Abstract: A pharmacy tray for medications and medical items for patient treatment kit is placed onto a shelf that carries a grid of optical presence sensors. The location and identification of each item in the tray is recorded on a digital inventory for that tray. At the patient treatment site each item taken is recorded and the remaining inventory is updated without scanning the items. Each pharmacy tray bears a unique identifier that can be read at the patient treatment site to obtain the kit inventory for that tray.

Abstract: In one general aspect, in an embodiment, a method is performed by a computer system. The method includes providing a user interface having a user interface control that simulates chest compressions during cardiopulmonary resuscitation (CPR). The method also includes receiving a real-time simulated compression indicator via the user interface control. The method also includes recording information related to the real-time simulated compression indicator in a compression time series. The method also includes providing, in the user interface, real-time feedback regarding a time distribution of at least a portion of the compression time series.

Abstract: In an embodiment, a method includes receiving, by a user device, a code start trigger, where the user device is dockable on a crash cart and in communication with a controller disposed in relation to the crash cart. The method also includes, responsive to the code start trigger, initiating a code workflow, creating an event log for the code workflow, and determining a patient rhythm. The method also includes monitoring for real-time code events. The monitored real-time code events include patient intervention and a new patient rhythm. The method also includes, responsive to a determination that a real-time code event has occurred, executing programmed action that includes updating the event log.

Abstract: A pharmacy tray for medications and medical items for patient treatment is placed onto a shelf that carries a grid of optical presence sensors. The location and identification of each item in the tray is recorded on a digital inventory for that tray. At the patient treatment site each item taken is recorded and the remaining inventory is updated without scanning the items.

Abstract: Wall-mounted UV-C sanitizer light box has ultraviolet lamp elements and a cover or shade movable between operating positions. In a closed position in the lamp elements are covered. In an optional intermediate position the lamp elements can emit ultraviolet to the upper part of the room space above head level. In a full open position room surfaces and furniture in the room are exposed to germicidal irradiation. The unit is fully programmable as to mode of operation and duration. Sensors can shut the unit off if persons are present or motion is detected in the room space during sanitizing. An indicator light show the status of the arrangement, i.e., whether the most recent sanitization operation was completed successfully. The shade may have built-in louvers, wherein an upper room air sanitization operation can occur with the shade in the raised or closed condition.

Abstract: A cabinet or cart has at least one limited-access drawer or compartment and employs facial recognition (FR) to permit an authorized user to access the limited-access drawer or compartment. A visible light image of the user and a thermal image of the user are taken simultaneously or nearly simultaneously, with the thermal image serving to confirm the validity of the FR and authenticate the user's identity.

Abstract: A cabinet or cart has at least one limited-access drawer or compartment and employs facial recognition (FR) to permit an authorized user to access the limited-access drawer or compartment. A visible light image of the user and a thermal image of the user are taken simultaneously or nearly simultaneously, with the thermal image serving to confirm the validity of the FR and authenticate the user's identity.

Abstract: In a medication administration system, in-room medications cabinets have at least one locked compartment for each patient in the room. The nurse or other caregiver opens the respective compartment by activating a personal electronic device (PED), e.g., cell phone, using a fingerprint or other identifying characteristic, and generates a 2-D bar coded symbol to display on the screen of the PED. The symbol includes the date/time that access was requested. The authorization code, facility code, and date and time are combined and encrypted. The bar-coded symbol is displayed to a reader on the cabinet, which decodes the bar coded symbol, decrypts the contents, and unlocks the patient-specific compartment, but only if the actual time is within a short interval, e.g., 30 seconds, of the date/time in the bar coded symbol. Alternatively, an NFC capability can be employed rather than a bar-coded symbol.

Abstract: Pass-through convenience cabinet with controlled access for a public accommodation has a hallway-side door for delivery and pickup of food service items, linen exchange, or other items, without need for staff to disturb the occupant or to enter the room. The cabinet has one or more compartments with respective room-side door or doors that can be opened by the occupant or guest. A touch screen device on the room side of the cabinet frame allows the occupant or guest to open the respective compartments, and to communicate with hotel staff to order food items or request exchange of a towel or other item. An electronic record is kept of all requests, pickups, and deliveries which may be used for management purposes. A separate compartment accessible only from within the room may be used as a room safe. The cabinet can be configured to service a pair of adjacent guest rooms.

Abstract: Pass-through convenience cabinet with controlled access for a public accommodation has a hallway-side door for delivery and pickup of food service items, linen exchange, or other items, without need for staff to disturb the occupant or to enter the room. The cabinet has one or more compartments with respective room-side door or doors that can be opened by the occupant or guest. A touch screen device on the room side of the cabinet frame allows the occupant or guest to open the respective compartments, and to communicate with hotel staff to order food items or request exchange of a towel or other item. An electronic record is kept of all requests, pickups, and deliveries which may be used for management purposes. A separate compartment accessible only from within the room may be used as a room safe. The cabinet can be configured to service a pair of adjacent guest rooms.

