mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: storing a first set of classifier data and a second set of classifier data, the first set being different from the second set, wherein each of the first set and the second set is configured to differentiate between different types of touches on a touch sensitive screen including a capacitive based sensor (50, 51), and wherein the first set is adapted to differentiate between different types of touches on the touch sensitive screen with no cover film added on the screen and the second set is adapted to differentiate between different types of touches when a cover film is added to the screen; identifying the cover film on the screen based on output from at least one conductive line or at least one array of conductive electrodes of the capacitive based sensor (50, 51); detecting an effective thickness of the cover film based on output from the at least one conductive line or the at least one array of conductive electrodes of the capacitive based sensor, wherein the effective thickness is an actual thickness of the cover film or another parameter that represents a level of degradation of the touch signal due to overall physical properties of the cover film; selecting the second set of classifier data based on the identifying; and reporting a touch interaction based on the second set of classifier data. storing a first set of classifier data and a second set of classifier data, the first set being different from the second set, wherein each of the first set and the second set is configured to differentiate between different types of touches on a touch sensitive screen including a capacitive based sensor (50, 51), and wherein the first set is adapted to differentiate between different types of touches on the touch sensitive screen with no cover film added on the screen and the second set is adapted to differentiate between different types of touches when a cover film is added to the screen; identifying the cover film on the screen based on output from at least one conductive line or at least one array of conductive electrodes of the capacitive based sensor (50, 51); detecting an effective thickness of the cover film based on output from the at least one conductive line or the at least one array of conductive electrodes of the capacitive based sensor, wherein the effective thickness is an actual thickness of the cover film or another parameter that represents a level of degradation of the touch signal due to overall physical properties of the cover film; selecting the second set of classifier data based on the identifying; and reporting a touch interaction based on the second set of classifier data.
A method for producing a recombinant Von Willebrand Factor (rVWF) composition, the method comprising the steps of: (a) providing a basal cell culture media; (b) supplementing the basal cell culture media with copper to provide a final copper concentration between 2.4 μg/L and 20 μg/L copper; (c) providing one or more cells comprising a nucleic acid encoding a rVWF protein; (d) culturing the one or more cells in the copper supplemented cell culture media such that rVWF is expressed and excreted from the cells into a culture supernatant wherein the NH 4 + content of the cell culture supernatant is maintained at a concentration below 4 mM; and (e) recovering at least a portion of the culture supernatant, wherein the recovered supernatant has a rVWF specific ristocetin cofactor activity of at least 30 mU/μg rVWF. (a) providing a basal cell culture media; (b) supplementing the basal cell culture media with copper to provide a final copper concentration between 2.4 μg/L and 20 μg/L copper; (c) providing one or more cells comprising a nucleic acid encoding a rVWF protein; (d) culturing the one or more cells in the copper supplemented cell culture media such that rVWF is expressed and excreted from the cells into a culture supernatant wherein the NH 4 + content of the cell culture supernatant is maintained at a concentration below 4 mM; and (e) recovering at least a portion of the culture supernatant, wherein the recovered supernatant has a rVWF specific ristocetin cofactor activity of at least 30 mU/μg rVWF.
A hemostatic device comprising: a substrate; a hemostatic clay material disposed on at least one side of the substrate; and a high-G cross-linked calcium alginate binder configured to bind the hemostatic material to the substrate; wherein the hemostatic device is subjected to a drying process; wherein the high-G cross-linked calcium alginate binder has an effect of substantially retaining the hemostatic material on the substrate when exposed to blood; and wherein the device is configured such that when treating bleeding, application of the device is capable of causing blood to be absorbed into the substrate and causing at least a portion of the clay material to come into contact with blood to assist in accelerating clotting. a substrate; a hemostatic clay material disposed on at least one side of the substrate; and a high-G cross-linked calcium alginate binder configured to bind the hemostatic material to the substrate; wherein the hemostatic device is subjected to a drying process; wherein the high-G cross-linked calcium alginate binder has an effect of substantially retaining the hemostatic material on the substrate when exposed to blood; and wherein the device is configured such that when treating bleeding, application of the device is capable of causing blood to be absorbed into the substrate and causing at least a portion of the clay material to come into contact with blood to assist in accelerating clotting.
