Abstract: A syringe adapter for holding various sizes of syringes. A syringe includes a tip, a barrel, a plunger, a flange, and a syringe axis extending from the tip to the plunger. An example syringe holder attaches to a fluid delivery system and includes a syringe clamp. The syringe holder holds a syringe stationary in the syringe clamp. The syringe clamp is offset from the fluid delivery system such that the syringe, or connections to the syringe, does not interfere with other components of the fluid delivery system. The syringe holder may include a support bar, which the syringe clamp can slide along. Alternatively, the syringe clamp may be rotatable.

Abstract: A syringe adapter for holding various sizes of syringes. A syringe includes a tip, a barrel, a plunger, a flange, and a syringe axis extending from the tip to the plunger. An example syringe holder attaches to a fluid delivery system and includes a syringe clamp. The syringe holder holds a syringe stationary in the syringe clamp. The syringe clamp is offset from the fluid delivery system such that the syringe, or connections to the syringe, does not interfere with other components of the fluid delivery system. The syringe holder may include a support bar, which the syringe clamp can slide along. Alternatively, the syringe clamp may be rotatable.

Abstract: Disclosed is a medical fluid infusion system configured for pumping a fluid to a patient. The system includes one or more modular pump devices, such as infusion pumps, each of which is fluidly attached to an IV bag for infusing a liquid from the IV bag to a patient through at least one fluid line. A pole assembly of the medical fluid infusion system is configured to maintain the pumps and IV bags in a vertical alignment that eliminates or minimizes variations in pumping accuracy due to head pressure between the bags and the infusion pumps.

Abstract: The present invention is directed toward a novel container system that is designed to hold and store liquids, such as for example, paints, stains, and various other coatings. The container system generally includes a base member, a shelf that is contained within the base member, and a lid. The shelf is provided with the base member and is designed to accept an application device, such as for example a paint roller. A lid is also provided with the container so that a fluid may be provided and stored as part of an all-inclusive delivery system.

Abstract: The present invention is directed toward a novel container system that is designed to hold and store liquids, such as for example, paints, stains, and various other coatings. The container system generally includes a base member, a shelf that is contained within the base member, and a lid. The shelf is provided with the base member and is designed to accept an application device, such as for example a paint roller. A lid is also provided with the container so that a fluid may be provided and stored as part of an all-inclusive delivery system.

Abstract: The present invention is directed toward a novel container system that is designed to hold and store liquids, such as for example, paints, stains, and various other coatings. The container system generally includes a base member, a shelf that is contained within the base member, and a lid. The shelf is provided with the base member and is designed to accept an application device, such as for example a paint roller. A lid is also provided with the container so that a fluid may be provided and stored as part of an all-inclusive delivery system.

Abstract: Self-fitting device for location in ear canal and related method, including a body having a shaft, a resilient bladder joined with the body and an elongate plunger located in the shaft. The elongate plunger actuates between an at-rest position and an insertion position to cause the resilient bladder to be deformed from the at-rest position to the insertion position before the device is located in the ear canal.

Abstract: A container for shipping and/or storing a stack of paper is disclosed. The container, according to a disclosed embodiment, comprises a bottom wall and first and second upright, opposing side walls extending from respective edges of the bottom wall. First and second shell portions are connected in a pivotal manner to respective edges of the bottom wall. The shell portions are pivotable toward and away from each to close and open the container, respectively. When the container is closed, the stack is securely contained between the shell portions and the side walls for shipping or storing. When the container is opened, at least two opposing sides of the stack are exposed to facilitate removal of paper from the container. A handle for carrying or lifting the container may be coupled to one of the shell portions.

Abstract: A container for shipping and/or storing a stack of paper is disclosed. The container, according to a disclosed embodiment, comprises a bottom wall and first and second upright, opposing side walls extending from respective edges of the bottom wall. First and second shell portions are connected in a pivotal manner to respective edges of the bottom wall. The shell portions are pivotable toward and away from each to close and open the container, respectively. When the container is closed, the stack is securely contained between the shell portions and the side walls for shipping or storing. When the container is opened, at least two opposing sides of the stack are exposed to facilitate removal of paper from the container. A handle for carrying or lifting the container may be coupled to one of the shell portions.