WO2015100260A1 - Raccord de sac de golf - Google Patents

Raccord de sac de golf Download PDF

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Publication number
WO2015100260A1
WO2015100260A1 PCT/US2014/071965 US2014071965W WO2015100260A1 WO 2015100260 A1 WO2015100260 A1 WO 2015100260A1 US 2014071965 W US2014071965 W US 2014071965W WO 2015100260 A1 WO2015100260 A1 WO 2015100260A1
Authority
WO
WIPO (PCT)
Prior art keywords
strap
attachment
golf bag
user
assembly
Prior art date
Application number
PCT/US2014/071965
Other languages
English (en)
Inventor
Mark Barker
Original Assignee
Mark Barker
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Mark Barker filed Critical Mark Barker
Priority to US15/107,762 priority Critical patent/US20160317884A1/en
Publication of WO2015100260A1 publication Critical patent/WO2015100260A1/fr

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Classifications

    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
    • A63B55/00—Bags for golf clubs; Stands for golf clubs for use on the course; Wheeled carriers specially adapted for golf bags
    • A63B55/408—Releasably mounted accessories fitted outside the bag, e.g. straps or holders
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
    • A63B55/00—Bags for golf clubs; Stands for golf clubs for use on the course; Wheeled carriers specially adapted for golf bags
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45F—TRAVELLING OR CAMP EQUIPMENT: SACKS OR PACKS CARRIED ON THE BODY
    • A45F3/00—Travelling or camp articles; Sacks or packs carried on the body
    • A45F3/02—Sacks or packs carried on the body by means of one strap passing over the shoulder
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45F—TRAVELLING OR CAMP EQUIPMENT: SACKS OR PACKS CARRIED ON THE BODY
    • A45F3/00—Travelling or camp articles; Sacks or packs carried on the body
    • A45F3/04—Sacks or packs carried on the body by means of two straps passing over the two shoulders
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45F—TRAVELLING OR CAMP EQUIPMENT: SACKS OR PACKS CARRIED ON THE BODY
    • A45F3/00—Travelling or camp articles; Sacks or packs carried on the body
    • A45F3/12—Shoulder-pads
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45F—TRAVELLING OR CAMP EQUIPMENT: SACKS OR PACKS CARRIED ON THE BODY
    • A45F3/00—Travelling or camp articles; Sacks or packs carried on the body
    • A45F3/14—Carrying-straps; Pack-carrying harnesses
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45F—TRAVELLING OR CAMP EQUIPMENT: SACKS OR PACKS CARRIED ON THE BODY
    • A45F3/00—Travelling or camp articles; Sacks or packs carried on the body
    • A45F3/02—Sacks or packs carried on the body by means of one strap passing over the shoulder
    • A45F2003/025—Sacks or packs carried on the body by means of one strap passing over the shoulder and one additional strap around the waist
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45F—TRAVELLING OR CAMP EQUIPMENT: SACKS OR PACKS CARRIED ON THE BODY
    • A45F3/00—Travelling or camp articles; Sacks or packs carried on the body
    • A45F3/04—Sacks or packs carried on the body by means of two straps passing over the two shoulders
    • A45F2003/045—Sacks or packs carried on the body by means of two straps passing over the two shoulders and one additional strap around the waist

