mhurhangee/patent-ind-claim-en huggingface dataset:
A method of enhancing speech quality for a decoded speech signal including a low frequency signal, the method comprising: generating a high-frequency excitation signal by shifting the low-frequency signal in a time domain; generating an extended bandwidth signal by combining the low-frequency signal and the high-frequency excitation signal; transforming the extended bandwidth signal into a spectrum in a frequency domain; determining a type of the decoded speech signal; determining energy of a high-frequency spectrum by multiplying energy predicted from a low-frequency spectrum of the spectrum and probability corresponding to the type; generating a shape of the high-frequency spectrum from the low-frequency spectrum based on the type; calculating an envelope of the high-frequency spectrum from the energy of the high-frequency spectrum and the shape; and generating a final high-frequency spectrum by applying the envelope to the high-frequency spectrum of the spectrum. generating a high-frequency excitation signal by shifting the low-frequency signal in a time domain; generating an extended bandwidth signal by combining the low-frequency signal and the high-frequency excitation signal; transforming the extended bandwidth signal into a spectrum in a frequency domain; determining a type of the decoded speech signal; determining energy of a high-frequency spectrum by multiplying energy predicted from a low-frequency spectrum of the spectrum and probability corresponding to the type; generating a shape of the high-frequency spectrum from the low-frequency spectrum based on the type; calculating an envelope of the high-frequency spectrum from the energy of the high-frequency spectrum and the shape; and generating a final high-frequency spectrum by applying the envelope to the high-frequency spectrum of the spectrum.
Method for proposing a driving speed for a driver at the steering wheel of a vehicle, the method comprising the following steps of: - estimating the available grip potential at a given instant between a tyre of the vehicle and the roadway on a predetermined upcoming route; - determining, among a set of predetermined driving styles, secure styles for which the grip requirement on the predetermined route remains lower than the grip potential; - selecting, among said secure styles, a secure comfortable style according to a driver profile; - determining, according to said secure comfortable style and to a location of the vehicle, a basic proposed driving speed on an upcoming section of route. - estimating the available grip potential at a given instant between a tyre of the vehicle and the roadway on a predetermined upcoming route; - determining, among a set of predetermined driving styles, secure styles for which the grip requirement on the predetermined route remains lower than the grip potential; - selecting, among said secure styles, a secure comfortable style according to a driver profile; - determining, according to said secure comfortable style and to a location of the vehicle, a basic proposed driving speed on an upcoming section of route.
A method for recovery of energy from a continuously operated steam explosion reactor for production of biomass pellets or briquettes, said method comprising the steps of: - condensing a blow-steam from the steam explosion reactor for receiving a blow-steam condensate; - recovering heat from said condensation of the blow-steam to energise a fractionation system , in which fractionation system volatile hydrocarbon compounds are recovered from said blow-steam condensate; and - recovering heat from said fractionation system for drying of biomass used in the steam explosion reactor . - condensing a blow-steam from the steam explosion reactor for receiving a blow-steam condensate; - recovering heat from said condensation of the blow-steam to energise a fractionation system , in which fractionation system volatile hydrocarbon compounds are recovered from said blow-steam condensate; and - recovering heat from said fractionation system for drying of biomass used in the steam explosion reactor .
A process for producing a chloroformate compound, comprising mixing and reacting a solution of triphosgene with a solution comprising an amine and an alcohol compound in a flow reactor.
A destacker comprising a rack for accommodating at least one stack of trays and further comprising a plurality of destacking screws configured to be operated continuously in a respective direction of rotation (R), each destacking screw having a separating disk and a helically configured spiral , wherein the separating disk comprises a first insertion element and a second insertion element , the first insertion element being configured to enter a gap between two neighboring trays during rotation of the destacking screw so as to increase a distance (A1) between two neighboring trays by at least 2 mm, and the second insertion element being configured to enter the gap that has been enlarged by means of the first insertion element , wherein the first insertion element has an upper side ascending in a direction opposite to the direction of rotation (R) of the destacking screw , and wherein an upper side of the second insertion element has an upward slope in a direction opposite to the direction of rotation (R) of the destacking screw .
