mhurhangee/ep-ind-claims huggingface dataset:
A multi-channel audio encoder for coding a multi-channel digital audio signal sampled at a known sampling rate and having an audio bandwidth, comprising: a core encoder having a sampling rate and audio bandwidth less than that of said multi-channel digital audio signal; an extension encoder having a sampling rate and audio bandwidth equal to that of said multi-channel digital audio signal; a decimation low pass filter (140, 202) that filters the multi-channel digital audio signal to remove signal components above the audio bandwidth of the core encoder; a decimator (142, 204) that down samples the filtered multi-channel digital audio signal to extract a core signal whose sampling rate matches the core encoder, wherein said core encoder codes the core signal into core bits; a core decoder that decodes the core bits to form a reconstructed core signal; an interpolator that upsamples the reconstructed core signal to the extension encoder sampling rate; an interpolation LPF that filters the upsampled reconstructed core signal to remove interpolation aliasing; and a summing node that subtracts the filtered upsampled reconstructed core signal from the multi-channel digital audio signal to form a difference signal, wherein said extension encoder encodes the difference signal into extension bits. a core encoder having a sampling rate and audio bandwidth less than that of said multi-channel digital audio signal; an extension encoder having a sampling rate and audio bandwidth equal to that of said multi-channel digital audio signal; a decimation low pass filter (140, 202) that filters the multi-channel digital audio signal to remove signal components above the audio bandwidth of the core encoder; a decimator (142, 204) that down samples the filtered multi-channel digital audio signal to extract a core signal whose sampling rate matches the core encoder, wherein said core encoder codes the core signal into core bits; a core decoder that decodes the core bits to form a reconstructed core signal; an interpolator that upsamples the reconstructed core signal to the extension encoder sampling rate; an interpolation LPF that filters the upsampled reconstructed core signal to remove interpolation aliasing; and a summing node that subtracts the filtered upsampled reconstructed core signal from the multi-channel digital audio signal to form a difference signal, wherein said extension encoder encodes the difference signal into extension bits.
A system for simulating a breast deformation of a subject, the system comprising: - a mobile device (50, 200, 300, 400) comprising a display (52, 240, 310, 410) and an orientation sensor, the orientation sensor being configured for sensing an orientation of the mobile device with respect to a direction of gravity; - an input interface (110, 210) for receiving model data, the model data defining a biomechanical model of a breast of the subject for enabling simulation of the breast deformation; - a simulation subsystem (120, 220) configured for: - obtaining the sensor data (16, 26) of the orientation sensor of the mobile device (50, 200, 300, 400) comprising the display (52, 240, 310, 410), the sensor data (16, 26) indicating the orientation of the mobile device (50, 200, 300, 400); - determining, using the biomechanical model, a gravitational breast deformation by applying a gravitational force to the biomechanical model so as to obtain a deformed model (320, 370, 420, 470), wherein the gravitational force is applied to the biomechanical model in a force direction which is defined based on the orientation of the mobile device (50, 200, 300, 400) comprising the display (52, 240, 310, 410); and - generating output data (18, 28) for displaying the deformed model (320, 370, 420, 470) on the display (52, 240, 310, 410). - a mobile device (50, 200, 300, 400) comprising a display (52, 240, 310, 410) and an orientation sensor, the orientation sensor being configured for sensing an orientation of the mobile device with respect to a direction of gravity; - an input interface (110, 210) for receiving model data, the model data defining a biomechanical model of a breast of the subject for enabling simulation of the breast deformation; - a simulation subsystem (120, 220) configured for: - obtaining the sensor data (16, 26) of the orientation sensor of the mobile device (50, 200, 300, 400) comprising the display (52, 240, 310, 410), the sensor data (16, 26) indicating the orientation of the mobile device (50, 200, 300, 400); - determining, using the biomechanical model, a gravitational breast deformation by applying a gravitational force to the biomechanical model so as to obtain a deformed model (320, 370, 420, 470), wherein the gravitational force is applied to the biomechanical model in a force direction which is defined based on the orientation of the mobile device (50, 200, 300, 400) comprising the display (52, 240, 310, 410); and - generating output data (18, 28) for displaying the deformed model (320, 370, 420, 470) on the display (52, 240, 310, 410).
