mhurhangee/ep-ind-claims huggingface dataset:
A bakery product having an inner part with a croissant-like texture and a crust similar to that of bread and having, in percentage by weight of the total weight, a fat content comprised between 7.0 and 10.0%, a content of simple sugars comprised between 5.0 and 7.0%, obtainable by a process comprising the steps of: a) kneading a mixture comprising wheat flour, water, salt, sugar, yeast; b) rolling the dough obtained from step a) to obtain a sheet of dough of a predetermined thickness; c) incorporating into said sheet of dough at least one vegetable fat by means of folding and rolling operations; d) subjecting the dough sheet obtained from step c), after restoring said predetermined thickness, to shaping operations, thus obtaining croissant-shaped semifinished products; e) subjecting said semifinished products to leavening; f) baking in an oven the leavened semifinished products obtained from step e); wherein the sugar contained in the mixture of step a) is sucrose and constitutes from 2.0 to 4.0 % by weight of the total weight of the sheet of dough obtained from step c) and wherein said at least one vegetable fat constitutes from 10.0 to 14.0 % by weight of the total weight of said sheet of dough obtained from step c). a) kneading a mixture comprising wheat flour, water, salt, sugar, yeast; b) rolling the dough obtained from step a) to obtain a sheet of dough of a predetermined thickness; c) incorporating into said sheet of dough at least one vegetable fat by means of folding and rolling operations; d) subjecting the dough sheet obtained from step c), after restoring said predetermined thickness, to shaping operations, thus obtaining croissant-shaped semifinished products; e) subjecting said semifinished products to leavening; f) baking in an oven the leavened semifinished products obtained from step e); wherein the sugar contained in the mixture of step a) is sucrose and constitutes from 2.0 to 4.0 % by weight of the total weight of the sheet of dough obtained from step c) and wherein said at least one vegetable fat constitutes from 10.0 to 14.0 % by weight of the total weight of said sheet of dough obtained from step c).
A fluid transfer pump, comprising: a housing; a pump unit, comprising an impeller; an electric motor assembly configured to drive the impeller to rotate around an axis of the impeller; and a power supply mounting base configured to receive a power supply for supplying electricity to the pump unit, characterised in that the fluid transfer pump further comprises: a speed change mechanism arranged between the pump unit and the electric motor assembly, wherein an internal space of the housing is divided into a plurality of areas (131, 132, 133) by at least one separator, the electric motor assembly comprises an electric motor, and a fan driven by the electric motor and adjacent to one end of the electric motor, and the fan and the other end of the electric motor are respectively located in different areas. a housing; a pump unit, comprising an impeller; an electric motor assembly configured to drive the impeller to rotate around an axis of the impeller; and a power supply mounting base configured to receive a power supply for supplying electricity to the pump unit, characterised in that the fluid transfer pump further comprises: a speed change mechanism arranged between the pump unit and the electric motor assembly, wherein an internal space of the housing is divided into a plurality of areas (131, 132, 133) by at least one separator, the electric motor assembly comprises an electric motor, and a fan driven by the electric motor and adjacent to one end of the electric motor, and the fan and the other end of the electric motor are respectively located in different areas. a speed change mechanism arranged between the pump unit and the electric motor assembly, wherein an internal space of the housing is divided into a plurality of areas (131, 132, 133) by at least one separator, the electric motor assembly comprises an electric motor, and a fan driven by the electric motor and adjacent to one end of the electric motor, and the fan and the other end of the electric motor are respectively located in different areas.