A belt transfer type multi-function device for printing an image transferred on a belt to paper moving between a transfer roller and a belt roller , the belt transfer type multi-function device comprising: a control device performing controlling such that an image to be printed on paper already caught between the transfer roller and the belt roller is printed as it is, and if printing should not be performed on next paper along a movement direction of paper, movement of the next paper is stopped on a transfer path of paper before the next paper is positioned between the transfer roller and the belt roller , the image already transferred on the transfer belt is deleted in a state in which the next paper is maintained to be stopped on the transfer path of paper, and the next paper in a stopped state is ejected as a blank paper through a ejection port of printed paper along the transfer path of paper, so that the image already transferred to the transfer belt , which is to be printed on the next paper along the movement direction of paper, is not printed on the next paper.
A cabin conditioning system for air conditioning cabin space , the system comprising - an air conditioning device for reducing the cabin temperature, - a cooling medium and - a control unit for controlling the cabin conditioning system, and characterized in that the system further comprises - a first sensor arranged to send signal to the control unit if a hatch of the cabin to the outdoor is opened or closed, - a control valve for controlling the cooling medium flow to the air conditioning device, - a water heater for heating the cooling medium before entering the air conditioning device, and the first sensor is arranged to send a first signal to the control unit, when the hatch is opened, wherein the control unit is arranged to switch on the water heater for heating the cooling medium. - an air conditioning device for reducing the cabin temperature, - a cooling medium and - a control unit for controlling the cabin conditioning system, and - a first sensor arranged to send signal to the control unit if a hatch of the cabin to the outdoor is opened or closed, - a control valve for controlling the cooling medium flow to the air conditioning device, - a water heater for heating the cooling medium before entering the air conditioning device, and the first sensor is arranged to send a first signal to the control unit, when the hatch is opened, wherein the control unit is arranged to switch on the water heater for heating the cooling medium.
A device for procuring a blood sample with reduced damage from a patient to reduce inaccurate results in testing of the blood sample, the device comprising: a first adapter having a distal end portion and a proximal end portion , the distal end portion configured to be placed in fluid communication with a patient, the first adapter having an inner surface extending between the distal end portion and the proximal end portion of the first adapter; and a second adapter having a distal end portion and a proximal end portion, the distal end portion of the second adapter configured to be coupled to the proximal end portion of the first adapter, the proximal end portion of the second adapter configured to be placed in fluid communication with a fluid reservoir, the second adapter having an inner surface extending between the distal end portion and the proximal end portion of the second adapter, the inner surface of the first adapter and the inner surface of the second adapter collectively defining a consistent fluid flow path between the patient and the fluid reservoir when the second adapter is coupled to the first adapter, the coupling being such that bodily fluid flows within the fluid flow path with at least one flow characteristic configured to limit a stress within the flow of the bodily fluid below a threshold amount of stress sufficient to hemolyze at least the portion of the blood. a first adapter having a distal end portion and a proximal end portion , the distal end portion configured to be placed in fluid communication with a patient, the first adapter having an inner surface extending between the distal end portion and the proximal end portion of the first adapter; and a second adapter having a distal end portion and a proximal end portion, the distal end portion of the second adapter configured to be coupled to the proximal end portion of the first adapter, the proximal end portion of the second adapter configured to be placed in fluid communication with a fluid reservoir, the second adapter having an inner surface extending between the distal end portion and the proximal end portion of the second adapter, the inner surface of the first adapter and the inner surface of the second adapter collectively defining a consistent fluid flow path between the patient and the fluid reservoir when the second adapter is coupled to the first adapter, the coupling being such that bodily fluid flows within the fluid flow path with at least one flow characteristic configured to limit a stress within the flow of the bodily fluid below a threshold amount of stress sufficient to hemolyze at least the portion of the blood.
A method comprising: producing a first blended low salinity injection water for injection into at least one injection well penetrating a first region of an oil-bearing reservoir ; producing a second blended low salinity injection water for injection into at least one injection well penetrating a second region of the oil-bearing reservoir , wherein the first region and the second region have a first rock composition and a second rock composition, respectively, wherein the first rock composition and the second rock composition have different risks of formation damage when exposed to a low salinity injection water, and wherein the first blended low salinity injection water and the second blended low salinity injection water each comprise variable amounts of nanofiltration permeate and reverse osmosis permeate, maintaining a composition of the first blended low salinity injection water within a first predetermined operating envelope; and maintaining a composition of the second blended low salinity injection water within a second predetermined operating envelope, wherein the first predetermined operating envelope and the second predetermined operating envelope improve an enhanced oil recovery from the first region and the second region and reduce formation damage upon injection of the first blended low salinity injection water into the first region and injection of the second blended low salinity injection water into the second region . producing a first blended low salinity injection water for injection into at least one injection well penetrating a first region of an oil-bearing reservoir ; producing a second blended low salinity injection water for injection into at least one injection well penetrating a second region of the oil-bearing reservoir , wherein the first region and the second region have a first rock composition and a second rock composition, respectively, wherein the first rock composition and the second rock composition have different risks of formation damage when exposed to a low salinity injection water, and wherein the first blended low salinity injection water and the second blended low salinity injection water each comprise variable amounts of nanofiltration permeate and reverse osmosis permeate, maintaining a composition of the first blended low salinity injection water within a first predetermined operating envelope; and maintaining a composition of the second blended low salinity injection water within a second predetermined operating envelope, wherein the first predetermined operating envelope and the second predetermined operating envelope improve an enhanced oil recovery from the first region and the second region and reduce formation damage upon injection of the first blended low salinity injection water into the first region and injection of the second blended low salinity injection water into the second region .
