mhurhangee/ep-ind-claims huggingface dataset:
Test arrangement (100, 200, 300) for testing a device under test (110, 210, 310), the test arrangement comprising: a signal analysing device (120, 220, 320) for measuring modulated signals emitted by the device under test (110, 210, 310) and/or for emitting modulated test signals to the device under test (110, 210, 310); and a plurality of power analysing devices (130, 230, 330), wherein each power analysing device (130, 230, 330) is configured to measure only radio frequency power emitted by the device under test (110, 210, 310) and/or to emit only a continuous wave signal to the device under test (110, 210, 310); wherein the plurality of power analysing devices comprises at least one power analysing device for only measuring radio frequency power and at least one power analysing device for only emitting a continuous wave signal to the device under test, the signal analysing device (120, 220, 320) and the power analysing devices (130, 230, 330) each are operated in multiple test sequences which are applied in one single test arrangement without removing or reconnecting the device under test (110, 210, 310), and wherein the signal analysing device (120, 220, 320) and the plurality of power analysing devices (130, 230, 330) are configured to perform at least one test with respect to the modulated signals or the modulated test signals and to perform at least one other test considering only the power emitted by the device under test or the continuous wave signal emitted to the device under test. a signal analysing device (120, 220, 320) for measuring modulated signals emitted by the device under test (110, 210, 310) and/or for emitting modulated test signals to the device under test (110, 210, 310); and a plurality of power analysing devices (130, 230, 330), wherein each power analysing device (130, 230, 330) is configured to measure only radio frequency power emitted by the device under test (110, 210, 310) and/or to emit only a continuous wave signal to the device under test (110, 210, 310); wherein the plurality of power analysing devices comprises at least one power analysing device for only measuring radio frequency power and at least one power analysing device for only emitting a continuous wave signal to the device under test, the signal analysing device (120, 220, 320) and the power analysing devices (130, 230, 330) each are operated in multiple test sequences which are applied in one single test arrangement without removing or reconnecting the device under test (110, 210, 310), and wherein the signal analysing device (120, 220, 320) and the plurality of power analysing devices (130, 230, 330) are configured to perform at least one test with respect to the modulated signals or the modulated test signals and to perform at least one other test considering only the power emitted by the device under test or the continuous wave signal emitted to the device under test.
A method for coding of multi-channel audio signals at an encoder of an electronic device, the method comprising: estimating comparison values, at the encoder, each comparison value indicative of an amount of temporal mismatch between a first reference frame of a reference channel and a corresponding first target frame of a target channel; smoothing, at the encoder, the comparison values to generate short-term smoothed comparison values; smoothing, at the encoder, the comparison values to generate first long-term smoothed comparison values based on a smoothing parameter; calculating, at the encoder, a cross-correlation value between the comparison values and the short-term smoothed comparison values; comparing, at the encoder, the cross-correlation value with a threshold; adjusting, at the encoder, the first long-term smoothed comparison values to generate second long-term smoothed comparison values, in response to determination that the cross-correlation value exceeds the threshold; estimating, at the encoder, a tentative shift value based on the second long-term smoothed comparison values; determining, at the encoder, a non-causal shift value based on the tentative shift value; non-causally shifting, at the encoder, a particular target channel by the non-causal shift value to generate an adjusted particular target channel that is temporally aligned with a particular reference channel; and generating, at the encoder, at least one of a mid-band channel or a side-band channel based on the particular reference channel and the adjusted particular target channel. estimating comparison values, at the encoder, each comparison value indicative of an amount of temporal mismatch between a first reference frame of a reference channel and a corresponding first target frame of a target channel; smoothing, at the encoder, the comparison values to generate short-term smoothed comparison values; smoothing, at the encoder, the comparison values to generate first long-term smoothed comparison values based on a smoothing parameter; calculating, at the encoder, a cross-correlation value between the comparison values and the short-term smoothed comparison values; comparing, at the encoder, the cross-correlation value with a threshold; adjusting, at the encoder, the first long-term smoothed comparison values to generate second long-term smoothed comparison values, in response to determination that the cross-correlation value exceeds the threshold; estimating, at the encoder, a tentative shift value based on the second long-term smoothed comparison values; determining, at the encoder, a non-causal shift value based on the tentative shift value; non-causally shifting, at the encoder, a particular target channel by the non-causal shift value to generate an adjusted particular target channel that is temporally aligned with a particular reference channel; and generating, at the encoder, at least one of a mid-band channel or a side-band channel based on the particular reference channel and the adjusted particular target channel.
