Abstract: Systems and methods are provided for implementing risk retention programs for originators and securitizers of asset backed securities. An administrative contract identified as a margin as credit enhancement contract is created for a corresponding asset backed security. A risk retention entity is assigned a long position for the margin as credit enhancement contract corresponding to a predetermined percentage of the asset backed security. A buyer of the asset backed security is assigned a short position for the margin as credit enhancement contract. When the asset backed security expires, a computer device settles the long and short positions of the margin as credit enhancement contract.

Abstract: Novel systems and methods for selectively listing a commodity under one or more different commodity codes are provided. A single commodity may be selectively listed under different commodity codes based upon whether it is offered on an opening or closing basis. The commodity may be an Interest Rate Swap (IRS). It may be matched with bids according to a fixed rate variable when listed under the first code. The same commodity may then be listed on the same exchange under a second commodity code. In one embodiment, the commodity listed under the second commodity code may be matched with bids according to a different variable, such as, for example, a currency amount. In one implementation, the currency amount of the second variable may represent a non-par payment.

Abstract: The disclosed embodiments relate to determining a listing date, an expiration date and the cash settlement price of a futures contract, i.e. a Treasury Futures, for the delivery of the most recently issued, referred to as an on-the-run, US treasury Note of a particular maturity by reference to the U.S. Treasury Auction cycle and the difference between a resultant industry surveyed swap rate and a resultant industry surveyed swap spread of the respective tenors (time remaining until maturity) of the on-the-run treasury futures.

Abstract: The disclosed embodiments relate to a futures contract, the value of which is based on the value of the underlying asset multiplied by a variable multiplier value which is based on a variable parameter.

Abstract: The disclosed embodiments relate to creation and administration by automated means of Logged derivatives contracts. These contracts, e.g. a futures contract or “over the counter” (OTC) derivative, are cash-settled derivatives based on, and quoted by reference to, the natural logarithm of the value of the underlying product, e.g., the S&P 500.

Abstract: A system for moving money between accounts of traders by a central counterparty to facilitate payments, i.e. the movement of funds, there between is disclosed which provides a flexible mechanism which supports simpler accounting, new types of derivatives contracts as well new types fees. The disclosed futures contract, referred to as a “payer” contract, comprises a “no-uncertainty” futures contract, i.e. the initial value and settlement value parameters are defined, that leverages the mechanisms of the clearing system to, for example, accommodate related payments. Accordingly, a 1-to-many relationship between contracts and prices is provided whereby each price component may be assigned its own payer contract. The function of the payer contract may be to guarantee the movement of money from related positions. In one embodiment, payer contracts are dynamically created whenever a payment is needed.

Abstract: A self-contained, mobile system for cleaning trash receptacles. The system comprises a water system and a lift system that work in conjunction with each other to provide an automated method for cleaning trash receptacles. The water system acts as a water purification system minimizing waste of the cleaning solution and maximizing efficiency. The system may be adapted to clean multiple trash receptacles sequentially or simultaneously.

Abstract: A self-contained, mobile system for cleaning trash receptacles. The system comprises a water system and a lift system that work in conjunction with each other to provide an automated method for cleaning trash receptacles.

Abstract: A mixing syringe having a first sealed chamber containing a powder (powder housing) and a second sealed chamber containing a liquid (liquid housing). When the user needs to inject a patient, he or she holds the mixing syringe approximately upright and depresses a plunger. This motion causes a piercer to pierce a foil seal separating the two chambers. The liquid then drops down into the powder housing. The liquid flows through a passage in a piston located in the powder housing, where it then comes in contact with the powder itself. As the user continues pressing the plunger downward, the piercer comes to rest within the piston and seals the passage through the piston, thereby locking the piercer and piston together. The device is then ready for an injection. As the plunger is further depressed, the piston expels the powder and liquid mixture through a needle.

Abstract: A termination anchor having a neck region, a mid region, and a distal region. An expanding passage through the anchor from the neck region to the distal region is bounded by an internal surface. Exposed strands on a cable are trapped within this expanding passage by infusing them with liquid potting compound (either before or after the strands are placed within the passage). This liquid potting compound solidifies while the strands are within the anchor to form a solidified potted region. The present invention optimizes the profile of the internal surface in order to transfer stress occurring in the neck region to the mid region and the distal region. By transferring some of this stress, a more uniform stress distribution and a lower peak stress are achieved.

