TWI248351B - Carrying device for a cartable item providing single to dual-shoulder support transitioning and enhanced load bearing capabilities - Google Patents

Abstract

The present invention features a unique carrying device for carrying a cartable item, wherein the carrying device is formed of a rigid structure and comprises means for engaging a first shoulder of a user, means for engaging a second shoulder of a user, means for connecting the means for engaging the first and second shoulders of a user together, means for adjusting the ergonomic configuration of the carrying device, means for releasably coupling or attaching the carrying device to a golf bag, and means for transitioning, upon elective actuation, functions to transition or convert the carrying device from a single-shoulder carrying arrangement or position to a dual-shoulder carrying arrangement or position. Moreover, in its dual-shoulder arrangement, the carrying device effectively distributes a load evenly over the upper back of a user.

Description

1248351 V. INSTRUCTIONS (1) Scope of invention

The present invention relates to portable devices, such as harnesses or straps, which are designed to be attached or integrated into containers, backpacks, luggage, bags (eg, golf bags, mail bags, etc.), and substantially any and All types of carryable items that allow a user to carry and support the carryable item on one or both shoulders using the carrying device. In particular, the present invention relates to a unique carrying device and system that is designed to allow a user to carry and support a loadable item with a single shoulder at the beginning, which is quickly and easily converted by the attendant capability. Carrying the device to achieve the shoulder carrying support of the carryable item. The invention also relates to a method of converting a carrying device from a shoulder carrying support position to a shoulder carrying support position. In addition, the present invention distributes a load more evenly over the upper back of the user once in the shoulder carrying support position. BACKGROUND OF THE INVENTION AND RELATED ARTS A carrying device such as a harness or shoulder strap is often visible in an awkward situation and is used to support carryable items such as backpacks, golf bags, mail bags, luggage, and many other items via the shoulder of a user. Carrying. Many of these conventional carry-on items are designed to engage one or both shoulders of the user without providing one or the other. In addition, many of these conventional carrying devices are made of a flexible material that tends to create unnecessary stress and strain on the user. In particular, such portable devices are common in golf courses. The Golf Tournament is one of the most popular sports events in the world and has strong support at both leisure and professional levels. Although golf has always been

Page 7 1248351 V. Invention Description (2) It is a happy game for beginners and experts. The popularity of this game has exploded in recent years. A record number of people gathered at the excellent stadiums around the world to try to use their hands to perform the seemingly difficult task of breaking the white ball into the four-mile hole hundreds of yards with as few shots as possible. With the explosive popularity and record number of participants, golf equipment has also changed. In particular, since golf tournaments require multiple different clubs, balls, tees, and other accessories to play the game fairly, the golf bag has become an essential part of any golfer. During the competition, golfers usually walk in a course in one of several ways. For example, a golfer may walk on the court and carry a personal club, or sometimes hire a club to carry the club for him/her. Other golfers use a wheeled cart or a motorized or engine-driven pickup truck to mount a golf club in the golf bag, usually near the rear of the vehicle. Of particular interest to the present invention are those who walk on the field and carry the club set. Therefore, the present invention is applicable to a large number of golfers who want to walk on a golf course as a healthy and happy sport. One of the long-standing ills of these golfers is the constructional nature of standard golf bags. Traditionally, golf bags have been designed to be constructed with a very simple carrying system, considering only the components that provide the golfer with a golf bag carrying the club and ball. The conventional golf bag for storing the club set is in the form of a tubular carrying member that is closed at one end so that the club portion of the club can be longitudinally received in the bag. In addition, the conventional carrying system or device used to carry such golf bags consists of a single shoulder extending from the upper edge of one of the golf bags to an intermediate point on the bag.

1248351 V. Description of invention (3) Band composition. The shoulder strap is preferably loose and made of a flexible material, wherein the golfer or the golfer can carry the golf bag by passing an arm through the shoulder strap so that the shoulder strap extends across a shoulder. Support the bag action. The golf bag is designed to sag in a natural rest position depending on the position and slack of the shoulder strap. Despite its simple design, this single shoulder strap design has been used for many years and is still very common today, especially on lower price golf bags. Although it is common, this design has many shortcomings and shortcomings that are easily recognized by those who carry these Nalph bags at a Nanlf stadium. One such problem is due to the full weight of the golf club and the bag (usually about twenty to thirty stone weights) which can cause the user's shoulder to fatigue, especially if it is several rounds. This fatigue due to the heavy nature of the golf bag creates pressure on the neck, shoulders, and back muscles, which is more persistent because of the often unbalanced nature of the golf bag relative to the user. For example, weight, imbalance, and single shoulder strap design may cause companion muscle soreness in the hips and lower back due to the fact that the center of gravity of the bag is offset relative to the user's spine. This is especially important for golf players with back problems. Another problem associated with the design of a single shoulder strap is that the golf bag repeatedly hits his/her unpleasant swing or sway as the user walks from one hole to the other. This continuous sway or sway is derived from the same natural frequency as the user and is difficult to stabilize. In recent years, early-stage advanced bags have been greatly improved by remedying these significant defects and attracting a larger and more diverse range of golf players. Some of these designs are briefly described below. U.S. Patent No. 362,752, issued to Steurer, for the purpose of

1248351 V. INSTRUCTIONS (4) The design of the double-shaped shoulder strap of the Erf bag. A design of a golf bag with a shoulder strap is proposed in U.S. Patent No. 3,8,5,5,5, issued to, et al. A design of a golf bag with a single shoulder strap is proposed in U.S. Patent No. 3, 4,558, issued to Du η η. U.S. Patent No. 6, 1 2 2 3 4 3, which is incorporated herein by reference, discloses a single yoke-type collar that provides four adjustable shoulder straps for two or four attachment to a golf bag. This circle is suitable for facilitating the horizontal installation of the Nalph bag on the back of the Nanlf player. This loop has a wide surface with a compliant material for comfort and is adapted to fit the necessary shape of a known golfer.

A shoulder strap assembly for a golf bag is proposed in U.S. Patent No. 5,593,077 issued to I. A first shoulder strap extends longitudinally between spaced apart positions on the outer surface of the bag and a second shoulder strap has opposite connecting ends, the opposite connecting end of the second shoulder strap being coupled to the ball pocket at the first shoulder strap member One of the positions adjacent to the bag is adjacent to each other and adjacent to each other and the second shoulder strap extends away from the bag in a substantially annular configuration, thereby allowing the bag to be hung from the golfer by one or two shoulder straps Or one shoulder or shoulders of the younger brother.

A golf bag having a dual carrying shoulder strap assembly is proposed in U.S. Patent No. 5,5,058,259, issued to the United States. In one embodiment, the shoulder strap assembly includes a first shoulder strap attached to the bag and interfaces with the bag at the first and second longitudinally displaced positions. The shoulder strap assembly also includes a separate second shoulder strap that is also attached to the golf bag and has one end that interfaces with the golf bag at the second position and the other end of which is the same second a position or an intermediate position such as a carrying handle of the golf bag and the

Page 10 1248351 V. Description of invention (5) Golf bag junction. In addition, the two separate shoulder straps form two loops such that the golf bag can be supported on the golfer's shoulders. U.S. Patent No. 5,042,703 to Izzo, the entire disclosure of which is incorporated herein incorporated by reference in its entirety in the entire entire entire entire entire entire entire entire entire portion a handle that interconnects adjacent ends of the shoulder strap members, and the circumferential loops serve to maintain the bag in a manner that aligns with the back of the carrier when the shoulder straps are over the shoulder The opposite extreme ends of the first and second shoulder strap members are attached to the golf bag. The upper and lower extreme ends of the shoulder strap members are automatically adjusted circumferentially, and adjacent ends between the shoulder strap members are interconnected in a manner to maintain the shoulder strap members in a raised position, such that the pockets Can be easily lifted off the ground and more easily placed on the shoulders of the carrier. A golf bag having a support belt assembly that allows one person to carry is proposed in U.S. Patent No. 5,038,984 issued to I. The shoulder strap assembly includes a first shoulder with a shoulder strap end secured to a first position of the open upper end of the golf bag, and another shoulder strap end secured to the golf bag longitudinally spaced apart from the first position Second position. a second shoulder has one end fixed to the second position of the golf bag, and the other shoulder end is fixed to the golf bag. The longitudinal direction of the golf bag is spaced apart from the second position between the second position and the closed end of the golf bag. The third position between. The ends fixed to the second position are preferably attached to each other to form a central portion of the shoulder strap assembly. The two shoulder straps thus allow the golf bag to be carried on the shoulders and oriented across the back. This patent describes a variety of sockets for the two shoulder straps and reveals different adjustments and packing configurations.

</ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Second shoulder strap. The shoulder straps have shoulder pads and one of them can be covered by a relatively slippery material. The first end of the first shoulder strap and the first end of the second shoulder strap are attached to an intermediate portion of one of the pockets at a central location. The other ends of the first and second shoulder straps are longitudinally secured to the golf bag about opposite sides of the central position. The shoulder straps include a first and second resilient shoulder strap members at the central location, and the resilient shoulder strap members terminate in a position spaced apart from the shoulder pads. These elastic shoulder strap elements are positioned to allow the shoulder straps to be easily accessed. The first, second and third seats for securing the shoulder straps to the bag are selectively longitudinally adjustable along the bag to balance the bag and adjust the shoulder width. Also, the liner can be laterally arched for wear. In addition, a concave structure can be formed in the bag to conform to the golfer's back. U.S. Patent No. 5,636,778 issued to Jones et al., which is incorporated herein incorporated by reference in its entirety in the entire entire entire entire entire entire entire entire disclosure The upper and lower ends of the tubular body. In one embodiment of the dual shoulder strap system, the lower end of the first shoulder strap is coupled to a buckle and a sliding mechanism for re-orienting in a direction substantially parallel to one of the length dimensions of the golf bag body Position the second position. A second shoulder strap has opposite ends that are attached to the golf bag body at third and fourth locations that are respectively spaced apart in the other direction. In an alternative embodiment of the dual shoulder strap system, the lower end of the first shoulder strap can be coupled to one of the pair of attachment devices mounted on the golf bag body, wherein an attachment device repositions the second position.

</ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; To engage the shoulders of the person carrying the golf bag. In one embodiment, the shoulder carries a single elongate strap with ends of the lacings that oppose each other. a strap end and a first portion of the strap between the ends of the straps is attached to a first point on a golf bag and defines a first loop for an arm to be inserted into the golf bag Supported at least partially on one shoulder. Another strap end and a second portion of the strap between the ends of the straps is attached to a second point on the golf bag and defines a second loop for the other arm to be inserted to The golf bag is at least partially supported on the other shoulder. U.S. Patent No. 4,487,347 issued to Zegar et al. includes a golf bag and a carrying device. It includes an elongated rigid rod that can be attached to a conventional single shoulder strap golf bag. The rod contains a perforation. In one embodiment, the two shoulder straps are designed to be adjustable and include a component for quick attachment/removal with the elongate rigid bar. U.S. Patent No. 5,541,736 issued to La Mar, which is incorporated herein by reference in its entirety, assigned to the entire entire entire entire entire entire entire entire entire entire entire entire disclosure A shoulder strap system on the shoulder of the user, and a belt system for securing the container to the waist of the user to support the weight of the container by the lower body of the user. The belt system includes a waistband that is fastened around the waist of the user and a waist pad that cushions the lower back of the user. The golf bag allows the user to transfer the weight of the bag from the shoulder to the lower back to improve shoulder fatigue and soreness.