Definitions

  • an apparatus for connecting at least two straps of a strapped golf bag such as a dual-strap gold bag (as shown as element 100 in the Figures) or other carrying bag in a manner to redistribute a load born by a user.
  • a strapped golf bag such as a dual-strap gold bag (as shown as element 100 in the Figures) or other carrying bag in a manner to redistribute a load born by a user.
  • straps are connected substantially horizontally between the area below the chest or pectoral region and above the navel of the user, more specifically at an area from about the shoulder region to the torso region.
  • the inventor has identified and solved the problem of the efficient distribution of weight of golf clubs and other carried objects when carried in an enclosure, such as a bag, on one's back.
  • Traditional manufacturers have focused on shoulder straps, and more recently, on hip belts, and in doing so have failed to recognize and design for the load-shifting benefits that the inventive subject matter described herein provided, for example by joining shoulder straps together near the center of the torso.
  • the inventor has determined and discovered that the strap(s)-system, method, and devices described herein provides a substantial benefit to the user of a golf bag (100) and related applications.
  • the present innovation enables the user to optionally attach a multi-component attachment assembly herein described as a "connector” or “linker” to a strap system of a golf bag and to adjust the "webbing", “cord” or “tether” length on either side of the connector.
  • a multi-component attachment assembly herein described as a "connector” or “linker”
  • the terms “connector” and “linker” may be used interchangeably.
  • the terms “webbing”, “cord” or “tether” may be used interchangeably.
  • the multi-component attachment assembly (shown as in elements 106 or 121 in the Figures), in one non-limiting embodiment, is a dual assembly side-release buckle.
  • the user of the present innovation can thread cord, webbing or a tether through both ends of the buckle, which allows a wearer to make the straps as taught or as loose as preferred.
  • the connector or linker is a dual assembly side -release buckle with nylon, or the like, webbing, cord or tether (as shown in elements 109 or 124 in the Figures) with loops (108 or 122) attached to either end.
  • the connector or linker is a dual assembly side -release buckle with nylon, or the like, webbing, cord or tether (109 or 124) with loops (108 or 122), further comprising one or more loop locks (123), a clip (131), a harness (132), a D-ring (133), a cord keeper, hook loop, or the like, or any combination thereof attached to either end.
  • the inventor has recognized a long felt need in the industry and surprisingly found that the dual assembly side -release buckle with the configuration as described herein does not exist. Moreover, the inventor has surprisingly found the benefits afforded by said configuration as described herein in its incorporation to the golf bag design and use.
  • a multi-component attachment system (106 or 121) comprises a base module having an attachment module mating section and a cord connection section, provided that a cord connection section includes a top piece and a bottom piece. The top and bottom pieces are configured to engage a cord to the base module when the top piece is interlocked to the bottom piece.
  • a multi-component attachment system (106 or 121) comprises an attachment module including a linking device and an attachment device, provided that the linking device has a base module mating section and an attachment device mating section. Said attachment device is configured to receive and support an object therein, the attachment device coupled to the linking device via the attachment device mating section.
  • embodiments also provides for when the base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section.
  • the multi-component attachment system (106 or 121) provides for a top piece and a bottom piece are pivotally connected by a pivot system. Some embodiments of the multi-component attachment system provide for a pivot system that has a pin, hole, or both, arrangement. In another embodiment, the multi-component attachment system provide a pivot system that has a hinge arrangement. In yet another embodiment, the multi-component attachment system (106 or 121) provide an attachment device mating section that includes a side through-channel. The side through-channel, in certain embodiments, is formed by an upper plate, a lower plate and/or a hinge piece.
  • the side through-channel in certain embodiments, is formed by an upper plate, a lower plate, and/or a bottom end connected between the upper plate and the lower plate.
  • the multi-component attachment system (106 or 121) provides an attachment device that comprises a ring, and optionally provided that said ring is coupled to the attachment module via the side through- channel.
  • a multi-component attachment system (106 or 121) is provided, optionally provided that the attachment device mating section comprises an upper plate and a lower plate, and the upper plate and lower plate each includes a tab at a lower end and extending in opposing fashion to define a gap, for example a narrow gap, and the upper and lower plates define a through-channel.
  • the multi-component attachment system (106 or 121) comprises an attachment device mating section that comprises a loop (108 or 122).
  • the multi-component attachment system (106) provides an attachment device that comprises a webbing or cord (109 or 124), provided that said webbing or cord (109 or 124) is coupled to the linking device via the loop.
  • the webbing or cord may be coupled to the linking device via the loop.
  • the webbing or cord is coupled via stitching (127).
  • the webbing or cord is coupled via a harness (132), or the like.
  • the webbing or cord is coupled via a D- ring (133), or the like.
  • the multi-component attachment system (106) provides an attachment device mating system that includes a front through-hole.
  • the multi-component attachment system (106) provides an attachment device mating section that includes an upper plate, a lower plate, and/or a bottom plate connected to both the upper and lower plates, provided that the through-hole is in the bottom plate.
  • the multi-component attachment system (106 or 121) provides an attachment device coupled to the linking device via the through-hole.
  • Some embodiments provide for a multi-component attachment system (106 or 121) with an attachment device.
  • the attachment device is selected from, but not limited to, the group consisting of a clip hook, a ring holder, a carabiner, a gripper clip, a pin ⁇ e.g. carter pin like), a loop (108 or 122), or the like, and combinations thereof.
  • the attachment device is a clip hook.
  • Some embodiments provide for an attachment device that is a ring holder.
  • Further embodiments provide for an attachment device that is a gripper clip.
  • the attachment device is a pin attachment device.
  • the attachment device is a loop (108) attachment device.
  • the attachment device is a loop (122) attachment device.
  • the loop (122) further comprises a loop-lock (123), a clip (131), a harness (132), a D-ring (133), a cord keeper, hook loop, or the like, or any combination thereof.
  • FIG. 1 A block diagram illustrating an exemplary computing environment in accordance with the present disclosure.
  • FIG. 1 A block diagram illustrating an exemplary computing environment in accordance with the present disclosure.
  • the attachment device is coupled to the linking device via the post-wing mating section.
  • Some embodiments provide for an attachment device mating system that includes a full dart mating section, optionally provided that the attachment device is coupled to the linking device via the full dart mating section.
  • the multi-component attachment system (106 or 121) described herein provides an attachment device mating system that includes a two prong snap mating section.
  • the attachment device is coupled to the linking device via a two or multi- prong snap mating section (107).
  • a multi- component attachment system (106) that further provides an attachment module mating section that comprises a male side-releasable buckle clip (107a) and the base module mating section comprises a female side-releasable buckle clip (107b).
  • the multi-component attachment system (121) provides an attachment device mating system that includes a two or multi-prong snap mating section.
  • the attachment device is coupled to the linking device via the two prong snap mating section (125).
  • the multi-component attachment system (121) further provides an attachment module mating section that comprises a male side- releasable buckle clip (125a) and the base module mating section comprises a female side- releasable buckle clip (125b).
  • the multi-component attachment system (106) is a dual assembly side -release buckle.
  • the multi-component attachment system (121) is a dual assembly side -release buckle.
  • the multi-component attachment system (106) described herein further comprises at least two pieces of webbing (109).
  • the multi-component attachment system (106) provides one piece of webbing (109) that is attached to a male side-releasable buckle clip (107a) and one piece of webbing (109) that is attached to a female side-releasable buckle clip (107b).
  • the multi-component attachment system (106) further comprises two loops (108) of resilient high-tensile strength cord
  • the cord (130) provided that the cord (130) is affixed to the webbing (109).
  • the cord (130) is affixed to the webbing (109) via stitching (127).
  • the cord (130) is affixed to the webbing (109) via a clip (131), a harness (132), a D-ring (133), a cord keeper, hook loop, or the like, or any combination thereof or various other means known in the art.
  • one loop (108) is attached to each piece of webbing (109).
  • the multi-component attachment system (121) described herein further comprises at least two pieces of webbing (124).
  • the multi- component attachment system (121) comprises at least one piece of webbing (124) that is attached to a male side-releasable buckle clip (125 a) and one piece of webbing (124) that is attached to a female side-releasable buckle clip (125b).
  • the multi- component attachment system (121) further comprises two loops (122) of resilient high-tensile strength cord (130) provided that the cord (130) is affixed to the webbing (124).
  • the cord (130) is affixed to the webbing (124) via stitching (127), or a clip
  • one loop (122) is attached to each of one piece of webbing (124).
  • the multi-component attachment system (121) further comprises an attachment member (120).
  • the multi-component attachment system does not comprise an attachment member and the multi-component attachment system is attached integrally or directly to the strap system or bag.
  • the multi-component attachment system (106 or 121) is a dual assembly side -release buckle (107 or 125).
  • the dual assembly side-release buckle (107 or 125), or the like can be made from a variety of materials, for example, metals, metal alloys, ceramics, composites, plastics, molded plastics and or any combination thereof.
  • a side-release buckle or dual assembly side -release buckle made of light weight material possessing high tensile strength.
  • the dual assembly side-release buckle may be of varying sizes and width.
  • a dual assembly side-release buckle comprises at least about 0.5 inches to at least about 4 inches (or metric equivalent) in width.
  • the width of the buckle may be larger or any size buckle, particularly in view of continued improvements in materials development.
  • the buckle is at least about 0.5 inches to at least about 3.9 inches in width, at least about 0.5 inches to at least about 3.8 inches in width, at least about 0.5 inches to at least about 3.7 inches in width, at least about 0.5 inches to at least about 3.6 inches in width, at least about 0.5 inches to at least about 3.5 inches in width, at least about 0.5 inches to at least about 3.4 inches in width, at least about 0.5 inches to at least about 3.3 inches in width, at least about 0.5 inches to at least about 3.2 inches in width, at least about 0.5 inches to at least about 3.1 inches in width, at least about 0.5 inches to at least about 3 inches in width, at least about 0.5 inches to at least about 2.9 inches in width, at least about 0.5 inches to at least about 2.8 inches in width, at least about 0.5 inches to at least about 2.7 inches in width, at least about 0.5 inches to at least about 2.6
  • the multi-component attachment system (106 or 121) provides for at least one of the base module and the attachment module to be constructed of molded plastic.
  • the dual assembly side -release buckle (107) is constructed of molded plastic.
  • the dual assembly side -release buckle (125) is constructed of molded plastic.
  • the base module includes a safety release system to allow the cord or webbing to disconnect from the cord connection section in the presence of a strong force.
  • the safety release system includes a tab formed in a base of the cord connection section.
  • the multi-component attachment system (106) further comprises attachment to a strap system or element (110) for a golf bag (100).
  • the multi-component attachment system (106) provides for the attachment device that is independent of a strap system (110) for a golf bag (100).
  • the multi-component attachment system (106) provides for the attachment device to be integrally attached to or a part of the strap system (110), either at the upper shoulder strap (112) or the lower shoulder strap (113) for a golf bag (100).
  • the multi-component attachment system (106) provides for the attachment device to be integrally attached to or a part of a golf bag (100).
  • the attachment device of (106) is attached to a first end of the strap. In other embodiments, the attachment device is attached to said second end of the strap.
  • the attachment device of (106) is attached to the either the first end of the strap or the second end of the strap via means known in the art. In some embodiments, the attachment device of (106) is attached to either the first end or second end via, but not limited to, stitching.
  • the multi-component attachment system (121) further comprises an attachment to a strap system or element (110) for a golf bag (100).
  • the multi-component attachment system (121) provides for the attachment device that is independent of a strap system (110) for a golf bag (100).
  • the multi-component attachment system (121) provides for the attachment device to be integrally attached to or a part of the strap system (110), either at the upper shoulder strap (112) or the lower shoulder strap (113) for a golf bag (100).
  • the multi-component attachment system (121) provides for the attachment device to be integrally attached to or a part of a golf bag (100).
  • the attachment device (121) is attached to a first end of the strap. In further or additional embodiments, the attachment device (121) is attached to a second end of the strap. For example, the attachment device of (121) is attached to the either the first end of the strap or the second end of the strap via means known in the art. In some embodiments, the attachment device of (121) is attached to either the first end or second end using stitching.
  • the multi-component attachment system is attached at various locations on the shoulder strap assembly (110) comprising an upper shoulder strap (112) and a lower strap (113).
  • the terms "first end of the strap” may refer to a portion of the upper or lower shoulder strap that is most closely connected to or attached to the golf bag.
  • the terms "second end of the strap” may refer to a portion of the upper or lower shoulder strap that is furthest away from the connection to or attachment to the golf bag.
  • an attachment is, but not limited to, at least about 1 cm to at least about 150 cm from a first end of the strap.
  • the attachment is at least about 1 cm to at least about 149 cm from said first end of the strap, at least about 1 cm to at least about 148 cm from said first end of the strap, at least about 1 cm to at least about 147 cm from said first end of the strap, at least about 1 cm to at least about 146 cm from said first end of the strap, at least about 1 cm to at least about 145 cm from said first end of the strap, at least about 1 cm to at least about 144 cm from said first end of the strap, at least about 1 cm to at least about 143 cm from said first end of the strap, at least about 1 cm to at least about 142 cm from said first end of the strap, at least about 1 cm to at least about 141 cm from said first end of the strap, at least about 1 cm to at least about 148 cm from said first end of the strap, at least about 1 cm to at least about 1 cm to at least about
  • an attachment is, but not limited to, at least about 1 cm to at least about 150 cm from a second end of the strap.
  • the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap, at least about 1 cm to at least about 148 cm from said second end of the strap, at least about 1 cm to at least about 147 cm from said second end of the strap, at least about 1 cm to at least about 146 cm from said second end of the strap, at least about 1 cm to at least about 145 cm from said second end of the strap, at least about 1 cm to at least about 144 cm from said second end of the strap, at least about 1 cm to at least about 143 cm from said second end of the strap, at least about 1 cm to at least about 142 cm from said second end of the strap, at least about 1 cm to at least about 141 cm from said second end of the strap, at least about 1 cm to at least about 148 cm from said second end of the strap, at least about 1 cm to at least about 1 cm to at least about
  • a golf bag system comprising: a) compartment for holding a golf club; b) a strap system for supporting said golf bag, said strap system including a plurality of straps, each strap having a first end and a second end, said second end being attached to an attachment point for load support of the compartment; c) a hub having a plurality of arms, each arm having at least one attachment point to which said first end of at least one of said plurality of straps is connected; and d) a multi-component attachment assembly.
  • the golf bag comprising said hub includes a padded portion having a raised portion and said padded portion acts as a center of rotation for movement of said hub.
  • the golf bag further comprises attachment points for a load support assembly.
  • said plurality of arms is integrally formed as a part of said hub.
  • the golf bag provides that the compartment is for organizing the golf clubs.
  • the golf bag provides that the plurality of straps is pivotally connected to the hub.
  • said plurality of straps includes a set of upper straps and a set of lower straps, said upper straps each having a padded portion which engages the shoulder region of a user, and said lower straps which attach between said attachment points of said hub and said golf bag.
  • the multi-component attachment assembly comprises a webbing, a cord, an attachment device, a buckle, a loop, a dual side -release buckle, a loop-lock, or any combination thereof.
  • the multi-component attachment assembly provides that the attachment device is independent of the strap system.
  • the multi-component attachment assembly provides that the attachment device is integrally attached to or a part of the strap system.
  • the multi-component attachment assembly provides that the attachment device is attached to said first end of the strap. In other embodiments, the multi- component attachment assembly provides that the attachment device is attached to said second end of the strap.
  • the multi-component attachment assembly provides that the attachment is at least about 1 cm to at least about 150 cm from said first end of the strap; the multi-component attachment assembly provides that the attachment is at least about 1 cm to at least about 150 cm from said second end of the strap; the multi-component attachment assembly provides that the attachment is at least about 1 cm to at least about 100 cm from said second end of the strap; the multi-component attachment assembly provides that the attachment is at least about 1 cm to at least about 90 cm from said second end of the strap; the multi-component attachment assembly provides that the attachment is at least about 1 cm to at least about 50 cm from said second end of the strap; the multi-component attachment assembly provides that the attachment is at least about 1 cm to at least about 10 cm from said second end of the strap; the multi-component attachment assembly provides that the attachment is at least about 1 cm to at least about 5 cm from said second end of the strap.
  • the multi-component attachment assembly provides a benefit to a user thereof.
  • the multi-component attachment assembly provides a redistribution or transfer of weight of the golf bag to the center mass of the user that is below the pectorals.
  • the multi-component attachment assembly provides a redistribution or transfer of force of the golf bag to the center mass of the user that is below the pectorals.
  • the multi-component attachment assembly provides a redistribution or transfer of weight of the golf bag to the core region of the user that is below the pectorals.
  • the multi-component attachment assembly provides a redistribution or transfer of force of the golf bag to the core region of the user that is below the pectorals.
  • the multi-component attachment assembly in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a golf bag load support assembly comprising: a) a body mounting assembly in the form of a connector arranged to be situated on or at the user's mid-section or abdomen area; b) a shoulder mounting assembly associated with the body mounting assembly; and c) a load support assembly member supported on the body mounting assembly and on the shoulder mounting assembly.
