mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a heating distribution of an electromagnetic cooking device comprising: scanning a resonant cavity of the cooking device in which a food load has been placed with a plurality of RF feeds (26A-26D, 226A, 226B) that are coupled to a plurality of respective high power amplifiers (18A-18D); based on the scanning, identifying a plurality of resonant frequencies and corresponding phases of the RF feeds (26A-26D, 226A, 226B); creating and storing a resonance map in the frequency phase domain; classifying symmetries in the resonant map; determining paths defining stirring routes between poles of different symmetries; determining midpoints in the paths with a maximum unbalance between reflected powers of the plurality of respective high power amplifiers (18A-18D); classifying the unbalance in terms of power steered to a first side of the food load with respect to power steered to a second side of the food load; synthesizing a heating strategy for zone cooking using the classified unbalance; and implementing the heating strategy by causing the plurality of high power amplifiers (18A-18D) and RF feeds (26A-26D, 226A, 226B) to introduce electromagnetic radiation at specific frequencies and phases into the cavity , wherein the specific frequencies and phases are selected in accordance with the heating strategy. scanning a resonant cavity of the cooking device in which a food load has been placed with a plurality of RF feeds (26A-26D, 226A, 226B) that are coupled to a plurality of respective high power amplifiers (18A-18D); based on the scanning, identifying a plurality of resonant frequencies and corresponding phases of the RF feeds (26A-26D, 226A, 226B); creating and storing a resonance map in the frequency phase domain; classifying symmetries in the resonant map; determining paths defining stirring routes between poles of different symmetries; determining midpoints in the paths with a maximum unbalance between reflected powers of the plurality of respective high power amplifiers (18A-18D); classifying the unbalance in terms of power steered to a first side of the food load with respect to power steered to a second side of the food load; synthesizing a heating strategy for zone cooking using the classified unbalance; and implementing the heating strategy by causing the plurality of high power amplifiers (18A-18D) and RF feeds (26A-26D, 226A, 226B) to introduce electromagnetic radiation at specific frequencies and phases into the cavity , wherein the specific frequencies and phases are selected in accordance with the heating strategy.
An apparatus for indicating a resource occupied for channel state information calculation, configured in a terminal equipment , the apparatus comprising: a receiving unit configured to receive indication information transmitted by a network device , the indication information indicating that the first CSI report set needs to perform CSI report, and a content of the CSI report is related to L1-SINR, and the indication information further indicating at least one of the following conditions associated with a first CSI report set that: a CSI measurement resource set associated with the first CSI report set only comprises channel measurement resource(s); and a CSI measurement resource set associated with the first CSI report set comprises channel measurement resource(s) and interference measurement resource(s); and a determining unit configured to determine, according to the indication information, a time, T, and a number, K, of CSI processing units, CPUs, occupied by CSI report or CSI measurement to which the first CSI report set corresponds, wherein the number, K, of CSI processing units occupied by CSI report or CSI measurement to which the first CSI report set corresponds is 1. a receiving unit configured to receive indication information transmitted by a network device , the indication information indicating that the first CSI report set needs to perform CSI report, and a content of the CSI report is related to L1-SINR, and the indication information further indicating at least one of the following conditions associated with a first CSI report set that: a CSI measurement resource set associated with the first CSI report set only comprises channel measurement resource(s); and a CSI measurement resource set associated with the first CSI report set comprises channel measurement resource(s) and interference measurement resource(s); and a CSI measurement resource set associated with the first CSI report set only comprises channel measurement resource(s); and a CSI measurement resource set associated with the first CSI report set comprises channel measurement resource(s) and interference measurement resource(s); and a determining unit configured to determine, according to the indication information, a time, T, and a number, K, of CSI processing units, CPUs, occupied by CSI report or CSI measurement to which the first CSI report set corresponds, wherein the number, K, of CSI processing units occupied by CSI report or CSI measurement to which the first CSI report set corresponds is 1.
