mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method (200, 300), comprising: receiving (202, 302) a data signal from a motion sensor, wherein the data signal comprises data values as a function of user motion and noise; wherein a computer executes instructions for: determining an average of the data values; wherein the average of the data values comprises a first order moment; determining an average of squares of the data values; wherein the average of the squares of the data values comprises a second order moment; determining an average of cubes of the data values; determining a difference between a third order moment calculated only using the average of cubes and a third order moment calculated using only the first and second order moments, wherein the noise is Gaussian noise; and determining whether the motion sensor has experienced a user motion event or a user no motion event based on the difference. receiving (202, 302) a data signal from a motion sensor, wherein the data signal comprises data values as a function of user motion and noise; wherein a computer executes instructions for: determining an average of the data values; wherein the average of the data values comprises a first order moment; determining an average of squares of the data values; wherein the average of the squares of the data values comprises a second order moment; determining an average of cubes of the data values; determining a difference between a third order moment calculated only using the average of cubes and a third order moment calculated using only the first and second order moments, wherein the noise is Gaussian noise; and determining whether the motion sensor has experienced a user motion event or a user no motion event based on the difference.
Valve, notably an exhaust gas recirculation valve, said valve comprising a duct for the circulation of a coolant provided with a wall intended to come into contact with a flange for circulation of said coolant, said wall having a plurality of grooves and of ribs which are configured to limit contact between said flange and said wall in the region of said ribs, said ribs being formed by machining and said grooves originating from a molding of the valve.
A method of detecting the presence or absence of each analyte of a plurality of analytes, comprising: a) encoding each of said analytes as a first value of a signal, thereby generating a coding scheme, wherein each of said analytes is represented in said coding scheme by said first value, wherein said encoding is performed in a manner that eliminates degeneracy; b) contacting a sample that has been provided comprising at least one of said analytes(s) with analyte-specific reagents that generate said first value, as represented in said coding scheme, when each of said analytes is present; c) cumulatively measuring said first values of said signal within said sample, thereby providing a cumulative measurement; and d) determining whether each of said analytes is present or absent based on said cumulative measurement and said coding scheme, wherein said first value is an intensity or range of intensities and said first value is incremented in said coding scheme to an amount greater than the sum of said preceding first values. a) encoding each of said analytes as a first value of a signal, thereby generating a coding scheme, wherein each of said analytes is represented in said coding scheme by said first value, wherein said encoding is performed in a manner that eliminates degeneracy; b) contacting a sample that has been provided comprising at least one of said analytes(s) with analyte-specific reagents that generate said first value, as represented in said coding scheme, when each of said analytes is present; c) cumulatively measuring said first values of said signal within said sample, thereby providing a cumulative measurement; and d) determining whether each of said analytes is present or absent based on said cumulative measurement and said coding scheme,
Refrigerator, in particular a household refrigerator, comprising a body and a door and temperature-controlled storage chambers (4, 6), wherein at least one door rack encroaches into the upper storage chamber and an air passage extends in the door and has an inlet in the lower storage chamber, wherein both storage chambers (4, 6) are enclosed by the body and a similar door, wherein the air passage, in order to route a cold air flow successively through the two storage chambers (4, 6), has an outlet in a lower region of the upper storage chamber, wherein an air outlet is provided in an upper region of the upper storage chamber, and wherein the air passage bridges the at least one door rack mounted on the door, characterised in that the storage chambers (4, 6) have different temperatures, that an upper storage chamber can be divided into compartments (42, 43, 44) by means of shelves and is warmer than the lower storage chamber.
