Abstract: A computer-implemented method for capturing and authenticating human-generated inventions. The method involves initiating a timestamped invention capture event; prompting a user to move a mobile device in a predetermined sequence detected by a sensor; and authenticating the user based on successful detection of this movement sequence. Upon authentication, the method prompts the user to answer a series of invention-related questions in a multimodal format, recording each response in distinct, timestamped sections. The responses are stored in a database as a text file that includes time and date records of the invention capture event, creating a secure, verifiable record of user-generated invention data. The method further provides a reliable system for capturing and attributing inventions accurately, thereby supporting patent-related processes requiring authenticated human inventorship.

Abstract: A computer-implemented method for capturing and authenticating human-generated inventions. The method involves initiating a timestamped invention capture event; prompting a user to move a mobile device in a predetermined sequence detected by a sensor; and authenticating the user based on successful detection of this movement sequence. Upon authentication, the method prompts the user to answer a series of invention-related questions in a multimodal format, recording each response in distinct, timestamped sections. The responses are stored in a database as a text file that includes time and date records of the invention capture event, creating a secure, verifiable record of user-generated invention data. The method further provides a reliable system for capturing and attributing inventions accurately, thereby supporting patent-related processes requiring authenticated human inventorship.

Abstract: A system includes a smartphone, a connected sharps container, the connected sharps container communicatively linked to the smartphone, and a web server, the web server communicatively linked to the smartphone and to the connected sharps container.

Abstract: There is provided a device, a method and a system for managing and monitoring the medication of a patient. The medication storage and retrieval device (21) for managing and monitoring use of medication, the device (21) comprises a housing (122); a movable support (123) coupled to the housing; one or more containers (1) removably positionable within the housing of the device locatable on the support, each container being configured to store a medication, the medication provided in a loose form such as tablets or pills. The device (21) has a first closed configuration when the movable support (123) and containers thereon (1) are stowed within the housing, and a second open configuration when the movable support (123) and said containers (1) thereon are located outside the housing for access by a user to allow retrieval of medication from a container, as required.

Abstract: The present application relates to a medical management system (100) and method for managing and tracking medical and/or clinical events associated with a patient such as vaccine administration, medicament administration, drug trial, and the like. The medical management system (100) comprises a pathogen care management platform (110), which is communicatively coupled to at least one electronic device (150 1-n) and at least one pathogen care device (120 1-n). The electronic device (150 1-n) is configured to identify the patient prior to a medical and/or clinical event, while the pathogen care device (120 1-n) is configured to detect a deposit of a pathogen care item associated with the medical event. The PCM platform (110) is configured to receive the information generated by at least one electronic device (150 1-n) and at least one pathogen care device (120 1-n) and accordingly update a digital health data record of the user.

Abstract: A point of care device for supporting management of medication at a point of care location is provided, comprising: a container defining an interior space accessible via an opening and a sensor system. A sensor system coupled to the container includes one or more vibration sensors, a memory, and a power supply. The vibration sensors (i) detect vibrations or movements resulting from end-user interactions with the container and (ii) output vibration signal data indicative of the vibrations detected. The memory stores the vibration signal data over a defined time period. In a first point of care mode, the container receives and contains used medication delivery devices into the interior space, and to contain said used medication delivery devices therein. In a second processing mode, the container allows access to the interior space for removal of the used medication delivery devices.

Abstract: A system includes a medical item affixed with an electronically readable label, and a receptacle having a sensor configured to read the electronically readable label and communicate data pertaining to the electronically readable label with a server-based medical adherence application.

Abstract: A cartridge includes a case housing a smartphone, a housing configured to hold a medication blister pack, and a detection method to record the blister pack being put in and out of the housing.

Abstract: Methods and apparatus for a sharps medical adherence lid. A sharps medical adherence lid includes a housing, and a clasping device, the clasping device configured to removably attach the housing to a medical sharps bin, the housing including an upper latch, a spring loaded hinged door secured by the upper latch, a slide adapted to capture an object passing through the spring loaded hinged door, a lower opening configured to receive the object from the slide and enable it to pass in the medical sharps bin.

