Abstract: A support system for a urine collection bag includes a waistband; a strap having a first end connected to the urine collection bag and a second end connected to the belt; and a fastener on the second end of the strap. The waistband and strap support the weight of the urine collection bag so it doesn't creep down the patient's leg and tug on the catheter and permits the patient to reposition the urine collection bag quickly and easily.

Abstract: A system and method for securely storing and retrieving prescriptions. The system may include storage containers into which the prescriptions may be placed, a storage matrix with an outer housing and compartments for the storage containers, a transport system, scanners, and a control system. The transport system within the outer housing may selectively move the storage containers attached to the attachment device to locations or coordinates of any of the compartments. The control system may command the transport system to relocate any of the storage containers from one of the compartments to another of the compartments and may track locations of the prescriptions based on information from the scanners or other sensors for later retrieval by authorized user.

Abstract: A system and method for securely storing and retrieving prescriptions. The system may include storage containers into which the prescriptions may be placed, a storage matrix with an outer housing and compartments for the storage containers, a transport system, scanners, and a control system. The transport system within the outer housing may selectively move the storage containers attached to the attachment device to locations or coordinates of any of the compartments. The control system may command the transport system to relocate any of the storage containers from one of the compartments to another of the compartments and may track locations of the prescriptions based on information from the scanners or other sensors for later retrieval by authorized user.

Abstract: A system for storing a plurality of solid objects and dispensing the solid objects into a plurality of containers. The system comprises non-automated dispensing cells, physically actuated to dispense solid objects one at a time into one of the containers, and automated dispensing cells, electrically actuated to dispense solid objects from a holding tank simultaneously in bulk into one of the containers. The automated dispensing cells may independently dispense objects into the holding tank one at a time while a manipulator arm of the system simultaneously brings a container to one of the non-automated or automated dispensing cells. Then, when the manipulator arm brings a container to one of the automated dispensing cells, the solid objects may be dispensed into the container in bulk by simply opening a gate mechanism.

Abstract: A system for storing a plurality of solid objects and dispensing the solid objects into a plurality of containers. The system comprises non-automated dispensing cells, physically actuated to dispense solid objects one at a time into one of the containers, and automated dispensing cells, electrically actuated to dispense solid objects from a holding tank simultaneously in bulk into one of the containers. The automated dispensing cells may independently dispense objects into the holding tank one at a time while a manipulator arm of the system simultaneously brings a container to one of the non-automated or automated dispensing cells. Then, when the manipulator arm brings a container to one of the automated dispensing cells, the solid objects may be dispensed into the container in bulk by simply opening a gate mechanism.

Abstract: A system for storing a plurality of solid objects and dispensing the solid objects into a plurality of containers. The system comprises non-automated dispensing cells, physically actuated to dispense solid objects one at a time into one of the containers, and automated dispensing cells, electrically actuated to dispense solid objects from a holding tank simultaneously in bulk into one of the containers. The automated dispensing cells may independently dispense objects into the holding tank one at a time while a manipulator arm of the system simultaneously brings a container to one of the non-automated or automated dispensing cells. Then, when the manipulator arm brings a container to one of the automated dispensing cells, the solid objects may be dispensed into the container in bulk by simply opening a gate mechanism.

Abstract: An identification tag (100) facilitates use of a secure computer system (300). The tag (100) is adapted to be worn on a user's wrist and includes an identification and registration circuit (102) that includes an identification component (106), an affiliation component (110), and a light-emitting diode (112). The computer system includes an RF identification tag registration device (302) operable to acquire user physical information and communicate the physical information to a computer (202), wherein the computer verifies that a valid user is wearing the tag (100). The identification and registration device (302) ensures that the physical information communicated to the computer pertains to the user wearing the tag by comparing pulse signals acquired from the user's hand and wrist as the device (302) is acquiring physical information.

Abstract: An identification tag (100) facilitates use of a secure computer system (300). The tag (100) is adapted to be worn on a user's wrist and includes an identification and registration circuit (102) that includes an identification component (106), an affiliation component (110), and a light-emitting diode (112). The computer system includes an RF identification tag registration device (302) operable to acquire user physical information and communicate the physical information to a computer (202), wherein the computer verifies that a valid user is wearing the tag (100). The identification and registration device (302) ensures that the physical information communicated to the computer pertains to the user wearing the tag by comparing pulse signals acquired from the user's hand and wrist as the device (302) is acquiring physical information.

Abstract: An identification tag (100) facilitates use of a secure computer system (300). The tag (100) is adapted to be worn on a user's wrist and includes an identification and registration circuit (102) that includes an identification component (106), an affiliation component (110), and a light-emitting diode (112). The computer system includes an RF identification tag registration device (302) operable to acquire user physical information and communicate the physical information to a computer (202), wherein the computer verifies that a valid user is wearing the tag (100). The identification and registration device (302) ensures that the physical information communicated to the computer pertains to the user wearing the tag by comparing pulse signals acquired from the user's hand and wrist as the device (302) is acquiring physical information.

Abstract: A collating unit (10) for use with a control center (12) cooperating with an automatic dispensing system (“ADS”) (14) for automatic storage of prescription containers dispensed from the ADS (14).