An apparatus comprising: means for determining at least one parameter dependent upon a user gesture wherein the parameter is rotation invariant and does not change if determined at a different arbitrary orientation between the apparatus and the user gesture means for using the at least one parameter to determine an action in response to the user gesture, characterised in that the parameter is dependent upon detection of the user gesture at a plurality of edges of a detection area. means for determining at least one parameter dependent upon a user gesture wherein the parameter is rotation invariant and does not change if determined at a different arbitrary orientation between the apparatus and the user gesture means for using the at least one parameter to determine an action in response to the user gesture, characterised in that the parameter is dependent upon detection of the user gesture at a plurality of edges of a detection area.
A method of making a lithium disilicate dental product comprising: melting a starting glass composition comprising in weight percent: 62 to 85% SiO 2; 1.5 to 10% Al 2 O 3; 8 to 19% Li 2 O; 2.5 to 7% K 2 O; and 0.5 to 12% P 2 O 5; at temperatures within the range of 1200 to 1600°C; quenching the glass melt, casting the glass melt into steel molds, or cooling the glass melt to a temperature in the range of from 400 to 1100°C; subjecting the resulting glass to one or more heat treatments in the temperature range of from 400 to 1100°C to convert the glass into a glass-ceramic; comminuting the glass ceramic to a powder; compacting the powder to a starting blank; and sintering the blank. melting a starting glass composition comprising in weight percent: 62 to 85% SiO 2; 1.5 to 10% Al 2 O 3; 8 to 19% Li 2 O; 2.5 to 7% K 2 O; and 0.5 to 12% P 2 O 5; 62 to 85% SiO 2; 1.5 to 10% Al 2 O 3; 8 to 19% Li 2 O; 2.5 to 7% K 2 O; and 0.5 to 12% P 2 O 5; at temperatures within the range of 1200 to 1600°C; quenching the glass melt, casting the glass melt into steel molds, or cooling the glass melt to a temperature in the range of from 400 to 1100°C; subjecting the resulting glass to one or more heat treatments in the temperature range of from 400 to 1100°C to convert the glass into a glass-ceramic; comminuting the glass ceramic to a powder; compacting the powder to a starting blank; and sintering the blank.
A domain control method performed in a domain control device that is adapted to assign an address to be used between one administrative domain and another administrative domain on a communication route from a starting point administrative domain at a starting point of communication to an ending point administrative domain at an ending point of communication among a plurality of administrative domains, each administrative domain being a device group composed of one or more devices, and each administrative domain being controlled by a control device of a network system, the method comprising: a first step of specifying the one administrative domain and another administrative domain on the communication route by using information concerning protocols used for communication between the one administrative domain and another administrative domain; a second step of acquiring, for each protocol of a plurality of protocols, a first set of addresses in the one administrative domain and a second set of addresses in the another administrative domain specified by the first step; and a third step of assigning an address usable in common to one administrative domain and another administrative domain among the available addresses acquired by the second step. a first step of specifying the one administrative domain and another administrative domain on the communication route by using information concerning protocols used for communication between the one administrative domain and another administrative domain; a second step of acquiring, for each protocol of a plurality of protocols, a first set of addresses in the one administrative domain and a second set of addresses in the another administrative domain specified by the first step; and a third step of assigning an address usable in common to one administrative domain and another administrative domain among the available addresses acquired by the second step.