  • the shoulder mounting assembly comprises: a) a first and second shoulder strap elements which are arranged to be supported by first and second shoulders of a user; b) a first and second shoulder strap elements being interconnected such that orientation of a first shoulder of the user higher than his second shoulder produces a corresponding orientation of the first and second shoulder strap elements, thus maintaining a desired load distribution between the two shoulders and waist of the user independent of the relative orientation thereof; and c) a strap means slidably connected to said first and second shoulder strap elements and connected to said body mounting assembly, provided that at least one of the first and second shoulder strap elements and said strap means being formed of a stretchable resilient material in order to permit stretching of the load support so as to accommodate variations in the distance between the shoulders and the waist depending on the body orientation of the user.
  • the shoulder mounting assembly provides that said first and second shoulder strap elements are slidably connected to said strap means by the connector at a location intermediate to said first and second shoulder strap elements.
  • the load support assembly provides that the connector is a multi-component attachment system or integral attachment system to the load support assembly member.
  • the load support assembly further comprises user operable means for determining the vertical orientation of the load support assembly member relative to the body mounting assembly when the load support assembly is mounted on the user, said user operated means comprising an elongated webbing member made of resilient material and of selectable length, mounted on the load support member, in which an attachment member slidably engages said body mounting assembly, the attachment member slidably determining the vertical orientation of the load support member relative to the body mounting assembly and the slidable engagement of the attachment member with the body mounting assembly enabling up-to-down motion or side-to- side motion of the load support member relative to the body mounting assembly.
  • the attachment member provides that the attachment member is selected from the group consisting of a D-ring, a latch, a ladderloc, a carabiner, a harness, a buckle, a clamp, a O- ring, a clip, and a slide.
  • a strap system for supporting a golf bag comprising: a) a load support assembly; b) a plurality of straps including a set of two upper straps each having a padded portion which engages the shoulder region of a user and a set of two lower straps connecting to the golf bag; and c) a hub having at least two symmetrical arms, each said arm having at least one attachment point to one of said plurality of straps, and provided that the hub rotates during use in response to forces applied on each of said straps to provide optimized balance of the golf bag as carried on the shoulders of the user.
  • the strap system provides that the plurality of straps is pivotally connected to the hub. In some embodiments, the strap system provides that the hub having at least three symmetrical arms, each said arm having at least one attachment point to one of said plurality of straps. In some embodiments, the strap system provides that the hub having at least four symmetrical arms, each said arm having at least one attachment point to one of said plurality of straps.
  • the strap system further comprises a multi-component attachment assembly.
  • the strap system provides that the multi-component attachment assembly comprises a webbing, a cord, an attachment device, a buckle, a loop, a dual side -release buckle, a loop-lock, or any combination thereof.
  • the strap system provides that the attachment device is independent of the strap system. In another embodiment, the strap system provides that the attachment device is integrally attached to the strap system.
  • the strap system provides that the multi-component attachment assembly provides a benefit to a user thereof.
  • the strap system provides that the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the center mass of the user.
  • the strap system provides that the multi-component attachment assembly provides a benefit to the user thereof, provided that the force of the golf bag is transferred or redistributed to the center mass of the user.
  • the strap system provides that the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the core region of the user. In some aspects, the strap system provides that the multi-component attachment assembly provides a benefit to the user thereof, provided that the force of the golf bag is transferred or redistributed to the core region of the user. In yet a further aspect, the strap system provides that the multi-component attachment assembly, in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • the strap system provides that the attachment device is attached to said first end of the strap. In some embodiments, the strap system provides that the attachment device is attached to said second end of the strap.
  • the strap system provides that the attachment is at least about 1 cm to at least about 150 cm from said first end of the strap; the attachment is at least about 1 cm to at least about 150 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 100 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 90 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 50 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 10 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 5 cm from said second end of the strap.
  • a strap system for supporting a golf bag comprising: a) a load support assembly system; b) a plurality of straps, each strap having a first end and a second end, said second end being attached to an attachment point on said golf bag; and c) a hub having a plurality of arms, each arm having at least one attachment point to said first end of at least one of said plurality of straps , said hub including a padded portion.
  • the strap system provides that said padded portion acts as a center of rotation for movement of said hub.
  • the strap system comprising said plurality of arms is integrally formed as a part of said hub.
  • that the plurality of straps is pivotally connected to the hub.
  • the strap system further comprises a multi-component attachment assembly.
  • the strap system provides that the multi-component attachment assembly comprises a webbing, a cord, an attachment device, a buckle, a loop, a dual side-release buckle, a loop-lock, or any combination thereof.
  • the strap system provided that the attachment device is independent of the strap system. In a further embodiment, the strap system provides that the attachment device is integrally attached to or a part of the strap system.
  • the strap system provides that the multi-component attachment assembly provides a benefit to a user thereof. In some aspects, the strap system provides that the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the center mass of the user.
  • the strap system provides that the multi-component attachment assembly provides a benefit to the user thereof, provided the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the strap system provides that the multi-component attachment assembly provides a benefit to the user thereof, provided the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the strap system provides that the multi-component attachment assembly provides a benefit to the user thereof, provided the force of the golf bag is transferred or redistributed to the core region of the user.
  • the strap system provides that the multi-component attachment assembly, in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • the strap system provides that the attachment device is attached to said first end of the strap. In further embodiments, the strap system provides that the attachment device is attached to said second end of the strap.
  • the strap system provides that the attachment is at least about 1 cm to at least about 150 cm from said first end of the strap. In some embodiments, the strap system provides that the attachment is at least about 1 cm to at least about 150 cm from said second end of the strap. [0059] In further embodiments, the strap system provides that the attachment is at least about 1 cm to at least about 100 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 90 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 50 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 10 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 5 cm from said second end of the strap.
  • a hub for a golf bag load support assembly system comprising: a) a symmetrical portion having at least four arms extending therefrom for attachment to ends of respective golf bag straps; or b) a symmetrical portion having at least three arms extending therefrom for attachment to ends of respective golf bag straps; or c) a symmetrical portion having at least two arms extending therefrom for attachment to ends of respective golf bag straps; and d) a connector situated at the end of each said arm, providing pivotal connection between said arm and the respective end of said golf bag strap.
  • the hub provides that the connector is selected from the group consisting of a D-ring, a latch, a harness, a carabiner, a ladderloc, a buckle, a clamp, a O-ring, a clip, and a slide.
  • the hub provides that the pivotal connection of the hub to said golf bag straps permits rotation of the hub on the back of a golfer when carrying the golf bag, providing continually adjusting balance optimization during use.
  • the hub provides that said hub includes a padded portion.
  • the hub provides that said padded portion includes a raised portion.
  • the hub provides that said raised portion acts as a center of rotation for movement of said hub.
  • a load support assembly comprising: a) a core body mounting assembly; b) a shoulder mounting assembly; c) a load support assembly member supported on the core body mounting assembly and on the shoulder mounting assembly; and d) stretchable resilient means interconnecting the shoulder mounting assembly and the core body mounting assembly in order to accommodate variations in the distance between the shoulders and the waist depending on the body orientation of the user for generally maintaining a desired distribution of a load on the load support assembly member between the core body mounting assembly and the shoulder mounting assembly notwithstanding changes in the relative orientations thereof.
  • the load support assembly further comprises user operable means for determining the vertical orientation of the load support assembly member relative to the body mounting assembly when the load support assembly is mounted on the user, said user operated means comprising an elongated webbing member made of resilient material and of selectable length, mounted on the load support member, in which an attachment member slidably engages said body mounting assembly, the attachment member slidably determining the vertical orientation of the load support member relative to the body mounting assembly and the slidable engagement of the attachment member with the body mounting assembly enabling up- to-down motion or side-to-side motion of the load support member relative to the body mounting assembly.
  • the attachment member is selected from the group consisting of a D-ring, a latch, a carabiner, a ladderloc, a harness, a buckle, a clamp, a O-ring, a clip, a loop, and a slide or any combination thereof.
  • a load support assembly comprising: a) a core body mounting assembly; b) a shoulder mounting assembly including first and second shoulder strap elements which are arranged to be supported by first and second shoulders of a user; c) a load support assembly member supported on the core body mounting assembly and on the shoulder mounting assembly; d) stretchable resilient means interconnecting the shoulder mounting assembly and the core body mounting assembly in order to accommodate variations in the distance between the two shoulders depending on the body orientation of the user; and e) stretchable resilient means interconnecting the shoulder mounting assembly and the core body mounting assembly in order to accommodate variations in the distance between the shoulders and the waist depending on the body orientation of the user.
  • a further aspect of the innovation provides a multi-component attachment system, comprising: a) a base module having an attachment module mating section and a cord connection section, the cord connection section including a top piece and a bottom piece, the top and bottom pieces configured to engage a cord to the base module when the top piece is interlocked to the bottom piece; and b) an attachment module including a linking device and an attachment device, the linking device having a base module mating section and an attachment device mating section, the attachment device being configured to receive and support an object therein, the attachment device coupled to the linking device via the attachment device mating section, provided that the attachment module mating section and the base module mating section together comprise a releasably connectable assembly, and provided that the base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section.
  • the multi-component attachment system provides that the top piece and bottom piece are pivotally connected by a pivot system.
  • the multi-component attachment system provides that the pivot system is a pin/hole arrangement.
  • the multi-component attachment system provides that the pivot system is a hinge arrangement.
  • the multi-component attachment assembly further comprises a webbing, a cord, a buckle, a loop, a ladderloc, a dual side -release buckle, a loop-lock, or any combination thereof.
  • the multi-component attachment system provides that the attachment device mating section includes a side through-channel. In some embodiments, the multi-component attachment system provides that the side through-channel is formed by an upper plate, a lower plate and a hinge piece. In some embodiments, the multi-component attachment system provides that the side through-channel is formed by an upper plate, a lower plate, and a bottom end connected between the upper plate and the lower plate.
  • the multi-component attachment system provides that the attachment device comprises a ring, and provided that the ring is coupled to the attachment module via the side through-channel.
  • the multi-component attachment system provides that the attachment device mating section comprises an upper plate and a lower plate, the upper plate and lower plate each including a tab at a lower end and extending in opposing fashion to define a narrow gap, the upper and lower plates defining a through-channel.
  • the multi-component attachment system provides that the attachment device mating section comprises a loop. In some embodiments, the multi- component attachment system provides that the attachment device comprises a webbing, and provided the webbing is coupled to the linking device via the loop.
  • the multi-component attachment system provides that the attachment device mating system includes a front through-hole. In some embodiments, the multi-component attachment system provides that the attachment device mating section includes an upper plate, a lower plate, and a bottom plate connected to both the upper and lower plates, and provided that the through-hole is in the bottom plate.
  • the multi-component attachment system provides that the attachment device is coupled to the linking device via the through-hole.
  • the multi-component attachment system provides that the attachment device is a clip hook. In some embodiments, the multi-component attachment system provides that the attachment device is a ring holder. In some embodiments, the multi-component attachment system provides that the attachment device is a gripper clip. In some embodiments, the multi- component attachment system provides that the attachment device is a pin attachment device.
  • the multi-component attachment system provides that the attachment device is a loop attachment device.
  • the multi-component attachment system provides that the attachment device mating system includes a post- wing mating section, and the attachment device is coupled to the linking device via the post-wing mating section. In some embodiments, the multi-component attachment system provides that the attachment device mating system includes a full dart mating section, and the attachment device is coupled to the linking device via the full dart mating section.
  • the multi-component attachment system provides that the attachment device mating system includes a two prong snap mating section and the attachment device is coupled to the linking device via the two prong snap mating section.
  • the multi-component attachment system provides that the attachment module mating section comprises a male side-releasable buckle clip and the base module mating section comprises a female side-releasable buckle clip.
  • the multi-component attachment system comprises a dual assembly side -release buckle.
  • the multi-component attachment system further comprising at least two pieces of webbing.
  • the multi-component attachment system provides that at least one piece of webbing is attached to a male side-releasable buckle clip and one piece of webbing is attached to a female side-releasable buckle clip.
  • the multi-component attachment system further comprises two loops of high-tensile cord provided that the cord is affixed to the webbing.
  • the multi-component attachment system provides that at least one loop is attached to each of one piece of webbing.
  • the multi-component attachment system is at least about 0.5 inches to at least about 4 inches in width. In further embodiments, the multi-component attachment is at least about 0.5 inches to at least about 3.5 inches in width; is at least about 0.5 inches to at least about 3 inches in width; is at least about 0.5 inches to at least about 2.5 inches in width; is at least about 0.5 inches to at least about 2 inches in width; is at least about 0.5 inches to at least about 1.5 inches in width; is at least about 0.5 inches to at least about 1 inch in width; is at least about 0.75 inches in width.
  • the multi-component attachment system provides that at least one of the base module and the attachment module is constructed of molded plastic.
  • the multi-component attachment system provides that the base module includes a safety release system to allow the cord to disconnect from the cord connection section in the presence of a strong force.
  • the multi-component attachment system further comprises attachment to a strap system or element for a golf bag.
  • the multi- component attachment system provides that the attachment device is independent of a strap system for a golf bag.
  • the multi-component attachment system provides that the attachment device is integrally attached to or a part of the strap system for a golf bag.
  • the multi-component attachment assembly provides a benefit to a user thereof.
  • the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the multi-component attachment assembly provides a benefit to the user thereof, provided that the force of the golf bag is transferred or redistributed to the center mass of the user.
  • the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the multi-component attachment assembly provides a benefit to the user thereof, provided that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the multi-component attachment assembly in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • the multi-component attachment system provides that the attachment device is attached to a first end of the strap. In some embodiments, the multi- component attachment system provides that the attachment device is attached to said second end of the strap. In further embodiments, the multi-component attachment system provides that the attachment is at least about 1 cm to at least about 150 cm from said first end of the strap; the attachment is at least about 1 cm to at least about 150 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 100 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 90 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 50 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 10 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 5 cm from said second end of the strap.
  • a multi-component attachment system comprising: a) a base module having an attachment module mating section and a cord connection section; b) an attachment module having a base module mating section and an attachment device mating section, the attachment device mating section comprising of a top member, a bottom member, and a closure member connected to an end of the bottom member, the closure member moving between an open and a closed position, securing the attachment device to the attachment module when in the closed position; and c) an attachment device configured to receive and support an object therein.
  • the multi-component attachment system provides that the attachment module mating section and the base module mating section together comprise a releasably connectable assembly, and provided that the base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section.
  • the multi-component attachment assembly further comprises a webbing, a cord, a buckle, a loop, a ladderloc, a dual side -release buckle, a loop-lock, or any combination thereof.
  • the multi-component attachment assembly provides a benefit to a user thereof. In some embodiments, the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the multi-component attachment assembly provides a benefit to the user thereof, provided that the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the multi-component attachment assembly provides a benefit to the user thereof, provided that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the multi-component attachment assembly of claim 146 in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a multi-component attachment system comprising: a) a base module having an attachment module mating section and a cord connection section; b) an attachment module having a base module mating section and an attachment device mating section, the attachment device mating section comprising of a top member and a bottom member, the top and bottom members each including a tab at a lower end and extending opposing fashion to define a narrow gap, the top and bottom members defining a through- channel; and c) an attachment device configured to receive and support an object therein.
  • the multi-component attachment system provides that the attachment module mating section and the base module mating section together comprise a releasably connectable assembly, provided that the base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section, and provided that the attachment device is coupled to the attachment module via the through-channel.
