mhurhangee/ep-ind-claims huggingface dataset:
A heterogeneous polymer blend, comprising: (a) one or more anionic polymers formed from monomers selected from the group consisting of: acrylic acid, methacrylic acid, styrenesulfonic acid, vinylsulfonic acid, acrylamidomethylpropane sulfonic acid, and mixtures thereof; (b) one or more cationic polymers formed from monomers selected from the group consisting of: diallyldimethylammonium chloride, acryloylethyltrimethyl ammonium chloride methacryloylethyl trimethyl ammonium chloride, acryloylethyltrimethylammonium sulfate methacryloylethyl trimethyl ammonium sulfate, acrylamidopropyltrimethyl ammonium chloride, methacrylamidopropyl trimethyl ammonium chloride, non-quaternized forms of -, vinylformamide (subsequently hydrolyzed to vinylamine), and mixtures thereof; (c) one or more non-ionic polymers formed from monomers from the group consisting of: acrylamide, methacrylamide, N-alkylacrylamide, vinylformamide, and mixtures thereof. (a) one or more anionic polymers formed from monomers selected from the group consisting of: acrylic acid, methacrylic acid, styrenesulfonic acid, vinylsulfonic acid, acrylamidomethylpropane sulfonic acid, and mixtures thereof; (b) one or more cationic polymers formed from monomers selected from the group consisting of: diallyldimethylammonium chloride, acryloylethyltrimethyl ammonium chloride methacryloylethyl trimethyl ammonium chloride, acryloylethyltrimethylammonium sulfate methacryloylethyl trimethyl ammonium sulfate, acrylamidopropyltrimethyl ammonium chloride, methacrylamidopropyl trimethyl ammonium chloride, non-quaternized forms of -, vinylformamide (subsequently hydrolyzed to vinylamine), and mixtures thereof; (c) one or more non-ionic polymers formed from monomers from the group consisting of: acrylamide, methacrylamide, N-alkylacrylamide, vinylformamide, and mixtures thereof.
A method for managing bandwidth of a delivery pipe serving a subscriber premises that includes at least one adaptive bitrate, ABR, client engaged in an ABR streaming session and at least one non-ABR client, the method comprising: when the at least one ABR client enters a sleep phase of a duty cycle associated with its ABR streaming session, receiving, at a first stage of a hierarchical token approval logic module, TALM,, a phantom token from a leaf sequencer associated with a network transmission thread, NTT, corresponding to the at least one ABR client, the phantom token for providing an amount of phantom payload used in bandwidth estimation; if the first stage of the hierarchical TALM chooses the phantom token for approval, replacing the phantom token, by a second stage of the hierarchical TALM, with a non-phantom token from a leaf sequencer associated with an NTT corresponding to the non-ABR client; and processing the non-phantom token pursuant to a weighted fair queuing module (232A, 232B) for obtaining permission to transmit a payload of the NTT corresponding to the non-ABR client if included in the subscriber premises. when the at least one ABR client enters a sleep phase of a duty cycle associated with its ABR streaming session, receiving, at a first stage of a hierarchical token approval logic module, TALM,, a phantom token from a leaf sequencer associated with a network transmission thread, NTT, corresponding to the at least one ABR client, the phantom token for providing an amount of phantom payload used in bandwidth estimation; if the first stage of the hierarchical TALM chooses the phantom token for approval, replacing the phantom token, by a second stage of the hierarchical TALM, with a non-phantom token from a leaf sequencer associated with an NTT corresponding to the non-ABR client; and processing the non-phantom token pursuant to a weighted fair queuing module (232A, 232B) for obtaining permission to transmit a payload of the NTT corresponding to the non-ABR client if included in the subscriber premises.
Inhaler for delivery of an inhalation formulation from a band-shaped blister strip with a plurality of blister pockets containing the inhalation formulation in doses, comprising: a conveyor for stepwise onward movement of the blister strip, a conveying wheel, a mouthpiece, and a mouthpiece cover pivotable around a cover axis to open and close the mouthpiece, the inhaler being designed such that - preferably by breathing in during inhalation - an air stream of ambient air can be sucked or delivered in order to discharge the respective dose from an opened blister pocket and deliver it with the ambient air as an aerosol cloud, wherein the mouthpiece cover is coupled with the conveyor to drive the conveying wheel and to move the blister strip onward, characterized in that the mouthpiece cover comprises axial flaps, and an axle extends into said axial flaps of the mouthpiece cover which axially cover the axle, wherein the axle is driven or rotated by the mouthpiece cover and forms the cover axis. a conveyor for stepwise onward movement of the blister strip, a conveying wheel, a mouthpiece, and a mouthpiece cover pivotable around a cover axis to open and close the mouthpiece, the inhaler being designed such that - preferably by breathing in during inhalation - an air stream of ambient air can be sucked or delivered in order to discharge the respective dose from an opened blister pocket and deliver it with the ambient air as an aerosol cloud, wherein the mouthpiece cover is coupled with the conveyor to drive the conveying wheel and to move the blister strip onward, characterized in that the mouthpiece cover comprises axial flaps, and an axle extends into said axial flaps of the mouthpiece cover which axially cover the axle, wherein the axle is driven or rotated by the mouthpiece cover and forms the cover axis.
