mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a sterilized blood purifier, wherein a blood purifier is assembled using a polyvinyl pyrrolidone-containing polysulfone-based permselective hollow fiber membrane bundle, wherein the amount of polyvinyl pyrrolidone which elutes from the hollow fiber membrane bundle is 10 ppm or less, the amounts of hydrogen peroxide which elute from extracts from all the sites of the hollow fiber membrane bundle are 5 ppm or less, when the hollow fiber membrane bundle is divided into 10 portions in the lengthwise direction to test the sites of all the 10 portions according to the method regulated in the Approval Standard for Dialysis-Type Artificial Kidney Apparatus, and the water permeability of the blood purifier found at a point of time when 10 minutes have passed after the priming treatment of the blood purifier is 90% or more of the water permeability of the same found at a point of time when 24 hours have passed after the priming treatment thereof, and the content of polyvinyl pyrrolidone in the uppermost layer of the inner surface of the permselective hollow fiber membrane is from 5 to 50 mass %, characterized in that said blood purifier, loaded with the polysulfone-based permselective hollow fiber membrane bundle which is adjusted in water content to 5 to 600 mass % by using deaerated water having an oxygen concentration of 0.5 ppm or less, with all its inlets and outlets for blood and a dialysate tightly sealed, is sealed in a packaging bag capable of shutting out an external air and water vapor, and then the blood purifier is exposed to a radioactive ray after at least 48 hours have passed since the tight sealing of all the inlets and outlets for the blood and the dialysate of the blood purifier. a blood purifier is assembled using a polyvinyl pyrrolidone-containing polysulfone-based permselective hollow fiber membrane bundle, wherein the amount of polyvinyl pyrrolidone which elutes from the hollow fiber membrane bundle is 10 ppm or less, the amounts of hydrogen peroxide which elute from extracts from all the sites of the hollow fiber membrane bundle are 5 ppm or less, when the hollow fiber membrane bundle is divided into 10 portions in the lengthwise direction to test the sites of all the 10 portions according to the method regulated in the Approval Standard for Dialysis-Type Artificial Kidney Apparatus, and the water permeability of the blood purifier found at a point of time when 10 minutes have passed after the priming treatment of the blood purifier is 90% or more of the water permeability of the same found at a point of time when 24 hours have passed after the priming treatment thereof, and
A measurement apparatus comprising a controller configured to control a plurality of different functions (F 1 to F n) of said measurement apparatus in response to user motion data received via an input interface of said measurement apparatus characterized by comprising a configuration memory having for each function of said measurement apparatus at least one associated user, wherein if a failure of a function occurs, user motion data of each of at least one associated user of said function is retrieved according to data content of a configuration memory and evaluated by the controller to control a reactive function to handle the occurred failure, wherein the failure of the function of the measurement apparatus forms a triggering event which triggers a request to retrieve the user motion data of the associated user, and the request is forwarded via a communication network to a mobile device carried by the respective associated user, wherein the retrieved user motion data of each of the at least one associated user includes a relative position of the user with respect to said measurement apparatus, a moving direction of the user, a moving velocity of the user and/or an acceleration of the user. a controller configured to control a plurality of different functions (F 1 to F n) of said measurement apparatus in response to user motion data received via an input interface of said measurement apparatus characterized by comprising a configuration memory having for each function of said measurement apparatus at least one associated user, wherein if a failure of a function occurs, user motion data of each of at least one associated user of said function is retrieved according to data content of a configuration memory and evaluated by the controller to control a reactive function to handle the occurred failure, wherein the failure of the function of the measurement apparatus forms a triggering event which triggers a request to retrieve the user motion data of the associated user, and the request is forwarded via a communication network to a mobile device carried by the respective associated user, wherein the retrieved user motion data of each of the at least one associated user includes a relative position of the user with respect to said measurement apparatus, a moving direction of the user, a moving velocity of the user and/or an acceleration of the user.
Gear element comprising a support on which first rollers and second rollers are alternately mounted, which are intended for engaging with the teeth of a neighbouring gear element, each rollers (10a, 10b) being mounted for rotation about its longitudinal axis (X') via rotary guide means cooperating with end portions of the rollers (10a, 10b), characterised in that the rotary guide means of the first rollers and the rotary guide means of the second rollers are staggered in the vicinity of an outer periphery of the support.
