mhurhangee/patent-ind-claim-en huggingface dataset:
A method for extracting pea proteins, comprising the steps of: (a) providing an aqueous composition comprising pea proteins; (b) isolating said pea proteins from said aqueous composition comprising pea proteins; (c) obtaining said isolated pea proteins as an aqueous slurry having a pH ranging from 4.0 to 5.8; and (d) subjecting said aqueous slurry having a pH ranging from 4.0 to 5.8 to a temperature ranging from 75°C to 210°C; wherein step (b) comprises adjusting the pH of said aqueous composition comprising pea proteins to a value ranging from 4.0 to 5.8, preferably ranging from 4.5 to 5.5; wherein step (d) comprises subjecting said precipitated pea proteins to a heat treatment at a temperature ranging from 115°C to 210°C for a time ranging from 15 s to 0.01 s; at a temperature ranging from 95°C to 115°C for a time ranging from 5 min to 15 s; at a temperature ranging from 75°C to 95°C for a time ranging from 15 min to 5 min; at a temperature ranging from 75°C to 110°C for a time ranging from 10 min to 2 min; at a temperature ranging from 80°C to 100°C for a time ranging from 8 min to 5 min; or at a temperature ranging from 130°C to 150°C for a time ranging from 8 s to 1 s. (a) providing an aqueous composition comprising pea proteins; (b) isolating said pea proteins from said aqueous composition comprising pea proteins; (c) obtaining said isolated pea proteins as an aqueous slurry having a pH ranging from 4.0 to 5.8; and (d) subjecting said aqueous slurry having a pH ranging from 4.0 to 5.8 to a temperature ranging from 75°C to 210°C; wherein step (b) comprises adjusting the pH of said aqueous composition comprising pea proteins to a value ranging from 4.0 to 5.8, preferably ranging from 4.5 to 5.5; wherein step (d) comprises subjecting said precipitated pea proteins to a heat treatment at a temperature ranging from 115°C to 210°C for a time ranging from 15 s to 0.01 s; at a temperature ranging from 95°C to 115°C for a time ranging from 5 min to 15 s; at a temperature ranging from 75°C to 95°C for a time ranging from 15 min to 5 min; at a temperature ranging from 75°C to 110°C for a time ranging from 10 min to 2 min; at a temperature ranging from 80°C to 100°C for a time ranging from 8 min to 5 min; or at a temperature ranging from 130°C to 150°C for a time ranging from 8 s to 1 s.
A method for transmitting data in an unauthorized frequency band performed by a network node, comprising: determining a starting position of to-be-transmitted data in a radio frame in the unauthorized frequency band ; determining position indication information based on the starting position ; and transmitting the position indication information, to enable a terminal to obtain the starting position of the to-be-transmitted data in an incomplete subframe in the unauthorized frequency band based on the position indication information , wherein the position indication information is transmitted via a signaling, the signaling is carried on a specified OFDM symbol in the radio frame, and the specified OFDM symbol is agreed on by a network device and the terminal in advance. determining a starting position of to-be-transmitted data in a radio frame in the unauthorized frequency band ; determining position indication information based on the starting position ; and transmitting the position indication information, to enable a terminal to obtain the starting position of the to-be-transmitted data in an incomplete subframe in the unauthorized frequency band based on the position indication information , wherein the position indication information is transmitted via a signaling, the signaling is carried on a specified OFDM symbol in the radio frame, and the specified OFDM symbol is agreed on by a network device and the terminal in advance.
