mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: transmitting, by a centralized unit, CU, to a distributed unit, DU, that is in communication with the CU via a fronthaul interface, a setup request message for establishing a user equipment, UE, radio bearer context, wherein the setup request message includes a first application-layer protocol, AP, identifier, ID, allocated by the CU to uniquely identify the LTE and configuration information about one or more signaling radio bearers, SRBs; receiving, by the CU, one of the following messages: a setup response message from the DU indicating that the DU has established the UE radio bearer context, wherein the setup response message includes the first AP ID allocated by the CU to uniquely identify the UE, a second AP ID allocated by the DU to uniquely identify the UE, and configuration information about one or more SRBs set up by the DU; or a setup failure message indicating that the DU has failed to establish the LTE radio bearer context, wherein the setup failure message includes the first AP ID allocated by the CU to uniquely identify the UE, the second AP ID allocated by the DU to uniquely identify the UE, and a cause of failure. transmitting, by a centralized unit, CU, to a distributed unit, DU, that is in communication with the CU via a fronthaul interface, a setup request message for establishing a user equipment, UE, radio bearer context, wherein the setup request message includes a first application-layer protocol, AP, identifier, ID, allocated by the CU to uniquely identify the LTE and configuration information about one or more signaling radio bearers, SRBs; receiving, by the CU, one of the following messages: a setup response message from the DU indicating that the DU has established the UE radio bearer context, wherein the setup response message includes the first AP ID allocated by the CU to uniquely identify the UE, a second AP ID allocated by the DU to uniquely identify the UE, and configuration information about one or more SRBs set up by the DU; or a setup failure message indicating that the DU has failed to establish the LTE radio bearer context, wherein the setup failure message includes the first AP ID allocated by the CU to uniquely identify the UE, the second AP ID allocated by the DU to uniquely identify the UE, and a cause of failure.
Method of activating a refrigeration apparatus equipped with a refrigerated compartment and a cold exchanger and configured to absorb heat from the inside of said refrigerated compartment , by means of said cold exchanger , according to a reference parameter; said method providing: - a step A wherein said reference parameter is set to a first value; - a step B wherein said reference parameter is set to a second value lower than said first value; - a step C wherein said cold exchanger is heated to defrost it; wherein said step B precedes said step C and said second value of said reference parameter is set in such a way that during said step C an ambient temperature Ta detected in said refrigerated compartment does not exceed an upper threshold value Tmax; characterized in that said reference parameter is - a superheating set-point SHsp; wherein said refrigeration apparatus comprises a vapour compression refrigeration unit which includes said cold exchanger and is configured to operate in such a way as to equal said superheating set-point SHsp with its own superheating SH. said method providing: - a step A wherein said reference parameter is set to a first value; - a step B wherein said reference parameter is set to a second value lower than said first value; - a step C wherein said cold exchanger is heated to defrost it; - a step A wherein said reference parameter is set to a first value; - a step B wherein said reference parameter is set to a second value lower than said first value; - a step C wherein said cold exchanger is heated to defrost it; wherein said step B precedes said step C and said second value of said reference parameter is set in such a way that during said step C an ambient temperature Ta detected in said refrigerated compartment does not exceed an upper threshold value Tmax; characterized in that said reference parameter is - a superheating set-point SHsp; wherein said refrigeration apparatus comprises a vapour compression refrigeration unit which includes said cold exchanger and is configured to operate in such a way as to equal said superheating set-point SHsp with its own superheating SH. - a superheating set-point SHsp; wherein said refrigeration apparatus comprises a vapour compression refrigeration unit which includes said cold exchanger and is configured to operate in such a way as to equal said superheating set-point SHsp with its own superheating SH.
A cutting system for cutting carcass parts while the carcass parts are carried by carriers connected to and moved by an overhang transport system , the system comprising: • a detection device for determining at least one cutting position of an incoming carcass part, • at least one cutting device having an upwardly and downwardly facing surface structures and an upstream cutting edge and a downstream edge, • a moving mechanism mechanically connected to the at least one cutting device for controlling the position of the at least one cutting device on the basis of the determined cutting position, and • a carcass displacement device arranged to initiate displacement of the carcass part away from the at least one cutting position while the carcass part or a resulting sub-part carried by a carrier is located between the upstream cutting edge and the downstream edge. • a detection device for determining at least one cutting position of an incoming carcass part, • at least one cutting device having an upwardly and downwardly facing surface structures and an upstream cutting edge and a downstream edge, • a moving mechanism mechanically connected to the at least one cutting device for controlling the position of the at least one cutting device on the basis of the determined cutting position, and • a carcass displacement device arranged to initiate displacement of the carcass part away from the at least one cutting position while the carcass part or a resulting sub-part carried by a carrier is located between the upstream cutting edge and the downstream edge.
