mhurhangee/patent-ind-claim-en huggingface dataset:
A converter for driving an electric machine whose stator windings are changeable to be in a low-speed configuration or in a high-speed configuration having less series connected turns than the low-speed configuration, the converter comprising: - a converter stage configured to supply stator voltages to the stator windings, and - a control system configured to control the stator windings to be in the low-speed configuration or in the high-speed configuration and to control the converter stage to supply the stator voltages, characterized in that the control system is configured to limit torque of the electric machine so that a torque limit is higher (T1) when the stator windings are in the low-speed configuration than when (T2) the stator windings are in the high-speed configuration, and the control system is configured to deactivate the converter stage during a change between the low-speed configuration and the high-speed configuration and to carry out the change, and to maintain a model of the electric machine and control rotation speed and/or torque of the electric machine based on stator currents, the stator voltages, and the model of the electric machine, the control system being configured to change parameters of the model of the electric machine during the change between the low-speed configuration and the high-speed configuration. - a converter stage configured to supply stator voltages to the stator windings, and - a control system configured to control the stator windings to be in the low-speed configuration or in the high-speed configuration and to control the converter stage to supply the stator voltages,
A system to control access via received audio tokens, comprising: a storage device ; an audio microphone communicatively coupled to the storage device; a user computing device ; a processor communicatively coupled to the storage device and the audio microphone, wherein the processor executes application code instructions that are stored in the storage device to cause the system to: receive an audio token communicated from the user computing device, the audio token comprising a set of data associated with a user account associated with the user computing device, wherein the user computing device communicates the audio token in response to a determination by the user computing device that the user computing device is at a particular location; analyze the set of data in the audio token; and in response to determining that the audio token is associated with the user account and that the user account is allowed entry to the particular location, allow access to a user associated with the user account. a storage device ; an audio microphone communicatively coupled to the storage device; a user computing device ; a processor communicatively coupled to the storage device and the audio microphone, wherein the processor executes application code instructions that are stored in the storage device to cause the system to: receive an audio token communicated from the user computing device, the audio token comprising a set of data associated with a user account associated with the user computing device, wherein the user computing device communicates the audio token in response to a determination by the user computing device that the user computing device is at a particular location; analyze the set of data in the audio token; and in response to determining that the audio token is associated with the user account and that the user account is allowed entry to the particular location, allow access to a user associated with the user account. receive an audio token communicated from the user computing device, the audio token comprising a set of data associated with a user account associated with the user computing device, wherein the user computing device communicates the audio token in response to a determination by the user computing device that the user computing device is at a particular location; analyze the set of data in the audio token; and in response to determining that the audio token is associated with the user account and that the user account is allowed entry to the particular location, allow access to a user associated with the user account.
A method for disinfecting objects, wherein the method comprises: placing one or more objects into a cabinet; placing a disinfection device having a movement and/or occupancy sensor into the cabinet, wherein the disinfection device comprises a germicidal light source and is configured to be independently operational from the cabinet and is further configured to project the germicidal light into an ambient of the disinfection device, wherein the disinfection device includes program instructions to inhibit or terminate activation of a power supply circuit to the germicidal source upon detecting movement and/or occupancy in the cabinet via the movement and/or occupancy sensor; closing the cabinet with the disinfection device and the one or more objects inside the cabinet; and remotely starting the disinfection device to disperse the germicidal light within the closed cabinet; characterized in that the step of placing the one or more objects into the cabinet comprises placing the one or more objects on one or more shelves arranged in the cabinet, placing the one or more objects on one or more trays arranged in the cabinet and/or placing the one or more objects in one or more baskets arranged within a cabinet, wherein the one or more shelves, the one or more trays and/or the one or more baskets are transparent to germicidal light. placing one or more objects into a cabinet; placing a disinfection device having a movement and/or occupancy sensor into the cabinet, wherein the disinfection device comprises a germicidal light source and is configured to be independently operational from the cabinet and is further configured to project the germicidal light into an ambient of the disinfection device, wherein the disinfection device includes program instructions to inhibit or terminate activation of a power supply circuit to the germicidal source upon detecting movement and/or occupancy in the cabinet via the movement and/or occupancy sensor; closing the cabinet with the disinfection device and the one or more objects inside the cabinet; and remotely starting the disinfection device to disperse the germicidal light within the closed cabinet; characterized in that the step of placing the one or more objects into the cabinet comprises placing the one or more objects on one or more shelves arranged in the cabinet, placing the one or more objects on one or more trays arranged in the cabinet and/or placing the one or more objects in one or more baskets arranged within a cabinet, wherein the one or more shelves, the one or more trays and/or the one or more baskets are transparent to germicidal light.
