mhurhangee/patent-ind-claim-en huggingface dataset:
A system for generating map information for one or more road sections of a digital road map, comprising - an interface for receiving data sets for the one or more road sections, wherein the data sets describe properties of areas (402; 602) outside the immediate road space (404; 604; 704) - a first module for evaluating the received data sets in order to identify first areas outside the immediate road space which can be driven over by a vehicle after leaving the road and on which the vehicle can be brought to a standstill after leaving the road, - a second module for generating a description of the first areas in a format suitable for digital road maps, - a third module to provide on demand the description of the first areas in one or more formats suitable for digital road maps, - wherein the system is adapted to receive a plurality of data sets for each road section, said plurality of data sets having been acquired or generated at different times, each data set comprising information of the time of the respective acquisition or generation, characterized in that the system is adapted to indicate, by using the information of the time, for first areas a probability with which they are available for a minimal risk manoeuvre at a given time and/or to infer a suitability for a minimal risk manoeuvre from different properties of first areas at different times during a year. - an interface for receiving data sets for the one or more road sections, wherein the data sets describe properties of areas (402; 602) outside the immediate road space (404; 604; 704) - a first module for evaluating the received data sets in order to identify first areas outside the immediate road space which can be driven over by a vehicle after leaving the road and on which the vehicle can be brought to a standstill after leaving the road, - a second module for generating a description of the first areas in a format suitable for digital road maps, - a third module to provide on demand the description of the first areas in one or more formats suitable for digital road maps, - wherein the system is adapted to receive a plurality of data sets for each road section, said plurality of data sets having been acquired or generated at different times, each data set comprising information of the time of the respective acquisition or generation, characterized in that the system is adapted to indicate, by using the information of the time, for first areas a probability with which they are available for a minimal risk manoeuvre at a given time and/or to infer a suitability for a minimal risk manoeuvre from different properties of first areas at different times during a year.
A fluid outlet nozzle connectable to a conduit of a blow-off device for cleaning a belt filter, the nozzle comprising a housing having an inner surface and outer surface, wherein the inner surface defines a fluid entry zone to receive fluid into the nozzle and an elongated gap for directing fluid towards the belt, wherein the inner surface is streamlined to facilitate flow of the fluid into the gap and wherein the inner surface is constructed of a continuously curving surface having a concave portion and a convex portion.
A UV-curable ink or coating composition, comprising: a) one or more photopolymerizable monomers and/or oligomers; b) one or more cleavage type photoinitiators; wherein at least one of the one or more cleavage type photoinitiators is an α-hydroxyalkyl-phenone cleavage type photoinitiator; and c) one or more organic acids selected from the group consisting of a phosphoric acid, phosphoric acid derivatives, a sulphonic acid, sulphonic acid derivatives, and combinations thereof and/or at least one photoacid generator that produces an acid upon UV irradiation; wherein the composition comprises less than 10% (w/w) of monofunctional monomers. a) one or more photopolymerizable monomers and/or oligomers; b) one or more cleavage type photoinitiators; wherein at least one of the one or more cleavage type photoinitiators is an α-hydroxyalkyl-phenone cleavage type photoinitiator; and c) one or more organic acids selected from the group consisting of a phosphoric acid, phosphoric acid derivatives, a sulphonic acid, sulphonic acid derivatives, and combinations thereof and/or at least one photoacid generator that produces an acid upon UV irradiation;
Oxidative method for reducing or removing organic substances and/or inorganic substances and/or microorganisms in an air flow, having the following steps which are carried out continuously: - producing an air flow comprising organic substances and/or inorganic substances and/or microorganisms, - producing an aqueous solution containing chlorine dioxide, - contacting the aqueous solution containing chlorine dioxide with the air flow so that the chlorine dioxide oxidises organic substances and/or inorganic substances and/or microorganisms contained in the air flow and an aqueous solution which is depleted in terms of chlorine dioxide is formed, wherein the ratio of volume flow of the air flow in m 3 /h to mass flow of the aqueous solution containing chlorine dioxide in g ClO 2 /h is between 4 m 3 /g ClO 2 and 1000 m 3 /g ClO 2 , and - at least partially recycling the aqueous solution which is depleted in terms of chlorine dioxide and using the recycled aqueous solution as an aqueous medium when producing the aqueous solution containing chlorine dioxide. - producing an air flow comprising organic substances and/or inorganic substances and/or microorganisms, - producing an aqueous solution containing chlorine dioxide, - contacting the aqueous solution containing chlorine dioxide with the air flow so that the chlorine dioxide oxidises organic substances and/or inorganic substances and/or microorganisms contained in the air flow and an aqueous solution which is depleted in terms of chlorine dioxide is formed, wherein the ratio of volume flow of the air flow in m 3 /h to mass flow of the aqueous solution containing chlorine dioxide in g ClO 2 /h is between 4 m 3 /g ClO 2 and 1000 m 3 /g ClO 2 , and - at least partially recycling the aqueous solution which is depleted in terms of chlorine dioxide and using the recycled aqueous solution as an aqueous medium when producing the aqueous solution containing chlorine dioxide.