A method for producing a multi-layer, microporous polyolefin membrane comprising a microporous polypropylene layer and a microporous polyethylene resin layer, comprising the steps of simultaneously extruding a melt blend of polypropylene and a membrane-forming solvent and a melt blend of a polyethylene resin and a membrane-forming solvent through a die, cooling the resultant extrudate to provide a gel-like laminate sheet, stretching the gel-like laminate sheet at a temperature of -20°C or higher and lower than +90°C, conducting re-stretching at a temperature of 90 to 135°C, and removing the membrane-forming solvent from the stretched gel-like laminate sheet; wherein the polyethylene resin is a composition of ultra-high-molecular-weight polyethylene having a molecular weight of 5 x 10 5 or higher and another polyethylene having a molecular weight of 1 x 10 4 or more and less than 5 x 10 5, and wherein the content of the ultra-high-molecular-weight polyethylene is 10 to 80% by mass based on 100% by mass of the polyethylene composition.
A method of receiving, via a user input back channel, UIBC, running on top of packet-based communication protocol, user input data from a wireless sink device at a wireless source device, the method comprising: receiving, by the wireless source device, a data packet from the wireless sink device, the data packet comprising a data packet header and payload data; parsing, by the wireless source device, the data packet header for: a four-bit input category field identifying an input category for user input data contained in the payload data; and a timestamp flag that indicates whether the data packet header includes a sixteen-bit timestamp field; in response to the timestamp flag indicating that the data packet header does include the timestamp field, parsing, by the wireless source device, the data packet header to identify, based on a timestamp included in the timestamp field, a particular frame of video data that was displayed by the wireless sink device while the user input data was captured; and processing, by the wireless source device, the payload data based at least in part on the timestamp included in the timestamp field. receiving, by the wireless source device, a data packet from the wireless sink device, the data packet comprising a data packet header and payload data; parsing, by the wireless source device, the data packet header for: a four-bit input category field identifying an input category for user input data contained in the payload data; and a timestamp flag that indicates whether the data packet header includes a sixteen-bit timestamp field; a four-bit input category field identifying an input category for user input data contained in the payload data; and a timestamp flag that indicates whether the data packet header includes a sixteen-bit timestamp field; in response to the timestamp flag indicating that the data packet header does include the timestamp field, parsing, by the wireless source device, the data packet header to identify, based on a timestamp included in the timestamp field, a particular frame of video data that was displayed by the wireless sink device while the user input data was captured; and processing, by the wireless source device, the payload data based at least in part on the timestamp included in the timestamp field.
A multi-mode sensor, comprising: an inductive sensor module configured to measure a first physical quantity based on magnetic induction, the inductive sensor module comprising a coil wound around a coil axis; and a non-inductive sensor module configured to measure a second physical quantity using a non-inductive sensing mode, wherein: a portion of the non-inductive sensor module is radially inward of a portion of the coil relative to the coil axis; wherein the non-inductive sensor module comprises a probe unit and an optical interrogation system configured to exchange electromagnetic radiation with the probe unit in order to interrogate a state of the probe unit that is dependent on the second physical quantity; and the second physical quantity comprises pressure and the probe unit is configured to undergo a deformation or displacement in response to pressure adjacent to the sensor. an inductive sensor module configured to measure a first physical quantity based on magnetic induction, the inductive sensor module comprising a coil wound around a coil axis; and a non-inductive sensor module configured to measure a second physical quantity using a non-inductive sensing mode, wherein: a portion of the non-inductive sensor module is radially inward of a portion of the coil relative to the coil axis; wherein the non-inductive sensor module comprises a probe unit and an optical interrogation system configured to exchange electromagnetic radiation with the probe unit in order to interrogate a state of the probe unit that is dependent on the second physical quantity; and the second physical quantity comprises pressure and the probe unit is configured to undergo a deformation or displacement in response to pressure adjacent to the sensor. a portion of the non-inductive sensor module is radially inward of a portion of the coil relative to the coil axis; wherein the non-inductive sensor module comprises a probe unit and an optical interrogation system configured to exchange electromagnetic radiation with the probe unit in order to interrogate a state of the probe unit that is dependent on the second physical quantity; and the second physical quantity comprises pressure and the probe unit is configured to undergo a deformation or displacement in response to pressure adjacent to the sensor.
Method for laser fusion cutting of a workpiece, in particular made of metal, without cutting gas, characterized in that a kerf is melted in the workpiece by means of one single laser beam, thereby selecting the laser beam diameter in the working point to be enlarged in such a fashion that it is in a range between approximately 0.3 and approximately 3mm, preferably between approximately 0.5 and approximately 1 mm, and that the molten material is expelled from the kerf without cutting gas.
