Non-slip shoulder pad and strap

Abstract

A non-slip pad for attaching to a shoulder strap of a bag, such as a golf bag, is disclosed. The pad comprises an elongated generally flat base having a non-slip pattern formed into a front side thereof. The non-slip pattern comprises a plurality of ridges each having either a triangular cross-section or a trapezoidal cross-section. The non-slip pad is generally rectangular in shape. An elongated generally flat rectangular elastic strap holder is attached to the backside of the base and slidably holds the shoulder strap between the strap holder and the base. As such, the non-slip pad may be slidably adjusted with respect to the shoulder strap for optimal comfort and carrying ease of the user. A non-slip strap comprising a strap and a non-slip pad are also disclosed.

Description

FIELD OF THE INVENTION [0001] The present invention relates to shoulder straps for carrying items such as bags, and more particularly to a non-slip shoulder pad incorporated into a carrying strap utilized on bags. DISCUSSION OF RELATED ART [0002] Carrying heavy bags has always been wearisome to the user. When a user has to carry such a bag and walk for some distance, such as when carrying a golf bag while walking a golf course, having a gripping handle or shoulder strap facilitates carrying. Although golf bags are typically provided with carrying handles for use over short distances, a shoulder strap provides more convenience and comfort for carrying such bags over longer distances. [0003] However, when the bags are relatively heavy, one of the problems encountered is the strap pad tends to slip off the shoulder as the user walks or otherwise moves. Further, such straps can dig into the shoulder and cause discomfort. [0004] Various attempts have been made in the prior art to provide...

AI Technical Summary

Benefits of technology

[0007] Because of the unsatisfactory nature of the current covers, pads, and increased-friction attachments, the development of such an advanced non-slip shoulder strap is needed. Accordingly, it is the first object of the present invention to provide a carrying strap for a shoulder bag that provides maximum comfort to the user's shoulder. It is the second object of the present invention to provide a shoulder strap that minimizes slippage along a user's shoulder during movement, such as when the user is walking, regardless of clothing material, while being easily removed or attached to the strap if desired. It is the third object of the present invention to provide a device with an aesthetically pleasing, visually attractive appearance. It is the forth object of the present invention to provide a long lasting and durable non-slip surface to the shoulder engaging portion of a shoulder strap.

[0009] An elongated generally flat rectangular strap holder is attached to the backside of the base and slidably holds the shoulder strap between the strap holder and the base. As Such, the non-slip pad may be slidably adjusted with respect to the shoulder strap for optimal comfort and carrying ease of the user.

[0010] This invention is intended to minimize the relative lateral slippage between the bag strap and user's shoulder, even when the user's walking or other movements cause the user's shoulder to dip slightly. The ridges are preferably comprised of a high-friction soft rubber, soft plastic, fabric material, or other high-friction material that does not cause discomfort when resting with some force on the user's shoulder.

Problems solved by technology

Carrying heavy bags has always been wearisome to the user.

However, when the bags are relatively heavy, one of the problems encountered is the strap pad tends to slip off the shoulder as the user walks or otherwise moves.

Further, such straps can dig into the shoulder and cause discomfort.

Unfortunately, attempts to increase comfort often decrease the stability of the shoulder strap on the user's shoulder.

The movement of the bag and carrier strap often results in an increased incidence of the strap slipping off the shoulder, causing potential damage and discomfort to the user.

None of the above referenced prior art devices have adequately solved the user's difficulties, as such devices still tend to slip and cause discomfort to the users.

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