A medical instrument for the minimally invasive removal of biological material from a human or animal body with a hollow needle , which, at a distal end delimiting an interior of the hollow needle , includes a peripheral edge having a cutting edge at least in sections, and with a cutting wire , which is arranged such that the cutting wire can be moved relative to the hollow needle at least partially outside the interior , wherein in the interior of the hollow needle , a guide element , slidable in the longitudinal direction of the hollow needle , is provided, at which the cutting wire is fastened at least at one point, and characterized in that a means of movement for moving the cutting wire relative to the guide element is provided, through which a length of a part of the cutting wire located outside the interior can be changed in a targeted manner as a function of the actuation of a control element acting on the means of movement , such that in the area of the part of the guide element protruding from the hollow needle a loop or half-loop can be created by the cutting wire , which at least partially surrounds a cutting area.
A document body with tamper-proof edge-face identification comprising a flat lamination body formed of a plurality of thin layers laminated with their faces on each other, wherein the lamination body has an upper face and an opposite lower face and wherein between the upper face and the lower face at least one edge-face of the lamination body is formed between the upper face and the lower face , the areal extent of which is smaller than the areal extent of the upper face and of the lower face , wherein an identification is formed in the interior of the lamination body so that this can be optically detected at the at least one edge-face , the identification being printed on a layer surface of one of the layers as an identification print , the one layer surface being arranged in the lamination body in the interior and the identification print extending on the layer surface as far as the at least one edge-face , wherein the one of the layers and another of the layers laminated directly onto the layer surface printed with the identification print are produced on the basis of the same plastic material, characterized in that the print preparation with which the identification print is carried out is also produced on the basis of the same plastic material.
Instrument for a medical examination or intervention using a magnetic resonance tomography system , wherein the instrument has at least one transponder which is configured to emit a locator signal in a frequency range of the magnetic resonance tomography system , wherein the locator signal is encoded in order to distinguish it from a magnetic resonance signal, wherein the transponder has an energy source and an oscillator , wherein the oscillator is configured to generate the locator signal, characterised in that the transponder has a modulator , the encoding is a modulation by means of a pseudorandom code, and the modulator is configured to modulate the locator signal by means of the encoding. the locator signal is encoded in order to distinguish it from a magnetic resonance signal, wherein the transponder has an energy source and an oscillator , wherein the oscillator is configured to generate the locator signal, characterised in that the transponder has a modulator , the encoding is a modulation by means of a pseudorandom code, and the modulator is configured to modulate the locator signal by means of the encoding.
A method for increasing the affinity of an antibody whose electrical characteristic of the complementarity determining regions (CDRs) based on the amino acid sequences of the CDRs of the heavy and light chain is neutral for an antigen, comprising substituting at least 3 amino acid residues selected from the group consisting of the 53rd, 54th, 56th, 57th, 60th, 63 rd , 65 th , 67 th , 70 th , 72 nd , 74th, 76th, 77th and 79th to 81st amino acid residues of the light chain framework region 3 (FR3) defined by the Chothia method with a lysine residue or an arginine residue, such that the affinity of the antibody for said antigen is increased as compared to that of an unmodified antibody; wherein the electrical characteristic of the CDRs of the antibody is determined by the following formula: X = [Number of basic amino acid residues in amino acid sequences of CDR1, CDR2 and CDR3 of the light chain and of CDR1, CDR2 and CDR3 of the heavy chain] - [Number of acidic amino acid residues in amino acid sequences of CDR1, CDR2 and CDR3 of the light chain and of CDR1, CDR2 and CDR3 of the heavy chain] , wherein when X is -1, 0 or 1, the electrical characteristic of CDRs is neutral, when X is 2 or more, the electrical characteristic of CDRs is positively charged, and when X is -2 or less, the electrical characteristic of CDRs is negatively charged, wherein the basic amino acid residues are a lysine residue, an arginine residue and a histidine residue, and wherein the acidic amino acid residues are an aspartic acid residue and a glutamic acid residue. substituting at least 3 amino acid residues selected from the group consisting of the 53rd, 54th, 56th, 57th, 60th, 63 rd , 65 th , 67 th , 70 th , 72 nd , 74th, 76th, 77th and 79th to 81st amino acid residues of the light chain framework region 3 (FR3) defined by the Chothia method with a lysine residue or an arginine residue, such that the affinity of the antibody for said antigen is increased as compared to that of an unmodified antibody; wherein the electrical characteristic of the CDRs of the antibody is determined by the following formula: X = [Number of basic amino acid residues in amino acid sequences of CDR1, CDR2 and CDR3 of the light chain and of CDR1, CDR2 and CDR3 of the heavy chain] - [Number of acidic amino acid residues in amino acid sequences of CDR1, CDR2 and CDR3 of the light chain and of CDR1, CDR2 and CDR3 of the heavy chain] , wherein when X is -1, 0 or 1, the electrical characteristic of CDRs is neutral, when X is 2 or more, the electrical characteristic of CDRs is positively charged, and when X is -2 or less, the electrical characteristic of CDRs is negatively charged, wherein the basic amino acid residues are a lysine residue, an arginine residue and a histidine residue, and wherein the acidic amino acid residues are an aspartic acid residue and a glutamic acid residue.