An image reading device comprising: a photoelectric transducer that includes a color reading sensor, a monochrome reading sensor, and a signal-charge draining unit , the photoelectric transducer being capable of reading an image of an original in any one of a color reading mode and a monochrome reading mode; and a drive control unit that controls driving of the photoelectric transducer and selects the color reading mode or the monochrome reading mode, in which the photoelectric transducer is to read the image of the original, wherein the signal-charge draining unit drains, by a reset pulse that is a signal of pulse form provided from the drive control unit when the image is read, a signal charge output from the color reading sensor or the monochrome reading sensor; the drive control unit outputs a reset pulse of a certain width when the image is read, at switching from the color reading mode to the monochrome reading mode or from the monochrome reading mode to the color reading mode; the drive control unit asserts the reset pulse before the drive control unit performs the switching from the color reading mode to the monochrome reading mode or from the monochrome reading mode to the color reading mode; and the drive control unit negates the reset pulse when a predetermined period of time has elapsed since the switching, wherein during the time when the reset pulse is kept asserted, a plurality of pulse duties of a clamp pulse elapse, said clamp pulse having a predetermined pulse duty. a photoelectric transducer that includes a color reading sensor, a monochrome reading sensor, and a signal-charge draining unit , the photoelectric transducer being capable of reading an image of an original in any one of a color reading mode and a monochrome reading mode; and a drive control unit that controls driving of the photoelectric transducer and selects the color reading mode or the monochrome reading mode, in which the photoelectric transducer is to read the image of the original, wherein the signal-charge draining unit drains, by a reset pulse that is a signal of pulse form provided from the drive control unit when the image is read, a signal charge output from the color reading sensor or the monochrome reading sensor; the drive control unit outputs a reset pulse of a certain width when the image is read, at switching from the color reading mode to the monochrome reading mode or from the monochrome reading mode to the color reading mode; the drive control unit asserts the reset pulse before the drive control unit performs the switching from the color reading mode to the monochrome reading mode or from the monochrome reading mode to the color reading mode; and the drive control unit negates the reset pulse when a predetermined period of time has elapsed since the switching, wherein during the time when the reset pulse is kept asserted, a plurality of pulse duties of a clamp pulse elapse, said clamp pulse having a predetermined pulse duty.
A system for performing a medical procedure in an intestine of a patient, comprising: a first catheter for insertion into the intestine, the first catheter comprising: an elongate shaft comprising a distal portion; and a functional assembly positioned on the shaft distal portion and comprising at least one functional element and a vacuum port ; a console operably attachable to the first catheter functional assembly and comprising one or more variable console settings used to control the functional assembly ; and at least one sensor constructed and arranged to produce a sensor signal related to at least one of an anatomic parameter of the intestine or a physiologic parameter of the intestine, and characterized in that the at least one sensor comprises one or more sensors configured to produce a signal related to the level of engagement of the vacuum port with tissue; wherein at least one console setting is configured to be adjusted based on the sensor signal. a first catheter for insertion into the intestine, the first catheter comprising: an elongate shaft comprising a distal portion; and a functional assembly positioned on the shaft distal portion and comprising at least one functional element and a vacuum port ; an elongate shaft comprising a distal portion; and a functional assembly positioned on the shaft distal portion and comprising at least one functional element and a vacuum port ; a console operably attachable to the first catheter functional assembly and comprising one or more variable console settings used to control the functional assembly ; and at least one sensor constructed and arranged to produce a sensor signal related to at least one of an anatomic parameter of the intestine or a physiologic parameter of the intestine,
Method for producing a stitch-bonded non-woven loop fabric composite structure , in which method - a fibrous pile and/or fibrous fleece and a first substrate web are fed to the operating point of a warp-knitting machine; - the fibres of the fibrous pile or fibrous fleece by means of loop-forming elements are pulled through the first substrate web , on one side of the first substrate web are shaped so as to form fibrous loops of a first fibrous loop layer , and on the other side of the first substrate web are shaped so as to form closed pile fibre loops from pile fibre strands (3"), characterized in that - a first fibrous pile stitch-bonded non-woven fabric thus produced is fed to the operating point of a warp-knitting machine; and - the fibres of the closed pile fibre loops by means of loop-forming elements are shaped so as to form fibrous loops of a second fibrous loop layer . - a fibrous pile and/or fibrous fleece and a first substrate web are fed to the operating point of a warp-knitting machine; - the fibres of the fibrous pile or fibrous fleece by means of loop-forming elements are pulled through the first substrate web , on one side of the first substrate web are shaped so as to form fibrous loops of a first fibrous loop layer , and on the other side of the first substrate web are shaped so as to form closed pile fibre loops from pile fibre strands (3"), characterized in that - a first fibrous pile stitch-bonded non-woven fabric thus produced is fed to the operating point of a warp-knitting machine; and - the fibres of the closed pile fibre loops by means of loop-forming elements are shaped so as to form fibrous loops of a second fibrous loop layer .
