Abstract: A partition system for the bed of a utility vehicle includes a divider frame with first and second opposing side edges and a bottom edge. At least one extendible bumper extends from the first opposing side edge of the divider frame. At least one opposing bumper extends from the second opposing side edge, and at least one storage container is mounted to the divider frame. Preferably the divider is in frictional engagement with the sides of the bed of the utility vehicle and includes a plurality of mounted storage containers. In some embodiments, the frictional engagement is achieved with spring biased bumpers, and in other embodiments handle and gear arrangements are used. The divider is removable and may be placed in a predetermined location to act as a mobile storage container. A parallel brace may be used to hold subpanels in place between the divider frame and the brace. Additionally storage containers may be mounted on the removable subpanels.

Abstract: An automated testing system for the quality testing of production samples of a blood-clot dissolving product having(a) a frame structure having a horizontally disposed support surface;(b) a loading station for the placement of test tubes into a test tube rack;(c) a cooled pipetting station for automated dispensing and mixing of reagents and production samples;(d) a heated bead-drop station for simultaneous addition of a timing bead to each test tube, having a timer for measuring the time to completion of blood-clot dissolution by detecting the movement of each bead to the bottom of each test tube;(e) a robotic apparatus having an arm and pick-up and release device at the end thereof which is movable both vertically and horizontally and is adapted to move said test tube rack and tubes between said stations; anda programmable computer for controlling said dispensing, mixing and moving operations and recording the results of the product being tested.