  • the multi-component attachment assembly comprises a webbing, a cord, a buckle, a loop, a ladderloc, a dual side -release buckle, a loop-lock, or any combination thereof.
  • the multi-component attachment assembly provides a benefit to a user thereof.
  • the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the multi-component attachment assembly provides a benefit to the user thereof, provided that the force of the golf bag is transferred or redistributed to the center mass of the user. In further embodiments, the multi-component attachment assembly provides a benefit to the user thereof, provided that the weight of the golf bag is transferred or redistributed to the core region of the user. In yet a further embodiment, the multi-component attachment assembly provides a benefit to the user thereof, provided that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the multi-component attachment assembly in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a multi-component attachment system comprising: a) a base module having an attachment module mating section and a cord connection section; b) an attachment module having a base module mating section and an attachment device mating section, the attachment device mating section comprising an opening on a surface of the attachment module exposing an interior of the attachment module to an exterior of the attachment module; and c) an attachment device configured to receive and support an object therein, the attachment device having a post.
  • the multi-component attachment system provides that the attachment module mating section and the base module mating section together comprise a releasably connectable assembly.
  • the multi-component attachment system provides that the base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section, and provided that the attachment device is coupled to the attachment module by snapping the post into the opening.
  • the multi-component attachment assembly comprises a webbing, a cord, a buckle, a loop, a ladderloc, a dual side-release buckle, a loop-lock, or any combination thereof.
  • the innovation provides a method for the redistribution of weight or load of a golf bag or other carrying bag born by a user comprising a shoulder straps system, and a connector.
  • the method provides that the straps are connected substantially horizontal between the chest or pectoral area and the navel of the user.
  • the method provides that the straps are connected substantially horizontal from the shoulder to the torso.
  • the method provides a substantial benefit to the user of golf bag connector and its related application.
  • the method provides that the shoulder strap system comprises an upper shoulder strap and a lower shoulder strap to be worn on each shoulder of the user. In some embodiments, the method provides that the shoulder strap system comprises one strap to be worn on each shoulder of the user. In further embodiments, the method provides that the connector is a multi-component attachment assembly.
  • the method provides for the redistribution of weight of the golf bag or the like with or without golf clubs from the user's shoulders to the core region of the torso.
  • the method provides that the multi-component attachment assembly provides a benefit to a user thereof. In some embodiment, the method provides that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some
  • the method provides that the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the core region of the user. In further embodiments, the method provides that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the method in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a method for the redistribution of weight or load of a golf bag or other carrying bag born by a user comprising: a) a shoulder straps system; b) a multi-component attachment assembly; and c) attaching the multi-component attachment assembly to the shoulder straps system.
  • the method provides that the multi-component attachment assembly comprises webbing or cord. In some embodiments, the method further comprises adjusting the webbing or cord length on either side of the multi-component attachment assembly. In a further embodiment, the method provides that the multi-component attachment assembly is a dual assembly side -release buckle.
  • the method further provides for the user to thread cord or webbing through both ends of the buckle, thereby allowing the user to make the straps as taught or loose as preferred.
  • the method provides that the multi-component attachment assembly provides a benefit to a user thereof.
  • the method provides that the weight of the golf bag is transferred or redistributed to the center mass of the user.
  • the method of provides that the force of the golf bag is transferred or redistributed to the center mass of the user.
  • the method provides that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the method in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a method provides for a multi-component attachment assembly comprising an attachment device, provided that the attachment device mating section comprises a loop.
  • the method further provides for a multi-component attachment system provided that the attachment device comprises a webbing or cord, and provided that said webbing or cord is coupled to a linking device via the loop.
  • a method for the redistribution of weight or load of a golf bag or other carrying bag born by a user provides for a multi-component attachment system with an attachment device.
  • the attachment device is selected from the group consisting of a clip hook, a ring holder, a carabiner, a ladderloc, a gripper clip, a pin (e.g. carter pin like), a loop, a loop-lock, or the like, or any combination thereof.
  • the method provides that the multi-component attachment assembly further comprises a webbing, a cord, a buckle, a loop, a ladderloc, a dual side -release buckle, a loop-lock, or any combination thereof.
  • the method provides that the attachment device is a clip hook. In some embodiments, the method provides that the attachment device is a ring holder. In some embodiments, the method provides that the attachment device is a gripper clip. In some embodiments, the method provides that the attachment device is a pin attachment device. In further embodiments, the method provides that the attachment device is a loop attachment device. In a further embodiment, the method provides that the loop attachment device further comprises a loop-lock.
  • the method provides that the multi-component attachment assembly provides a benefit to a user thereof. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some
  • the method provides that the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the method in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a method for the redistribution of weight or load of a golf bag or other carrying bag born by a user provides a multi-component attachment system provided that the attachment system further comprises attachment to a shoulder straps system or element for a golf bag.
  • the method provides that the multi-component attachment assembly further comprises a webbing, a cord, a buckle, a loop, a ladderloc, a dual side -release buckle, a loop-lock, or any combination thereof.
  • the method further provides for the attachment system that is independent of the shoulder straps system for a golf bag.
  • the method further provides for attaching the attachment system that is independent of a shoulder straps system for a golf bag to said golf bag.
  • the method provides that the multi-component attachment assembly provides a benefit to a user thereof. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some
  • the method provides that the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the method in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a method for the redistribution of weight or load of a golf bag or other carrying bag born by a user provides for a multi-component attachment system provided that the attachment system is integrally attached to or a part of the shoulder straps system for a golf bag.
  • the method further provides attaching the attachment system to be integrally attached to or a part of the strap system for a golf bag. In some embodiments, the method provides that the attachment system to be integrally attached is attached via stitching.
  • the method provides that the multi-component attachment assembly provides a benefit to a user thereof. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the method when in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a method for the redistribution of weight or load of a golf bag or other carrying bag born by a user provides: a) a multi-component attachment system; b) an attachment device; c) attaching to a shoulder straps system for a golf bag; d) a first end of the shoulder strap; and e) a second end of the shoulder strap.
  • the method provides that the attachment device is attached to a first end of the shoulder strap. In some embodiments, the method provides that the attachment device is attached to said second end of the strap.
  • the method provides that the multi-component attachment assembly provides a benefit to a user thereof. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some
  • the method provides that the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the method when in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • the method of claim 229 provided that the attachment is at least about 1 cm to at least about 150 cm from said first end of the strap.
  • the method provides that the attachment is at least about 1 cm to at least about 150 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 100 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 90 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 50 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 10 cm from said second end of the strap; the attachment is at least about 1 cm to at least about 5 cm from said second end of the strap.
  • a method for the redistribution of weight or load of a golf bag or other carrying bag born by a user that provides for the attachment of a multi- component assembly system provided that a loop is manually manipulated to slide over an attachment member.
  • the method provides that the attachment member is selected from the group consisting of a D-ring, a latch, a ladderloc, a harness, a buckle, a clamp, a O- ring, a clip, a carabiner, and a slide.
  • the method further provides when a loop is manually manipulated to slide over a ladderloc, or the like.
  • the method further provides that the process is repeated to attach the multi-component assembly system to the other strap.
  • the method provides that the multi-component attachment assembly provides a benefit to a user thereof. In some aspects, the method provides that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the method when in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • a method for the redistribution of weight or load of a golf bag or other carrying bag born by a user that provides for the attachment of a multi- component assembly system provided that a loop is manually manipulated to slide over an attachment member provided that the attachment member is selected from, but not limited to, the group consisting of a D-ring, a latch, a ladderloc, a harness, a buckle, a clamp, a O-ring, a clip, a carabiner, and a slide, or any combination thereof.
  • the method provides that the attachment member is independent of the shoulder strap system and is attached to the straps. In some embodiments, the method provides that the loop further comprises a loop-lock. In some embodiments, the method further provides when the loop and loop-lock are manually manipulated to slide over an attachment member. In further embodiments, the method further comprises adjusting the loop-lock to provide a snug and secure fit with the loop, attachment member and the loop-lock. In some embodiments, the method further provides that the process is repeated to attach the multi- component assembly system to the other strap of the strap assembly. [00134] In some aspects, the method provides that the multi-component attachment assembly provides a benefit to a user thereof. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the center mass of the user. In some
  • the method provides that the force of the golf bag is transferred or redistributed to the center mass of the user. In some embodiments, the method provides that the weight of the golf bag is transferred or redistributed to the core region of the user. In some embodiments, the method provides that the force of the golf bag is transferred or redistributed to the core region of the user.
  • the method when in use, increases the number of bodily contacts made between the straps system, attachment assembly, the golf bag and the user thereof.
  • core region or “core muscles” is the region of the body bound by the abdomen, the pelvis, the lower back and the diaphragm and its ability to stabilize the body during movement.
  • the main muscles of the core region comprise, but are not limited to, the transversus abdominis, the internal and external obliques, the quadratus lumborum, rectus abdominis, hip abductors/ adductors, hip flexors, lumbar spine and the diaphragm.
  • the diaphragm is the main muscle of breathing in the human and breathing is important in providing the necessary core stability for moving and lifting. Actuation of the core muscles contracting together provides support to the spine and pelvis during movement.
  • the core region is associated with the abdominal muscle groups and stability is associated with isometric or static strength.
  • the lumbar spine that is primarily responsible for posture and stability providing the strength needed for stabilization especially utilized in dynamic sports.
  • the "abdomen” (may also be called the belly, stomach, or tummy), is the part of the body between the thorax (chest) and pelvis. The region enclosed by the abdomen is termed the abdominal cavity.
  • the "epigastric” or “epigastric region” is the upper middle region of the abdomen, between the umbilical and hypochondriac regions.
  • the "hypochondriac” or “hypochondraic region”_ is the upper region of the abdomen, below the lower ribs, each side of the epigastrium.
  • the hypochondrium is the upper part of the abdomen interior to the lowest ribs of the thorax.
  • the "hypogastric” or “hypogastric region” is the area of the human abdomen residing below the umbilicus. This region may also be referred to as the pubic region and/or suprapubic region is further identified as an area of the human abdomen located below the navel, provided that the pubis bone constitutes its lower limit.
  • the "transpyloric plane” is the plane located halfway between the suprasternal notch and the upper border of the symphysis pubis, which cuts through the pylorus, the tips of the ninth costal cartilages and the lower border of the first lumbar vertebra.
  • An upper transverse line also known as Addison's Plane, located halfway between the jugular notch and the upper border of the pubic symphysis.
  • the transpyloric plane may also be described as residing roughly a hand's breadth beneath the xiphoid process of the human sternum.
  • the "umbilical” or “umbilical region” is the area surrounding the umbilicus (navel). This region of the abdomen contains part of the stomach, the head of the pancreas, the duodenum, a section of the transverse colon and the lower aspects of the left and right kidney.
  • the upper three regions, from left to right, are the left hypochondriac, epigastric, and right hypochondriac regions.
  • the middle three regions, from left to right, are the left lumbar, umbilical, and right lumbar regions.
  • the bottom three regions, from left to right, are the left inguinal (hiac), hypogastric, and right inguinal (hiac) regions.
  • the "sternum” or “breastbone or breastplate” is a long flat bony plate shaped like a capital “T” located anteriorly to the heart in the center of the thorax (chest).
  • the sternum extends from the just below the clavicle region to just above the epigastric region.
  • the sternum is connected to the rib bones via cartilage, forming the anterior section of the rib cage with them, and thus helps to protect the lungs, heart and major blood vessels from physical trauma.
  • the sternum can be sub-divided into three regions: the manubrium, the body, and the xiphoid process.
  • the "lumbar” or “lumbar region” is area of the abdominal segment of the torso, between the diaphragm and the sacrum (pelvis).
  • the lumbar region is sometimes referred to as the lower spine, or as an area of the back in its proximity.
  • Figure 1 depicts an illustrative non-limiting embodiment of the "frame” (101) including the chest or pectoral and hips region of the body highlighting the circular "core region” (102) or “core muscles” as described herein.
  • Figure 2a depicts an illustrative non-limiting embodiment of the "subtle X-cross configuration" (103) described herein across the "core region” (102) at the transpyloric plane of the user of the present embodiment.
  • Figure 2b depicts an illustrative non-limiting embodiment of the "subtle X-cross configuration" (104) described herein across the upper "core region" (102) below the pectorals of the user of the present embodiment.
  • Figure 2c depicts an illustrative non-limiting embodiment of the "subtle X-cross configuration" (105) described herein across the lower "core region” (102) above the hips or umbilical region of the user of the present embodiment.
  • Figure 3 a depicts an illustrative non- limiting embodiment of the present embodiment (106a) showing the dual assembly side -release buckle (107) with webbing (109) and loops (108) comprising cord (130) in a closed position.
  • Figure 3b depicts an illustrative non- limiting embodiment of the present embodiment (121) showing the dual assembly side -release buckle (125) with ladderloc (120), webbing (124), and loops (122) comprising cord (130) and loop-lock (123) in a closed position.
  • Figure 4a depicts an illustrative non-limiting embodiment of the present embodiment (106b) showing the dual assembly side -release buckle as represented by the male portion (107a) and the female portion (107b) with webbing (109) and loops (108a and 108b) in an open or unbuckled position.
  • Figure 4b depicts an illustrative non- limiting embodiment showing the dual assembly side -release buckle as represented by the male portion (125 a) and the female portion (125b) with webbing (124), ladderlocs (120), and loops (122) with loop-locks (123) in an open or unbuckled position.
  • Figure 4c depicts an illustrative non- limiting embodiment showing the dual assembly side -release buckle as represented by the male portion (125a) with webbing (124), a clip (131), and loops (122) with loop-locks (123) in an open or unbuckled position.
  • Figure 4d depicts an illustrative non- limiting embodiment showing the dual assembly side -release buckle as represented by the male portion (125a) with webbing (124), a harness
  • Figure 4e depicts an illustrative non- limiting embodiment showing the dual assembly side -release buckle as represented by the male portion (125a) with webbing (124), a D-ring
  • Figure 5 a depicts an illustrative non- limiting embodiment of a connector (106a) with loops (108) situated close-in to the buckle providing for a "snug" fit depending upon the user's varying body type.
  • Figure 5b depicts an illustrative non- limiting embodiment of a connector (106c) with loops (108) situated close-in to the buckle providing for a "loose” fit depending upon the user's varying body type.
  • Figure 6 depicts an illustrative non- limiting embodiment of the connector (106) attaching to the ladderloc (111) attached to the shoulder strap assembly (110) of a representative golf bag (100).
  • Figure 7a depicts an illustrative non- limiting embodiment of the connector (106) attached to the shoulder straps assembly (110) of a representative golf bag (100) provided that the connector is in the open or unbuckled position.
  • Figure 7b depicts an illustrative non- limiting embodiment side-view of the connector (106) attached to the shoulder straps assembly (110) of a representative golf bag (100) provided that the connector (106) is in the open or unbuckled position highlighting weight distribution pulling downward on the shoulders of the user by the vector arrow (116).
  • Figure 8a depicts an illustrative non-limiting embodiment of the connector (106) attached to the shoulder straps assembly (110) of a representative golf bag (100) provided that the connector (106) is in the closed or buckled position.
  • Figure 8b depicts an illustrative non- limiting embodiment of the connector (106) attached to the shoulder straps assembly (110) of a representative golf bag (100) provided that the connector (100) is in the closed or buckled position highlighting the redistribution of weight from the shoulders to the core region of the user.
  • Figure 9 depicts an illustrative non- limiting embodiment of a multi-component attachment assembly (126) showing the dual assembly side -release buckle as represented by the male portion (125 a) and the female portion (125b) with webbing (124) and loops (122) with loop-lock (123) and engaged ladderloc attachment (120) in an open or unbuckled position.
  • Figure 10a depicts an illustrative non-limiting embodiment of a multi-component attachment assembly (126a) in use, provided that the user is attaching the connector to the shoulder strap assembly (110) of the golf bag (100).
  • Figure 10b depicts an illustrative non- limiting embodiment of a multi-component attachment assembly (126b) in use, provided that the user has attached the connector to the shoulder strap assembly (110) of the golf bag (100, not shown in this Figure).
  • Figure 11 depicts an illustrative non- limiting embodiment of a multi-component attachment assembly (126) in use, provided that the user is carrying a golf bag while wearing the attached connector across the "core region" in this case the lower portion of the core region.
  • Figure 12 depicts an illustrative non- limiting embodiment of a multi-component attachment assembly (126) in use, provided that the user is carrying a golf bag while wearing the attached connector across the middle section of the "core region”.
  • An apparatus, method, device, and system for connecting one or more strap(s) of a bag for example a dual-strap golf bag or other carrying bag, to the user of the bag, for example in a manner that is substantially horizontally in an area just below the chest region, for example the pectorals, and above the navel of the user, thereby transferring or redistributing load bearing weight from the shoulders to the torso.
