently used during a typical round of golf. The time required to access these items can affect the overall flow of play. Improved accessibility not only enhances the pace of play but also helps golfers maintain focus. The angled accessory clip offers faster access for receiving accessories compared to the standard clip.

[0105] Example I provides a comparison between the bunching-effect of a standard accessory clip and an angled accessory clip according to the present invention. Specifically, described herein is a study that evaluated the retrieval time of common golf accessories located on a single accessory clip, this relates to the ease of accessibility of said items and handling them.

[0106] The first accessory clip (hereafter referred to as the “angled accessory clip”) comprised a slot-shaped, angled aperture. The angled accessory clip is configured similar to the exemplary accessory clip embodiment described herein. Specifically, the angled accessory clip aperture is configured such that the longest portion of the aperture is relatively parallel to the ground plane when the golf bag is in a deployed position. In other words, the sagittal axis of the slot-shaped aperture is horizontal when the golf bag is deployed.

[0107] The second accessory clip (hereafter referred to as the “standard accessory clip”) comprised a slot-shaped aperture similar to the aperture of the angled accessory clip. However, the aperture of the standard accessory clip comprised a horizontal orientation when the golf bag was vertically positioned (i.e. when the legs were not deployed). This orientation closely matched theDocket No. KMC-24-036-PCT angle of the golf bag top, causing the standard accessory clip to appear angled when the legs were deployed.

[0108] In this study, a variety of common golf accessories were attached to the accessory clip and the dispersion distance between the items were recorded. The dispersion distance — defined as the linear span encompassing all three accessories — was analyzed to assess the aperture’s effectiveness in maintaining separation between items. A greater dispersion distance indicates a more effective aperture orientation, where items remain sufficiently spaced to allow easy access.

[0109] Specifically, each trial included three items attached to the accessory clip: a range finder case attached via a carabiner, a club scrubber attached via a carabiner, and a towel attached via a looped strap. These items were selected since they are common accessories included in or on a golf bag.

[0110] Three independent experiments were conducted to analyze the dispersion distance of the angled accessory clip and the standard accessory clip. During each trial, the dispersion distance was measured when the golf bag was upright (or vertical) and when the golf bag was angled (or with the legs deployed). The independent testers did not touch any of the items attached to the accessory clips, allowing them to move freely within the aperture. Table I below is the average dispersion distance measurements for each accessory clip during each bag orientation.[oni] As shown above, the angled accessory clip displayed a smaller dispersion distance (20mm) in the standing bag orientation than the standard accessory clip (32mm). However, the angled accessory clip displayed a larger dispersion distance (30mm) when the bag was deployedDocket No. KMC-24-036-PCT than the standard accessory clip (20mm). As previously stated, the dispersion distance refers to the amount of space the accessories occupy within the accessory aperture. A greater dispersion distance indicates that the items are more spread out, making them easier to access.

[0112] Though both accessory clips define both an angled orientation and a horizontal orientation depending on the position of the golf bag, golfers more often tend to access items when the golf bag is deployed. For instance, when the golf bag is being carried, the items are relatively inaccessible to the golfer. It is only when the golf bag is set down (legs deployed) that the items are readily available for the golfer to retrieve. As such, the angled accessory clip provides a greater dispersion distance when the golf bag is in its accessible position (i.e. legs deployed). Therefore, the angled accessory clip provides a more effective orientation for accessory accessibility than the standard accessory clip.II. Time- Accessibility Study Between One Embodiment of the Accessory Clips DescribedHerein and A Control Clip

[0113] This example expands upon the bunching-effect comparison described in Example I. Specifically, Time-trial experiments were conducted to analyze the accessibility of items attached to the exemplary and control accessory clips, defined below. As such, described herein is a timetrial experiment evaluating the ease-of-access of golf-related items attached to an accessory clip.

[0114] The first accessory clip (hereafter referred to as the “angled accessory clip”) is identical to the angled accessory clip defined in Example I. Specifically, the angled accessory clip comprised a slot-shaped, angled aperture configured such that the longest portion of the aperture is relatively parallel to the ground plane when the golf bag is in a deployed position. As previously mentioned, the sagittal axis of the slot-shaped aperture is horizontal when the golf bag is deployed.

[0115] The second accessory clip (hereafter referred to as the “standard accessory clip”) is identical to the standard accessory clip defined in Example I. Specifically, the standard accessory clip comprised a slot-shaped aperture having a horizontal orientation when the golf bag was vertically positioned (i.e. when the legs were not deployed). As such, this orientation closely matched the angle of the golf bag top, causing the standard accessory clip to appear angled when the legs were deployed.Docket No. KMC-24-036-PCT

[0116] Like the experimental setup of Example I, this study (Example II) analyzed the timeaccessibility for a variety of common golf accessories attached to the accessory clip. Specifically, each trial analyzed the amount of time it took the accessories (i.e. range finder, towel, and key tags) to be unattached and reattached to the accessory clip. This study recorded the accessibility time — defined as the amount of time it takes to remove and reattach all items — provided by each accessory clip. A shorter accessibility time indicates a more effective accessory clip orientation, allowing items to be attached or removed more efficiently.

