mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: detecting vocal input notes in a vocal signal; generating a vocal input note likelihood of occurrence based on a number of occurrences of each detected vocal input note; detecting non-vocal input notes in a non-vocal signal; generating a non-vocal note likelihood of occurrence based on a number of occurrences of each detected non-vocal input note; combining the vocal note likelihood of occurrence and the non-vocal note likelihood of occurrence to generate a combined note likelihood of occurrence; determining that a pitch of a vocal input note is stable based on a detected vibrato; mapping the vocal input notes to corresponding vocal output notes based on associated upper and lower note boundaries; shifting pitch of the vocal input notes to a pitch associated with the corresponding vocal output notes, wherein the shifting results in vocal output notes having a delay with respect to the vocal input notes; adjusting upper and lower note boundaries in response to the combined note likelihood of occurrence; and adjusting the delay of pitch shifting based on whether the pitch of the vocal input note is stable. detecting vocal input notes in a vocal signal; generating a vocal input note likelihood of occurrence based on a number of occurrences of each detected vocal input note; detecting non-vocal input notes in a non-vocal signal; generating a non-vocal note likelihood of occurrence based on a number of occurrences of each detected non-vocal input note; combining the vocal note likelihood of occurrence and the non-vocal note likelihood of occurrence to generate a combined note likelihood of occurrence; determining that a pitch of a vocal input note is stable based on a detected vibrato; mapping the vocal input notes to corresponding vocal output notes based on associated upper and lower note boundaries; shifting pitch of the vocal input notes to a pitch associated with the corresponding vocal output notes, wherein the shifting results in vocal output notes having a delay with respect to the vocal input notes; adjusting upper and lower note boundaries in response to the combined note likelihood of occurrence; and adjusting the delay of pitch shifting based on whether the pitch of the vocal input note is stable.
A scattering absorber measurement device comprising: a light source configured to output a plurality of light pulses (P(n)) having different centre wavelengths (λ 1 , ..., λ N ) input to a scattering absorber (B); a photodetector configured to detect each light pulse (P(n)) propagating inside the scattering absorber (B) and to output a detection signal; and a computation unit having a processor and configured to calculate reduced scattering coefficients and absorption coefficients for each of the centre wavelengths (λ 1 , ..., λ N ) of the plurality of light pulses (P(n)), according to a time-resolved spectroscopic measurement method on the basis of the detection signal, characterised in that the computation unit is configured to calculate the reduced scattering coefficients and the absorption coefficients by collectively fitting a light diffusion equation in which the reduced scattering coefficients are assumed as products R 1 ·μ' s,R , R 2 ·μ' s,R , ..., R N ·μ' s,R of predetermined ratios R 1 :R 2 :...:R N of reduced scattering coefficients among wavelengths of the plurality of light pulses (P(n)) and a basic scattering coefficient μ' s,R with respect to time-resolved measurement profiles in the plurality of wavelengths based on the detection signal. a light source configured to output a plurality of light pulses (P(n)) having different centre wavelengths (λ 1 , ..., λ N ) input to a scattering absorber (B); a photodetector configured to detect each light pulse (P(n)) propagating inside the scattering absorber (B) and to output a detection signal; and a computation unit having a processor and configured to calculate reduced scattering coefficients and absorption coefficients for each of the centre wavelengths (λ 1 , ..., λ N ) of the plurality of light pulses (P(n)), according to a time-resolved spectroscopic measurement method on the basis of the detection signal, characterised in that the computation unit is configured to calculate the reduced scattering coefficients and the absorption coefficients by collectively fitting a light diffusion equation in which the reduced scattering coefficients are assumed as products R 1 ·μ' s,R , R 2 ·μ' s,R , ..., R N ·μ' s,R of predetermined ratios R 1 :R 2 :...:R N of reduced scattering coefficients among wavelengths of the plurality of light pulses (P(n)) and a basic scattering coefficient μ' s,R with respect to time-resolved measurement profiles in the plurality of wavelengths based on the detection signal.
A broadcast signal transmission method comprising: encoding Ultra High Definition, UHD, video data in High Efficiency Video Coding, HEVC, to generate an HEVC UHD video stream; generating a broadcast signal comprising the generated HEVC UHD video stream and service information, the service information comprising a service description table, SDT; and transmitting the generated broadcast signal, characterized in that the SDT comprises service type information, the service type information indicating a UHD video service to which at least one of backward-compatible High Dynamic Range, HDR, and backward-compatible High Frame Rate, HFR, is applied or a UHD video service to which at least one of non-backward-compatible HDR and non-backward-compatible HFR is applied. encoding Ultra High Definition, UHD, video data in High Efficiency Video Coding, HEVC, to generate an HEVC UHD video stream; generating a broadcast signal comprising the generated HEVC UHD video stream and service information, the service information comprising a service description table, SDT; and transmitting the generated broadcast signal, characterized in that the SDT comprises service type information, the service type information indicating a UHD video service to which at least one of backward-compatible High Dynamic Range, HDR, and backward-compatible High Frame Rate, HFR, is applied or a UHD video service to which at least one of non-backward-compatible HDR and non-backward-compatible HFR is applied.