Page 13 1248351 V. INSTRUCTIONS (8) Improve the golfer's posture and golf ability. U.S. Patent No. 2,8,5,1,1,1, issued to U.S. Patent No. 2,857, filed on Jan. These shoulder straps are completely separate and independent. Although there are many improvements beyond the traditional single shoulder strap design, there are still many deficiencies in these conventional designs. Specifically, S h i η proposes a shoulder strap that can mount the Shelf ball bag laterally. Dunn proposes a single longitudinally oriented shoulder strap. Zegar and Williams each propose the use of separate and independent shoulder straps extending circumferentially from the side of the golf bag. I ζ 〇 〇 proposes a single shoulder strap that is constructed to form a shoulder ring assembly and is connected to the golf bag at three points. Lamar, Jones et al., Steurer '205 and Beebe each proposed two separate shoulder straps that were arranged in different ways on the golf bag. Steurer '752 proposes a harness having two separate halves interconnected by a connecting shoulder strap and a four point connection to the golf bag. These conventional designs limit the user to a single shoulder or require considerable effort by the user to apply the shoulder design. What is needed, therefore, is a golf bag carrying device that allows a user to support a golf bag with a single shoulder or shoulders that simply or efficiently converts or transforms between such carrying configurations, and when it is on the shoulders The mode effectively distributes the load to the user's upper back. SUMMARY OF THE INVENTION In view of the deficiencies of conventional designs, the present invention seeks to create a variety of containers, backpacks, luggage, bags, and other items that can be carried and that are typically used to carry or contain various items therein. Similar structure (below

Page 14 1248351 V. INSTRUCTIONS (9) Innovative unique devices, systems, and methods collectively referred to as ''portable items'). To achieve this goal, the present invention proposes a carrying device adapted to facilitate the carrying of a carryable item. The carrying device includes: a member for engaging a first shoulder of a user to support carrying a loadable article, wherein the member engaging a first shoulder includes a rigid main shoulder region; for selectively engaging a a second shoulder of the user to provide a further carrying member of the loadable item on the shoulder of the user, wherein the member engaging the second shoulder also includes a rigid secondary shoulder region; a member coupled to the first and second shoulder regions; configured to convert the member selectively engaging a second shoulder from a first hidden idle shoulder position to a second active secondary loadable article support position a member, wherein the secondary shoulder region is thus coupled to the second shoulder of the user to effect a single to shoulder carrying support transition of the carrying device; and for releasably attaching the portable device to the portable carrier The component of the item. The conversion features of the present invention are expected to be achieved with a single smooth and efficient exercise that requires only a small amount of effort by the user. In a preferred embodiment, the member engaging a first shoulder includes a main shoulder region having a rigid main shoulder frame and a shoulder/neck region corresponding to a user and a front side and back of the upper chest region, respectively. Side section. The member engaging one of the second shoulders of the user includes a primary shoulder region having a rigid secondary shoulder frame and preferably compliant with a shoulder/neck region of the user and a front side and back of the upper chest region, respectively Side section. The secondary shoulder area may also include a lockable position module therein to allow the secondary shoulder area

Page 15 1248351 V. Description of the Invention (ίο) One of the end sections can be adjusted relative to one of the secondary shoulder zones and locked in a plurality of transitional positions, such as allowing a front side section to be stationary relative to a stationary section The back side section is adjusted and locked in multiple positions. In this embodiment, the lockable positioning module provides the ability to lower and raise the endmost section and lock it in one of a plurality of transition positions as desired. The means for joining the main shoulder regions together includes a shoulder bridge spanning between the primary and secondary shoulder regions, the construction of which is preferably rigid. The shoulder bridge may or may not include components for adjusting the carrier to more closely match the body of the different body types. The present invention further provides for adjusting the components of the carrier device including an adjustment assembly that permits precise lateral, rotational, and lateral adjustment of the carrier device, particularly the primary and secondary shoulder regions relative to each other. The present invention further provides a member for releasably attaching the carrier to the loadable article, wherein the releasable attachment member preferably includes a support strap assembly having a back side and a lateral support strap. In an exemplary embodiment, the backside support strap is attached to the shoulder bridge of the carrier and attached to the one or more attachment points on or adjacent to the shoulder carrier. In still another exemplary embodiment, the lateral support strap is attached to the conversion member and attached to an attachment on a front section of the loadable item. The releasable attachment member further includes a restraining member extending from the lateral strap to the user's body in a reverse direction to attach to the carryable article. The function of the restraining member is very similar to that of the lateral support strap, but the counter-rotating support opposite the lateral support strap is provided to the carryable article. The restraining member can be attached to the member engaging the first shoulder of the user, in particular at least one point on the main shoulder region, or

Page 16 1248351 V. INSTRUCTION DESCRIPTION (11) At least one point that may be suitable for attachment to the conversion member. Additionally, the restraining member is attached to at least one point on the carryable item. The restraining member encompasses any attachment member known in the art. The conversion member cooperates with the primary shoulder region such that it is integrally formed with, coupled to, or releasably coupled to the primary shoulder region, or is actually a portion of the primary shoulder region. In an exemplary embodiment, the conversion member includes a shifting arm that is integrally formed or releasably coupled to the main shoulder region and that extends from the main shoulder region. The conversion member can also include a built-in grip and a palm rest to facilitate or motivate the shifting member. In an exemplary embodiment, the actuation of the conversion member is accomplished by lifting and rotating the conversion arm, which includes one of the secondary shoulder regions corresponding to the rotation and lifting action. Further manipulation of the shifting arm allows the user to properly position the secondary shoulder region to engage the user's previously unoccupied second shoulder, thereby enabling the portable device to be carried from a single shoulder carrying support configuration to a shoulder carrying Support configuration conversion. Although the present invention is applicable to any type of carryable article as defined above, in a preferred but exemplary embodiment, the present invention provides a golf bag carrying system or device that is adapted to be coupled or integrally formed in a A golf bag is used to provide a component that carries the golf bag. In a similar manner, the preferred embodiment also provides a method for carrying a golf bag and for transferring the carrying device to the shoulder carrying the golf bag. The golf bag carrying system, apparatus, and method of the present invention provide a departure from the traditional and modern styling described above and not mentioned in this specification.

Page 17 1248351 V. INSTRUCTIONS (12) The unique and complete model of the bag carrying system, device, and method, and provides a new way for golfers or brothers to carry a golf bag and walk on the golf course. Such a unique system implemented and broadly described in accordance with the present invention as provided by the present specification provides a golf bag carrying device having a rigid structure and including means for engaging a first shoulder of a user for engaging a use a member of the second shoulder, a member for joining the members joining the first shoulder and the second shoulder of the user, a member for adjusting the carrying device, and a releasable device for the carrying device a member coupled to or attached to a golf bag, and a switching arm that, after selective actuation, converts or converts the carrier from a one-shoulder carrying support configuration or position into a shoulder carrying support configuration or position . In a more specific example, the golf bag carrying device includes a primary shoulder region including a primary shoulder frame, wherein the primary shoulder region is designed to be initially positioned on a first shoulder of a user to support a first golf bag; a secondary shoulder region complementary to the main shoulder region and adapted to be selectively positioned on a second shoulder of the user, wherein the secondary shoulder region includes a primary shoulder frame; a connection a main shoulder frame and a shoulder bridge of the secondary shoulder frame; a shifting arm formed with the main shoulder frame, wherein the shifting arm is configured to convert the secondary shoulder frame from a first hidden idle shoulder position Forming a second active secondary golf bag support position to achieve engagement of the secondary shoulder frame with the second shoulder of the user, thereby implementing single-to-shoulder support conversion of the golf bag carrying device; It contains one for use with respect to the secondary shoulder area and

Page 18 1248351 V. INSTRUCTIONS (13) The body selectively adjusts the adjustment assembly of the main shoulder zone; a backside strap "which engages the corresponding tin point of the primary and secondary shoulder frames, and A lateral support strap includes a first end attached to the golf bag carrying device and a second end attached to the golf bag. Finally, the present invention proposes a trunk and/or component integration concept that eliminates the support straps that are generally known to be present on backpacks and that replaces the carrier device of the present invention. In particular, the present invention provides a loadable article comprising a carrier of the present invention integrally formed or coupled to an existing backbone or other component of the backpack. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS It should be understood that the components expressed in the text and drawings in this specification can be arranged and designed in a number of different configurations. Thus, the following detailed description of the embodiments of the systems and methods of the present invention and the scope of the invention as claimed in the first FIGS. 1 through 1 9 are not intended to be limiting of the presently preferred embodiments of the present invention. expression. The present preferred embodiment of the invention will be understood by reference to the drawings, wherein the same parts are indicated by the same numerals. The present invention provides a unique example of a carrier that is designed to be supported on the user's shoulder and attached to a carryable item. This exemplary variation is primarily achieved by a method, apparatus, and system for carrying a carryable item as taught in the specification, the illustration, and the scope of the patent application. Briefly stated, the present invention provides a method, apparatus, and system for carrying a loadable item, wherein a user can cause the user to activate one of the components of the portable device as described in more detail below. Carrying

Page 19 1248351 V. INSTRUCTIONS (14) Convert or convert from a one-shoulder carrying device into a shoulder carrying device. This conversion feature of the present invention is expected to be achieved with a single smooth and efficient exercise that requires only a small amount of effort by the user. The carrying device of the present invention has a number of unique features and advantages, some of which are set forth and explained below. Also, the features and advantages that are not explicitly mentioned are readily understood by those skilled in the art and are intended to fall within the scope of the present invention. To clearly illustrate the concepts and features of the present invention, the following detailed description is divided into several paragraphs, each of which focuses on a particular aspect, structure, feature, function, or method of operation of the present invention. Specifically, the following description is divided into three paragraphs. The first paragraph is titled ''The structural example of the portable device and system', the second paragraph is titled 'v trunk or component integration〃, and the third paragraph is titled , 'Portable devices and system operation methods and functions〃. It should be understood that the portable device and system of the present invention are suitable for use with any type, style, design, size or shape of carryable items that are intended to be carried by a user with the body and that are not necessarily intended to be carried by the user but may be so adapted or Other modified items that can be used for modification. For the purposes of the disclosure and scope of the present invention, an item that can be carried can be defined as any bag, container, rack, sack, package, or can be carried, dragged, carried, supported, or grasped by a user. And similar structures or devices within which one or more objects can be received and contained. In addition, a loadable item can be defined as any structure, device, system, machine, object, etc. that a user may wish to grasp, carry, haul, support or carry with the body. Indeed, not all possible types, styles, designs, sizes, or

Page 20 1248351 V. DESCRIPTION OF THE INVENTION (15) Shapes are explicitly set forth or illustrated in this specification, but as will be understood by those skilled in the art, it is desirable to incorporate them into the contents, drawings, and Within the scope of the patent application scope. STRUCTURAL EMBODIMENT OF PORTABLE DEVICE AND SYSTEM FIG. 5 is a perspective view of the portable device 10, which focuses on the features, components, and overall structure of the device. Referring to Figure 1, the carrying device and system 10 (hereinafter referred to as 'v carrying device 10 〃) is represented by the highest abstract conceptual level including a single, integrally formed design and combination, while Figures 2 - 5 are drawn to include several Carrying device 10 of an add-on component or component. Specifically, in each of Figures 1-5, the carrier 10 has an integrally formed rigid structure and includes means for engaging a first shoulder of a user to support carrying a loadable item; Selectively engaging a second shoulder of a user to provide a further carrying member of the loadable item on the shoulders of the user; a member for joining the first and second shoulder regions together; The member for selectively engaging a second shoulder is converted from a first latent idle shoulder position to a second active secondary loadable item support position, wherein the secondary shoulder region is thereby engaged with the user The second shoulder, thereby realizing the conversion between the one-shoulder carrying device that uses only one shoulder of the user and the shoulder carrying device that uses the shoulders of the user; and the portable device can be used for The release is attached to the member that can carry the item. Unlike conventional carrying devices that use or utilize flexible or flexible shoulder straps or harnesses, the carrier device 10 of the present invention includes a rigid construction that is implemented in its primary configuration, which provides certain advantages and benefits that will be described below. In an example

Page 21 1248351 V. INSTRUCTION DESCRIPTION (16) In the embodiment, the carrying device 10 is made of a plastic material and is formed by one of various manufacturing methods such as injection molding, casting, and the like. The carrying device 10 can also be constructed of other materials, such as metal, carbon graphite, or wood, but a plastic or plastic composite is preferred. The member engaging the first shoulder of the user includes a major shoulder region 14 having an ergonomic design that conforms or substantially conforms to the shoulder and neck regions of a user's first shoulder. The main shoulder region 14 is used as the first zone for engaging the first shoulder of the user after the start of use of the carrier 10. Stated another way, the primary shoulder region 14 is also during the initial shoulder carrying state or configuration when the user picks up the carrier 10 and engages the device with his/her shoulder to carry the attached carryable item. The carrying device 10 has an active section. In this state, the primary shoulder region 14 provides a one-shoulder carrying of the carryable item via a one-shoulder configuration or position operation via the carrying device 10. The main shoulder region 14 further includes a number of components therein, such as a main shoulder frame 18. The main shoulder frame 18 is a rigid member having a contour that fits over the first or primary load shoulder of the user and engages the shoulder as shown in FIG. Some embodiments of the main shoulder frame 14 may include a back side section 20 and a front side section 19 extending from the back side section 20. In these embodiments, each of the back side section 20 and the front side section 19 are used to enhance the fit of the carrying device 10 to the user's body and to further extend the carrying device 10 to the user's body for use. The movement and displacement of the device is further limited when the device 10 is carried. The main shoulder region 14 may further include a primary shoulder pad 22 that is designed to fit over the front shoulder frame 18 and the back side segment 20. Of course, the size, thickness, stiffness, and configuration of the primary shoulder pad 2 2 are familiar to those skilled in the art.