A speech coding method, executed by a computer device, the method comprising: obtaining a to-be-encoded speech frame and a subsequent speech frame corresponding to the to-be-encoded speech frame; extracting a to-be-encoded speech frame feature from the to-be-encoded speech frame, and obtaining a to-be-encoded speech frame criticality level corresponding to the to-be-encoded speech frame based on the to-be-encoded speech frame feature; extracting a subsequent speech frame feature from the subsequent speech frame, and obtaining a subsequent speech frame criticality level corresponding to the subsequent speech frame based on the subsequent speech frame feature; obtaining a criticality trend feature based on the to-be-encoded speech frame criticality level and the subsequent speech frame criticality level, and determining an encoding bit rate corresponding to the to-be-encoded speech frame based on the criticality trend feature, wherein the encoding bit rate corresponding to each to-be-encoded speech frame is controlled adaptively based on criticality trend strength represented by the criticality trend feature; and encoding the to-be-encoded speech frame based on the encoding bit rate to obtain an encoding result. obtaining a to-be-encoded speech frame and a subsequent speech frame corresponding to the to-be-encoded speech frame; extracting a to-be-encoded speech frame feature from the to-be-encoded speech frame, and obtaining a to-be-encoded speech frame criticality level corresponding to the to-be-encoded speech frame based on the to-be-encoded speech frame feature; extracting a subsequent speech frame feature from the subsequent speech frame, and obtaining a subsequent speech frame criticality level corresponding to the subsequent speech frame based on the subsequent speech frame feature; obtaining a criticality trend feature based on the to-be-encoded speech frame criticality level and the subsequent speech frame criticality level, and determining an encoding bit rate corresponding to the to-be-encoded speech frame based on the criticality trend feature, wherein the encoding bit rate corresponding to each to-be-encoded speech frame is controlled adaptively based on criticality trend strength represented by the criticality trend feature; and encoding the to-be-encoded speech frame based on the encoding bit rate to obtain an encoding result.
A programmable logic controller (110E, 110F), PLC, operating in an automation system, the programmable logic controller comprising: a processor; one or more control layer applications, each control layer application configured to perform a discrete set of automation functions; a database comprising a plurality of operator device identifiers; a wireless interface allowing the one or more control layer applications to communicate with a plurality of operator devices via the plurality of operator device identifiers; a device memory (110F3) comprising the one or more control layer applications; and a control layer application manager (110F4) configured to manage execution of the one or more control layer applications on the processor; wherein the control layer applications comprise a diagnostic application configured to (a) detect a fault occurring in the automation system via inputs received from one or more field devices (110A-110J); (b) generate a notification to at least one of the plurality of operator devices associated with the notification; (d) generate a message based on the notification event; and (e) transmit the message to the at least one of the plurality of operator devices using the wireless interface. a processor; one or more control layer applications, each control layer application configured to perform a discrete set of automation functions; a database comprising a plurality of operator device identifiers; a wireless interface allowing the one or more control layer applications to communicate with a plurality of operator devices via the plurality of operator device identifiers; a device memory (110F3) comprising the one or more control layer applications; and a control layer application manager (110F4) configured to manage execution of the one or more control layer applications on the processor; wherein the control layer applications comprise a diagnostic application configured to (a) detect a fault occurring in the automation system via inputs received from one or more field devices (110A-110J); (b) generate a notification to at least one of the plurality of operator devices associated with the notification; (d) generate a message based on the notification event; and (e) transmit the message to the at least one of the plurality of operator devices using the wireless interface.
A coating composition suitable for a weather-resistant sheet of a solar cell module, comprising (i) a hydroxyl group-containing fluoropolymer, (ii) an isocyanate curing agent, and (iii) 0.84-3 parts by mass of a pigment per part by mass of the hydroxyl group-containing fluoropolymer; or 0.001-10 mmol of an organic metal curing aid per mole of -NCO groups of the isocyanate curing agent, wherein the at least one organic metal curing aid is selected from organic titanium curing aids, organic zirconium curing aids and organic zinc curing aids. (i) a hydroxyl group-containing fluoropolymer, (ii) an isocyanate curing agent, and (iii) 0.84-3 parts by mass of a pigment per part by mass of the hydroxyl group-containing fluoropolymer; or 0.001-10 mmol of an organic metal curing aid per mole of -NCO groups of the isocyanate curing agent, wherein the at least one organic metal curing aid is selected from organic titanium curing aids, organic zirconium curing aids and organic zinc curing aids.