Method for soil compaction using a construction machine , wherein - a support cable is guided along a mast , - the support cable is wound and unwound by means of a rotatably mounted winch drum of a cable winch , - the winch drum is driven in rotation by means of a winch drive , and - there is arranged on the support cable a compacting element which is moved vertically by the support cable , wherein the support cable is unwound from the winch drum of the cable winch and the compacting element is lowered from a position above a soil surface on the support cable to the soil surface, wherein the compacting element strikes the soil surface and the soil is thereby compacted, characterised in that - the winch drum is uncoupled from the winch drive by means of a coupling device while the support cable is being unwound, - even before the compacting element strikes the soil surface, the winch drive is driven in a rotational direction for winding the support cable , and - after the compacting element has struck the soil surface, the coupling device couples the winch drum with the winch drive which is already being driven in rotation. - a support cable is guided along a mast , - the support cable is wound and unwound by means of a rotatably mounted winch drum of a cable winch , - the winch drum is driven in rotation by means of a winch drive , and - there is arranged on the support cable a compacting element which is moved vertically by the support cable , wherein the support cable is unwound from the winch drum of the cable winch and the compacting element is lowered from a position above a soil surface on the support cable to the soil surface, wherein the compacting element strikes the soil surface and the soil is thereby compacted, characterised in that - the winch drum is uncoupled from the winch drive by means of a coupling device while the support cable is being unwound, - even before the compacting element strikes the soil surface, the winch drive is driven in a rotational direction for winding the support cable , and - after the compacting element has struck the soil surface, the coupling device couples the winch drum with the winch drive which is already being driven in rotation.
A data processing apparatus comprising: a displaying unit to display a plurality of pieces of device-relation data in each of which a plurality of devices are written and a relation between the plurality of devices is defined in a different definition form from each other; a device designation unit to designate as a subject device, a device among the plurality of devices; and a device extraction unit to extract writing of the subject device for each piece of the plurality of pieces of device-relation data, and wherein the displaying unit associates the pieces of writing of the subject device with each other over the plurality of pieces of device-relation data, wherein the displaying unit displays three pieces of device-relation data in which the relation between the plurality of devices is defined by physical arrangement, an electrical-connection relation, and a network-connection relation. a displaying unit to display a plurality of pieces of device-relation data in each of which a plurality of devices are written and a relation between the plurality of devices is defined in a different definition form from each other; a device designation unit to designate as a subject device, a device among the plurality of devices; and a device extraction unit to extract writing of the subject device for each piece of the plurality of pieces of device-relation data, and wherein the displaying unit associates the pieces of writing of the subject device with each other over the plurality of pieces of device-relation data, wherein the displaying unit displays three pieces of device-relation data in which the relation between the plurality of devices is defined by physical arrangement, an electrical-connection relation, and a network-connection relation.
A touch button, comprising a first electrode , a second electrode , a readout circuit connected to the second electrode , and an grounding , wherein the second electrode is a sensing electrode of the touch button, and the readout circuit is configured for detecting changes in the capacitance of the second electrode , wherein the touch button also comprises a high voltage generator and a transistor , wherein a high voltage output of the high voltage generator is connected to the first electrode and a ground output of the high voltage generator is connected to the grounding, where the high voltage generator is adapted to produce cold plasma on the surface of the touch button above the first and second electrodes , and where the transistor connected between the second electrode and the grounding is configured and adapted to short-circuit the second electrode with the grounding when the high voltage generator is turned on, and to open-circuit the connection between the second electrode and the grounding when the high voltage generator is turned off. wherein the second electrode is a sensing electrode of the touch button, and the readout circuit is configured for detecting changes in the capacitance of the second electrode , wherein the touch button also comprises a high voltage generator and a transistor , wherein a high voltage output of the high voltage generator is connected to the first electrode and a ground output of the high voltage generator is connected to the grounding, where the high voltage generator is adapted to produce cold plasma on the surface of the touch button above the first and second electrodes , and where the transistor connected between the second electrode and the grounding is configured and adapted to short-circuit the second electrode with the grounding when the high voltage generator is turned on, and to open-circuit the connection between the second electrode and the grounding when the high voltage generator is turned off.
A handheld vacuum cleaner comprising: a pistol grip which is positioned generally transverse to a longitudinal axis of the vacuum cleaner that runs from a front end to a rear end thereof; an air inlet positioned forward of the pistol grip ; a vacuum motor configured to draw dirty air into a dirt separator of the vacuum cleaner through the air inlet , and exhaust clean air from the vacuum cleaner through an air outlet ; and an electronic visual display which faces generally rearwards characterized in that the electronic visual display projects through or is visible through an aperture in a user-removable component . a pistol grip which is positioned generally transverse to a longitudinal axis of the vacuum cleaner that runs from a front end to a rear end thereof; an air inlet positioned forward of the pistol grip ; a vacuum motor configured to draw dirty air into a dirt separator of the vacuum cleaner through the air inlet , and exhaust clean air from the vacuum cleaner through an air outlet ; and an electronic visual display which faces generally rearwards characterized in that the electronic visual display projects through or is visible through an aperture in a user-removable component .
