mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a whey protein fraction having a reduced β-casein derived proteose peptone content, said method comprising the steps of (i) providing a whey protein fraction; (ii) determining and quantifying said β-casein derived proteose peptones in said whey protein fraction; and (iii) selecting said whey protein fraction having at the most 10% by weight of β-casein derived proteose peptones based on the total protein in said whey protein fraction forming a selected whey protein fraction, or reducing the β-casein derived proteose peptone content in said whey protein fraction to a concentration of at the most 10% by weight based on total protein in the whey protein fraction forming a reduced whey protein fraction by gel filtration, Wherein determining and quantifying said β-casein derived proteose peptones in said whey protein fraction comprising the steps of: (i) providing a dairy-based product to be analysed; (ii) subjecting said product using liquid chromatography - mass spectrometry analysis; (iii) determining and/or quantifying said β-casein derived proteose peptones and/or β-casein in said product by detecting compounds of defined m/z values or deconvoluting one or more mass spectrometry spectra to calculate monoisotopic masses. (i) providing a whey protein fraction; (ii) determining and quantifying said β-casein derived proteose peptones in said whey protein fraction; and (iii) selecting said whey protein fraction having at the most 10% by weight of β-casein derived proteose peptones based on the total protein in said whey protein fraction forming a selected whey protein fraction, or reducing the β-casein derived proteose peptone content in said whey protein fraction to a concentration of at the most 10% by weight based on total protein in the whey protein fraction forming a reduced whey protein fraction by gel filtration, (i) providing a dairy-based product to be analysed; (ii) subjecting said product using liquid chromatography - mass spectrometry analysis; (iii) determining and/or quantifying said β-casein derived proteose peptones and/or β-casein in said product by detecting compounds of defined m/z values or deconvoluting one or more mass spectrometry spectra to calculate monoisotopic masses.
A method, comprising: at an electronic device with a display: receiving a communication associated with an application; displaying a notification that corresponds to the communication, wherein the displayed notification includes a user interface that provides a subset of functionalities available in the application; while displaying the notification, detecting user interaction with the user interface of the notification, including detecting entry of content in a reply input field of the user interface of the notification by the user, wherein the user interaction changes an initial local state of the user interface of the notification to a current local state that includes the content entered by the user; in response to detecting the user interaction with the user interface of the notification, displaying the current local state of the user interface of the notification that is different from the initial local state of the user interface of the notification; while displaying the current local state of the user interface of the notification, receiving a user input invoking the application from the user interface of the notification; and, in response to receiving the user input invoking the application from the user interface of the notification, starting the application in a modified state, different from a default initial state of the application, wherein the modified state of the application is generated based on the current local state of the user interface of the notification, the modified state of the application including the content entered by the user in the reply input field. receiving a communication associated with an application; displaying a notification that corresponds to the communication, wherein the displayed notification includes a user interface that provides a subset of functionalities available in the application; while displaying the notification, detecting user interaction with the user interface of the notification, including detecting entry of content in a reply input field of the user interface of the notification by the user, wherein the user interaction changes an initial local state of the user interface of the notification to a current local state that includes the content entered by the user; in response to detecting the user interaction with the user interface of the notification, displaying the current local state of the user interface of the notification that is different from the initial local state of the user interface of the notification; while displaying the current local state of the user interface of the notification, receiving a user input invoking the application from the user interface of the notification; and, in response to receiving the user input invoking the application from the user interface of the notification, starting the application in a modified state, different from a default initial state of the application, wherein the modified state of the application is generated based on the current local state of the user interface of the notification, the modified state of the application including the content entered by the user in the reply input field.
A blower in which an impeller and a rotor are respectively assembled to a rotor shaft rotatably supported inside a case body having a first housing that houses the impeller and a second housing that houses a motor, wherein the blower is configured such that outside air is sucked from an axial direction into the case body by rotation of the impeller and discharged from a discharge port provided on an outer side in a radial direction, wherein: a flow path is formed in an intake port provided in a central part in the axial direction of the first housing and a blowing passage connecting the intake port and the discharge port, and a housing-side shroud connecting to the intake port and an impeller-side shroud formed in the impeller are adjacent to each other in the radial direction, characterized in that: an outer circumferential end part in the radial direction of the impeller-side shroud is protruded into inside of the blowing passage by more than front ends of blades of the impeller, and the blowing passage is located opposite to an upper surface portion (2c2) of the impeller-side shroud. a flow path is formed in an intake port provided in a central part in the axial direction of the first housing and a blowing passage connecting the intake port and the discharge port, and a housing-side shroud connecting to the intake port and an impeller-side shroud formed in the impeller are adjacent to each other in the radial direction, characterized in that: an outer circumferential end part in the radial direction of the impeller-side shroud is protruded into inside of the blowing passage by more than front ends of blades of the impeller, and the blowing passage is located opposite to an upper surface portion (2c2) of the impeller-side shroud. an outer circumferential end part in the radial direction of the impeller-side shroud is protruded into inside of the blowing passage by more than front ends of blades of the impeller, and the blowing passage is located opposite to an upper surface portion (2c2) of the impeller-side shroud.