  • a bag for example a dual-strap golf bag or other carrying bag
  • load-bearing packs more generally have long benefitted from dual shoulder straps and a hip belt working in concert to evenly distribute the load, and a sternum strap, stretching from one shoulder strap to another just below the collarbone, for providing stability only. While manufacturers have created what can be described as a "rectangular frame" around the perimeter of the torso ( Figure 1) thereby creating connections on the top and bottom, left and right of the torso manufacturers have failed to recognize and design for the load-shifting benefits that can be achieved by joining shoulder straps together near the center of the torso (including below the pectorals and also including above the navel), creating a subtle "X pattern or cross configuration" within the aforementioned "rectangular frame.”
  • sternum strap systems such as after-market add-ons, as opposed to those built-into backpacks, are an assembly comprising, for example, a buckle and split-bar slide.
  • sternum straps are designed to sit across the chest of the user (i.e. above the pectorals).
  • Such systems have failed for users and are deficient for several reasons including inter alia: (1) they do not redistribute or properly balance weight; (2) the split- bar, which affixes to a strap, is not universal in size, e.g. it is fixed, therefore limiting; and (3) a requirement of use of a non-adjustable, non-dual assembly buckle, where the length of the strap is adjustable on one side only, and fixed on the other.
  • golf bag straps are traditionally manufactured with webbing material anywhere from about 0.50 inches to about 1.25 inches in width.
  • incorporation of a loop system is a preferred method to attach the buckle to a strap that is found to be universal.
  • incorporation of a loop system further comprising an attachment member and a loop -lock is a more preferred method to attach the connector to a strap system that is found to be universal.
  • the inventor has further recognized that the closer the user can place the weight or force exerted by the bag to his or her center of mass, the greater the benefit. Additionally, by creating more points of contact with the body, the benefit is further enhanced, as the stress or force exerted by the bag is more evenly distributed and weight is thereby shifted or redistributed toward this strong "core region", effectively taking or shifting the load off the shoulders.
  • an illustrative non- limiting embodiment, of the connector (106) is attached to the straps assembly (110) of a representative golf bag (100) wherein the connector is in the open or unbuckled position.
  • the user of the connector and wearer of the golf bag is carrying said bag in a "traditional configuration.” As worn, the user would fail to experience the benefit afforded by the attachment and use of the connector described herein.
  • the connector 106
  • the connector is attached to the straps assembly (110) of a representative golf bag (100) wherein the connector is in the open or unbuckled position.
  • the user of the connector and wearer of the golf bag is carrying said bag in a "traditional configuration." As worn, the user would fail to experience the benefit afforded by the attachment and use of the connector described herein.
  • traditional configuration As worn, the user would fail to experience the benefit afforded by the attachment and use of the connector described herein.
  • FIG. 7b a side-view of the connector (106) attached to the shoulder straps assembly (110) of a representative golf bag (100) worn in the traditional configuration wherein the connector (106) is in the open or unbuckled position highlighting weight distribution pulling downward on the shoulders of the user as represented by the vector arrow (116).
  • the connector (106) is attached to the straps assembly (110) of a representative golf bag (100) wherein the connector (106) is in the closed or buckled position.
  • closure or buckling of the connector creates more points of contact between the upper body, straps and bag.
  • the benefit is further enhanced, as the stress or force exerted by the bag is more evenly distributed across the torso.
  • Figure 8b in some embodiments, when worn by the user in the closed position, the weight of the golf bag with or without clubs is thereby shifted or redistributed toward the strong core region, effectively taking or shifting the load off the shoulders. This is further exemplified by vector arrows (119a) and (119b).
  • the affixed multi-component attachment assembly (126) is worn by the user in the closed position.
  • the multi-component attachment assembly (126) in use is worn across the central core region, as depicted in Figure 11.
  • the multi-component attachment assembly (126) comprising attachment member (120) fits securely on or is a part of the strap system (110).
  • the attachment member (120) may be attached to strap (112) or strap (113) of strap assembly (110), depending upon the bag's strap assembly configuration.
  • loop (122) is engaged or connected to (120) and the strap system (110) forming a snug fit. The snug fit is further enhanced by engaging the loop-lock (123).
  • the loop-lock (123) is manually adjusted to slide and fit snugly against (120).
  • the locking mechanism or device of (123) provides sufficient force or strength to provide a secure hold on the cord (130) of loop (122). It will also be appreciated that the snug fit will be further enhanced with the addition of a clip, a harness, a D-ring, a cord keeper, a hook loop, or the like, or any combination thereof to the loop.
  • the multi-component attachment assembly (126) in use is worn across the upper core region, as depicted in Figure 12.
  • the multi-component attachment assembly (126) in use is worn across the lower core region.
  • the position of the multi-component attachment assembly will vary across this region accordingly depending on the size, shape and level of comfort for the user. Golf Bag
  • a golf bag system comprising a compartment for holding a golf club or for organizing golf clubs; a strap system (110) for supporting said golf bag (100), said strap system including a plurality of straps, each strap having a first end and a second end, said second end being attached to an attachment point for load support of the compartment; a hub having a plurality of arms, each arm having at least one attachment point to which said first end of at least one of said plurality of straps is connected, wherein said hub includes a padded portion having a raised portion; and a multi-component attachment assembly. Said padded portion acts as a center of rotation for movement of said hub.
  • a golf bag comprises attachment points for a load support assembly.
  • the plurality of arms is integrally formed as a part of said hub.
  • the plurality of straps is pivotally connected to the hub.
  • a plurality of straps includes a set of upper straps (112) and a set of lower straps (113), said upper straps each having a padded portion which engages the shoulder region of a user, and said lower straps which attach between said attachment points of said hub and said golf bag.
  • some preferred embodiments of the innovation provide for a multi-component attachment assembly (106 or 121) wherein the attachment device is independent of the strap system (110).
  • the attachment device is integrally attached to or is a part of the strap system (110).
  • the attachment device is attached to the first end of the strap (112).
  • the attachment device is attached to said second end of the strap (112).
  • the attachment device is attached to the first end of the strap (113).
  • the attachment device is attached to said second end of the strap (113).
  • the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (112). In some embodiments, the attachment is at least about 1 cm to at least about 149 cm from said first end of the strap (112), at least about 1 cm to at least about 148 cm from said first end of the strap (112), at least about 1 cm to at least about 147 cm from said first end of the strap (112), at least about 1 cm to at least about 146 cm from said first end of the strap (112), at least about 1 cm to at least about 145 cm from said first end of the strap (112), at least about 1 cm to at least about 144 cm from said first end of the strap (112), at least about 1 cm to at least about 143 cm from said first end of the strap (112), at least about 1 cm to at least about 142 cm from said first end of the strap (112), at least about 1 cm to at least about 141 cm from said first end of the strap (112), at least about 1 cm to at least about 1 cm to at least about 141 cm
  • the attachment comprises, but not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap (112). In some embodiments, the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap (112), at least about 1 cm to at least about 148 cm from said second end of the strap (112), at least about 1 cm to at least about 147 cm from said second end of the strap (112), at least about 1 cm to at least about 146 cm from said second end of the strap (112), at least about 1 cm to at least about 145 cm from said second end of the strap (112), at least about 1 cm to at least about 144 cm from said second end of the strap (112), at least about 1 cm to at least about 143 cm from said second end of the strap (112), at least about 1 cm to at least about 142 cm from said second end of the strap (112), at least about 1 cm to at least about 141 cm from said second end of the strap (112), at least about 1 cm to at least about 1 cm to at least about 141 cm
  • the attachment comprises, but is not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (113). In some embodiments, the attachment is at least about 1 cm to at least about 149 cm from said first end of the strap (113), at least about 1 cm to at least about 148 cm from said first end of the strap (113), at least about 1 cm to at least about 147 cm from said first end of the strap (113), at least about 1 cm to at least about 146 cm from said first end of the strap (113), at least about 1 cm to at least about 145 cm from said first end of the strap (113), at least about 1 cm to at least about 144 cm from said first end of the strap (113), at least about 1 cm to at least about 143 cm from said first end of the strap (113), at least about 1 cm to at least about 142 cm from said first end of the strap (113), at least about 1 cm to at least about 141 cm from said first end of the strap (113), at least about 1 cm to at least about 1 cm to at least about 141
  • the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap (113). In some embodiments, the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap (113), at least about 1 cm to at least about 148 cm from said second end of the strap (113), at least about 1 cm to at least about 147 cm from said second end of the strap (113), at least about 1 cm to at least about 146 cm from said second end of the strap (113), at least about 1 cm to at least about 145 cm from said second end of the strap (113), at least about 1 cm to at least about 144 cm from said second end of the strap (113), at least about 1 cm to at least about 143 cm from said second end of the strap (113), at least about 1 cm to at least about 142 cm from said second end of the strap (113), at least about 1 cm to at least about 141 cm from said second end of the strap (113), at least about 1 cm to at least about 1 cm to at least about 141 cm
  • a feature of the subject matter described herein is a golf bag load support assembly comprising a body mounting assembly in the form of a connector arranged to be situated on or at the user's core region; a shoulder mounting assembly associated with the body mounting assembly; and a load support assembly member supported on the body mounting assembly and on the shoulder mounting assembly, wherein the connector is an independent multi-component attachment system (106 or 121) or integral attachment system (106 or 121) to the load support assembly member.
  • the shoulder mounting assembly comprises a first and second shoulder strap elements which are arranged to be supported by first and second shoulders of a user; a first and second shoulder strap elements being interconnected such that orientation of a first shoulder of the user higher than his second shoulder produces a corresponding orientation of the first and second shoulder strap elements, thus maintaining a desired load distribution between the two shoulders and waist of the user independent of the relative orientation thereof; and a strap means slidably connected to said first and second shoulder strap elements and connected to said body mounting assembly, wherein at least one of the first and second shoulder strap elements and said strap means being formed of a stretchable resilient material in order to permit stretching of the load support so as to accommodate variations in the distance between the shoulders and the waist depending on the body orientation of the user.
  • said first and second shoulder strap elements are slidably connected to said strap means by the connector at a location intermediate to said first and second shoulder strap elements.
  • the connector is a multi-component attachment system (106) or (121), or the like.
  • the load support assembly further comprising user operable means for determining the vertical orientation of the load support assembly member relative to the body mounting assembly when the load support assembly is mounted on the user, said user operated means comprising an elongated webbing member made of resilient material and of selectable length, mounted on the load support member, in which an attachment member slidably engages said body mounting assembly, the attachment member slidably determining the vertical orientation of the load support member relative to the body mounting assembly and the slidable engagement of the attachment member with the body mounting assembly enabling up-to-down motion or side-to-side motion of the load support member relative to the body mounting assembly.
  • the attachment member is selected from, but not limited to, the group consisting of a D-ring, a latch, a ladderloc, a harness, a buckle, a clamp, a O-ring, a clip, a carabiner, and a slide.
  • a load support assembly comprising a core body mounting assembly; a shoulder mounting assembly; a load support assembly member supported on the core body mounting assembly and on the shoulder mounting assembly; and stretchable resilient means interconnecting the shoulder mounting assembly and the core body mounting assembly in order to accommodate variations in the distance between the shoulders and the waist depending on the body orientation of the user for generally maintaining a desired distribution of a load on the load support assembly member between the core body mounting assembly and the shoulder mounting assembly notwithstanding changes in the relative orientations thereof.
  • the load support assembly described herein further comprising user operable means for determining the vertical orientation of the load support assembly member relative to the body mounting assembly when the load support assembly is mounted on the user, said user operated means comprising an elongated webbing member made of resilient material and of selectable length, mounted on the load support member, in which an attachment member slidably engages said body mounting assembly, the attachment member slidably determining the vertical orientation of the load support member relative to the body mounting assembly and the slidable engagement of the attachment member with the body mounting assembly enabling up- to-down motion or side-to-side motion of the load support member relative to the body mounting assembly.
  • the attachment member is selected from, but not limited to, the group consisting of a D-ring, a latch, a ladderloc, a carabiner, a harness, a buckle, a clamp, a O-ring, a clip, and a slide.
  • a further embodiment provides for a load support assembly comprising a core body mounting assembly; a shoulder mounting assembly including first and second shoulder strap elements which are arranged to be supported by first and second shoulders of a user; a load support assembly member supported on the core body mounting assembly and on the shoulder mounting assembly; stretchable resilient means interconnecting the shoulder mounting assembly and the core body mounting assembly in order to accommodate variations in the distance between the two shoulders depending on the body orientation of the user; and stretchable resilient means interconnecting the shoulder mounting assembly and the core body mounting assembly in order to accommodate variations in the distance between the shoulders and the waist depending on the body orientation of the user.
  • a strap system (110) for supporting a golf bag (100) comprising a load support assembly; a plurality of straps including a set of two upper straps each having a padded portion which engages the shoulder region of a user and a set of two lower straps connecting to the golf bag; and a hub having at least two symmetrical arms, each said arm having at least one attachment point to one of said plurality of straps.
  • the hub rotates during use in response to forces applied on each of said straps to provide optimized balance of the golf bag as carried on the shoulders of the user.
  • the plurality of straps is pivotally connected to the hub.
  • Some embodiments of the strap system (110) provide for the hub having at least three symmetrical arms wherein each arm has at least one attachment point to one of said plurality of straps.
  • the hub has at least four symmetrical arms wherein each arm has at least one attachment point to one of said plurality of straps.
  • the strap system (110) comprises a multi-component attachment assembly (106).
  • the attachment device is independent of the strap system (110).
  • the attachment device is integrally attached to the strap system (110).
  • the attachment device is attached to said first end of the strap (112).
  • the attachment device is attached to said second end of the strap (112).
  • the attachment device is attached to said first end of the strap (113).
  • the attachment device is attached to said second end of the strap (113).
  • the strap system (110) comprises a multi-component attachment assembly (121).
  • the attachment device is independent of the strap system (110).
  • the attachment device is integrally attached to the strap system (110).
  • the attachment device is attached to said first end of the strap (112).
  • the attachment device is attached to said second end of the strap (112).
  • the attachment device is attached to said first end of the strap (113).
  • the attachment device is attached to said second end of the strap (113).
  • the attachment comprises, but is not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (112). In some embodiments, the attachment is at least about 1 cm to at least about 149 cm from said first end of the strap (112), at least about 1 cm to at least about 148 cm from said first end of the strap (112), at least about 1 cm to at least about 147 cm from said first end of the strap (112), at least about 1 cm to at least about 146 cm from said first end of the strap (112), at least about 1 cm to at least about 145 cm from said first end of the strap (112), at least about 1 cm to at least about 144 cm from said first end of the strap (112), at least about 1 cm to at least about 143 cm from said first end of the strap (112), at least about 1 cm to at least about 142 cm from said first end of the strap (112), at least about 1 cm to at least about 141 cm from said first end of the strap (112), at least about 1 cm to at least about 1 cm to at least about 141
  • the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap (112). In some embodiments, the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap (112), at least about 1 cm to at least about 148 cm from said second end of the strap (112), at least about 1 cm to at least about 147 cm from said second end of the strap (112), at least about 1 cm to at least about 146 cm from said second end of the strap (112), at least about 1 cm to at least about 145 cm from said second end of the strap (112), at least about 1 cm to at least about 144 cm from said second end of the strap (112), at least about 1 cm to at least about 143 cm from said second end of the strap (112), at least about 1 cm to at least about 142 cm from said second end of the strap (112), at least about 1 cm to at least about 141 cm from said second end of the strap (112), at least about 1 cm to at least about 1 cm to at least about 141 cm
  • the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (113). In some embodiments, the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (113).
  • the attachment is at least about 1 cm to at least about 149 cm from said first end of the strap (113), at least about 1 cm to at least about 148 cm from said first end of the strap (113), at least about 1 cm to at least about 147 cm from said first end of the strap (113), at least about 1 cm to at least about 146 cm from said first end of the strap (113), at least about 1 cm to at least about 145 cm from said first end of the strap (113), at least about 1 cm to at least about 144 cm from said first end of the strap (113), at least about 1 cm to at least about 143 cm from said first end of the strap (113), at least about 1 cm to at least about 142 cm from said first end of the strap (113), at least about 1 cm to at least about 141 cm from said first end of the strap (113), at least about 1 cm to at least about 148 cm from said first end of the strap (113), at least about 1 cm to at least about 140 cm from said first end of the strap (113), at least about 1 cm to
  • the attachment comprises, but is not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap (113). In some embodiments, the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap (113), at least about 1 cm to at least about 148 cm from said second end of the strap (113), at least about 1 cm to at least about 147 cm from said second end of the strap (113), at least about 1 cm to at least about 146 cm from said second end of the strap (113), at least about 1 cm to at least about 145 cm from said second end of the strap (113), at least about 1 cm to at least about 144 cm from said second end of the strap (113), at least about 1 cm to at least about 143 cm from said second end of the strap (113), at least about 1 cm to at least about 142 cm from said second end of the strap (113), at least about 1 cm to at least about 141 cm from said second end of the strap (113), at least about 1 cm to at least about 1 cm to at least about 141
