mhurhangee/patent-ind-claim-en huggingface dataset:
An inductor structure for a semiconductor device, comprising: a first inductor winding that includes an electrically conductive material; a second inductor winding that includes an electrically conductive material; and a filler laterally located between the first inductor winding and the second inductor winding, the filler configured to provide structural coupling of the first and second inductor windings, wherein the inductor structure is free of a base portion. a first inductor winding that includes an electrically conductive material; a second inductor winding that includes an electrically conductive material; and a filler laterally located between the first inductor winding and the second inductor winding, the filler configured to provide structural coupling of the first and second inductor windings, wherein the inductor structure is free of a base portion.
A washing machine adapted for washing and rinsing the laundry, comprising a tub delimited by a wall and including at least a ballast weight connected to said wall , said ballast weight being realized in concrete or iron casting characterized by comprising an insert realized in a material having a thermal conductivity lower than the thermal conductivity of the material forming the wall , said insert being located between said wall and said ballast weight , covering a portion of an outer surface of said wall which is larger than the portion of the wall covered by said ballast weight .
A data processing method, comprising: acquiring (S701..S702) time-of-flight, TOF, data, wherein the TOF data comprises a plurality of security indicator frames and a plurality of face recognition frames, the TOF data is TOF data collected by a TOF camera triggered by a task request from an application and the security indicator frames carry eye safety flags used to indicate whether infrared light emitted by the TOF camera is safe for human eyes; processing (S703) a first face recognition frame in the plurality of face recognition frames into a first frame of TOF image; and performing (S709) face recognition by using the first frame of TOF image to obtain a first recognition result; wherein the data processing method further comprises: extracting an eye safety flag from a security indicator frame of the plurality of security indicator frames; determining whether human eyes are safe based on the extracted eye safety flag; adjusting (S425b) the TOF camera by turning off the TOF camera or reducing emission intensity of a TOF light source of the TOF camera if the human eyes are unsafe; and collecting face recognition frames and identifying the collected face recognition frames as face recognition frames for face recognition if the human eyes are safe. acquiring (S701..S702) time-of-flight, TOF, data, wherein the TOF data comprises a plurality of security indicator frames and a plurality of face recognition frames, the TOF data is TOF data collected by a TOF camera triggered by a task request from an application and the security indicator frames carry eye safety flags used to indicate whether infrared light emitted by the TOF camera is safe for human eyes; processing (S703) a first face recognition frame in the plurality of face recognition frames into a first frame of TOF image; and performing (S709) face recognition by using the first frame of TOF image to obtain a first recognition result; wherein the data processing method further comprises: extracting an eye safety flag from a security indicator frame of the plurality of security indicator frames; determining whether human eyes are safe based on the extracted eye safety flag; adjusting (S425b) the TOF camera by turning off the TOF camera or reducing emission intensity of a TOF light source of the TOF camera if the human eyes are unsafe; and collecting face recognition frames and identifying the collected face recognition frames as face recognition frames for face recognition if the human eyes are safe. extracting an eye safety flag from a security indicator frame of the plurality of security indicator frames; determining whether human eyes are safe based on the extracted eye safety flag; adjusting (S425b) the TOF camera by turning off the TOF camera or reducing emission intensity of a TOF light source of the TOF camera if the human eyes are unsafe; and collecting face recognition frames and identifying the collected face recognition frames as face recognition frames for face recognition if the human eyes are safe.
A method for modifying object reconstruction information, comprising: obtaining a set of N spatial audio objects, each spatial audio object including an audio signal and spatial metadata; obtaining (S1) an audio presentation representing said N spatial audio objects; obtaining (S2) object reconstruction information configured to reconstruct said N spatial audio objects from said audio presentation; applying (S4) said reconstruction information to said audio presentation to form a set of N reconstructed spatial audio objects; characterised by further comprising: using (S5) a first rendering configuration, rendering the N spatial audio objects to obtain a first rendered presentation, and rendering the N reconstructed spatial audio objects to obtain a second rendered presentation; and modifying (S7) the reconstruction information based on a difference between the first rendered presentation and the second rendered presentation, thereby forming modified reconstruction information. obtaining a set of N spatial audio objects, each spatial audio object including an audio signal and spatial metadata; obtaining (S1) an audio presentation representing said N spatial audio objects; obtaining (S2) object reconstruction information configured to reconstruct said N spatial audio objects from said audio presentation; applying (S4) said reconstruction information to said audio presentation to form a set of N reconstructed spatial audio objects; characterised by further comprising: using (S5) a first rendering configuration, rendering the N spatial audio objects to obtain a first rendered presentation, and rendering the N reconstructed spatial audio objects to obtain a second rendered presentation; and modifying (S7) the reconstruction information based on a difference between the first rendered presentation and the second rendered presentation, thereby forming modified reconstruction information. using (S5) a first rendering configuration, rendering the N spatial audio objects to obtain a first rendered presentation, and rendering the N reconstructed spatial audio objects to obtain a second rendered presentation; and modifying (S7) the reconstruction information based on a difference between the first rendered presentation and the second rendered presentation, thereby forming modified reconstruction information.