A multiport bracket comprising: an attachment plate; a pivot plate coupled to the attachment plate, the pivot plate configured to pivot about a pivoting axis; wherein the pivot plate includes a back surface and a first hook structure; characterized by further comprising an adjustable plate coupled to the pivot plate to define a receiving area, wherein the adjustable plate adjustably couples to the pivot plate such that a width of the receiving area can be adjusted to accommodate different size multiports; wherein the adjustable plate includes a back surface and a second hook structure, the second hook structure along an edge distal to the pivoting axis; and wherein the width of the receiving area is defined as the distance between the first hook structure and the second hook structure. an attachment plate; a pivot plate coupled to the attachment plate, the pivot plate configured to pivot about a pivoting axis; wherein the pivot plate includes a back surface and a first hook structure; characterized by further comprising an adjustable plate coupled to the pivot plate to define a receiving area, wherein the adjustable plate adjustably couples to the pivot plate such that a width of the receiving area can be adjusted to accommodate different size multiports; wherein the adjustable plate includes a back surface and a second hook structure, the second hook structure along an edge distal to the pivoting axis; and wherein the width of the receiving area is defined as the distance between the first hook structure and the second hook structure. wherein the adjustable plate includes a back surface and a second hook structure, the second hook structure along an edge distal to the pivoting axis; and wherein the width of the receiving area is defined as the distance between the first hook structure and the second hook structure.
A street cleaning vehicle, in particular for reducing the fine dust pollution in road traffic, comprising: a dirt collecting tank; means for washing the street surface; and a suction device (2, 3) which is arranged such that the mixture of dirt and washing liquid is drawn into the dirt collecting tank by means of the suction device, wherein the means for washing the street surface constitute a device by means of which the washing liquid is applied onto the street surface with high pressure so that the pores of the pavement are cleared of dust and PM 10; wherein the street cleaning vehicle additionally includes a filter which is arranged such that the fine dust fraction present in the extracted mixture is deposited on the filter, and the filter and the end of the suction hose protruding into the dirt collecting tank are arranged relative to each other such that the mixture exiting from the suction hose is not directly supplied to the filter, characterized in that the other end of the suction hose and the means for washing the street surface are arranged on a movable carriage which is disposed in the rear part of the vehicle and which can be lifted and lowered via a pneumatic system, and an outlet opening of the suction hose, which protrudes into the dirt collecting tank, is arranged such that the mixture initially is introduced into a lower part of the dirt collecting tank, is deflected there and only then gets into the filter. a dirt collecting tank; means for washing the street surface; and a suction device (2, 3) which is arranged such that the mixture of dirt and washing liquid is drawn into the dirt collecting tank by means of the suction device, wherein the means for washing the street surface constitute a device by means of which the washing liquid is applied onto the street surface with high pressure so that the pores of the pavement are cleared of dust and PM 10; wherein the street cleaning vehicle additionally includes a filter which is arranged such that the fine dust fraction present in the extracted mixture is deposited on the filter, and the filter and the end of the suction hose protruding into the dirt collecting tank are arranged relative to each other such that the mixture exiting from the suction hose is not directly supplied to the filter, characterized in that the other end of the suction hose and the means for washing the street surface are arranged on a movable carriage which is disposed in the rear part of the vehicle and which can be lifted and lowered via a pneumatic system, and an outlet opening of the suction hose, which protrudes into the dirt collecting tank, is arranged such that the mixture initially is introduced into a lower part of the dirt collecting tank, is deflected there and only then gets into the filter.