A method of communication, comprising: configuring an access terminal for communication on a plurality of carriers; determining when the access terminal is to conduct a pilot measurement on at least one carrier of the plurality of carriers; identifying at least one subframe that will occur before or after the access terminal conducts the pilot measurement; and restricting data transfers to or from the access terminal on at least one other carrier of the plurality of carriers during the identified at least one subframe; and wherein the identification of the at least one subframe comprise determining whether the access terminal will perform inter-band retuning or intra-band retuning to conduct the pilot measurement. configuring an access terminal for communication on a plurality of carriers; determining when the access terminal is to conduct a pilot measurement on at least one carrier of the plurality of carriers; identifying at least one subframe that will occur before or after the access terminal conducts the pilot measurement; and restricting data transfers to or from the access terminal on at least one other carrier of the plurality of carriers during the identified at least one subframe; and wherein the identification of the at least one subframe comprise determining whether the access terminal will perform inter-band retuning or intra-band retuning to conduct the pilot measurement.
A method for switching between user media and announcement media intended for a first network element in a communication network, said user media coming from a second network element and said announcement media coming from a third network element, wherein said method comprises the steps of: - determining (S1; S12) a configuration of said user media based on monitoring user communication to detect a currently used configuration of said user media; - determining (S2; S13) a configuration of said announcement media to be presented to said first network element based on the determined user media configuration; - configuring said announcement media according to said announcement media configuration; and - sending said configured announcement media to said first network element, wherein said step (S1; S12) of determining a configuration of said user media comprises the step of determining a codec configuration of said user media, and said step of determining a configuration of said announcement media is based on matching codec configuration of said announcement media to the codec configuration of said user media. - determining (S1; S12) a configuration of said user media based on monitoring user communication to detect a currently used configuration of said user media; - determining (S2; S13) a configuration of said announcement media to be presented to said first network element based on the determined user media configuration; - configuring said announcement media according to said announcement media configuration; and - sending said configured announcement media to said first network element,
A letter-plate comprising a frame that is adapted to be fitted around an aperture on an exterior side of a door; a sleeve defining an inlet and an outlet on exterior and interior sides respectively of the letter-plate and that, in use, is adapted to line the aperture's interior and to be arranged at an oblique angle to a vertical plane of the door and thereby to said frame; and a first flap that is pivotally mounted to cover the outlet of the sleeve on the interior side of the letter-plate; and wherein pivotal movement of the first flap is restricted by at least one pair of stays, each pair of stays comprising a first stay, and a second stay connected to the first flap, wherein the first stay defines a slot along which a projecting portion of the second stay slides when the first flap is opened and closed, in order to control the maximum angle to which the first flap can pivot relative to the outlet of the sleeve, characterized in that the first stay is pivotally mounted to a projecting extension formed at a side of the sleeve. a frame that is adapted to be fitted around an aperture on an exterior side of a door; a sleeve defining an inlet and an outlet on exterior and interior sides respectively of the letter-plate and that, in use, is adapted to line the aperture's interior and to be arranged at an oblique angle to a vertical plane of the door and thereby to said frame; and a first flap that is pivotally mounted to cover the outlet of the sleeve on the interior side of the letter-plate; and wherein pivotal movement of the first flap is restricted by at least one pair of stays, each pair of stays comprising a first stay, and a second stay connected to the first flap, wherein the first stay defines a slot along which a projecting portion of the second stay slides when the first flap is opened and closed, in order to control the maximum angle to which the first flap can pivot relative to the outlet of the sleeve, characterized in that the first stay is pivotally mounted to a projecting extension formed at a side of the sleeve.