A machine-readable medium comprising instructions which, when executed by a hybrid processor in a data processing system , enable an operating system, OS, in the data processing system to: collect processor topology data from an uncore of the hybrid processor , wherein the hybrid processor comprises a big thread processing unit, TPU, that supports a first range of power settings, and a small TPU that supports a second range of power settings, wherein the range for the big TPU comprises an upper bound that causes more power consumption than an upper bound of the range for the small TPU, and wherein at least one of the TPUs comprises a logical processor, LP, of a processing core that supports simultaneous multi-threading, SMT; collect hardware feedback for at least one of the TPUs from hardware feedback circuitry in the hybrid processor ; and in response to determining that a thread is ready to be scheduled, utilize an operating-preference, OP, setting for the ready thread, the processor topology data , and the hardware feedback to make a scheduling determination for the ready thread. collect processor topology data from an uncore of the hybrid processor , wherein the hybrid processor comprises a big thread processing unit, TPU, that supports a first range of power settings, and a small TPU that supports a second range of power settings, wherein the range for the big TPU comprises an upper bound that causes more power consumption than an upper bound of the range for the small TPU, and wherein at least one of the TPUs comprises a logical processor, LP, of a processing core that supports simultaneous multi-threading, SMT; collect hardware feedback for at least one of the TPUs from hardware feedback circuitry in the hybrid processor ; and in response to determining that a thread is ready to be scheduled, utilize an operating-preference, OP, setting for the ready thread, the processor topology data , and the hardware feedback to make a scheduling determination for the ready thread.
An automation control and monitoring system , comprising: an operating system , configured to: receive a request for instantiation of an object representing an attribute of a project in the automation control and monitoring system; identify a project-level object identifier in response to receiving the request, wherein the project-level identifier is unique from any other project-level identifiers in the project; determine a project identifier to identify the project within the automation control and monitoring system, wherein the project identifier is unique from any other project identifiers within the automation control and monitoring system; and generate an object identifier when the request for instantiation is received, wherein the object identifier is unique from any other object identifiers employed by the operating system, wherein the object identifier is generated based at least in part on the project-level object identifier and the project identifier; wherein the object is associated with the generated object identifier such that any component of the automation control and monitoring system may access the object by referencing the object identifier. an operating system , configured to: receive a request for instantiation of an object representing an attribute of a project in the automation control and monitoring system; identify a project-level object identifier in response to receiving the request, wherein the project-level identifier is unique from any other project-level identifiers in the project; determine a project identifier to identify the project within the automation control and monitoring system, wherein the project identifier is unique from any other project identifiers within the automation control and monitoring system; and receive a request for instantiation of an object representing an attribute of a project in the automation control and monitoring system; identify a project-level object identifier in response to receiving the request, wherein the project-level identifier is unique from any other project-level identifiers in the project; determine a project identifier to identify the project within the automation control and monitoring system, wherein the project identifier is unique from any other project identifiers within the automation control and monitoring system; and generate an object identifier when the request for instantiation is received, wherein the object identifier is unique from any other object identifiers employed by the operating system, wherein the object identifier is generated based at least in part on the project-level object identifier and the project identifier; wherein the object is associated with the generated object identifier such that any component of the automation control and monitoring system may access the object by referencing the object identifier.