A method for generating cryptographic keys to secure sensitive data in data queries, comprising: receiving, from a querying device, a request for a cryptographic key, the request including data derived from a plaintext value to be encrypted and an indication of a type of the plaintext value to be encrypted; generating the cryptographic key based on at least a portion of the derived data and the type of the plaintext value to be encrypted; and transmitting the generated cryptographic key to the querying device. receiving, from a querying device, a request for a cryptographic key, the request including data derived from a plaintext value to be encrypted and an indication of a type of the plaintext value to be encrypted; generating the cryptographic key based on at least a portion of the derived data and the type of the plaintext value to be encrypted; and transmitting the generated cryptographic key to the querying device.
An induction heat cooking apparatus comprising: a power supply configured to supply an alternating current, AC, voltage; a rectifier configured to rectify the supplied AC voltage into a direct current, DC, voltage; first and second switching units (141, 142) configured to control switching such that the DC voltage from the rectifier is alternately applied to a working coil; a controller, characterized in that the induction heat cooking apparatus further comprises a comparison unit configured to sense current flowing in the working coil and to compare the sensed current with a predetermined reference value to output pulses; and the controller configured to count the output pulses and to determine whether a cooking vessel is present on the working coil based on the number of counted pulses. a power supply configured to supply an alternating current, AC, voltage; a rectifier configured to rectify the supplied AC voltage into a direct current, DC, voltage; first and second switching units (141, 142) configured to control switching such that the DC voltage from the rectifier is alternately applied to a working coil; a controller, characterized in that the induction heat cooking apparatus further comprises a comparison unit configured to sense current flowing in the working coil and to compare the sensed current with a predetermined reference value to output pulses; and the controller configured to count the output pulses and to determine whether a cooking vessel is present on the working coil based on the number of counted pulses.
Multilayer film for back injection with a liquid plastic in an in-mould method for the production of a decorated injection moulded article, in particular with curved surfaces, wherein the multilayer film has at least one replication lacquer layer which has a spatial structure on at least one of its surfaces which produces a visually perceivable and/or technical effect, wherein a contrast layer, which is preferably formed as a reflective layer, is arranged on at least one surface which abuts with the spatial structure at least in regions, characterised in that the at least one replication lacquer layer is formed as a radiation-hardened replication lacquer layer.
An apparatus for controlling an end-effector assembly having a first working member and a second working member, the apparatus comprising: a first set of at least one cable, the first set of at least one cable configured to control the first working member; a second set of at least one cable, the second set of at least one cable configured to control the second working member; a first pulley configured to guide the first set of at least one cable; a second pulley configured to guide the second set of at least one cable; characterised by a third pulley configured to guide the first set of at least one cable when the third pulley is in a first position, and to guide the second set of at least one cable when the third pulley is in a second position; and a rotatable element rotatable about a first axis, the rotatable element supporting the first pulley, the second pulley, the third pulley, and the first and second working members (148, 152), and the rotatable element configured to move the third pulley between the first position and the second position. a first set of at least one cable, the first set of at least one cable configured to control the first working member; a second set of at least one cable, the second set of at least one cable configured to control the second working member; a first pulley configured to guide the first set of at least one cable; a second pulley configured to guide the second set of at least one cable; characterised by a third pulley configured to guide the first set of at least one cable when the third pulley is in a first position, and to guide the second set of at least one cable when the third pulley is in a second position; and a rotatable element rotatable about a first axis, the rotatable element supporting the first pulley, the second pulley, the third pulley, and the first and second working members (148, 152), and the rotatable element configured to move the third pulley between the first position and the second position.
Method for generating voice outputs in a vehicle in response to a voice input, in addition to the voice input, further information being detected via at least one sensor, after which an analysis of the voice input and the sensor data is carried out, on which analysis the voice output is based, characterized in that at least one imaging sensor is used, by means of which the vehicle interior is detected, with objects (14, 15) and/or persons (16, 17, 18) being analyzed and associated with predefined classes, and the voice output being generated on the basis of the analysis result of the voice input and being enriched with keywords or formulations that match one of the classes.