Use of particles having an average particle size of from 0.1 to 50 mm, and having a matrix comprising the following components: (a) 0.001 % b.w. to 20 % b.w. flavorings; (b) 40 % b.w. to 90 % b.w. degradation products of starches, starches or modified starches; (c) 0 % b.w. to 10% b.w. emulsifiers; (d) 0.001 % b.w. to 20 % b.w. dyes; (e) 0 % b.w. to 10 % b.w. fibres; (f) 0 % b.w. to 5 % b.w. water; (g) 0 % b.w. to 20 % b.w. spices, spice extracts or powdered food products; on condition that (a) the amounts of the matrix composition add to 100 % b.w.; and (b) said particles have a meltable amount of at least 3 % b.w.; as an adhesion system for applying and adhering additive particles to the surface of food. (a) 0.001 % b.w. to 20 % b.w. flavorings; (b) 40 % b.w. to 90 % b.w. degradation products of starches, starches or modified starches; (c) 0 % b.w. to 10% b.w. emulsifiers; (d) 0.001 % b.w. to 20 % b.w. dyes; (e) 0 % b.w. to 10 % b.w. fibres; (f) 0 % b.w. to 5 % b.w. water; (g) 0 % b.w. to 20 % b.w. spices, spice extracts or powdered food products; (a) the amounts of the matrix composition add to 100 % b.w.; and (b) said particles have a meltable amount of at least 3 % b.w.;
A reduced-pressure treatment device for applying a reduced pressure to a tissue site on a patient, the reduced-pressure treatment device comprising: a canister unit comprising: a pump head including at least one diaphragm (156, 158), the pump head being for providing a reduced pressure to the tissue site via a conduit, the at least one diaphragm (156, 158) comprising a metal component or a magnetic member; and a fluid reservoir fluidly coupled to the pump head for collecting fluid; and a pump control unit fluidly separate from the canister unit and operable to actuate the diaphragm of the pump head to cause the pump head to generate the reduced pressure, the pump control unit comprising an electromagnet to actuate the at least one diaphragm (156, 158), wherein the electromagnet is electromagnetically linked to the metal component and is operable to deflect the at least one diaphragm (156, 158), or the electromagnet interacts with the magnetic member, characterised in that the pump control unit has at least one sensor for measuring the displacement of the at least one diaphragm included in the pump head. a canister unit comprising: a pump head including at least one diaphragm (156, 158), the pump head being for providing a reduced pressure to the tissue site via a conduit, the at least one diaphragm (156, 158) comprising a metal component or a magnetic member; and a fluid reservoir fluidly coupled to the pump head for collecting fluid; and a pump head including at least one diaphragm (156, 158), the pump head being for providing a reduced pressure to the tissue site via a conduit, the at least one diaphragm (156, 158) comprising a metal component or a magnetic member; and a fluid reservoir fluidly coupled to the pump head for collecting fluid; and a pump control unit fluidly separate from the canister unit and operable to actuate the diaphragm of the pump head to cause the pump head to generate the reduced pressure, the pump control unit comprising an electromagnet to actuate the at least one diaphragm (156, 158), wherein the electromagnet is electromagnetically linked to the metal component and is operable to deflect the at least one diaphragm (156, 158), or the electromagnet interacts with the magnetic member, characterised in that the pump control unit has at least one sensor for measuring the displacement of the at least one diaphragm included in the pump head.
A brake assembly, comprising: a housing having a cavity with a bottom and sides; at least one pawl including a pivot end and a free end, the pivot end including a first side and a second side, the first side including a flanged portion; an engaging surface of the sides proximate the at least one pawl; and a rotor including a base and at least one receiver operatively connected to the base to the side, the at least one receiver configured and arranged to receive the pivot end of the at least one pawl, the pivot end being pivotally operatively connected to the at least one receiver, the flanged portion being positioned proximate one side of the at least one receiver between the rotor and the housing, and the rotor and at least one pawl being fitted within the cavity 260 between the bottom of the housing and a base plate connected to the housing, wherein the at least one pawl pivots outward relative to the rotor when the rotor is rotated to engage the engaging surface. a housing having a cavity with a bottom and sides; at least one pawl including a pivot end and a free end, the pivot end including a first side and a second side, the first side including a flanged portion; an engaging surface of the sides proximate the at least one pawl; and a rotor including a base and at least one receiver operatively connected to the base to the side, the at least one receiver configured and arranged to receive the pivot end of the at least one pawl, the pivot end being pivotally operatively connected to the at least one receiver, the flanged portion being positioned proximate one side of the at least one receiver between the rotor and the housing, and the rotor and at least one pawl being fitted within the cavity 260 between the bottom of the housing and a base plate connected to the housing, wherein the at least one pawl pivots outward relative to the rotor when the rotor is rotated to engage the engaging surface.