Method for controlling a quantity of a wind turbine (EOL) for which a list (LIST) of a plurality of controllers of said quantity of said wind turbine is available, wherein the following steps are carried out: a) constructing a database (BDD) offline by simulating, for each controller of said list (LIST) and for a plurality of wind data, a cost function representative of the fatigue of said wind turbine; b) measuring wind data (X) online; c) determining online a controller (CONT) of said list (LIST) that minimizes the fatigue of said wind turbine for said measured wind data by means of machine learning based on said database; and d) controlling online said quantity of said wind turbine (EOL) by means of said controller (CONT) thus determined. a) constructing a database (BDD) offline by simulating, for each controller of said list (LIST) and for a plurality of wind data, a cost function representative of the fatigue of said wind turbine; b) measuring wind data (X) online; c) determining online a controller (CONT) of said list (LIST) that minimizes the fatigue of said wind turbine for said measured wind data by means of machine learning based on said database; and d) controlling online said quantity of said wind turbine (EOL) by means of said controller (CONT) thus determined.
A computerised method for monitoring the status of an aircraft comprising: sending , from an output module of an aircraft monitoring system, a reporting contract request to the aircraft's avionics, the reporting contract request defining one or more report criteria upon which the aircraft's avionics are required to provide a data signal response to the aircraft monitoring system; monitoring , at an input module of the aircraft monitoring system, for received data signal response sent from the aircraft's avionics to the aircraft monitoring system; determining , at a processor of the aircraft monitoring system, if one or more alert criteria have been satisfied by received data signal responses; and generating , at an alerting module of the aircraft monitoring system, an alert based on the determination; wherein the report criteria defines a first interval at which the aircraft's avionics are required to provide a data signal response, the alert criteria defines a second interval and wherein an alert is generated, at the alerting module of the aircraft monitoring system, in the absence of a required data signal response being received during both the first interval and the second interval. sending , from an output module of an aircraft monitoring system, a reporting contract request to the aircraft's avionics, the reporting contract request defining one or more report criteria upon which the aircraft's avionics are required to provide a data signal response to the aircraft monitoring system; monitoring , at an input module of the aircraft monitoring system, for received data signal response sent from the aircraft's avionics to the aircraft monitoring system; determining , at a processor of the aircraft monitoring system, if one or more alert criteria have been satisfied by received data signal responses; and generating , at an alerting module of the aircraft monitoring system, an alert based on the determination; wherein the report criteria defines a first interval at which the aircraft's avionics are required to provide a data signal response, the alert criteria defines a second interval and wherein an alert is generated, at the alerting module of the aircraft monitoring system, in the absence of a required data signal response being received during both the first interval and the second interval.
Safety device for at least one movable component to prevent overloading, particularly in the form of a tool for attachments and soil cultivation apparatus , wherein at least one pressurised fluid transmission is provided to generate a retaining force to position the respective component in the operating position, with which transmission, by means of a valve apparatus , a pressurised fluid, preferably in the form of a working gas, such as air, flows quickly between two compensating chambers , which are separated from one another, with varying volumes to achieve a compensating movement of the respective components from their operating position in the event of overloading and flows slowly to reset these components in their respective operating position, characterised in that the pressurised fluid transmission is designed as a piston accumulator , which separates the two compensating chambers from one another by means of a piston articulated on a piston rod ; and in that the valve apparatus comprises at least one shuttle valve in the piston , said valve comprising, at the bottom of the piston, at least one throttle point to ensure a slow flow and individual guide webs that between them release opening cross-sections to allow a rapid flow of the pressurised fluid.
