mhurhangee/ep-ind-claims huggingface dataset:
A method to extract information from media, the method comprising: sampling a media signal to generate first digital samples; determining a frequency domain representation of the first digital samples; determining a first amplitude rank of a first frequency relative to frequencies of a first range of frequencies in the frequency domain representation; determining a second amplitude rank of a second frequency relative to frequencies of a second range of frequencies in the frequency domain representation; determining a first average of 1) the first amplitude rank and 2) a third amplitude rank determined from second digital samples received prior to the first digital samples; determining a second average of 1) the second amplitude rank and 2) a fourth amplitude rank determined from the second digital samples; combining the first average and the second average to create a combined set of amplitude ranks; comparing the combined set of amplitude ranks to reference amplitude ranks; determining information represented by the combined set of amplitude ranks based on the comparison; and storing the information in a tangible memory. sampling a media signal to generate first digital samples; determining a frequency domain representation of the first digital samples; determining a first amplitude rank of a first frequency relative to frequencies of a first range of frequencies in the frequency domain representation; determining a second amplitude rank of a second frequency relative to frequencies of a second range of frequencies in the frequency domain representation; determining a first average of 1) the first amplitude rank and 2) a third amplitude rank determined from second digital samples received prior to the first digital samples; determining a second average of 1) the second amplitude rank and 2) a fourth amplitude rank determined from the second digital samples; combining the first average and the second average to create a combined set of amplitude ranks; comparing the combined set of amplitude ranks to reference amplitude ranks; determining information represented by the combined set of amplitude ranks based on the comparison; and storing the information in a tangible memory.
A bearing device for rotatably supporting a journal part of a crankshaft, comprising: a journal part having an oil passage extending inside thereof and an inlet of the oil passage being open on an outer circumferential surface of the journal part; a main bearing being constituted of a pair of half bearings (41, 42) and rotatably supporting the journal part; and a cylinder block and a bearing cap being each formed with a holding bore (81a, 82a) for holding the main bearing, wherein one half bearing being held in the holding bore of the cylinder block includes a first circumferential oil groove being formed in an inner circumferential surface of the one half bearing characterised in that the half bearing further includes a second circumferential oil groove being formed at in an inner circumferential surface of the one half bearing; and a separation part separating in the circumferential direction the first circumferential oil groove and the second circumferential oil groove; wherein the one half bearing also includes a first oil hole and a second oil hole respectively penetrating from the first circumferential oil groove and the second circumferential oil groove to an outer circumferential surface of the one half bearing, and the cylinder block includes an oil distribution passage being formed in a holding surface constituting the holding bore so as to extend across both the first oil hole and the second oil hole of the one half bearing. a journal part having an oil passage extending inside thereof and an inlet of the oil passage being open on an outer circumferential surface of the journal part; a main bearing being constituted of a pair of half bearings (41, 42) and rotatably supporting the journal part; and a cylinder block and a bearing cap being each formed with a holding bore (81a, 82a) for holding the main bearing, wherein one half bearing being held in the holding bore of the cylinder block includes a first circumferential oil groove being formed in an inner circumferential surface of the one half bearing characterised in that the half bearing further includes a second circumferential oil groove being formed at in an inner circumferential surface of the one half bearing; and a separation part separating in the circumferential direction the first circumferential oil groove and the second circumferential oil groove; wherein the one half bearing also includes a first oil hole and a second oil hole respectively penetrating from the first circumferential oil groove and the second circumferential oil groove to an outer circumferential surface of the one half bearing, and the cylinder block includes an oil distribution passage being formed in a holding surface constituting the holding bore so as to extend across both the first oil hole and the second oil hole of the one half bearing.
Method for automatically selecting one or more dialable subscriber identifiers from a list of subscriber identifiers for service providers and/or emergency services that are stored in a memory device that is connected via a processing device to a device for setting up a communication link, wherein the dialable subscriber identifier of a service provider and/or emergency service is selected at least on the basis of a language specification, wherein the language specification is provided by storing a specification in a memory device of the device for setting up a communication link and/or the processing device, wherein the language specification can be used to appropriately select a service provider and/or emergency service with which a caller can communicate in his or a prescribed language, characterized in that the device for setting up a communication link or the processing device has a device for identifying a user that can be used and/or is used to automatically enable a communication link, and the language specification is provided by ascertaining the language of the country of a mobile radio network for which the device for identifying the user was originally licensed.