A method for evaluating the relative robustness of different proteins in solution, the method comprising the steps of: pumping a protein solution around a cross-flow filtration loop at various flow conditions prior to a filter being fitted to the cross-flow filtration loop, monitoring the rate of protein damage, then, after a given time, or a given pumped volume, or a given level of protein damage, introducing a filter to the loop, subsequently monitoring the level of protein damaged, and assessing whether the filter is removing protein aggregates, has no effect or contributes to protein damage, wherein pumping the protein solution is carried out with a peristaltic pump suitable for cross-flow filtration in protein treatment having a pump head, wherein the pump head comprises a stepped occlusion plate and at least one pump roller, wherein a tubing is to be arranged between the stepped occlusion plate and the at least one pump roller, wherein the stepped occlusion plate has an initial tubing compression lead in section, a constant compression lead in section, a lead in-to-pumping step, a constant full tube compression pumping section, a pumping-to-lead out step, a constant compression lead out section, and a final tubing decompression lead out section, wherein the initial tubing compression lead in section is adapted to provide an initial rapid tubing compression, wherein the constant compression lead in section and the constant compression lead out section are adapted to bring the internal tubing surfaces close to each other but not such that they are touching, wherein the lead in-to-pumping step and the pumping-to-lead out step are adapted to fully pinch the tubing closed by the at least one roller, and wherein the final tubing decompression lead out section is adapted to provide a rapid full decompression of the tubing. pumping a protein solution around a cross-flow filtration loop at various flow conditions prior to a filter being fitted to the cross-flow filtration loop, monitoring the rate of protein damage, then, after a given time, or a given pumped volume, or a given level of protein damage, introducing a filter to the loop, subsequently monitoring the level of protein damaged, and assessing whether the filter is removing protein aggregates, has no effect or contributes to protein damage, an initial tubing compression lead in section, a constant compression lead in section, a lead in-to-pumping step, a constant full tube compression pumping section, a pumping-to-lead out step, a constant compression lead out section, and a final tubing decompression lead out section,
A method for selecting a sampling clock signal, wherein the method is applied to a receiver device, the receiver device comprising a logic chip and a selector, and the logic chip being connected to the selector; the receiver device further comprising a receive data line, RXD and a receive clock line, RXC, and the logic chip is connected to the RXD and the RXC respectively; the selector is a 2-to-1 selector, and the selector is connected to the RXC, and is also connected to the RXC through an inverter; and the method for selecting a sampling clock signal comprises: obtaining, by the logic chip, a data signal from the RXD and a clock signal from the RXC; obtaining, by the logic chip, a data edge of the data signal and a clock edge of the clock signal, selecting a rising edge or a falling edge of the clock signal nearest to a middle position of a data pulse of the data signal as a sampling edge by detecting relative position of the data edge and the clock edge, and sending a selecting signal corresponding to the sampling edge to the selector; and selecting, by the selector, the clock signal obtained from the RXC or an inverted clock signal obtained from the inverter as a sampling clock signal according to the selecting signal. obtaining, by the logic chip, a data signal from the RXD and a clock signal from the RXC; obtaining, by the logic chip, a data edge of the data signal and a clock edge of the clock signal, selecting a rising edge or a falling edge of the clock signal nearest to a middle position of a data pulse of the data signal as a sampling edge by detecting relative position of the data edge and the clock edge, and sending a selecting signal corresponding to the sampling edge to the selector; and selecting, by the selector, the clock signal obtained from the RXC or an inverted clock signal obtained from the inverter as a sampling clock signal according to the selecting signal.
A gas turbine engine defining a gas flow path, the gas turbine engine comprising: a strut (102; 300; 500) extending into the gas flow path, the strut having: an interior cavity (204; 302; 502;) operative to receive pressurized air; an outer surface (208; 508); and ports (206; 310, 312, 314, 316, 318; 504) communicating between the interior cavity of the strut and the outer surface, the ports being operative to receive the pressurized air from the interior and emit the pressurized air into the gas flow path; wherein the strut (102; 300; 500) has two opposing sides, each of the sides having an upstream portion and a downstream portion, characterised in that each of said downstream portions exhibits a shape convex towards the strut interior, and in that the ports (206; 310, 312, 314, 316, 318; 504) are located on the convex shape of the downstream portion of both of the sides. a strut (102; 300; 500) extending into the gas flow path, the strut having: an interior cavity (204; 302; 502;) operative to receive pressurized air; an outer surface (208; 508); and ports (206; 310, 312, 314, 316, 318; 504) communicating between the interior cavity of the strut and the outer surface, the ports being operative to receive the pressurized air from the interior and emit the pressurized air into the gas flow path; an interior cavity (204; 302; 502;) operative to receive pressurized air; an outer surface (208; 508); and ports (206; 310, 312, 314, 316, 318; 504) communicating between the interior cavity of the strut and the outer surface, the ports being operative to receive the pressurized air from the interior and emit the pressurized air into the gas flow path; wherein the strut (102; 300; 500) has two opposing sides, each of the sides having an upstream portion and a downstream portion, characterised in that each of said downstream portions exhibits a shape convex towards the strut interior, and in that the ports (206; 310, 312, 314, 316, 318; 504) are located on the convex shape of the downstream portion of both of the sides.
