Abstract: Embodiments of the invention are directed to a computer-implemented rehypothecation system and method for facilitating automatic collateral re-use between system participants, wherein the system participants include borrowers, lenders, and lender/borrowers, the system comprising. The system may additionally include an allocation engine for automatically performing allocation runs for redistribution of collateral, the allocation engine comprising collateral distribution components for assigning collateral to lenders and lender/borrowers based on borrower-selected parameters and an eligibility filter for verifying each assignment of collateral in accordance with lender requirements. The system may further include a global synchronization engine for pre-determining timing of allocation runs to enable global collateral re-use across time zones.

Abstract: Embodiments of the invention include a computer-implemented collateral management system and method for managing collateral of multiple participants including borrowers and lenders. The system may include a global long box available to each borrower, each global long box configured for storing all types of available assets possessed by each borrower. The system may additionally include an eligibility database storing eligibility and concentration limits, the concentration limits defined by lender rules controlling the acceptability of the available assets for use as collateral, the value of the assets, and overall acceptable composition of assets. An interactive participant interface may be provided for accepting collateral use preferences from the borrowers, the collateral use preferences including, lender ranking components, asset ranking components, and allocation run type selection components for facilitating collateral allocation.

Abstract: Embodiments of the invention are directed to a computer-implemented rehypothecation system and method for facilitating automatic collateral re-use between system participants, wherein the system participants include borrowers, lenders, and lender/borrowers, the system comprising. The system may additionally include an allocation engine for automatically performing allocation runs for redistribution of collateral, the allocation engine comprising collateral distribution components for assigning collateral to lenders and lender/borrowers based on borrower-selected parameters and an eligibility filter for verifying each assignment of collateral in accordance with lender requirements. The system may further include a global synchronization engine for pre-determining timing of allocation runs to enable global collateral re-use across time zones.

Abstract: The mechanism comprises, in combination, a main power shaft, a propeller shaft, a housing for the propeller shaft, a disc-type constant velocity joint (Rzeppa joint) operatively connecting the main power shaft and the propeller shaft, and a tillar arm operatively connected to the housing of the propeller shaft. The Rzeppa joint enables the axial angular displacemnt of the propeller shaft relative to the power shaft to be altered in all directions. Thus if the boat encounters a submerged obstacle, the propeller shaft and its housing can automatically ride over the obstacle and avoid damage or entanglement. Preferably the system also includes a latch and stop assembly that enables the operator to pre-set the vertical angular displacement of the propeller shaft relative to the power shaft in various positions, e.g., (1) uplock (for overland transport and starting). (2) shallow drive (for travelling through swamps where the water is only a few inches deep).