Mewburn Ellis LLP

A balcony 100 is disclosed for attachment to a building 50. The building has at least two building arms 62a, 62b. The balcony comprising a deck structure 110 and a perimeter structure 120 extending around the deck structure including at least one corner of the deck structure. The deck structure comprises a plurality of interlocked extruded deck beams 112a-112j. The perimeter structure comprises a substantially horizontally extending handrail 122-126. The perimeter structure is connected to the deck structure to provide additional rigidity and strength to the balcony. The balcony is attachable to the building by securing the building arms to the deck structure of the balcony.

A FEM includes a transmit amplifier (405) comprising a first transistor and a second transistor coupled between first and second differential nodes, a receive amplifier (415) comprising a third transistor and a fourth transistor coupled between the first and second differential nodes. The transmit amplifier (405) includes pseudo-differential input capacitively coupled with the first differential node and produces a differential output at the second differential node. The receive amplifier (415) includes a differential input capacitively coupled with the second differential node and produces a differential output cross-coupled with the first differential node. Common terminals for the receive amplifier (415) are selectively coupled with ground in receive mode and voltage supply in transmit mode. The receive amplifier (415) supplies a neutralizing feedback to the first differential node in transmit mode, and the transmit amplifier (405) supplies a neutralizing feedback to the second differential node in receive mode.

A phased array antenna includes a plurality of antenna elements configured to operate in a transmit mode and a receive mode, and a plurality of FEMs configured to operate corresponding antenna elements to transmit and receive RF signals. The phased array includes a DBF configured to translate between the RF signals and corresponding digital signals, the DBF coupled to the FEMs over at least one RF distribution network. A phased array includes a modem coupled with the DBF and configured to supply the corresponding digital signals for the transmit mode, process the corresponding digital signals for the receive mode, initiate a calibration, in the transmit mode and in the receive mode, of the FEMs based on an aggregate power consumption of the FEMs, and write compensation values for the FEMs, for the transmit mode and the receive mode, to a nonvolatile memory, the compensation values computed based on the calibration.

A nonwoven fabric for manufacturing an oral pouched product, where the nonwoven fabric comprises a web of staple fibres in which a relative proportion of staple fibres with different linear densities is selected to achieve a fabric that provides improved sieving properties.

An environment evaluation device (1) of the present invention approximates, using a non-linear model (32), time-series relations among an objective variable serving as a criterion for calculating a biodiversity credit and explanatory variables of an analysis target, evaluates a degree of a fluctuation and a symmetry of the fluctuation of the objective variable based on the approximated non-linear model (32), estimates an interaction between the explanatory variables of the analysis target based on the approximated non-linear model (32), estimates a time point at which a value of the objective variable converges in the non-linear model (32), and the value of the objective variable which converges, based on a result of the evaluation of the degree of the fluctuation and the symmetry of the fluctuation, as well as, the estimated interaction, and evaluates, based on the value of the objective variable which converges, a change amount of the objective variable which non-linearly transitions relative to the explanatory variables of the analysis target.

An intraocular drug delivery platform for use with an intraocular lens assembly. The platform includes a ring and haptics to maintain the ring in position in the capsular bag, compartments on the anterior surface of the ring for accommodating a drug eluting matrix or other drug mass, and a skirt extending posteriorly from the posterior surface of the ring to constrain movement, including lateral or inferior/superior movement, of the intraocular lens relative to the ring.

A fluid delivery system including a nasal cannula having a manifold is provided. The manifold includes a housing including an internal cavity, and a pair of nasal prongs extending from the housing. Each of the pair of nasal prongs include a first conduit extending from the housing and in flow communication with the internal cavity of the housing. The first conduit is configured to supply oxygen to a patient. Each of the pair of nasal prongs also include a second conduit positioned adjacent the first conduit, where the second conduit is configured to receive carbon dioxide (CO<2>) exhaled by the patient, and an internal wall separating the first conduit and the second conduit.

The present disclosure relates to real-time monitoring and assessment of performance indicators in devices leveraging magnetoelectric (ME) films to predict operational performance-service life, failure risk and acute events of the magnetoelectric films. Predicting the operational performance may involve employing data acquisition techniques to measure various real-time performance indicators including electrical characteristics e.g., voltage, power and/or resonance frequency that can immediately indicate operational status of the ME films, while changes in resistance and capacitance can indicate degradation to assess durability and performance of the ME films. By leveraging data analysis techniques for the measured real-time performance indicators, both gradual degradation and sudden failures may be analyzed that in turn may result in predicting operation performance. Upon predicting the operational performance, alerts or notifications may be generated, via a user-interface for corrective actions and timely interventions, enhancing performance of devices utilizing ME films.

There is provided an aerosol generating apparatus, including: a precursor chamber for receiving an aerosol precursor; an IR heating system configured to emit IR radiation across a total range of wavenumbers; wherein the aerosol generating apparatus is operable by a user to initiate an aerosol session over which to generate aerosol from the aerosol precursor using the IR heating system; and wherein during the aerosol session, the IR heating system is configured to increase, relative to the total radiant power output by the IR heating system, radiant power of IR radiation emitted across a target range of wavenumbers contained in the total range of wavenumbers to increase consistency of the aerosol generated over the aerosol session.

A pressure profiling method comprising receiving, by a processor, raw data from a plurality of sensors embedded in a pair of shoes being used by a user; performing, by the processor, preprocessing of the raw data to generate preprocessed data; calculating, by the processor, ground reaction force on the user using the preprocessed data; and performing, by the processor, at least one of posture adjustment recommendation generation, report generation, or additional data analysis using the ground reaction force derived from the preprocessed data.