An item of footwear comprising: a sole comprising a mid-sole, the mid-sole having a first major surface for facing the foot of a wearer, a second major surface opposite the first, the mid-sole having an inner edge corresponding to the inside of a wearer's foot and an outer edge corresponding to the outside of a wearer's foot; and a securing means for securing the item of footwear to a foot of a wearer such that the first surface of the sole contacts the foot, wherein: the mid-sole includes a heel region arranged to support the heel of a wearer of the item of footwear; the heel region comprises a central land, surrounded around its entire perimeter by a plurality of arc-shaped lands; the mid-sole has formed therein a plurality of generally transverse grooves and a generally longitudinal primary groove, thereby dividing the sole into an array of lands; and the primary groove is substantially parallel to the outer edge of the sole over a majority of the length of the sole and defines with the transverse grooves a first plurality of lands, including a second plurality of lands that form a row along the outer edge and have substantially equal width. a sole comprising a mid-sole, the mid-sole having a first major surface for facing the foot of a wearer, a second major surface opposite the first, the mid-sole having an inner edge corresponding to the inside of a wearer's foot and an outer edge corresponding to the outside of a wearer's foot; and a securing means for securing the item of footwear to a foot of a wearer such that the first surface of the sole contacts the foot, the mid-sole includes a heel region arranged to support the heel of a wearer of the item of footwear; the heel region comprises a central land, surrounded around its entire perimeter by a plurality of arc-shaped lands; the mid-sole has formed therein a plurality of generally transverse grooves and a generally longitudinal primary groove, thereby dividing the sole into an array of lands; and the primary groove is substantially parallel to the outer edge of the sole over a majority of the length of the sole and defines with the transverse grooves a first plurality of lands, including a second plurality of lands that form a row along the outer edge and have substantially equal width.
A method comprising: (a) transcribing a template DNA with a thermostable RNA polymerase at a temperature of greater than 44°C to produce an RNA product; and (b) in the absence of a step that removes any double-stranded RNA (dsRNA) from the RNA product, measuring the immunogenicity of the RNA product. (a) transcribing a template DNA with a thermostable RNA polymerase at a temperature of greater than 44°C to produce an RNA product; and (b) in the absence of a step that removes any double-stranded RNA (dsRNA) from the RNA product, measuring the immunogenicity of the RNA product.
A method of producing a tissue web comprising the steps of: forming a tissue web from an aqueous suspension of fibers, the aqueous suspension of fibers containing pulp fibers; conveying the formed web on a transfer fabric positioned immediately upstream from a through-air dryer; transferring the tissue web from the transfer fabric to a through-air dryer fabric that conveys the web through the through-air dryer, and drying the web so that the web has a final moisture content of less than 8%; characterised in that both the transfer fabric and the through-air dryer fabric comprise textured fabrics having a machine direction dominant design comprising from 5 to 15 raised elements per centimeter in the machine direction, the raised elements having a height of from 0.3 mm to 5 mm, wherein the raised elements on the transfer fabric and on the through-air dryer fabric comprise substantially continuous machine direction ridges separated by valleys; and wherein the transfer fabric and the through-air dryer fabric comprise the same fabric. forming a tissue web from an aqueous suspension of fibers, the aqueous suspension of fibers containing pulp fibers; conveying the formed web on a transfer fabric positioned immediately upstream from a through-air dryer; transferring the tissue web from the transfer fabric to a through-air dryer fabric that conveys the web through the through-air dryer, and drying the web so that the web has a final moisture content of less than 8%; characterised in that both the transfer fabric and the through-air dryer fabric comprise textured fabrics having a machine direction dominant design comprising from 5 to 15 raised elements per centimeter in the machine direction, the raised elements having a height of from 0.3 mm to 5 mm, wherein the raised elements on the transfer fabric and on the through-air dryer fabric comprise substantially continuous machine direction ridges separated by valleys; and wherein the transfer fabric and the through-air dryer fabric comprise the same fabric.
A transponder system for measuring pressure in fluid lines, said system comprising at least one passive transponder, wherein the passive transponder comprises at least one resonant circuit with a variable resonance frequency, and at least one readout device, wherein the readout device comprises at least one readout inductor, wherein a readout signal may be applied to the at least one resonant circuit using the readout inductor, wherein the readout device is configured to adapt a frequency of the readout signal to the variable resonance frequency of the resonant circuit, characterized in that at least one inductive sensor and at least one capacitor are connected to form the at least one resonant circuit. at least one passive transponder, wherein the passive transponder comprises at least one resonant circuit with a variable resonance frequency, and at least one readout device, wherein the readout device comprises at least one readout inductor, wherein a readout signal may be applied to the at least one resonant circuit using the readout inductor, wherein the readout device is configured to adapt a frequency of the readout signal to the variable resonance frequency of the resonant circuit, characterized in that at least one inductive sensor and at least one capacitor are connected to form the at least one resonant circuit.