Abstract: A method for online lending services with the creation and population of loan applications and other related documents in Portable Document Format (PDF) for subsequent access by application and other entities. Consumers use their Web browsers for access and said method includes an Application Service Provider (ASP) architecture, a loan origination site interface, and a secure server facility.

Abstract: A method for online lending services with the creation and population of loan applications and other related documents in Portable Document Format (PDF) for subsequent access by application and other entities. Consumers use their Web browsers for access and said method includes an Application Service Provider (ASP) architecture, a loan origination site interface, and a secure server facility.

Abstract: A method for online lending services with the creation and population of loan applications and other related documents in Portable Document Format (PDF) for subsequent access by application and other entities. Consumers use their Web browsers for access and said method includes an Application Service Provider (ASP) architecture, a loan origination site interface, and a secure server facility.

Abstract: A method for online lending services with the creation and population of loan applications and other related documents in Portable Document Format (PDF) for subsequent access by applicant and other entities. Consumers use their Web browsers for access and said method includes an Application Service Provider (ASP) architecture, a loan origination site interface, and a secure server facility.

Abstract: A method for online lending services with the creation and population of loan applications and other related documents in Portable Document Format (PDF) for subsequent access by applicant and other entities. Consumers use their Web browsers for access and said method includes an Application Service Provider (ASP) architecture, a loan origination site interface, and a secure server facility.

Abstract: A collection and testing cup for fluid characterization is disclosed. The cup has a lid assembly with a tamper evident closure; a cylinder that extends into the fluid in the collection cup, also with a tamper evident closure; a piston with a conduit and one-way valve through which a portion of the fluid can be forced into an isolation chamber separate from the main collection cup for testing. The lid assembly cylinder is configured with an aperture or passage near the bottom of the cylinder to allow a small portion of fluid to enter the lower portion of the cylinder from the collection cup chamber and a piston with a central conduit and valve initially positioned near the top of the cylinder adjacent to the lid.

Abstract: A collection and testing cup for fluid characterization is disclosed. The cup has a lid assembly with a tamper evident closure; a cylinder that extends into the fluid in the collection cup, also with a tamper evident closure; a piston with a conduit and one-way valve through which a portion of the fluid can be forced into an isolation chamber separate from the main collection cup for testing. The lid assembly cylinder is configured with an aperture or passage near the bottom of the cylinder to allow a small portion of fluid to enter the lower portion of the cylinder from the collection cup chamber and a piston with a central conduit and valve initially positioned near the top of the cylinder adjacent to the lid.

Abstract: The instant invention is point of care device for performing an assay test. The device is a reader employing a cartridge receptive to plain single window, plain double window, stick single window, and stick double window assay devices.

Abstract: A collection and testing cup for fluid characterization is disclosed. The cup has a lid assembly with a tamper evident closure; a cylinder that extends into the fluid in the collection cup, also with a tamper evident closure; a piston with a conduit and one-way valve through which a portion of the fluid can be forced into an isolation chamber separate from the main collection cup for testing. The lid assembly cylinder is configured with an aperture or passage near the bottom of the cylinder to allow a small portion of fluid to enter the lower portion of the cylinder from the collection cup chamber and a piston with a central conduit and valve initially positioned near the top of the cylinder adjacent to the lid.

Abstract: A collection and testing cup for fluid characterization is disclosed. The cup has a lid assembly with a tamper evident closure; a cylinder that extends into the fluid in the collection cup, also with a tamper evident closure; a piston with a conduit and one-way valve through which a portion of the fluid can be forced into an isolation chamber separate from the main collection cup for testing. The lid assembly cylinder is configured with an aperture or passage near the bottom of the cylinder to allow a small portion of fluid to enter the lower portion of the cylinder from the collection cup chamber and a piston with a central conduit and valve initially positioned near the top of the cylinder adjacent to the lid.

Abstract: A container holder assembly for holding beverage containers is adapted for mounting in a vehicle. The holder includes a housing for insertion in a vehicle, the housing having an open front. Two container retaining arms are mounted in the housing for movement from a retracted position within the housing to an extended position outside the housing. The arms form at least a portion of the container holder. A door is pivotably mounted to the housing for movement between a substantially vertical closed position covering the opening in the housing and an open substantially horizontal position forming a supporting shelf for a container. An actuator comprising a cam on the door and a follower on one of the arms and mounted between the door and the arm to pivot the arm from the extended position to the retracted position as the door moves between the open position and the closed position.