  • a strap system for supporting a golf bag comprising a load support assembly system; a plurality of straps, each strap having a first end and a second end, said second end being attached to an attachment point on said golf bag; and a hub having a plurality of arms, each arm having at least one attachment point to said first end of at least one of said plurality of straps, wherein said hub includes a padded portion.
  • the padded portion acts as a center of rotation for movement of said hub.
  • the plurality of arms is integrally formed as a part of said hub.
  • the plurality of straps is pivotally connected to the hub.
  • the aforementioned strap system further comprises a multi- component attachment assembly (106). Some preferred embodiments provide for when the attachment device is independent of the strap system. Other embodiments of the multi- component attachment system (106) provide for when the attachment device is integrally attached to or is a part of the strap system. In some embodiments, the aforementioned strap system (110) further comprises a multi-component attachment assembly (121). Some preferred embodiments provide for when the attachment device is independent of the strap system. Other embodiments of the multi-component attachment system (121) provide for when the attachment device is integrally attached to or is a part of the strap system. Other embodiments of the multi- component attachment system (121) provide for when the attachment device is integrally attached to or is a part of the golf bag.
  • Further embodiments of the multi-component attachment system (106) provide when the attachment device is attached to said first end of the strap. In some preferred embodiments of the multi-component attachment system (106), the attachment device is attached to said second end of the strap. Further embodiments of the multi-component attachment system (121) provide when the attachment device is attached to said first end of the strap. In some preferred embodiments of the multi-component attachment system (121), the attachment device is attached to said second end of the strap.
  • the attachment comprises, but is not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (112). In some embodiments, the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap (112).
  • the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap (112), at least about 1 cm to at least about 148 cm from said second end of the strap (112), at least about 1 cm to at least about 147 cm from said second end of the strap (112), at least about 1 cm to at least about 146 cm from said second end of the strap (112), at least about 1 cm to at least about 145 cm from said second end of the strap (112), at least about 1 cm to at least about 144 cm from said second end of the strap (112), at least about 1 cm to at least about 143 cm from said second end of the strap (112), at least about 1 cm to at least about 142 cm from said second end of the strap (112), at least about 1 cm to at least about 141 cm from said second end of the strap (112), at least about 1 cm to at least about 148 cm from said second end of the strap (112), at least about 1 cm to at least about 140 cm from said second end of the strap (112), at least about 1 cm to
  • the attachment comprises, but is not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (113). In some embodiments, the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap (113).
  • the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap (1 13), at least about 1 cm to at least about 148 cm from said second end of the strap (113), at least about 1 cm to at least about 147 cm from said second end of the strap (113), at least about 1 cm to at least about 146 cm from said second end of the strap (113), at least about 1 cm to at least about 145 cm from said second end of the strap (113), at least about 1 cm to at least about 144 cm from said second end of the strap (113), at least about 1 cm to at least about 143 cm from said second end of the strap (113), at least about 1 cm to at least about 142 cm from said second end of the strap (113), at least about 1 cm to at least about 141 cm from said second end of the strap (113), at least about 1 cm to at least about 148 cm from said second end of the strap (1 13), at least about 1 cm to at least about 140 cm from said second end of the strap (113), at least about 1 cm to
  • a hub for a golf bag load support assembly system comprising a symmetrical portion having at least four arms extending therefrom for attachment to ends of respective golf bag straps; or a symmetrical portion having at least three arms extending therefrom for attachment to ends of respective golf bag straps; or a symmetrical portion having at least two arms extending therefrom for attachment to ends of respective golf bag straps; and a connector situated at the end of each said arm, providing pivotal connection between said arm and the respective end of said golf bag strap.
  • the connector is selected from, but not limited to, the group consisting of a D-ring, a latch, a harness, a carabiner, a ladderloc, a buckle, a clamp, a O-ring, a clip, and a slide.
  • the pivotal connection of the hub to said golf bag straps permits rotation of the hub on the back of a golfer when carrying the golf bag, providing continually adjusting balance optimization during use.
  • hub includes a padded portion which includes a raised portion.
  • the raised portion acts as a center of rotation for movement of said hub.
  • FIG. 4a Another feature of the subject matter described herein is a connector depicted as illustrative non-limiting embodiments seen in Figures 4a, 4b, 5a and 5b which solve the problem manufacturers have failed to recognize and provide a solution.
  • the present innovation enables the user to be able attach a multi-component attachment assembly (106 or 121) herein described as a connector to a strap system (110) of a golf bag (100) or golf bag directly and to adjust the webbing (109 or 124) or cord length on either side of the connector. This is best described as a dual assembly side -release buckle.
  • the user of the present innovation can thread a cord or webbing (109 or 124) through both ends of the buckle (107 or 125), which allows a wearer to make the straps as taught or as loose as preferred.
  • the connector (106 or 121) is a dual assembly side -release buckle with nylon webbing or cord (109 or 124) with loops (108 or 122) attached to either end. While side-release buckles are known in the industry with patents held by the plastics manufacturers, for example, those made by ITW Nexus, most of the buckles are manufactured for hiking backpacks. The inventor has recognized this void in the industry and surprisingly found that the dual assembly side-release buckle with this configuration as described herein does not exist anywhere! Moreover, the inventor has surprisingly found the benefit afforded by the configuration described herein in its incorporation to the golf bag design and use.
  • a multi-component attachment system comprises a base module having an attachment module mating section and a cord connection section, wherein a cord connection section includes a top piece and a bottom piece. The top and bottom pieces are configured to engage a cord to the base module when the top piece is interlocked to the bottom piece.
  • a multi-component attachment system comprises an attachment module including a linking device and an attachment device, wherein the linking device has a base module mating section and an attachment device mating section. Said attachment device is configured to receive and support an object therein, the attachment device coupled to the linking device via the attachment device mating section.
  • Some embodiments provides for the attachment module mating section and the base module mating section together comprise a releasably connectable assembly. Some embodiments also provides for when the base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section.
  • the multi-component attachment system provides for when the top piece and bottom piece are pivotally connected by a pivot system. Some embodiments of the multi-component attachment system provides for the pivot system when it has a pin/hole arrangement. In another embodiment, the multi-component attachment system provides when the pivot system has a hinge arrangement. In yet another embodiment, the multi-component attachment system provides when the attachment device mating section includes a side through- channel. The side through-channel is formed by an upper plate, a lower plate and a hinge piece. Further, the side through-channel is formed by an upper plate, a lower plate, and a bottom end connected between the upper plate and the lower plate. In a further embodiment, the multi- component attachment system provides for the attachment device comprises a ring, and wherein said ring is coupled to the attachment module via the side through-channel.
  • the multi-component attachment system wherein the attachment device mating section comprises an upper plate and a lower plate, the upper plate and lower plate each includes a tab at a lower end and extending in opposing fashion to define a narrow gap and the upper and lower plates define a through-channel.
  • the multi-component attachment system wherein the attachment device mating section comprises a loop.
  • the multi-component attachment system (106) provides for when the attachment device comprises a webbing or cord (109), and provided that said webbing or cord is coupled to the linking device via the loop (108).
  • the multi-component attachment system provides an attachment device mating section that comprises a loop.
  • the multi-component attachment system (121) provides an attachment device that comprises a webbing or cord (124), optionally provided that said webbing or cord is coupled to the linking device via the loop (122).
  • the loop further comprises a loop-lock (123), a clip (131), a harness (132), a D-ring (133), a cord keeper, hook loop, or the like, or any combination thereof.
  • the multi-component attachment assembly (121) as depicted in Figure 4b comprises an attachment member (120), a loop (122), a loop-lock (123), webbing (124), a dual side release buckle comprising (125a) and (125b), stitching (127).
  • the multi-component attachment assembly (121) as depicted in Figure 4b comprises an attachment member (120), a loop (122), a loop-lock (123), webbing (124), a dual side release buckle comprising (125a) and (125b), clip (131), as embodied in Figure 4c.
  • the multi-component attachment assembly (121) as depicted in Figure 4b comprises an attachment member (120), a loop (122), a loop-lock (123), webbing (124), a dual side release buckle comprising (125a) and (125b), a harness (132), as embodied in Figure 4d.
  • the multi-component attachment assembly (121) as depicted in Figure 4b comprises an attachment member (120), a loop (122), a loop-lock (123), webbing (124), a dual side release buckle comprising (125a) and (125b), a D-ring (131), as embodied in Figure 4e. While in use, it will be further appreciated that such embodiments as described above further enhance the snug and secure fit of the multi-component attachment assembly (121) to and around the attachment device, thereby reducing or preventing the multi- component attachment assembly (121) from dislodging from the strap system or golf bag.
  • the attachment member (120) comprises a ladderloc, wherein the ladderloc can be attached to the strap system of the golf bag or golf bag directly.
  • attachment member (120) may be made of a variety of materials known in the art, for example, metals, metal alloys, ceramics, composites, plastics, molded plastics and or any combination thereof. In some embodiments described herein, the attachment member (120) is made of molded plastics.
  • the multi-component attachment system provides when the attachment device mating system includes a front through-hole. In a further embodiment, the multi-component attachment system provides when the attachment device mating section includes an upper plate, a lower plate, and a bottom plate connected to both the upper and lower plates, and wherein the through-hole is in the bottom plate.
  • the multi-component attachment system provides the attachment device coupled to the linking device via the through-hole.
  • Some embodiments provide for a multi-component attachment system with an attachment device.
  • the attachment device is selected from, but not limited to, the group consisting of a clip hook, a ladderloc, a ring holder, a gripper, a carabiner, a clip, a pin (e.g. carter pin like), a loop, loop-lock, or the like, or any combination thereof.
  • the attachment device is a clip hook. Some embodiments provide for when the attachment device is a ring holder. Further embodiments provide for when the attachment device is a gripper clip. In yet a further embodiment, the attachment device is a pin attachment device. In a preferred embodiment of the multi-component attachment system (106), the attachment device is a loop (108) attachment device. In a preferred embodiment of the multi- component attachment system (106) described herein, the attachment device is a ladderloc (120) attachment device. Some embodiments provide for a multi-component attachment system with an attachment device.
  • the attachment device is selected from, but not limited to, the group consisting of a clip hook, a ladderloc, a ring holder, a gripper, a carabiner, a clip, a pin (e.g. carter pin like), a loop, loop-lock, harness, D-ring, a cord keeper, hook loop, or the like, or any combination thereof.
  • the attachment device is a clip hook.
  • Some embodiments provide for when the attachment device is a ring holder. Further embodiments provide for when the attachment device is a gripper clip.
  • the attachment device is a pin attachment device.
  • the attachment device is a loop (122) attachment device.
  • the attachment device is a ladderloc (120) attachment device.
  • the attachment device is a loop (122) attachment device further comprises a loop-lock (123), a clip (131), a harness (132), a D-ring (133), a cord keeper, hook loop, or the like, or any combination thereof.
  • attachment device mating system includes a post-wing mating section. Said attachment device is coupled to the linking device via the post-wing mating section. Some embodiments provide when the attachment device mating system includes a full dart mating section, and the attachment device is coupled to the linking device via the full dart mating section.
  • the multi-component attachment system provides when the attachment device mating system includes a two prong or multi-prong snap mating section. Said attachment device is coupled to the linking device via the two prong or multi-prong snap mating section.
  • the multi-component attachment system further provides when the attachment module mating section comprises a male side-releasable buckle clip and the base module mating section comprises a female side-releasable buckle clip.
  • the multi-component attachment system is a dual assembly side -release buckle.
  • the multi-component attachment system (106) described herein further comprises at least two pieces of webbing (109).
  • the multi-component attachment system (106) wherein one piece of webbing (109) is attached to a male side-releasable buckle clip (107a) and one piece of webbing (109) is attached to a female side-releasable buckle clip (107b).
  • the multi-component attachment system (106) further comprises two loops of high-tensile cord (130) wherein the cord (130) is affixed to the webbing (109).
  • the cord is affixed to the webbing via stitching (127), a harness (132) or D-ring (133), a cord keeper, or a hook loop.
  • the cord is affixed to the webbing via various other means known in the art.
  • one loop (108) is attached to each of one piece of webbing (109).
  • the multi-component attachment system (121) described herein further comprises at least two pieces of webbing (124).
  • the multi-component attachment system (121) further comprises a loop-lock (123).
  • the loop-lock may also be referred to as a cord fastener, cord toggle. In use the loop-lock attaches to drawstrings, or the like and tightens without the use of knots.
  • the loop-lock comprises three parts: a barrel, a toggle (plunger or locking mechanism), and a spring.
  • a toggle plunger or locking mechanism
  • tension is released and the loop-lock can move freely along the cords.
  • the loop-lock stays in place.
  • the loop-lock comes in varying sizes and shapes to suit to any purpose, including, but not limited to, plastic loop-lock, mini size loop- lock, no spring loop-lock, with spring loop-lock, or with rim loop-lock.
  • the loop-lock is made from various materials, for example, metals, metal alloys, ceramics, composites, plastics, molded plastics and or any combination thereof. In some embodiments described herein, the loop-lock is made of molded plastics.
  • the multi-component attachment system (121) described herein further comprises two loops of high-tensile cord (130) wherein the cord (130) is affixed to the webbing (124).
  • the cord is affixed to the webbing via stitching (127), a harness (132), a D-ring (133), a cord keeper, a hook loop, or the like.
  • the cord is affixed to the webbing via various other means known in the art.
  • one loop (122) is attached to each of one piece of webbing (124).
  • one loop (122) is attached to each of one piece of webbing (124) further comprises a loop-lock (123), a clip (131), a harness (132), a D-ring (133), a cord keeper, hook loop, or the like, or any combination thereof .
  • the multi-component attachment system is a dual assembly side -release buckle.
  • the dual assembly side-release buckle can be made from a variety of materials, for example, metals, metal alloys, ceramics, composites, plastics, molded plastics and or any combination thereof. It is further envisioned with the developments is materials science, the production of a side -release buckle made of light weight material(s) possessing high tensile strength is embodied herein. As such, the dual assembly side-release buckle may be of varying width. In some embodiments, dual assembly side-release buckle is, but not limited to, at least about 0.5 inches to at least about 4 inches (or metric equivalent) in width. In some
  • the width of the buckle may be larger or any size buckle, particularly in view of continued improvements in materials development as previously described.
  • the buckle is at least about 0.5 inches to at least about 3.9 inches in width, at least about 0.5 inches to at least about 3.8 inches in width, at least about 0.5 inches to at least about 3.7 inches in width, at least about 0.5 inches to at least about 3.6 inches in width, at least about 0.5 inches to at least about 3.5 inches in width, at least about 0.5 inches to at least about 3.4 inches in width, at least about 0.5 inches to at least about 3.3 inches in width, at least about 0.5 inches to at least about 3.2 inches in width, at least about 0.5 inches to at least about 3.1 inches in width, at least about 0.5 inches to at least about 3 inches in width, at least about 0.5 inches to at least about 2.9 inches in width, at least about 0.5 inches to at least about 2.8 inches in width, at least about 0.5 inches to at least about 2.7 inches in width, at least about 0.5 inches to at least about 2.6 inches in width, at least about 0.5 inches to at least about 2.5 inches in width, at least about 0.5 inches to at least about 2.8 inches
  • the multi-component attachment system provides for at least one of the base module and the attachment module is constructed of molded plastic.
  • the base module includes a safety release system to allow the cord or webbing to disconnect from the cord connection section in the presence of a strong force.
  • the safety release system includes a tab formed in a base of the cord connection section.
  • the multi-component attachment system further comprises attachment to a strap system or element for a golf bag.
  • the multi-component attachment system provides for the attachment device that is independent of a strap system (110) for a golf bag (100).
  • the multi- component attachment system provides for the attachment device to be integrally attached to or a part of the strap system (110) for a golf bag (100).
  • the attachment device is attached to a first end of the strap. In other embodiments, the attachment device is attached to said second end of the strap.
  • the attachment device is attached to the either the first end of the strap or the second end of the strap via means known in the art. In some embodiments, the attachment device is attached to either the first end or second via, but not limited to, stitching.
  • the attachment device is integrally attached to a first end of the strap. In further or additional embodiments, the attachment device is integrally attached to said second end of the strap. In certain embodiments, the attachment device is integrally attached to the either the first end of the strap or the second end of the strap via means known in the art. In some embodiments, the attachment device is integrally attached to either the first end or second via, but not limited to, stitching.
  • the multi-component attachment system (106) or (121) may be attached at various locations on either strap as either an independent attachment or integral attachment.
  • the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (112).
  • the attachment comprises, but is not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap (112).
  • the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap (112), at least about 1 cm to at least about 148 cm from said second end of the strap (112), at least about 1 cm to at least about 147 cm from said second end of the strap (112), at least about 1 cm to at least about 146 cm from said second end of the strap (112), at least about 1 cm to at least about 145 cm from said second end of the strap (112), at least about 1 cm to at least about 144 cm from said second end of the strap (112), at least about 1 cm to at least about 143 cm from said second end of the strap (112), at least about 1 cm to at least about 142 cm from said second end of the strap (112), at least about 1 cm to at least about 141 cm from said second end of the strap (112), at least about 1 cm to at least about 148 cm from said second end of the strap (112), at least about 1 cm to at least about 140 cm from said second end of the strap (112), at least about 1 cm to
