Abstract: A medical data point of care device is configured to collect, access, store, and distribute patient medical data. The device is particularly suited for use in a mobile environment and may be particularly useful in an urgent care mobile environment, such as a battlefield or disaster area. In such environments, data transmission services may be intermittent and the bandwidth of such services may be low. The device is configured to adjust the flow of data transmission from a point of care location to a remote location so as to maximize or otherwise increase the likelihood of successful transmission of the data. The device is further configured to collect data from both a care provider and a medical device.

Abstract: A software application enables a user (such as for example a medical care provider) to acquire, enter, view, and store data related to medical care and/or transport of a patient. The software application enables one or more care providers to acquire and enter data in a timely manner beginning at the time medical care commences until a later time, such as until disposition of the patient at a medical care facility.

Abstract: A medical data point of care device is configured to collect, access, store, and distribute patient medical data. The device is particularly suited for use in a mobile environment and may be particularly useful in an urgent care mobile environment, such as a battlefield or disaster area. In such environments, data transmission services may be intermittent and the bandwidth of such services may be low. The device is configured to adjust the flow of data transmission from a point of care location to a remote location so as to maximize or otherwise increase the likelihood of successful transmission of the data. The device is further configured to collect data from both a care provider and a medical device.

Abstract: In certain aspects, the present disclosure provides image guides having a plurality of spaced-apart optical fibers. The fibers are spaced apart sufficiently to allow parallel pixel acquisition from at least a portion of the plurality of fibers. In some examples, the fibers are encased in a rigid matrix. The image guides are, in some examples, enclosed in a rigid material. In specific examples, the rigid material is flexible, allowing the image guide to bend or flex. Further provided are methods for fabricating such image guides. According to a particular method, fibers in an image guide are individually mobilized. A portion of the image guide is heated until the mobilized fibers obtain a plastic state. The image guide is then drawn, cooled, and axially cut. The fiber ends may be ground or polished to obtain fibers of a particular diameter or desired surface characteristics.

Abstract: The present invention provides a light box for fiber optic illumination cables. The light box includes a light bulb mounted in a disposable bulb holder. The light from the bulb enters a light preparation train including an aperture to produce an initial light beam, a hot mirror to reflect infrared and ultraviolet light, and an optical taper to narrow the light beam to the input diameter of the fiber optic illumination cable. The resulting light beam is passed to the illumination cable via a connector which selectively retains the fiber optic cable. The connector allows the cable to rotate while retained in the connector and includes a receiving tube surrounded by a sliding tube. A void between the tubes contains a plurality of ball retainers which can selectively extend through the wall of the receiving tube to retain the fiber optic cable. Because the connector is spring loaded, the cable is securely retained unless the sliding tube is manually moved into the releasing position by the operator.