Page 22 1248351 V. INSTRUCTIONS (17) The knowledge is subject to change. For example, the primary shoulder pad 2 2 can be removable, which would allow the user to clean or replace such pads as needed. In addition, the primary shoulder pads 2 2 can be manufactured in different sizes, colors, shapes, etc., allowing the user to incorporate some degree of customization into the carrier 10. Furthermore, the primary shoulder pad 22 can include overmolding of the filler over the main shoulder region, particularly in a single, unitary embodiment, which reduces manufacturing costs and is a portable device 10 Provide a more unitary or integrally formed structure. The member for engaging the second shoulder of the user includes a primary shoulder region 2 6, which preferably has a rigid configuration similar to the primary shoulder region 14 and is ergonomically compliant with one of the user's opposite or second shoulder regions. . The secondary shoulder zone 2 6 serves as a second selective area for engaging the second shoulder of the user after use of the carrier 10. Alternatively, the secondary shoulder zone 26 is also a carrier 1 segment that acts to engage the second shoulder of the user after the carrier 10 transitions, and which acts in conjunction with the primary shoulder zone 14 to The shoulder-mounted or position-operated carrier 10 provides shoulder carrying of items that can be carried. The conversion of the carrying device 10 that causes the secondary shoulder region 26 to engage the second shoulder of the user to effect shoulder carrying is strictly a selective feature of the invention as determined by the user. In other words, the choice of carrying a carryable item on a single shoulder or shoulders using the carrying device 10 is entirely dependent on the user, and any configuration provides a sufficient performance capability to carry the carryable item. Therefore, unless specifically shifted to the opposite or second shoulder of the user, the secondary shoulder region 26 is in a dormant state. In this crouching position, the secondary shoulder zone 26 is designed to be in or include a rest and idle position that does not block and does not interfere with the operation of the carrier 10 or the user. Therefore, the present invention carries

Page 23 1248351 V. INSTRUCTIONS (18) Allow a user to select a one-shoulder carrying configuration or a shoulder-carrying configuration without interfering with the carrying device 1 after selecting either one. It should be understood that in a one-shoulder carrying configuration, the primary shoulder region includes only the portion of the carrier 10 that engages the user or the only region that provides the carrying support for the carryable items attached to the carrier 10. Naturally, the one-shoulder carrying configuration does not provide a balanced weight distribution across the user's body as a shoulder-carrying configuration, but may be a better way to carry the carry-on items, especially in the carrier 1 for a short period of time. The situation of use. Obviously, a shoulder configuration may be preferred insofar as the user would have to carry the carryable item for a prolonged period of time. This is one of the advantages of the present invention, that is, the user has the option to carry the configuration and has the ability to quickly and easily switch between the two configurations. The secondary shoulder region 26 can also include therein a plurality of components, such as a secondary shoulder frame 30 having a design profile that fits over the second or secondary shoulder of the user and engages the shoulder (see Figure 15). ). Some embodiments of the secondary shoulder frame 30, like its corresponding primary shoulder frame 18, may include a back side section 3 2 and a front side section 31 extending from the back side section 32. Both the back side section 3 2 and the front side section 3 1 on the secondary shoulder frame 30 operate in a similar manner to the front side section 19 and the back side section 20 of the primary shoulder frame 18 described above. Another contemplated feature of the secondary shoulder region 26 shown in Figures 16A and 16B includes the use of the secondary shoulder region 26 to pivot up or down relative to the user or away from and toward the user's body, and to lock in There is one of several transitional positions within this range of motion, which is in the form of a lockable bit module 300. The direction of rotation of the secondary shoulder region 26 is indicated by arrows in Figures 16A and 16B.

Page 24 1248351 V. INSTRUCTION DESCRIPTION (19) In an exemplary embodiment, as clearly shown in Figure 16A, the lockable bit module 300 allows one of the minor shoulder zones to be the last end segment. One of the shoulder zones 26 is adjusted or rotated, and the endmost section is allowed to be locked in one of several transitional positions relative to the stationary section of the secondary shoulder zone 26. In this embodiment, the secondary shoulder zone 26 includes two separate sections that are interconnected via a lockable bit module 300. For example, the lockable position module can be used to connect a stationary back side section 3004 to a pivoting front section section 3 0 8, wherein the pivoting front side section 3 0 8 can be opposite to the stationary back The side section 3 0 4 pivots and is locked in one of a number of transition positions provided by the lockable bit module 300 and present in the module. In another exemplary embodiment, the lockable position module can be positioned at the junction of the secondary shoulder region 26 and the support bridge 36 such that the secondary shoulder region 26 pivots relative to or about the shoulder bridge 36. In this embodiment, the secondary shoulder region 26 can be rotated up or down to allow the user to more easily achieve the conversion of the carrier 10 or to obtain a more comfortable carrier 10 on his/her shoulder. Cooperate. The lockable position module can be any known device or system in the art that can allow one segment to pivot relative to another segment and then lock in one of a plurality of transitional positions, including a ratchet system, a quick release Mechanism, slot and insert assembly, or any other similar device, system or assembly. Essentially, the lockable position module is used to allow the secondary shoulder zone 26 to be lifted out of the path prior to urging the shifting member to facilitate more efficient and less aggressive handling of the carrier 10 between its multiple carrying configurations. Transition. In addition, the lockable position module is adapted to allow the user to engage the secondary shoulder area with the user's second shoulder (regardless of

Page 25 1248351 V. INSTRUCTIONS (20) Positioning the secondary shoulder zone 26 prior to positioning the carrier 10 in the shoulder carrying configuration or converting the carrying device 10 into a shoulder carrying configuration) Outside the path. Once in place, the secondary shoulder zone 26 (or a rotatable section thereof) can be turned to position to engage the second shoulder of the user. Furthermore, the lockable position module is used to allow the secondary shoulder area 26 to adjust to the user of the different body types. Indeed, not all body types are similar, and they provide a means for many users to get the most comfortable ergonomic fit when using the carrier 10. The ability to adjust the secondary shoulder zone 2 6 helps achieve this benefit. It should be understood that the lockable position module includes a range of motion between 0 degrees and 180 degrees and a plurality of lockable positions within the range. Similar to the primary shoulder region 14, the secondary shoulder region 26 can further include a secondary shoulder pad 34 that is designed to fit over the front shoulder frame 30 and the back side segment 3 2 of the secondary shoulder frame 30. Again, the size, thickness, stiffness, and configuration of the secondary shoulder pad 34 can vary as would be appreciated by those skilled in the art. The front side section 31 may further include a lateral extension for further stabilizing the apparatus during use of the carrier 10. Although substantially apparent, it should be understood that in most embodiments, the primary shoulder region 14 and the secondary shoulder region 26 will substantially complement each other because they are composed of essentially equivalent structures, only exist in reverse or in structure. Chemical. Of course, the present invention encompasses numerous design differences that can be incorporated into each shoulder region, such as the back and front side segments of the primary and secondary shoulder regions 14 and 26, and the extensions on the secondary shoulder region 26 ( As described above, or other features or components. Thus, the present invention encompasses any design configuration that is incorporated into the primary and secondary shoulder regions 14 and 26 as desired, and is not intended to be limiting in any way.

Page 26 1248351 V. INSTRUCTION DESCRIPTION (21) In an exemplary embodiment, a member for joining together members of a first shoulder and a second shoulder of a user includes a shoulder bridge 36. The shoulder bridge 36 can be a separate component from the primary shoulder frame 18 or the secondary shoulder frame 30 or both, or it can be an integral extension of the frames. The shoulder bridge 36 is shown in the form of a primary and secondary shoulder zone in the form of a lateral bridge that is designed to extend across the lower neck region of the user when the carrier 10 is in a shoulder carrying configuration. Linked with 2 6 . Essentially, the shoulder bridge 36 is used to couple or attach the primary shoulder region 14 to the secondary shoulder region 26 and provide a support structure that spans the lower neck of the user in use of the carrier 10. The shoulder bridge 36 is also preferably of a rigid construction and includes a central axis of penetration. In some exemplary embodiments, the carrier 10 will rotate about this central axis for some reason, as will be explained in more detail below. The connecting member may further comprise means for adjusting the carrying device 10, in particular the relative adjustment of the primary and secondary frames 18 and 30, or as the location of the member, as described below. Other components for joining the members joining the first shoulder and the second shoulder of a user are also contemplated, such as from the primary and secondary shoulder regions 14 and 26 each along the user The back side bracket 150 that extends downward from the back. The back side brackets 150 may include a variety of shapes or configurations, two of which are depicted in Figures 6A and 6B. Of course, other designs than those specifically drawn and illustrated herein are also contemplated and can be utilized. Since it is designed to ergonomically conform to a user, the carrier 10 can be manufactured in a variety of sizes and shapes (eg for men and women as well as children)

Page 27 1248351 V. INSTRUCTIONS (22) The different sizes and shapes used enable different users to select the primary shoulder zone 14 and the secondary shoulder zone 26 to best conform to the user's specific body shape and shape. The correct or most ergonomic correct fit of the body structure. As previously stated, the present invention is directed to converting the member (e.g., the secondary shoulder region 26) that selectively engages a second shoulder from a first hidden idle shoulder position to a second active secondary loadable item. A member that supports the position. Stated another way, the present invention is directed to a means for transitioning the carrying device 10 between a one-shoulder carrying device and a one-shoulder carrying configuration and a shoulder carrying device and a companion shoulder carrying configuration. The same components (which can be collectively referred to as '&quot;conversion components〃) are identical and include the same components to implement this conversion function. In particular, the conversion member can include several different embodiments. Referring to Figures 5 and 7-1, the conversion member of the present invention includes a shifting arm 62 for transitioning or shifting the carrying device 10 between a one-shoulder carrying configuration or position and a shoulder carrying configuration or position. In the exemplary embodiment illustrated in Figures 1 - 5 and 7, the shifting arm 62 includes a rigid arm or extension extending longitudinally downward from the front side section 19 of the main shoulder region 14. In this embodiment, the shifting arm 62 includes an upper section 66 adjacent the main shoulder region 14 and a portion away from the main shoulder region 14 and forming a lower portion 70 with the upper portion 66. In this particular embodiment, the shifting arm 62 includes a single unitary structure integrally formed with the main shoulder region 14, particularly the main shoulder frame 18, such that the carrier 10 and its constituent elements comprise a single unitary component. In an alternate embodiment shown in Fig. 8, the shifting arm 62 can be a separate structural component that is removably attached or coupled to the main shoulder region 14. here

Page 28 1248351 V. INSTRUCTION DESCRIPTION (23) In an embodiment, the shifting arm 62 is removably attached using any of the attachment members known in the art. In a preferred embodiment, the attachment member includes a male threaded portion 7, 7 which is threaded into a mating female threaded bore 7 9 by a reverse thread for application by the user to the shifting arm 62. Any rotational force that effects the transition feature does not loosen the shift arm 62, but rather maintains a tight fit between the shift arm 62 and the main shoulder region 14. The attachment member may also include a quick release mechanism as is generally known or any other similar member capable of securely but removably attaching the conversion arm 62 to the main shoulder frame 14. In another embodiment, shown in Fig. 9, the shifting arm 62 can include a portion of the main shoulder region 14 itself. For example, as shown in Fig. 9, the main shoulder region 14 includes a main shoulder frame 18 having a front side segment 19. In this embodiment, the front side section 19 includes a section that is designed to allow the user to grasp the manipulation to effect the conversion of the carrier 10, which essentially allows the main shoulder frame 18 to have the front side section 1 9 It operates in a similar manner to the shifting arm 62 of the other embodiments. In another embodiment, the shifting arm 62 can include a drawstring or other similar device attached to the primary shoulder frame 18 or the secondary shoulder frame 30 to effect the conversion member to place the secondary shoulder region on the 6th And the second shoulder of a user. In any event, the conversion member and its relationship to the primary shoulder region 14 must enable the conversion member to be used to effectively manipulate the carrying device 10, particularly the secondary shoulder region 2, via the primary shoulder region 14 or the frame 18. 6 or frame 30, thereby causing the portable device 10 to switch between a one-shoulder carrying configuration and a shoulder carrying configuration on the user as desired by a user. Indeed, those skilled in the art will appreciate that the conversion member can include a number of possible design configurations. therefore,

Page 29 1248351 V. INSTRUCTIONS (24) The explicit disclosure in this specification is not meant to be limiting in any way. The conversion member and the associated rigid primary and secondary shoulder regions are unique features of the present invention and are not found in conventional carrier designs. In addition, the conversion components provide unique functionality to the carrying devices and systems of the present invention and provide many advantages and benefits not found in conventional designs. Therefore, since the carrying device of the present invention having the conversion member and the unique design presents a typical example that is completely different from the conventional wisdom, it is expected that any execution of a carrying device causes a second shoulder region to be on the shoulder and the shoulder. The structure, device, structure, system, or configuration of the function of the inter-position conversion is within the scope of the invention, the drawings, and the scope of the invention claimed. In an alternate embodiment, as shown in Figure 1, the shifting arm 62 includes a curved plug formation. Specifically, the shifting arm 62 includes a section having a curved plug formation and a lower section having a curved plug formation, the two sections being integrally formed. Providing a curved slotted formation in the shifting arm 62 is used to facilitate its intended function by providing greater leverage within the transition arm 62, i.e., to enable the carrier 10 in a one-shoulder carrying configuration. Conversion with a shoulder carrying configuration. In practice, the user has made some efforts to assist in the conversion because the curved nature of the shifting arm 62 provides the user with enhanced leverage for manipulating and rotating the shifting arm 62. The present invention encompasses any particular curved plug formation visible in the shifting arm 62, but preferably the upper section is curved in a concave manner relative to the user's body and the lower section is oriented generally relative to the upper section Bend in the outer way. Moreover, the invention encompasses any radius of curvature within its scope. The conversion member further includes a user that can be grasped and used to facilitate carrying

