An asset tag apparatus and methods of monitoring assets with an asset tag are provided. The asset tag apparatus includes a housing and a wireless transmitter located within the housing. A processor is located within the housing, wherein the processor is in communication with the wireless transmitter. An accelerometer is positioned within the housing, wherein the accelerometer is in communication with the processor, wherein a wake-up signal is transmitted from the accelerometer to the processor in response to an activation of the accelerometer, and wherein the wireless transmitter transmits a signal externally from the housing in response to the wake-up signal received by the processor.

A personalized medication dispenser, including a main body to store medication therein, the main body including a first end having a base, and a second end having an aperture through which the medication is extracted and a cap to prevent the medication from being extracted from the aperture of the second end, the cap including a top portion, including a biometric scanner disposed on a surface of the top portion to scan biometric information of a user, a controller disposed within the top portion to determine whether the biometric information is from authorized user, and a medication receiving compartment disposed within the top portion to receive the medication in response to the determination that the scanned biometric information is from the authorized user, a bottom portion to be at least partially inserted within the aperture of the second end, and a manual slide disposed between the top portion and the bottom portion to slide to an open position in response to the determination that the scanned biometric information is from the authorized user, such that the medication is received in the medication receiving compartment when the manual slide is in the open position.

A solid dosage dispensing apparatus comprising a user interface including a display. A plurality of containers are provided from which solid dosages are dispensed. The apparatus includes a controller operative during a stocking mode to: (i) present on said display a list of different solid dosage types available for stocking; (ii) receive an indication of a selected solid dosage type; (iii) graphically indicate on the display a container location at which the selected dosage type is to be located; and (iv) confirm container removal from the container location and subsequent container replacement in that location. During a travel pack mode, the controller is operative to: (i) present on said display a prompt to indicate a duration for which a travel pack is to be stocked; (ii) receive an indication of the duration; and (iii) cause dispensing of dosage types for the duration that would otherwise be dispensed by said apparatus as they are to be administered. In some preferred embodiments, the solid dosage dispensing apparatus may include a readable indicia reader such as a RFID unit.

A cover for a medicine container is provided. The cover contains a deactivating material within it which can, upon release into a medicine container, deactivate and/or destroy a medicine within the container. The cover may have an automated release mechanism which controls release of the deactivating material into the medicine container.

Disclosed is a method and apparatus for transporting and dispensing medications for a patient according to a medication schedule for the patient. A smart container from a pharmacy is received at the patient's site and the container is checked to make sure that the container was delivered to the correct patient site. The smart container contains a memory device that contains identification information of the patient, dosage and treatment instructions for the patient. This information and the medication were checked for compatibility before the smart container was delivered. The identity of the patient at the patient's site is then checked and the patient performs on or more biometric tests before the medication is dispensed by the smart container. Upon taking the medication and providing video proof thereof, the smart container is returned to the pharmacy.

A medication dispensing system is provided with several cooperating components which help to accommodate the responsible handling of medications. These systems include a user interface to receive input from the user and to present appropriate information/notices/alarms. Further, physical controls and multiple sensors are provided to detect tampering, misuse, and attempts to inappropriately access medications contained within the dispensing system. This misuse can thus be detected, and appropriate notifications can be provided, where appropriate. Further, by adding network communications capabilities, notices can be widely communicated to others, and operation of the medication dispensing system can be controlled and/or monitored remotely.

Exemplary embodiments of the present disclosure are directed towards a smart system and method for generating medication alerts and communicating to a medication dispensing device in real-time. The smart system comprises a plurality of computing devices in wireless communication with at least one medication dispensing device, the plurality of computing devices comprises of a medication management module configured to generate schedules and timetables based on a plurality of inputs provided by a plurality of users with reference to the medication intended to be housed in the at least one medication dispensing device based on the consumption requirement, the medication management module configured to send the generated schedules and timetables to the at least one medication dispensing device. The smart system further comprises cloud servers configured to establish communication with the plurality of computing devices and the at least one medication dispensing device via a network, the cloud servers are configured to store the conversations between the plurality of computing devices and the at least one medication dispensing device.

The present invention describes a novel system, drug delivery device, mobile App, drug specific drug dispensing algorithm, and method to improve medication safety and effectiveness via the utilization of drug specific algorithms to control drug dispensing, avoid drug mediated adverse events, ensure prescription persistence and promote prescription compliance on a cost-effective real-time basis.

A programmable pill box assembly includes a pill box that has a plurality of compartments therein for containing pills. A plurality of doors is each hingedly coupled to the pill box. Each of the doors is aligned with a respective one of the compartments for opening and closing the compartments. A sensing unit is coupled to the pill box to sense when each of the doors is opened or closed. A transmission unit is removably coupled to the pill box and the transmission unit transmits an alert signal when the sensing unit senses that a respective one of the doors has not been opened at a predetermined time. A bracelet is worn on a wrist of the user and the bracelet is in wireless communication with the transmission unit. The bracelet vibrates to remind the user to take the pills in one of the compartments in the pill box.

An activity monitor is associated with a container, such as a medication bottle, and includes one or more detectors configured to detect activity associated with the bottle, such as movement, opening and/or closing, and changes in volume and/or mass. The activity monitor may include alerting devices and be programmed with scheduling information. The activity monitor may also, or instead, be part of a system and communicate with one or more remote devices such as a user device or monitoring system, such as to receive programming information from those devices or to output activity information to those devices.