Abstract: A robotic capsule filling machine system is disclosed. In particular, the system may include a robotic capsule filling machine that is controlled by a computing device, such as a tablet. An application executing on the computing device may be utilized by a user to create a capsule formulation to be dispensed in capsules to be filled by the robotic capsule filling machine. Various inputs into the application may include, but are not limited to, a capsule size, a purity, a density, and a batch size. Based on the inputs, the system may translate the inputs to determine the desired capsule formulation. If the capsule formulation is valid, the system may cause the robotic capsule filling machine to extract an amount of the capsule formulation from one or more reservoirs. The robotic capsule filling machine may then proceed to dispense the extracted amount of capsule formulation into a plurality of capsules.

Abstract: A bandage includes a longitudinal elastic strip, which has a center region, and wherein a first flap extends substantially at right angles outwardly in one direction from the longitudinal strip near one end thereof. The first flap has an inner side, and is formed with a substantially V-shaped notch. A padding is provided on the inner side of the first flap, and a second flap extends outwardly near the one end of the strip in a direction opposite to the one direction. A first Velcro.TM. patch is provided on the outer side of the first flap, and a second Velcro.TM. patch is provided on the inner side of the second flap, the strip having an end region opposite to the one end. The V-shaped notch faces the end region. A third Velcro.TM. patch is provided at the center region of the strip on an outer side thereof, and a fourth Velcro.TM. patch is provided at the end region of the strip on an inner side thereof.