A differential assembly having a pump and a plenum housing body , the plenum housing body comprising: a. a low pressure inlet ; b. a high pressure outlet configured to receive a control valve ; c. a fluid inlet channel in fluid communication with the low pressure inlet via a first internal port and being configured to be in fluid communication with an inlet side of the pump when the plenum housing body is assembled onto the differential assembly ; and d. a fluid outlet channel in fluid communication with the high pressure outlet via a second internal port and being configured to be in fluid communication with an outlet side of the pump when the plenum housing body is assembled onto the differential assembly ; characterized in that : the plenum housing body is formed as a net-shape fiber reinforced plastic material including chopped fibers and an epoxy resin. a. a low pressure inlet ; b. a high pressure outlet configured to receive a control valve ; c. a fluid inlet channel in fluid communication with the low pressure inlet via a first internal port and being configured to be in fluid communication with an inlet side of the pump when the plenum housing body is assembled onto the differential assembly ; and d. a fluid outlet channel in fluid communication with the high pressure outlet via a second internal port and being configured to be in fluid communication with an outlet side of the pump when the plenum housing body is assembled onto the differential assembly ; characterized in that : the plenum housing body is formed as a net-shape fiber reinforced plastic material including chopped fibers and an epoxy resin.
A method for predicting the risk of developing pulmonary colonization/infection by P. aeruginosa in a subject suffering from cystic fibrosis (CF) comprising: - Measuring the abundance of Porphyromonas catoniae in a biological sample obtained from said subject; - Concluding that the subject has a low risk of developing P. aeruginosa pulmonary colonization/infection when an elevated abundance of Porphyromonas catoniae is measured as compared to a corresponding biological sample obtained from an uninfected subject or concluding that the subject has a high risk of developing P. aeruginosa pulmonary colonization/infection when a low abundance of Porphyromonas catoniae is measured as compared to a corresponding biological sample obtained from an uninfected subject or when Porphyromonas catoniae is not detected. - Measuring the abundance of Porphyromonas catoniae in a biological sample obtained from said subject; - Concluding that the subject has a low risk of developing P. aeruginosa pulmonary colonization/infection when an elevated abundance of Porphyromonas catoniae is measured as compared to a corresponding biological sample obtained from an uninfected subject or concluding that the subject has a high risk of developing P. aeruginosa pulmonary colonization/infection when a low abundance of Porphyromonas catoniae is measured as compared to a corresponding biological sample obtained from an uninfected subject or when Porphyromonas catoniae is not detected.
An optical semiconductor element comprising: a plate-shaped submount having a mounting surface; a submount electrode provided on the mounting surface of the submount and having a rectangular shape as a whole; and a semiconductor chip including an element substrate , a semiconductor structure layer formed on the element substrate , and a chip electrode bonded to the submount electrode via a bonding layer , characterized in that the chip electrode has a shape with chipped corners corresponding to four corners of the submount electrode , the submount electrode has an exposed surface that is a portion exposed from the chip electrode at the four corners the submount electrode is bonded to the chip electrode to coincide with each other, and the bonding layer extends to all the four corners of the exposed surface and does not reach the end portions of the submount electrode at the four corners on the exposed surface . a plate-shaped submount having a mounting surface; a submount electrode provided on the mounting surface of the submount and having a rectangular shape as a whole; and a semiconductor chip including an element substrate , a semiconductor structure layer formed on the element substrate , and a chip electrode bonded to the submount electrode via a bonding layer , characterized in that the chip electrode has a shape with chipped corners corresponding to four corners of the submount electrode , the submount electrode has an exposed surface that is a portion exposed from the chip electrode at the four corners the submount electrode is bonded to the chip electrode to coincide with each other, and the bonding layer extends to all the four corners of the exposed surface and does not reach the end portions of the submount electrode at the four corners on the exposed surface .