A low pressure fluctuation control apparatus comprising: a recirculation loop for recirculating a liquid, said recirculation loop comprising, in fluid communication, a dip tube, a pump, and a junction; a flow control system in fluid communication with said recirculation loop via and downstream of said junction, characterized in that said recirculation loop draws said liquid from a supply container via said dip tube and returns at least a portion of said liquid to the supply container via a return tube downstream of said junction in said recirculation loop, wherein said pump is a diaphragm or bellows type pump, and wherein said recirculation loop further comprises a back pressure controller (24, 9, 8) located in said return tube, which back pressure controller (24, 9, 8) comprises a regulator and a flow meter. a recirculation loop for recirculating a liquid, said recirculation loop comprising, in fluid communication, a dip tube, a pump, and a junction; a flow control system in fluid communication with said recirculation loop via and downstream of said junction, characterized in that said recirculation loop draws said liquid from a supply container via said dip tube and returns at least a portion of said liquid to the supply container via a return tube downstream of said junction in said recirculation loop, wherein said pump is a diaphragm or bellows type pump, and wherein said recirculation loop further comprises a back pressure controller (24, 9, 8) located in said return tube, which back pressure controller (24, 9, 8) comprises a regulator and a flow meter.
Cooking hob, in particular induction or gas hob, with a first display device which is designed to optionally display a counter which is accurate to the minute or second, a first control element which is designed to control the first display device for displaying the counter which is accurate to the minute or second as a function of a first user input, a second control element, which is designed to adjust a value of the counter which is accurate to the minute or second as a function of a second user input, characterised by a second display device, which is designed to display whether the first display device displays the counter which is accurate to the minute or second.
A method for production of monochloroacetic acid (MCAA) encompassing (a) the stage of direct chlorination of acetic acid with chlorine and (b) the stage of recovery of the catalyst in the form of acid chlorides from the reaction mixture before (c) the hydrodehalogenation stage, characterised in that a. the chlorination process is conducted in a flow reactor in boiling conditions under pressure of between 0 and 1 barg, whereby the temperature in the reactor is between 100 and 130°C, while the heat of reaction is taken off by the evaporation of components of the mixture as a result of its boiling, after which the gaseous effluents from the chlorination condense in the reflux condenser and return to the chlorination process, whereby the gaseous effluents in the reflux condenser are cooled to such an extent that the gaseous phase has a temperature at the output from the cooler of no more than 70°C, b. the chlorination catalyst is recovered from the reaction mixture obtained in stage (a) through the vacuum distillation in the vacuum column, while the acid chlorides obtained after distilling condense and return to the chlorination process (a), whereby as the distillate the mixture of acid chlorides and acetic acid and possibly monochloroacetic acid is collected, whereby the temperature at the top of the column is between 65 and 85°C, while the temperature in the bottom of the column is between 110 and 130°C, c. the remaining liquid is subjected to hydrodehalogenation using a known method and monochloroacetic acid is obtained. a. the chlorination process is conducted in a flow reactor in boiling conditions under pressure of between 0 and 1 barg, whereby the temperature in the reactor is between 100 and 130°C, while the heat of reaction is taken off by the evaporation of components of the mixture as a result of its boiling, after which the gaseous effluents from the chlorination condense in the reflux condenser and return to the chlorination process, whereby the gaseous effluents in the reflux condenser are cooled to such an extent that the gaseous phase has a temperature at the output from the cooler of no more than 70°C, b. the chlorination catalyst is recovered from the reaction mixture obtained in stage (a) through the vacuum distillation in the vacuum column, while the acid chlorides obtained after distilling condense and return to the chlorination process (a), whereby as the distillate the mixture of acid chlorides and acetic acid and possibly monochloroacetic acid is collected, whereby the temperature at the top of the column is between 65 and 85°C, while the temperature in the bottom of the column is between 110 and 130°C, c. the remaining liquid is subjected to hydrodehalogenation using a known method and monochloroacetic acid is obtained.
