mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method to generate one or more still images, the method comprising: receiving a video of a scene captured by a capture device during a shoot time, wherein a movement of the capture device is intended by a user to be in a direction to follow one or more target subjects that are moving in the scene during the shoot time, wherein the movement of the capture device includes movement in at least two dimensions; analyzing a plurality of frames of the video to determine variability of objects in at least two of the plurality of frames due to movement of the objects in the scene relative to movement of the capture device during the shoot time, and determining the one or more target subjects from the objects which the capture device captures during at least a portion of the shoot time, based on analyzing the frames and identifying at least a portion of the one or more target subjects being followed is a common element in the plurality of frames and determining that other stationary objects of the objects in the frames vary in type across the plurality of frames; and generating the one or more still images based on at least two of the plurality of frames of the video having the at least a portion of the one or more target subjects. receiving a video of a scene captured by a capture device during a shoot time, wherein a movement of the capture device is intended by a user to be in a direction to follow one or more target subjects that are moving in the scene during the shoot time, wherein the movement of the capture device includes movement in at least two dimensions; analyzing a plurality of frames of the video to determine variability of objects in at least two of the plurality of frames due to movement of the objects in the scene relative to movement of the capture device during the shoot time, and determining the one or more target subjects from the objects which the capture device captures during at least a portion of the shoot time, based on analyzing the frames and identifying at least a portion of the one or more target subjects being followed is a common element in the plurality of frames and determining that other stationary objects of the objects in the frames vary in type across the plurality of frames; and generating the one or more still images based on at least two of the plurality of frames of the video having the at least a portion of the one or more target subjects.
A recombinant peroxygenase enzyme that comprises the amino acid sequence shown in SEQ ID NO: 2, wherein said enzyme is encoded by a polynucleotide sequence with at least 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID NO: 9.
Method for manufacturing workpieces, preferably preforms, from semifinished fibrous products , the method comprising the steps: providing a semifinished fibrous product impregnated with binder, applying heat to the semifinished fibrous product impregnated with binder in order to activate the binder; forming the semifinished fibrous product impregnated with binder, wherein the application of heat to the semifinished fibrous product impregnated with binder and the forming of the semifinished fibrous product impregnated with binder take place in the same processing station, wherein the moulding tool has at least one profile clamping vice , characterised in that the application of heat to the semifinished fibrous product impregnated with binder is effected using hot air, wherein the hot air is passed through at least one opening in the profile clamping vice into a space between the upper and lower part of the mould. providing a semifinished fibrous product impregnated with binder, applying heat to the semifinished fibrous product impregnated with binder in order to activate the binder; forming the semifinished fibrous product impregnated with binder, wherein the application of heat to the semifinished fibrous product impregnated with binder and the forming of the semifinished fibrous product impregnated with binder take place in the same processing station, wherein the moulding tool has at least one profile clamping vice , characterised in that the application of heat to the semifinished fibrous product impregnated with binder is effected using hot air, wherein the hot air is passed through at least one opening in the profile clamping vice into a space between the upper and lower part of the mould.
Method for producing a composite material made of a metal-ceramic alloy, comprising the steps of: i. preparing a homogeneous mixture of metal powder and ceramic powder, the particle size of the metal powder being micrometric and the particle size of the ceramic powder being nanometric, ii. exposing said mixture to a focused energy source which selectively melts part of a bed of said powder mixture, wherein the ceramic powder is stabilized zirconia, said method being characterized in that said zirconia is yttria-stabilized zirconia with a concentration of yttrium oxide of between 11 and 30% by volume of the zirconia. i. preparing a homogeneous mixture of metal powder and ceramic powder, the particle size of the metal powder being micrometric and the particle size of the ceramic powder being nanometric, ii. exposing said mixture to a focused energy source which selectively melts part of a bed of said powder mixture, wherein the ceramic powder is stabilized zirconia, said method being characterized in that said zirconia is yttria-stabilized zirconia with a concentration of yttrium oxide of between 11 and 30% by volume of the zirconia. wherein the ceramic powder is stabilized zirconia, said method being characterized in that said zirconia is yttria-stabilized zirconia with a concentration of yttrium oxide of between 11 and 30% by volume of the zirconia.