Method of reducing brake noise comprising the steps of: providing a brake pad comprising: a backing plate having a front side and a back side ; and a brake lining provided on said front side of said backing plate ; and providing a pattern of individual indentations or cavities on said back side of said backing plate to reduce noise when braking with a brake system employing the brake pad , wherein said indentations or cavities are provided in a random pattern; and installing the brake pad in a brake system without the use of separate insulators or shims. providing a brake pad comprising: a backing plate having a front side and a back side ; and a brake lining provided on said front side of said backing plate ; and a backing plate having a front side and a back side ; and a brake lining provided on said front side of said backing plate ; and providing a pattern of individual indentations or cavities on said back side of said backing plate to reduce noise when braking with a brake system employing the brake pad , wherein said indentations or cavities are provided in a random pattern; and installing the brake pad in a brake system without the use of separate insulators or shims.
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used to receive washware to be cleaned, and a heat pump device which has a compressor having a refrigerant inlet and a refrigerant outlet , a heat exchanger being associated with the compressor , characterized in that the heat exchanger is a pipeline fluidically connected to the washing chamber , so that washing solution originating from the washing chamber can be guided through the heat exchanger , the pipeline being arranged in portions on the compressor on the outside of the compressor . a heat exchanger being associated with the compressor , characterized in that the heat exchanger is a pipeline fluidically connected to the washing chamber , so that washing solution originating from the washing chamber can be guided through the heat exchanger , the pipeline being arranged in portions on the compressor on the outside of the compressor .
A salt of hexylamine, wherein the chemical structure of the salt of hexylamine is selected from the group consisting of: and
A process for making a flexo plate, the process comprising providing non-printing indicia disposed on a floor of the plate using areas of absence of polymer in the plate floor , wherein the non-printing indicia are disposed on a floor of the plate, the process comprising forming the non-printing indicia via exposure to actinic radiation from a back, non-printing side of the plate, characterised in that the process comprises providing a primary back exposure and an additional back exposure, wherein the process comprises forming a subfloor corresponding to a height of the non-printing indicia using the primary back exposure, and forming the plate floor using the additional back exposure, wherein the non-printing indicia are selected from the group consisting of: alphanumeric characters, non-text graphics, a machine readable code, a line, and combinations or repeating patterns of any of the foregoing. the process comprises providing a primary back exposure and an additional back exposure, wherein the process comprises forming a subfloor corresponding to a height of the non-printing indicia using the primary back exposure, and forming the plate floor using the additional back exposure, wherein the non-printing indicia are selected from the group consisting of: alphanumeric characters, non-text graphics, a machine readable code, a line, and combinations or repeating patterns of any of the foregoing.
A bituminous mastic comprising: - from 0.5% to 25% by mass of at least one hydrocarbon oil whose total content of paraffinic compounds, measured according to the ASTM D2140 method, is greater than or equal to 50% by mass, preferably greater than or equal to 60% by mass, based on the total mass of the oil, - from 15% to 60% by mass of bitumen, - from 20% to 60% by mass of fillers, and - at most 14% by mass of at least one polymer, preferably selected from elastomers, based on the total mass of bituminous mastic. - from 0.5% to 25% by mass of at least one hydrocarbon oil whose total content of paraffinic compounds, measured according to the ASTM D2140 method, is greater than or equal to 50% by mass, preferably greater than or equal to 60% by mass, based on the total mass of the oil, - from 15% to 60% by mass of bitumen, - from 20% to 60% by mass of fillers, and - at most 14% by mass of at least one polymer, preferably selected from elastomers, based on the total mass of bituminous mastic.