An isolated antibody, or an antigen-binding antibody fragment, that preferentially binds cell-associated CA 125/0772P, wherein an antibody, or an antigen-binding antibody fragment, preferentially binds cell-associated CA 125/0772P if the antibody, or the antigen-binding antibody fragment, in a Flow Cytometry Competition Assay, exhibits an IC 50, as measured by percent-positive cells, of at least 0.05±0.005 mg/ml shed CA 125/0772P, that is, if the antibody, or the antigen-binding antibody fragment, requires at least 0.05±0.005 mg/ml shed CA 125/O772P to reduce the percent-positive cells in the Flow Cytometry Competition Assay by half, and wherein the antibody, or the antigen-binding antibody fragment, binds a repeat region represented by amino acids 14-452 within SEQ ID NO:1.
A home appliance device, in a particular a home appliance chiller device, comprising: an inner liner defining a storage space; a container arranged inside the storage space, wherein the container has an opening; a cover; a manual actuator (16a; 16d; 16f; 16g) configured for adjusting an opening degree of the opening for the purpose of adjusting humidity inside the container, wherein the manual actuator (16a; 16d; 16f; 16g) is connected to the cover of the opening of the container in communicating fashion and is configured for adjusting a movement of the cover with respect to the opening of the container; an illumination unit (18a; 18c; 18d) configured for illuminating an interior of the container; and a receptacle (20a - 20f) at least partly accommodating the manual actuator (16a; 16d; 16f; 16g) and the illumination unit (18a; 18c; 18d), and further comprising a frame (22a; 22b; 22d; 22f) which is arranged inside the storage space and to which the receptacle (20a - 20f) is fixed.
A method of manufacturing a light emitting element (300_1), the method comprising performing the sequential steps of: preparing a lower panel comprising a substrate and a first sub conductive semiconductor layer on the substrate; forming a first mask layer comprising at least one mask pattern on at least a part of the lower panel, the at least one mask pattern having portions which are arranged so as to be spaced apart from each other, and an opening region between said portions of the mask pattern that are spaced apart from each other; laminating a first conductive semiconductor layer, an active material layer, and a second conductive semiconductor layer on the first mask layer to form an element laminate; and etching the element laminate in a vertical direction to form an element rod; characterised by removing the mask pattern to separate the element rod from the lower panel. preparing a lower panel comprising a substrate and a first sub conductive semiconductor layer on the substrate; forming a first mask layer comprising at least one mask pattern on at least a part of the lower panel, the at least one mask pattern having portions which are arranged so as to be spaced apart from each other, and an opening region between said portions of the mask pattern that are spaced apart from each other; laminating a first conductive semiconductor layer, an active material layer, and a second conductive semiconductor layer on the first mask layer to form an element laminate; and etching the element laminate in a vertical direction to form an element rod; characterised by removing the mask pattern to separate the element rod from the lower panel.
An implantable lead for electrically stimulating an organ and/or collecting electrical potentials thereon, comprising: - a distal termination capable of coming into contact with the tissues of the organ, said termination comprising: ∘ an insulating substrate capable of being wrapped around the organ, and ∘ at least one conductive interface carried by the substrate; and - a lead body, comprising at least one bonding conductor connected to a respective conductive interface, wherein - in a state when the distal termination is in contract with the tissues of the organ, the substrate is wrapped around the organ such that a protruding part of the substrate adjoins the lead body whereby the lead body is not directly in contact with the organ; - the conductive interface comprises at least one deformable conductive wire (30, 48); - the conductive interface comprises a woven, embroidered, braided or knitted configuration for anchoring the deformable wire to the substrate; and - said woven, embroidered, braided or knitted configuration comprises a pattern (50; 52,54; 60,62) imparting to said at least one deformable conductive wire a passive component electrical function (R; C; A; L; X). - a distal termination capable of coming into contact with the tissues of the organ, said termination comprising: ∘ an insulating substrate capable of being wrapped around the organ, and ∘ at least one conductive interface carried by the substrate; and ∘ an insulating substrate capable of being wrapped around the organ, and ∘ at least one conductive interface carried by the substrate; and - a lead body, comprising at least one bonding conductor connected to a respective conductive interface, wherein - in a state when the distal termination is in contract with the tissues of the organ, the substrate is wrapped around the organ such that a protruding part of the substrate adjoins the lead body whereby the lead body is not directly in contact with the organ; - the conductive interface comprises at least one deformable conductive wire (30, 48); - the conductive interface comprises a woven, embroidered, braided or knitted configuration for anchoring the deformable wire to the substrate; and - said woven, embroidered, braided or knitted configuration comprises a pattern (50; 52,54; 60,62) imparting to said at least one deformable conductive wire a passive component electrical function (R; C; A; L; X).