A vehicle comprising: a fender unit which covers an upper portion of a rear wheel from above; and a mounting member including a mounting section by which an accessory component is detachably mountable to a vehicle body, wherein the fender unit includes: a body cover member which covers the upper portion of the rear wheel from above and a side, a first cover member which has an opening through which the mounting section of the mounting member is exposed, and covers a portion of the mounting member which is other than the mounting section, from outside in a vehicle width direction; and a second cover member which is detachably mounted to the first cover member and covers the opening, wherein the mounting member is placed inward in the vehicle width direction relative to the first cover member and the second cover member, characterized in that the mounting member, the first cover member and the second cover member are placed outward in the vehicle width direction relative to the body cover member. a fender unit which covers an upper portion of a rear wheel from above; and a mounting member including a mounting section by which an accessory component is detachably mountable to a vehicle body, wherein the fender unit includes: a body cover member which covers the upper portion of the rear wheel from above and a side, a first cover member which has an opening through which the mounting section of the mounting member is exposed, and covers a portion of the mounting member which is other than the mounting section, from outside in a vehicle width direction; and a second cover member which is detachably mounted to the first cover member and covers the opening, wherein the mounting member is placed inward in the vehicle width direction relative to the first cover member and the second cover member, characterized in that the mounting member, the first cover member and the second cover member are placed outward in the vehicle width direction relative to the body cover member. a body cover member which covers the upper portion of the rear wheel from above and a side, a first cover member which has an opening through which the mounting section of the mounting member is exposed, and covers a portion of the mounting member which is other than the mounting section, from outside in a vehicle width direction; and a second cover member which is detachably mounted to the first cover member and covers the opening, wherein the mounting member is placed inward in the vehicle width direction relative to the first cover member and the second cover member, characterized in that the mounting member, the first cover member and the second cover member are placed outward in the vehicle width direction relative to the body cover member.
Computer-implemented method for determining a preferred order of N k-space trajectories (Traj i), along which in each case an undersampled scan data set (MDS i) can be scanned for a magnetic resonance fingerprinting scan, comprising the following steps: - choosing a sampling pattern which comprises N k-space trajectories (Traj i) along which scan data can be recorded in such a way that a scan data set (MDS i) undersampled according to Nyquist can be created from the scan data scanned along at least one of the N k-space trajectories (Traj i), wherein a signal characteristic (SV(x)) of at least one image point (x) reconstructed from the undersampled scan data set (MDS i) can be determined from image points (x) reconstructed from the undersampled scan data sets (MDS i), and one parameter of the examination object can be determined per reconstructed image point (x) from the determined signal characteristics (SV(x)) by comparing the determined signal characteristics (SV(x)) with a comparison rule, - varying an order (Ord k) in which the N k-space trajectories (Traj i) are to be sampled one after the other, so at least two different orders (Ord k) are produced, - comparing test signal characteristics (TSV(x)), determined according to the orders (Ord k) resulting due to the variation, with ideal signal characteristics (iSV(x)), wherein the ideal signal characteristics (iSV(x)) are determined from comparison signal characteristics of a dictionary of an MRF method, - determining a preferred order (Ord b) from the resulting orders (Ord k), with which artifacts in parameter maps determined by means of MRF can be avoided or at least reduced, by taking into account the results of the comparison. - choosing a sampling pattern which comprises N k-space trajectories (Traj i) along which scan data can be recorded in such a way that a scan data set (MDS i) undersampled according to Nyquist can be created from the scan data scanned along at least one of the N k-space trajectories (Traj i), wherein a signal characteristic (SV(x)) of at least one image point (x) reconstructed from the undersampled scan data set (MDS i) can be determined from image points (x) reconstructed from the undersampled scan data sets (MDS i), and one parameter of the examination object can be determined per reconstructed image point (x) from the determined signal characteristics (SV(x)) by comparing the determined signal characteristics (SV(x)) with a comparison rule, - varying an order (Ord k) in which the N k-space trajectories (Traj i) are to be sampled one after the other, so at least two different orders (Ord k) are produced, - comparing test signal characteristics (TSV(x)), determined according to the orders (Ord k) resulting due to the variation, with ideal signal characteristics (iSV(x)), wherein the ideal signal characteristics (iSV(x)) are determined from comparison signal characteristics of a dictionary of an MRF method, - determining a preferred order (Ord b) from the resulting orders (Ord k), with which artifacts in parameter maps determined by means of MRF can be avoided or at least reduced, by taking into account the results of the comparison.