A pneumatic tire having a tread comprising at least two radially superposed portions comprising: - a surfacic portion intended to come into contact with ground during rolling at least when the tread is new and in the cured state, having a thickness of more than 1 mm and being made of a rubber composition, - an internal portion adjacent to the surfacic portion , having a thickness of more than 1 mm and being made of a rubber composition which is different from the rubber composition of the surfacic portion, wherein the rubber composition of the surfacic portion comprises at least: - a diene elastomer; - more than 30 phr of a liquid plasticizer; - 50 to 150 phr of a reinforcing filler, and - Milliparticles having a median size by weight of more than 1 mm, in a volume fraction of the milliparticles of more than 20% in volume of the rubber composition of the surfacic portion. - a surfacic portion intended to come into contact with ground during rolling at least when the tread is new and in the cured state, having a thickness of more than 1 mm and being made of a rubber composition, - an internal portion adjacent to the surfacic portion , having a thickness of more than 1 mm and being made of a rubber composition which is different from the rubber composition of the surfacic portion, wherein the rubber composition of the surfacic portion comprises at least: - a diene elastomer; - more than 30 phr of a liquid plasticizer; - 50 to 150 phr of a reinforcing filler, and - Milliparticles having a median size by weight of more than 1 mm, in a volume fraction of the milliparticles of more than 20% in volume of the rubber composition of the surfacic portion. - a diene elastomer; - more than 30 phr of a liquid plasticizer; - 50 to 150 phr of a reinforcing filler, and - Milliparticles having a median size by weight of more than 1 mm, in a volume fraction of the milliparticles of more than 20% in volume of the rubber composition of the surfacic portion.
A method of thermal management of an internal combustion engine of a hybrid propulsion system comprising an internal combustion engine and an electric motor-generator connected to a transmission, the method, in cold-start conditions of the internal combustion engine, comprises at least the following steps: - acquiring and modifying a nominal torque curve (NT) of the internal combustion engine to obtain a limited torque curve (LT), distinct from said nominal torque curve (NT), - controlling said electric motor-generator so as to provide a resistant torque, to said internal combustion engine, complementary to a required torque (UT), so that a total torque value supplied by the internal combustion engine belongs to said limited torque curve (LT), characterized in that said limited torque curve is variable as a function of an operating condition of said internal combustion engine and is obtained from said nominal torque curve as follows: - in a first revolution interval (I1) having as a lower end an idle speed (I0) at least up to a maximum torque speed, said nominal torque curve is multiplied by a first coefficient k1 < 1, as a function of the temperature of the engine oil and/or of the pressure thereof and unvaried with respect to the engine rotation speed; - in a second speed interval (I2) contiguous to said first interval (I1) and delimited at the high end by a maximum rotation speed, the nominal torque curve is multiplied by a coefficient k2 < 1, as a function of the temperature of the engine oil and/or of the pressure thereof and further inversely proportional to the rotation speed of the internal combustion engine. - acquiring and modifying a nominal torque curve (NT) of the internal combustion engine to obtain a limited torque curve (LT), distinct from said nominal torque curve (NT), - controlling said electric motor-generator so as to provide a resistant torque, to said internal combustion engine, complementary to a required torque (UT), so that a total torque value supplied by the internal combustion engine belongs to said limited torque curve (LT), - in a first revolution interval (I1) having as a lower end an idle speed (I0) at least up to a maximum torque speed, said nominal torque curve is multiplied by a first coefficient k1 < 1, as a function of the temperature of the engine oil and/or of the pressure thereof and unvaried with respect to the engine rotation speed; - in a second speed interval (I2) contiguous to said first interval (I1) and delimited at the high end by a maximum rotation speed, the nominal torque curve is multiplied by a coefficient k2 < 1, as a function of the temperature of the engine oil and/or of the pressure thereof and further inversely proportional to the rotation speed of the internal combustion engine.