A multi-layer flexible hose 100 comprising: an inner, hollow tube comprising PTFE and an outer layer , said inner PTFE tube being provided so as to extend longitudinally within said outer layer ; a sleeve comprising steel braiding being positioned between said inner PTFE tube and said outer layer ; said hose further comprising a coating of intumescent material provided between said steel braiding sleeve and said outer layer ; wherein said outer layer comprises fiber glass. an inner, hollow tube comprising PTFE and an outer layer , said inner PTFE tube being provided so as to extend longitudinally within said outer layer ; a sleeve comprising steel braiding being positioned between said inner PTFE tube and said outer layer ; said hose further comprising a coating of intumescent material provided between said steel braiding sleeve and said outer layer ; wherein said outer layer comprises fiber glass.
A method for determining operating frequencies of a computer component, the method comprising: receiving a performance level for the computer component; determining an operating frequency ; and setting the computer component to operate at the operating frequency, the method being characterized in that the method further comprises: • receiving a warranty period for a computer component; • receiving data from a stress probe on the computer component; • determining a silicon durability of the computer component based on the received data; • determining an electrical stress on the computer component at the operating frequency, wherein the electrical stress corresponds to at least one of a current setting or a voltage setting; • predicting the life cycle of the computer component based on the silicon durability and based on the electrical stress; whereby determining the operating frequency comprises determining an operating frequency that will cause: - a predicted life cycle of the computer component operating at the operating frequency to fall within the warranty period; and - the computer component to meet the performance level for the component. receiving a performance level for the computer component; determining an operating frequency ; and setting the computer component to operate at the operating frequency, the method being characterized in that the method further comprises: • receiving a warranty period for a computer component; • receiving data from a stress probe on the computer component; • determining a silicon durability of the computer component based on the received data; • determining an electrical stress on the computer component at the operating frequency, wherein the electrical stress corresponds to at least one of a current setting or a voltage setting; • predicting the life cycle of the computer component based on the silicon durability and based on the electrical stress; • receiving a warranty period for a computer component; • receiving data from a stress probe on the computer component; • determining a silicon durability of the computer component based on the received data; • determining an electrical stress on the computer component at the operating frequency, wherein the electrical stress corresponds to at least one of a current setting or a voltage setting; • predicting the life cycle of the computer component based on the silicon durability and based on the electrical stress; whereby determining the operating frequency comprises determining an operating frequency that will cause: - a predicted life cycle of the computer component operating at the operating frequency to fall within the warranty period; and - the computer component to meet the performance level for the component. - a predicted life cycle of the computer component operating at the operating frequency to fall within the warranty period; and - the computer component to meet the performance level for the component.
A method of controlling a compressor capacity while maintaining compressor stability, comprising: - providing a compressor and a flow reduction device for controlling flow of refrigerant through the compressor ; - measuring a suction pressure and a discharge pressure of the compressor ; - calculating a compressor head factor (Ω) based amongst others on the suction pressure and the discharge pressure; characterized by : - calculating a speed of sound n sound in the refrigerant; - calculating a minimum Mach number; - calculating the tip speed of the impeller at the minimum Mach number; - calculating a multiplier of speed increase as a function of the flow reduction device based on an actuator feed-back signal; - determining a minimum rotational speed at which the compressor may operate free from a surge condition based amongst others on the minimum Mach number and the multiplier of speed increase; and - controlling a rotational speed of the compressor above the minimum rotational speed. - providing a compressor and a flow reduction device for controlling flow of refrigerant through the compressor ; - measuring a suction pressure and a discharge pressure of the compressor ; - calculating a compressor head factor (Ω) based amongst others on the suction pressure and the discharge pressure; - calculating a speed of sound n sound in the refrigerant; - calculating a minimum Mach number; - calculating the tip speed of the impeller at the minimum Mach number; - calculating a multiplier of speed increase as a function of the flow reduction device based on an actuator feed-back signal; - determining a minimum rotational speed at which the compressor may operate free from a surge condition based amongst others on the minimum Mach number and the multiplier of speed increase; and - controlling a rotational speed of the compressor above the minimum rotational speed.
Tattoo protector bandage of the type having a tubular configuration, having at least one opening for introducing a member of the human body and forming an inner face which is in contact with the skin, and an outer face; characterised in that it comprises: - 90-94% viscose, over the total, being the viscose obtained from cellulose found in wood paste; - 4-6% elastane, over the total; and - 2-4% polyamide, over the total. - 90-94% viscose, over the total, being the viscose obtained from cellulose found in wood paste; - 4-6% elastane, over the total; and - 2-4% polyamide, over the total.
