mhurhangee/ep-ind-claims huggingface dataset:
A corrosion inhibiting mixture without phosphorous or phosphorous containing compounds comprising: a water source; and 0.05 ppm to 200 ppm by weight of a polymer composition dispersed in the water source, the polymer composition comprising the residues of 90 mol% to 97 mol% of a first monomer, 0.01 mol% to 5 mol% of a second monomer that is chemically different from the first monomer, and 0.01 mol% to 5 mol% of a third monomer that is chemically different from the first and second monomers, wherein the first monomer is acrylic acid, a salt thereof, or a conjugate base thereof; maleic acid, a salt thereof, or a conjugate base thereof; or methacryiic acid, a salt thereof, or a conjugate base thereof, the second monomer is 2-acrylamido-2-methylpropane sulfonic acid, a salt thereof, or a conjugate base thereof; maleic acid, a salt thereof, or a conjugate base thereof; methacrylic acid, a salt thereof, or a conjugate base thereof; methallyl sulfonate; or sulfostyrene; and the third monomer is 2-acrylamido-2-methylpropane sulfonic acid, a salt thereof, or a conjugate base thereof; itaconic acid, a salt thereof, or a conjugate base thereof; crotonic acid, a salt thereof, or a conjugate base thereof; tert-butylacrylamide; or dimethylacrylamide; further comprising 0.05 ppm to 10 ppm of one or more of zinc, or tin. a water source; and 0.05 ppm to 200 ppm by weight of a polymer composition dispersed in the water source, the polymer composition comprising the residues of 90 mol% to 97 mol% of a first monomer, 0.01 mol% to 5 mol% of a second monomer that is chemically different from the first monomer, and 0.01 mol% to 5 mol% of a third monomer that is chemically different from the first and second monomers, wherein the first monomer is acrylic acid, a salt thereof, or a conjugate base thereof; maleic acid, a salt thereof, or a conjugate base thereof; or methacryiic acid, a salt thereof, or a conjugate base thereof, the second monomer is 2-acrylamido-2-methylpropane sulfonic acid, a salt thereof, or a conjugate base thereof; maleic acid, a salt thereof, or a conjugate base thereof; methacrylic acid, a salt thereof, or a conjugate base thereof; methallyl sulfonate; or sulfostyrene; and the third monomer is 2-acrylamido-2-methylpropane sulfonic acid, a salt thereof, or a conjugate base thereof; itaconic acid, a salt thereof, or a conjugate base thereof; crotonic acid, a salt thereof, or a conjugate base thereof; tert-butylacrylamide; or dimethylacrylamide; further comprising 0.05 ppm to 10 ppm of one or more of zinc, or tin.
An electrophoretic medium comprising a fluid and a plurality of electrically charged particles disposed in the fluid and capable of moving therethrough on application of an electrical field to the medium, each of the charged particles having a coating of a first polymer, the medium comprising a second polymer dispersed in the fluid, the medium being characterized in that the first polymer comprises at least one first group, and the second polymer has a plurality of second groups which attract the first groups so that the second polymer forms a complex with the electrophoretic particles, characterized in that one of the first and second polymers comprises a hydrogen bond donor and the other comprises a hydrogen bond acceptor.
Gas insufflator applicable in the distension of the colon of a patient, comprising: an electronic control device for at least one valve supplying gas at pressure through a supply conduit to a conduit insertable in the colon of a patient and at least one valve for releasing pressure in said supply conduit; and a meter of the gas pressure in the insertable supply conduit; characterized in that said control device comprises: a) - a microprocessor which is programmed with a series of operating configurations, each of said operating configurations corresponding to a respective different degree of cleanness of the patient's colon, for application of gas during the process of distensioning of the colon of a patient; wherein each operating configuration includes: - parameters relative to a "normal" pressure or nominal pressure of the gas being supplied via the insertable conduit, - at least one allowable value of excess pressure of the gas in the insertable conduit and - predetermined periods of time for the automatic releasing of each allowable value of excess pressure in said configuration; b) - a user interface for entering the parameters of each operating configuration of the insufflator during the process of distensioning of the colon; and for the selection and activation of the configuration to be used in the process of distensioning of the colon of each patient. a) - a microprocessor which is programmed with a series of operating configurations, each of said operating configurations corresponding to a respective different degree of cleanness of the patient's colon, for application of gas during the process of distensioning of the colon of a patient; wherein each operating configuration includes: - parameters relative to a "normal" pressure or nominal pressure of the gas being supplied via the insertable conduit, - at least one allowable value of excess pressure of the gas in the insertable conduit and - predetermined periods of time for the automatic releasing of each allowable value of excess pressure in said configuration; - parameters relative to a "normal" pressure or nominal pressure of the gas being supplied via the insertable conduit, - at least one allowable value of excess pressure of the gas in the insertable conduit and - predetermined periods of time for the automatic releasing of each allowable value of excess pressure in said configuration; b) - a user interface for entering the parameters of each operating configuration of the insufflator during the process of distensioning of the colon; and for the selection and activation of the configuration to be used in the process of distensioning of the colon of each patient.