A lubricant for increasing the sliding capability of an item of sports equipment, in particular an item of winter sports equipment, comprising an aqueous solution comprising - an aqueous silicone emulsion, - an emulsion of a polydimethylsiloxane different from the aqueous silicone emulsion, and - a water-based formulation having methylisothiazolinone and/or benzoisothiazolinone, characterized in that a mean particle size of the aqueous silicone emulsion is less than 100 nm, preferably less than 50 nm, wherein the particle size is determined by means of dynamic light scattering and the averaging of the particle size is carried out on the basis of the arithmetic mean. - an aqueous silicone emulsion, - an emulsion of a polydimethylsiloxane different from the aqueous silicone emulsion, and - a water-based formulation having methylisothiazolinone and/or benzoisothiazolinone,
A computer-implemented method of processing an image, comprising: capturing an image of a scene; generating image data having M-bits per pixel of the image; generating a plurality of sets of simulated image data of the scene by applying different simulated exposure times to the generated image data; and generating a processed image derived from the sets of simulated image data, wherein: generating image data with M-bits per pixel includes generating image data having more than eight bits per pixel; and generating a plurality of sets of simulated image data includes generating at least two sets of simulated image data; and characterized in that generating at least two sets of simulated image data includes generating each of the sets of simulated image data by: - multiplying the generated image data by different scale factors (V#i) to generate different sets of scaled image data with P-bits per pixel, wherein P is greater than M; and - saturating the pixel values of the sets of scaled image data by limiting pixel values to a maximum value, the maximum value defined by a maximum number of n that defines a number of bits per pixel (N-bits) to produce the sets of simulated image data, wherein N is less than P and equal to 8, and wherein the image data having M-bits per pixel is an HDR image, and the processed image is a LDR image having 8 bits per pixel. capturing an image of a scene; generating image data having M-bits per pixel of the image; generating a plurality of sets of simulated image data of the scene by applying different simulated exposure times to the generated image data; and generating a processed image derived from the sets of simulated image data, generating image data with M-bits per pixel includes generating image data having more than eight bits per pixel; and generating a plurality of sets of simulated image data includes generating at least two sets of simulated image data; and characterized in that generating at least two sets of simulated image data includes generating each of the sets of simulated image data by: - multiplying the generated image data by different scale factors (V#i) to generate different sets of scaled image data with P-bits per pixel, wherein P is greater than M; and - saturating the pixel values of the sets of scaled image data by limiting pixel values to a maximum value, the maximum value defined by a maximum number of n that defines a number of bits per pixel (N-bits) to produce the sets of simulated image data, wherein N is less than P and equal to 8, and wherein the image data having M-bits per pixel is an HDR image, and the processed image is a LDR image having 8 bits per pixel. - multiplying the generated image data by different scale factors (V#i) to generate different sets of scaled image data with P-bits per pixel, wherein P is greater than M; and - saturating the pixel values of the sets of scaled image data by limiting pixel values to a maximum value, the maximum value defined by a maximum number of n that defines a number of bits per pixel (N-bits) to produce the sets of simulated image data, wherein N is less than P and equal to 8, and
A vehicle charging station for charging an electrically powered vehicle , said vehicle charging station comprising: a power source ; and a charging device coupled to said power source, said charging device configured to: control a charging process between said power source and an electrically powered vehicle; transmit, via at least one network , a first electronic message to a user, the first electronic message including a charging error and an indication that the charging process has been suspended; and receive, via the at least one network, a second electronic message from the user, the second electronic message including a user command that indicates acceptance of longer charging time, a different voltage, or a partial charge in order to allow the charging process to be resumed; resume the charging process in response to receiving the user command of the second electronic message, wherein said charging device is configured to receive a user profile from the electrically powered vehicle , wherein the user profile includes contact information, and wherein the charging device is configured to transmit the first message based on the contact information. a power source ; and a charging device coupled to said power source, said charging device configured to: control a charging process between said power source and an electrically powered vehicle; transmit, via at least one network , a first electronic message to a user, the first electronic message including a charging error and an indication that the charging process has been suspended; and receive, via the at least one network, a second electronic message from the user, the second electronic message including a user command that indicates acceptance of longer charging time, a different voltage, or a partial charge in order to allow the charging process to be resumed; resume the charging process in response to receiving the user command of the second electronic message, control a charging process between said power source and an electrically powered vehicle; transmit, via at least one network , a first electronic message to a user, the first electronic message including a charging error and an indication that the charging process has been suspended; and receive, via the at least one network, a second electronic message from the user, the second electronic message including a user command that indicates acceptance of longer charging time, a different voltage, or a partial charge in order to allow the charging process to be resumed; resume the charging process in response to receiving the user command of the second electronic message, wherein said charging device is configured to receive a user profile from the electrically powered vehicle , wherein the user profile includes contact information, and wherein the charging device is configured to transmit the first message based on the contact information.
