mhurhangee/patent-ind-claim-en huggingface dataset:
A method for communicating with a rear vehicle, wherein the method comprises: a present vehicle determining that it is currently in a congestion scenario and obtaining congestion condition information ; the present vehicle generating congestion prompt information for the rear vehicle according to the congestion condition information ; the present vehicle displaying the congestion prompt information on a screen at a tail of the present vehicle ; characterized in that the present vehicle obtaining facial expressions and/or behaviors of a driver of the rear vehicle through a camera at the tail of the present vehicle, and determining whether the driver of the rear vehicle is in a road rage mood by analyzing the facial expressions and/or behaviors; the present vehicle, in response to determining that the driver of the rear vehicle is in the road rage mood, turning on a streamline type lamp strip on the roof of the present vehicle and/or an annular lamp strip at the tail of the present vehicle to sooth the mood of the driver of the rear vehicle in a flowing pattern of atmosphere lamps. a present vehicle determining that it is currently in a congestion scenario and obtaining congestion condition information ; the present vehicle generating congestion prompt information for the rear vehicle according to the congestion condition information ; the present vehicle displaying the congestion prompt information on a screen at a tail of the present vehicle ; characterized in that the present vehicle obtaining facial expressions and/or behaviors of a driver of the rear vehicle through a camera at the tail of the present vehicle, and determining whether the driver of the rear vehicle is in a road rage mood by analyzing the facial expressions and/or behaviors; the present vehicle, in response to determining that the driver of the rear vehicle is in the road rage mood, turning on a streamline type lamp strip on the roof of the present vehicle and/or an annular lamp strip at the tail of the present vehicle to sooth the mood of the driver of the rear vehicle in a flowing pattern of atmosphere lamps.
A processor-implemented method of performing image recognition by using a neural network, the method comprising: obtaining intermediate pooling results, respectively corresponding to sub-pooling kernels obtained by decomposing an original pooling kernel , by performing a pooling operation on pixels of an input image included in a current window in an input feature map using the sub-pooling kernels ; obtaining a final pooling result corresponding to the current window by post-processing the intermediate pooling results; and determining an output pixel value of an output feature map, based on the final pooling result, wherein the current window is determined according to the original pooling kernel having been slid, according to a raster scan order, in the input feature map , wherein each of the sub-pooling kernels is a 1-dimensional, 1D, kernel that has a height of 1, respectively comprising only row elements of the original pooling kernel , and a total number of the 1 height sub-pooling kernels obtained by decomposing from the original pooling kernel corresponds to a height of the original pooling kernel , and wherein an intermediate pooling result obtained by a sub-pooling kernel from among the sub-pooling kernels with respect to the current window is shared with at least one other window in the input feature map by respectively storing the intermediate pooling results that correspond to a same window in memory cells comprising memory addresses of a same column and different rows in a share line buffer . obtaining intermediate pooling results, respectively corresponding to sub-pooling kernels obtained by decomposing an original pooling kernel , by performing a pooling operation on pixels of an input image included in a current window in an input feature map using the sub-pooling kernels ; obtaining a final pooling result corresponding to the current window by post-processing the intermediate pooling results; and determining an output pixel value of an output feature map, based on the final pooling result, wherein the current window is determined according to the original pooling kernel having been slid, according to a raster scan order, in the input feature map , wherein each of the sub-pooling kernels is a 1-dimensional, 1D, kernel that has a height of 1, respectively comprising only row elements of the original pooling kernel , and a total number of the 1 height sub-pooling kernels obtained by decomposing from the original pooling kernel corresponds to a height of the original pooling kernel , and wherein an intermediate pooling result obtained by a sub-pooling kernel from among the sub-pooling kernels with respect to the current window is shared with at least one other window in the input feature map by respectively storing the intermediate pooling results that correspond to a same window in memory cells comprising memory addresses of a same column and different rows in a share line buffer .