[0117] Two sessions, each including three independent trails, were conducted to analyze the accessibility time of the angled accessory clip and the standard accessory clip. During each trial, the accessibility was measured when the golf bag was angled (or with the legs deployed). This orientation was selected because golfers typically access items on their bags when they are in a stable position with their legs deployed. Attempting to retrieve items while the bag is standing vertically on its base can reduce stability and may cause the bag and its accessories to topple over.

[0118] During the first session, the independent testers only used a single hand to attach and reattach the accessories. A second session followed where the testers could use both hands to access the items. Tables II and III below is the average accessibility times for each accessory clip during each bag orientation.Table III Two-handed accessibility time results for the angled and standard accessory clips at each bag orientationDocket No. KMC-24-036-PCT

[0119] As shown in Tables II and III above, the angled accessory clip displayed a shorter average one-handed accessibility time (56.3 seconds) than the standard accessory clip (25.7 seconds). Alternatively, the angled accessory clip had an average 54.4% decrease in accessibility time compared to the standard accessory clip when the testers only used one hand to retrieve the items. Similarly, the angled accessory clip displayed a shorter average two-handed accessibility time (17 seconds) than the standard accessory clip (18.7 seconds). As such, the angled accessory clip had an average 9.1% decrease in accessibility time compared to the standard accessory clip when the testers used two hands to retrieve the items. As previously stated, the accessibility time refers to the amount of time it takes to attach and detach a group of accessories within the accessory aperture. A shorter accessibility time indicates that the items are easier to retrieve and reattach to the accessory clip, increasing access efficiency.III. - Bag Handle Durability

[0120] As discussed above, in one embodiment, an exemplary bag top handle 260 forms a first junction 258 and a second junction 259 with outer ring 210. Referring to FIG.s 11 and 12, the handle outer wall 261 is continuous with the ring outer wall 212. The handle inner wall 262 forms the second junction 259 with ring outer wall 212, and the also extends and forms the first junction 258 with the ring inner wall 213. This arrangement is much more durable. The most common failure of the bag handle is under lifting loads, or upward force, applied to the fully loaded golf club bag. A prior-art golf club bag handle simply forms two butt joints with a bag top outer wall.Docket No. KMC-24-036-PCT

[0121] An increasing upward force was applied to a fixed prior art handle, resulting in tensile failure at the two butt joints joined to the bag top outer wall when the force reached 500 pounds. In contrast, when an increasing upward force was applied to the exemplary handle having the first and second junctions, the test was stopped at an upward force of 1000 lbs, as the load cell used to measure the force was at its limit. There was no sign of tensile failure in the junctions of the exemplary golf bag top handle when the test was halted. Thus, the exemplary handle is at least twice as durable under an upward lifting load as the prior art handle design that utilizes only butt joints where the handle connects to the golf bag top.IV. - Bag Top Assembly Time

[0122] Prior art inner partition assemblies require riveting to attach the bag top assembly to the bag body. In contrast, the bag top assembly first embodiment requires 50% less labor than the prior rivet assembly method. First, the outer ring is easier to manipulate because the cross members and inner partitions are not present. The outer ring may be riveted, sewn, or otherwise mechanically attached around the perimeter of the bag body top end. Thereafter, the divider portion and inner partitions may simply be slidably inserted and snap-fit into place, completing the bag top assembly.

[0123] Replacement of one or more claimed elements constitutes reconstruction and not repair. Additionally, benefits, other advantages, and solutions to problems have been described with regard to specific embodiments. The benefits, advantages, solutions to problems, and any element or elements that may cause any benefit, advantage, or solution to ocm3ur or become more pronounced, however, are not to be construed as critical, required, or essential features or elements of any or all of the claims, unless such benefits, advantages, solutions, or elements are stated in such claim.

[0124] Moreover, embodiments and limitations disclosed herein are not dedicated to the public under the doctrine of dedication if the embodiments and / or limitations: (1) are not expressly claimed in the claims; and (2) are or are potentially equivalents of express elements and / or limitations in the claims under the doctrine of equivalents.

Claims

Docket No. KMC-24-036-PCTCLAIMSWhat is claimed is:

1. A top assembly for a golf bag having a golf bag upper end, the top assembly comprising: an outer ring configured to be coupled to the golf bag upper end, the outer ring configured to be coupled to the golf bag upper end; the outer ring including an outer ring inner wall having an outer ring mechanical coupler; a divider comprising: a divider top perimeter wall having a divider perimeter wall outward surface; cross members coupled to the divider perimeter wall to create at least two openings in fluid communication with a bag inner cavity; and a divider mechanical coupler configured to engage the outer ring mechanical coupler.

