mhurhangee/patent-ind-claim-en huggingface dataset:
A FMCW radar system comprising: a receive channel configured to receive a reflected signal and to generate a first digital intermediate frequency, IF, signal based on the reflected signal; a reference receive channel configured to receive the reflected signal and to generate a second digital IF signal based on the reflected signal; and digital mismatch compensation circuitry coupled to the receive channel and the reference receive channel to receive the first digital IF signal and the second digital IF signal, the digital mismatch compensation circuitry configured to process the first digital IF signal and the second digital IF signal to compensate for mismatches between the receive channel and the reference receive channel , wherein the digital mismatch compensation circuitry includes: a frequency shifter (320,340;322,342;324,344;326,346) configured to shift a frequency and phase of the first digital IF signal to correct a routing delay mismatch between the receive channel and the reference receive channel . a receive channel configured to receive a reflected signal and to generate a first digital intermediate frequency, IF, signal based on the reflected signal; a reference receive channel configured to receive the reflected signal and to generate a second digital IF signal based on the reflected signal; and digital mismatch compensation circuitry coupled to the receive channel and the reference receive channel to receive the first digital IF signal and the second digital IF signal, the digital mismatch compensation circuitry configured to process the first digital IF signal and the second digital IF signal to compensate for mismatches between the receive channel and the reference receive channel , wherein the digital mismatch compensation circuitry includes: a frequency shifter (320,340;322,342;324,344;326,346) configured to shift a frequency and phase of the first digital IF signal to correct a routing delay mismatch between the receive channel and the reference receive channel .
A terminal management and control method performed in a 5G network, comprising: obtaining , by a session management function, SMF, network element , authorized communication information of a first terminal or a terminal group, wherein the authorized communication information comprises information about a device with which the first terminal or the terminal group is allowed to communicate so that the first terminal or the terminal group is allowed to commincuate with a device listed in the authorized communication information; when the first terminal or a second terminal in the terminal group communicates with a device not listed in the authorized communication information, learning , by the SMF network element , that a management and control measure needs to be taken on communication of the first terminal or the second terminal; and taking , by the SMF network element , the management and control measure, wherein the obtaining , by the SMF network element , the authorized communication information of the first terminal or the terminal group includes: receiving , by the SMF network element , from a policy control function, PCF, network element , a session management policy, SM policy, the SM policy includes the authorized communication information of the first terminal or the terminal group. obtaining , by a session management function, SMF, network element , authorized communication information of a first terminal or a terminal group, wherein the authorized communication information comprises information about a device with which the first terminal or the terminal group is allowed to communicate so that the first terminal or the terminal group is allowed to commincuate with a device listed in the authorized communication information; when the first terminal or a second terminal in the terminal group communicates with a device not listed in the authorized communication information, learning , by the SMF network element , that a management and control measure needs to be taken on communication of the first terminal or the second terminal; and taking , by the SMF network element , the management and control measure, wherein the obtaining , by the SMF network element , the authorized communication information of the first terminal or the terminal group includes: receiving , by the SMF network element , from a policy control function, PCF, network element , a session management policy, SM policy, the SM policy includes the authorized communication information of the first terminal or the terminal group.
Method for quantification of the amount of meso-iactide in a composition containing at least one other lactide stereoisomer, wherein said quantification is made with respect to the total amount of lactide stereoisomers in the composition, said method comprising: determining absorptions of the composition in the Infra-Red region of the electromagnetic spectrum; and quantifying the amount of meso-lactide with reference to Infra-Red absorption spectra obtained from standard compositions containing known amounts of meso-lactide and at least one further lactide stereoisomer, wherein polylactide polymer having a degree of polymerization greater than 20, if present in the composition, constitutes 10 wt.% or less of said composition. determining absorptions of the composition in the Infra-Red region of the electromagnetic spectrum; and quantifying the amount of meso-lactide with reference to Infra-Red absorption spectra obtained from standard compositions containing known amounts of meso-lactide and at least one further lactide stereoisomer, wherein polylactide polymer having a degree of polymerization greater than 20, if present in the composition, constitutes 10 wt.% or less of said composition.