A wipes warmer for storing and dispensing a plurality of wipes, the wipes warmer comprises: a housing having at least one side wall , a bottom, and an inside compartment, wherein the inside compartment is configured to hold the plurality of wipes ; a first lid pivotably attached to the housing ; a dispensing opening disposed below the first lid , wherein the dispensing opening is configured to allow a wipe to pass therethrough; a second lid sealingly attached to the inside compartment , wherein the dispensing opening is disposed on the second lid ; a tank disposed within the housing configured to contain an amount of liquid, and wherein the tank is disposed in at least one of a) said at least one side wall , and b) said bottom of the housing ; and a heater coupled to the housing , characterized in that the dispensing opening allows passage of only one single wipe therethrough at a time; the inside compartment is sufficiently sealed during dispensing of a wipe such that moisture cannot escape from the inside compartment except through the dispensing opening ; and a vent is disposed on the housing configured to allow venting of moist air from the tank into the inside compartment . a housing having at least one side wall , a bottom, and an inside compartment, wherein the inside compartment is configured to hold the plurality of wipes ; a first lid pivotably attached to the housing ; a dispensing opening disposed below the first lid , wherein the dispensing opening is configured to allow a wipe to pass therethrough; a second lid sealingly attached to the inside compartment , wherein the dispensing opening is disposed on the second lid ; a tank disposed within the housing configured to contain an amount of liquid, and wherein the tank is disposed in at least one of a) said at least one side wall , and b) said bottom of the housing ; and a heater coupled to the housing , characterized in that the dispensing opening allows passage of only one single wipe therethrough at a time; the inside compartment is sufficiently sealed during dispensing of a wipe such that moisture cannot escape from the inside compartment except through the dispensing opening ; and a vent is disposed on the housing configured to allow venting of moist air from the tank into the inside compartment .
Fibre-optic cable for use in a borehole, comprising - at least one optical waveguide , - at least one metallic tube which surrounds the at least one optical waveguide , - at least one additional layer which surrounds the at least one tube and is configured as an electrical conductor which serves as a supply and/or return conductor, - separating means which comprise a foil which is disposed radially between the at least one tube and the electrical conductor and contributes to or causes mechanical decoupling of the at least one tube from the electrical conductor , characterised in that the fibre-optic cable comprises reinforcing means which are disposed between the tube and the separating means. - at least one optical waveguide , - at least one metallic tube which surrounds the at least one optical waveguide , - at least one additional layer which surrounds the at least one tube and is configured as an electrical conductor which serves as a supply and/or return conductor, - separating means which comprise a foil which is disposed radially between the at least one tube and the electrical conductor and contributes to or causes mechanical decoupling of the at least one tube from the electrical conductor , characterised in that the fibre-optic cable comprises reinforcing means which are disposed between the tube and the separating means.
A packaging assembly, comprising: an outer packaging unit ; at least one to-be-packaged unit ; and a loading unit configured to accommodate the at least one to-be-packaged unit to limit movement of the at least one to-be-packaged unit with respect to the loading unit , wherein the outer packaging unit comprises a receiving unit capable of receiving at least a part of the loading unit and the at least one to-be-packaged unit which are fit to each other; and characterised in that the outer packaging unit further comprises an operation window , one of the at least one to-be-packaged unit comprises a chip , the operation window is configured to expose at least a part of the chip , and the chip and/or one of the at least one to-be-packaged unit is capable of being operated through the operation window from an exterior of the outer packaging unit . an outer packaging unit ; at least one to-be-packaged unit ; and a loading unit configured to accommodate the at least one to-be-packaged unit to limit movement of the at least one to-be-packaged unit with respect to the loading unit , wherein the outer packaging unit comprises a receiving unit capable of receiving at least a part of the loading unit and the at least one to-be-packaged unit which are fit to each other; and characterised in that the outer packaging unit further comprises an operation window , one of the at least one to-be-packaged unit comprises a chip , the operation window is configured to expose at least a part of the chip , and the chip and/or one of the at least one to-be-packaged unit is capable of being operated through the operation window from an exterior of the outer packaging unit .
An oil separator comprising: an oil separator main body that is formed with a gas flow path between a gas introduction port that introduces blow-by gas and a gas discharge port that discharges the blow-by gas; a flap that is provided extending along a direction orthogonal to the gas flow path , that opens and closes the gas flow path , and that includes a circular shaped valve section including a straight line portion of a straight line shape at a portion of an outer periphery of the valve section ; and a first impact wall for capturing oil, that is provided along the outer periphery of the valve section at a downstream side of the valve section in the gas flow path , that includes a straight line portion of a straight line shape along the straight line portion of the valve section , and that is impacted by the blow-by gas flowing out from a peripheral edge of the valve section . an oil separator main body that is formed with a gas flow path between a gas introduction port that introduces blow-by gas and a gas discharge port that discharges the blow-by gas; a flap that is provided extending along a direction orthogonal to the gas flow path , that opens and closes the gas flow path , and that includes a circular shaped valve section including a straight line portion of a straight line shape at a portion of an outer periphery of the valve section ; and a first impact wall for capturing oil, that is provided along the outer periphery of the valve section at a downstream side of the valve section in the gas flow path , that includes a straight line portion of a straight line shape along the straight line portion of the valve section , and that is impacted by the blow-by gas flowing out from a peripheral edge of the valve section .