A base for a Nordic ski boot 1.1 comprising a sole and an outsole element comprising a rigid bar, the rigid bar being adapted for attachment to a Nordic ski binding, 1.2 the outsole element being detachably connected to a structural portion of the sole by at least one fastener that locates in a hole defined by the sole in a predetermined position relative to a longitudinal axis of the sole, 1.3 a toe outsole element which is located in the toe portion of the sole, 1.4 wherein the at least one fastener passes through through-holes in the outsole and toe outsole elements, and wherein 1.5 the hole defined by the sole is a through-hole, and characterised in that 1.6 the sole is made from a fiber-reinforced composite structure, and in that 1.7 a pair of projections is integrally formed with one of the toe outsole element and the outsole element and locate in holes or cavities in the other of the toe outsole element and the outsole element to align the outsole element and the toe outsole element together. 1.1 comprising a sole and an outsole element comprising a rigid bar, the rigid bar being adapted for attachment to a Nordic ski binding, 1.2 the outsole element being detachably connected to a structural portion of the sole by at least one fastener that locates in a hole defined by the sole in a predetermined position relative to a longitudinal axis of the sole, 1.3 a toe outsole element which is located in the toe portion of the sole, 1.4 wherein the at least one fastener passes through through-holes in the outsole and toe outsole elements, and wherein 1.5 the hole defined by the sole is a through-hole, and characterised in that 1.6 the sole is made from a fiber-reinforced composite structure, and in that 1.7 a pair of projections is integrally formed with one of the toe outsole element and the outsole element and locate in holes or cavities in the other of the toe outsole element and the outsole element to align the outsole element and the toe outsole element together.
Measuring device which, in order to measure measured variables of an object being measured, can be placed on a surface of the object being measured, which surface supports the measuring device, said measuring device comprising at least three projecting contact surfaces, the center points of which are distributed substantially uniformly along a circle and which, when the measuring device is placed on the surface of an object being measured, lie against said surface and are supported by the surface, characterized in that a first of the contact surfaces comprises a temperature sensor for measuring the surface temperature of the object being measured, while a second and a third of the contact surfaces are provided to measure respective other measured variables.
A multiple-output laser source, comprising: a plurality of lasers (110a - 110d); and a coupler, the coupler having a plurality of inputs each connected to an output of a respective laser, and a plurality of outputs (220a - 220d), each connected to an output of the multiple-output laser source; and a control circuit configured to control the output power of the plurality of lasers to be substantially equal during a first interval of time, to detect a failure of one of the plurality of lasers after the first interval of time, and to increase the output power of one or more of the remaining lasers in response to detecting the failure of the laser. a plurality of lasers (110a - 110d); and a coupler, the coupler having a plurality of inputs each connected to an output of a respective laser, and a plurality of outputs (220a - 220d), each connected to an output of the multiple-output laser source; and a control circuit configured to control the output power of the plurality of lasers to be substantially equal during a first interval of time, to detect a failure of one of the plurality of lasers after the first interval of time, and to increase the output power of one or more of the remaining lasers in response to detecting the failure of the laser.
An aqueous ophthalmic solution comprising diquafosol or a salt thereof at a concentration of 0.1 to 10% (w/v) and a chelating agent at a concentration of 0.0001 to 1% (w/v), for use in a method for reducing eye irritation caused by an aqueous ophthalmic solution comprising diquafosol or a salt thereof applied to a dry-eye patient.
An electrode comprising a conductive surface and a conjugate comprising at least one enzyme molecule and at least one conductive nanoparticle covalently bound to each other, wherein the conjugate is covalently bound to the electrode surface via at least one enzyme molecule and wherein the nanoparticle is not covalently bound to the electrode surface, wherein the surface is selected from a gold, platinum, palladium, iridium or silver surface, and a graphite surface, the enzyme is an oxidoreductase, and the nanoparticles are platinum or palladium nanoparticles, and wherein the covalent binding of the enzyme molecule to the electrode surface occurs via a sulfur containing functional group and the covalent binding of the enzyme molecule to the nanoparticle occurs via a sulfur containing functional group. wherein the surface is selected from a gold, platinum, palladium, iridium or silver surface, and a graphite surface, the enzyme is an oxidoreductase, and the nanoparticles are platinum or palladium nanoparticles, and wherein the covalent binding of the enzyme molecule to the electrode surface occurs via a sulfur containing functional group and the covalent binding of the enzyme molecule to the nanoparticle occurs via a sulfur containing functional group.
A method for executing an application of a portable terminal having a curved display with a front display area and a side display area wherein the display is configured to bend along a line between the front display area and the side display area, the method comprising: while the front display area is covered by a cover, displaying a user interface, UI, on the side display area (operation S1101); detecting a touch of at least one UI element (381, 383, 385, 387, 389) of the displayed UI and detecting an opening of the cover (operation S1103); and executing the application corresponding to the UI element (381, 383, 385, 387, 389) based on the detected touch and the opening of the cover, and displaying an execution screen of the executed application on the front display area (operation S1105). while the front display area is covered by a cover, displaying a user interface, UI, on the side display area (operation S1101); detecting a touch of at least one UI element (381, 383, 385, 387, 389) of the displayed UI and detecting an opening of the cover (operation S1103); and executing the application corresponding to the UI element (381, 383, 385, 387, 389) based on the detected touch and the opening of the cover, and displaying an execution screen of the executed application on the front display area (operation S1105).