A text-to-speech synthesis method comprising: receiving text; inputting the received text in a synthesiser, wherein the synthesiser comprises a prediction network that is configured to convert the received text into speech data having a speech attribute, wherein the speech attribute comprises emotion, intention, projection, pace, and/or accent; and outputting said speech data, wherein the method comprises pre-training the prediction network by: obtaining a first sub-dataset and a second sub-dataset, wherein the first sub-dataset and the second sub-dataset each comprise audio samples and corresponding text, and the speech attribute of the audio samples of the second sub-dataset is more pronounced than the speech attribute of the audio samples of the first sub-dataset; training a first model using the first sub-dataset until a performance metric reaches a first predetermined value; training a second model by further training the first model using the second sub-dataset until the performance metric reaches a second predetermined value; and selecting one of the trained models as the prediction network. receiving text; inputting the received text in a synthesiser, wherein the synthesiser comprises a prediction network that is configured to convert the received text into speech data having a speech attribute, wherein the speech attribute comprises emotion, intention, projection, pace, and/or accent; and outputting said speech data, wherein the method comprises pre-training the prediction network by: obtaining a first sub-dataset and a second sub-dataset, wherein the first sub-dataset and the second sub-dataset each comprise audio samples and corresponding text, and the speech attribute of the audio samples of the second sub-dataset is more pronounced than the speech attribute of the audio samples of the first sub-dataset; training a first model using the first sub-dataset until a performance metric reaches a first predetermined value; training a second model by further training the first model using the second sub-dataset until the performance metric reaches a second predetermined value; and selecting one of the trained models as the prediction network. obtaining a first sub-dataset and a second sub-dataset, wherein the first sub-dataset and the second sub-dataset each comprise audio samples and corresponding text, and the speech attribute of the audio samples of the second sub-dataset is more pronounced than the speech attribute of the audio samples of the first sub-dataset; training a first model using the first sub-dataset until a performance metric reaches a first predetermined value; training a second model by further training the first model using the second sub-dataset until the performance metric reaches a second predetermined value; and selecting one of the trained models as the prediction network.
A composition for passivation, in particular black passivation, of surfaces that are galvanized or provided with zinc-containing coatings, comprising (a) at least one iron compound in amounts of 0.01 to 3 wt%, (b) at least one phosphorus-containing compound in amounts of 0.01 to 2 wt% and (c) at least one further transition metal compound in amounts of 0.001 to 0.5 wt%, each in relation to the composition, wherein the composition is free of cobalt, nickel and chromium (VI) compounds. the composition has a pH value less than 4, and the further transition metal compound is selected from compounds of transition metals from the group consisting of scandium, yttrium, the lanthanides, the fifth group of the Periodic Table of the Elements, the sixth group of the Periodic Table of the Elements and mixtures thereof. (a) at least one iron compound in amounts of 0.01 to 3 wt%, (b) at least one phosphorus-containing compound in amounts of 0.01 to 2 wt% and (c) at least one further transition metal compound in amounts of 0.001 to 0.5 wt%, each in relation to the composition,
A system , comprising: in-riser equipment comprising: a subsea test tree ; an adapter joint ; a tubing hanger running tool ; and a tubing hanger ; a surrounding structure configured to be coupled to a marine riser and a subterranean well , wherein the in-riser equipment is positioned within the surrounding structure ; and a power supply located outside of the surrounding structure and external to the riser ; wherein the surrounding structure comprises first and second power connectors extending radially therethrough, wherein the first power connector is configured to couple to the adaptor joint and the second power connector is configured to couple_to the tubing hanger running tool ; and wherein the in-riser equipment further comprises a controller , the controller comprising a plurality of input connections and a plurality of output connections to control power distribution to the in-riser equipment ; the power supply is connected to the controller of the in-riser equipment via the first and second power connectors through the surrounding structure , wherein the controller is configured to control power distribution to the in-riser equipment in-riser equipment comprising: a subsea test tree ; an adapter joint ; a tubing hanger running tool ; and a tubing hanger ; a subsea test tree ; an adapter joint ; a tubing hanger running tool ; and a tubing hanger ; a surrounding structure configured to be coupled to a marine riser and a subterranean well , wherein the in-riser equipment is positioned within the surrounding structure ; and a power supply located outside of the surrounding structure and external to the riser ;