Abstract: An anchor having an internal passage defined by a revolved wall profile. The anchor is conceptually divided into four regions: a neck region, a transition region, a mid region, and a distal region. Each of these regions has its own design considerations. A portion of a parabola is used to define at least part of the revolved wall profile. The parabolic portion is preferably used in at least the neck and mid regions. In order to create a tangency condition proximate the neck anchor boundary, the parabola used to create the wall profile is angularly offset from the wall profile's axis of rotation.

Abstract: An anchor having an internal passage defined by a revolved wall profile. The anchor is conceptually divided into four regions: a neck region, a transition region, a mid region, and a distal region. Each of these regions has its own design considerations. A portion of a parabola is used to define at least part of the revolved wall profile. The parabolic portion is preferably used in at least the neck and mid regions. In order to create a tangency condition proximate the neck anchor boundary, the parabola used to create the wall profile is angularly offset from the wall profile's axis of rotation.

Abstract: An RF receiving circuit that selectively attenuates a received RF signal before it reaches sensitive modifying devices, such as a low noise amplifier or an analog to digital converter. The receiving circuit includes a delay element upstream of its attenuator so that high energy pulses of a short duration (for example, less than 10 nanoseconds) can be effectively attenuated despite coupler, detector, threshold and/or switch delays of the attenuation related circuitry.

Abstract: An RF receiving circuit that selectively attenuates a received RF signal before it reaches sensitive modifying devices, such as a low noise amplifier or an analog to digital converter. The receiving circuit includes a delay element upstream of its attenuator so that high energy pulses of a short duration (for example, less than 10 nanoseconds) can be effectively attenuated despite coupler, detector, threshold and/or switch delays of the attenuation related circuitry.

Abstract: A mixing syringe having a first sealed chamber containing a powder (powder housing) and a second sealed chamber containing a liquid (liquid housing). When the user needs to inject a patient, he or she holds the mixing syringe approximately upright and depresses a plunger. This motion causes a piercer to pierce a foil seal separating the two chambers. The liquid then drops down into the powder housing. The liquid flows through a passage in a piston located in the powder housing, where it then comes in contact with the powder itself. As the user continues pressing the plunger downward, the piercer comes to rest within the piston and seals the passage through the piston, thereby locking the piercer and piston together. The device is then ready for an injection. As the plunger is further depressed, the piston expels the powder and liquid mixture through a needle.

Abstract: A network layer bridge for connection between network segments with different data link layer addressing. The bridge has includes: plurality of ports, each for connection to different network segments, wherein a first port is for connection to a first network segment and a second port for connection to respective first and second network segment. The bridge also has a memory for storing network layer addresses, for nodes together with corresponding port identifiers and data link layer addresses, and the memory is adapted to store data link layer addresses of more than one type; the bridge also has a means for and a unit for discovering corresponding port identifier and data link layer address for a network layer address. For which these are not already known.

Abstract: A mixing syringe having a first sealed chamber containing a powder (powder housing) and a second sealed chamber containing a liquid (liquid housing). When the user needs to inject a patient, he or she holds the mixing syringe approximately upright and depresses a plunger. This motion causes a piercer to pierce a foil seal separating the two chambers. The liquid then drops down into the powder housing. The liquid flows through a passage in a piston located in the powder housing, where it then comes in contact with the powder itself. As the user continues pressing the plunger downward, the piercer comes to rest within the piston and seals the passage through the piston, thereby locking the piercer and piston together. The device is then ready for an injection. As the plunger is further depressed the piston expels the powder and liquid mixture through a needle.

Abstract: A printer on a network is selected to receive a file to be printed on the instigation of a mobile device. At least one user preference is wirelessly sent from the mobile device to a networked print controller. The print controller has access to the predetermined properties of a plurality of networked printers. At least one of the predetermined properties of the printers are then matched with the at least one user preference, which results in the selection of one or more printers which are suitable for printing the file. The predetermined properties of the networked printers can include the strength of signals between a wireless communications point on the network and the printers to identify the closest set of printers, and/or the size of paper the printer holds, the number of print jobs in the print queues, etc.

Abstract: A network layer bridge for connection between network segments with different data link layer addressing. The bridge has a plurality of ports, each for connection to a different network segment, wherein a first port is for connection to a first network segment and a second port is for connection to a second network segment. The bridge also has a memory for storing network layer addresses for nodes together with corresponding port identifiers and data link layer addresses, and the memory is adapted to store data link layer addresses of more than one type. The bridge also has a means for discovering corresponding port identifier and data link layer address for a network layer address for which these are not already known.