초록 ▼

A single-item-access (SIA) sub-drawer is disclosed that has a body with a compartment and a lid that is selectably securable in a closed position that encloses the compartment. The SIA sub-drawer includes a lid latch configured to secure and selectably release the lid and a sub-drawer latch configur

A single-item-access (SIA) sub-drawer is disclosed that has a body with a compartment and a lid that is selectably securable in a closed position that encloses the compartment. The SIA sub-drawer includes a lid latch configured to secure and selectably release the lid and a sub-drawer latch configured to engage and selectably release a retention hook to secure the SIA sub-drawer to a dispensing cabinet. The SIA sub-drawer also includes a processor configured to cause the lid latch to release the lid upon receipt of a lid release signal and to cause the sub-drawer latch to release the retention hook upon receipt of a sub-drawer release signal.

대표청구항 ▼

1. A single-item access (SIA) sub-drawer comprising: a body comprising a compartment;a sub-drawer latch coupled to the body and including a sliding member coupled to a rotating member that pivots about a pin, the rotating member configured to engage and selectably release a retention hook and thereb

1. A single-item access (SIA) sub-drawer comprising: a body comprising a compartment;a sub-drawer latch coupled to the body and including a sliding member coupled to a rotating member that pivots about a pin, the rotating member configured to engage and selectably release a retention hook and thereby engage and selectably release the SIA sub-drawer;a processor carried by the body and coupled to the sub-drawer latch, the processor configured to cause the sub-drawer latch to release the retention hook upon receipt of a sub-drawer release signal;a communication interface coupled to the processor, the processor configured to receive the sub-drawer release signal through the communication interface and accept information through the interface; anda memory carried by the body and coupled to the processor, the processor configured to communicate with the memory to transfer the accepted information to the memory. 2. The SIA sub-drawer of claim 1, wherein: the body comprises a plurality of compartments;the SIA sub-drawer further comprises a plurality of lids, each of the plurality of lids selectably securable in a closed position that encloses a respective one of the plurality of compartments;the SIA sub-drawer further comprises a plurality of lid latches that are configured to secure and selectably release respective lids of the plurality of lids; andthe processor is coupled to the plurality of lid latches and configured to cause a selectable one of the plurality of lid latches to release the respective lid upon receipt of a lid-release signal. 3. The SIA sub-drawer of claim 1, wherein the processor is configured to receive the signals from an external device through the communication interface. 4. The SIA sub-drawer of claim 3, wherein the processor is configured to accept the information from the external device, the information comprising at least one of an identification of a patient, an identification of a medication, and a dosage of a medication, and store the accepted information in the memory. 5. The SIA sub-drawer of claim 3, wherein the communication interface comprises an electrical connector configured to detachably mate with an external connector. 6. The SIA sub-drawer of claim 3, wherein the communication interface comprises a wireless transceiver. 7. A point-of-care (POC) system comprising: a dispensing cabinet (DC) comprising: a housing comprising a containment pocket and a retention hook; anda first processor disposed within the housing; anda single-item access (SIA) sub-drawer comprising: a body configured to be secured within the containment pocket, the body comprising a compartment;a sub-drawer latch coupled to the body and including a sliding member coupled to a rotating member that pivots about a pin, the rotating member configured to engage and selectably release the retention hook and thereby engaging and selectably releasing the SIA sub-drawer from the housing;a second processor carried by the body and coupled to the sub-drawer latch, the second processor configured to cause the sub-drawer latch to release the retention hook upon receipt of a sub-drawer release signal from the first processor;a communication interface coupled to the second processor, the second processor configured to receive the sub-drawer release signal through the communication interface and accept information through the interface; anda first memory carried by the body and coupled to the second processor, the second processor configured to communicate with the first memory to transfer the accepted information to the first memory. 8. The POC system of claim 7, wherein: the body comprises a plurality of compartments;the SIA sub-drawer further comprises a plurality of lids, each of the plurality of lids selectably securable in a closed position that encloses a respective one of the plurality of compartments;the SIA sub-drawer further comprises a plurality of lid latches that are configured to secure and selectably release respective lids of the plurality of lids; andthe second processor is coupled to the plurality of lid latches and configured to cause a selectable one of the plurality of lid latches to release the respective lid upon receipt of a lid-release signal. 9. The POC system of claim 8, wherein: the DC further comprises a user interface and a second memory containing information about contents of the SIA sub-drawer;the first processor is coupled to the user interface and the second memory; andthe first processor is further configured to receive user; input through the user interface and to provide the lid-release signal to the second processor if the user input includes a request for an item disposed within the SIA sub-drawer. 