A system comprising: a collection of different circular chimeric single-stranded nucleic acid constructs, each construct comprising: a first single stranded segment of original genomic DNA from a host organism and a second single stranded nucleic acid segment that is linked to the first single stranded segment and comprises a nucleotide sequence that is exogenous to the host organism, said nucleotide sequence comprising a first solid support primer-specific portion, a second solid support primer-specific portion, and a patient identifier sequence, whereby said chimeric single-stranded nucleic acid constructs of the collection are circularized and suitable for rolling circle amplification and/or sequencing; and a collection of extension products, each extension product comprising two or more tandem linear sequences, wherein each tandem linear sequence is complementary to the chimeric single-stranded nucleic acid construct from the collection, wherein each extension product in the collection is hybridized to its complementary circular chimeric single-stranded nucleic acid construct of the collection. a first single stranded segment of original genomic DNA from a host organism and a second single stranded nucleic acid segment that is linked to the first single stranded segment and comprises a nucleotide sequence that is exogenous to the host organism, said nucleotide sequence comprising a first solid support primer-specific portion, a second solid support primer-specific portion, and a patient identifier sequence, whereby said chimeric single-stranded nucleic acid constructs of the collection are circularized and suitable for rolling circle amplification and/or sequencing; and a collection of extension products, each extension product comprising two or more tandem linear sequences, wherein each tandem linear sequence is complementary to the chimeric single-stranded nucleic acid construct from the collection, wherein each extension product in the collection is hybridized to its complementary circular chimeric single-stranded nucleic acid construct of the collection.
A laundry treatment apparatus comprising: a tub having therein a space for storing wash water; a drum rotatably provided in the tub ; a heater for heating the wash water in the tub ; a temperature sensor for sensing a temperature of the wash water; a water level sensor for sensing a level of the wash water; an output unit for displaying operation settings and an operation state thereof; and a controller for primarily calculating an operation time based on the operation settings and outputting the primarily calculated operation time through the output unit and for calculating a heating time based on a state of supplied wash water to the tub and recalculating the operation time such that the heating time is included in the operation time and outputting the recalculated operation time through the output unit when supply of wash water to the tub is completed, and wherein the state of supplied wash water to the tub includes the water temperature sensed by the temperature sensor during supply of water and the level of the wash water supplied to the tub sensed by the water level sensor, wherein the controller divides the level of the wash water into a plurality of water levels and applies different temperature change rates to the respective water levels in order to calculate the heating time. a tub having therein a space for storing wash water; a drum rotatably provided in the tub ; a heater for heating the wash water in the tub ; a temperature sensor for sensing a temperature of the wash water; a water level sensor for sensing a level of the wash water; an output unit for displaying operation settings and an operation state thereof; and a controller for primarily calculating an operation time based on the operation settings and outputting the primarily calculated operation time through the output unit and for calculating a heating time based on a state of supplied wash water to the tub and recalculating the operation time such that the heating time is included in the operation time and outputting the recalculated operation time through the output unit when supply of wash water to the tub is completed, and wherein the state of supplied wash water to the tub includes the water temperature sensed by the temperature sensor during supply of water and the level of the wash water supplied to the tub sensed by the water level sensor, wherein the controller divides the level of the wash water into a plurality of water levels and applies different temperature change rates to the respective water levels in order to calculate the heating time.