Abstract: A system includes a smartphone, a connected sharps container, the connected sharps container communicatively linked to the smartphone, and a web server, the web server communicatively linked to the smartphone and to the connected sharps container.

Abstract: Disclosed are methods, compositions, devices, and kits for the isolation of brain-specific exosomes. Specifically, methods, compositions, devices, and kits comprising an isolated brain-specific extracellular vesicle or exosome joined to a first binding agent that is specific for tau, ?-amyloid, S100 ?, neuron-specific enolase, glycoprotein A2B5, CD133, NQ01, synaptophysin, neuronal nuclei, MAB1569, polysialic acid-neural cell adhesion molecule (PSA-NCAM), or neurogenic differentiation 1 (NeuroD or Beta2), or glycosylated or phosphorylated forms of these molecules, are provided.

Abstract: Disclosed herein are cerebrospinal fluid (CSF) circulation systems and devices. Also disclosed are methods of using the systems and devices for the processing of CSF and for the treatment of brain or central nervous system diseases, disorders, and injuries. In particular, CSF may be processed to remove various molecules targets, including viruses, bacteria, exosomes, cells, proteins, debris, toxins, and inflammatory mediators. CSF may also be warmed, cooled, and/or oxygenated, and medications or substances may be added to the CSF for targeted treatment of a disease or disorder.

Abstract: An aircraft includes a first engine that generates first bleed air flow and a second engine that generates second bleed air flow. The aircraft further includes an aircraft environmental control system (ECS) with a bleed manifold to collect the first bleed air flow and the second bleed air flow, and one or more air cycle machines to perform air conditioning consuming bleed air flow from the bleed manifold. The ECS balances the first bleed air flow and the second bleed air flow output from the first engine and second engine, respectively, based on a bleed manifold pressure of the bleed manifold.

Abstract: Methods and apparatus for a medical adherence device. A medical adherence device includes a sharps bin, and an enclosure, the enclosure configured to display information on an output screen, receive medical waste and record information about the medical waste as the medical waste drops into the sharps bin.

Abstract: An aircraft environmental control system (ECS) includes a first valve that is adjustable between a plurality of first positions to open or shut-off a bleed air flow that flows from an inlet of the first valve to an outlet of the first valve. A second valve includes an inlet in fluid communication with the first valve outlet, and is adjustable between a plurality of second positions to throttle the bleed air that flows from the inlet of the second valve to an outlet of the second valve. A valve position sensor outputs a position signal indicating a measured position among the plurality of second positions. A controller is in signal communication with the valve position sensor. The controller is configured to determine a primary effective area of the second valve based on the measured position, and to diagnose operation of the first valve based on the primary effective area.

Abstract: Disclosed are methods, compositions, devices, and kits for the isolation of brain-specific exosomes. Specifically, methods, compositions, devices, and kits comprising an isolated brain-specific extracellular vesicle or exosome joined to a first binding agent that is specific for tau, ?-amyloid, S100 ?, neuron-specific enolase, glycoprotein A2B5, CD133, NQ01, synaptophysin, neuronal nuclei, MAB1569, polysialic acid-neural cell adhesion molecule (PSA-NCAM), or neurogenic differentiation 1 (NeuroD or Beta2), or glycosylated or phosphorylated forms of these molecules, are provided.

Abstract: Methods, devices and systems for capturing biomarkers are provided. In particular, methods, compositions, and systems that utilize affinity capture devices comprising a processing chamber, affinity capture agent and porous membrane are provided.

Abstract: A system and method onboard an aircraft includes a ram air temperature sensor, a bleed air temperature sensor, a valve, and a controller. The ram air temperature sensor is positioned to sense a ram air temperature of a ram air flow. The bleed air temperature sensor is positioned to sense a bleed air temperature of a bleed air flow, wherein the bleed air flow is cooled by a heat exchanger using the ram air flow. The valve is configured to control the bleed air flow upstream of the heat exchanger. The controller is configured to determine a bleed air threshold based on the ram air temperature, and control the valve to reduce the bleed air flow in response to the bleed air temperature reaching the bleed air threshold.