Well tool device comprising: - a housing ; - a through bore provided axially through the well tool device ; where the through bore is defined with a bore wall ; - a frangible disc supported in the through bore by a first supporting device and a second supporting device , where the second supporting device is axially displaceable in relation to the first supporting device ; - a shear element for preventing axial displacement of the second supporting device ; - a sealing element arranged radially outside of the frangible disc and radially inside of the bore wall when the well tool device is in a first state, in which the sealing element together with the frangible disc is configured to prevent axial fluid flow between a first side (FS) of the frangible disc and a second side (SS) of the frangible disc ; - a disintegration device ; where the well tool device is configured to be in a second state, in which the shear element has been sheared off and the frangible disc and the second supporting device have been moved axially until the frangible disc has been brought into contact with the disintegration device ; - where the well tool device is configured to be in a third state, in which the frangible disc has been disintegrated by means of the disintegration device ; characterized in that the well tool device further comprises: - a flushing channel provided in the bore wall radially outside of the frangible disc when the well tool device is in the second state. - a housing ; - a through bore provided axially through the well tool device ; where the through bore is defined with a bore wall ; - a frangible disc supported in the through bore by a first supporting device and a second supporting device , where the second supporting device is axially displaceable in relation to the first supporting device ; - a shear element for preventing axial displacement of the second supporting device ; - a sealing element arranged radially outside of the frangible disc and radially inside of the bore wall when the well tool device is in a first state, in which the sealing element together with the frangible disc is configured to prevent axial fluid flow between a first side (FS) of the frangible disc and a second side (SS) of the frangible disc ; - a disintegration device ; where the well tool device is configured to be in a second state, in which the shear element has been sheared off and the frangible disc and the second supporting device have been moved axially until the frangible disc has been brought into contact with the disintegration device ; - where the well tool device is configured to be in a third state, in which the frangible disc has been disintegrated by means of the disintegration device ; - a flushing channel provided in the bore wall radially outside of the frangible disc when the well tool device is in the second state.
A method for producing a board-like or plate-like component , in particular a semi-finished frame , which is intended, for example for forming a bicycle frame, comprising the following method steps: - providing a plate element , which has opposing plate surfaces ; - introducing or working in groove-like indentations or slots into the plate element starting from at least one of the plate surfaces of the plate element , wherein a course of the groove-like indentations or slits in the plate element corresponds to or at least approximately corresponds to the desired boundary or outline contour or to the required geometry of the component ; - at least partially filling or filling up the groove-like indentations or slots with a filler or an adhesive substance that is fluid or pasty in the processing condition, subsequently curing or curable and, in doing so, adhering to the boundary surfaces of the groove-like indentations or slots ; - producing or waiting for an at least partially cured state of the filler or adhesive substance , so that the filler or adhesive substance forms a filling layer in the groove-like indentations or slots of the plate element ; - removing those plate sections which do not constitute a part of the component to be produced, wherein the removal of plate sections that are not required is carried out such that the filling layer remains intact at least in partial sections of the boundary or outline contour of the component to be produced and forms an outer boundary layer . - providing a plate element , which has opposing plate surfaces ; - introducing or working in groove-like indentations or slots into the plate element starting from at least one of the plate surfaces of the plate element , wherein a course of the groove-like indentations or slits in the plate element corresponds to or at least approximately corresponds to the desired boundary or outline contour or to the required geometry of the component ; - at least partially filling or filling up the groove-like indentations or slots with a filler or an adhesive substance that is fluid or pasty in the processing condition, subsequently curing or curable and, in doing so, adhering to the boundary surfaces of the groove-like indentations or slots ; - producing or waiting for an at least partially cured state of the filler or adhesive substance , so that the filler or adhesive substance forms a filling layer in the groove-like indentations or slots of the plate element ; - removing those plate sections which do not constitute a part of the component to be produced, wherein the removal of plate sections that are not required is carried out such that the filling layer remains intact at least in partial sections of the boundary or outline contour of the component to be produced and forms an outer boundary layer .
A pressure-sensitive adhesive polarizing plate, comprising: a polarizer; and a pressure-sensitive adhesive layer which is formed on one surface of the polarizer and includes a polyalkylene polyol compound having 3 or more hydroxyl groups and a weight average molecular weight of 10,000 or more, the measurement method of the weight average molecular weight being defined in the description, wherein the polyalkylene polyol compound is represented by the following Formula 1: where A is a core including a polyalkylene oxide unit, B is a chain represented by the following Formula 2, m is an integer of 1 or more, n is an integer of 0 or more, and the sum (m+n) of m and n is 3 or more; where A 1 to A 3 each independently represent an alkylene group, Q 1 and Q 2 represent an aliphatic or aromatic divalent residue, L 1 to L 4 represent linkers, x is an integer of 1 or more, y is an integer of 0 or more, and z is an integer of 1 or more, the structure of -L 1 -Q 1 -L 2 - or -L 3 -Q 2 -L 4 - being a structure derived from a diisocyanate compound. a polarizer; and a pressure-sensitive adhesive layer which is formed on one surface of the polarizer and includes a polyalkylene polyol compound having 3 or more hydroxyl groups and a weight average molecular weight of 10,000 or more, the measurement method of the weight average molecular weight being defined in the description, wherein the polyalkylene polyol compound is represented by the following Formula 1: where A is a core including a polyalkylene oxide unit, B is a chain represented by the following Formula 2, m is an integer of 1 or more, n is an integer of 0 or more, and the sum (m+n) of m and n is 3 or more; where A 1 to A 3 each independently represent an alkylene group, Q 1 and Q 2 represent an aliphatic or aromatic divalent residue, L 1 to L 4 represent linkers, x is an integer of 1 or more, y is an integer of 0 or more, and z is an integer of 1 or more, the structure of -L 1 -Q 1 -L 2 - or -L 3 -Q 2 -L 4 - being a structure derived from a diisocyanate compound.