A method of wireless communications by a user equipment, UE, comprising: signaling information regarding one or more traffic requirements for the UE to a base station, BS, for use in persistent scheduling, PS; receiving signaling from the BS indicating one or more PS opportunities of traffic for the UE; powering down one or more radio components between PS opportunities when traffic is not expected; powering on the radio components for the PS opportunities; detecting traffic for the UE to send or receive before a next PS opportunity; and powering on or maintaining power for the radio components for the traffic for the UE to send or receive before a next PS opportunity. signaling information regarding one or more traffic requirements for the UE to a base station, BS, for use in persistent scheduling, PS; receiving signaling from the BS indicating one or more PS opportunities of traffic for the UE; powering down one or more radio components between PS opportunities when traffic is not expected; powering on the radio components for the PS opportunities; detecting traffic for the UE to send or receive before a next PS opportunity; and powering on or maintaining power for the radio components for the traffic for the UE to send or receive before a next PS opportunity.
An optical filter having a region (R 1) where a transmittance changes in a first direction, the optical filter comprising: a substrate; and a first layer in order along a second direction orthogonal to the first direction; a second layer disposed opposite to the substrate relative to the first layer; and an intermediate layer disposed between the substrate and the first layer, wherein: the thickness of the first layer in the second direction changes in the first direction, and the second layer is an antireflection layer; and the thickness of the second layer in the second direction is constant characterized in that the second layer includes at least two films (41, 42); the intermediate layer is an antireflection layer having a constant thickness in the second direction; and the conditional expression below is satisfied: 0.05 ≤ k ≤ 0.35, where k is the extinction coefficient of the first layer for light having a wavelength of 550 nm. a substrate; and a first layer in order along a second direction orthogonal to the first direction; a second layer disposed opposite to the substrate relative to the first layer; and an intermediate layer disposed between the substrate and the first layer, wherein: the thickness of the first layer in the second direction changes in the first direction, and the second layer is an antireflection layer; and the thickness of the second layer in the second direction is constant characterized in that the second layer includes at least two films (41, 42); the intermediate layer is an antireflection layer having a constant thickness in the second direction; and the conditional expression below is satisfied: 0.05 ≤ k ≤ 0.35, where k is the extinction coefficient of the first layer for light having a wavelength of 550 nm. the thickness of the first layer in the second direction changes in the first direction, and the second layer is an antireflection layer; and the thickness of the second layer in the second direction is constant characterized in that the second layer includes at least two films (41, 42); the intermediate layer is an antireflection layer having a constant thickness in the second direction; and the conditional expression below is satisfied: 0.05 ≤ k ≤ 0.35, where k is the extinction coefficient of the first layer for light having a wavelength of 550 nm.
A peptide a) consisting of the amino acid sequence of SEQ ID NO: 56 or b) comprising an amino acid sequence according to SEQ ID NO: 56, wherein said peptide has an overall length of up to 14 amino acids, and has the ability to bind to a molecule of the human major histocompati-bility complex class-I, or a pharmaceutically acceptable salt of a) or b).
A grain-finished leather-like sheet which comprises an entangled nonwoven fabric comprising three-dimensionally entangled fiber bundles containing microfine long fibers and an elastic polymer contained in the entangled nonwoven fabric, the grain-finished leather-like sheet simultaneously satisfying the following requirements 1 to 3: an average fineness of the microfine long fibers is 0.001 to 2 dtex; an average fineness of the fiber bundles of the microfine long fibers is 0.5 to 10 dtex; and at least part of the microfine long fibers which form at least one of a surface layer and a back layer are fuse-bonded to each other, and the microfine long fibers which form a substrate layer 2 are not fuse-bonded, when the grain-finished leather-like sheet is divided to five layers with equal thickness, surface layer, substrate layer 1, substrate layer 2, substrate layer 3 and back layer, in this order along a thickness direction thereof. an average fineness of the microfine long fibers is 0.001 to 2 dtex; an average fineness of the fiber bundles of the microfine long fibers is 0.5 to 10 dtex; and at least part of the microfine long fibers which form at least one of a surface layer and a back layer are fuse-bonded to each other, and the microfine long fibers which form a substrate layer 2 are not fuse-bonded, when the grain-finished leather-like sheet is divided to five layers with equal thickness, surface layer, substrate layer 1, substrate layer 2, substrate layer 3 and back layer, in this order along a thickness direction thereof.
