Abstract: Provided is an apparatus, system, and method for a nested syringe assembly. The nested syringe assembly includes a first syringe having a cylindrical body defining an inner diameter and a second syringe having a cylindrical body defining an outer diameter. The outer diameter of the second syringe is less than the inner diameter of the first syringe. At least a portion of the cylindrical body of the second syringe is disposed within the cylindrical body of the first syringe.

Abstract: Provided is an apparatus, system, and method for a nested syringe assembly. The nested syringe assembly includes a first syringe having a cylindrical body defining an inner diameter and a second syringe having a cylindrical body defining an outer diameter. The outer diameter of the second syringe is less than the inner diameter of the first syringe. At least a portion of the cylindrical body of the second syringe is disposed within the cylindrical body of the first syringe.

Abstract: Provided is an apparatus, system, and method for a nested syringe assembly. The nested syringe assembly (100) includes a first syringe (104) having a cylindrical body defining an inner diameter and a second syringe (102) having a cylindrical body defining an outer diameter. The outer diameter of the second syringe is less than the inner diameter of the first syringe. At least a portion of the cylindrical body of the second syringe is disposed within the cylindrical body of the first syringe.

Abstract: Provided is an apparatus, system, and method for a nested syringe assembly. The nested syringe assembly (100) includes a first syringe (104) having a cylindrical body defining an inner diameter and a second syringe (102) having a cylindrical body defining an outer diameter. The outer diameter of the second syringe is less than the inner diameter of the first syringe. At least a portion of the cylindrical body of the second syringe is disposed within the cylindrical body of the first syringe.

Abstract: A system for delivering fluid to a patient including housing having at least one syringe port and a fluid control device adapted to interface with and actuate at least one syringe engaged therein. The fluid control device includes a processor configured to control a fluid delivery and to wirelessly communicate with one or more portable computers. The portable computer may be programmed or configured to receive one or more fluid delivery parameters from the fluid control device, a user interface, a patient records database, an imaging device, a second computer, a server, a wireless network, or a combination thereof and generate a display containing information pertaining to the fluid delivery parameter based at least partially on the received data. The fluid control device is further configured or programmed to execute one or more control options based at least partially on instructions received from the portable computer.

Abstract: The child-resistant medication container includes: a housing having an open end, a support slidably mounted in the housing for supporting medication, first locking element for locking the support in the housing and for unlocking the support so that the support may be slid to the outside of the housing through the open end, the first locking element including a first locking member coupled to the housing and a second locking member coupled to the support, the first and second locking members being engageable with each other, and at least one button operable to act on the first locking element, the at least one button including a first button operable to disengage the first and second locking members, second locking element for maintaining engagement between the first and second locking members, and a second button operable to act on the second locking element to permit disengaging the first and second locking members by operating the first button.

Abstract: A dispenser for the delivery of medication includes: a support (9, 10) supporting an array of blister(s) (11) each containing a medication dose, the support (9, 10) having an array of through hole(s) (19, 25) below the blister(s) (11) respectively, an actuating member (13) located above the support (9, 10), the actuating member (13) being movable in translation relative to the support (9, 10), by at least one step, in a determined direction (d) parallel to the support (9, 10), and elements (29, 57) for converting each of the step(s) of translational motion of the actuating member (13) into a pressure exerted on corresponding one(s) of the blister(s) (11) towards the corresponding through hole(s) (19, 25) to expel the corresponding medication dose(s) through the corresponding through hole(s) (19, 25).

Abstract: The child-resistant medication container includes: a housing having an open end, a support slidably mounted in the housing for supporting medication, first locking element for locking the support in the housing and for unlocking the support so that the support may be slid to the outside of the housing through the open end, the first locking element including a first locking member coupled to the housing and a second locking member coupled to the support, the first and second locking members being engageable with each other, and at least one button operable to act on the first locking element, the at least one button including a first button operable to disengage the first and second locking members, second locking element for maintaining engagement between the first and second locking members, and a second button operable to act on the second locking element to permit disengaging the first and second locking members by operating the first button.