mhurhangee/patent-ind-claim-en huggingface dataset:
An optical module , comprising: a transparent substrate ; a refractive optical element mounted on the substrate; a conductive heating trace deposited on the substrate around the refractive optical element; a temperature sensor , comprising a resistive trace, which is deposited on the substrate in a vicinity of the refractive optical element and is configured to sense a temperature of the substrate; an optical output element , which is connected to the substrate by a mechanical seal ; and control circuitry , which is coupled to the temperature sensor and configured to measure a resistance of the resistive trace so as to measure a difference between the temperature of the substrate and a target operating temperature of the module, and to drive a current through the conductive heating trace, responsively to the difference, so as to heat the substrate to the target operating temperature, characterized in that the resistive trace is deposited on the substrate beneath the mechanical seal so that the resistive trace will break upon disruption of the mechanical seal, and the control circuitry is configured to inhibit operation of the optical module upon detecting, based on the resistance, that the resistive trace has broken. a transparent substrate ; a refractive optical element mounted on the substrate; a conductive heating trace deposited on the substrate around the refractive optical element; a temperature sensor , comprising a resistive trace, which is deposited on the substrate in a vicinity of the refractive optical element and is configured to sense a temperature of the substrate; an optical output element , which is connected to the substrate by a mechanical seal ; and control circuitry , which is coupled to the temperature sensor and configured to measure a resistance of the resistive trace so as to measure a difference between the temperature of the substrate and a target operating temperature of the module, and to drive a current through the conductive heating trace, responsively to the difference, so as to heat the substrate to the target operating temperature, characterized in that the resistive trace is deposited on the substrate beneath the mechanical seal so that the resistive trace will break upon disruption of the mechanical seal, and the control circuitry is configured to inhibit operation of the optical module upon detecting, based on the resistance, that the resistive trace has broken.
Dry mortar mixture for the production of a drainage mortar containing: - 20 to 40 wt.% of a binder mixture, - 1 to 5 wt.% hydrophilic, inert fibers, - optionally 0 to 40 wt.% other concrete aggregates and - aggregate until 100 wt.% is reached, wherein the binder mixture contains, based on the dry mortar mixture: - 1 to 10 wt.% of a first binder component consisting of amorphous CSA cement, - 0.1 to 5 wt.% of quicklime as a second binder component, - 5 to 15 wt.% of alumina cement as the third binder component and - 1 to 15 wt.% of CEM I R cement as the fourth binder component. - 20 to 40 wt.% of a binder mixture, - 1 to 5 wt.% hydrophilic, inert fibers, - optionally 0 to 40 wt.% other concrete aggregates and - aggregate until 100 wt.% is reached, - 1 to 10 wt.% of a first binder component consisting of amorphous CSA cement, - 0.1 to 5 wt.% of quicklime as a second binder component, - 5 to 15 wt.% of alumina cement as the third binder component and - 1 to 15 wt.% of CEM I R cement as the fourth binder component.
An electric ducted fan for an aircraft ; comprising: a nacelle defining a duct ; a propulsive fan in the duct having a fan diameter D F an electric machine configured to drive the fan, the electric machine having an electromagnetically active length L A comprising the length of the torque-generating magnetic circuit of the machine, and an electromagnetically active diameter D A comprising the diameter of the torque-generating magnetic circuit of the machine defining an aspect ratio (L A /D A ) of from 0.8 to 2; and wherein a ratio of the electromagnetically active diameter D A to the fan diameter D F (D A /D F ) is from 0.45 to 0.60. a nacelle defining a duct ; a propulsive fan in the duct having a fan diameter D F an electric machine configured to drive the fan, the electric machine having an electromagnetically active length L A comprising the length of the torque-generating magnetic circuit of the machine, and an electromagnetically active diameter D A comprising the diameter of the torque-generating magnetic circuit of the machine defining an aspect ratio (L A /D A ) of from 0.8 to 2; and wherein a ratio of the electromagnetically active diameter D A to the fan diameter D F (D A /D F ) is from 0.45 to 0.60.