Connection plate for connecting battery cells for a battery, the connection plate having contact points on a front side and a rear side, and wherein each contact point is formed as an electrically and thermally conductive contact with a battery cell, so that a plurality of battery cells can be thermally and electrically conductively connected to one another via the connection plate, wherein the connecting plate is formed as a circuit board with a non-electrically conductive substrate, wherein in each case two contacting points are formed as pairs of electrically and thermally conductive contacting elements which are spaced apart from one another and are applied to the substrate, wherein each pair of contacting elements comprises a first contacting element on the front side and a second contacting element on the rear side of the connecting plate, and wherein each first contacting element is electrically and thermally conductively connected to each second contacting element, wherein at least one heat dissipation element is provided in the connecting plate for dissipating heat from the connecting plate, wherein the electrically non-conductive substrate comprises two substrate layers which are supported on opposite sides of the heat dissipating element, characterised in that the heat dissipation element is formed as a thermally conductive core layer and at least one cooling channel is provided in the core layer, through which a coolant can flow.
A method for recombinant expression of a polypeptide comprising a GLP-1 peptide in yeast comprising the culturing of a yeast strain comprising a DNA sequence encoding a processing and secretion signal upstream of the polypeptide, wherein said processing and secretion signal comprises a Mating Factor α pro-peptide variant having at least one substitution in the VIGYL sequence at positions 38-42 to comprise the amino acid sequence of the general formula: X 38 -X 39 -X 40 -X 41 -X 42 (SEQ ID NO:1) wherein X 38 is F, L or V, X 39 L, I, V or M, X 40 is G or R, X 41 is S, Y, L, I, V or M, and X 42 is Y, W, L, V or M; or wherein X 38 is I or V, X 39 L, I, V or M, X 40 is A, G, Y, F, W, R, K, L, I, V or M, X 41 is Y, F, or W, and X 42 is L or I; wherein said Mating Factor α pro-peptide is amino acid residues 20-85 in the polypeptide: MRFPSIFTAVLFAASSALAAPVNTTTEDETAQIPAEAVIGYLDLEGDFDVAVLPFSNSTNNGLL FINTTIASIAAKEEGVSLDKR (SEQ ID NO:2) and said variant comprises from 1-15 amino acid substitution, deletion or additions relative to said polypeptide. X 38 is F, L or V, X 39 L, I, V or M, X 40 is G or R, X 41 is S, Y, L, I, V or M, and X 42 is Y, W, L, V or M; X 38 is I or V, X 39 L, I, V or M, X 40 is A, G, Y, F, W, R, K, L, I, V or M, X 41 is Y, F, or W, and X 42 is L or I;
A system for determining a gaze position of a user, comprising: - an extracting unit configured for receiving an initial image of at least one eye of the user and extracting at least two color components of the initial image to obtain corresponding at least two component images; and - a neural network (84, 86) implemented by one or more computers, the neural network being configured to, at run time and after the neural network has been trained, process the at least two component images using two or more neural network layers to generate an estimated gaze position; and characterised in that the neural network comprises: - at least two first neural network streams, each being configured to generate a respective internal representation for each of the at least two component images; and - a second neural network stream configured to generate the estimated gaze position by fusing the at least two respective internal representations generated by the at least two first neural network streams. - an extracting unit configured for receiving an initial image of at least one eye of the user and extracting at least two color components of the initial image to obtain corresponding at least two component images; and - a neural network (84, 86) implemented by one or more computers, the neural network being configured to, at run time and after the neural network has been trained, process the at least two component images using two or more neural network layers to generate an estimated gaze position; and characterised in that the neural network comprises: - at least two first neural network streams, each being configured to generate a respective internal representation for each of the at least two component images; and - a second neural network stream configured to generate the estimated gaze position by fusing the at least two respective internal representations generated by the at least two first neural network streams. - at least two first neural network streams, each being configured to generate a respective internal representation for each of the at least two component images; and - a second neural network stream configured to generate the estimated gaze position by fusing the at least two respective internal representations generated by the at least two first neural network streams.