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a frame for covering the upper, lower, left, and right surfaces of the battery cell stack ; a busbar frame for covering the front and rear surfaces of the battery cell stack ; and a support part which is formed by protruding from the lower end of the busbar frame , wherein a guide is formed in the support part , and the support part is inserted into the inside of the frame along the guide , wherein the guide is formed so as to become convex upward, wherein a chamfered part is formed at an end part of the guide . a battery cell stack in which a plurality of battery cells are stacked; a frame for covering the upper, lower, left, and right surfaces of the battery cell stack ; a busbar frame for covering the front and rear surfaces of the battery cell stack ; and a support part which is formed by protruding from the lower end of the busbar frame , wherein a guide is formed in the support part , and the support part is inserted into the inside of the frame along the guide , wherein the guide is formed so as to become convex upward, wherein a chamfered part is formed at an end part of the guide .
A compound selected from the group consisting of the following compounds or pharmaceutically acceptable salts thereof:
A gas turbine blade, comprising: a cooling channel formed in the gas turbine blade ; a partition disposed on a tip side of the gas turbine blade for isolating the cooling channel from an outside of the gas turbine blade ; and a tip end wall formed to extend from a tip of a blade portion toward the outside in a radial direction; a plurality of reinforcements provided along a boundary between an outer surface of the partition and an inner surface of the tip end wall , the reinforcements being spaced apart from each other; a plurality of outer surface cooling holes extending from the cooling channel into communication with an outer surface of the blade portion; and a plurality of inner surface cooling holes extending from the cooling channel into communication with the inner surface of the tip end wall through the partition , characterized in that an inner surface cooling hole is in communication with the cooling channel and a space outside the gas turbine blade between adjacent reinforcements , and an opening on an outlet side of the inner surface cooling hole is located on the tip end wall side of the partition , wherein the inner surface cooling hole is formed to inject a cooling medium along the inner surface of the tip end wall or toward the inner surface of the tip end wall , wherein an outer surface cooling hole is disposed to have a hole part penetrating the partition superimposed over an arrangement area of a reinforcement when viewing the blade portion from the outside in the radial direction. a cooling channel formed in the gas turbine blade ; a partition disposed on a tip side of the gas turbine blade for isolating the cooling channel from an outside of the gas turbine blade ; and a tip end wall formed to extend from a tip of a blade portion toward the outside in a radial direction; a plurality of reinforcements provided along a boundary between an outer surface of the partition and an inner surface of the tip end wall , the reinforcements being spaced apart from each other; a plurality of outer surface cooling holes extending from the cooling channel into communication with an outer surface of the blade portion; and a plurality of inner surface cooling holes extending from the cooling channel into communication with the inner surface of the tip end wall through the partition , characterized in that an inner surface cooling hole is in communication with the cooling channel and a space outside the gas turbine blade between adjacent reinforcements , and an opening on an outlet side of the inner surface cooling hole is located on the tip end wall side of the partition , wherein the inner surface cooling hole is formed to inject a cooling medium along the inner surface of the tip end wall or toward the inner surface of the tip end wall , wherein an outer surface cooling hole is disposed to have a hole part penetrating the partition superimposed over an arrangement area of a reinforcement when viewing the blade portion from the outside in the radial direction.
Timepiece component including on at least one part of its surface a coating formed of one or more layers of organic pigments, characterised in that it comprises on at least one part of its surface a pattern with or without relief, visible through the layer or layers.
