Abstract: A soft-store having a storage compartment for holding one or more articles. The soft-store has a main body that can be inserted into and seated in a crate. The soft-store has a plurality of walls that form a portion of the storage compartment, a top body that attaches to the main body and covers the storage compartment, and a pair of ancillary bodies. Each of the ancillary bodies has an end portion that rotatably attaches to the main body and an opposite end portion that rotates away from the main body to allow the ancillary bodies to be moved to a single-hand transport configuration. The main body includes an attachment mechanism that attaches the main body to the crate.

Abstract: A multidimensional storage system is disclosed that provides optimal accessibility, flexibility, and adaptability. The storage system can include an elevated v-shape that can position storage containers closer to an angler's sides. The angled shape of the storage system can facilitate easier access to storage containers stored behind an angler. A bulk storage space provided in storage system can be used to stow items. The storage system can include a waterproof compartment in its base for dry storage.

Abstract: A multidimensional storage system is disclosed that provides optimal accessibility, flexibility, and adaptability. The storage system can include an elevated v-shape that can position storage containers closer to an angler's sides. The angled shape of the storage system can facilitate easier access to storage containers stored behind an angler. A bulk storage space provided in storage system can be used to stow items. The storage system can include a waterproof compartment in its base for dry storage.

Abstract: A soft-store having a storage compartment for holding one or more articles. The soft-store has a main body that can be inserted into and seated in a crate. The soft-store has a plurality of walls that form a portion of the storage compartment, a top body that attaches to the main body and covers the storage compartment, and a pair of ancillary bodies. Each of the ancillary bodies has an end portion that rotatably attaches to the main body and an opposite end portion that rotates away from the main body to allow the ancillary bodies to be moved to a single-hand transport configuration. The main body includes an attachment mechanism that attaches the main body to the crate.

Abstract: A sensor device for detecting a change in the level of fluid within tissue of a body includes: a housing having a plurality of bridge segments, the bridge segments connecting at intersections and being arranged to circumscribe an opening defined by the housing; and a plurality of antenna elements at least partially seated within the housing at intersections of the bridge segments. Each of the plurality of antenna elements includes a generally planar antenna mounted to a substrate material at a base of the planar antenna. An outer surface of the planar antenna faces away from the substrate. Each of the plurality of antenna elements further includes an electrical shield surrounding the substrate. A sensor for detecting a change in the level of fluid within tissue of a body including a first antenna pair includes a first transmitting antenna and a first receiving antenna. The first transmitting antenna is spaced from and connected to the first receiving antenna by a first bridging segment.

Abstract: A spray head for use with an electrohydrodynamic spray device is provided. The spray head comprises at least one nozzle and a shroud that at least partially surrounds the nozzle. The nozzle is configured to provide a charged aerosol from a liquid formulation. The nozzle comprises a manifold having at least one fluid entrance and one or more discrete fluid spray sites.

Abstract: A method and device are provided for providing sensory cues, signals, or indicators regarding the status of electrohydrodynamically spraying a material, including power-on status of an electrohydrodynamic spray device, active electrohydrodynamic spray status, and material status within the electrohydrodynamic spray device. In particular, audible, tactile, or intermittent visible signals indicate active electrohydrodynamic spraying, audible, tactile, or visible signals indicate power-on status of the electrohydrodynamic spray device, and sensory signals indicate the status of other operationally-related variables, including the rate of electrohydrodynamic spray, time increments, which may be correlated with electrohydrodynamic spray flowrates, and material supply levels.

Abstract: An application or an attachment device for attaching a medical device includes a base layer and an adhesive layer on a rearward side of the base layer. The adhesive layer is adapted to removably attach the base layer. The adhesive layer can be adapted to removably attach the base layer to a patient (either a human patient or a lower animal patient). The device also includes a medical device attachment mechanism on a forward side of the base layer, The attachment mechanism is adapted to attach the medical device to the base layer. The medical device can, for example, be a sensor. The medical device attachment mechanism can, for example, include a mechanical attachment mechanism. The medical device attachment mechanism can additionally or alternatively include at least one adhesive layer on the base layer. The adhesive layer can, for example, be positioned on the base layer so that it does not extend beyond a footprint of the medical device when the medical device is attached to the base layer.