A data receiving device for receiving a stream in which section information, a data broadcasting content, and a broadcasting content are multiplexed wherein the section information is transmitted as EIT, Event Information Table, the data broadcasting content is included in a data carousel, and the broadcasting content is represented by video data and audio data and includes a program, wherein the broadcasting content is output to an output unit, the data receiving device comprising: a data decoding unit that decodes the section information and the data broadcasting content that are demultiplexed from the received stream; a data storage unit that stores therein the section information and the data broadcasting content that are decoded by the data decoding unit; a detecting unit (S103, S203) that detects whether output of a specified part that is included in the broadcasting content is avoided; and a specified-information output unit (S112, S212) that searches for, when the detecting unit detects that output of the specified part is avoided, a specified information content that includes characters, a still image data, a dynamic image data or audio data, and is embedded in the data broadcasting content that is stored in the data storage unit, using the section information that is stored in the data storage unit, and, if no specified information content is found, then searches for specified information embedded in the section information, the specified information being represented by characters, and outputs the found specified information content or specified information to the output unit. a data decoding unit that decodes the section information and the data broadcasting content that are demultiplexed from the received stream; a data storage unit that stores therein the section information and the data broadcasting content that are decoded by the data decoding unit; a detecting unit (S103, S203) that detects whether output of a specified part that is included in the broadcasting content is avoided; and a specified-information output unit (S112, S212) that searches for, when the detecting unit detects that output of the specified part is avoided, a specified information content that includes characters, a still image data, a dynamic image data or audio data, and is embedded in the data broadcasting content that is stored in the data storage unit, using the section information that is stored in the data storage unit, and, if no specified information content is found, then searches for specified information embedded in the section information, the specified information being represented by characters, and outputs the found specified information content or specified information to the output unit.
Electric charging cabinet for charging batteries, in particular for e-bikes, comprising: a cabinet body made of metal and a plurality of cabinet compartments located one above the other, wherein at least some of the cabinet compartments have an electrical power connection and a compartment door with at least one adjusting device, wherein the adjusting device comprises a spring means supported against the cabinet body and a lever supported on the compartment door, wherein the spring means and the lever are connected to one another and the compartment door is loaded in the closing direction by the spring means, wherein the spring means is arranged in a receiving space separated from the cabinet compartment above or below a compartment floor, the receiving space being closed towards an opening side of the cabinet body by a cover which has an opening for the lever. a cabinet body made of metal and a plurality of cabinet compartments located one above the other, wherein at least some of the cabinet compartments have an electrical power connection and a compartment door with at least one adjusting device, wherein the adjusting device comprises a spring means supported against the cabinet body and a lever supported on the compartment door, wherein the spring means and the lever are connected to one another and the compartment door is loaded in the closing direction by the spring means, wherein the spring means is arranged in a receiving space separated from the cabinet compartment above or below a compartment floor, the receiving space being closed towards an opening side of the cabinet body by a cover which has an opening for the lever.
Device (50; 50a to 50c) for determining the weight of a capsule arranged in a receptacle of a capsule holder of an incrementally rotated conveyor wheel, comprising a transfer device (52; 52a to 52c) for transferring at least one capsule from the capsule holder into a capsule receiver having a plurality of receptacles for one capsule respectively, and back again, the capsule receiver being movably arranged in a plane parallel to the conveyor plane of the conveyor wheel, characterized in that a weighing cell (65; 65a to 65c) having a single weighing receptacle (66; 66a to 66c) is provided for a capsule, and in that each receptacle in the capsule receiver having the capsule to be weighed and the single weighing receptacle (66; 66a to 66c) of the weighing cell (65; 65a to 65c) can be positioned in overlap with one another.
A device for measuring femur displacement during a surgical procedure to correct a damaged hip, especially during a total hip arthroplasty, whereby said device comprises: a base element immovably mountable to an ilium bone, and a measurement arm, detachably mounted to the base element via a support, whereby the measurement arm is fitted at least with an accelerometer located in the support and connected to a computing system unit, wherein the measurement arm includes at least two movable links and (II-6), coupled in series to each other and to the support using rotational joints of at least one degree of freedom, and both movable links and (II-6) are fitted with an accelerometer and/or a magnetic field sensor and/or a gyroscopic sensor connected to the computing system unit.
An synthetic nucleic acid molecule comprising (a) a DNA molecule encoding a protein of the sequence of amino acid residues from 1 to 184 or from 27 to 184 of SEQ ID NO: 1, or (b) the complement of the DNA molecule of (a).
A herbicidal composition for crop use comprising a synergistically herbicidal effective amount of (a) aminopyralid, or an agriculturally acceptable salt or ester thereof and (b) clopyralid, or an agriculturally acceptable salt or ester thereof; wherein the acid equivalent weight ratio of (a) to (b) is from 1:150 to 1:30.