A method for video coding comprising: - when a block of an image is partitioned into sub-blocks: - associating a subdivision level counter to a sub-block; - determining a quantization parameter for the sub-block based on the subdivision level counter; and - coding the sub-block based on the determined quantization parameter, wherein the subdivision level counter is representative of a size of the sub-block and is incremented by a value representative of the type of split of the sub-block when a block of an image is partitioned into sub-blocks. - when a block of an image is partitioned into sub-blocks: - associating a subdivision level counter to a sub-block; - determining a quantization parameter for the sub-block based on the subdivision level counter; and - coding the sub-block based on the determined quantization parameter, - associating a subdivision level counter to a sub-block; - determining a quantization parameter for the sub-block based on the subdivision level counter; and - coding the sub-block based on the determined quantization parameter,
A smoking substitute apparatus comprising: an air inlet , and a vapour outlet ; a vaporisation chamber, the vaporisation chamber including: a first vaporiser , for vaporising aerosol precursor; and a second vaporiser , located downstream of the first vaporiser, for vaporising aerosol precursor; wherein the smoking substitute apparatus also includes a bypass airflow path , which bypasses the vaporisation chamber; characterised such that in use, air enters the vaporisation chamber and impinges the first vaporiser, the first vaporiser imparting a first volume of vapour to the air to form vapour-laden air, the vapour-laden air then impinges the second vaporiser, the second vaporiser imparting a second volume of vapour to the air. an air inlet , and a vapour outlet ; a vaporisation chamber, the vaporisation chamber including: a first vaporiser , for vaporising aerosol precursor; and a second vaporiser , located downstream of the first vaporiser, for vaporising aerosol precursor; wherein the smoking substitute apparatus also includes a bypass airflow path , which bypasses the vaporisation chamber; characterised such that in use, air enters the vaporisation chamber and impinges the first vaporiser, the first vaporiser imparting a first volume of vapour to the air to form vapour-laden air, the vapour-laden air then impinges the second vaporiser, the second vaporiser imparting a second volume of vapour to the air. a first vaporiser , for vaporising aerosol precursor; and a second vaporiser , located downstream of the first vaporiser, for vaporising aerosol precursor; wherein the smoking substitute apparatus also includes a bypass airflow path , which bypasses the vaporisation chamber; characterised such that in use, air enters the vaporisation chamber and impinges the first vaporiser, the first vaporiser imparting a first volume of vapour to the air to form vapour-laden air, the vapour-laden air then impinges the second vaporiser, the second vaporiser imparting a second volume of vapour to the air.
A computer implemented method for outputting a chronological succession of weather forecasts starting at a given time, over a given period, and for a given territory, the method comprising: receiving forecasted weather values prepared by a weather value forecaster, the forecasted weather values for default time periods separated by a default time increment, wherein each of the forecasted weather values of the default time periods indicates a rate of a specific precipitation type predicted to occur during the corresponding default time period; receiving a chosen time increment from a user, the chosen time increment defining a succession of chosen time periods starting at the given time and separated by the chosen time increment, the chosen time increment being longer than the default time increment such that each chosen time period includes a plurality of default time periods; generating a forecasted weather value for each chosen time period by aggregating the forecasted weather values for the plurality of default time periods included in the chosen time period; and outputting the forecasted weather values for the succession of chosen time periods. receiving forecasted weather values prepared by a weather value forecaster, the forecasted weather values for default time periods separated by a default time increment, wherein each of the forecasted weather values of the default time periods indicates a rate of a specific precipitation type predicted to occur during the corresponding default time period; receiving a chosen time increment from a user, the chosen time increment defining a succession of chosen time periods starting at the given time and separated by the chosen time increment, the chosen time increment being longer than the default time increment such that each chosen time period includes a plurality of default time periods; generating a forecasted weather value for each chosen time period by aggregating the forecasted weather values for the plurality of default time periods included in the chosen time period; and outputting the forecasted weather values for the succession of chosen time periods.