Sundara Industries, Ltd

Egis Personal Safety Systems

Original Design Group

Bruce Anthony Janis

Chloe Helen Sundara

Eric Penman Bogner

Colin B Kennedy

Bruce Stephen Levin

Bruce Stephan Levin

A new ultra light weight, spring action, stand system for supporting a golf bag is provided. According to one aspect of the present invention, the stand system includes a top bracket, a pair of legs, a guide, a wire form, and a footplate. The top bracket is configured for coupling to a top portion of a golf bag. The pair of legs may be pivotably coupled to the top bracket. The guide is for coupling to a bottom portion of the golf bag to restrain lateral movement of the wire form, for example. The wire form is slidably coupled through the guide and engages the legs. The actuation of the wire form moves the legs from a retracted position to an extended position. Finally, the footplate is pivotably mounted to the wire form and is positioned to have a contact point with the ground for actuating the wire form that is behind the plane of the legs. According to other aspects of the present invention, the stand system includes one or more of the following: a bi-planar cut away base to facilitate engagement of the spring mechanism, a double clip and crimped wire form to hold the clip in place at a very high tension, oversized feet to provide increased stability and usability in soft soil conditions, a compact retracted leg arrangement that will not poke or prod the golfer as he/she carries the bag, and a novel femur design that prevents the unsightly occurrence of crossed legs.

Low profile golf bag stand system

An asymmetrical golf bag is provided. According to one aspect of the present invention, the golf bag includes a top located at an upper portion of the golf bag and a base located at a lower portion of the golf bag. Additionally, the golf bag additionally includes a body coupled between the top and the base. Further, a stand is mounted to the top and the base at an off center position. According to another aspect of the present invention, the top has an asymmetrical shape about two perpendicular axes. The asymmetrical top may additionally include a pair of corresponding halves defined by a longitudinal axis. The right half may have a convex shape designed to comfortably cradle the small of a golfer's back. The left half may have a concave shape to increase the volume of a pocket, such as a clothing pocket or a ball pocket. The asymmetrical top may additionally include one or more integral dividers. The dividers slope downward from the left half of the golf bag top to the right half to encourage the clubs to gather in a position close to the golfer's center of gravity when the golf bag is being carried. According to yet another aspect of the present invention, the base has an asymmetrical shape about two perpendicular axes. In addition, the base may include an off center, bi-planar cut away portion including two intersecting planes coupled by a radius to facilitate engagement of the off center mounted stand mechanism.

Asymmetrical golf bag

Asymmetrical golf bag top

Low profile golf bag stand assembly

A personal safety device controlled by a microprocessor which responds to commands, such as activation and deactivation commands. The microprocessor acts to control sound emitted from two separate speakers. The sound is controlled through digital outputs of the microprocessor such that the sound emitted by the first speaker has a first sinusoidal component sin(a) and the sound emitted by the second speaker has a second sinusoidal component sin(b) yielding a complex tone when perceived by a human ear. The personal safety device further allows for coded deactivation thereby rendering it difficult for a third-party without knowledge of the code, such as a would-be attacker, to deactivate the device. Further, the personal safety device provides a detection circuit for detecting a low battery condition. Finally, a method for operating the device is disclosed.

Personal safety device having microprocess control and method for

Personal safety device having microprocessor control and method for

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San Francisco, CA, United States of America

Bruce Anthony Janis