A semiconductor-superconductor hybrid device comprising: a semiconductor layer ; and a superconductor layer ; wherein the superconductor layer is arranged over an edge of the semiconductor layer so as to enable energy level hybridisation between the semiconductor layer and the superconductor layer ; wherein the semiconductor layer is arranged in a sandwich structure between first and second insulating layers , each insulating layer being in contact with a respective opposed face of the semiconductor layer , characterised in that the semiconductor-superconductor hybrid device further comprises a layer of a ferromagnetic insulator arranged between the superconductor layer and the semiconductor layer . a semiconductor layer ; and a superconductor layer ; wherein the superconductor layer is arranged over an edge of the semiconductor layer so as to enable energy level hybridisation between the semiconductor layer and the superconductor layer ; wherein the semiconductor layer is arranged in a sandwich structure between first and second insulating layers , each insulating layer being in contact with a respective opposed face of the semiconductor layer , wherein the superconductor layer is arranged over an edge of the semiconductor layer so as to enable energy level hybridisation between the semiconductor layer and the superconductor layer ; wherein the semiconductor layer is arranged in a sandwich structure between first and second insulating layers , each insulating layer being in contact with a respective opposed face of the semiconductor layer , characterised in that the semiconductor-superconductor hybrid device further comprises a layer of a ferromagnetic insulator arranged between the superconductor layer and the semiconductor layer .
A method of predicting cycle life of a secondary battery comprising a carbon-based hybrid negative electrode, the method comprising: measuring a lattice d-spacing of a carbon based negative electrode active material of a target carbon-based hybrid negative electrode using an X-ray diffractometer during charging/discharging of a target secondary battery comprising the target carbon-based hybrid negative electrode comprising a carbon based negative electrode active material and a non-carbon based negative electrode active material, and plotting a graph of changes in lattice d-spacing value as a function of charge/discharge capacity (X axis); calculating a target slope difference corresponding to a difference in slope value changed with respect to an inflection point of the graph during discharging in the plotted graph; comparing the target slope difference with a reference slope difference corresponding to a difference in the slope value changed with respect to an inflection point in a graph showing changes in lattice d-spacing value as a function of charge/discharge capacity (X axis) of a reference secondary battery; and predicting if the cycle life of the target secondary battery is improved compared to the reference secondary battery from a result of the comparison. measuring a lattice d-spacing of a carbon based negative electrode active material of a target carbon-based hybrid negative electrode using an X-ray diffractometer during charging/discharging of a target secondary battery comprising the target carbon-based hybrid negative electrode comprising a carbon based negative electrode active material and a non-carbon based negative electrode active material, and plotting a graph of changes in lattice d-spacing value as a function of charge/discharge capacity (X axis); calculating a target slope difference corresponding to a difference in slope value changed with respect to an inflection point of the graph during discharging in the plotted graph; comparing the target slope difference with a reference slope difference corresponding to a difference in the slope value changed with respect to an inflection point in a graph showing changes in lattice d-spacing value as a function of charge/discharge capacity (X axis) of a reference secondary battery; and predicting if the cycle life of the target secondary battery is improved compared to the reference secondary battery from a result of the comparison.
A device for protecting a road user without a cabin against impacts on a longitudinal side of a utility vehicle , comprising: at least one airbag which is arranged on a longitudinal side of the utility vehicle ; sensors which are designed to sense the approach of the road user without a cabin to the longitudinal side ; and a controller which has a signal-transmitting connection to the sensors and to the at least one airbag and is designed to determine, on the basis of signals of the sensors , a probability, a location and/or a time of an imminent collision and to activate the at least one airbag as a function thereof; characterized in that the controller is also designed to sense a turning off process of the motor vehicle to the codriver's side, and to calculate the probability of the imminent collision and the location and/or the time of the imminent collision as a function of a cornering trajectory of the utility vehicle . at least one airbag which is arranged on a longitudinal side of the utility vehicle ; sensors which are designed to sense the approach of the road user without a cabin to the longitudinal side ; and a controller which has a signal-transmitting connection to the sensors and to the at least one airbag and is designed to determine, on the basis of signals of the sensors , a probability, a location and/or a time of an imminent collision and to activate the at least one airbag as a function thereof; characterized in that the controller is also designed to sense a turning off process of the motor vehicle to the codriver's side, and to calculate the probability of the imminent collision and the location and/or the time of the imminent collision as a function of a cornering trajectory of the utility vehicle .