10. The POC system of claim 9, wherein: the second memory further comprises information about an authorization required to access contents of each compartment and about an authorization level of each user; andthe first processor is configured to retrieve the information about the authorization required to access the contents of each compartment and about the authorization level of each user from the memory, compare the authorization required to access the contents of each compartment and the authorization level of each user that is requesting access, and determine if access should be granted;the first processor is further configured to provide the lid-release signal to the second processor if it is determined that access should be granted; andthe first processor is further configured to not provide the lid-release signal to the second processor if it is determined that access should not be granted. 11. The POC system of claim 9, wherein: the second memory further comprises information about an authorization required to release the sub-drawer and about an authorization level of each user; andthe first processor is configured to retrieve the information about the authorization required to release the sub-drawer and about the authorization level of each user from the second memory, compare the authorization required to release the sub-drawer and the authorization level of each user that is requesting the release, and determine if the sub-drawer should be released;the first processor is further configured to provide the sub-drawer release signal to the second processor if it is determined that the sub-drawer should be released; andthe first processor is further configured to not provide the sub-drawer release signal to the second processor if it is determined that the sub-drawer should not be released. 12. The POC system of claim 8, wherein the containment pocket and SIA sub-drawer are configured such that the lids of the SIA sub-drawer remain accessible when the SIA sub-drawer is secured in the containment pocket. 13. The POC system of claim 7, wherein the second processor is configured to receive the signals from the first processor through the communication interface. 14. The POC system of claim 7, wherein the DC is configured to be mounted on a wall. 15. A method of providing patient-specific medications, the method comprising the steps of: docking a single-item access (SIA) sub-drawer onto a loading station, the SIA sub-drawer comprising a body comprising a compartment, a lid coupled to the body and selectably securable in a closed position that encloses the compartment, a lid latch coupled to the body and configured to secure the lid, a sub-drawer latch coupled to the body and configured to engage and selectably release a retention hook, and a processor carried by the body and coupled to the lid latch and the sub-drawer latch wherein the processor is configured to cause the lid latch to release lid upon receipt of a lid release signal;providing a lid-release signal to the processor to thereby release the lid and thereby allow access to the compartment;loading at least one dose of a medication prescribed for a specified patient into the compartment;closing the lid;removing the SIA sub-drawer from the loading station;transporting the SIA sub-drawer to a dispensing cabinet (DC) that is located at a point-of-care (POC) for the specified patient, the DC having a containment pocket and a retention hook; andloading the SIA sub-drawer into the containment pocket such that the sub-drawer latch engages the retention hook of the DC. 16. The method of claim 15, further comprising the steps of: requesting a dose of the medication through a user interface of the DC to thereby cause the DC to provide a lid-release signal to the processor of the SIA sub-drawer to thereby cause a lid-latch actuator to release the lid and allow access to the medication;removing the requested dose of medication from the compartment; andadministering the requested medication to the patient. 17. The method of claim 16, further comprising the steps of: accepting an identification of a user that is requesting the medication;retrieving automatically from a memory in the DC information about an authorization required to dispense the medication and about an authorization level of the user;comparing automatically the authorization required to dispense the medication and the authorization level of the user that is requesting the medication and determining if the medication should be dispensed; andproviding automatically a lid-release signal to the SIA sub-drawer only if it is determined that the medication should be dispensed. 18. The method of claim 15, further comprising the steps of: requesting the release of the SIA sub-drawer from the DC through a user interface of the DC to thereby cause the DC to provide a sub-drawer-release signal to the processor of the SIA sub-drawer to thereby cause the sub-drawer actuator to release the retention hook; andremoving the sub-drawer from the containment pocket. 19. The method of claim 18, further comprising the steps of: accepting an identification of a user that is requesting the release;retrieving automatically from a memory in the DC information about an authorization required to release the SIA sub-drawer and about the authorization level of the user;comparing automatically the authorization required to release the SIA sub-drawer and the authorization level of the user that is requesting release of the SIA sub-drawer and determining if the SIA sub-drawer should be released; andproviding automatically a sub-drawer release signal to the processor only if it is determined that the SIA sub-drawer should be released.