A barrier paper comprising: a paper base material; and a barrier layer containing cellulose fibers formed on the paper base material, wherein an integrated value from 10.0 μm to 500.0 μm, obtained from a volume-based particle size distribution diagram when a dispersion containing the cellulose fibers is measured by laser diffraction, is 30% or more, and the barrier layer contains a water-soluble polymer. a paper base material; and a barrier layer containing cellulose fibers formed on the paper base material, wherein an integrated value from 10.0 μm to 500.0 μm, obtained from a volume-based particle size distribution diagram when a dispersion containing the cellulose fibers is measured by laser diffraction, is 30% or more, and the barrier layer contains a water-soluble polymer.
A compounding system comprising: a circular, rotatable transfer module having an array of transfer cartridges , each transfer cartridge having an access device coupled to a first pump of an array of first pumps; a circular, rotatable medication module having an array of medication containers , wherein the access device of a first transfer cartridge is configured to access the one or more medication containers ; a diluent module having one or more diluent containers having a diluent therein, the diluent module comprising a second pump; and a circular, rotatable filling module that receives medication from the first pump and diluent from the second pump to create a compounded medication comprising at least one medication and diluent, the filling module having a port configured (i) to be coupled to a compounded medication container and (ii) to direct the compounded medication to the compounded medication container through the port, wherein the one or more transfer cartridges is disposed between the medication module and the first pump , wherein a proximal portion of the access device is configured to extend into a fluid port in the one or more medication containers by lowering the one or more medication containers , and a distal portion of the access device is configured to extend into the first pump by further lowering the one or more medication containers and the access device , and wherein the first transfer cartridge , the one or more medication containers , and the first pump are aligned circumferentially along a common axis of rotation. a circular, rotatable transfer module having an array of transfer cartridges , each transfer cartridge having an access device coupled to a first pump of an array of first pumps; a circular, rotatable medication module having an array of medication containers , wherein the access device of a first transfer cartridge is configured to access the one or more medication containers ; a diluent module having one or more diluent containers having a diluent therein, the diluent module comprising a second pump; and a circular, rotatable filling module that receives medication from the first pump and diluent from the second pump to create a compounded medication comprising at least one medication and diluent, the filling module having a port configured (i) to be coupled to a compounded medication container and (ii) to direct the compounded medication to the compounded medication container through the port, wherein the one or more transfer cartridges is disposed between the medication module and the first pump , wherein a proximal portion of the access device is configured to extend into a fluid port in the one or more medication containers by lowering the one or more medication containers , and a distal portion of the access device is configured to extend into the first pump by further lowering the one or more medication containers and the access device , and wherein the first transfer cartridge , the one or more medication containers , and the first pump are aligned circumferentially along a common axis of rotation.
Injection moulding tool for the production of a top hat rail housing part , comprising at least one first moulded part and a second moulded part , wherein the first moulded part and the second moulded part in a combined state form at least one part of a cavity to be filled with an injection moulding mass, characterized in that the first moulded part and/or the second moulding part are constructed from at least two modules .
A key master service (KMS) system comprising one or more computer readable media comprising program instructions stored on the one or more computer readable storage media, wherein the program instructions, when executed by one or more processing systems, direct the one or more processing systems to: identify a hydration event; responsive to the hydration event, determine if other KMS systems are running in a secret distribution infrastructure; and when the other KMS systems are running in the secret distribution infrastructure, hydrate the KMS system with secret information obtained from one or more of the other KMS systems, or, when no other KMS systems are running in the secret distribution infrastructure, hydrate the KMS system with secret information obtained from one or more key vaults. identify a hydration event; responsive to the hydration event, determine if other KMS systems are running in a secret distribution infrastructure; and when the other KMS systems are running in the secret distribution infrastructure, hydrate the KMS system with secret information obtained from one or more of the other KMS systems, or, when no other KMS systems are running in the secret distribution infrastructure, hydrate the KMS system with secret information obtained from one or more key vaults.