A self-healing hydraulic seal prepared from a water-swellable elastomeric composition comprising (i) a base polymer; (ii) a plant-based polysaccharide; (iii) a diffusion promoter; and (iv) a fluid retaining agent, wherein the plant -based polysaccharide is selected from the group consisting of carrot fiber, squash fiber, yam fiber, turnip fiber, parsnip fiber, coir fiber (coconut husk), flax fiber (herbaceous plant), rice paper plant fiber (Tetrapanax papyriferus), palm fiber, beet fiber, apple fiber, orange fiber, and grapefruit fiber, and mixtures and blends thereof. (i) a base polymer; (ii) a plant-based polysaccharide; (iii) a diffusion promoter; and (iv) a fluid retaining agent, wherein
A passive containment cooling system comprising: a thermal exchange pipe including, an outer pipe having a first outer pipe end and a second outer pipe end , the first outer pipe end being closed and the second outer pipe end being open, the first outer pipe end being configured to be used within a primary containment vessel of a boiling water reactor , the second outer pipe end configured to extend into a reactor cavity pool such that the outer pipe will be in fluid communication with the reactor cavity pool , the outer pipe including, a pipe wall defining an opening therein, and an inner pipe at least partially within the outer pipe , the inner pipe having a first inner pipe end and a second inner pipe end , the first inner pipe end and the second inner pipe end being open, and the second inner pipe end extending out of the outer pipe and configured to extend into the reactor cavity pool such that the second inner pipe end will be in fluid communication with the reactor cavity pool , the inner pipe including, a curved portion between the first inner pipe end and the second inner pipe end , the curved portion extending through and past the opening in the pipe wall and configured therefore to extend into the reactor cavity pool .
Support intended to be installed, reversibly, at a top part of an uncovered backrest of a seat , said support comprising a connector intended for connecting electronic equipment , characterised in that the support comprises: - a plate intended to bear, totally or partially, against a rear face of the backrest , - three clamping mechanisms , each clamping mechanism comprising an bearing member and a clamping screw both intended to cooperate with the plate so as to be able to clamp a structural frame of the backrest between said bearing member and said plate, - a data communication device in accordance with Li-Fi technology connected to the plate , and in that the connector is connected to the data communication device in accordance with Li-Fi technology by a cable . characterised in that the support comprises: - a plate intended to bear, totally or partially, against a rear face of the backrest , - three clamping mechanisms , each clamping mechanism comprising an bearing member and a clamping screw both intended to cooperate with the plate so as to be able to clamp a structural frame of the backrest between said bearing member and said plate, - a data communication device in accordance with Li-Fi technology connected to the plate , - a plate intended to bear, totally or partially, against a rear face of the backrest , - three clamping mechanisms , each clamping mechanism comprising an bearing member and a clamping screw both intended to cooperate with the plate so as to be able to clamp a structural frame of the backrest between said bearing member and said plate, - a data communication device in accordance with Li-Fi technology connected to the plate , and in that the connector is connected to the data communication device in accordance with Li-Fi technology by a cable .
Processing apparatus, in which a product is transported from a product-entry to a product-exit and is fried in a frying oil, wherein the frying takes place in an oil bath, characterized in, that the frying oil is pumped by a pump through a microwave chamber and is thereby heated, wherein the microwave chamber comprises at least one, preferably a multitude, solid-state radio frequency source(s) , wherein the frying oil flows out of the bath towards the microwave chamber, where it is heated and then flows back into the oil bath, wherein the pump is controllable based on the temperature of the frying oil in the bath and/or based on the energy provided by the solid-state radio frequency source(s).
Composition comprising hypericin for use in the prevention and/or treatment of a coronavirus disease wherein the composition is used in combination with light, wherein the dose of light is between 10 and 36 J/cm 2 , and wherein the concentration of hypericin is between 0.003 μg/mL and 0.02 μg/mL.
A corner assembly for interconnecting first and second frame members , comprising: a first plate member defining an inner face and an opposite outer face having a mounting rail projecting therefrom which is receivable in a slot in the first frame member , the first plate member including a bolt-receiving bore therethrough extending along a first axis at an acute angle to the outer face ; a second plate member defining an inner face and an opposite outer face generally perpendicular to the outer face of the first plate member and having a mounting rail projecting therefrom which is receivable in a slot in the second frame member , the second plate member including a bolt-receiving bore therethrough extending along a second axis at an acute angle to the outer face of the second plate member ; a central portion interconnecting the first and second plate members and having a mounting surface and a bore extending therethrough, the mounting surface including an alignment rail projecting therefrom; and a corner having a first sidewall configured to abut a terminal end of the first frame member , a second sidewall configured to abut a terminal end of the second frame member , and a mounting wall having a slot therein, the slot adapted for receiving the alignment rail of the central portion therein. a first plate member defining an inner face and an opposite outer face having a mounting rail projecting therefrom which is receivable in a slot in the first frame member , the first plate member including a bolt-receiving bore therethrough extending along a first axis at an acute angle to the outer face ; a second plate member defining an inner face and an opposite outer face generally perpendicular to the outer face of the first plate member and having a mounting rail projecting therefrom which is receivable in a slot in the second frame member , the second plate member including a bolt-receiving bore therethrough extending along a second axis at an acute angle to the outer face of the second plate member ; a central portion interconnecting the first and second plate members and having a mounting surface and a bore extending therethrough, the mounting surface including an alignment rail projecting therefrom; and a corner having a first sidewall configured to abut a terminal end of the first frame member , a second sidewall configured to abut a terminal end of the second frame member , and a mounting wall having a slot therein, the slot adapted for receiving the alignment rail of the central portion therein.