A method of determining properties of magnetic particles using wide-field diamond magnetic imaging, comprising the steps of: (a) generating a set of magnetic images of a plurality of magnetic particles positioned on a sensing surface of a diamond sensor under different magnetic conditions created by varying the magnitude and/or direction of an externally-applied magnetic field applied to the magnetic particles; and (b) analyzing the set of magnetic images to measure single-particle magnetization along single-axis magnetization curves to determine magnetic susceptibility, saturation magnetization, remanent magnetization, and/or magnetic coercivity of individual magnetic particles in the plurality of magnetic particles. (a) generating a set of magnetic images of a plurality of magnetic particles positioned on a sensing surface of a diamond sensor under different magnetic conditions created by varying the magnitude and/or direction of an externally-applied magnetic field applied to the magnetic particles; and (b) analyzing the set of magnetic images to measure single-particle magnetization along single-axis magnetization curves to determine magnetic susceptibility, saturation magnetization, remanent magnetization, and/or magnetic coercivity of individual magnetic particles in the plurality of magnetic particles.
A thermoplastic polyurethane composition comprising an ethylene-vinyl alcohol copolymer, and optionally polyamide, a thermoplastic polyurethane and an organic compound having a hydroxy group and a molecular weight of not less than 50, wherein the organic compound having a hydroxy group is used in an amount of 0.5 to 50 parts by weight per a total weight of 100 parts by weight of the ethylene-vinyl alcohol copolymer, and optional polyamide, and the thermoplastic polyurethane, wherein the weight ratio of the thermoplastic polyurethane based on the total weight of the ethylene-vinyl alcohol copolymer and optional polyamide is between 98/2 and 2/98, wherein the retention of melt tension of said thermoplastic polyurethane composition is not less than 10%; wherein said thermoplastic polyurethane composition is obtainable by melt kneading, and wherein the retention of the melt tension is defined as: retention of melt tension (%) = [melt tension after being kept in a molten state/melt tension before being kept in a molten state] x 100; wherein the melt tension is measured using a "Capirograph" [trade name, manufactured by Toyo Seiki seisaku-sho, LTD.]; wherein the thermoplastic polyurethane composition is vacuum dried at 90°C for 1 hour in the unit and charged into a cylinder set at 220°C, and heated for 6 minutes to be molten; then, the melt is extruded from a nozzle [diameter: 1mm, L/D = 10] set at 220°C into the air of 25°C at a rate of 2 m/min, resulting in a strand; the tension at which the resulting strand is taken back at a rate of 5 m/min is measured as a melt tension; the melt tension of the thermoplastic polyurethane composition observed when the composition is heated for 6 minutes in the cylinder, and then kept at 220°C for another 54 minutes in the cylinder, by which the total retention time in the cylinder is 1 hour, and then the melt thereof is extruded, is referred to as the "melt tension after being kept in a molten state"; whereas, the melt tension of the polymer composition observed when the thermoplastic polyurethane composition is heated for 6 minutes in the cylinder, and is then extruded without being kept in the cylinder, is referred to as the "melt tension before being kept in a molten state".
A pneumatic emergency unit in the form of a rescue cushion, rescue tent or an emergency bath and consisting of a) a hose frame which comprises interconnected inflatable tubes (22, 24), b) a tarpaulin carried by this hose frame, and c) a detection device for the air pressure, which has a compressed-air sensor connected to the inner region of the hose frame and an optical and/or acoustic display unit connected to the compressed-air sensor and configured to output a warning when the air pressure drops, which display unit is arranged on a partial region of the emergency unit which is not covered by the tarpaulin and faces a user, in particular is fixedly connected to the hose frame, wherein the pneumatic emergency unit is configured to a) detect an air pressure value in the hose frame by means of the air pressure sensor and, if the air pressure is not already available as an electrical measured value, convert the air pressure value into an electrical measured value, b) evaluate the electrical measured value to determine whether the electrical measured value is above or below a critical pressure value and, if the electrical signal is below the critical pressure value, is configured to c) generate an electrical command which, in order to output the warning, causes the display unit to output an optical and/or acoustic signal. a) detect an air pressure value in the hose frame by means of the air pressure sensor and, if the air pressure is not already available as an electrical measured value, convert the air pressure value into an electrical measured value, b) evaluate the electrical measured value to determine whether the electrical measured value is above or below a critical pressure value and, if the electrical signal is below the critical pressure value, is configured to c) generate an electrical command which, in order to output the warning, causes the display unit to output an optical and/or acoustic signal.
Touchscreen having a haptic feedback device (107; 108), comprising an electrooptical display with an input area, arranged in front of the electrooptical display, and a carrier, the electrooptical display being mechanically connected rigidly to the input area and the input area being designed to be movable in relation to the carrier by means of a motor, the electrooptical display being able to be illuminated by means of an illuminating device (105, 104), the illuminating device (105, 104) comprising a light source, the light source being connected immovably to the carrier, characterized in that the illuminating device comprises a light guide and is designed to couple light from the light source into the light guide, the light guide being rigidly connected to the electrooptical display and the light guide being designed to couple out the light into the electrooptical display directly or by way of at least one light management film (1130, 1131).