A method for enabling forecasting of key performance indicators, KPIs, in a communication network, the method being performed by a network node and comprising: collecting (S100) time series data of KPIs in the communication network; extracting (S110) k-principal components of the collected time series data by running a Principal Component Analysis, PCA, algorithm on a matrix that contains the time-series data from all cells; determining (S120) a principal component score, PCS, from the collected time series data and the extracted k-principal components wherein the PCS is a weight vector of the k-principle components; and building (S130) a PCS forecast model from the determined PCS and period of time-attributes. collecting (S100) time series data of KPIs in the communication network; extracting (S110) k-principal components of the collected time series data by running a Principal Component Analysis, PCA, algorithm on a matrix that contains the time-series data from all cells; determining (S120) a principal component score, PCS, from the collected time series data and the extracted k-principal components wherein the PCS is a weight vector of the k-principle components; and building (S130) a PCS forecast model from the determined PCS and period of time-attributes.
Device for treating a product with microwaves, wherein the device comprises a treatment chamber in which the product can be arranged, and a microwave-radiating apparatus, which can be used to radiate microwaves injected into the microwave-radiating apparatus, arranged in the treatment chamber , which microwaves act on the product , wherein the microwave-radiating apparatus comprises a coaxial conductor projecting into the treatment chamber , with an electrically conductive inner conductor and with an electrically conductive outer conductor , wherein the outer conductor surrounds the inner conductor at a distance in a coaxially arranged manner and comprises at least one opening that allows microwaves to be radiated through the opening on to the product , wherein a hollow cylindrical dielectric solid , the permittivity of which is greater than the permittivity of air, is arranged in an inner chamber between the inner conductor and the outer conductor , and the opening in the outer conductor is oriented towards the product , and the microwave radiation issuing from the coaxial conductor is directed on to the product , characterised in that the dielectric solid comprises an inwardly projecting or outwardly protruding formation in the region of the at least one opening .
An apparatus , comprising: a catheter having a distal portion ; an electrode disposed on the distal portion , wherein the electrode has an area that falls within a range of 0.01 - 25 mm 2 ; a power generator connected to the electrode and configured to apply pulses of radiofrequency power to tissue in contact with the electrode , the pulses having a width of between 10 μs and 100 μs; a temperature sensor at the distal portion for recording temperatures while the pulses are being applied; and a processor operative for computing a rate of change of the temperatures at the distal portion in response to the recorded temperatures and for making an estimate of a thickness of the tissue in response to the rate of change. a catheter having a distal portion ; an electrode disposed on the distal portion , wherein the electrode has an area that falls within a range of 0.01 - 25 mm 2 ; a power generator connected to the electrode and configured to apply pulses of radiofrequency power to tissue in contact with the electrode , the pulses having a width of between 10 μs and 100 μs; a temperature sensor at the distal portion for recording temperatures while the pulses are being applied; and a processor operative for computing a rate of change of the temperatures at the distal portion in response to the recorded temperatures and for making an estimate of a thickness of the tissue in response to the rate of change.
A method of enumerating or detecting the presence or absence of residual bead particles in a cell composition, the method comprising the steps of: a) performing incubations, thereby producing an output composition, wherein the incubations in step a) comprise i) incubating a sample comprising at least a portion of the cell composition or a sample derived from the cell composition with a hypotonic solution under a condition sufficient to induce lysis of one or more cells in the sample, thereby producing a lysed cell composition, and ii) incubating at least a portion of the lysed cell composition or a sample derived from the lysed cell composition with a hypertonic solution; and b) determining the presence, absence, number and/or concentration of residual bead particles in the output composition, thereby enumerating or detecting the presence or absence of the residual bead particles in the cell composition; wherein the cell composition comprises or is suspected of comprising residual bead particles. a) performing incubations, thereby producing an output composition, wherein the incubations in step a) comprise i) incubating a sample comprising at least a portion of the cell composition or a sample derived from the cell composition with a hypotonic solution under a condition sufficient to induce lysis of one or more cells in the sample, thereby producing a lysed cell composition, and ii) incubating at least a portion of the lysed cell composition or a sample derived from the lysed cell composition with a hypertonic solution; and i) incubating a sample comprising at least a portion of the cell composition or a sample derived from the cell composition with a hypotonic solution under a condition sufficient to induce lysis of one or more cells in the sample, thereby producing a lysed cell composition, and ii) incubating at least a portion of the lysed cell composition or a sample derived from the lysed cell composition with a hypertonic solution; and b) determining the presence, absence, number and/or concentration of residual bead particles in the output composition, thereby enumerating or detecting the presence or absence of the residual bead particles in the cell composition;
A method for wireless communication at a first scheduled entity, comprising: receiving a first message from a scheduling entity; determining based on the first message that there is a first system information, SI, change for a first set of scheduled entities, wherein the first set of scheduled entities includes the first scheduled entity and is a subset of a plurality of scheduled entities; and monitoring a channel for the first SI change; the method is characterised in that the first set of scheduled entities includes at least one integrated access backhaul, IAB, node. receiving a first message from a scheduling entity; determining based on the first message that there is a first system information, SI, change for a first set of scheduled entities, wherein the first set of scheduled entities includes the first scheduled entity and is a subset of a plurality of scheduled entities; and monitoring a channel for the first SI change; the method is characterised in that the first set of scheduled entities includes at least one integrated access backhaul, IAB, node.