A test element unit for use in an array substrate comprising a thin-film transistor and a pixel electrode and having a display region and a non-display region, the test element unit comprising a plurality of layers of test patterns, each layer of test patterns comprising at least one test block (300, 400, 500, 700), at least one capacitor being formed between test blocks located in different layers, two electrodes of each capacitor being two test blocks located in different layers, respectively; wherein, the plurality of test blocks comprise a gate metal test block formed of a metal layer used for formation of a gate of the TFT, a source-drain metal test block formed of a metal layer used for formation of a source electrode of the TFT and a drain electrode of the TFT, and a pixel electrode metal test block formed of a pixel electrode layer used for formation of the pixel electrode, and the gate metal test block, the source-drain metal test block and the pixel electrode metal test block are located in different layers.
A sensor module comprising: a three-axis force sensor configured to detect a pressure and a shearing force as a capacitance distribution, wherein the sensor includes a first sensor layer of a capacitance type including a plurality of first detection units arranged two-dimensionally and a second sensor layer of a capacitance type including a plurality of second detection units arranged two-dimensionally, the first sensor layer being provided on the second sensor layer; and a control unit that configured to scan the plurality of first detection units and the plurality of second detection units; further comprising a separation layer provided between the first sensor layer and the second sensor layer, wherein the first sensor layer and the second sensor layer are pressure distribution sensor layers, and the separation layer is configured to be elastically deformed by a shearing force acting in an in-plane direction of the sensor; and wherein the separation layer includes a gel. a three-axis force sensor configured to detect a pressure and a shearing force as a capacitance distribution, wherein the sensor includes a first sensor layer of a capacitance type including a plurality of first detection units arranged two-dimensionally and a second sensor layer of a capacitance type including a plurality of second detection units arranged two-dimensionally, the first sensor layer being provided on the second sensor layer; and a control unit that configured to scan the plurality of first detection units and the plurality of second detection units; further comprising a separation layer provided between the first sensor layer and the second sensor layer, wherein the first sensor layer and the second sensor layer are pressure distribution sensor layers, and the separation layer is configured to be elastically deformed by a shearing force acting in an in-plane direction of the sensor; and wherein the separation layer includes a gel.
Extraction apparatus for a motor vehicle, in particular for a motorcycle or for a motorcycle-like motor vehicle with at least one duct-like air conducting means which has at least one opening which is arranged in or at an outgoing air region of a ventilated vehicle component of the motor vehicle, and which air conducting means extends between the outgoing air region of the vehicle component and a rear wheel of the motor vehicle, and with at least one suction device which can be connected or is connected to the air conducting means and in which a vacuum can be generated, in order to suck in air from the outgoing air region via the at least one air conducting means, the suction device comprising at least one suction duct which is formed and enclosed at least approximately completely by way of at least one covering means and by way of a section (which, in particular, changes) of an outer face of the rear wheel of the motor vehicle, and into which air can be fed via an inlet opening by way of rotation of the rear wheel, can be moved in the suction duct on a path which is substantially concentric with respect to the rear wheel, and can be discharged again via an outlet opening, and the covering means comprising at least one upper covering part which extends from the inlet opening of the suction duct as far as the mixing chamber and is arranged substantially above the rear wheel on the side thereof which lies opposite the roadway, characterized in that the covering means comprises at least one lower covering part which extends from the mixing chamber as far as the outlet opening of the suction duct and is arranged on a side of the rear wheel, which side faces the front wheel.
A memory cell comprising: a first electrode; a second electrode; a dielectric located between the first and second electrodes and configured to allow the memory cell to form a conductive path in the dielectric from a portion of a material of the first electrode to represent a first value of information stored in the memory cell and configured to allow the memory cell to break the conductive path to represent a second value of information stored in the memory cell; and an access component located between the first and second electrodes, wherein the access component contacts the dielectric and the second electrode. a first electrode; a second electrode; a dielectric located between the first and second electrodes and configured to allow the memory cell to form a conductive path in the dielectric from a portion of a material of the first electrode to represent a first value of information stored in the memory cell and configured to allow the memory cell to break the conductive path to represent a second value of information stored in the memory cell; and an access component located between the first and second electrodes, wherein the access component contacts the dielectric and the second electrode.