An apparatus for draining and forming curd, said apparatus comprising: a casing arranged in a vertical direction (V), a module which is removably inserted into the casing and comprises a column arranged to extend in the vertical direction (V), a distribution arrangement arranged above the module to distribute a mixture of curd and whey into the column , and a base unit arranged beneath the module to receive drained curd from the column , wherein the column comprises non-perforated sections (B1-B3) and perforated sections (P1-P3), which alternate in the vertical direction (V) of the column , said module further comprising a plurality of horizontal dividers (21-25), which are arranged to define a vertical sequence of drainage chambers (D1-D3) inside the casing , each of the drainage chambers (D1-D3) being configured for receiving whey from the mixture in the column through at least one perforated section (P1-P3) of the column , and wherein the vertical sequence of drainage chambers (D1-D3) comprises a lower drainage chamber (D2; D3), which is arranged beneath an upper drainage chamber (D1; D2), characterized in that the interior volume of the lower drainage chamber (D2; D3) is smaller than the interior volume of the upper drainage chamber (D1; D2). a casing arranged in a vertical direction (V), a module which is removably inserted into the casing and comprises a column arranged to extend in the vertical direction (V), a distribution arrangement arranged above the module to distribute a mixture of curd and whey into the column , and a base unit arranged beneath the module to receive drained curd from the column , wherein the column comprises non-perforated sections (B1-B3) and perforated sections (P1-P3), which alternate in the vertical direction (V) of the column , said module further comprising a plurality of horizontal dividers (21-25), which are arranged to define a vertical sequence of drainage chambers (D1-D3) inside the casing , each of the drainage chambers (D1-D3) being configured for receiving whey from the mixture in the column through at least one perforated section (P1-P3) of the column , and wherein the vertical sequence of drainage chambers (D1-D3) comprises a lower drainage chamber (D2; D3), which is arranged beneath an upper drainage chamber (D1; D2), characterized in that the interior volume of the lower drainage chamber (D2; D3) is smaller than the interior volume of the upper drainage chamber (D1; D2).
A process for fabric bleaching comprising the following steps: preparing a first water bath with a wetting agent and the fabric; wherein the first water bath is warmed to a first temperature up to a maximum of 40-60 °C and the pH of the bath is at a maximum of pH 5.5 - 8; adding an enzyme blend to the bath, wherein the enzyme blend comprises at least 3 of the following enzymes: alpha-amylase, beta-amylase, pectate lyase, cellulase, endoglucanase, lipase; maintaining the first temperature of the bath during the enzymatic reaction; adding a peroxide donor and a bleaching activator to the bath; warming the bath to a second temperature of a minimum of 75 °C for the peroxidation reaction; wherein the peroxide donor concentration is from 10 to 15 g/l, wherein the bleaching activator concentration is from 1 to 3 g/l; wherein the peroxide donor is sodium percarbonate, sodium perborate or a mixture thereof. preparing a first water bath with a wetting agent and the fabric; wherein the first water bath is warmed to a first temperature up to a maximum of 40-60 °C and the pH of the bath is at a maximum of pH 5.5 - 8; adding an enzyme blend to the bath, wherein the enzyme blend comprises at least 3 of the following enzymes: alpha-amylase, beta-amylase, pectate lyase, cellulase, endoglucanase, lipase; maintaining the first temperature of the bath during the enzymatic reaction; adding a peroxide donor and a bleaching activator to the bath; warming the bath to a second temperature of a minimum of 75 °C for the peroxidation reaction; wherein the peroxide donor concentration is from 10 to 15 g/l, wherein the bleaching activator concentration is from 1 to 3 g/l; wherein the peroxide donor is sodium percarbonate, sodium perborate or a mixture thereof.