A method of forming a coating on an article, the method comprising: forming a coating (704;804;904) comprising an emitting layer , the emitting layer comprising elemental isotopes with a known property that can be measured by a spectroscopic method, the elemental isotopes providing a distinguishing identification tag for the coating, and the coating providing a layer of protection to the substrate ; wherein the elemental isotopes are a blend of stable and unstable isotopes of an element that differs from a natural abundance; and wherein the distinguishing identification tag is an isotopic signature made unique and identifiable by the ratio of the stable and unstable isotopes; and depositing the coating on a surface of a substrate of the article. forming a coating (704;804;904) comprising an emitting layer , the emitting layer comprising elemental isotopes with a known property that can be measured by a spectroscopic method, the elemental isotopes providing a distinguishing identification tag for the coating, and the coating providing a layer of protection to the substrate ; wherein the elemental isotopes are a blend of stable and unstable isotopes of an element that differs from a natural abundance; and wherein the distinguishing identification tag is an isotopic signature made unique and identifiable by the ratio of the stable and unstable isotopes; and depositing the coating on a surface of a substrate of the article.
A method, at a responding STA, comprising: receiving a fine timing measurement, FTM, request message from an initiating STA; and transmitting at least a subsequent FTM message to the initiating STA in response to the FTM request message, the subsequent FTM message comprising at least one field indicating a time of transmission of a previous FTM message and a time of receipt of an acknowledgement message transmitted in response to receipt of the previous FTM, the at least one field comprising a common portion indicative of most significant portions of the time of transmission of the previous FTM message and the time of receipt of the acknowledgement message, a first fractional portion indicative of the time of transmission of the previous FTM message and a second fraction portion indicative of the time of receipt of the acknowledgement message. receiving a fine timing measurement, FTM, request message from an initiating STA; and transmitting at least a subsequent FTM message to the initiating STA in response to the FTM request message, the subsequent FTM message comprising at least one field indicating a time of transmission of a previous FTM message and a time of receipt of an acknowledgement message transmitted in response to receipt of the previous FTM, the at least one field comprising a common portion indicative of most significant portions of the time of transmission of the previous FTM message and the time of receipt of the acknowledgement message, a first fractional portion indicative of the time of transmission of the previous FTM message and a second fraction portion indicative of the time of receipt of the acknowledgement message.
A control method implemented in a power converter which comprises an output connected to two permanent-magnet synchronous electric motors (Mot1, Mot2) in parallel, said power converter being controlled in order to apply a supply voltage to its output, each permanent-magnet synchronous electric motor comprising a stator and a rotor (R1, R2), characterized in that it comprises: - a step of applying a high-frequency voltage signal, without generating torque, that is to say without causing displacement of their rotor, to the permanent-magnet synchronous electric motors (Mot1, Mot2), along at least one axis in a fixed reference frame (a, b), leading to oscillations of the current at the output of the power converter, - a step of measuring the current oscillations obtained at the output of the power converter, - a determination step for determining the angle (θ 1 ) of the rotor (R1) of the first permanent-magnet synchronous electric motor (Mot1) and the angle (θ 2 ) of the rotor (R2) of the second permanent-magnet synchronous electric motor (Mot2) on the basis of the oscillations of the measured current. - a step of applying a high-frequency voltage signal, without generating torque, that is to say without causing displacement of their rotor, to the permanent-magnet synchronous electric motors (Mot1, Mot2), along at least one axis in a fixed reference frame (a, b), leading to oscillations of the current at the output of the power converter, - a step of measuring the current oscillations obtained at the output of the power converter, - a determination step for determining the angle (θ 1 ) of the rotor (R1) of the first permanent-magnet synchronous electric motor (Mot1) and the angle (θ 2 ) of the rotor (R2) of the second permanent-magnet synchronous electric motor (Mot2) on the basis of the oscillations of the measured current.