Abstract: A system for monitoring and dispensing medical items includes a plurality of hook registers (10). Each of the hook registers includes sensors (48, 60, 62, 64) sensing the removal or addition of a medical item to the storage location on the hook register. Each hook register has a microprocessor (66) connected to the sensor which stores a count of the items added or removed from the location. The microprocessor also includes location identifying information specifically associated with the particular hook register. The microprocessor is periodically polled by a controller (72) which reads and stores the count and location identifying information from each of the hook registers. The controller information is periodically read by a data terminal (76) which is connected through a local area network (82) to a remote computer (84) having a processor and data store.

Abstract: A medical item dispensing apparatus includes a dispenser (100) which encloses a plurality of magazines (168). Each magazine holds a plurality of medical items (170) which in the preferred form of the invention are cylindrical containers. Each magazine includes an opening (180). A guide (182) and a front gate member (194) are positioned adjacent to the opening. A back gate member (200) is positioned further inward from the opening than the front gate member. The front gate member and back gate member are moved in coordinated relation so that the front gate member enables a medical item adjacent the opening to pass through the opening while the back gate member moves to prevent the other medical items in the magazine from moving toward the opening. After the dispense of the medical item from the magazine the front gate member moves to block the passage of further medical items through the opening while the back gate member moves to enable medical items to move toward the opening.

Abstract: A system for monitoring and dispensing medical items which are dispensed for administration to patients includes a data terminal (76, 338, 538) which is connected through a network (82, 328, 536) to at least one computer (84, 324, 532) having a processor and a data store. The system also includes a reading device (348, 538) which is operatively connected to the network. A user of the data terminal or the reading device is enabled to select a patient for whom medical items will be used, and responsive to a request to dispense items the requested items are dispensed from dispensing devices (96, 100, 344, 346, 450, 527, 540) connected to the data terminal. Storage locations in dispensing devices may be restocked using removable liners. The removable liners are stocked with medical items in a stocking location (550) and transported in a secure condition to the storage locations. The storage locations are accessed by an authorized restocking user.

Abstract: A system for monitoring and dispensing medical items includes a plurality of hook registers (10). Each of the hook registers includes sensors (48, 60, 62, 64) sensing the removal or addition of a medical item to the storage location on the hook register. Each hook register has a microprocessor (66) connected to the sensor which stores a count of the items added or removed from the location. The microprocessor also includes location identifying information specifically associated with the particular hook register. The microprocessor is periodically polled by a controller (72) which reads and stores the count and location identifying information from each of the hook registers. The controller information is periodically read by a data terminal (76) which is connected through a local area network (82) to a remote computer (84) having a processor and data store.

Abstract: An apparatus for accepting return of unused medical items is part of a system (10) used for automated dispensing and tracking of medical items within a medical facility. The apparatus includes a return drawer (52, 156) and a retrieve drawer (54, 158) which are opened responsive to signals received from a display terminal (26) which is networked with a computer (12) which includes a database (14). The return drawer includes a pocket (74, 160) therein. The pocket is accessible from outside of a housing (56) when the return drawer is moved to an open position. The pocket includes an opening (76, 156). The pocket is closed by a trap door (78, 170) when the return drawer is in the open position. Medical items to be returned (132, 184, 186) are placed in the pocket and the return drawer is closed. Upon the closing of the return drawer the trap door is moved to an open position by an actuator. The returned medical item passes from the pocket to a retrieve area (84, 188) in the retrieve drawer.

Abstract: The system for monitoring and dispensing medical items which are dispensed for administration to patients includes a data terminal (76) which is connected through a local area network (82) to at least one remote computer (84) having a processor and a data store. A user of the data terminal is enabled to select a patient for whom medical items will be used, and responsive to a request to dispense items the requested items are dispensed from dispensing devices (96, 100) connected to the data terminal. The data store also includes brand name and generic name information concerning medical items that are dispensed. Through selection of an input button (252) included in a plurality of windows (256, 264, 286) a user is enabled to selectively display medical items by either brand or generic name and to dispense the items for a patient in accordance with either of said names.