An article being an article of apparel or an article of footwear, the article comprising a three-dimensional object (1210; 1305; 2002) printed onto a surface of the article by dispensing droplets of print material including one or more pigments, the surface of the article being a non-white substrate for the three-dimensional object (1210; 1305; 2002), wherein the non-white substrate is of a material being a textile, natural fabric, synthetic fabric, knit, woven material, nonwoven material, mesh, leather, synthetic leather, polymer, rubber, or foam, or any combination of them, the three-dimensional object comprising: a lower color graphic layer (620; 1320; 1804; 2004) printed onto the non-white substrate ; one or more transparent structural layers (1104; 1322; 1806; 2006) printed onto the lower color graphic layer (620; 1320; 1804; 2004); and an upper color graphic layer (1208; 1324; 1808; 2010) printed onto an uppermost layer of the one or more transparent structural layers (620; 1320; 1804; 2004), wherein the upper color graphic layer (1208; 1324; 1808; 2010) and the lower color graphic layer (620; 1320; 1804; 2004) collectively visually depict a color graphic image, the article being characterized in that it further comprises: a white layer printed onto the non-white substrate of the article below the lower color graphic layer (620; 1320; 1804; 2004). a lower color graphic layer (620; 1320; 1804; 2004) printed onto the non-white substrate ; one or more transparent structural layers (1104; 1322; 1806; 2006) printed onto the lower color graphic layer (620; 1320; 1804; 2004); and an upper color graphic layer (1208; 1324; 1808; 2010) printed onto an uppermost layer of the one or more transparent structural layers (620; 1320; 1804; 2004), wherein the upper color graphic layer (1208; 1324; 1808; 2010) and the lower color graphic layer (620; 1320; 1804; 2004) collectively visually depict a color graphic image, the article being characterized in that it further comprises: a white layer printed onto the non-white substrate of the article below the lower color graphic layer (620; 1320; 1804; 2004).
A method to manufacture a container for food products comprising a tray , which is made of a polymer material, has a bottom wall , a side wall and an upper peripheral edge , and is obtained starting from a polymer material sheet the method comprising the step of: cutting said polymer material sheet from a polymer material band delimited by two faces , each provided with a non-stick material ; applying a glue layer on the upper peripheral edge so as to lock a closing lid on the upper peripheral edge ; and being characterized in that it further comprises the step of: superficially treating the upper peripheral edge before applying the glue layer on it; the glue layer being directly applied on the polymer material of the upper peripheral edge ; the step of superficially treating the upper peripheral edge being carried out in order to remove the relative non-stick material . cutting said polymer material sheet from a polymer material band delimited by two faces , each provided with a non-stick material ; applying a glue layer on the upper peripheral edge so as to lock a closing lid on the upper peripheral edge ; and being characterized in that it further comprises the step of: superficially treating the upper peripheral edge before applying the glue layer on it; the glue layer being directly applied on the polymer material of the upper peripheral edge ; the step of superficially treating the upper peripheral edge being carried out in order to remove the relative non-stick material . superficially treating the upper peripheral edge before applying the glue layer on it; the glue layer being directly applied on the polymer material of the upper peripheral edge ; the step of superficially treating the upper peripheral edge being carried out in order to remove the relative non-stick material .
A dishwasher comprising a body , a washing space provided in the body , in which the washing and rinsing processes are performed, a chamber provided on the base of the washing space , a filter provided in the chamber , and a pump enabling the water received from the mains into the chamber to be sent to the washing space and thus to be circulated, characterized by a blower mechanism having a line extending into the chamber , and by a control unit configured to operate the blower mechanism to blow air on the filter in the direction from the chamber to the filter such that dirt particles on the filter surface are removed therefrom by the air blown by the blower mechanism .
Blow mould for producing plastic containers with at least two blow mould parts which form a hollow space inside which plastic parisons can be transformed by the application of a flowable medium to the plastic containers , wherein an inner wall of the blow mould parts delimiting the hollow space has a contour which produces a predetermined configuration of the plastic containers to be produced, wherein at least one portion of a blow mould part produces a bottom of the plastic container, wherein in a portion of a blow mould part at least one opening region is provided which enables discharge of a gaseous medium during an expansion process of the plastic containers, wherein this opening region extends at least in sections along a first line (L1) as well as a second line (L2), wherein these lines run at least in some sections at an angle different from 0° relative to one another, characterized in that wherein in the opening region a plurality of holes is arranged, wherein these holes are arranged along at lest one of the two lines (L1, L2) and along each line at least three holes are arranged and wherein the opening region is arranged in a region of a bottom part of the blow mould which serves to produce a supporting foot of the container and at least one hole has a diameter which is betwenn 0,5 mm and 4 mm, preferably between 0,5 mm and 2 mm.