A method for producing an electrical impedance tomographic image of an acoustic field within a fluid, comprising the steps of: a) positioning a plurality of electrodes within a fluid, said plurality of electrodes being arranged to produce an electrical impedance tomographic image of an acoustic field within the fluid; b) applying an electrical signal to each electrode within a first subset of electrodes , wherein the electrical signal applied to each electrode has a different carrier frequency and/or phase; c) measuring the electrical potential at each electrode within a second subset of electrodes ; d) calculating the electrical impedance between a plurality of pairs of electrodes, wherein a first electrode of each pair is selected from the first subset and a second electrode of each pair is selected from the second subset; and e) processing the measured data to provide an acoustic map of the acoustic field at the required acoustic frequencies. a) positioning a plurality of electrodes within a fluid, said plurality of electrodes being arranged to produce an electrical impedance tomographic image of an acoustic field within the fluid; b) applying an electrical signal to each electrode within a first subset of electrodes , wherein the electrical signal applied to each electrode has a different carrier frequency and/or phase; c) measuring the electrical potential at each electrode within a second subset of electrodes ; d) calculating the electrical impedance between a plurality of pairs of electrodes, wherein a first electrode of each pair is selected from the first subset and a second electrode of each pair is selected from the second subset; and e) processing the measured data to provide an acoustic map of the acoustic field at the required acoustic frequencies.
Component for a coffee machine at least partially embeddable inside a chamber of a dispensing group and adapted to hermetically seal said chamber and comprising: - a head , and - a stem ; - said head comprising at least a first cavity and at least one injector , - said stem comprising a second cavity and characterised in that - said stem is made of a ceramic material. - a head , and - a stem ; - said head comprising at least a first cavity and at least one injector , - said stem comprising a second cavity and characterised in that - said stem is made of a ceramic material.
Monitoring device for at least one communication interface of a data processing apparatus, wherein a first voltage supply terminal, an earth terminal and an adaptor element having an interface connection element are provided for each of the at least one communication interface to be monitored, wherein the earth terminal is electrically connected to an earth terminal element in the interface connection element, wherein the interface connection element is configured such that the earth terminal element is connected to the earth of the communication interface when the interface connection element is plugged into the communication interface provided therefor, wherein • a signal generating element is interposed between the voltage supply terminal and the earth terminal, • in that a monitoring signal is generated by the signal generating element when a voltage is present at the voltage supply terminal and the interface connection element is plugged into the communication interface, and • in that the monitoring signal is provided at a monitoring signal terminal of the monitored communication interface. • a signal generating element is interposed between the voltage supply terminal and the earth terminal, • in that a monitoring signal is generated by the signal generating element when a voltage is present at the voltage supply terminal and the interface connection element is plugged into the communication interface, and • in that the monitoring signal is provided at a monitoring signal terminal of the monitored communication interface.
A method for kiln drying kilning material, in particular cereals, pseudocereals, oilseeds or legumes, comprising at least the method steps: (i) providing kilning material to be treated on a tray having at least one opening for forming a layer of kilning material (D) on the tray ; (ii) generating a gas flow, in particular an air flow (L), flowing through the layer of kilning material (D); (iii) at least once, preferably several times, removing an uppermost partial layer (T1, T2, T3, T4, T5) of the layer of kilning material (D) facing away from the tray from the space (X); wherein removal in step (iii) is carried out by means of a removing means which is rotatable relative to the tray about an in particular vertical axis , wherein the partial layer (T1, T2, T3, T4, T5) of the layer of kilning material (D) is removed by means of at least one conveying screw and/or at least one scraper , characterized in that the gas flow, in particular the air flow (L), is generated from a space (X) of the tray facing the layer of kilning material (D) to a space (Y) of the tray facing away from the layer of kilning material (D) through the layer of kilning material (D). (i) providing kilning material to be treated on a tray having at least one opening for forming a layer of kilning material (D) on the tray ; (ii) generating a gas flow, in particular an air flow (L), flowing through the layer of kilning material (D); (iii) at least once, preferably several times, removing an uppermost partial layer (T1, T2, T3, T4, T5) of the layer of kilning material (D) facing away from the tray from the space (X);