Page 30 1248351 V. INSTRUCTIONS (25) Device 10 is a structure that converts between a one-shoulder carrying configuration and a shoulder carrying configuration. In the exemplary embodiment shown, the shifting member includes a handle portion or grip 74 and a palm rest 78. Referring to the embodiment shown in Fig. 5, the shifting arm 6 2 includes a grip 71. The grip 74 is positioned along the lower section 7〇 and is used to provide a defined position for the user to grasp while the shift arm 6 is being actuated. The grip 7 4 can be provided with rubber or the like to relieve the user's hand slip during the priming process. Also shown is a shifting arm 62 that includes a palm rest 78 that is integrally formed or otherwise coupled to the grip 74. The palm rest 78 extends outwardly from the grip 74 and is used to provide leverage to the user when urging the shift arm 62. The palm placement 78 essentially causes the shifting arm 6 2 to rotate as previously described, as it allows the user to apply a greater moment or rotational force on the shifting arm 62. Stated another way, the palm placement portion 7 effectively includes a relative position on the grip 74 and the shifting arm 62 and the extension structure that causes the shifting arm 62 to rotate about its axis, ultimately resulting in a secondary shoulder region. 2 6 The moment arm that transitions between its two distinct positions. As is known in the art, the amount of moment that a force acts on a point or axis is proportional to the distance of the force from the point or axis. In this case, the greater the distance that the palm placement portion 7 projects from the central axis and the axis of rotation of the switching arm 62, the larger the moment arm is formed and the easier it is to cause the switching arm 62 to be centered around it. The moment or rotational force of the axis rotation. Referring to the embodiment illustrated in Figure 9, the primary shoulder region 14, particularly the front side portion 19, includes a grip 74 and an optional combination of palm rests 78. In this embodiment, as previously discussed, the primary shoulder region 14 may be adapted to include a conversion member. Therefore, the main shoulder area, especially the main shoulder frame 丨8 before the side section

Page 31 1248351 V. INSTRUCTIONS (26) 1 9 equipped with a grip 74 and a palm rest 7 8 so that the user can simply grasp the grip 7 on the main shoulder area 14 and manipulate the grip as needed The carrier 10 is switched between a one-shoulder carrying configuration and a shoulder carrying configuration as previously described. Any type of structure can be incorporated into the main shoulder region 14 to allow the user to actuate the conversion member formed therein. In a simplest embodiment, the conversion member does not include a clear structure for the user to grasp for conversion, but includes any segment of the main shoulder region 14 that the user wants to grasp. In each of these embodiments, an additional switching arm is not required. As shown in each of the figures, the conversion member is characterized by or includes a structure that allows the user to grasp the urging to selectively manipulate the carrier device 10 as needed, thereby enabling the carrier device 1 to lie on the secondary shoulder. The one-shoulder carrying configuration of the zone 26 that is idle and leaves the user's shoulder interacts with the secondary shoulder zone 26 to engage a shoulder that is opposite the support and engages the second shoulder of the user of one of the shoulder regions 14 Carry a transition or transition between configurations. As previously mentioned, the procedure is selective such that the attached carryable item can be carried or supported by one or both shoulders of the user, regardless of its position or position, by the actuation of the conversion member. The switching member is actuated by grasping the shifting member and manipulating the member such that the secondary shoulder region 26 is raised and turned to the second shoulder of the positioning engagement user. As previously mentioned, the secondary shoulder region 26 includes a hidden idle position or state defined by its absence on the second shoulder of the user and a movable engagement position defined by the presence and engagement of the second shoulder of the user or status. Thus, the secondary shoulder zone 26 travels through a predetermined range of motion during its transition between the two states. In an exemplary embodiment, the conversion member is manipulated such that it is pulled down to

Page 32 1248351 V. INSTRUCTIONS (27) The user's body and body are rotated about their central axis. This effectively causes a corresponding upward movement and rotation in the secondary shoulder zone 26. Once properly positioned, the transition member is released, thereby allowing the secondary shoulder region 26 to reach a rest position that engages the second shoulder of the user, which effectively allows the user to manipulate the conversion member such that the secondary shoulder region 26 engages the previous The second shoulder of the unoccupied user. Similarly, when the secondary shoulder region 26 is to be removed from the second shoulder of the user, the shifting member is manipulated in an opposite manner and is released when the secondary shoulder region 26 has been detached from the second shoulder of the user. In another exemplary embodiment, the carrier 10 does not include a single unitary formed structure but may include one or more separate components that are removably coupled to each other to form or constitute the carrier 10. These separate and independent components are provided in the exemplary embodiment shown in Fig. 1, wherein the main shoulder region 14, the secondary shoulder region 26, the conversion member (shown as the shoulder bridge 36), and the conversion member (shown in the figure) The switching arms 6 2 ) are removably coupled to each other. The advantage of this design is that it allows for more adjustment points to be incorporated into the carrier 10 to better match the user of various body types, as described below. The components used to join the components together can be any of the components well known in the art, such as mating male and female threads. As described above, the present invention further proposes a member for adjusting the carrying device to allow the portable device 10 to conform to different user's body, body type, height, body ratio, and the like. The adjustment member is expected to be fast and efficient in order to allow a user to quickly adjust the carrier 10 as needed or desired. Referring to Figures 2 - 5 and 12, an exemplary embodiment is shown in which the adjustment member includes a member positioned along the means for joining the primary and secondary shoulder regions 14 and 26 together or

Page 33 1248351 V. Description of the invention (28) is the overall adjustment zone within the connecting member. In this exemplary embodiment, the connecting member includes a shoulder bridge 36. Moreover, in this exemplary embodiment, the adjustment member includes an adjustment assembly 4 2 that is designed to provide relative adjustment of the carrier 10, particularly the adjustment of the primary shoulder region 14 relative to the secondary shoulder region 26. Wherein the adjustment assembly 42 includes a coupler 46 rigidly attached to one of the primary shoulder frame 18 and the secondary shoulder frame 30, one rigidly attached to the reverse coupler 46 and attached to The insertion member 50 of one of the main shoulder frame 18 and the secondary shoulder frame 30. Although the insertion member 50 is rigidly attached, it is designed to be rotatably or rotatably inserted into the coupler 46, thereby allowing the main shoulder region 14 to be shoulder bridge 36 with respect to the secondary shoulder region 26. The central axis pivots centrally and slides laterally or bidirectionally on its inner side to achieve an optimal ergonomic configuration that conforms to the selected shoulder area of the individual user. The lateral and rotational motion range is indicated by an arrow in Figure 6. The adjustment assembly 4 2 further includes means for locking the adjustment assembly 4 2, particularly the insertion member 50. The means for locking the adjustment assembly 42 in position may comprise any of the known components of the art. However, the invention encompasses the use of an indexing module, a quick release mechanism, or a threaded index screw. Each of these locking members is expected to lock the adjustment assembly in one of a plurality of predetermined or predetermined positions that conform to the user's particular body shape. Other adjustment members are also encompassed by the present invention. For example, as previously described, each of the major components of the carrying device 10, namely the primary shoulder region 14, the secondary shoulder region 26, the connecting member (eg, the shoulder bridge 36), and the conversion member (eg, the shift arm 6 2) ) can each comprise separate components that are separate

Page 34 1248351 V. INSTRUCTIONS (29) All are removably coupled together in some manner to form the carrier 10 (see Figure 11). Alternatively, some of the components may be integrally formed and the remaining components separated separately, requiring these separate components to be coupled to other integrally formed components. In any event, each such component can include a similar adjustment member to permit precise adjustment of the member relative to the associated counterpart of the member. For example, the shift arm 62 can be adjustable relative to the main shoulder region 14. The primary shoulder region 14 can be adjustable relative to the shift arm 62, or the shoulder bridge 36, and thus relative to the secondary shoulder region 26. Likewise, the secondary shoulder region 26 can be adjustable relative to the shoulder bridge 36 and thus relative to the main shoulder region 14. In addition, each of these components can include components for adjusting this particular component. For example, the shifting arm 62 can include means for adjusting the shifting arm 62 such that one or more of the shifting arms 62 are made adjustable. The type of adjustment member can be any of the commonly known components of the art and can include a ratchet system, a thumb screw, a quick release mechanism, an indexing assembly, or other components. The invention further proposes a means for releasably coupling or attaching the carrier device 1 to an object that can be carried. Referring to Figures 1 - 5 and 1 2 - 1 5, an exemplary embodiment including a support belt assembly is depicted. The support belt assembly shown in the drawings includes a back side support belt 90 which is substantially from the member used to connect the primary and secondary shoulder regions 14 and 26 (shown as shoulder bridge 3 6 in the figure). It extends vertically down the back of the user to an intermediate section attached to one of the loadable items 160 (shown in the figure as a golf bag). The support belt assembly further includes a lateral support belt 1 2 6 which is attached to the loadable member from a conversion member (shown as a shift arm 6 2 ) extending substantially in a lateral or horizontal direction below the user's arm. The front of the item 1 60. Each belt can also pass an adjustment member譬

Page 35 1248351 V. INSTRUCTIONS (30) If the buckle 1 3 8 or other similar expectations already known in the art are adjusted. The mechanism is attached to the carry-on article 96 依 as needed or the back side support belt 96 〇, while the lateral support belt 126 is attached to the carry-on article 16 〇 ^ ^ ^ ^, the upper section, As shown in Figure 13. However, the present invention covers a plurality of other attachment points or locations on the near top or loadable item 160 depending on the two crimes, the load distribution of the plurality of factors, the size of the loadable item, and the carrying of the factor. The movement and so on. In addition, the present invention also encompasses attachments that can be adjusted between J items to pass through the joint or releasably attached to the loadable object: one or more attachment points to match load distribution changes or other conditions: The attachment adjustments will increase and/or maximize the loadable items, and the attachment points described above should not be considered to be operative in any way. As shown in the example embodiment, each of the dorsal and lateral = 126 is attached to the loadable and splicing band 9 〇 and the connecting members 1 0 2 and 1 1 8 by means of attachment members 1 〇 2 and 118, respectively. It includes any known type of attachment support belt 1 2 6 mechanism, or material, capable of attaching the back side belt 9 〇 and the 勿 16 16 ° to the carryable article 160. And, in an exemplary embodiment, the back side support belt 90, which is intended to be capable of carrying a miscible support, includes a primary belt or belt, and a first and second belt extensions 94 and 98, Two points == with a piece of the thus-consistent coupler 100, capable of attaching the back side band 9 附 to the attachment members 1 〇 2 and 118 carrying both the 高尔夫球 1 and the golf bag 160, And 1 = the back side support belt 90 is stretched and can absorb and mitigate any vertical displacement of the loadable article 1 (eg, when the user is walking, the loadable object π

1248351 V. Inventive Note (31) The biasing member 1 1 4 of the bounce that is subjected to 1 60. Of course, the back side support strap 90 can comprise a single component having a first end attached to the carrier 10 and a second end attached to the golf bag without more elements or any combination of the above. As clearly shown in Figures 1 2 A and 1 2 B, the back side support belt 90 includes separate two belt extensions 94 and 9, which are attached to the carrier 10 coupling members, respectively. The two separations on the shoulder bridge (6 6) are separated by anchor points 1 0 6 and 1 1 0. The anchor points 1 0 6 and 1 1 0 are preferably located equidistant from a central point of the connecting member. The first and second strap extensions 9 4 and 9 8 may be separate and separate components that are coupled to the back side support strap 90 through the coupler 100 (eg, a metal ring, etc.) and are divergent from the coupler, or It can be formed integrally with the main belt portion 92, thereby eliminating the need for a coupler device. In either case, the back support strips 92 are preferably coupled to the carrying device 10 in at least two positions. Again, as shown in Figures 1 2 A and 1 2 B, the first and second anchor points 1 0 6 and 1 1 0 are positioned on the shoulder bridge 36. The anchor points 1 0 6 and 1 1 0 may also be located on the first and second shoulder regions 14 and 26, respectively. Preferably, the anchor points 1 0 6 and 11 0 are positioned on a top stationary position of the shoulder bridge 36, wherein the top stationary center is defined as being at the top of the shoulder bridge 36 when the carrier 10 is viewed from above and The central relative position, and wherein the carrying device 10 is in a shoulder carrying configuration (Fig. 12A) is correctly positioned on the user. However, the anchor points 1 0 6 and 1 1 0 can be positioned on the shoulder bridge and at any of the primary and secondary shoulder regions 14 and 26, as shown in Figure 1 2 B for use in primary and secondary The slots on the shoulder frames 1 8 and 30 are positioned at the primary and secondary

Page 37 1248351 V. Invention 1 (32) To shoulder frame 1 8 and 3 〇. Ministry does not 2 5 2 7 ^ Miao fixed points 106 and 110 positioned in the top side of the shoulder bridge 36 support belt 90 L Ξ ΐ ί Ϊ ί to shoulder frame 丨 8 and 3 〇) will also carry the Μ Μ 0 in the back, which The back side branch belt 90 includes a (for example, because the attached joint can be φ and it is pulled down in a vertical direction to the shoulder bridge 3 6 in the middle axis: weight: pull) Riji makes the carrying device 1 And H point · ι η "The tendency of the axis to rotate center. In addition, the first set = Γ 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 因为 因为 因为 因为 因为 因为 因为 因为 高尔夫球The weight of 60 is 110. The extension of the ancient and young two belt extensions 94 and 98 extends to the anchor point 106 and the tendency of the upper and lower belts 10 to pull down and rotate the belt, and pulls from the 'to, the, and the body. In the neck area of the user. Re: * i ί=6 and &quot;° at the top of the fixed center and the first and the second, 合: 21 relative attachment to promote the conversion of the conversion member. Specific two one® Two =% f · bag 1 60 0 has been connected and the user will carry the device 10 0, sh ί shoulders, the resulting rotation centering on the central axis of the shoulder bridge 36 will turn ... outer push up, this is a motion conversion mechanism incorporated