  • the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap (113). In some embodiments, the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap (113).
  • the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap (113), at least about 1 cm to at least about 148 cm from said second end of the strap (113), at least about 1 cm to at least about 147 cm from said second end of the strap (113), at least about 1 cm to at least about 146 cm from said second end of the strap (113), at least about 1 cm to at least about 145 cm from said second end of the strap (113), at least about 1 cm to at least about 144 cm from said second end of the strap (113), at least about 1 cm to at least about 143 cm from said second end of the strap (113), at least about 1 cm to at least about 142 cm from said second end of the strap (113), at least about 1 cm to at least about 141 cm from said second end of the strap (113), at least about 1 cm to at least about 148 cm from said second end of the strap (113), at least about 1 cm to at least about 140 cm from said second end of the strap (113), at least about 1 cm to
  • a multi-component attachment system that comprises a base module having an attachment module mating section and a cord connection section; an attachment module having a base module mating section and an attachment device mating section, the attachment device mating section comprising of a top member, a bottom member, and a closure member connected to an end of the bottom member, the closure member moving between an open and a closed position, securing the attachment device to the attachment module when in the closed position; and an attachment device configured to receive and support an object therein.
  • the attachment module mating section and the base module mating section together further comprises a releasably connectable assembly, and wherein the base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section.
  • a multi-component attachment system that comprises a base module having an attachment module mating section and a cord connection section; an attachment module having a base module mating section and an attachment device mating section, the attachment device mating section comprising of a top member and a bottom member, the top and bottom members each including a tab at a lower end and extending opposing fashion to define a narrow gap, the top and bottom members defining a through- channel; and an attachment device configured to receive and support an object therein.
  • the attachment module mating section and the base module mating section together further comprise a releasably connectable assembly, wherein the base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section, and wherein the attachment device is coupled to the attachment module via the through- channel.
  • a multi-component attachment system that comprises a base module having an attachment module mating section and a cord connection section; an attachment module having a base module mating section and an attachment device mating section, the attachment device mating section comprising an opening on a surface of the attachment module exposing an interior of the attachment module to an exterior of the attachment module; and an attachment device configured to receive and support an object therein, the attachment device having a post.
  • Said attachment module mating section and the base module mating section together comprise a releasably connectable assembly.
  • Said base module is coupled to the attachment module by engagement of the attachment module mating section and the base module mating section, and wherein the attachment device is coupled to the attachment module by snapping the post into the opening.
  • straps are connected substantially horizontal between the chest or pectoral area and the navel of the user, more specifically from the shoulder to the torso.
  • the method provides a substantial benefit to the user of golf bag connector and its related application. In some embodiments, the method provides for the redistribution of weight of the golf bag or the like with or without golf clubs from the user's shoulders to the core region of the torso.
  • a method for the attachment of a multi-component attachment assembly herein described as a connector to a strap system of a golf bag and to adjust the webbing or cord length on either side of the connector provides for a method wherein the multi-component attachment assembly is a dual assembly side-release buckle.
  • a method provides for the user to thread cord or webbing through both ends of the buckle, thereby allowing the user to make the straps as taught or loose as preferred.
  • a method for a multi-component attachment assembly wherein the attachment device mating section comprises a loop.
  • a method provides for a multi-component attachment system wherein the attachment device comprises a webbing or cord, and wherein said webbing or cord is coupled to the linking device via the loop, clip, harness, D-ring, or the like.
  • a method for a multi-component attachment system with an attachment device is selected from, but not limited to, the group consisting of a clip hook, a ring holder, a carabiner, a gripper clip, a pin (e.g. carter pin like), a loop, a loop-lock, or the like, or any combination thereof.
  • the attachment device is a clip hook.
  • a method provides for when the attachment device is a ring holder. Further embodiments, a method provides for when the attachment device is a gripper clip. In yet a further embodiment, a method provides the attachment device is a pin attachment device.
  • a method provides when the attachment device is a loop attachment device. In yet a further preferred embodiment of the multi-component attachment system, a method provides when the attachment device is a loop attachment device, further comprising a loop-lock, a clip, a harness, a D-ring, a cord keeper, hook loop, or the like, or any combination thereof.
  • a method that comprises a multi-component attachment system wherein the attachment device mating system includes a two prong snap mating section. Said the attachment device is coupled to the linking device via the two prong snap mating section.
  • a method further provides a multi-component attachment system wherein the attachment module mating section comprises a male side- releasable buckle clip and the base module mating section comprises a female side-releasable buckle clip.
  • a method for a multi-component attachment assembly wherein the attachment assembly is a dual assembly side -release buckle is provided.
  • a method for a multi-component attachment system further comprising at least two pieces of webbing.
  • a method provides a multi-component attachment system provided that one piece of webbing is attached to a male side-releasable buckle clip and one piece of webbing is attached to a female side-releasable buckle clip.
  • the method further provides for a multi-component attachment system that further comprises two loops of high-tensile cord provided that the cord is affixed to the webbing.
  • the method further provides when the cord is affixed to the webbing via stitching.
  • a method provides when the cord is affixed to the webbing via various other means known in the art.
  • a method provides that one loop is attached to each of one piece of webbing.
  • a method for multi-component attachment system provides that the attachment system is a dual assembly side -release buckle.
  • the method further provides when the dual assembly side -release buckle can be made from a variety of materials, for example, metals, metal alloys, ceramics, composites, plastics, molded plastics and or any combination thereof. It is further envisioned with the developments is materials science, the method further provides for the production of a side-release buckles or dual assembly side- release buckles made of light weight material possessing high tensile strength is embodied herein. As such, the method provides the dual assembly side -release buckle may be of varying sizes and width.
  • a method for dual assembly side-release buckle is, but not limited to, at least about 0.5 inches to at least about 4 inches (or metric equivalent) in width.
  • the width of the buckle may be larger or any size buckle, particularly in view of continued improvements in materials development as previously described.
  • the buckle is at least about 0.5 inches to at least about 3.9 inches in width, at least about 0.5 inches to at least about 3.8 inches in width, at least about 0.5 inches to at least about 3.7 inches in width, at least about 0.5 inches to at least about 3.6 inches in width, at least about 0.5 inches to at least about 3.5 inches in width, at least about 0.5 inches to at least about 3.4 inches in width, at least about 0.5 inches to at least about 3.3 inches in width, at least about 0.5 inches to at least about 3.2 inches in width, at least about 0.5 inches to at least about 3.1 inches in width, at least about 0.5 inches to at least about 3 inches in width, at least about 0.5 inches to at least about 2.9 inches in width, at least about 0.5 inches to at least about 2.8 inches in width, at least about 0.5 inches to at least about 2.7 inches in width, at least about 0.5 inches to at least about 2.6 inches in width, at least about 0.5 inches to at least about 2.5 inches in width, at least about 0.5 inches to at least about 0.5 inches
  • a method for multi-component attachment system at least one of the base module and the attachment module is constructed of molded plastic.
  • the dual assembly side -release buckle is constructed of molded plastic.
  • a method provides a multi-component attachment system wherein the attachment system further comprises attachment to a strap system or element for a golf bag.
  • the method provides for the attachment device of (106) that is independent of a strap system for a golf bag.
  • the method provides for the attachment of the attachment device of (121) that is independent of a strap system for a golf bag.
  • a method provides for a multi-component attachment system wherein the attachment device of (106) to be integrally attached to or a part of the strap system for a golf bag.
  • a method provides for the attachment of attachment device of (121) to be integrally attached to or a part of the strap system for a golf bag.
  • a method that provides for the attachment device is attached to a first end of the strap.
  • the method provides for the attachment device is attached to said second end of the strap.
  • a method provides for the attachment device is integrally attached to a first end of the strap.
  • the method provides for the attachment device is integrally attached to said second end of the strap.
  • the attachment device is attached to either the first end of the strap or the second end of the strap via means known in the art.
  • a method provides for the attachment device is attached to either the first end or second end via, but not limited to, stitching.
  • a method provides for a multi-component attachment system may be attached at various locations on the either strap.
  • a method provides for attachment of a multi-component attachment system wherein the attachment assembly may be attached at various locations on the either strap.
  • a method provides when the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said first end of the strap.
  • a method provides wherein the attachment is, but not limited to, at least about 1 cm to at least about 150 cm from said second end of the strap.
  • the attachment is at least about 1 cm to at least about 149 cm from said second end of the strap, at least about 1 cm to at least about 148 cm from said second end of the strap, at least about 1 cm to at least about 147 cm from said second end of the strap, at least about 1 cm to at least about 146 cm from said second end of the strap, at least about 1 cm to at least about 145 cm from said second end of the strap, at least about 1 cm to at least about 144 cm from said second end of the strap, at least about 1 cm to at least about 143 cm from said second end of the strap, at least about 1 cm to at least about 142 cm from said second end of the strap, at least about 1 cm to at least about 141 cm from said second end of the strap, at least about 1 cm to at least about 148 cm from said second end of the strap, at least about 1 cm to at least about 140 cm from said second end of the strap, at least about 1 cm to at least about 139 cm from said second end of the strap, at least about 1 cm to at least about 1 cm to
  • a method for the attachment of a multi-component assembly system (106) provided that a loop (108) is manually manipulated to slide over an attachment member wherein the attachment member is selected from, but not limited to, the group consisting of a D-ring, a latch, a ladderloc, a harness, a buckle, a clamp, a O-ring, a clip, a carabiner, and a slide.
  • the method provides when the loop is manually manipulated to slide over a ladderloc, or the like. The method further provides for the process is repeated to attach the multi-component assembly system to the other strap.
  • a method for the attachment of a multi-component assembly system (121) provided that a loop (122) is manually manipulated by a user to slide over an attachment member wherein the attachment member is selected from, but not limited to, the group consisting of a D-ring, a latch, a ladderloc, a harness, a buckle, a clamp, a O-ring, a clip, a carabiner, and a slide.
  • the attachment member is selected from, but not limited to, the group consisting of a D-ring, a latch, a ladderloc, a harness, a buckle, a clamp, a O-ring, a clip, a carabiner, and a slide.
  • the attachment member (120) is independent of the shoulder strap system and is attached to the straps.
  • a loop (122) further comprises a loop-lock (123), a clip, a harness, a D-ring, a cord keeper, a hook loop , or the like, or any combination thereof.
  • the method provides when the loop (122) and loop-lock (123), clip (131), harness (132), D-ring (133), a cord keeper, a hook loop or any combination thereof are manually manipulated to slide over a attachment member (120).
  • the method further comprises adjusting the loop-lock, clip (131), harness (132), D-ring (133) or any combination thereof to provide a snug and secure fit with the loop (122), attachment member (120) and the loop-lock (123).
  • the method further provides for the process is repeated to attach the multi-component assembly system (121) to the other strap of the strap assembly (110).
  • the average user can experience relief from pain, greater endurance, increased focus and stamina to play their best golf through all 18 holes. But the benefits are never in sharper relief than when the user nears the end of the round, a point at which the user previously would have struggled with shoulder and back pain, and a loss of focus on the game. It should be appreciated that the examples provided herein are presented as illustrative and non-limiting embodiments of the present innovation and should not be construed as such.
  • the present innovation is designed such that users of all body types, such as, but not limited to, petite, small, average, large, and over-sized are afforded a proper fit to achieve the benefits as described herein thereby lending to the innovation's universality.
  • the adult male affixed the connector to the golf bag's shoulder straps, by unbuckling the device and attaching one side of the connector to the ladderloc (or similar attachment) on the left shoulder strap, and the other side of the connector to the ladderloc (or similar attachment) on the right shoulder strap.
  • the adult male wrapped his hands around each side of the strap at the position where connector adjoined, lifted the bag up slightly by pulling the shoulder straps down to position it above his buttocks then pulled the straps together to buckle across his upper abdomen or core region.
  • the adult male felt the weight of the 25 lbs bag shift off of the shoulders and onto the core muscles, which were now engaged.
  • the posture of the adult male transformed from a backwards-leaning, unstable, and arched posture to a forward-leaning, athletic posture.
  • the bag felt refreshingly tight and stable resting against the hips and the small of the back.
  • the adult male had properly fitted the connector.
  • the adult male unbuckled the device and put the bag down on the tee box to hit the first shot. After hitting a golf ball, the adult male slipped the bag back over the shoulders.
  • the adult male took the first few steps down the fairway, in a natural motion, he again buckled the connector across his upper abdomen or core region and immediately felt the benefits.
  • the bag now fit securely and comfortably against the body as he walked confidently toward the ball.
  • the average adult male golfer repeated this process many times throughout the course of the round, feeling immediate benefits from the use of the connector every time he picked up the bag to walk to the next shot.
  • Example 2 Average Adult Female Golfer [00259] An adult female enjoyed carrying her bag and walking 18 holes for pleasure was regularly plagued by the discomfort of carrying a golf bag over an often 6,000+ yard round. Both the weight of the about 23 lbs bag pulling down and back on her shoulders, and the instability of the bag as it swayed up and down and back and forth against her hips as she walked, caused pain in her shoulders and lower back, and took a toll on her game as she experienced increasing physical and mental fatigue over the course of a round.
  • the adult female affixed the connector to the golf bag's shoulder straps, by unbuckling the device and attaching one side of the connector to the ladderloc (or similar attachment) on the left shoulder strap, and the other side of the connector to the ladderloc (or similar attachment) on the right shoulder strap.
  • the adult female wrapped her hands around each side of the strap at the position where connector adjoined, lifted the bag up slightly by pulling the shoulder straps down to position it above her buttocks then pulled the straps together to buckle across her upper abdomen or core region.
  • the adult female felt the weight of the about 23 lbs bag shift off of the shoulders and onto the core muscles, which were now engaged.
  • the posture of the adult female transformed from a backwards-leaning, unstable, and arched posture to a forward- leaning, athletic posture.
  • the bag felt refreshingly tight and stable resting against the hips and the small of the back.
  • the adult female had properly fitted the connector.
  • the adult female unbuckled the device and put the bag down on the tee box to hit the first shot. After hitting a golf ball, the adult female slipped the bag back over the shoulders.
  • she again buckled the connector across her upper abdomen or core region and immediately felt the benefits.
  • the bag now fit securely and comfortably against the body as she walked confidently toward the ball.
  • the average adult female golfer repeated this process many times throughout the course of the round, feeling immediate benefits from the use of the connector every time she picked up the bag to walk to the next shot.
  • the adolescent golfer affixed the connector to the golf bag's shoulder straps, by unbuckling the device and attaching one side of the connector to the ladderloc (or similar attachment) on the left shoulder strap, and the other side of the connector to the ladderloc (or similar attachment) on the right shoulder strap.
  • the adolescent golfer then slipped the bag across the shoulders and adjusted the height of the straps to find the perfect fit. The average adolescent golfer contracted the straps so that there was tension across the core region of the body when the connector was buckled.
  • the adolescent golfer wrapped her hands around each side of the strap at the position where connector adjoined, lifted the bag up slightly by pulling the shoulder straps down to position it above her buttocks then pulled the straps together to buckle across her upper abdomen or core region.
  • the adolescent golfer felt the weight of the about 15 lbs bag shift off of the shoulders and onto the core muscles, which were now engaged.
  • the posture of the adolescent golfer transformed from a backwards-leaning, unstable, and arched posture to a forward-leaning, athletic posture.
  • the bag felt refreshingly tight and stable resting against the hips and the small of the back.
  • the caddy affixed the connector to the golf bag's shoulder straps, by unbuckling the device and attaching one side of the connector to the ladderloc on the left shoulder strap, and the other side of the connector to the ladderloc on the right shoulder strap.
  • the caddy then slipped the bag across the shoulders and adjusted the height of the straps to find the perfect fit.
  • the caddy contracted the straps so that there was tension across the core region of the body when the connector was buckled.
  • the caddy wrapped his hands around each side of the strap at the position where connector adjoined, lifted the tour bag up slightly by pulling the shoulder straps down to position it above his buttocks then pulled the straps together to buckle across his upper abdomen or core region.
  • the caddy felt the weight of the 35 lbs bag shift off of the shoulders and onto the core muscles, which were now engaged.
  • the posture of the caddy was transformed from a hunched-over leaning, unstable posture to a more erect forward-leaning, athletic posture.
  • the tour bag felt refreshingly tight and stable with the weight of the tour bag more evenly distributed across the body, especially at the core region.
  • the caddy had properly fitted the connector.
  • the caddy unbuckled the device and put the bag down on the tee box.
  • the caddy slipped the tour bag back over the shoulders.
  • the caddy took the first few steps down the fairway, in a natural motion, he again buckled the connector across his upper abdomen or core region and immediately felt the benefits.
  • the tour bag now fit securely and comfortably against the body as he walked confidently toward the ball.
  • the average caddy repeated this process many times throughout the course of the round and week, feeling immediate benefits from the use of the connector every time he picked up the bag to walk to the next shot.