Electronic device comprising a carrier , at least one active component and at least one inductor , said inductor comprising a magnetic core and an electrical conductor surrounding at least part of the magnetic core, the magnetic core delimiting at least a part of a magnetic path along which magnetic flux lines will flow, in which the magnetic core is located on one side of the carrier , and comprises at least one first portion (P1, P5) and one second portion (P4, P4, P6, P8) defining two successive zones of the magnetic path, each first portion (P1, P5) and second portion (P4, P4, P6, P8) having a shape of strip with a thickness smaller than its length and its width, each first portion (P1, P5) and second portion (P2, P4, P6, P8) comprising a lateral surface relative to a direction of the magnetic path, the first portion (P1, P5) being in direct contact with the carrier through part of its lateral surface and being surrounded by the electrical conductor , the second portion (P4, P4, P6, P8) being located relative to the carrier such that its lateral surface does not come into contact with the carrier , in which for each of the first (P1, P5) and second (P4, P4, P6, P8) portions, a thickness to length ratio is between 1/200 and 1/10 and a thickness to width ratio is between 1/20 and 1.
A goods storage system comprising at least one elongated support member for being arranged against a wall with its longitudinal direction in a vertical direction and at least one bracket , wherein the elongated support member comprising two spaced wall portions defining a channel extending in a longitudinal direction of the elongated support member for receipt of an inner mounting end of said support bracket , wherein one of the two spaced wall portions comprises a first engagement means and the other wall portion comprises a second engagement means , wherein each one of the first engagement means and the second engagement means faces the channel for engagement with a first laterally projecting engagement means and a second laterally projecting engagement means , respectively, of the support bracket , wherein each one of the first engagement means and the second engagement means of the elongated support member has an open end facing in the same direction in the longitudinal direction of the elongated support member for receipt of the engagement means of the support bracket during mounting, wherein at least one of the first engagement means and the second engagement means of the elongated support member is formed by a portion partly cut-out and folded, and wherein at least one of the first engagement means and the second engagement means of the elongated support member has a generally plate-shaped form, wherein the bracket comprises a plate-shaped element with the first engagement means projecting laterally in a first direction from the plate-shaped element and the second engagement means projecting laterally in a second direction from the plate-shaped element opposite the first direction, wherein the first engagement means and the second engagement means of the bracket are positioned at the mounting end of the bracket for engagement with the elongated support member, wherein the plate-shaped element of the bracket comprises an edge that defines opposite main surfaces of the plate-shaped element, wherein the edge is located at the mounting end for facing the elongated support member , wherein the edge defines an extension direction and wherein the first engagement means and the second engagement means of the bracket are spaced from each other in the extension direction of the edge, characterized in that the first engagement means and the second engagement means of the bracket are spaced from the edge in a direction perpendicular to the extension direction of the edge.
A computer-implemented method for adapting a training program of a user, comprising: storing a database comprising measurement data of physical exercises the user has performed, the measurement data comprising at least one of heart activity measurement data and motion measurement data; receiving a user input to select a weekly template for the training program, the weekly template comprising a training schedule comprising a plurality of pre-programmed repeating exercises on the weekly template; receiving a user input indicating a repeating exercise the user indicates to perform outside the training program; acquiring, from the database on the basis of the user input indicating the repeating exercise, measurement data of past one or more physical exercises of the repeating exercise; determining, on the basis of the measurement data, a training effect of the past one or more physical exercises and determining at least one repeating physical exercise of the training schedule providing a training effect closest to the training effect of the past one or more physical exercises; adapting the training schedule by replacing the determined at least one repeating physical exercise of the training schedule with exercises of the repeating exercise the user indicates to perform outside the training program; and outputting, via a user interface, instructions for the user to follow the adapted training schedule. storing a database comprising measurement data of physical exercises the user has performed, the measurement data comprising at least one of heart activity measurement data and motion measurement data; receiving a user input to select a weekly template for the training program, the weekly template comprising a training schedule comprising a plurality of pre-programmed repeating exercises on the weekly template; receiving a user input indicating a repeating exercise the user indicates to perform outside the training program; acquiring, from the database on the basis of the user input indicating the repeating exercise, measurement data of past one or more physical exercises of the repeating exercise; determining, on the basis of the measurement data, a training effect of the past one or more physical exercises and determining at least one repeating physical exercise of the training schedule providing a training effect closest to the training effect of the past one or more physical exercises; adapting the training schedule by replacing the determined at least one repeating physical exercise of the training schedule with exercises of the repeating exercise the user indicates to perform outside the training program; and outputting, via a user interface, instructions for the user to follow the adapted training schedule.