A method comprising, by a mobile gateway controller in a mobile network domain: receiving , from a mobile gateway associated with the mobile gateway controller, a first request for first content provided by a content publisher, the first request being sent from a mobile device; determining , based on information associated with the first request and one or more policies, that the first content is to be provided to the mobile gateway through one or more caching gateways deployed within the mobile network domain and associated with the mobile gateway, the one or more caching gateways each having a first interface to a content delivery network of the content publisher and a second interface to the mobile gateway; identifying at least one of the one or more caching gateways to provide the requested first content; and sending , to the mobile gateway, first instructions configured to cause the mobile gateway to obtain the requested first content from the identified at least one caching gateway via the second interface. receiving , from a mobile gateway associated with the mobile gateway controller, a first request for first content provided by a content publisher, the first request being sent from a mobile device; determining , based on information associated with the first request and one or more policies, that the first content is to be provided to the mobile gateway through one or more caching gateways deployed within the mobile network domain and associated with the mobile gateway, the one or more caching gateways each having a first interface to a content delivery network of the content publisher and a second interface to the mobile gateway; identifying at least one of the one or more caching gateways to provide the requested first content; and sending , to the mobile gateway, first instructions configured to cause the mobile gateway to obtain the requested first content from the identified at least one caching gateway via the second interface.
A method performed by a monitoring node associated with a tool communication network of monitoring energy flow in a tightening tool connected to the communications network , the method comprising: - receiving (S100), from the tightening tool , parameter values relating to current fed (I) into the tightening tool , angle (α) of a rotor in the tightening tool and torque (T) applied to a joint by the tightening tool , - calculating (S110) the energy put into the tightening tool based on the received parameter values relating to the current fed (I) into the tightening tool and the angle (α) of the rotor in the tightening tool , - calculating (S120) the energy transferred to the joint by the tightening tool based on the received parameter values relating to the torque applied to the joint by the tightening tool and the angle (α) of the rotor in the tightening tool , - detecting (S130) that the calculated energy put into to the tightening tool deviates from the calculated energy transferred to the joint by the tightening tool with more than a predetermined value. - receiving (S100), from the tightening tool , parameter values relating to current fed (I) into the tightening tool , angle (α) of a rotor in the tightening tool and torque (T) applied to a joint by the tightening tool , - calculating (S110) the energy put into the tightening tool based on the received parameter values relating to the current fed (I) into the tightening tool and the angle (α) of the rotor in the tightening tool , - calculating (S120) the energy transferred to the joint by the tightening tool based on the received parameter values relating to the torque applied to the joint by the tightening tool and the angle (α) of the rotor in the tightening tool , - detecting (S130) that the calculated energy put into to the tightening tool deviates from the calculated energy transferred to the joint by the tightening tool with more than a predetermined value.
A method for handling a service request in a network, wherein the method is performed by a first service communication proxy, SCP, node that is configured to operate as an SCP between a first network function, NF, node of a service consumer and a second NF node of a service producer in the network, the method comprising: • transmitting information towards the first NF node if no response is received from the second NF node to a first request transmitted towards the second NF node via the first SCP node , wherein the first request is for the second NF node to execute a service requested by the first NF node and the information is indicative that no response is received from the second NF node to the first request . • transmitting information towards the first NF node if no response is received from the second NF node to a first request transmitted towards the second NF node via the first SCP node , wherein the first request is for the second NF node to execute a service requested by the first NF node and the information is indicative that no response is received from the second NF node to the first request .
Method for producing an electrical sheet pack , comprising the steps of: a) providing electrical sheet strip as starting material for the sheet laminations for the electrical sheet pack , b) coating the electrical sheet strip with an insulation layer on one or both sides, c) coating the electrical sheet strip on one side with an anaerobically curing adhesive, d) rubbing the electrical sheet strip with a rubbing device which comprises beryllium-containing and/or transition metal-containing surface structures, e) separating the individual laminations for the electrical sheet pack from the electrical sheet strip , f) contacting the laminations for the electrical sheet pack in each case by contacting one side of one lamination with the other side of the next lamination, and g) curing the adhesive. a) providing electrical sheet strip as starting material for the sheet laminations for the electrical sheet pack , b) coating the electrical sheet strip with an insulation layer on one or both sides, c) coating the electrical sheet strip on one side with an anaerobically curing adhesive, d) rubbing the electrical sheet strip with a rubbing device which comprises beryllium-containing and/or transition metal-containing surface structures, e) separating the individual laminations for the electrical sheet pack from the electrical sheet strip , f) contacting the laminations for the electrical sheet pack in each case by contacting one side of one lamination with the other side of the next lamination, and g) curing the adhesive.