A hot-melt adhesive containing - 15 to 70 wt.% of a mixture of at least one copolymer based on ethylene and/or propylene, and at least one C4 to C20 α-olefin which can be obtained as a block copolymer by metallocene-catalyzed polymerization, and at least one styrene block copolymer, - 10 to 70 wt.% of at least one tackifying resin, - 0 to 40 wt.% of further additives, wherein the sum of the percentages should be 100% and the tackifying resin is entirely or in part a soft resin which is liquid at a temperature below 50 °C. - 15 to 70 wt.% of a mixture of at least one copolymer based on ethylene and/or propylene, and at least one C4 to C20 α-olefin which can be obtained as a block copolymer by metallocene-catalyzed polymerization, and at least one styrene block copolymer, - 10 to 70 wt.% of at least one tackifying resin, - 0 to 40 wt.% of further additives,
A plain bearing plate for axial and linear sliding movements for toolmaking and mechanical engineering, wherein the plain bearing plate is composed of a carrier plate , a connecting layer, and a surface course made of a plain bearing composite material consisting of a fluorocarbon polymer and a thermoplastic fluoroplastic as well as a plain bearing layer matrix made from a salt of sulfuric acid, characterized in that the thermoplastic fluoroplastic is a semicrystalline thermoplastic fluoroplastic in small proportions.
A computer-implemented method for training a transcription model for speech transcription, the method comprising: for each of a set of utterances: obtaining a set of spectrogram frames from each utterance, the utterance having an associated ground-truth label, the utterance and the associated ground-truth label being sampled from a training set comprising a plurality of minibatches, each of the plurality of minibatches comprising a plurality of utterances; in a first training epoch, iterating through the training set in an increasing order of the length of the longest utterance in each minibatch; after the first training epoch, reverting the plurality of minibatches back to a random order for additional transcription output training; outputting from the transcription model a predicted character or character probabilities for the utterance, the transcription model comprising one or more convolution layers and one or more recurrent layers, a batch normalization being applied for one or more minibatches within the plurality of minibatches to normalize pre-activations in at least one of the one or more recurrent layers; computing a loss to measure an error in prediction of a character for the utterance given the associated ground-truth label; computing a derivative of the loss with respect to parameters of the transcription model; and updating the transcription model using the derivative through back-propagation. obtaining a set of spectrogram frames from each utterance, the utterance having an associated ground-truth label, the utterance and the associated ground-truth label being sampled from a training set comprising a plurality of minibatches, each of the plurality of minibatches comprising a plurality of utterances; in a first training epoch, iterating through the training set in an increasing order of the length of the longest utterance in each minibatch; after the first training epoch, reverting the plurality of minibatches back to a random order for additional transcription output training; outputting from the transcription model a predicted character or character probabilities for the utterance, the transcription model comprising one or more convolution layers and one or more recurrent layers, a batch normalization being applied for one or more minibatches within the plurality of minibatches to normalize pre-activations in at least one of the one or more recurrent layers; computing a loss to measure an error in prediction of a character for the utterance given the associated ground-truth label; computing a derivative of the loss with respect to parameters of the transcription model; and updating the transcription model using the derivative through back-propagation.
A cooking oven comprising a cooling system and microwave heating function comprising a magnetron duct, wherein: - the cooling system is arranged or arrangeable at an outer side of an oven cavity of the cooking oven , - the cooling system comprises a cooling fan , - the cooling system comprises a blowing air channel , - the cooling system comprises a suction air channel , - an outlet of the cooling fan is connected to the blowing air channel , - an inlet of the cooling fan is subdivided into a first inlet portion and a second inlet portion , - the first inlet portion is connected to an outlet of the magnetron duct , while - the second inlet portion is permanently open, and - a further inlet of the cooling fan is connected to the suction air channel . - the cooling system is arranged or arrangeable at an outer side of an oven cavity of the cooking oven , - the cooling system comprises a cooling fan , - the cooling system comprises a blowing air channel , - the cooling system comprises a suction air channel , - an outlet of the cooling fan is connected to the blowing air channel , - an inlet of the cooling fan is subdivided into a first inlet portion and a second inlet portion , - the first inlet portion is connected to an outlet of the magnetron duct , while - the second inlet portion is permanently open, and - a further inlet of the cooling fan is connected to the suction air channel .