Method for monitoring a water treatment system, namely a water circuit filling system, wherein water is filled into a water circuit, in particular a heating or cooling circuit, by means of the water treatment system, wherein the water treatment system comprises a container with water treatment elements, wherein the water treatment elements perform desalination or partial desalination, wherein the depletion state of the water treatment elements is monitored by a measuring unit, wherein the monitoring comprises detection of the following parameters: - an amount of water M that flows through the container, - a first instantaneous conductivity L1 of untreated water, - a second instantaneous conductivity L2 of treated water or of partially treated water after blending, wherein depletion of the water treatment elements is signalled when an instantaneous residual capacity RK of the water treatment elements determined from the amount of water M and one or more associated first conductivities L1 falls below a first limit value GW1, and wherein depletion of the water treatment elements is also signalled when a deviation of the second instantaneous conductivity L2 from a predetermined desired value SW exceeds a second limit value GW2, wherein a fixed desired value SW is predetermined, such that a double protection of the water treatment is provided. - an amount of water M that flows through the container, - a first instantaneous conductivity L1 of untreated water, - a second instantaneous conductivity L2 of treated water or of partially treated water after blending,
An apparatus for vapourising a medium and separating droplets as well as for condensing, which apparatus comprises at least - an outer casing that comprises a substantially horizontal cylindrical shell and substantially vertical ends (9, 9'), - a partition wall that divides the inside of the cylindrical shell in the horizontal direction to a first part and a second part, - a plate pack functioning as an evaporator, which is arranged inside the first part, in its lower part, - an inlet connection and an outlet connection for a heat exchange medium for leading the medium into and out from the plate pack functioning as an evaporator, - an inlet connection for the medium to be vapourised for leading the medium to be vapourised into the first part and an outlet connection for the vapourised medium for leading the vapourised medium out from the first part, - a plate pack functioning as a condenser, which is arranged inside the second part, - an inlet connection and an outlet connection for a heat exchange medium for leading the medium into and out from the plate pack functioning as a condenser, and - an inlet connection for leading the vapourised medium into the second part and an outlet connection for leading the condensed medium out from the second part, characterised in that the apparatus further comprises - a gravitational droplet separator that is arranged inside the first part above the plate pack functioning as an evaporator, and that the partition wall separates the inside of the cylindrical shell in the horizontal direction to two separate functional parts, a first part and a second part, and that the vapourised medium is led out from the first part at its upper part. - an outer casing that comprises a substantially horizontal cylindrical shell and substantially vertical ends (9, 9'), - a partition wall that divides the inside of the cylindrical shell in the horizontal direction to a first part and a second part, - a plate pack functioning as an evaporator, which is arranged inside the first part, in its lower part, - an inlet connection and an outlet connection for a heat exchange medium for leading the medium into and out from the plate pack functioning as an evaporator, - an inlet connection for the medium to be vapourised for leading the medium to be vapourised into the first part and an outlet connection for the vapourised medium for leading the vapourised medium out from the first part, - a plate pack functioning as a condenser, which is arranged inside the second part, - an inlet connection and an outlet connection for a heat exchange medium for leading the medium into and out from the plate pack functioning as a condenser, and - an inlet connection for leading the vapourised medium into the second part and an outlet connection for leading the condensed medium out from the second part, - a gravitational droplet separator that is arranged inside the first part above the plate pack functioning as an evaporator,
An organic light-emitting display device comprising: a device substrate; an encapsulating substrate disposed over the device substrate; a light-emitting element disposed on an upper surface of the device substrate facing the encapsulating substrate; a reinforcing member (700, 710) disposed on a lower surface of the encapsulating substrate facing the device substrate, the reinforcing member (700, 710) comprises a plurality of ferrous metal beads (700b, 701b, 710b) within the reinforcing member (700, 710); and an encapsulating layer disposed between the device substrate and the encapsulating substrate, the encapsulating layer surrounding the light-emitting element and the reinforcing member (700, 710), and wherein the reinforcing member (700, 710) is harder than the encapsulating layer. a device substrate; an encapsulating substrate disposed over the device substrate; a light-emitting element disposed on an upper surface of the device substrate facing the encapsulating substrate; a reinforcing member (700, 710) disposed on a lower surface of the encapsulating substrate facing the device substrate, the reinforcing member (700, 710) comprises a plurality of ferrous metal beads (700b, 701b, 710b) within the reinforcing member (700, 710); and an encapsulating layer disposed between the device substrate and the encapsulating substrate, the encapsulating layer surrounding the light-emitting element and the reinforcing member (700, 710), and wherein the reinforcing member (700, 710) is harder than the encapsulating layer.