Ii f i仃's ten evil movement path. Therefore, the user does not have to supply all the forces required for the priming and raking, which results in the rotation of the carrier due to the positioning and orientation of the particular components of the back gusset belt 9 。. As previously mentioned, the anchor points 1〇6 and U0 can be positioned on the shoulder strength 36 or on the primary and secondary shoulder regions Η*". Again, the present invention covers anchor points 1 0 6 and 1 1 0 Positioning at any of the two locations, such as the top fixed center position as described above, or any position that deviates from the top fixed center position

1248351 V. Description of invention (33) placed, or along the bottom. And the attachment method can also be in any known manner, as shown in the figure. In addition, the back side strap can include a single attachment and be attached to the shoulder bridge 36 either primary or secondary along one of the shoulder bridge 36 or one of the primary and secondary shoulder regions 14 and 26 The shoulder region 14 or 26 does not include a dual attachment system as previously described. A single attachment or anchor point can also be positioned anywhere and any attachment member is used. First and second strap extensions 94 and 98 extend from the main strap portion 92 and are preferably attached to the carrier 10, particularly the shoulder bridge 36, along the perimeter of the outer side of the shoulder bridge 36 (or The anchor points of the primary and secondary shoulder zones are 1 0 6 and 1 1 0. Stated another way, the first and second strap extensions 94 and 98 are preferably wrapped around the outer frame portion of the shoulder bridge 36 rather than under the frame portion of the shoulder bridge 36 as shown. It is also conceivable to have the first and second belt extensions 94 and 98 pass underneath the frame portion of the shoulder bridge 36. The first and second belt extensions 94 and 98 are controlled or controlled from above or below the shoulder bridge 36 to carry the device 10 around the shoulder bridge 3 6 when the back side support belt 90 is pulled downward in a vertical direction. The direction of rotation of the central axis. The upward orientation of the belt extensions 9 4 and 9 8 causes the carrying device 10, in particular the shoulder bridge 36, to turn away from the loadable item 160, while a lower rotation causes the shoulder bridge 36 to rotate in the opposite direction, towards the carryable item 1 6 0. As previously mentioned, the back side support strip 90 can also include a biasing member 1 14 . The biasing member 1 14 can be placed on the belt along the back side support belt 90, coupled to the belt, inserted into the belt, or built into the belt. In another exemplary embodiment, the back side support strip 90 can be made of a biasing material to eliminate the need for an independent biasing device or member. Or, it can completely eliminate the bias

Page 39 1248351 V. INSTRUCTIONS (34) Component 1 1 4. In an exemplary embodiment, the biasing member 1 14 includes a separate separating member that is attached in line with the main belt portion 92, the particular positioning of which is not critical to function. The biasing member 1 1 4 is for providing and inducing a biasing tension to the back side support belt 90. The biasing member 1 14 is further used to absorb and mitigate most of the vertical force induced by the weight of the loadable article 160 and within the carrying device 10. The back side support belt 90 and the lateral support belt also include an adjustable but defined length that allows the loadable item 160 to be oriented in the most efficient and comfortable manner. Preferably, these lengths allow the transportable item 160 to be oriented laterally across the back of the user. In another embodiment, the back side support straps are coupled to the back side brackets 150 in a manner similar to that described above and illustrated in Figures 6A and 6B. Referring to Figures 4, 7, 9, and 13-1.5, the lateral support strips 1 2 6 are more clearly depicted, and the lateral support strips 1 2 6 include a releasable attachment via attachment members 1 3 4 Connected to the first end of the carrying device 10, and releasably attached to the second end of the first attachment point 180 of the loadable article 160 by means of the attachment member 138, and an allowable lateral support The adjustment member 1 4 2 having a length of 1 2 6 adjusted as needed. In an exemplary embodiment, the first end of the lateral support strap 1 26 is attached to a pivot sleeve 8 2 on the shift arm 62. The pivoting sleeve 8 2 is adapted to allow the shifting arm 62 to be actuated (raised and rotated) without disturbing the relative positioning of the loadable item 160. In other words, the pivot sleeve 8 2 is used to allow the shifting arm 62 to be actuated without significantly affecting or interfering with the relative position of the golf bag during a back-to-back transition between a single shoulder carrying configuration and a shoulder carrying configuration. These functions

Page 40 1248351 V. Invention Description (35) ί ί ίί8 八 m flat vector and vertical vector caused - between 0 to 3 60 乂 22; to ^ f significantly rotated motion angle or range becomes &#; · ί, m # # # 2 significantly reduce the number of items that can be carried. 16 〇 出 摧 摧 姑 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限 有限The military "1 ^ η达 ° you transport items 16 〇 range of motion will effectively reduce the excessive aggressive movement of the body of the body

= In the game, ... user movement caused by the user walking or the ancient ίI ί f bag usually leads to ξ ! ί : t m, bouncing, or rotating. The #turn sleeve 82 is used to limit the golf volleyball ^ private movement, while providing full freedom when necessary. The pivoting sleeve is also used to facilitate the transport of items 16 〇 from - one shoulder fit. Can be exchanged. By providing a free rotation of the sleeve and the provision of the tension on the pivot sleeve 82, the sleeve is not allowed to be turned to a linear position with zero torque. At a moment, the offset of the torque is generated - the rotational force. The f 1U 2 bow present in the pivot sleeve 82 causes the secondary shoulder region 14 to be raised and;;; ί (2): the degree of turbulence and its relative positioning, 』ί:' ίί; normal use and carrying, But will not interfere with the transportable goods 160

Page 41 1248351 V. INSTRUCTION DESCRIPTION (36) In an alternate embodiment, the pivot sleeve 8 2 can include a member for locking the pivot sleeve 8 2 in a desired position or orientation. The locking member can be any member known in the art, such as a pin insert, a brake member, and the like. The benefit of being able to lock the pivot sleeve 8 2 is that the user may not want to have any movement or movement of the carryable item around his/her body. The shifting arm 6 2 and the pivoting sleeve 8 2 further provide a mounting point 8.6 for mounting the first end of the lateral support strap to the carrying device 10 and allowing the lateral support strap to be mounted to the point 86. The central axis of rotation pivots as indicated by the arrows in Figures 4 and 15. The mounting point 816 can also attach the lateral support strip 1 2 6 to the pivot sleeve 8 2 using any of the attachment members 134 generally known in the art. The lateral support straps 1 2 6 are allowed to pivot in response to the upwardly and outwardly moving shifting arms 6 2 . This pivoting feature is more conducive to the stability of the loadable item 160 during the conversion phase, particularly since the lateral support band 1 26 is preferably attached directly to the conversion arm 6 2 (provided it is included) As a component). In another exemplary embodiment shown in Fig. 9, the lateral support strips 1 2 6 are attached to the main shoulder region 14 , in particular the shifting member, in a much simpler manner. In particular, Figure 9 shows that the lateral support strip 126 has a first end that passes through a hole or slot 84 formed in the main shoulder region 14 and is then secured in position by a means generally known in the art. The ring is fixed in such a manner as to sew the end of the lateral support strip 1 2 6 to itself, or to provide a releasable attachment member such as a buckle, or to attach the first end to the loadable carrier. article. Other attachment methods may be used, such as attaching the first end of the strap 126 to the carrier with a snap or rivet instead of using a hole to allow the strap to pass through the loop. Essentially, the present invention contemplates attaching the lateral support strap 1 26 to

Page 42 1248351 V. INSTRUCTION DESCRIPTION (37) Any component of the belt device 10, and which is contemplated in this embodiment without the use of a pivoting sleeve, is intended to be within the scope of the present invention. It should be understood that in this embodiment, there are many advantages and advantages found in the absence of a pivot sleeve and mounting points, but a simple design has its own advantages and advantages, such as much cheaper manufacturing costs. . Moreover, this embodiment significantly reduces the movement of the carryable item around the user's body because the shoulder strap does not provide a range of motion. This embodiment is essentially similar to the case where the pivot sleeve 82 is locked in a given position or orientation. As with the previous embodiment, the lateral support straps 126 include a second end that is releasably attached to a loadable item as previously described. The second end of the lateral support strap 1 26 is attached to the first attachment point 180 in the vicinity of the front section of the top of the loadable article 160. The first attachment point 180 that is positioned in this manner is more conducive to the orientation of the carryable item 160 across the back of the user. In addition, it assists in the stabilization of the transportable item 160 in a manner that reduces the tendency of the transportable item to oscillate or excessively rotate about the user's body. Although the above description of the belt assembly focuses on the back and side support belts 90 and 126, the present invention encompasses the configuration, design, construction, and support of a variety of other belts for attaching the carrier 10 to a loadable item. Wait. Therefore, the above description should not be construed as limiting in any way, as those skilled in the art will appreciate that other configurations to be incorporated into the carrier of the present invention are understood. For example, in another exemplary embodiment, the member for releasably attaching the carrying device 10 to a loadable item 160, in particular the support belt assembly, may further comprise a restraining member 2 2 0 The restraining member is at least a point on the member for engaging a first shoulder (specifically, the main shoulder region 14) or in the conversion member (for example, including the conversion arm 62 or the main shoulder region 14) segment)

Page 43 1248351 V. INSTRUCTIONS (38) Attach at least one point to the carrying device 10 and extend around the user's body in a direction opposite to the lateral branch belt 1 2 6 and attach to the carryable item 1 : At least a little. The constraint 2 2 0 is as shown in Figures 9A, 13 and 15. The weight i is to note that the constraint member 2 2 0 protrudes from a point on the carrier 1 and wraps around the front of the user's body in a direction opposite to the lateral support belt 1 2 6 == . Alternatively, the restraining member 220 is designed to extend from the side of the user on the side of the user, across the front of the user, and on one side of the user, while the lateral support belt 丨 2 6 is designed to extend from the 1 carrier 10 to the opposite side of the user, thereby allowing the carrier to provide an anti-rotational building.约束 The restraint 2 2 0 is used to provide an additional carrying member f for the carryable item 160. The restraint member 220 is also used to allow the carrying device to include or possess additional, more advantageous, stability characteristics. In particular, the restraining member 2 2 〇 provides a counter-rotating support to the carrying device i 相反 that is opposite to the support provided by the lateral support belt 丨 26 . Therefore, the two together function to provide lateral stability to the carrying device 10. The member for attaching the trunk is similar to that described above for the back side support belt 90 and the side support belt 1 2 6 . In addition, the restraining member 22 can include any adjustment member generally known in the art to make the restraint 2 2 〇 adjustable to fit a different body type of user. - i f f The inventive carrying device can be applied to a variety of different carryable items, and a preferred embodiment j comprises a carrying device suitable for use with a golf bag. Therefore, the '1st to 3th 5th figure presents or depicts the portable device 1 〇-example implementation of a different perspective view 'where the carrying device includes a golf bag before the tape device ° specific reference to the 1 3 - 15 figure, golf Ball bag carrying device

1248351 V. Description of the Invention (39) A rigid structure comprising a main shoulder area 14 , a secondary shoulder area 26 , a shoulder bridge 36, and a golf bag carrying device in a one-shoulder carrying configuration and a shoulder carrying A switching arm 6 that converts or transitions between configurations, an adjustment assembly, and a backside and lateral support strap for releasably coupling or attaching the golf bag carrier 10 to a golf bag And 1 2 6. The main shoulder region 14 includes a main shoulder frame 18 with a back side section ergonomically integrally formed with a front side section. Similarly, the secondary shoulder region 26 includes a shoulder frame 30 that has a back side section that is ergonomically integrated with a front side section. The shifting arm 62 extends from the main shoulder region 14 and is integrally formed for urging the conversion of the secondary shoulder region 26 to a second shoulder of the user. The present invention extends beyond the proven advantages and benefits of conventional golf bag carrying devices from some of the rigid combinations of the present invention. Providing a rigid design helps to improve the posture of carrying the bag between shots in a golf game, because the rigid front side and back side sections are directly adjacent to and pressed against the user's body, thereby putting the golf ball The bags are held in a more evenly distributed position. In close relation, the carrying device of the present invention is also used to absorb or take and better balance this weight distribution by transferring the weight distribution of the golf bag and dispersing it within the carrier. These benefits result in other benefits such as reduced pain in the shoulders and back, increased durability or reduced fatigue, and other relief from the common health problems associated with carrying a golf bag. Other benefits and advantages will be apparent to those skilled in the art. In another alternative embodiment, the present invention provides a method for converting an existing portable device (such as an existing shoulder strap) into one as described herein.