A method to determine a body condition score of an animal comprising the steps of: - providing a three-dimensional camera system configured and arranged to record at least one three-dimensional image of the animal, and an image processing device to process the image; - recording at least one three-dimensional image of the animal; - processing the image of the animal; wherein processing of the image comprises the steps of: - forming a three-dimensional surface representation of a part of the animal from the three-dimensional image recorded by the three-dimensional camera system; - determining, in the image, reference points of the animal, in particular at least including hook bone points and/or pin bone points of the animal; - selecting a surface part of the animal representative for a body condition of the animal using the reference points; - analyzing a first parameter representative for a body condition of the animal of the selected surface part; and - determining the body condition score on the basis of the first parameter, wherein the method further comprises: - determining an average height for a number of longitudinal lines of the surface part to obtain an average height cross section profile of the animal; and - determining the first parameter on the basis of the average height cross section profile. - providing a three-dimensional camera system configured and arranged to record at least one three-dimensional image of the animal, and an image processing device to process the image; - recording at least one three-dimensional image of the animal; - processing the image of the animal; - forming a three-dimensional surface representation of a part of the animal from the three-dimensional image recorded by the three-dimensional camera system; - determining, in the image, reference points of the animal, in particular at least including hook bone points and/or pin bone points of the animal; - selecting a surface part of the animal representative for a body condition of the animal using the reference points; - analyzing a first parameter representative for a body condition of the animal of the selected surface part; and - determining the body condition score on the basis of the first parameter, - determining an average height for a number of longitudinal lines of the surface part to obtain an average height cross section profile of the animal; and - determining the first parameter on the basis of the average height cross section profile.
Mist eliminator for separating liquids from a gas flow, having at least two separator blades arranged parallel to one another and at least one spacer arranged transversely to the longitudinal direction of the separator blades and holding the separator blades at a distance from one another, wherein a rail is arranged on at least one of the edge areas (4, 5) of the at least on spacer extending transversely to the longitudinal direction and transversely to the height of the separator blades, the at least one spacer has at least one first locking device, the rail has at least one second locking device and the at least one first locking device and the at least one second locking device engage in one another in a positive-locking manner and lock the separator blades with the at least one spacer and the rail characterized in that the at least one first locking device of the at least one spacer is designed as a protruding element in the form of a strip (12, 12'), and the at least one second locking device of the rail is designed as a recess in form of an opening in the rail through which the strip (12, 12') is passed and the part of the strip (12, 12') of the at least one spacer protruding out of the opening of the rail is bent over.
An electronic circuit for modulating information onto a current waveform which is for driving a light emitting element, said current waveform varying over time before any modulation is applied, the circuit comprising: a first unit for providing to the current waveform a first current signal indicating a start of a transmission window, and a second current signal indicating an end of said transmission window; and a modulator for modulating data onto the current waveform during the transmission window, by sequentially adding an offset to the current waveform to create a peak value (1+) and/or subtracting an offset from the current waveform to create a valley value (I-), wherein said modulator is adapted to set the offset such that each peak value during said transmission window exceeds an average current (I SET) in the transmission window and each valley value during said transmission window is below the average current. a first unit for providing to the current waveform a first current signal indicating a start of a transmission window, and a second current signal indicating an end of said transmission window; and a modulator for modulating data onto the current waveform during the transmission window, by sequentially adding an offset to the current waveform to create a peak value (1+) and/or subtracting an offset from the current waveform to create a valley value (I-), wherein said modulator is adapted to set the offset such that each peak value during said transmission window exceeds an average current (I SET) in the transmission window and each valley value during said transmission window is below the average current.
A wire for weaving or knitting a catalyst gauze, said wire being characterized in that it is a twisted wire comprising an assembly of n intertwined filaments, n being an integer with 2 ≤ n ≤ 8, wherein each of said filaments comprises at least 50% by weight of Pt, said filaments being twisted together over their length so that each of the filaments is wound to at least one other filament.
A method for allocating resources among multiple users, characterized by comprising: determining(S101,S201,S301) code allocation manners of multiple users involved in a resource allocation, and determining(S101,S202,S302) a channel quality indicator, CQI,value for each user in each code allocation manner; obtaining(S102,S203,S303) a transmission block size, TBS,of the each user corresponding to determined CQI value and code for each user; and obtaining(S103,S204,S304) a total TBS of all users in each code allocation manner, and selecting a combination of a CQI value and a code allocation manner corresponding to the largest TBS from all total TBSs to serve as the manner for the resource allocation. determining(S101,S201,S301) code allocation manners of multiple users involved in a resource allocation, and determining(S101,S202,S302) a channel quality indicator, CQI,value for each user in each code allocation manner; obtaining(S102,S203,S303) a transmission block size, TBS,of the each user corresponding to determined CQI value and code for each user; and obtaining(S103,S204,S304) a total TBS of all users in each code allocation manner, and selecting a combination of a CQI value and a code allocation manner corresponding to the largest TBS from all total TBSs to serve as the manner for the resource allocation.
An aqueous ink composition for a writing instrument, characterized in that the aqueous ink composition contains at least a colorant, 0.5 to 50 % by mass of trimethylglycine, 0.5 to 8 % by mass of pentaerythritol, 10 % by mass or less of a water-soluble organic solvent, based on a whole amount of the ink composition, and water.