A process for reducing the size of ethylcellulose polymer particles comprising (a) providing a slurry comprising (i) water (ii) said ethylcellulose polymer particles, wherein said ethylcellulose polymer particles have D50 of 100 μm or less; (iii) surfactant comprising 1.2% or more anionic surfactants by weight based on the solid weight of said slurry, with the proviso that if the amount of anionic surfactant is 2.5% or less by weight based on the solid weight of said slurry, then said surfactant further comprises 5% or more stabilizers by weight based on the solid weight of said slurry, wherein said stabilizer is selected from the group consisting of water-soluble polymers, water-soluble fatty alcohols, and mixtures thereof; and (b) grinding said slurry in an agitated media mill having a collection of media particles having a D50 of 500 μm or smaller, wherein the particle size distribution is measured as specified in the description. (a) providing a slurry comprising (i) water (ii) said ethylcellulose polymer particles, wherein said ethylcellulose polymer particles have D50 of 100 μm or less; (iii) surfactant comprising 1.2% or more anionic surfactants by weight based on the solid weight of said slurry, with the proviso that if the amount of anionic surfactant is 2.5% or less by weight based on the solid weight of said slurry, then said surfactant further comprises 5% or more stabilizers by weight based on the solid weight of said slurry, wherein said stabilizer is selected from the group consisting of water-soluble polymers, water-soluble fatty alcohols, and mixtures thereof; and (i) water (ii) said ethylcellulose polymer particles, wherein said ethylcellulose polymer particles have D50 of 100 μm or less; (iii) surfactant comprising 1.2% or more anionic surfactants by weight based on the solid weight of said slurry, with the proviso that if the amount of anionic surfactant is 2.5% or less by weight based on the solid weight of said slurry, then said surfactant further comprises 5% or more stabilizers by weight based on the solid weight of said slurry, wherein said stabilizer is selected from the group consisting of water-soluble polymers, water-soluble fatty alcohols, and mixtures thereof; and (b) grinding said slurry in an agitated media mill having a collection of media particles having a D50 of 500 μm or smaller,
A downlink data transmission method, comprising: generating a downlink data frame, wherein duration of the downlink data frame is one transmission time interval, TTI; and the downlink data frame comprises a control part located at a header of the downlink data frame and a data part used for transmitting data of a plurality of user equipments, UEs, wherein time resources occupied by data of at least two UEs in the data of the plurality of UEs are different; and the control part carries information about a time location and a frequency location that are allocated to data of each UE in the data of the plurality of UEs; and sending the control part by using a first beam and the data part by using a second beam, wherein there is a time interval used for beam switching between the control part and the data part. generating a downlink data frame, wherein duration of the downlink data frame is one transmission time interval, TTI; and the downlink data frame comprises a control part located at a header of the downlink data frame and a data part used for transmitting data of a plurality of user equipments, UEs, wherein time resources occupied by data of at least two UEs in the data of the plurality of UEs are different; and the control part carries information about a time location and a frequency location that are allocated to data of each UE in the data of the plurality of UEs; and sending the control part by using a first beam and the data part by using a second beam, wherein there is a time interval used for beam switching between the control part and the data part.