A heat insulating sheet comprising: a first thermal conduction suppressing layer that suppresses thermal conduction; a first radiant heat reflecting layer that is placed on one surface side of the first thermal conduction suppressing layer and reflects radiant heat; a protruding portion protruding from a surface of the first radiant heat reflecting layer on an opposite side of a surface on which the first thermal conduction suppressing layer is stacked, the protruding portion containing a resin at least on its surface; a second thermal conduction suppressing layer that is placed on another surface side of the first thermal conduction suppressing layer, the second thermal conduction suppressing layer having a non-woven fabric layer containing resin fibers; wherein the heat insulating sheet has an opening (302, 303) on the surface of the first radiant heat reflecting layer on the opposite side of the surface on which the first thermal conduction suppressing layer is stacked, and the protruding portion is formed along an edge of the opening (302, 303); and wherein the protruding portion has a shape or size that does not allow entrance of the protruding portion into a void formed in the non-woven fabric layer. a first thermal conduction suppressing layer that suppresses thermal conduction; a first radiant heat reflecting layer that is placed on one surface side of the first thermal conduction suppressing layer and reflects radiant heat; a protruding portion protruding from a surface of the first radiant heat reflecting layer on an opposite side of a surface on which the first thermal conduction suppressing layer is stacked, the protruding portion containing a resin at least on its surface; a second thermal conduction suppressing layer that is placed on another surface side of the first thermal conduction suppressing layer, the second thermal conduction suppressing layer having a non-woven fabric layer containing resin fibers; wherein the heat insulating sheet has an opening (302, 303) on the surface of the first radiant heat reflecting layer on the opposite side of the surface on which the first thermal conduction suppressing layer is stacked, and the protruding portion is formed along an edge of the opening (302, 303); and wherein the protruding portion has a shape or size that does not allow entrance of the protruding portion into a void formed in the non-woven fabric layer.
A method of wireless communication operable at a user equipment, the method comprising: registering on a visited public land mobile network (VPLMN); and characterised by: determining if the VPLMN is a neighbor of a home public land mobile network (home PLMN) for the UE, in accordance with a neighbor database stored at the UE; and forgoing to search for the home PLMN while remaining registered on the VPLMN if the neighbor database indicates that the VPLMN is not a neighbor of the home PLMN for the UE. registering on a visited public land mobile network (VPLMN); and determining if the VPLMN is a neighbor of a home public land mobile network (home PLMN) for the UE, in accordance with a neighbor database stored at the UE; and forgoing to search for the home PLMN while remaining registered on the VPLMN if the neighbor database indicates that the VPLMN is not a neighbor of the home PLMN for the UE.
An optical package, comprising: a package substrate; a compute die over the package substrate; an optics die over the package substrate, wherein the optics die comprises grating couplers; and an optical connector for optically coupling optical fibers to the grating couplers, wherein the optical connector comprises: a fiber array unit, wherein the FAU has a turn; a ferrule; and characterized in that the optical connector further comprises: a fiber shuffler, wherein the fiber shuffler comprises a first V-groove with a first depth and a second V-groove with a second depth that is greater than the first depth. a package substrate; a compute die over the package substrate; an optics die over the package substrate, wherein the optics die comprises grating couplers; and an optical connector for optically coupling optical fibers to the grating couplers, wherein the optical connector comprises: a fiber array unit, wherein the FAU has a turn; a ferrule; and characterized in that the optical connector further comprises: a fiber shuffler, wherein the fiber shuffler comprises a first V-groove with a first depth and a second V-groove with a second depth that is greater than the first depth. a fiber array unit, wherein the FAU has a turn; a ferrule; and characterized in that the optical connector further comprises: a fiber shuffler, wherein the fiber shuffler comprises a first V-groove with a first depth and a second V-groove with a second depth that is greater than the first depth.
A host agnostic integration and interoperation system for securely communicating between a host and a service application running on a selected external application server to allow the service application to access a document maintained by the host, the host agnostic integration and interoperation system comprising: means to initiate a transaction with a selected external application server by issuing an action request against an entry point address associated with the service application; means to provide the selected external application server with an access token and a document identifier for use in fulfilling said action request; means to receive a metadata request comprising said access token and said document identifier; means to validate said access token prior to responding to said metadata request; means to send a metadata response comprising selected metadata based on said action request when said access token is valid; means to receive a content request comprising said access token and said document identifier; means to validate said access token prior to responding to said content request; and means to send a content response comprising content from the document identified by said document identifier when said access token is valid.
