Abstract: A user device configured to determine a threshold time for an injection device to transition from a storage temperature to an operational temperature is described. The user device comprises a scanning device, wherein the user device is configured to use the scanning device to scan the injection device, determine a local temperature, determine a threshold time, and alert a user that the threshold time has been reached. The threshold time is determined based on the local temperature, the operational temperature, and a volume of the drug contained in the injection device.

Abstract: A system including a user device and a storage device communicating wirelessly with each other. The user device includes a processor, a memory, and a wireless transceiver. The storage device includes multiple openings, each opening being configured to store an unused injection device for a period of time and wherein each opening has an associated sensor, and a storage device wireless transceiver. The user device can be configured to scan a first injection device to determine at least one of a drug dosage contained within the first injection device and a device expiration date of the first injection device, and to create first device data relating to the drug dosage and the device expiration date and to associate the first device data with a first opening of the plurality of openings of the storage device.

Abstract: A user device configured to communicate wirelessly with a storage device is described. The user device comprises a processor, a memory, and a wireless transceiver. The user device is configured to receive, from the storage device, countdown information indicating a number of days remaining until a next injection is due, receive a user input comprising a countdown reset command, reset the number of days remaining until a next injection is due to a predefined initial value on the user device, and send the countdown reset command to the storage device so as to cause the number of days remaining until a next injection is due to be reset to the predefined initial value on the storage device.

Abstract: A user device configured to monitor use of an injection device and disease progression is described. The user device includes a scanning device, a wireless transceiver, and a touch sensitive display. The user device is configured to use the scanning device to scan a package containing a plurality of injection devices or an individual injection device, use the wireless transceiver to transmit and receive signals representing data associated with the plurality of injection devices or the individual injection device, receive via the display a user input confirming that the plurality of injection devices or the individual injection device is suitable to store in a storage device, remind the patient to use a specific injection device on a specific day, remind a patient to capture an image of a skin lesion, and compile data associated with a series of images of skin lesions and transmit the data to a third party.

Abstract: A user device configured to track use of an injection device. The user device includes a processor, a memory and a wireless transceiver. The user device can be configured to use the wireless transceiver to transmit and receive a first set of signals with a storage device configured to store a plurality of unused injection devices, the first set of signals representing data associated with a specific injection device stored in the storage device, and use the wireless transceiver to transmit and receive a second set of signals with a sharps bin configured to store a plurality of used injection devices, the second set of signals representing data associated with the specific injection device disposed of in the sharps bin.

Abstract: Explosives concealed within electronic devices, such as smartphones and tablet PCs, are detected using NQR spectroscopy. For example, a suspect electronic device can be placed inside a NQR scanner and be subject to interrogation electromagnetic radiation at varying frequencies. The electronic device is exposed to interrogation electromagnetic radiation at frequencies that correspond to chemical components of various explosives. In the event that an explosive chemical component is present inside the electronic device, irradiating the electronic device with interrogation electromagnetic radiation at the specific NQR frequency of that explosive chemical component will cause the explosive chemical component to emit feedback electromagnetic radiation at that frequency. Consequently, the NQR scanner can measure the feedback electromagnetic radiation and determine that the frequency of the feedback electromagnetic radiation indicates the presence of the explosive chemical component inside the electronic device.

Abstract: High precision elemental concentration determination is achieved using a nuclear magnetic resonance device that can continuously monitor samples of a source fluid in the field and in the refinery plant while the source fluid is refined into a desired product fluid.

Abstract: High precision elemental concentration determination is achieved using a nuclear magnetic resonance device that can continuously monitor samples of a source fluid in the field and in the refinery plant while the source fluid is refined into a desired product fluid.

Abstract: In an apparatus for examining flat goods of polymeric material having reinforcement structures embedded therein, a number of NMR-MOUSE probes are provided on a measuring surface of an examining body for nuclear magnetic resonance imaging analysis of the flat goods.

Abstract: In an apparatus for examining flat goods of polymeric material having reinforcement structures embedded therein, a number of NMR-MOUSE probes are provided on a measuring surface of an examining body for nuclear magnetic resonance imaging analysis of the flat goods.