Page 45 1248351 V. Invention Description (40) Single-to-shoulder conversion system transfer system. The adapter system includes a rigid primary shoulder region for engaging an existing carrier, wherein the primary shoulder region and the engaged existing carrying device are adapted to engage a first shoulder of a user. The adapter system further includes a secondary shoulder region that is complementary to the primary shoulder region, wherein the secondary shoulder region is designed to be selectively positioned on the second shoulder of the user. The secondary shoulder region preferably includes a primary shoulder frame having a substantially horizontal back side section integrally formed with the substantially vertical front side section. Additionally, the adapter system includes a shoulder bridge connecting the primary shoulder region to the secondary shoulder region, wherein the shoulder bridge is designed to be similar to the other embodiments described above along the upper and lower necks of the user Racked, and wherein the shoulder bridge includes a centroid axis. Finally, the switching system includes a conversion member (preferably in the form of a switching arm) for switching the switching system between a one-shoulder carrying configuration and a shoulder carrying configuration, thereby implementing a single-to-carry device Double arm support conversion. Trunk or Component Integration The carrier of the present invention further includes a concept and several embodiments designed to utilize a plurality of components and/or backbones of an loadable article, particularly a backpack. It is known that many backpacks and other similar types of bags include a trunk, such as an internal or external frame assembly, which is used to provide structural support for the backpack, as well as a special type of carrying device (such as a shoulder strap or strap). To provide extra carrying support for the backpack. However, shoulder strap assemblies that are present on such backpacks have the same problems as the other conventional shoulder strap assemblies described above. Accordingly, the present invention provides a backpack that can be carried, in particular, a backpack that is completely free of the many backpacks that are present today.

Page 46 1248351 V. INSTRUCTIONS (41) The harness assembly, or at least the main shoulder strap assembly, is dispensed with. Although it is generally known in the art to carry a conventional backpack member that typically includes a primary shoulder strap assembly, the present invention provides a rigid carrying device of the present invention as shown in this specification and an existing backpack or The integration and use of multiple component structures is used to carry the novel unique components and methods of the backpack. For example, in a trunk-type backpack (including a backpack in which the inner or outer frame assembly is used as a trunk), the carrier is integrally formed or coupled to the trunk and functions as described above to provide on the shoulder of the user. Carry the components of the backpack. In another example, in a soft backpack (without the inner or outer frame assembly's back pack), the rigid carrying device can be coupled or securely attached to the backpack using any of the known components of the art. Essentially, this concept allows the carrying device to act as the primary component for carrying or supporting the backpack on the shoulder of the user, thereby eliminating the need for a shoulder strap assembly that is visible on most conventional backpacks. In particular, the present invention provides a loadable article comprising a body defining one or more storage areas; a backbone providing structural support to the body; and being integrally formed with the backbone or releasably or securely coupled And a carrying device adapted to carry the carry-on article support on a user's shoulder. Specifically, the carrying device includes a member for engaging a first shoulder of a user to support the loadable article, wherein the member for engaging the first shoulder includes a rigid main shoulder region; for selectively engaging a user The shoulder further carries a member supporting the loadable article, wherein the member for engaging the second shoulder includes a rigid secondary shoulder region; a member for connecting the main shoulder region and the secondary shoulder region; Equivalently moving the carrying device in a single shoulder carrying position with a shoulder carrying position

Page 47 1248351 V. INSTRUCTIONS (42) Components for conversion. In an exemplary embodiment, as shown in Figure 17, the backpack 400 is a trunk-type backpack that includes an external trunk or frame assembly. However, the backpack 400 does not include the main shoulder strap assembly that is generally visible in conventional trunk-type backpacks. In fact, the backpack 400 includes a carrier 10 that is formed as a unitary object with the trunk 4 04. Of course, the carrying device 10 can also be coupled to the trunk 404 without one or more attachment members instead of being integrally formed. The attachment members used to attach or couple the carrier 10 to the trunk 104 may include any of the components known in the art. Additionally, backbone 404 can be an internal backbone rather than the external backbone shown in FIG. The carrying device 10 includes all of the components and features described in this specification, including all references and inherent embodiments, and operates in the manner described herein. In another exemplary embodiment, as shown in FIGS. 6A and 6B and the foregoing, the carrying device 10 may include a back side bracket 150, which may be the backpack shown in FIG. - Body formation or strong coupling. The back side bracket may be attached to the outer side of the backpack 400 or may be sewn into the fabric of the backpack 400. In this embodiment, the back side bracket 150 operates as previously described, but can also be used as a frame assembly as seen in conventional trunk type backpacks. Other embodiments of the present invention's trunk and/or component integration concepts will be apparent to those skilled in the art. Therefore, the above specific description should not be construed as limiting in any way. Operation method and function of the golf bag carrying device and system Referring to Figures 14 and 15 respectively, the drawings are respectively attached or adapted to receive a presentation

Page 48 1248351 V. INSTRUCTIONS (43) One-shoulder carrying configuration or position of the carry-on device 10 (or golf bag carrying device 10) in the form of a golf bag and the shoulder carrying configuration or position after conversion . While the method of the present invention is applicable to any carryable item, most of the embodiments described and illustrated herein include a golf bag. Accordingly, the present invention is directed to a method for carrying a golf bag, and more particularly to a method for converting a portable device 10 from a one-shoulder carrying configuration to a shoulder carrying configuration, thereby implementing a golf ball The single to shoulder support of the bag carrier 10 is converted. In the one-shoulder position, as shown in Figure 8, the secondary shoulder region 26, particularly the secondary shoulder frame 30, is present in a hidden or idle shoulder position while the primary shoulder region 14 and the main shoulder frame 18 are used for engagement. The first shoulder of the user allows the user to carry the golf bag in such a manner that the golf bag carrying device 10 only engages one shoulder. In the shoulder position, as shown in FIG. 5, the secondary shoulder region 26 complements the first shoulder region 14 in a manner that engages a second shoulder of the user to allow the user to engage the golf bag carrier 10 The shoulder bag carries the golf bag. The secondary shoulder area thus becomes useful because it is placed on the user's opposite shoulder to an active secondary golf bag support position. In particular, the present invention provides a method for carrying a golf bag, wherein the method includes the steps of engaging a primary shoulder region of a golf bag carrying system with a first shoulder of a user; and selecting Shifting a shifting member (shown as a shifting arm 62 in the figure) on the golf bag carrying system to engage a first shoulder region of the golf bag carrying system with a second shoulder of a user, wherein The priming step leads to the secondary shoulder

Page 49 1248351 V. INSTRUCTIONS (44) The bladder area is converted from a hidden idle shoulder position and converted into an active secondary golf bag support position to achieve a single to shoulder support transition of the golf bag carrying system. The special method further includes the step of urging the shifting member to cause the secondary shoulder region to be released from the second shoulder of the user, wherein the priming step causes the secondary shoulder region to transition from an active secondary golf bag support position to a latent Idle the shoulder position, or this step converts the carrier from a shoulder carrying configuration to a one shoulder carrying configuration. This conversion can be implemented frequently as desired by the user. The present invention further provides a method for converting a golf bag carrying device from a one-shoulder carrying configuration or position to a shoulder carrying configuration or position. The method includes the steps of: positioning a main shoulder frame of a golf bag carrying device on a first shoulder; urging the shifting arm by lifting and rotating a shifting arm extending from the main shoulder frame A transition of the shoulder frame from a shoulder position to an engaged upper shoulder position is achieved; and the shift arm is released to return to its supported position, wherein the secondary shoulder frame engages one of the user's second shoulders. The invention further includes a method of assembling a carrying device to an existing shoulder strap of an object that can be carried. In the present embodiment, the method includes assembling a carrying device including a main shoulder region, a primary shoulder region, and a member for switching the portable device between a one-shoulder carrying configuration and a shoulder carrying configuration. . In this embodiment, the primary shoulder region can be engaged with an existing shoulder strap of one of the carryable items. The carrying device described here is designed to carry a pair with a single shoulder

Page 50 1248351 V. INSTRUCTION DESCRIPTION (45) A transition between shoulder carrying configurations wherein, at the beginning, the carrying device is coupled to a first shoulder of one of the users as previously described. However, the present invention further provides a method for engaging a user's shoulders simultaneously or substantially simultaneously at the beginning. In other words, the present invention further provides a method for allowing a user to carry a carryable item by using a portable device, the purpose of which is to lift the portable device and initially cause the portable device to be engaged with the shoulders in a shoulder carrying configuration. Instead of a single shoulder and urging the conversion member, the portable device is converted from a one-shoulder carrying configuration to a shoulder carrying configuration. This particular method further allows the user to switch the carrier back and forth between the two configurations, with the initial engagement being engaged with the shoulders of the user. Thus, in order to carry the loadable item in accordance with this particular method, the user initially positions the carrier on the shoulders such that the carrier is in its shoulder carrying configuration. As mentioned earlier, subsequent conversions from the shoulder-carrying configuration to the one-shoulder carrying configuration and the reversal of the transition are still possible. One embodiment of this method is described in more detail below. As briefly mentioned above, another embodiment is presented which emphasizes and illustrates the features and advantages of the present invention in a shoulder mode. This embodiment is depicted in Figure 18. In particular, FIG. 18 depicts a load bearing device 516 that includes an integrally formed substantially rigid structure and includes a substantially flat central rib member 500, and a counter from one of the central rib members 50,000. The opposite end arms 50 2 extend substantially forward such that the stable counter arms 5 04 and 5 0 2 are substantially parallel to each other. The device 5 1 4 may also include an attachment member 508 for releasably attaching the load bearing device 516 to a loadable item or load 510. Again, as with the other embodiments described above, this embodiment includes a rigid construction that is implemented in its body. It is made of a plastic material and formed by one of a variety of manufacturing methods,

Page 51 1248351 V. Description of invention (46) Such as injection molding, casting, etc. It may also be composed of one or more other materials, such as metal, carbon graphite, or wood, but preferably a plastic or plastic composite. In this embodiment, the central rib member 5 can include a substantially horizontal flat that is designed to be dorsal to the neck/upper back region of a user, and again, the central rib member 500 can be Other shapes, configurations, or configurations known in the art may be included, or additional features may be implemented. For example, as shown in Figures 6A and 6B, in this embodiment, a central rib member 5 〇〇 also supports the side belt 9 〇 to provide a larger surface area for the central rib member 在 ) Adjacent to the back of the user. Specifically, the back side support belt back side = I f rib member 50 0 〇 one of the central horizontal axes extends perpendicularly, such that one of the bottom edges of the support τ 90 can substantially correspond to the back of a user: skill ir:: The back side support belt 90 may comprise any other shape or configuration of - rectangular, triangular, or further ~ half plus - 0 to thereby support the central rib 50. The rafter user back and thereby provide an additional stipulation to a load 510: ί : : 5; 二 广 广 5 ° 〇 〇 〇 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据 依据Ti·ice, Λ1 4 can support and disperse the active weight of a load of 5 10 , and depending on the attachment: the user can support the shoulder frame assembly with a single movement to: r #, realize U0 month The load will be a stabilizer arm 5 0 4, and the check side of the month will be supported. The central rib 5 0 0 is also ^ ^ ^ Λ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ : 11 ^ on ^ ^ ^ ^ ^ ^ ^ ^ t ribs 500 can also be provided to adjust a stable

1248351 V. INSTRUCTIONS (47) The relative position of the arm 504 to the attached opposite arm 5 〇 2 . A stabilizer arm 504 includes a compliant or sinusoidal ergonomic design of the neck region to stabilize the beak and the shoulder of the user. A special wheel gallery load bearing device of a stabilizer arm 504 - a back side section 516 and a front side section 518 define H 5 0 4 integrally formed side section 5U for improving the load supporting device ^: - back side section 5 丨 6 And the pre-combination and the device is further used in the use of 4:: production: the preparation of the load support device 514 relative to the user \ person / move /. Further, a stabilizer arm 5 0 4 may further include a buffering ancient product, a private arm, a bottom side of the body, a specific one, and a private member 5 20, coupled to the stability.