A key for locking a lock, in particular a tumbler lock, wherein the key is configured as a tumbler key, including a key body with a key shank, which extends along a shank axis, and a bow at a first end of the key shank, and a key bit at or near the second end of the key shank, wherein the key shank is enclosed within a wrapping, which extends concentrically about the shank axis along the entire length from the first end to the second end of the key shank, characterized in that the key shank includes a rotating guiding structure, which results in a rotating guiding effect when the key is rotated within the tumbler lock, and the rotating guiding structure includes two projections, which protrude from the wrapping and are disposed in the sheet metal material of the key shank at opposite positions.
An expression-enhanced Chinese Hamster Ovary cell line derived from a parent cell line, the expression-enhanced cell line comprising nucleic acid encoding Epstein-Barr Virus Nuclear Antigen 1 or a functional derivative, analogue, or variant thereof; and further comprising: (a) a nucleic acid encoding an exogenous glutamine synthetase; (b) a nucleic acid encoding an endogenous glutamine synthetase, wherein the endogenous glutamine synthetase is arranged to have enhanced enzymatic activity and/or enhanced expression relative to the parent cell line under comparable conditions by (i) adding a stronger promoter relative to an endogenous GS promoter; (ii) adding an enhancer; (iii) adding a stronger enhancer relative to an endogenous GS enhancer; and providing additional copies of the endogenous GS enhancer; or (iv) by a combination of such methods; or (c) both (a) and (b), wherein the Epstein-Barr Virus Nuclear Antigen 1 (EBNA-1) and the exogenous glutamine synthetase are both stably transfected in the cell line. (a) a nucleic acid encoding an exogenous glutamine synthetase; (b) a nucleic acid encoding an endogenous glutamine synthetase, wherein the endogenous glutamine synthetase is arranged to have enhanced enzymatic activity and/or enhanced expression relative to the parent cell line under comparable conditions by (i) adding a stronger promoter relative to an endogenous GS promoter; (ii) adding an enhancer; (iii) adding a stronger enhancer relative to an endogenous GS enhancer; and providing additional copies of the endogenous GS enhancer; or (iv) by a combination of such methods; or (i) adding a stronger promoter relative to an endogenous GS promoter; (ii) adding an enhancer; (iii) adding a stronger enhancer relative to an endogenous GS enhancer; and providing additional copies of the endogenous GS enhancer; or (iv) by a combination of such methods; or (c) both (a) and (b),
A method for constructing a label and forwarding a label packet, characterized by comprising: receiving, by a node, a message which carries a segment list and a segment list Identifier, ID, for identifying the segment list; constructing, by the node, a label forwarding table according to the segment list and the segment list ID, and performing forwarding according to the label forwarding table; and/or, maintaining, by the node, a mapping relationship between the segment list and the segment list ID; wherein the segment list ID is a global label, wherein the global label is an index offset when Segment Routing Global Blocks, SRGBs, of all nodes in a Segment Routing, SR, domain are the same. receiving, by a node, a message which carries a segment list and a segment list Identifier, ID, for identifying the segment list; constructing, by the node, a label forwarding table according to the segment list and the segment list ID, and performing forwarding according to the label forwarding table; and/or, maintaining, by the node, a mapping relationship between the segment list and the segment list ID; wherein the segment list ID is a global label, wherein the global label is an index offset when Segment Routing Global Blocks, SRGBs, of all nodes in a Segment Routing, SR, domain are the same.
A water-in-oil cosmetic comprising: surface-treated powder including at least one oxide selected from the group consisting of titanium oxide and zinc oxide and having 4-tert-butyl-4-methoxy benzoyl methane on a surface; at least one carotenoid; at least one sorbitan fatty acid ester; at least one polyether-modified silicone; and at least one compound selected from the group consisting of a coating-forming silicone polymer and an alkyl (meth)acrylate polymer. surface-treated powder including at least one oxide selected from the group consisting of titanium oxide and zinc oxide and having 4-tert-butyl-4-methoxy benzoyl methane on a surface; at least one carotenoid; at least one sorbitan fatty acid ester; at least one polyether-modified silicone; and at least one compound selected from the group consisting of a coating-forming silicone polymer and an alkyl (meth)acrylate polymer.
Device for euthanizing an animal, comprising a first container having an euthanasia chamber for receiving the animal, a foam generator for filling the euthanasia chamber with a gas filled foam, and a gas source for providing a gas to the foam generator, wherein the foam generator comprises a second container having a liquid chamber that is at least partly filled with a mixture containing liquid water and a foaming agent, and at least one bubble blower inside the liquid chamber, characterized in that the bubble blower is vertically guided inside the liquid chamber and comprises a bottom end, a hollow buoyancy body (61,62,66) having an internal gas chamber that is fluently connected with the gas source, and at least one gas nozzle above the bottom end that is fluently connected with the gas chamber, wherein the bubble blower has buoyancy when the internal gas chamber is filled with the gas to float in the mixture, wherein afloat the gas nozzle extends at least partly below the surface of the mixture.