Abstract: A garment processing apparatus is disclosed. The garment processing apparatus may include a manifold having a plurality of arms. Each of the arms may be configured to discharge air. A cabinet may be configured to support a plurality of garments with each of the garments positioned between a different pair of adjacent arms. A closed loop air system may include a condenser to remove water from the air discharged from the manifold, and/or a steam generator to inject steam into the air discharged from the manifold. A chemical agent may also be injected into the air discharged from the manifold.

Abstract: A device for washing and drying garments or other items in a single unit. The garments or other items are placed in the device on conventional plastic hangers leaving space in between each item. A manifold with arms extends between the items. The manifold moves up and down so that the arms move up and down the length of the items to be treated. The arms have one set of pipes that spray wash water, rinse water and other washing liquids on the items. The arms have another set of pipes that carry air to the items, drying the items. After the cycle is complete the clothes or other items may be left in the device until needed.

Abstract: A predetermined number of small latex beads is provided in the vacuum capsule of a Vacutainer. After blood is drawn into the capsule, the capsule is agitated to mix the blood and beads into a homogeneous suspension. A smear or spun slide is prepared of the suspension for microscopic analysis. The beads in the microscope field are counted in addition to the white blood cells, thereby enabling calculation of the volume of blood in the microscope field to provide an absolute white cell count. Absolute red cell, platelet and differential white cell counts are obtained in the same manner. The beads have a predetermined uniform size and color density thereby enabling cell size and hemoglobin percentage measurements.