A method for forecasting power production of at least one wind turbine , the wind turbine forming part of a wind farm arranged at a site , the method comprising the steps of: - receiving global weather forecast data at a central data centre , the central data centre being arranged remotely from the site of the wind farm ; - generating a site specific forecast at the central data centre , based on the global weather forecast data , the site specific forecast being a site specific weather forecast and/or a site specific power production forecast related to the site of the wind farm ; characterized in that the method further comprises the steps of: - sending the site specific forecast from the central data centre to a local data centre ; - receiving site specific data at the local data centre , the site specific data comprising site specific weather data and/or site specific wind turbine data measured at the site ; - updating the site specific forecast at the local data centre , using the site specific data; and - generating a power production forecast of the at least one wind turbine at the local data centre , based on the updated site specific forecast. - receiving global weather forecast data at a central data centre , the central data centre being arranged remotely from the site of the wind farm ; - generating a site specific forecast at the central data centre , based on the global weather forecast data , the site specific forecast being a site specific weather forecast and/or a site specific power production forecast related to the site of the wind farm ; - sending the site specific forecast from the central data centre to a local data centre ; - receiving site specific data at the local data centre , the site specific data comprising site specific weather data and/or site specific wind turbine data measured at the site ; - updating the site specific forecast at the local data centre , using the site specific data; and - generating a power production forecast of the at least one wind turbine at the local data centre , based on the updated site specific forecast.
An intervertebral scaffolding system, comprising: a laterovertically-expanding frame configured to create an intervertebral scaffolding system in vivo, the frame having a collapsed state and an expanded state, the expanded state operably contacting the intervertebral space; a stabilizer that slideably engages with the distal region of the frame, and is configured for retaining the frame from lateral movement that exceeds the expanded state; and an expansion member configured for in vivo introduction into the frame when the frame is in a collapsed state and thereafter expanding the frame to an expanded state; wherein the stabilizer includes a locking element that engages with the expansion member to lock the expansion member to the stabilizer when the expansion member is fully inserted into the frame. a laterovertically-expanding frame configured to create an intervertebral scaffolding system in vivo, the frame having a collapsed state and an expanded state, the expanded state operably contacting the intervertebral space; a stabilizer that slideably engages with the distal region of the frame, and is configured for retaining the frame from lateral movement that exceeds the expanded state; and an expansion member configured for in vivo introduction into the frame when the frame is in a collapsed state and thereafter expanding the frame to an expanded state; wherein the stabilizer includes a locking element that engages with the expansion member to lock the expansion member to the stabilizer when the expansion member is fully inserted into the frame.
A system for curing and/or inspecting a pipeline lining positioned in a pipeline , the pipeline lining comprising an outer plastics material layer and an inner fibre composite layer, the fibre composite layer comprising a plastics material which is to be cured and/or which is at least partially cured, wherein the system comprises at least one high-frequency unit which comprises at least one microwave-generator unit and at least one microwave-transmitting antenna for curing a plastics material which is to be cured, at least the at least one microwave-transmitting antenna being movable in the pipeline by means of a transporting device , characterised in that the at least one microwave-generator unit is a solid-state microwave-generator unit . at least one high-frequency unit which comprises at least one microwave-generator unit and at least one microwave-transmitting antenna for curing a plastics material which is to be cured, at least the at least one microwave-transmitting antenna being movable in the pipeline by means of a transporting device , characterised in that the at least one microwave-generator unit is a solid-state microwave-generator unit .