A system comprising: at least one processor; and a memory storing instructions that, when executed by the at least one processor, perform a method for providing direct memory access, comprising: receiving an indication of a memory access request for one or more pages of a memory by a peripheral component interconnect express, PCI-e, device, wherein the indication is received when it is determined that requested memory is unmapped; generating a request to a memory paging processor to page-in the one or more pages; receiving, from the memory paging processor, an indication that the one or more pages are available in the memory; providing an indication that the one or more pages are available in the memory; buffering the memory access request; and when it is determined that the one or more pages are available in the memory, replaying the buffered memory access request. at least one processor; and a memory storing instructions that, when executed by the at least one processor, perform a method for providing direct memory access, comprising: receiving an indication of a memory access request for one or more pages of a memory by a peripheral component interconnect express, PCI-e, device, wherein the indication is received when it is determined that requested memory is unmapped; generating a request to a memory paging processor to page-in the one or more pages; receiving, from the memory paging processor, an indication that the one or more pages are available in the memory; providing an indication that the one or more pages are available in the memory; receiving an indication of a memory access request for one or more pages of a memory by a peripheral component interconnect express, PCI-e, device, wherein the indication is received when it is determined that requested memory is unmapped; generating a request to a memory paging processor to page-in the one or more pages; receiving, from the memory paging processor, an indication that the one or more pages are available in the memory; providing an indication that the one or more pages are available in the memory; buffering the memory access request; and when it is determined that the one or more pages are available in the memory, replaying the buffered memory access request.
A method comprising: (a) combining a polynucleotide and an amplification reagent mixture at a first temperature to form a reaction mixture, wherein (i) the amplification reagent mixture comprises a pH sensitive chelating agent, divalent ions, a nicking endonuclease, a DNA or RNA polymerase, and a temperature sensitive buffer and (ii) the divalent ions are reversibly bound to the pH sensitive chelating agent in solution at the first temperature such that amplification of the polynucleotide does not occur, and (b) adjusting the pH of the reaction mixture by changing the temperature of the reaction mixture from the first temperature to a second temperature to release the reversibly bound divalent ions, thereby initiating amplification of the polynucleotide; wherein the first temperature is between 10°C and 30°C and the second temperature is between 40°C and 70°C. (a) combining a polynucleotide and an amplification reagent mixture at a first temperature to form a reaction mixture, wherein (i) the amplification reagent mixture comprises a pH sensitive chelating agent, divalent ions, a nicking endonuclease, a DNA or RNA polymerase, and a temperature sensitive buffer and (ii) the divalent ions are reversibly bound to the pH sensitive chelating agent in solution at the first temperature such that amplification of the polynucleotide does not occur, and (i) the amplification reagent mixture comprises a pH sensitive chelating agent, divalent ions, a nicking endonuclease, a DNA or RNA polymerase, and a temperature sensitive buffer and (ii) the divalent ions are reversibly bound to the pH sensitive chelating agent in solution at the first temperature such that amplification of the polynucleotide does not occur, and (b) adjusting the pH of the reaction mixture by changing the temperature of the reaction mixture from the first temperature to a second temperature to release the reversibly bound divalent ions, thereby initiating amplification of the polynucleotide; wherein the first temperature is between 10°C and 30°C and the second temperature is between 40°C and 70°C.
A method of wireless communication, said method performed by an apparatus within a user equipment, UE, and comprising: determining in an implicit manner based on information received from a base station that a subframe is configured for enhanced physical downlink control channel, EPDCCH, monitoring; determining in response thereto whether a physical multicast channel, PMCH, has a higher priority than the EPDCCH; monitoring, within said subframe, for a legacy physical downlink control channel, PDCCH, instead of the EPDCCH in response to the PMCH having a higher priority than the EPDCCH, wherein the step of monitoring for a legacy PDCCH comprises monitoring for a PMCH comprised within said legacy PDCCH; and communicating with said base station in accordance with the determinations. determining in an implicit manner based on information received from a base station that a subframe is configured for enhanced physical downlink control channel, EPDCCH, monitoring; determining in response thereto whether a physical multicast channel, PMCH, has a higher priority than the EPDCCH; monitoring, within said subframe, for a legacy physical downlink control channel, PDCCH, instead of the EPDCCH in response to the PMCH having a higher priority than the EPDCCH, wherein the step of monitoring for a legacy PDCCH comprises monitoring for a PMCH comprised within said legacy PDCCH; and communicating with said base station in accordance with the determinations.