Abstract: A process of safe, secure storage and transfer of prescription medications for patient care in a hospital, clinic, nursing home, or similar health care facility, permits the authorized user to obtain medications for multiple patients along a patient care route, place the medications in respective locking compartments for each patient, and bring the cart to each patient in turn to administer the medications. Scanning in the user ID opens the cart, and the ward or floor medications cabinet displays a 2-D bar code containing patient identification data, the user identification, and one or more delimiter characters indicating that the medication was transferred by the authorized user directly to the cart. For each patient, a patient specific drawer or compartment is unlocked and opened, and the medications are placed into it. This is repeated for each patient on the care route. At each patient bedside, the user scans in the patient ID, which opens only the patient specific drawer.

Abstract: An ergonomic work station has upper and lower work platforms disposed one above the other. These are supported on electrically actuated telescoping pedestals to allow the user to select and adjust the elevation of the work platforms individually. Position sensors within each of the pedestals sense the elevation of the upper end of the respective pedestal and provide an output to logic and motor control circuitry. This is configured to maintain the lower work platform level when the height of the lower work platform is being adjusted and to prevent the upper and lower work platforms from colliding, by maintaining at least a predetermined minimum vertical distance between the two work platforms when the lower work platform is being raised or when the upper work platform is being lowered.

Abstract: A device for preparing a thermoplastic material, with dry heat, for use in patient fixation. The device generates circulated heat to a threshold temperature. Once the thermoplastic material has become pliable, it is molded into a cast for fixation purposes. The circulated heat may be generated by a device having a housing and a support member movably attached to the housing. The device also includes a heating element and an array of circulation elements.

Abstract: A controlled access file cabinet permits an authorized user access only to one file drawer or one locked compartment at a time. The cabinet has at least one pull-out drawer with a lock mechanism that self-locks when the drawer is pushed in and closed, and has an electro-mechanical servo to release the drawer for authorized access. One or more drawers may be divided into a row of locked compartments. Slide bar lock mechanisms interact with with lock pins on hinged lids or covers for the compartments. Only one compartment can be opened at a time. A control board within the cabinet ensures that all drawers are closed and latched before any can be released. The secure cabinet may be connected with a network, or by i2c or daisy chain to other secure file cabinets, including cabinets retro-fitted with a bolt-on lock mechanism. Computer software limits access to certain areas of the cabinet to specific authorized users, and maintains inventory and audit trail over multiple cabinets.

Abstract: A controlled access anesthesia cart has at least one drawer or compartment for storing general-use anesthesia items, and at least one drawer or compartment for storing controlled substances, e.g., narcotics. An RFID reader in the cart senses for RFID signals, and if a portable RFID transceiver is in range of about 3 meters of the cart, the compartments in the cart are unlocked for access. The anesthesiologist needs to enter a pass code for access to the controlled substances compartment(s). The compartments then remain unlocked so long as the portable RFID transceiver is present. When the portable transceiver is out of range, the cart immediately relocks the compartments automatically.

Abstract: A controlled access pharmaceutical storage cabinet has at least one pull-out drawer that is divided into a number of locked compartments, arranged in rows. Each row of compartments can be configured as a slide-out tray. A slide bar lock is positioned between rows of the compartments, and has a series of slots along each edge which align with lock pins on hinged lids or covers for the compartments. Only one compartment can be opened at a time. A gear-motor is provided for each slide bar to move the slide bar to a position for access to a given compartment. A locking hinged front door panel can swing down to allow the trays to slide out under the locked lids for refilling or replacement.

Abstract: A controlled access anesthesia cart has at least one drawer or compartment for storing general-use anesthesia items, and at least one drawer or compartment for storing controlled substances, e.g., narcotics. A key card reader on the cart is sensitive to an authorization code to unlock the compartments in the cart for access. The anesthesiologist needs to enter a pass code for access to the controlled substances compartment(s). The compartments then remain unlocked so long as the anesthesiologist remains present. A sonic sensor, e.g., an ultrasonic rangefinder device, communicates with the computer of the cart, and when the anesthesiologist is outside a given beam volume in front of the cart, the cart automatically re-locks the compartments either immediately or after a predetermined short delay period.

Abstract: A device for preparing a thermoplastic material, with dry heat, for use in patient fixation. The device generates circulated heat to a threshold temperature. Once the thermoplastic material has become pliable, it is molded into a cast for fixation purposes. The circulated heat may be generated by a device having a housing and a support member movably attached to the housing. The device also includes a heating element and an array of circulation elements to push air centrally at the central region and drawing air from a periphery region concurrently.

Abstract: A medication and/or medical supplies storage cabinet of all-steel construction has an RFID transducer or reader with an antenna array (i.e., an antenna or series of antennas) carried on a vertical elevator at the rear of the cabinet's metal shelves and drawers. The metal shelves, sides and back of the cabinet define successive compartments in which RFID-tagged item are stored. The vertical elevator may have a drive motor, e.g., gear-motor controlled by a computer associated with the cabinet. There may be a wall or window of a suitable radiolucent material at the rear of the cabinet to permit the RFID energy to radiate between the RFID antenna array and any RFID-tagged inventory items contained in the respective compartments or drawers.