Landscapes

  • Health & Medical Sciences (AREA)
  • General Health & Medical Sciences (AREA)
  • Physical Education & Sports Medicine (AREA)
  • Purses, Travelling Bags, Baskets, Or Suitcases (AREA)

Abstract

La présente invention concerne un appareil fixé à un sac de golf ou à un autre sac, ou incorporé d'un seul tenant dans un sac de golf ou dans un autre sac, conçu de telle sorte que le poids du sac de golf, ou analogue, comportant des clubs ou ne comportant pas de clubs, soit réparti depuis les épaules de l'utilisateur jusqu'à la région centrale. Avec l'intérêt croissant du golf comme sport de loisir ou professionnel aux Etats-Unis, en Europe et en Asie, la présente invention offre un avantage à tous les utilisateurs qu'ils soient jeunes, vieux, hommes, femmes, amateurs, professionnels, ayant un niveau d'aptitude variable et/ou des types de corps variables pour transporter confortablement ledit sac de golf sur un parcours de golf ou autour de ce dernier.
PCT/US2014/071965 2013-12-24 2014-12-22 Raccord de sac de golf WO2015100260A1 (fr)

Priority Applications (1)

Application Number Priority Date Filing Date Title
US15/107,762 US20160317884A1 (en) 2013-12-24 2014-12-22 Golf bag connector

Applications Claiming Priority (4)

Application Number Priority Date Filing Date Title
US201361920694P 2013-12-24 2013-12-24
US61/920,694 2013-12-24
US201461991405P 2014-05-09 2014-05-09
US61/991,405 2014-05-09

Publications (1)

Publication Number Publication Date
WO2015100260A1 true WO2015100260A1 (fr) 2015-07-02

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Application Number Title Priority Date Filing Date
PCT/US2014/071965 WO2015100260A1 (fr) 2013-12-24 2014-12-22 Raccord de sac de golf

Country Status (2)

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US (1) US20160317884A1 (fr)
WO (1) WO2015100260A1 (fr)

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KR20210072330A (ko) * 2019-12-09 2021-06-17 박솔 가방 어깨벨트 구조

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US11766265B1 (en) * 2015-09-03 2023-09-26 Ishmael L. Antonio Climbing harness with built-in tourniquet
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