2. The top assembly of claim 1, wherein the outer ring comprises: a ring outer wall having a ring outer wall exterior surface and a ring outer wall interior surface; a ring inner wall having a ring inner wall exterior surface spaced from the ring outer wall interior surface and a ring inner wall interior surface; and a ring top wall connecting the ring outer wall and the ring inner wall, the ring top wall having a ring top wall exterior surface and a ring top wall interior surface; wherein the ring outer wall interior surface, the ring inner wall interior surface, and the ring top wall interior surface together define a ring inner cavity that opens downward.

3. The top assembly of claim 2, wherein a divider top covering disposed over at least a portion of the divider; and a plurality of divider partitions, each attached to an edge of the divider top covering and extending downward.Docket No. KMC-24-036-PCT4. The top assembly of claim 3, wherein the divider top covering comprises a fabric material configured to cover at least a divider top surface and to extend downward over the cross members.

5. The top assembly of claim 1, further comprising a first handle integrally formed with the outer ring at a location selected from the group consisting of: a bag top front, a bag top back, and a first and second lateral sides.

6. The top assembly of claim 5, wherein the first handle is located at the bag top front.

7. The top assembly of claim 5 further comprising a second handle; wherein the first handle is located at a first lateral side and the second handle is located at a second lateral side.

8. The top assembly of claim 2, wherein the outer ring further comprises a plurality of stay receivers disposed along an inner circumference of the outer ring.

9. The top assembly of claim 1, wherein the cross members comprise a first set oriented in a first direction and a second set oriented perpendicularly to the first set, the first and second sets intersecting to form cross member junctions.

10. The top assembly of claim 4, wherein a divider top height is defined as a perpendicular distance from a plane tangent to the ring top wall to the divider top surface, and wherein the divider top height varies across the divider top surface.

11. The top assembly of claim 5, wherein the handle comprises: a handle outer wall having a handle outer wall exterior surface and a handle outer wall interior surface; a handle inner wall having a handle inner wall exterior surface and a handle inner wall interior surface; andDocket No. KMC-24-036-PCT a handle top surface connecting the handle outer wall and the handle inner wall, the handle top surface having a handle top surface exterior surface and a handle top interior surface; wherein the handle outer wall interior surface, the handle inner wall interior surface, and the handle top interior surface together define a handle inner cavity that opens downward.

12. The top assembly of claim 11, wherein the handle outer wall further comprises at least one attachment aperture extending through the outer wall and communicating with the handle inner cavity.

13. The top assembly of claim 8, wherein each stay receiver comprises: a stay receiver top; a tubular side wall extending downward from the stay receiver top and integrally formed with the ring inner wall exterior surface; an interior cavity surrounded by the tubular side wall; and a stay receiver bottom aperture.

14. The top assembly of claim 13, wherein each stay receiver top further comprises a trough oriented in a direction from a bag top front toward a bag top back.

15. The top assembly of claim 13, wherein the divider perimeter wall comprises: an inward surface and an outward surface; the outward surface including a plurality of male protrusions and apertures; and a lower surface having protrusions configured to fit within stay receiver top troughs when the top assembly is fully assembled.

16. The top assembly of claim 4, wherein the divider top covering comprises a fabric configured to cover a central portion of the divider top surface and to extend downward over the cross members, and further comprising molded covers slidably placed over front and rear portions of the divider top surface.Docket No. KMC-24-036-PCT17. A golf bag, comprising: a golf bag body comprising: a tubular bag flat having a bag flat wall that defines a bag flat top opening and a bag flat bottom opening, the bag flat wall further defining a bag inner cavity between the bag flat top opening and the bag flat bottom opening; a bag bottom attached to and completely closing the bag flat bottom opening; an inner partition assembly disposed within the bag inner cavity, the inner partition assembly comprising: a bag top assembly comprising: an outer ring configured to be coupled to the bag flat top opening, the outer ring including an outer ring inner wall having an outer ring mechanical coupler; and a divider configured to mechanically attach within an inner circumference of the outer ring, the divider having divider cross members that define a plurality of openings into a bag body inner cavity; a divider comprising: a divider top perimeter wall having a divider perimeter wall outward surface; a cross member coupled to the divider perimeter wall to create at least two openings in fluid communication with a bag inner cavity; and a divider mechanical coupler configured to engage the outer ring mechanical coupler; an interior partition assembly comprising: a plurality of fabric panels joined at panel edges to enclose a plurality of interior partition channels; a partition assembly top attached to a divider top covering; and a partition assembly bottom attached to the bag bottom.

18. The golf bag of claim 17, wherein the divider further comprises a putter well partition extending downward from the divider top covering and configured to receive a puttertype golf club.Docket No. KMC-24-036-PCT19. The golf bag of claim 17, wherein the divider top covering comprises a plurality of unconnected fabric pieces that overlap but are not physically joined, each covering a portion of the divider.

20. The golf bag of claim 18, wherein the interior partition assembly further comprises at least one reinforcement member disposed within at least one of the interior partition channels to provide additional structural support.

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