The port is 518 and 516 to cushion the stabilizer arm 5〇4 and one of the J J:5 4 into the side. Of course, the size of the buffer support member 520, and the size of the user can be understood as familiar to those skilled in the art. For example, the '4' and the accessory 520 can be removable to allow use &amp; The color, shape, and the like of the support structure are allowed to allow the user to record the same: a size of the same day, the size of the piece 514... the cushioning support member 5 2 0 can be used for the second m support structure - clothing kj and k a more ambiguous The integrally formed structure. The pair of arms 502 is preferably also rigid and ergonomically adapted to one of the user's opposite shoulder regions. The function of the T body is to stabilize the arm 504. The J 2nd of the present invention is complementary to the user's shoulders carrying a load month of loading support / setting 5 1 4 can be stable and stable 劈 5 0 4 3 盥 — 辟 确 确 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , =疋^ 5 0 4 and distribute it to the user together with the female 疋# 5 04. Bessie sees the cockroach on page 53 12438351 V. Description of the invention (48) Some implementations of the opposite arm 502 The stabilizer arm 504 counterpart may include a back side section 52 2 and a front side section 5 2 4 extending from the front side of the back side section 52 2 . The back side section 5 2 2 of the 5 0 2 and the front side section 5 2 4 operate in a similar manner to the side section 5 1 8 and the back side section 5 1 6 coupled to a stabilizer arm 504. Similar to the stabilizer arm 5 0 4, the pair of arms 5 0 2 may further include a buffer support member 520 coupled to one of the bottom sides of the opposite arm 502, and in particular, the member is used to buffer the front side of the arm And the back side segments 5 2 2 and 5 2 4 are interfaced with one of the users. Again, the size, thickness, stiffness, and configuration of the cushioning support member 520 can be varied as understood by those skilled in the art. The 504 and the opposite arm 502 can be very similar in shape and function, and one of the opposing arms 502 includes a lateral extension 5 2 6 extending from a front side section 5 2 4 . In order to further stabilize and distribute a load relative to a user, in particular, the lateral extension 5 26 may include an arched portion 528 to guide the load along the side and back of the user such that the load The supported portion can rest against the hip and/or lower back of a user. Again, this feature is particularly advantageous where the load includes a golf bag. Indeed, in accordance with this embodiment of the invention, the weight and volume of the golf bag can be distributed substantially diagonally across the user's back to provide a large surface area that can distribute the weight and volume such that any particular muscle is present to the user. Or the pressure on the muscle group is minimized. Furthermore, although a stabilizer arm 504 and a pair of arms 502 may be substantially complementary to each other because they are composed of substantially equivalent but opposite structures, the present invention encompasses incorporation into stability. A variety of design differences in either arm 504 or opposing arm 502

Page 54 1248351 V. Description of the invention (49), for example, incorporating the back side and the front side section into one or both of the arms 50 and 50, and integrating the lateral extensions 5 26 as needed Within the pair of arms 500, as described above, there are other features or elements. Accordingly, the present invention contemplates incorporating any design configuration into the stabilizer arm and the opposing arms 5 04 and 50 2 as desired, and thus is not limited to the description herein. Moreover, since the present invention is designed to be ergonomically compliant with a user, a load bearing device 51 of the present invention can be manufactured in a variety of sizes and shapes (e.g., different sizes for men and women as well as children). The shape allows a particular user to select the most ergonomically correct fit that would allow the stabilizer arm 504 and the counter arm 502 to best conform to his/her particular body structure. Again, similar to other embodiments described herein, instead of the load bearing device 51 comprising an integrally formed unitary structure, the load bearing device 516 may include one or more 'separate separate components that are adjustably They are coupled to each other to form or form a load bearing device 51. Referring now to Figure 19, the present invention provides a method for distributing the weight of a load to a user, wherein the method comprises the steps of: (1) providing a substance substantially conforming to the shoulder and back of a user a rigid shoulder frame assembly 530; (2) attaching the substantially rigid shoulder frame assembly to a load 5 3 2; and (3) positioning the substantially rigid shoulder frame assembly on the shoulder and back of the user The weight of the load is substantially evenly distributed to the user 5 3 4 . The second step 523 of the particular method may further include coupling a support strap assembly to the substantially rigid shoulder frame assembly and the load 536. One

Page 55 1248351 V. Inventive Description (50) A third step 553 of the method according to the invention may include selectively adjusting the support belt assembly to customize the substantially rigid shoulder frame in accordance with the user's body type and personal preference. In relation to the load. The invention may be embodied in other specific forms without departing from the spirit of the invention. The above embodiments are to be considered in all respects as illustrative and not restrictive. Therefore, the scope of the invention is expressed by the scope of the appended claims rather than the above. All changes that come within the meaning and range of equivalence of the claims are intended to be within the scope of the invention.

Page 56 1248351 Brief Description of the Drawings Fig. 1 is a front elevational view of a body forming portable device in accordance with an exemplary embodiment of the present invention. Figure 2 is a front elevational view of a portable device having a plurality of additional components in accordance with an exemplary embodiment of the present invention. Figure 3 is a rear elevational view of a portable device in accordance with an exemplary embodiment of the present invention. Figure 4 is a side elevational view of a portable device embodying a main shoulder region and a main shoulder frame as well as a shifting arm, a grip, a pivot sleeve, and a secondary shoulder strap in accordance with an exemplary embodiment of the present invention. Figure 5 is a side elevational view of a golf bag carrying device embodying a secondary shoulder region and a secondary shoulder frame in accordance with an exemplary embodiment of the present invention. Figures 6A and 6B are two exemplary designs of a back side bracket in accordance with two exemplary embodiments of the present invention. Figure 7 is a more detailed view of a shifting arm, pivot sleeve, lateral support strap, and grip and palm placement of a golf bag carrying device in accordance with an exemplary embodiment of the present invention. Figure 8 depicts an exemplary embodiment of a shifting member, particularly a shifting arm detachably or removably coupled to a main shoulder region of the carrying device. 9A and 9B depict another exemplary embodiment of a conversion member, particularly a conversion member directly embedded within the structure of the main shoulder region of the carrier, and lateral support in accordance with an exemplary embodiment of the present invention One of the straps simplifies the attachment. Figure 10 depicts another exemplary embodiment of a conversion member, particularly a conversion member having one or more curved pin groove formations therein.

Page 57 1243851 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exemplary embodiment of a portable device that depicts how each component can be removably coupled to each other to provide a more precise adjustment of the carrier for better fit. Many users. Figures 1 2 A and 1 2 B depict two exemplary embodiments of a shoulder bridge including an adjustment zone and a detailed view of two methods and designs for attaching the backside support strap to the carrier. Figure 13 depicts a golf bag carrying device of the present invention coupled to a golf bag and an associated attachment point to the golf bag. Figure 14 depicts a golf bag carrying device attached to a golf bag in a one-shoulder configuration and carried by a golfer in accordance with an exemplary embodiment of the present invention. Figure 15 depicts a golf bag carried by a golfer and attached to a golf bag in a shoulder configuration converted from the one-shoulder configuration shown in Figure 14 in accordance with an exemplary embodiment of the present invention. Device. Figures 16A and 16B depict two exemplary embodiments of a lockable position module that permit the secondary shoulder region to pivot and rotate relative to the user and allow it to be locked in one of several transition positions. . Figure 17 shows the concept of the main integration of the present invention. Specifically, it is a carry-on article in the form of a backpack. The article does not include a shoulder strap or a strap but has a carrying device and a backpack as described in the present invention. The frame assembly is formed integrally. Figure 18 depicts another embodiment of the present invention in a shoulder pattern having a uniform and substantially rigid pattern. Figure 19 illustrates a method of facilitating the handling of a load by an adult in accordance with the present invention.

Page 58 1243851 Brief description of the main components Symbol description 10 Carrying device 14 Main shoulder area 18 Main shoulder frame 19 Front side section 20 Back side section 22 Main shoulder pad 26 Secondary shoulder area 30 Secondary shoulder frame 31 Front side section 32 Back side Section 34 Secondary Shoulder Pad 36 Shoulder Bridge 42 Adjustment Assembly 46 Coupling 50 Insertion Member 62 Conversion Arm 66 Upper Section 70 Lower Section 74 Grip 77 Male Thread 78 Palm Placement 79 Female Threaded Hole 82 Pivot Sleeve 84 Slot Hole 86 mounting point 90 back side support belt 92 main belt or belt portion 94 first belt extension 98 second belt extension 100 coupling 102, 11 8 attachment member 106, 1 1 0 tin fixed point 114 biasing member 126 side To the support strap 134 attachment member 138. 142 adjustment member 150 back side bracket 160 can carry articles, golf bag 180 first attachment point 220 restraint 300 lockable position module 304 stationary back side section 308 pivot front side Section 400 Backpack 404 trunk

Page 59 1248551 Brief description of the diagram 500 Central rib 502 Counter arm 504 Stabilizing counter arm 508 Attachment member 5 10 Load 5 14 Load bearing assembly 5 16 Back side section 5 18 Front side section 520 Buffer support member 522 Back side section 524 front side section 526 lateral extension 528 arched portion

Page 60

Claims (1)