Automatic system for identifying and controlling persons and regulating access to restricted areas comprising an identification module and a plurality of electronic identification devices associated with said identification module, said identification module comprising a frame consisting of supporting props equipped with retractable wheels at the bottom for mobility purposes, characterized in that said identification module further comprises opposing removable side panels arranged between said props to constitute the side walls of the identification module; and a roof , also removable, covering the identification module integrally, the supporting plane of the identification module being formed by base plates , which are locked by joints to the frame and can be folded along a straight line cutting across the identification module, the identification module also comprising automatic doors , placed on the sides at right angles to those of the panels, constituting the identification module's entry and exit points, wherein said identification module can be moved from an operative open position to a closed position by releasing the panels and the roof from the frame, pulling out the wheels and accordion-folding the said frame and the base plates , positioning the panels and the roof vertically next to the accordion-closed frame obtaining a small-sized, easy-to-carry compact "cube".
A system for enabling dynamic telemetry message profiling and adjustment, the system comprising: one or more computer readable storage media; a processing system; program instructions for a telemetry service stored on the one or more computer readable storage media that, when executed by the processing system, direct the processing system to, in response to receiving at least one telemetry message including a source identifier and state information such as one or more of an error descriptor, usage data, and performance data, wherein the state information is gathered from a device: determine at least one rule adjustment targeting at least one target client device ; and provide the at least one rule adjustment to the at least one target client device ; wherein a rule describes the parameters for collecting telemetry data on a target client device ; and wherein the program instructions to determine the at least one rule adjustment comprise instructions that direct the processing system to select the at least one rule adjustment from a set of rule adjustments, wherein each member of the set of rule adjustments is mapped to one or more relevant state information parameters, wherein the set of rule adjustments is stored on the one or more computer readable storage media, by comparing the at least one telemetry message to the one or more relevant state information parameters. one or more computer readable storage media; a processing system; program instructions for a telemetry service stored on the one or more computer readable storage media that, when executed by the processing system, direct the processing system to, in response to receiving at least one telemetry message including a source identifier and state information such as one or more of an error descriptor, usage data, and performance data, wherein the state information is gathered from a device: determine at least one rule adjustment targeting at least one target client device ; and provide the at least one rule adjustment to the at least one target client device ; determine at least one rule adjustment targeting at least one target client device ; and provide the at least one rule adjustment to the at least one target client device ;
A system for controlling an aircraft thrust reversal means , comprising a reverse idle control means , a first detection means configured to detect, when the reverse idle control is active, a condition for activation of the thrust reversal means , and an actuation means configured to activate the thrust reversal means when the first detection means detects a condition for activation of the thrust reversal means , characterised in that it further comprises a second detection means configured to detect a condition for activation of the reverse idle control, the control means being configured to activate the reverse idle control when the second detection means detects a condition for activating the reverse idle control.
A frozen battered fish product , comprising: a fish substrate with an external surface ; a fried batter coating with an internal face and an external face , wherein the internal face is adjacent the external surface of the fish substrate and the external face is separated from the external surface of the fish substrate by a separation distance ; the fried batter coating having first regions and second regions , wherein the separation distance of the second regions is greater than the separation distance of the first regions ; the first and second regions of the coating representing a pre-defined pattern extending over a portion of the external face of the coating ; and an aqueous-based protective layer covering the coating at at least the portion of the external face of the coating with the pre-defined pattern. a fish substrate with an external surface ; a fried batter coating with an internal face and an external face , wherein the internal face is adjacent the external surface of the fish substrate and the external face is separated from the external surface of the fish substrate by a separation distance ; the fried batter coating having first regions and second regions , wherein the separation distance of the second regions is greater than the separation distance of the first regions ; the first and second regions of the coating representing a pre-defined pattern extending over a portion of the external face of the coating ; and an aqueous-based protective layer covering the coating at at least the portion of the external face of the coating with the pre-defined pattern.
A roof system comprising, in sequence: a support structure; a mineral wool insulation panel comprising mineral fibres and a non-woven veil secured to its upper surface by a binder; and an overlying weatherproof membrane secured to the mineral wool insulation panel by an adhesive, characterised in that the adhesive penetrates through securing portions of the non-woven veil to provide an adhesive connection between the mineral fibres of the insulating panel and the weatherproof membrane, and in which the securing portions make up between 5% and 95% of the surface area of the non-woven veil, notably in which the securing portions make up between 15% and 85% of the surface area of the non-woven veil.