Abstract: A system and method for modifying a compiled software application to implement additional software code to enhance the functionality of a software application. The system and method comprises receiving a software application binary 601, metadata 602, and modification options 603, analyzing the received components, modifying the software application binary based on the analysis, and returning the modified software application binary 610.

Abstract: A system aid method for modifying a compiled software application to implement additional software code to enhance the functionality of a software application. The system and method comprises receiving a software application binary (601), metadata (602), and modification options (603), analyzing the received components, modifying the software application binary based on the analysis, and returning the modified software application binary (610).

Abstract: A connector device that can reliably carry high data rates is described. The device disclosed offers multiple termination mediums and a variety of electrical packaging applications. The connector device ensures a high degree of wire position control through the use of wire retention combs and/or registration holes. The wire retention combs grip and secure portions of the discrete wires, and the registration block secures the ends of the exposed wires such that a stable connection between the wires and the electrical contact leads of the device can be maintained. In alternative embodiments, one surface of the contact leads are designed to connect with discrete wires and an opposite surface of the contact leads are designed to connect to an electronic device card. In some embodiments of the present invention, the connector device is formed of two substantially identical components that are attached to each other.

Abstract: A connector device that can reliably carry high data rates is described. The device disclosed offers multiple termination mediums and a variety of electrical packaging applications. The connector device ensures a high degree of wire position control through the use of wire retention combs and/or registration holes. The wire retention combs grip and secure portions of the discrete wires, and the registration block secures the ends of the exposed wires such that a stable connection between the wires and the electrical contact leads of the device can be maintained. In alternative embodiments, one surface of the contact leads are designed to connect with discrete wires and an opposite surface of the contact leads are designed to connect to an electronic device card. In some embodiments of the present invention, the connector device is formed of two substantially identical components that are attached to each other.

Abstract: A connector device that can reliably carry high data rates is described. The device disclosed offers multiple termination mediums and a variety of electrical packaging applications. The connector device ensures a high degree of wire position control through the use of wire retention combs and/or registration holes. The wire retention combs grip and secure portions of the discrete wires, and the registration block secures the ends of the exposed wires such that a stable connection between the wires and the electrical contact leads of the device can be maintained. In alternative embodiments, one surface of the contact leads are designed to connect with discrete wires and an opposite surface of the contact leads are designed to connect to an electronic device card. In some embodiments of the present invention, the connector device is formed of two substantially identical components that are attached to each other.

Abstract: A connector device that can reliably carry high data rates is described. The device disclosed offers multiple termination mediums and a variety of electrical packaging applications. The connector device ensures a high degree of wire position control through the use of wire retention combs and/or registration holes. The wire retention combs grip and secure portions of the discrete wires, and the registration block secures the ends of the exposed wires such that a stable connection between the wires and the electrical contact leads of the device can be maintained. In alternative embodiments, one surface of the contact leads are designed to connect with discrete wires and an opposite surface of the contact leads are designed to connect to an electronic device card. In some embodiments of the present invention, the connector device is formed of two substantially identical components that are attached to each other.

Abstract: A connector device that can reliably carry high data rates is described. The device disclosed offers multiple termination mediums and a variety of electrical packaging applications. The connector device ensures a high degree of wire position control through the use of wire retention combs and/or registration holes. The wire retention combs grip and secure portions of the discrete wires, and the registration block secures the ends of the exposed wires such that a stable connection between the wires and the electrical contact leads of the device can be maintained. In alternative embodiments, one surface of the contact leads are designed to connect with discrete wires and an opposite surface of the contact leads are designed to connect to an electronic device card. In some embodiments of the present invention, the connector device is formed of two substantially identical components that are attached to each other.

Abstract: A merchandise return system includes a merchandise-return information resource serving a plurality of distributed point-of-return associates and another plurality of remote merchandisers. The resource provides a processing system that is linked with communication devices of the point-of-return associates by a communications medium, and which processes requests for merchandise-return information on merchandise presented to the point-of-return associates. The resource further provides a serving device for serving responsive communications to the communication devices of the requesting point-of-return associates. These responsive communications include either a positive or negative return decision and, in cases of positive return decisions, further comprise return fulfillment instructions.

Abstract: A secured exchange method provides a prospective buyer with a chance to inspect the goods of a remote seller as a condition precedent to acceptance. The method is implemented by a distributed community of intermediary point-of-access associates who physically host such inspections, as well as by a managing inspection-transaction information service. The seller delivers the goods to one of the point-of-access associates, who in turn ships to another point-of-access associate, which is where the prospective buyer will inspect. There the prospective buyer gets the opportunity to inspect the offered goods and, upon buyer's application to accept, that particular point-of-access associate accesses the pertinent terms of acceptance from the managing inspection-transaction information service. If the pertinent terms of acceptance are met, the point-of-access associate releases the goods to the buyer.

Abstract: An out-sourced merchandise return system provides a general store enterprise of the type having a plurality of distributed store locations with an out-source service to offer another plurality of remote merchandisers. The general store enterprise is associated with a processing system that is linked with communication devices of the store locations by a communications medium, and which processes requests for merchandise-return information on merchandise presented to the store locations. The general store enterprise is further associated with a serving device for serving responsive communications to the communication devices of the requesting store locations. These responsive communications include either a positive or negative return decision and, in cases of positive return decisions, further comprise return fulfillment instructions.