A relay (100, 402, 602) for communicating a value of a parameter of a source to be monitored, the relay (100, 402, 602) comprising: an input sampling module for coupling to the source to be monitored, the sampling module configured to detect the value of a parameter of the source to be monitored; a processing module configured to monitor a working range, wherein the processing module is capable of instructing a trigger module for transmitting a trigger signal from the relay (100, 402, 602) if the value of the parameter is outside the working range; and an output module for communicating the value to a user, characterized by a storage module coupled to the processing module for storing the detected value, wherein the storage module comprises a permanent memory store. an input sampling module for coupling to the source to be monitored, the sampling module configured to detect the value of a parameter of the source to be monitored; a processing module configured to monitor a working range, wherein the processing module is capable of instructing a trigger module for transmitting a trigger signal from the relay (100, 402, 602) if the value of the parameter is outside the working range; and an output module for communicating the value to a user,
Method for coating a substrate with an AlO x layer, in particular an Al 2 O 3 layer, comprising the following method steps: (a) providing an inductively coupled plasma source (ICP source) comprising a reaction chamber and at least one RF inductor, (b) introducing an aluminium compound into the ICP source, (c) introducing oxygen and/or an oxygen compound as reactive gas into the ICP source and inductively coupling of energy into the ICP source for forming a plasma, and (d) depositing the AlO x layer on the substrate, characterised in that the ICP source comprises the reaction chamber and the at least one RF inductor and is thus suitable for coupling the energy necessary for forming the plasma directly into the reaction chamber. (a) providing an inductively coupled plasma source (ICP source) comprising a reaction chamber and at least one RF inductor, (b) introducing an aluminium compound into the ICP source, (c) introducing oxygen and/or an oxygen compound as reactive gas into the ICP source and inductively coupling of energy into the ICP source for forming a plasma, and (d) depositing the AlO x layer on the substrate,
A method, comprising: at an electronic device with a display and a touch-sensitive surface: receiving a natural-language speech input; determining whether the natural-language speech input satisfies voice shortcut criteria; in accordance with a determination that the natural-language speech input satisfies the voice shortcut criteria: identifying a plurality of tasks associated with a voice shortcut of the natural-language speech input, wherein the voice shortcut is a user-generated phrase associated with a user of the electronic device; causing a first application to perform a first task of the plurality of tasks; and causing a second application to perform a second task of the plurality of tasks, wherein the second task is different from the first task; and in accordance with a determination that the natural-language speech input does not satisfy the voice shortcut criteria: identifying a task associated with the natural-language speech input; and performing the task associated with the natural-language speech input. receiving a natural-language speech input; determining whether the natural-language speech input satisfies voice shortcut criteria; in accordance with a determination that the natural-language speech input satisfies the voice shortcut criteria: identifying a plurality of tasks associated with a voice shortcut of the natural-language speech input, wherein the voice shortcut is a user-generated phrase associated with a user of the electronic device; causing a first application to perform a first task of the plurality of tasks; and causing a second application to perform a second task of the plurality of tasks, wherein the second task is different from the first task; and in accordance with a determination that the natural-language speech input does not satisfy the voice shortcut criteria: identifying a task associated with the natural-language speech input; and performing the task associated with the natural-language speech input. identifying a plurality of tasks associated with a voice shortcut of the natural-language speech input, wherein the voice shortcut is a user-generated phrase associated with a user of the electronic device; causing a first application to perform a first task of the plurality of tasks; and causing a second application to perform a second task of the plurality of tasks, wherein the second task is different from the first task; and in accordance with a determination that the natural-language speech input does not satisfy the voice shortcut criteria: identifying a task associated with the natural-language speech input; and performing the task associated with the natural-language speech input. identifying a task associated with the natural-language speech input; and performing the task associated with the natural-language speech input.
Driving system for automated driving with at least automated transverse guidance for a motor vehicle, wherein the driving system comprises - means for marking regions (10a, 10b) on the steering wheel, wherein the driving system is configured - to establish during automated driving that the vehicle has approached an end of automated driving lying ahead such that a first proximity condition is satisfied, - to react thereto by controlling the means for marking regions on the steering wheel such that a left-hand and a right-hand marking region are marked on the steering wheel, so that the driver positions his hands on the marked regions on the steering wheel to accept the driving task, wherein acceptance of the driving task requires the steering wheel to be touched with both hands, - to establish whether the driver touches the steering wheel with his left hand, and to react thereto by stopping or altering the marking of the left-hand marking region, and - to establish whether the driver touches the steering wheel with his right hand, and to react thereto by stopping or altering the marking of the right-hand marking region. - means for marking regions (10a, 10b) on the steering wheel, wherein the driving system is configured - to establish during automated driving that the vehicle has approached an end of automated driving lying ahead such that a first proximity condition is satisfied, - to react thereto by controlling the means for marking regions on the steering wheel such that a left-hand and a right-hand marking region are marked on the steering wheel, so that the driver positions his hands on the marked regions on the steering wheel to accept the driving task, wherein acceptance of the driving task requires the steering wheel to be touched with both hands, - to establish whether the driver touches the steering wheel with his left hand, and to react thereto by stopping or altering the marking of the left-hand marking region, and - to establish whether the driver touches the steering wheel with his right hand, and to react thereto by stopping or altering the marking of the right-hand marking region.