1248351 VI. Patent Application Range 1. A portable device adapted to facilitate carrying of a carryable item, the carrying device comprising: a member for engaging a first shoulder of a user to support the carrying of a carryable item, The member for engaging a first shoulder includes a rigid main shoulder region; a member for selectively engaging a second shoulder of a user to provide a further carrying support for the carryable article for engaging a The shoulder member includes a rigid secondary shoulder region; a member for connecting the main shoulder region to the secondary shoulder region; for causing the member selectively engaging a second shoulder to move in a single efficient manner a member for switching between the first hidden idle shoulder position and a second active secondary loadable article support position, wherein the secondary shoulder region is thus engaged with the second shoulder of the user, thereby implementing the single to the carrying device Carrying on both shoulders; and means for releasably attaching the carrier to the carryable item. 2. A carrying device adapted to facilitate carrying of a carryable item, the carrying device comprising: a main shoulder region comprising a main shoulder frame, the primary shoulder region being designed to be initially positioned in a user a first shoulder to support a loadable item; a secondary shoulder area complementary to the main shoulder area and adapted to be selectively positioned on a second shoulder of the user, the secondary shoulder area including a primary shoulder frame; Page 61 1248351 VI. Patent Application Scope A shoulder bridge connecting the main shoulder area and the secondary shoulder area; a switching arm for vacating the secondary shoulder frame from a first potential with a single efficient movement Converting the shoulder position into a second movable carrying support position to achieve engagement of the second shoulder of the user with the secondary shoulder frame, thereby implementing single-to-two shoulder carrying support conversion of the portable device; An adjustment zone for selectively adjusting the primary shoulder zone relative to the secondary shoulder zone and the user's body; a backside support releasably coupled to respective anchor points of the primary and secondary shoulder frames The back support strap is adapted to couple the carrying device to a first attachment point on the loadable article; and a lateral support strap releasably coupled to the transition point of the conversion arm, the side The support strap is adapted to couple the carrier to a second attachment point on the loadable item. 3. A method of carrying a carryable item, the method comprising the steps of: engaging a primary shoulder region of a carrying system with a first shoulder of a user, wherein the carrying device is in a one-shoulder carrying configuration; and selecting Inducing the conversion member on the carrying system causes the primary shoulder region of the carrying system to engage a second shoulder of the user with a single efficient movement, the priming step causing the secondary shoulder region to be idle from a hidden shoulder The position is converted and converted into a movable support position, thereby enabling the conversion of the portable device between a one-shoulder carrying configuration and a shoulder carrying configuration. The invention relates to the method of claim 3, wherein the main shoulder region comprises a rigid frame structure comprising an ergonomically integrated body with a front side frame portion The back side frame portion is formed. 5. The method of claim 3, wherein the secondary shoulder region comprises a rigid frame construction comprising a back side frame portion ergonomically integrally formed with a front side frame portion. 6. A method for converting a carrier of a carryable item from a one shoulder position to a shoulder position, the method comprising the steps of: locating a primary shoulder frame of a carrier device on a first shoulder, Wherein the carrying device is in a one-shoulder carrying configuration; the member for converting the primary shoulder frame by a single efficient movement causes the carrying device to be in a shoulder carrying configuration by lifting and rotating the switching member, thereby achieving the a transition of the secondary shoulder frame from a shoulder position to an engaged upper shoulder position; and releasing the conversion member, wherein the secondary shoulder frame engages one of the user's second shoulders. 7. A golf bag carrying device comprising: a main shoulder region comprising a main shoulder frame, the main shoulder frame comprising a substantially horizontal back side section integrally formed with a substantially vertical front side section, the main shoulder zone being designed Initially positioned on a first shoulder that is intended to carry a user of a golf bag; a second complementary to the primary shoulder region and adapted to be selectively positioned on the second shoulder of the user To the shoulder area, the secondary shoulder area includes a shoulder frame, and the secondary shoulder frame also has a substantial vertical P. 63, 12485351 6. The substantially horizontal back side section integrally formed by the front side section of the patent application area; the member for connecting the back side section of the main shoulder frame and the back side section of the secondary shoulder frame, the connecting member Designed to mount the carrier device on the body of the user, the shoulder bridge including a centroid axis; a conversion member integrally formed with the front side portion of the main shoulder frame and including a substantially vertical and offset from the a central axis of rotation of the centroid axis of the shoulder bridge, the conversion member allowing the user to rotate the conversion member about the central axis of rotation with a single efficient movement to achieve the secondary shoulder frame from a first hidden The idle shoulder position becomes a transition of a second active golf bag support position on the second shoulder of the user to effect a single to shoulder support transition of the golf bag carrier; and to enable the golf bag The carrying device is releasably attached to a member of a golf bag. 8. A golf bag carrying device comprising: a main shoulder region comprising a main shoulder frame, the primary shoulder region being designed to be initially positioned on a first shoulder of a user to support a golf bag a secondary shoulder region complementary to the primary shoulder region and adapted to be selectively positioned on a second shoulder of the user, the secondary shoulder region including a primary shoulder frame; a connection to the primary shoulder frame and the Secondary shoulder frame shoulder bridge; Page 64 1248351 VI. Patent Application Scope A conversion arm coupled to the main shoulder frame for converting the secondary shoulder frame from a first hidden idle shoulder position with a single efficient motion Forming a second active secondary golf bag support position to achieve engagement of the second shoulder of the user with the secondary shoulder frame, thereby achieving single-to-shoulder support conversion of the golf bag carrying device; An adjustment zone for selectively adjusting the main shoulder zone relative to the secondary shoulder zone and the user's body; a releasably coupled to the primary and secondary shoulder frames and the shoulder bridge correspondingly a back support belt of the anchor point; a lateral support belt comprising a first end attached to the golf bag carrying device and a second end attached to the golf bag; and a coupling to the A pivoting sleeve of the shifting arm, the pivoting sleeve including a mounting point adapted to receive the first end of the lateral support strap. 9. A golf bag carrying device comprising: a member for engaging a first shoulder of a user to support a golf bag; a member for selectively engaging a second shoulder of a user; a member for coupling the member engaging a first shoulder with the member for selectively engaging a second shoulder; for causing the member to selectively engage a second shoulder to move in a single effective manner a latent shoulder position and a member that engages between the second active secondary golf bag support position of the second shoulder of the user to achieve a single to shoulder of the golf bag carrying device Page 65 1248351 6. Patent application range support conversion; a member for joining a first shoulder member, the member selectively engaging a second shoulder, the connecting member, and the conversion member to each other; and The golf bag carrying device is releasably attached to a member of a golf bag. A portable device comprising: a main shoulder region having a main shoulder frame, the main shoulder frame having an ergonomically integrated back side segment with a front side segment; and a main shoulder The conversion arm integrally coupled to the region, the conversion arm is configured to convert the primary shoulder region from a first latent idle shoulder position to a second active secondary golf bag support position with a single efficient movement to achieve the use a second shoulder joint to achieve a single to shoulder support transition of the golf bag carrying device, the secondary shoulder region including a primary shoulder frame, the secondary shoulder frame having an anterior side ergonomically An integrated back side section. 1 1. A golf bag carrying system comprising: a golf bag; and a carrying device releasably attached to the golf bag, the carrying device comprising: a main shoulder region having a front side frame An ergonomically integrally formed dorsal frame segment; and a transition arm extending from the main shoulder region, the conversion arm being used to Page 66 1248351 VI. Scope of Application The secondary shoulder area is converted into a second active secondary golf bag support position by a single efficient movement from a first hidden idle shoulder position to achieve the second shoulder of the user. Engaging, thereby achieving a single to shoulder transition of the golf bag carrying device, the secondary shoulder region being integrally formed with the main shoulder region and also including an ergonomically integrated back side frame segment with a front side frame segment . 1 2. A portable device for achieving single to shoulder support conversion, the carrying device comprising: a movable rigid main shoulder region comprising a back side and a front side frame segment and adapted to engage a first shoulder of a user a rigid secondary shoulder region coupled to the main shoulder region, the secondary shoulder region also including a back side and a front side frame segment and adapted to selectively engage one of the second shoulders of the user; a switching arm integrally coupled to the switching arm for selectively urging the secondary shoulder region to convert the secondary shoulder region from a first hidden idle shoulder position to an active secondary bag with a single efficient motion Supporting position to achieve single to shoulder support switching of the carrying device. 13. A portable device, comprising: a member for engaging a first shoulder of a user and selectively engaging a second shoulder of the user, the member comprising a rigid main shoulder frame and a rigid secondary a shoulder frame, each shoulder frame having a substantially horizontal back side section integrally formed with a substantially vertical front side section; a shifting arm that causes the joint member to be single effective after being actuated Page 67 1248351 6. The patented range rate motion engages the second shoulder of the user; an adjustment assembly that can be implemented in the joint member for adjusting the golf bag carrying device to a desired ergonomic configuration The adjustment assembly includes: a coupling attached to a frame in the primary and secondary shoulder frames. 32. The first embodiment is attached to the primary and secondary shoulder frames opposite to one of the frames of the coupling An insert member slidably and rotatably mounted within the coupler; a member for locking the insert member in a set position within the coupler, wherein the golf bag carrying device can be accurately adjusted to a desired preference of the user; and a support belt assembly for attaching the carrier to an item that can be carried. 1 4. An adapter for converting an existing portable device into a single to shoulder conversion system, the adapter comprising: a main shoulder region including an existing shoulder strap for engaging an unloadable item, a primary shoulder region and the associated shoulder strap for engaging a first shoulder of a user; a secondary shoulder region complementary to the primary shoulder region and adapted to be selectively positioned on a second shoulder of the user, The secondary shoulder region includes a primary shoulder frame having a substantially horizontal back side section integrally formed with the substantially vertical front side section; a connecting the primary shoulder area to the back side section of the secondary shoulder frame of Page 68 1248351 VI. Patent application scope shoulder bridge, which is designed to be carried along the upper shoulder and the lower neck of the user, the shoulder bridge includes a centroid axis; and a conversion arm for The single shoulder frame is converted from a first hidden idle shoulder position to a second active position on the second shoulder of the user by a single efficient movement, thereby achieving the single shoulder to the existing shoulder strap Support conversion. 1 - A method of carrying a carryable article, the method comprising the steps of: obtaining a carrying device capable of supporting a loadable item on a user's shoulder, the carrying device comprising: a member for engaging a first shoulder of a user to support the carrying of the loadable article, the member for engaging a first shoulder includes a rigid main shoulder region; The shoulder further provides a member for carrying the support further, the member for engaging a second shoulder includes a rigid secondary shoulder region; a member for connecting the main shoulder region to the secondary shoulder region; The means for causing the portable device to switch between a single shoulder carrying configuration and a shoulder carrying configuration in a single efficient motion; a member for releasably attaching the portable device to the carryable article; and lifting the portable device and positioning the portable device on the first and second shoulders of the user such that the portable device begins It is placed in the shoulder carrying configuration. Page 69 1248351 VI. Scope of Patent Application 1 6. A method for carrying a carryable item via a user's shoulder includes the following steps: The shoulder is used to make the handle 17. For example, one of the optional carrying devices The primary shoulder region engages one of the users; and the first shoulder of the carrying device is substantially the same time at the same time as the carrier begins to apply for the exclusive strap. Li Fan's encirclement 1 6 selectively motivates the carrier to be exchanged in a single efficient manner, and the 18-strap belt is used in the shoulder-carrying device, and the device for facilitating the use of the inter-transfer user is moved in the shoulder. The loadable configuration is adapted to: the device is adapted to: engage a belt member zone; to selectively engage the engagement portion of the user, the first region of the user is engaged with the main shoulder region of the shai One of the second shoulders of the user is placed in the method of being placed in a shoulder, and the method further includes the following steps: the upper conversion member causes the carrying the shoulder carrying configuration and the single shoulder to carry the secondary shoulder region, respectively And a carrying device carried away from the product, the one of the carrying users, the first shoulder is joined by a shoulder of the user, the connecting further carries the supporting member a rigid secondary shoulder region; The main shoulder region to the secondary means for supporting the portable device with a single effective support for a loadable article comprising a rigid primary first shoulder member substantially providing the carryable article Integral second shoulder component pack shoulder component; rate movement on an initial shoulder </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> The carrying device is releasably attached to the member of the loadable article. 1 9. A loadable article, comprising: a body structure defining one or more storage areas; a carrying device coupled to the body structure and adapted to carry the loadable article support to a user On the shoulder, the carrying device includes: a member for engaging a first shoulder of a user to support the carrying article; the member for engaging a first shoulder includes a rigid main shoulder region; Sexually engaging one of the second shoulders of the user to provide a further carrying support member for the carryable article, the member for engaging a second shoulder comprising a rigid secondary shoulder region; for connecting the primary shoulder region to a member of the secondary shoulder region; a member for causing the carrier to switch between a single shoulder carrying position and a shoulder carrying position with a single efficient movement. 20. The carryable article of claim 19, wherein the carrying device further comprises a back side extension. 2 1. A carryable article comprising: a body structure defining one or more storage areas; a backbone providing structural support for the body structure; P. 12438351 6. Patent application A portable device integrated with the trunk and adapted to carry the carry-on article support on a user's shoulder, the carrying device comprising: one for engaging a user a first shoulder to support a member carrying the loadable article, the member for engaging a first shoulder includes a rigid main shoulder region; and a second shoulder for selectively engaging one of the users to provide the carryable item Further carrying a supporting member, the member for engaging a second shoulder includes a rigid secondary shoulder region; a member for connecting the main shoulder region to the secondary shoulder region; and for causing the carrying device to A single efficient motion member that transitions between a single shoulder carrying position and a shoulder carrying position. 2 2. The carryable article of claim 21, wherein the carrying device further comprises a back side extension. 2 3. A load bearing device for facilitating manual handling of a load, the device comprising: a central rib for distributing a weight corresponding to a load to a user; and a coupling to the center The ribs position the load relative to the stabilizer arm that the user settles. 2. The load bearing apparatus of claim 2, further comprising a counter arm coupled to the support rib. The load supporting apparatus of claim 2, wherein the central rib is substantially rigid. 2 6 . The load bearing device of claim 24, wherein the opposite direction Page 72 1248351 VI. Scope of Application The arm substantially balances the stabilizer arm such that the weight corresponding to the load is substantially evenly distributed over the central rib. 2. The load bearing apparatus of claim 24, wherein the stabilizer arm is coupled to one end of the central rib, and wherein the opposing arm is coupled to an opposite end of the central rib. 28. The load bearing apparatus of claim 24, wherein the stabilizer arm and the opposing arm are substantially rigid. 2. The load bearing apparatus of claim 24, further comprising at least one cushioning support coupled to the bottom side surface of one of the stabilizer arm and the opposing arm. The load supporting device of claim 29, wherein the at least one buffer support is further coupled to one of the bottom side surfaces of the central rib. The load supporting apparatus of claim 2, wherein the stabilizer arm is adjustably coupled to the central rib. 3. The load bearing apparatus of claim 24, wherein the at least one pair of arms are adjustably coupled to the central rib. 3. The load bearing apparatus of claim 24, further comprising at least one of the central rib, the stabilizer arm and the opposite arm for facilitating attachment of the load to the load An attachment member that supports the device. 3. The attachment member of claim 3, wherein the attachment member is configured to receive a support strap assembly, wherein the support strap assembly is positionable between the load bearing device and the load . 3 5. The attachment member of claim 34, wherein the support belt is total </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> 3. The load bearing apparatus of claim 35, wherein the at least one front side strap is attached to the opposite arm, and wherein the length of the opposing arm is greater than a length corresponding to the stabilizer arm such that the load It can be distributed substantially diagonally on one of the surface areas of the user. 3. The load bearing apparatus of claim 2, wherein the load bearing apparatus comprises a unitary assembly. 3. The load bearing apparatus of claim 24, wherein the stabilizer arm and the opposing arm are adjustably coupled to the central rib. 3. The load bearing apparatus of claim 2, wherein the central rib includes a substantially flat surface substantially conforming to an upper surface of the user's back. The load bearing apparatus of claim 24, wherein the stabilizer arm and the opposing arm comprise a substantially flat surface substantially conforming to at least one shoulder of the user. 4 1. A system for distributing a load on a user's back to facilitate manual handling of the load, the system comprising: a load supported by the user; and a coupling coupled to the load a shoulder frame assembly, the shoulder frame assembly comprising: a central rib member for distributing a weight of the load to the user; Page 74 1248351 VI. Patent Application Range A stabilizer arm extending from the central rib to stabilize the load relative to the user; and a counter arm extending from the central rib. The system of claim 4, wherein the opposing arm substantially balances the stabilizer arm such that the weight corresponding to the load is substantially evenly distributed over the central rib. 4. The system of claim 41, wherein the one-piece shoulder frame assembly is substantially rigid. 4 4. The system of claim 41, wherein the shoulder frame assembly further comprises a substantially flat surface substantially conforming to the shoulder and back of the user. 4. The system of claim 41 The shoulder frame assembly further includes at least one cushioning support coupled to a bottom side surface thereof. 4. The system of claim 4, wherein the shoulder frame assembly further comprises at least one of the central rib, the stabilizer arm and the opposite arm for facilitating attachment of the load to An attachment member of the shoulder frame assembly. 4. The shoulder frame assembly of claim 46, wherein the attachment member comprises a support strap assembly. The shoulder frame assembly of claim 47, wherein the support belt assembly includes at least one back side strap attached to the central rib and attached to the stabilizer arm and the opposite arm At least one front side strap of at least one of the arms. 4 9. The shoulder frame assembly of claim 48, wherein the at least P.75 1248351 6. Patent Application Scope A front side strap is attached to the opposite arm, and wherein the length of the opposing arm is greater than the length corresponding to the stabilizing arm such that the load can be substantially diagonally distributed One of the users is on the surface area. 50. A method of distributing a weight of a load to a user to facilitate manual handling of the load, the method comprising: providing a substantially rigid shoulder frame assembly substantially conforming to the shoulder and back of the user Attaching the substantially rigid shoulder frame assembly to the load; positioning the substantially rigid shoulder frame assembly on the shoulders and the back of the user such that the weight of the load is substantially evenly distributed over the use On the body. 5 1. The method of claim 50, wherein the step of attaching the substantially rigid shoulder frame assembly to the load further comprises coupling a support strap assembly to each of the substantially rigid shoulder frames And the load. 5. The method of claim 5, wherein the step of positioning the substantially rigid shoulder frame on the shoulder and the back of the user further comprises selectively adjusting the support strap assembly to The body shape and personal preference of the user customizes the relationship between the substantially rigid shoulder frame assembly and the load. Page 76