Fan unit for an extractor hood, which has a fan housing which has at least one fastening apparatus for fastening at least one fan to the fan housing, and which furthermore comprises at least one fan, wherein the fan housing consists of at least two housing parts (110, 111), which comprise an upper part, which forms a circular segment or spiral segment and additionally the air outlet, and a lower part, which forms a circular segment or spiral segment of the interior, of the fan housing, characterised in that the fastening apparatus is formed in the region of the separating plane of the at least two housing parts (110, 111) in at least one of the housing parts (110, 111), that the fan is fastened in the fan housing to the at least one fastening apparatus, that the separating plane lies in or parallel to the axis of rotation of the fan and that the fastening apparatus has a fastening geometry which, or the cross-section thereof, deviates from a rotation-symmetrical geometry along the height direction of the fan housing and that the fastening apparatus is a bulge in the rear wall of the fan housing and the rear wall, after assembly of the fan housing, represents a closed wall.
A grease extraction device for extracting leaked grease from a leaked grease accumulation region at a base of a wind turbine generator housing, comprising: an intake conduit having an inlet for location at the leaked grease accumulation region; a collection chamber connected to the intake conduit for collecting leaked grease drawn through the intake conduit; and a vacuum pump for generating a negative pressure in the intake conduit for drawing in leaked grease through the inlet to the collection chamber. an intake conduit having an inlet for location at the leaked grease accumulation region; a collection chamber connected to the intake conduit for collecting leaked grease drawn through the intake conduit; and a vacuum pump for generating a negative pressure in the intake conduit for drawing in leaked grease through the inlet to the collection chamber.
A control method of a mobile robot comprising: first illumination value measurement of, by the mobile robot, measuring a first illumination value in a travel area in which the mobile robot travels, and executing a first task for the travel area; recharging (S30-S40) of, by the mobile robot, stopping the first task and performing recharging when a charged amount of a battery is insufficient in a state in which the mobile robot incompletely executes the first task for the travel area; second illumination value measurement of, by the mobile robot, measuring a second illumination value in the travel area after the mobile robot completes recharging; and task execution determination of, by the mobile robot, comparing the second illumination value with a predetermined reference illumination value and the first illumination value, thereby subsequently executing the first task or determining no subsequent execution of the first task, wherein, in the task execution determination, the mobile robot does not subsequently execute the first task when the second illumination value is smaller than the reference illumination value, and a difference between the second illumination value and the first illumination value is greater than a predetermined reference difference value. first illumination value measurement of, by the mobile robot, measuring a first illumination value in a travel area in which the mobile robot travels, and executing a first task for the travel area; recharging (S30-S40) of, by the mobile robot, stopping the first task and performing recharging when a charged amount of a battery is insufficient in a state in which the mobile robot incompletely executes the first task for the travel area; second illumination value measurement of, by the mobile robot, measuring a second illumination value in the travel area after the mobile robot completes recharging; and task execution determination of, by the mobile robot, comparing the second illumination value with a predetermined reference illumination value and the first illumination value, thereby subsequently executing the first task or determining no subsequent execution of the first task, wherein, in the task execution determination, the mobile robot does not subsequently execute the first task when the second illumination value is smaller than the reference illumination value, and a difference between the second illumination value and the first illumination value is greater than a predetermined reference difference value.
A descender device (1, 101) for enabling a suspended body to be lowered, the descender device comprising: a descent line (23, 61, 123); a release element (19, 64, 119) to be actuated by a person, the release element (19, 64, 119) arranged in a restraint configuration to inhibit the descent line (23, 61, 123) from being deployed and in a release configuration to permit the descent line (23, 61, 123) to be deployed; wherein, the release element (19, 64, 119) is connected to a pull tether (21, 68, 121), which pull tether has a finger pull portion to be gripped by a user, and also, spaced from the finger pull portion, a second pull formation, characterised in that the second pull formation comprises a loop or ring secured with respect to the pull tether (21, 68, 121) and arranged to stand proud of the user when the device is mounted to the user. a descent line (23, 61, 123); a release element (19, 64, 119) to be actuated by a person, the release element (19, 64, 119) arranged in a restraint configuration to inhibit the descent line (23, 61, 123) from being deployed and in a release configuration to permit the descent line (23, 61, 123) to be deployed; wherein, the release element (19, 64, 119) is connected to a pull tether (21, 68, 121), which pull tether has a finger pull portion to be gripped by a user, and also, spaced from the finger pull portion, a second pull formation, characterised in that the second pull formation comprises a loop or ring secured with respect to the pull tether (21, 68, 121) and arranged to stand proud of the user when the device is mounted to the user.