A vibration generator comprising: a housing ; a vibrator ; an elastic member that connects the housing and the vibrator ; and a driving means that causes the vibrator to vibrate, wherein the elastic member includes a housing connection portion that is connected to the housing , a vibrator support portion that supports the vibrator , and a spring portion that connects the housing connection portion and the vibrator support portion , the housing connection portion is coplanar with the vibrator support portion , and the spring portion is formed so as to be approximately perpendicular to the housing connection portion and the vibrator support portion , wherein the driving means includes a magnet and a coil , the magnet being included in the vibrator and the coil being fixed to the housing , characterized in that : the vibrator includes the magnet , an upper yoke , and a lower yoke , the upper yoke being provided above the magnet and the lower yoke being provided below the magnet , and wherein the coil is provided between the upper yoke and the magnet . a housing ; a vibrator ; an elastic member that connects the housing and the vibrator ; and a driving means that causes the vibrator to vibrate, wherein the elastic member includes a housing connection portion that is connected to the housing , a vibrator support portion that supports the vibrator , and a spring portion that connects the housing connection portion and the vibrator support portion , the housing connection portion is coplanar with the vibrator support portion , and the spring portion is formed so as to be approximately perpendicular to the housing connection portion and the vibrator support portion , wherein the driving means includes a magnet and a coil , the magnet being included in the vibrator and the coil being fixed to the housing , characterized in that : the vibrator includes the magnet , an upper yoke , and a lower yoke , the upper yoke being provided above the magnet and the lower yoke being provided below the magnet , and wherein the coil is provided between the upper yoke and the magnet . the vibrator includes the magnet , an upper yoke , and a lower yoke , the upper yoke being provided above the magnet and the lower yoke being provided below the magnet , and wherein the coil is provided between the upper yoke and the magnet .
A ventilation apparatus for protecting a ventilation device from backflowing expiratory air, wherein the ventilation apparatus comprises at least one fan apparatus that is configured to generate a respiratory gas flow and to guide it via at least one flow connection to a respiratory interface , wherein the ventilation apparatus is configured to adjust the respiratory gas flow using the at least one fan apparatus during an inspiratory phase by the patient to at least one first ventilation pressure and to at least one second ventilation pressure during an expiratory phase, characterized in that the ventilation apparatus comprises at least one monitoring apparatus that is configured to measure at least one characteristic quantity for a flow within the flow connection to monitor backflowing expiratory air by means of at least one sensor apparatus , wherein the monitoring apparatus is configured to adjust at least one stagnation pressure relative to the back-flowing expiratory flow by specifically increasing the ventilation pressure by means of the fan apparatus taking into account the measured quantity so that, by means of the stagnation pressure , undesired re-breathing into the ventilation apparatus is counteracted, wherein the stagnation pressure is equal to or greater than the pressure of back-flowing expiratory air so that the stagnation pressure prevents the flow of the expiratory air in the flow connection .
A gasket for forming a flexible watertight seal between two sections of pipe , the gasket comprising: (a) a sealing member having a core ; (b) a first portion of said sealing member being adapted to engage a sealing surface of one of the sections of pipe ; (c) a second portion of said sealing member being adapted to engage a sealing surface of the other section of pipe ; characterized in that : the sections of pipe are telescoping; the gasket is annular in shape; the core of the sealing member is formed at least in part of a generally flexible and stretchable elastomeric material; at least a portion of said first and/or said second portions of said sealing member is formed of a material that is compatibly heat-fusible with at least one of the sections of pipe upon application of localized heat thereto; and said compatibly heat-fusible material is of a different material composition than said core . (a) a sealing member having a core ; (b) a first portion of said sealing member being adapted to engage a sealing surface of one of the sections of pipe ; (c) a second portion of said sealing member being adapted to engage a sealing surface of the other section of pipe ; the sections of pipe are telescoping; the gasket is annular in shape; the core of the sealing member is formed at least in part of a generally flexible and stretchable elastomeric material; at least a portion of said first and/or said second portions of said sealing member is formed of a material that is compatibly heat-fusible with at least one of the sections of pipe upon application of localized heat thereto; and said compatibly heat-fusible material is of a different material composition than said core .