A method comprising: receiving, by a wireless device in a radio resource control, RRC, inactive state from a base station, a timer value of a small data transmission, SDT, timer for transitioning the wireless device to an RRC idle state; based on initiating an SDT procedure to transmit or receive SDT data in the RRC inactive state: transmitting, by the wireless device to the base station, an RRC resume request message; and starting the SDT timer for transitioning the wireless device to the RRC idle state; and while the SDT timer is running and during the SDT procedure: transmitting, by the wireless device to the base station, a request to restart the SDT timer; and receiving, from the base station and during the SDT procedure, a parameter indicating to restart the SDT timer. receiving, by a wireless device in a radio resource control, RRC, inactive state from a base station, a timer value of a small data transmission, SDT, timer for transitioning the wireless device to an RRC idle state; based on initiating an SDT procedure to transmit or receive SDT data in the RRC inactive state: transmitting, by the wireless device to the base station, an RRC resume request message; and starting the SDT timer for transitioning the wireless device to the RRC idle state; and transmitting, by the wireless device to the base station, an RRC resume request message; and starting the SDT timer for transitioning the wireless device to the RRC idle state; and while the SDT timer is running and during the SDT procedure: transmitting, by the wireless device to the base station, a request to restart the SDT timer; and receiving, from the base station and during the SDT procedure, a parameter indicating to restart the SDT timer. transmitting, by the wireless device to the base station, a request to restart the SDT timer; and receiving, from the base station and during the SDT procedure, a parameter indicating to restart the SDT timer.
Bearing arrangement for a wind turbine or a tidal turbine comprising a tower and a nacelle, the bearing arrangement having a lower part , which can be fastened on the tower, and having an upper part , which can be fastened on the nacelle, having a bearing , in order to allow rotation of the nacelle in relation to the tower, and having an arresting device , in order to arrest the nacelle in a fixed position in relation to the tower, wherein the arresting device has a braking mechanism comprising a brake disc and at least one brake calliper , characterized in that the bearing arrangement has a seal arrangement , which is integrated in the bearing arrangement and is designed to seal the bearing in relation to the ingress of water and/or dirt, wherein the seal arrangement has a plurality of radial seals and a bushing interacting therewith, the radial seals sealing against the bushing, wherein the seal arrangement has a seal flange ring for screwing to an outer ring of the bearing arrangement . having a bearing , in order to allow rotation of the nacelle in relation to the tower, and having an arresting device , in order to arrest the nacelle in a fixed position in relation to the tower, wherein the arresting device has a braking mechanism comprising a brake disc and at least one brake calliper , characterized in that the bearing arrangement has a seal arrangement , which is integrated in the bearing arrangement and is designed to seal the bearing in relation to the ingress of water and/or dirt, wherein the seal arrangement has a plurality of radial seals and a bushing interacting therewith, the radial seals sealing against the bushing, wherein the seal arrangement has a seal flange ring for screwing to an outer ring of the bearing arrangement .
A computer implemented method for transforming a program-event-recording event into a run-time instrumentation event, the method comprising: enabling run-time instrumentation for collecting instrumentation information of an instruction stream executing on a processor; detecting , by the processor, a program-event-recording (PER) event, the PER event associated with the instruction stream executing on the processor; and writing a PER event record to a collection buffer as a run-time instrumentation event based on detecting the PER event, the PER event record identifying the PER event, and characterized in that detecting the PER event further comprises: intercepting a PER interruption condition associated with the PER event such that the instruction stream executing on the processor is not interrupted by a PER interruption associated with the PER interruption condition. enabling run-time instrumentation for collecting instrumentation information of an instruction stream executing on a processor; detecting , by the processor, a program-event-recording (PER) event, the PER event associated with the instruction stream executing on the processor; and writing a PER event record to a collection buffer as a run-time instrumentation event based on detecting the PER event, the PER event record identifying the PER event, and characterized in that detecting the PER event further comprises: intercepting a PER interruption condition associated with the PER event such that the instruction stream executing on the processor is not interrupted by a PER interruption associated with the PER interruption condition.