Component of a timepiece movement for a timepiece , formed by at least one part , the part being at least partially coated by an alloy of galvanic type or autocatalytic deposition type based on copper, tin and zinc, the alloy comprising a majority proportion of copper as a percentage of the total weight of the alloy , a minority proportion of zinc as a percentage of the total weight of the alloy and an intermediate proportion of tin between the proportion of copper and the proportion of zinc as a percentage of the total weight of the alloy providing improved tribological properties.
An aqueous solution comprising: silk fibroin in an amount ranging from 0.1% to 25% by weight; a biocompatible polymer, including at least one of polyethylene oxide (PEO) and polyethylene glycol (PEG); and a therapeutic agent, wherein the aqueous solution is free of solvents other than water. silk fibroin in an amount ranging from 0.1% to 25% by weight; a biocompatible polymer, including at least one of polyethylene oxide (PEO) and polyethylene glycol (PEG); and a therapeutic agent, wherein the aqueous solution is free of solvents other than water.
An elevator system comprising: an elevator car located within an elevator shaft , the elevator car having an elevator car door coupling ; a landing having a landing door openable on the elevator shaft , the landing door comprising a landing door coupling having one or more rollers ; and an elevator landing door lock assembly comprising: a lock having a keyway accessible from a landing of an elevator system , the lock operable to lock and unlock the landing door ; and a disengageable link operably connected to the lock and configured to prevent unlocking of the landing door when the disengageable link is not engaged, wherein, when the elevator car is aligned with the landing door , the disengageble link is engaged and completed such that the lock is operable to unlock and open the landing door , and wherein, when the elevator car is not aligned with the landing door , the lock is not operable, characterised in that the elevator car door coupling comprises a first vane and a second vane ; and the disengageable link is configured to urge the second vane away from the first vane such that the vanes contact the one or more rollers . an elevator car located within an elevator shaft , the elevator car having an elevator car door coupling ; a landing having a landing door openable on the elevator shaft , the landing door comprising a landing door coupling having one or more rollers ; and an elevator landing door lock assembly comprising: a lock having a keyway accessible from a landing of an elevator system , the lock operable to lock and unlock the landing door ; and a disengageable link operably connected to the lock and configured to prevent unlocking of the landing door when the disengageable link is not engaged, a lock having a keyway accessible from a landing of an elevator system , the lock operable to lock and unlock the landing door ; and a disengageable link operably connected to the lock and configured to prevent unlocking of the landing door when the disengageable link is not engaged, wherein, when the elevator car is aligned with the landing door , the disengageble link is engaged and completed such that the lock is operable to unlock and open the landing door , and wherein, when the elevator car is not aligned with the landing door , the lock is not operable, characterised in that the elevator car door coupling comprises a first vane and a second vane ; and the disengageable link is configured to urge the second vane away from the first vane such that the vanes contact the one or more rollers .
A wearable infusion device, for delivering medication into body of a user, comprising: a rigid medication container containing a volume of medication to be dispensed; an infusion needle ; an infusion needle insertion mechanism associated with said infusion needle and powered by one or more mechanical springs to insert said infusion needle through the skin into underlying tissue; means for delivering medication out of said medication container and into underlying tissue via said infusion needle; and a housing associated with said medication container, said infusion needle, said infusion needle insertion mechanism and said means for delivering medication; a pierceable elastomeric septum arranged to define a sealed environment together with the housing; wherein the infusion needle insertion mechanism is configured to move the needle from a sterile state, in which a distal end of the needle is fully enclosed in the closed environment, through the pierceable elastomeric septum and into an injection state in which the distal end of the needle is inserted into the underlying tissue. a rigid medication container containing a volume of medication to be dispensed; an infusion needle ; an infusion needle insertion mechanism associated with said infusion needle and powered by one or more mechanical springs to insert said infusion needle through the skin into underlying tissue; means for delivering medication out of said medication container and into underlying tissue via said infusion needle; and a housing associated with said medication container, said infusion needle, said infusion needle insertion mechanism and said means for delivering medication; a pierceable elastomeric septum arranged to define a sealed environment together with the housing; wherein the infusion needle insertion mechanism is configured to move the needle from a sterile state, in which a distal end of the needle is fully enclosed in the closed environment, through the pierceable elastomeric septum and into an injection state in which the distal end of the needle is inserted into the underlying tissue.