Method for regulating the speed of a vehicle (V) with at least partially automated driving and knowing the radius of curvature of a future portion that it is about to take on a traffic lane (VC2) on which it is travelling, said method comprising a step (10-90) in which the speed of said vehicle (V) is regulated as a function of a speed set point and, in the event of detection of a radius of curvature of said future portion representative of a bend a deceleration phase is imposed on said vehicle (V) up to a chosen deceleration speed, in said step (10-90) a maximum transverse acceleration that said vehicle (V) can undergo in said bend is determined as a function of said speed set point, then a maximum speed that said vehicle (V) would have in said bend if it underwent said maximum transverse acceleration in the presence of said detected radius of curvature, and then a deceleration speed is chosen as a function of this determined maximum speed.
A method, executed by a computer, comprising: displaying a background (102 1 ) of a first scene (22 1 ) defined by a first point of view (24 1 ) and a foreground (104 1 ) of the first scene defined by the first point of view (24 1 ); determining the foreground of the first scene ; modifying the foreground of the first scene to create a modified foreground ; then displaying the unmodified background (102 1 ) of the first scene (22 1 ) defined by the first point of view (24 1 ) and the modified foreground ; then displaying an unmodified background (102 2 ) of a second scene (22 2 ) defined by a second point of view (24 2 ) different to the first point of view, and the modified foreground of the first scene from the first point of view; and then displaying the unmodified background (102 2 ) of the second scene (22 2 ) defined by the second point of view (24 2 ) and an unmodified foreground (104 2 ) of the second scene defined by the second point of view (24 2 ), wherein the foreground (104 1 ) of the first scene, the modified foreground and the foreground (104 2 ) of the second scene comprise at least one common object, wherein the first point of view and the second point of view are points of view within a virtual space, changing a virtual scene, and are determined by a user's real point of view. displaying a background (102 1 ) of a first scene (22 1 ) defined by a first point of view (24 1 ) and a foreground (104 1 ) of the first scene defined by the first point of view (24 1 ); determining the foreground of the first scene ; modifying the foreground of the first scene to create a modified foreground ; then displaying the unmodified background (102 1 ) of the first scene (22 1 ) defined by the first point of view (24 1 ) and the modified foreground ; then displaying an unmodified background (102 2 ) of a second scene (22 2 ) defined by a second point of view (24 2 ) different to the first point of view, and the modified foreground of the first scene from the first point of view; and then displaying the unmodified background (102 2 ) of the second scene (22 2 ) defined by the second point of view (24 2 ) and an unmodified foreground (104 2 ) of the second scene defined by the second point of view (24 2 ), wherein the foreground (104 1 ) of the first scene, the modified foreground and the foreground (104 2 ) of the second scene comprise at least one common object, wherein the first point of view and the second point of view are points of view within a virtual space, changing a virtual scene, and are determined by a user's real point of view.
A circuit board, comprising: a supporting substrate including a first region (A) to which light emitting elements are mounted and a second region (B) extending to be bent from the first region (A), wherein the second region (B) comprises: a connector mounting portion for mounting a connector for supplying an electric current to the light emitting elements ; and a connector non-mounting portion separated and spaced apart from the connector mounting portion , wherein the connector mounting portion is formed lower than the connector non-mounting portion , characterized in that , a part (d) of the first region (A) extends to connect with the connector mounting portion , and the part (d) of the first region (A) is connected to the connector mounting portion . a supporting substrate including a first region (A) to which light emitting elements are mounted and a second region (B) extending to be bent from the first region (A), wherein the second region (B) comprises: a connector mounting portion for mounting a connector for supplying an electric current to the light emitting elements ; and a connector non-mounting portion separated and spaced apart from the connector mounting portion , wherein the connector mounting portion is formed lower than the connector non-mounting portion , characterized in that , a part (d) of the first region (A) extends to connect with the connector mounting portion , and the part (d) of the first region (A) is connected to the connector mounting portion .