A tractor comprising: a body; an engine room formed in a front region of the body; a headlamp unit; and an engine hood supported on the body so as to be capable of being displaced between a closed orientation of covering the engine room from above and an open orientation of exposing the engine room, the engine hood including a top panel, a front panel, and side panels, characterised in that a support unit is disposed in front of the engine room, the support unit having a left perpendicular support column and a right perpendicular support column that are provided upright on the body with a space therebetween in a transverse direction of the body, and a cross beam that connects upper portions of the left perpendicular support column and the right perpendicular support column to each other, the headlamp unit is supported on an upper portion of the support unit, and a light transmitting portion is provided in the front panel, the light transmitting portion being disposed so as to transmit illumination light from the headlamp unit when the engine hood is in the closed orientation. a body; an engine room formed in a front region of the body; a headlamp unit; and an engine hood supported on the body so as to be capable of being displaced between a closed orientation of covering the engine room from above and an open orientation of exposing the engine room, the engine hood including a top panel, a front panel, and side panels, characterised in that a support unit is disposed in front of the engine room, the support unit having a left perpendicular support column and a right perpendicular support column that are provided upright on the body with a space therebetween in a transverse direction of the body, and a cross beam that connects upper portions of the left perpendicular support column and the right perpendicular support column to each other, the headlamp unit is supported on an upper portion of the support unit, and a light transmitting portion is provided in the front panel, the light transmitting portion being disposed so as to transmit illumination light from the headlamp unit when the engine hood is in the closed orientation.
Electromotive drive for motor vehicle applications, comprising an electric motor, further comprising a drive wheel, in particular a worm wheel, which interacts with the electric motor and has a cam contour, and comprising a lever which can be acted upon by the cam contour, the cam contour completing a full revolution (360°) in order to act upon the lever, characterized in that the cam contour is designed to complete more than a full revolution (> 360°), the cam contour being equipped with a flexible stop, the stop being designed as a tensioning means which interacts with the drive wheel, in particular the worm wheel, the drive wheel, in particular the worm wheel, having a guide contour for the tensioning means.
An agent for use in the therapeutic and/or prophylactic treatment of a cancer(s), the agent comprising as an effective ingredient any one of the polypeptides (a) or (b) below, said polypeptide having cytotoxicity-inducing activity of inducing cytotoxic activity against tumour cells in vitro in T cells stimulated with the polypeptide, or as an effective ingredient a recombinant vector which comprises a polynucleotide encoding said polypeptide and is capable of expressing said polypeptide in vivo: (a) a polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 26, 28 or 30 in SEQUENCE LISTING; and (b) a polypeptide having a sequence identity of not less than 95% to the polypeptide (a). (a) a polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 26, 28 or 30 in SEQUENCE LISTING; and (b) a polypeptide having a sequence identity of not less than 95% to the polypeptide (a).
A method for sensing a load current that flows from an amplifier into a load of the amplifier, the method comprising: obtaining a voltage drop across an output impedance of the amplifier; and computing the load current using the output impedance and the voltage drop across the internal impedance; wherein obtaining the voltage drop across the output impedance comprises: measuring an input voltage of the amplifier; measuring an output voltage of the amplifier; multiplying the input voltage by a gain factor of the amplifier to produce a voltage product; and calculating the voltage drop across the output impedance as a voltage difference between the output voltage and the voltage product. obtaining a voltage drop across an output impedance of the amplifier; and computing the load current using the output impedance and the voltage drop across the internal impedance; wherein obtaining the voltage drop across the output impedance comprises: measuring an input voltage of the amplifier; measuring an output voltage of the amplifier; multiplying the input voltage by a gain factor of the amplifier to produce a voltage product; and calculating the voltage drop across the output impedance as a voltage difference between the output voltage and the voltage product. measuring an input voltage of the amplifier; measuring an output voltage of the amplifier; multiplying the input voltage by a gain factor of the amplifier to produce a voltage product; and calculating the voltage drop across the output impedance as a voltage difference between the output voltage and the voltage product.
A food product package comprising an outer enclosure which contains a food product, wherein said outer enclosure internally accommodates an inner enclosure which contains at least one medical device, said inner enclosure having at least one wall that has characteristics of an insulation barrier against substances that originate from said food product and/or from said medical device wherein said inner enclosure has, at least on its surface directed toward said food product, characteristics suitable for contact with said food product characterized in that said inner enclosure comprises a bag made of a layered film, said film having at least one layer that is adapted to provide a barrier against liquid and/or gaseous substances and having, at least on its face designed to be directed toward said food product, at least one layer made of a material suitable for contact with said food product wherein said film comprises at least one layer adapted to give mechanical strength to said film.