Abstract: A system for monitoring and dispensing medical items includes a plurality of hook registers (10). Each of the hook registers includes sensors (48, 60, 62, 64) sensing the removal or addition of a medical item to the storage location on the hook register. Each hook register has a microprocessor (66) connected to the sensor which stores a count of the items added or removed from the location. The microprocessor also includes location identifying information specifically associated with the particular hook register. The microprocessor is periodically polled by a controller (72) which reads and stores the count and location identifying information from each of the hook registers. The controller information is periodically read by a data terminal (76) which is connected through a local area network (82) to a remote computer (84) having a processor and data store.

Abstract: An apparatus for accepting return of unused medical items is part of a system (10) used for automated dispensing and tracking of medical items within a medical facility. The apparatus includes a return drawer (52, 156) and a retrieve drawer (54, 158) which are opened responsive to signals received from a display terminal (26) which is networked with a computer (12) which includes a database (14). The return drawer includes a pocket (74, 160) therein. The pocket is accessible from outside of a housing (56) when the return drawer is moved to an open position. The pocket includes an opening (76, 156). The pocket is closed by a trap door (78, 170) when the return drawer is in the open position. Medical items to be returned (132, 184, 186) are placed in the pocket and the return drawer is closed. Upon the closing of the return drawer the trap door is moved to an open position by an actuator. The returned medical item passes from the pocket to a retrieve area (84, 188) in the retrieve drawer.

Abstract: An apparatus for accepting return of unused medical items is part of a system (10) used for automated dispensing and tracking of medical items within a medical facility. The apparatus includes a return drawer (52) and a retrieve drawer (54) which are opened responsive to signals received from a display terminal (26) which is networked with a computer (12) which includes a database (14). The return drawer includes a pocket (74) therein. The pocket is accessible from outside of a housing (56) when the return drawer is moved to an open position. The pocket includes an opening (76). The pocket is closed by a trap door (78) when the return drawer is in the open position. Medical items to be returned (132) are placed in the pocket and the return drawer is closed. Upon the closing of the return drawer the trap door is moved to an open position by an actuator. The returned medical item passes from the pocket to a retrieve area (84) in the retrieve drawer.

Abstract: The system for monitoring and dispensing medical items which are dispensed for administration to patients includes a data terminal (76, 338) which is connected through a network (82, 328) to at least one remote computer (84, 324) having a processor and a data store. The system also includes a reading device (348) which is connected to the network. A user of the data terminal or the reading device is enabled to select a patient for whom medical items will be used, and responsive to a request to dispense items the requested items are dispensed from dispensing devices (96, 100, 344, 346) connected to the data terminal. A report generating device (384) generates reports (388) which include machine readable indicia corresponding to patients and/or medical items. Users may select patients and dispense medications by reading the indicia from the reports using the reading device.

Abstract: A system for monitoring and dispensing medical items, includes a data terminal (76) which is connected through a local area network (82) to at least one remote computer (84) including a processor and the data store. The data store includes data representative of medical items which may be stored in dispensing devices (96, 100) or in storage locations external to said dispensing devices. The data store further includes data representative of information concerning patients. The data store further includes information concerning kits which kits include more than one of the available medical items. The items in each kit are used in the course of a medical procedure. A user is enabled to interface with the data terminal to select a patient and a kit for use by the patient.

Abstract: A system for monitoring and dispensing medical items includes a plurality of hook registers (10). Each of the hook registers includes sensors (48, 60, 62, 64) sensing the removal or addition of a medical item to the storage location on the hook register. Each hook register has a microprocessor (66) connected to the sensor which stores a count of the items added or removed from the location. The microprocessor also includes location identifying information specifically associated with the particular hook register. The microprocessor is periodically polled by a controller (72) which reads and stores the count and location identifying information from each of the hook registers. The controller information is periodically read by a data terminal (76) which is connected through a local area network (82) to a remote computer (84) having a processor and data store.