Abstract: A hipbelt suspension system for use with a backpack having a back panel includes a back panel, a generally planar hipbelt coupling element, a hipbelt support plate and a hipbelt. The back panel support is coupled a lower region of the back panel. The back panel support includes an engagement region having opposing first and second stops. The hipbelt coupling element movably engages the engagement region of the back panel support to enable translational movement of the hipbelt coupling element between the first and second stops of the engagement region of the back panel. A hipbelt attachment mechanism pivotally coupled to the hipbelt coupling element about a first axis. A hipbelt is secured to the hipbelt attachment mechanism.

Abstract: Electronic submissions, such as those for capital markets, are processed by evaluating the data contained in the electronic submissions against failure conditions. The failure conditions may include a static failure condition and a scalar failure condition. The static failure condition identifies a data element that is to be present or absent for the static failure condition to be met. The scalar failure condition identifies data that is to conform to an inequation for the scalar failure condition to be met. The electronic submission can be approved upon completion of the evaluation when all failure conditions are not met. The electronic submission can be thus approved with no human analyst intervention or review needed. When one or more failure condition is met, the electronic submission requires further analysis. Specific advantageous failure conditions are discussed. Feedback can be employed to increase approvals that trigger no failure conditions.

Abstract: A hipbelt suspension system for use with a backpack having a back panel includes a back panel, a generally planar hipbelt coupling element, a hipbelt support plate and a hipbelt. The back panel support is coupled a lower region of the back panel. The back panel support includes an engagement region having opposing first and second stops. The hipbelt coupling element movably engages the engagement region of the back panel support to enable translational movement of the hipbelt coupling element between the first and second stops of the engagement region of the back panel. A hipbelt attachment mechanism pivotally coupled to the hipbelt coupling element about a first axis. A hipbelt is secured to the hipbelt attachment mechanism.