A seamless steel pipe consisting of, in terms of mass% C: 0.03 to 0.15%, Si: 0.02 to 0.5%, Mn: 0.7 to 2.5%, P: 0.020% or less, S: 0.003% or less, Al: 0.01 to 0.08%, Ti: 0.005 to 0.05%, N: 0.005% or less, optionally further consisting of, in term of mass%, at least one selected from Cr: 0.5% or less, Mo: 0.3% or less, Ni: 0.3% or less, Cu: 0.3% or less, V: 0.05% or less, Nb: 0.05% or less, and Ca: 0.002% or less, and the balance being Fe and unavoidable impurities, where Ti and N are contained to satisfy expression below: N ≤ Ti × 14 / 48 ≤ N + 10 where Ti and N represent contents of respective elements (mass ppm), the seamless steel pipe having a wall thickness of 10 mm or more and a yield strength exceeding 450 MPa, and prepared by performing a quenching and tempering treatment, wherein a Vickers hardness HV5 that can be measured at an outermost side or an innermost side of the pipe under a 5 kgf load (test load: 49 N) is 250 HV5 or less.
A mop bucket comprising: an internal compartment (20, 22) defined by a side wall (8c, 8d) for retaining a liquid; a first bracket supported in the compartment and supporting a first agitator blade (19a, 19b) and a second bracket supported in the compartment and supporting a second agitator blade (19a, 19b) such that the agitator blades (19a, 19b) are spaced from one another a distance sufficient to receive a mop, said first agitator blade (19a, 19b) and said second agitator blade (19a, 19b) each comprising a plurality of fins extending from a planar support surface, characterized in that the first agitator blade (19a, 19b) and the second agitator blade (19a, 19b) are supported below the liquid such that a soil from the mop is suspended in the liquid. an internal compartment (20, 22) defined by a side wall (8c, 8d) for retaining a liquid; a first bracket supported in the compartment and supporting a first agitator blade (19a, 19b) and a second bracket supported in the compartment and supporting a second agitator blade (19a, 19b) such that the agitator blades (19a, 19b) are spaced from one another a distance sufficient to receive a mop, said first agitator blade (19a, 19b) and said second agitator blade (19a, 19b) each comprising a plurality of fins extending from a planar support surface, characterized in that the first agitator blade (19a, 19b) and the second agitator blade (19a, 19b) are supported below the liquid such that a soil from the mop is suspended in the liquid.
A data processing method, comprising: receiving N data streams sent by a network-side device, wherein the data stream carries a user identity ID, and N is an integer greater than a quantity of demodulation reference signal, DMRS, ports of a base station; generating a DMRS corresponding to each of the N data streams; acquiring first information of each of the N data streams according to the user ID, wherein the first information is related information used for grouping the DMRSs; grouping DMRSs corresponding to the N data streams into M groups; mapping each group of DMRSs of the M groups to corresponding resource element RE locations, and acquiring port-related information corresponding to each group of DMRSs; sending the port-related information corresponding to each group of DMRSs to a terminal device; and adding each group of DMRSs of the M groups to data streams, and sending the data streams to which the DMRSs are added to the terminal device; wherein the grouping DMRSs corresponding to the N data streams into M groups comprises: grouping the DMRSs corresponding to the N data streams into the M groups according to the first information of each data stream, and wherein when a network side sends data streams to a terminal device, the network side sends the data streams to a base station that serves the terminal device, and the base station sends the data streams to the terminal device. receiving N data streams sent by a network-side device, wherein the data stream carries a user identity ID, and N is an integer greater than a quantity of demodulation reference signal, DMRS, ports of a base station; generating a DMRS corresponding to each of the N data streams; acquiring first information of each of the N data streams according to the user ID, wherein the first information is related information used for grouping the DMRSs; grouping DMRSs corresponding to the N data streams into M groups; mapping each group of DMRSs of the M groups to corresponding resource element RE locations, and acquiring port-related information corresponding to each group of DMRSs; sending the port-related information corresponding to each group of DMRSs to a terminal device; and adding each group of DMRSs of the M groups to data streams, and sending the data streams to which the DMRSs are added to the terminal device; wherein the grouping DMRSs corresponding to the N data streams into M groups comprises: grouping the DMRSs corresponding to the N data streams into the M groups according to the first information of each data stream, and wherein when a network side sends data streams to a terminal device, the network side sends the data streams to a base station that serves the terminal device, and the base station sends the data streams to the terminal device. grouping the DMRSs corresponding to the N data streams into the M groups according to the first information of each data stream, and wherein when a network side sends data streams to a terminal device, the network side sends the data streams to a base station that serves the terminal device, and the base station sends the data streams to the terminal device.