Brake panel for a projectile, which projectile is designed for firing from a launcher, wherein the rear side of the brake panel, situated opposite to the direction of travel of the projectile, is flatly configured with a normal from the surface having the same angulation as the centre line of the projectile. characterized in that the surface of the brake panel which is facing in the direction of travel of the projectile is wholly angled in such a way that the normal from the said surface is not parallel with the centre line of the projectile.
An automated warehouse, comprising: - at least one main path identified between parallel, mutually facing primary guides; - a plurality of secondary paths, perpendicular to the main path and identified by pairs of parallel, mutually facing secondary guides, along which storage stations are defined, each station being adapted to receive at least one cargo unit; - at least one self-propelled apparatus for handling the cargo units, the apparatus comprising a main self-propelled means, movable along the guides of the main path, said main self-propelled means having at least one seat for accommodating at least one auxiliary self-propelled means movable along the guides of the secondary paths; characterized in that - at least one face (28a, 28b, 28c) of at least one of the primary guides of the main path provides a first location data representation, readable by at least a first reading sensor; - at least one face (19a, 19b, 19c) of at least one of the secondary guides of the secondary path provides a second location data representation, readable by at least a second reading sensor; - the main self-propelled means comprises said at least one first reading sensor, configured to read the first data representation; - the auxiliary self-propelled means comprises said at least one second reading sensor, configured to read the second data representation; wherein the data representations (22, 26) unequivocally identify absolute positions of reference points or ranges within the automated warehouse. - at least one main path identified between parallel, mutually facing primary guides; - a plurality of secondary paths, perpendicular to the main path and identified by pairs of parallel, mutually facing secondary guides, along which storage stations are defined, each station being adapted to receive at least one cargo unit; - at least one self-propelled apparatus for handling the cargo units, the apparatus comprising a main self-propelled means, movable along the guides of the main path, said main self-propelled means having at least one seat for accommodating at least one auxiliary self-propelled means movable along the guides of the secondary paths; - at least one face (28a, 28b, 28c) of at least one of the primary guides of the main path provides a first location data representation, readable by at least a first reading sensor; - at least one face (19a, 19b, 19c) of at least one of the secondary guides of the secondary path provides a second location data representation, readable by at least a second reading sensor; - the main self-propelled means comprises said at least one first reading sensor, configured to read the first data representation; - the auxiliary self-propelled means comprises said at least one second reading sensor, configured to read the second data representation;
An auxiliary power supply method for an aircraft, being equipped with main engines and power consumers, through an auxiliary APU type power supply unit, provided with a combustion chamber, wherein the APU unit is used in a primary mode to supply non propulsive power to consumers of the aircraft from a source of fuel being common to the engines of the aircraft and to the APU unit, being followed by a basic circulation of such common fuel up to the combustion chamber of the APU unit, characterized in that the APU unit is also used in an emergency mode so as to bring emergency power to the vital systems of the aircraft, the combustion chamber of the APU unit being then supplied with emergency fuel (6, 6') from a specific source (51, 51') according to an independent circulation being separated, at least in one part connected with the specific source (52, 52'), from the basic circulation.
Lubricating oil composition for use in diesel engines which comprises, in the base oil, not more than 0.3% by mass of sulphated ash, from 0.01 to 0.2% by mass of nitrogen in succinimides, from 0.05 to 0.12% by mass of zinc in zinc dithiophosphates, from 0.02 to 0.3% by mass of nitrogen in amine-based anti-oxidants, and from 0.01 to 0.08% by mass of boron, which further has a total value of zinc amount in zinc dithiophosphate x (succinimide nitrogen amount + amine-based anti-oxidant nitrogen amount) as defined above of from 0.015 to 0.06, and which does not contain salicylate, phenate or sulphonate metallic detergents, and wherein the boron is derived from boron-modified forms of alkenyl or alkyl succinimides.