A roller bearing assembly, comprising: an outer cup having a first end, a second end, a body extending therebetween defining an outer raceway, a first flange depending radially inwardly from the first end of the body and a second flange extending radially inwardly from the second end of the body; a plurality of rollers, each roller including a first projection extending outwardly from a first end thereof along a longitudinal center axis of the roller; and characterized in that the roller bearing assembly further comprises a first retainer ring (140a, 140b) having a base wall, an inner side wall and an outer side wall, the inner side wall extending outwardly from an inner perimeter of the base wall and the outer side wall extending outwardly from an outer perimeter of the base wall so that the first retainer ring (140a, 140b) has a U-shaped cross-section, wherein the base wall of the first retainer ring (140a, 140b) is disposed adjacent an inner surface of the first flange and the first projection of each roller is rotatably disposed between the inner side wall and the outer side wall of the first retainer ring (140a, 140b). an outer cup having a first end, a second end, a body extending therebetween defining an outer raceway, a first flange depending radially inwardly from the first end of the body and a second flange extending radially inwardly from the second end of the body; a plurality of rollers, each roller including a first projection extending outwardly from a first end thereof along a longitudinal center axis of the roller; and characterized in that the roller bearing assembly further comprises a first retainer ring (140a, 140b) having a base wall, an inner side wall and an outer side wall, the inner side wall extending outwardly from an inner perimeter of the base wall and the outer side wall extending outwardly from an outer perimeter of the base wall so that the first retainer ring (140a, 140b) has a U-shaped cross-section, wherein the base wall of the first retainer ring (140a, 140b) is disposed adjacent an inner surface of the first flange and the first projection of each roller is rotatably disposed between the inner side wall and the outer side wall of the first retainer ring (140a, 140b).
A method of analyzing a sample comprising the steps of: storing a reagent using a reagent storage section (250, 251) that is connected to a reagent container (200, 201) containing the reagent by transferring the reagent from the reagent container (200, 201) to the reagent storage section (250, 251) through a fluid channel (210, 211), measuring a sample, using a measurement section that is connected to the reagent storage section (250, 251), using the reagent transferred from the reagent storage section (250, 251) through a fluid channel (210, 211), detecting whether the remaining amount in the reagent container (200, 201) is a predetermined amount or less using a reagent container remaining amount detection means, outputting a message for prompting replacement of the reagent container (200, 201) when the reagent container remaining amount detection means detects that the remaining amount in the reagent container (200, 201) is the predetermined amount or less, detecting whether the remaining amount in the reagent storage section (250, 251) is a predetermined amount or less using a storage remaining amount detection means, and outputting a measurement suspension message for prompting to suspend the measurement section when the storage remaining amount detection means detects that the remaining amount in the reagent storage section (250, 251) is the predetermined amount or less. storing a reagent using a reagent storage section (250, 251) that is connected to a reagent container (200, 201) containing the reagent by transferring the reagent from the reagent container (200, 201) to the reagent storage section (250, 251) through a fluid channel (210, 211), measuring a sample, using a measurement section that is connected to the reagent storage section (250, 251), using the reagent transferred from the reagent storage section (250, 251) through a fluid channel (210, 211), detecting whether the remaining amount in the reagent container (200, 201) is a predetermined amount or less using a reagent container remaining amount detection means, outputting a message for prompting replacement of the reagent container (200, 201) when the reagent container remaining amount detection means detects that the remaining amount in the reagent container (200, 201) is the predetermined amount or less, detecting whether the remaining amount in the reagent storage section (250, 251) is a predetermined amount or less using a storage remaining amount detection means, and outputting a measurement suspension message for prompting to suspend the measurement section when the storage remaining amount detection means detects that the remaining amount in the reagent storage section (250, 251) is the predetermined amount or less.