A method for determining the presence of a leak in a pressure system comprising a blowout preventer and a pressure sensor , the method comprising: receiving , by a processor , from the pressure sensor , pressure data of the pressure system after shut-in of the pressure system during a buffer-time period; determining , by the processor , an absolute value of a pressure slope with respect to time based on the pressure data; entering a passing state in response to the absolute value of the pressure slope being less than a predetermined test start threshold; while in the passing state : remaining in the passing state provided that an absolute pressure change from the time the passing state is entered is less than a maximum permitted change in pressure, or exiting the passing state if the absolute pressure change from the time the passing state is entered exceeds the maximum permitted change and then repeating the step of determining an absolute value of a pressure slope; and generating a passing indication as a result of remaining in the passing state for at least a predetermined time period. receiving , by a processor , from the pressure sensor , pressure data of the pressure system after shut-in of the pressure system during a buffer-time period; determining , by the processor , an absolute value of a pressure slope with respect to time based on the pressure data; entering a passing state in response to the absolute value of the pressure slope being less than a predetermined test start threshold; while in the passing state : remaining in the passing state provided that an absolute pressure change from the time the passing state is entered is less than a maximum permitted change in pressure, or exiting the passing state if the absolute pressure change from the time the passing state is entered exceeds the maximum permitted change and then repeating the step of determining an absolute value of a pressure slope; and generating a passing indication as a result of remaining in the passing state for at least a predetermined time period. remaining in the passing state provided that an absolute pressure change from the time the passing state is entered is less than a maximum permitted change in pressure, or exiting the passing state if the absolute pressure change from the time the passing state is entered exceeds the maximum permitted change and then repeating the step of determining an absolute value of a pressure slope; and generating a passing indication as a result of remaining in the passing state for at least a predetermined time period.
A device for holding an arrangement, the arrangement comprising a suprastructure and an abutment , and having a clamping device for the arrangement, the clamping device being adjustable in height in relation to an auxiliary device connected to the clamping device , the abutment and/or the suprastructure , characterized in that , in the region of the auxiliary device , depressions are provided in which occlusal projections such as cusps or cutting edges of the suprastructure can enter, and via which depressions centering is effected, and the arrangement can be held clamped between the auxiliary device and the clamping device , and in that part of the suprastructure , namely an occlusal and/or incisal surface of the suprastructure , is receivable in the auxiliary device.
Cable bushing with shielding and sealing properties for connecting to a wall having a breakthrough, having a plurality of cables and having a sealing element and a shielding element, in which in turn the plurality of cables are accommodated in perforations and/or penetration zones, wherein the sealing element and the shielding element are formed as an integrally formed, at least partially electrically conductive receiving element for the plurality of cables made of an elastomer, wherein the perforations or penetration zones each abut an outer insulation or a cable sheath of one of the plurality of cables , wherein they are formed free of contacting an electrically conductive cable shield under the outer insulation or the cable sheath of the cables .
A computing apparatus comprising: means for receiving captured spatial audio information comprising at least one audio signal and at least one audio parameter for controlling the at least one audio signal; means for receiving an instruction to set an audio parameter to a first parameter value, wherein the audio parameter is comprised in the at least one audio parameter for controlling the at least one audio signal; means for determining whether the first parameter value fulfils at least one criterion by comparing the first parameter value with an active parameter value or by comparing an effect caused by the first parameter value with an effect caused by the active parameter value, wherein the active parameter value comprises a parameter value that is active when the instruction is received; means for setting, in response to determining that the first parameter value fulfils at least one criterion, by determining that the active parameter value is equal to the first parameter value, the audio parameter temporarily for a period of time to a second parameter value; and means for changing the audio parameter from the second parameter value to the first parameter value after the period of time. means for receiving captured spatial audio information comprising at least one audio signal and at least one audio parameter for controlling the at least one audio signal; means for receiving an instruction to set an audio parameter to a first parameter value, wherein the audio parameter is comprised in the at least one audio parameter for controlling the at least one audio signal; means for determining whether the first parameter value fulfils at least one criterion by comparing the first parameter value with an active parameter value or by comparing an effect caused by the first parameter value with an effect caused by the active parameter value, wherein the active parameter value comprises a parameter value that is active when the instruction is received; means for setting, in response to determining that the first parameter value fulfils at least one criterion, by determining that the active parameter value is equal to the first parameter value, the audio parameter temporarily for a period of time to a second parameter value; and means for changing the audio parameter from the second parameter value to the first parameter value after the period of time.