A liquid-crystalline medium, comprising - one or more mesogenic compounds selected from the group of compounds of formulae I and II wherein R 1 and R 2 are, independently of each other, alkyl, alkoxy, fluorinated alkyl or fluorinated alkoxy with 1 to 12 C atoms, alkenyl, alkenyloxy, alkoxyalkyl, fluorinated alkenyl or fluorinated alkenyloxy with 2 to 12 C atoms, L 11, L 12, L 21 and L 22 are, independently of each other, H or F, is to are, independently of each other, or X 1 is CN or NCS, X 2 is halogen, halogenated alkyl or alkoxy with 1 to 3 C atoms or halogenated alkenyl or alkenyloxy with 2 or 3 C atoms, and i, l and m are, independently of each other, 0 or 1, - one or more chiral compounds, and - one or more polymerisable compounds, wherein the one or more polymerisable compounds are present in an amount, based on the overall contents of the medium, of 2.0% or more by weight, and wherein the one or more polymerisable compounds comprise at least one compound which contains a cycloalkyl group selected from unsubstituted or substituted bridged bicyclic rings and unsubstituted or substituted adamantyl. - one or more mesogenic compounds selected from the group of compounds of formulae I and II wherein R 1 and R 2 are, independently of each other, alkyl, alkoxy, fluorinated alkyl or fluorinated alkoxy with 1 to 12 C atoms, alkenyl, alkenyloxy, alkoxyalkyl, fluorinated alkenyl or fluorinated alkenyloxy with 2 to 12 C atoms, L 11, L 12, L 21 and L 22 are, independently of each other, H or F, is to are, independently of each other, or X 1 is CN or NCS, X 2 is halogen, halogenated alkyl or alkoxy with 1 to 3 C atoms or halogenated alkenyl or alkenyloxy with 2 or 3 C atoms, and i, l and m are, independently of each other, 0 or 1, R 1 and R 2 are, independently of each other, alkyl, alkoxy, fluorinated alkyl or fluorinated alkoxy with 1 to 12 C atoms, alkenyl, alkenyloxy, alkoxyalkyl, fluorinated alkenyl or fluorinated alkenyloxy with 2 to 12 C atoms, L 11, L 12, L 21 and L 22 are, independently of each other, H or F, is to are, independently of each other, or X 1 is CN or NCS, X 2 is halogen, halogenated alkyl or alkoxy with 1 to 3 C atoms or halogenated alkenyl or alkenyloxy with 2 or 3 C atoms, and i, l and m are, independently of each other, 0 or 1, - one or more chiral compounds, and - one or more polymerisable compounds,
A battery module (100a-100d) comprising a plurality ofbattery cells with opposing first surfaces arranged in one direction; and a housing portion disposed on outer surfaces of the battery cells, wherein the housing portion comprises a reinforcing plate (122a-122d) positioned between two adjacent battery cells and side plates (121a-121d) respectively covering both first surfaces of the plurality of battery cells, and the reinforcing plate having both side surfaces respectively coupled to the side plates and the battery cells are arranged in a direction along the side plates, and characterized in that the reinforcing plate is coupled to both side plates by a protruding portion (124a, 124b, 124d) and groove portion (125a, 125b, 125d) arrangement, the groove portion being formed in a side plate and the protruding portion being formed on the reinforcing plate and the protruding portion (124a, 124b, 124d) is inserted into the groove portion (125a, 125b, 125d) and the portion at which the protruding portion (124a, 124b, 124d) is inserted into the groove portion (125a, 125b, 125d) is welded.
An assembly device for pivotably attaching at least two components (M1, M2), comprising a screw intended to be screwed into a first component and bearing a guide pin guiding the pivoting of a second component, characterized in that the pin comprises at least one rotation-prevention zone having a shape designed to collaborate with a zone of corresponding shape of the first component, so as to prevent said pin from rotating.