Abstract: A vial gripping mechanism (10) includes a pivotally mounted swing arm (26). A sensor receiving array (44) is mounted to a sensor end (34) on an inward edge (46) of the arm (26). A channel (38) protecting a cable (64) follows an outside edge (42) from the receiving array (44) to a cam end (36). A torsion spring (28) forces the cam end (36) against a cam (30) which is fixedly mounted to the mechanism (10) adjacent the arm (26). By action of the mechanism (10), the arm (26) is moved relative to the cam (30) such that in a sensing position, the receiving array (44) is directly opposite a sensor transmitting array (74), and in a shielded position, the receiving array (44) is housed within a shield (32). The shield (32) is fixedly mounted to the mechanism (10) and protects the receiving array (44) while in transit.

Abstract: A storage and dispensing system (10) for storing and dispensing pre-packaged pharmaceutical products (12) and other products. The system includes a cabinet (14); a plurality of product conveyors (16) mounted within the cabinet and each configured for holding at least one product; an infeed conveyor (18) for receiving products that are to be stored in the cabinet; an outfeed conveyor (20) for receiving products that are to be dispensed from the cabinet; and a transporter (22) moveable within the cabinet for transporting products between the product conveyors and the infeed and outfeed conveyors for storing products in or dispensing products from the cabinet.

Abstract: An identification tag (100) facilitates use of a secure computer system (300). The tag (100) is adapted to be worn on a user's wrist and includes an identification and registration circuit (102) that includes an identification component (106), an affiliation component (110), and a light-emitting diode (112). The computer system includes an RF identification tag registration device (302) operable to acquire user physical information and communicate the physical information to a computer (202), wherein the computer verifies that a valid user is wearing the tag (100). The identification and registration device (302) ensures that the physical information communicated to the computer pertains to the user wearing the tag by comparing pulse signals acquired from the user's hand and wrist as the device (302) is acquiring physical information.

Abstract: An identification tag (100) facilitates use of a secure computer system (300). The tag (100) is adapted to be worn on a user's wrist and includes an identification and registration circuit (102) that includes an identification component (106), an affiliation component (110), and a light-emitting diode (112). The computer system includes an RF identification tag registration device (302) operable to acquire user physical information and communicate the physical information to a computer (202), wherein the computer verifies that a valid user is wearing the tag (100). The identification and registration device (302) ensures that the physical information communicated to the computer pertains to the user wearing the tag by comparing pulse signals acquired from the user's hand and wrist as the device (302) is acquiring physical information.

Abstract: An identification tag (100) facilitates use of a secure computer system (300). The tag (100) is adapted to be worn on a user's wrist and includes an identification and registration circuit (102) that includes an identification component (106), an affiliation component (110), and a light-emitting diode (112). The computer system includes an RF identification tag registration device (302) operable to acquire user physical information and communicate the physical information to a computer (202), wherein the computer verifies that a valid user is wearing the tag (100). The identification and registration device (302) ensures that the physical information communicated to the computer pertains to the user wearing the tag by comparing pulse signals acquired from the user's hand and wrist as the device (302) is acquiring physical information.

Abstract: An active control center (10) for automatic retrieval and storage of filled medicament vials dispensed from an automatic dispensing system (12).

Abstract: A collating unit (10) for use with a control center (12) cooperating with an automatic dispensing system (“ADS”) (14) for automatic storage of prescription containers dispensed from the ADS (14).

Abstract: A vial gripping mechanism (10) includes a pivotally mounted swing arm (26). A sensor receiving array (44) is mounted to a sensor end (34) on an inward edge (46) of the arm (26). A channel (38) protecting a cable (64) follows an outside edge (42) from the receiving array (44) to a cam end (36). A torsion spring (28) forces the cam end (36) against a cam (30) which is fixedly mounted to the mechanism (10) adjacent the arm (26). By action of the mechanism (10), the arm (26) is moved relative to the cam (30) such that in a sensing position, the receiving array (44) is directly opposite a sensor transmitting array (74), and in a shielded position, the receiving array (44) is housed within a shield (32). The shield (32) is fixedly mounted to the mechanism (10) and protects the receiving array (44) while in transit.

Abstract: A pill count sensor (10) comprises an electromagnetic energy emitting array (40) and an electromagnetic energy receiving array (42), with a pill detection zone (44) defined therebetween; a sensor amplifier (28); a control board (30) interfaced with a computing device (24); and interconnecting cabling (34, 36, 38). The electromagnetic energy emitting and receiving arrays (40,42) emit and receive, respectively, beams of electromagnetic energy (46) across the zone (44) such that any pill (50) entering the zone (44) is detected by a resulting disruption in received electromagnetic energy at the receiving array (42). The sensor amplifier (28) is operable to automatically self-calibrate in order to compensate for detected electromagnetic energy levels, and to generate a pill sense signal in response to a detected pill (50). The control board (30) is operable to increment a pill count.

Abstract: A vial gripping mechanism (10) includes a pivotally mounted swing arm (26). A sensor receiving array (44) is mounted to a sensor end (34) on an inward edge (46) of the arm (26). A channel (38) protecting a cable (64) follows an outside edge (42) from the receiving array (44) to a cam end (36). A torsion spring (28) forces the cam end (36) against a cam (30) which is fixedly mounted to the mechanism (10) adjacent the arm (26). By action of the mechanism (10), the arm (26) is moved relative to the cam (30) such that in a sensing position, the receiving array (44) is directly opposite a sensor transmitting array (74), and in a shielded position, the receiving array (44) is housed within a shield (32). The shield (32) is fixedly mounted to the mechanism (10) and protects the receiving array (44) while in transit.