Conveying device , for conveying products in an industrial processing line, said conveying device comprising, for circulating the products , at least one infeed conveyor , for receiving the products from a line portion upstream said device and a plurality of outfeed conveyors , for further delivering the products to a line portion downstream said device , said conveying device acting as a sorting device and directing product to a predefined outfeed conveyor , wherein the infeed conveyor and the plurality of outfeed conveyors extend in a common plane, the conveying device further comprising a robotic means , with a working area covering at least a portion of the at least one infeed conveyor and at least a portion of each outfeed conveyor , for moving products from said at least one infeed conveyor to a predefined outfeed conveyor of said plurality, with a movement parallel to said common plane, said conveying device being characterized in that it further comprises, in the working area of the robotic means , a central plate , defining a top fixed surface, mounted downstream said at least one infeed conveyor and upstream said at least one outfeed conveyor , said central plate being flush with the at least one infeed conveyor and the outfeed conveyors , the conveying device comprising a control unit instructing the robotic means for moving the products , one at a time, onto said central plate from the at least one infeed conveyor and to the predefined outfeed conveyor .
A copolymer dispersion, comprising: a copolymer of: (a) a vinyl ester of an alkanoic acid having from 1 to 13 carbon atoms; (b) ethylene; (c) from 0.5 to 5 pphm of a first cross-linking co-monomer comprising an ethylenically unsaturated monomer comprising an epoxy group; and (d) from 0.55 to 2 pphm of a second functional co-monomer comprising an ethylenically unsaturated dicarboxylic acid, monoester thereof, or anhydride thereof; wherein the copolymer is dispersed in an aqueous medium comprising a stabilizer. a copolymer of: (a) a vinyl ester of an alkanoic acid having from 1 to 13 carbon atoms; (b) ethylene; (c) from 0.5 to 5 pphm of a first cross-linking co-monomer comprising an ethylenically unsaturated monomer comprising an epoxy group; and (d) from 0.55 to 2 pphm of a second functional co-monomer comprising an ethylenically unsaturated dicarboxylic acid, monoester thereof, or anhydride thereof; (a) a vinyl ester of an alkanoic acid having from 1 to 13 carbon atoms; (b) ethylene; (c) from 0.5 to 5 pphm of a first cross-linking co-monomer comprising an ethylenically unsaturated monomer comprising an epoxy group; and (d) from 0.55 to 2 pphm of a second functional co-monomer comprising an ethylenically unsaturated dicarboxylic acid, monoester thereof, or anhydride thereof; wherein the copolymer is dispersed in an aqueous medium comprising a stabilizer.
Process for the oxidative cleavage of unsaturated carboxylic acids and their derivatives in which the carboxylic acid group forms an ester bond, an amide bond, a nitrile bond or a thioester bond, for the obtainment of saturated monocarboxylic and dicarboxylic acids or derivatives thereof, said process comprising the steps of: a) reacting at least one unsaturated carboxylic acid or derivative thereof, an oxidising compound and a catalyst capable of catalysing the oxidation reaction of the olefin double bond, in order to obtain an intermediate compound containing vicinal diols, and b) reacting the said intermediate compound, oxygen or a compound containing oxygen, and a catalyst capable of catalysing the oxidation reaction of vicinal diols to carboxyl groups in the presence of water, obtaining an organic phase comprising saturated monocarboxylic acids and saturated dicarboxylic acids or their derivatives, and an aqueous phase comprising the said catalyst, and c) separating the said aqueous phase from the said organic phase, characterised in that at least a part of the said aqueous phase comprising the catalyst and at least one base are fed to step b) so that the mixture of the intermediate compound of step a) with the said part of aqueous phase and the said base has a pH value of between 4 and 7. a) reacting at least one unsaturated carboxylic acid or derivative thereof, an oxidising compound and a catalyst capable of catalysing the oxidation reaction of the olefin double bond, in order to obtain an intermediate compound containing vicinal diols, and b) reacting the said intermediate compound, oxygen or a compound containing oxygen, and a catalyst capable of catalysing the oxidation reaction of vicinal diols to carboxyl groups in the presence of water, obtaining an organic phase comprising saturated monocarboxylic acids and saturated dicarboxylic acids or their derivatives, and an aqueous phase comprising the said catalyst, and c) separating the said aqueous phase from the said organic phase,