mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a polarizing element including locally bleached areas comprising: providing a polarizing element including a polyvinyl alcohol-based polarizer in which at least one of iodine and dichroic dye is oriented in a certain direction; partially bleaching the polyvinyl alcohol-based polarizer by bringing a bleaching solution into contact with one surface of the polyvinyl alcohol-based polarizer through a printing method; correcting an appearance of the partially bleached polarizing element; and washing and drying the polarizing element after the appearance correcting step, wherein the partially bleaching step is carried out using a method of an inkjet marking method, and wherein the step of correcting an appearance of the partially bleached polarizing element is carried out using a method of immersing the polarizing element into a crosslinking solution; immersing the polarizing element into a neutralizing solution; or immersion into a crosslinking solution and immersion into a neutralizing solution. providing a polarizing element including a polyvinyl alcohol-based polarizer in which at least one of iodine and dichroic dye is oriented in a certain direction; partially bleaching the polyvinyl alcohol-based polarizer by bringing a bleaching solution into contact with one surface of the polyvinyl alcohol-based polarizer through a printing method; correcting an appearance of the partially bleached polarizing element; and washing and drying the polarizing element after the appearance correcting step, wherein the partially bleaching step is carried out using a method of an inkjet marking method, and wherein the step of correcting an appearance of the partially bleached polarizing element is carried out using a method of immersing the polarizing element into a crosslinking solution; immersing the polarizing element into a neutralizing solution; or immersion into a crosslinking solution and immersion into a neutralizing solution.
Method for managing the roaming of a mobile terminal attached to a nominal radiocommunication network, HPLMN, said method being implemented in said mobile terminal and comprising, when the current attachment network is not said nominal network, a search for the available networks according to a period stored in said terminal, so as to consider a switchover of current attachment network; said method also comprising - a comparison of the identifier of said current attachment network with a list of identifiers of preferred networks, and - a determination (S5, S6) of said period as a function of the result of said comparison, so that said determined period is larger when said current attachment network belongs to said preferred networks, said method being characterized in that said list is ordered according to priorities, and in that, when said current attachment network is among said preferred networks, said period is determined according to the priority associated with said current attachment network, said period T being determined according to the relation T=max(T max /f, T min) in which P is said priority, f an increasing function, T max a maximum value for the period and T min a minimum period for the period. - a comparison of the identifier of said current attachment network with a list of identifiers of preferred networks, and - a determination (S5, S6) of said period as a function of the result of said comparison, so that said determined period is larger when said current attachment network belongs to said preferred networks, said method being characterized in that said list is ordered according to priorities, and in that, when said current attachment network is among said preferred networks, said period is determined according to the priority associated with said current attachment network, said period T being determined according to the relation T=max(T max /f, T min) in which P is said priority, f an increasing function, T max a maximum value for the period and T min a minimum period for the period.
A draw solution for a forward osmosis process, comprising: an anion source; and a cation source having a molecular weight of from 45 to 74 in an uncharged state; wherein each of the anion source and cation source has a Henry's law constant in water of 1.0 x 10 4 (Pa/mol·fraction) or greater in a standard state. an anion source; and a cation source having a molecular weight of from 45 to 74 in an uncharged state;
A method for performing prepaid account balance screening, the method comprising: at a network entity for processing network signalling messages: receiving a signalling message containing information that identifies a prepaid subscriber, the message being sent from a message source and intended for a message destination, wherein the message destination comprises one of a prepaid subscriber database and a service control point for processing queries to the prepaid subscriber database; determining, using prepaid account balance screening data and the information in the signalling message that identifies the prepaid subscriber, whether the prepaid subscriber's account balance satisfies a threshold requirement, wherein the prepaid account balance screening data is a subset of available prepaid subscriber account information stored in the prepaid subscriber database separate from the prepaid account balance screening data; in response to determining that the prepaid subscriber's account balance does not satisfy the threshold requirement, performing a screening action; and in response to determining that the prepaid subscriber's account balance does not satisfy the threshold requirement, forwarding the received signalling message to the intended message destination. receiving a signalling message containing information that identifies a prepaid subscriber, the message being sent from a message source and intended for a message destination, wherein the message destination comprises one of a prepaid subscriber database and a service control point for processing queries to the prepaid subscriber database; determining, using prepaid account balance screening data and the information in the signalling message that identifies the prepaid subscriber, whether the prepaid subscriber's account balance satisfies a threshold requirement, wherein the prepaid account balance screening data is a subset of available prepaid subscriber account information stored in the prepaid subscriber database separate from the prepaid account balance screening data; in response to determining that the prepaid subscriber's account balance does not satisfy the threshold requirement, performing a screening action; and in response to determining that the prepaid subscriber's account balance does not satisfy the threshold requirement, forwarding the received signalling message to the intended message destination.
A door handle for a door of a domestic appliance, in particular for an oven door of an cooking oven, wherein - the door handle comprises an elongated handle bar formed as a hollow profile part or as a pipe, - the door handle comprises at least one handle adapter, preferably two handle adapters, connectable or connected to the handle bar at its front side and connectable to the door at its rear side, - the door handle comprises at least one housing removably attached at the handle bar, - the handle bar includes at least one recess for receiving at least partially the housing, - the housing includes an open side facing the recess of the door handle, so that an inner space of the door handle is enlarged by said housing, - the door handle comprises an electric device arranged or arrangeable inside the housing and/or inside the handle bar next to said housing, - the handle adapter includes at least one cable opening at its rear side, and - the door handle comprises at least one wiring cable extending inside the handle bar between the electric device and the cable opening of the handle adapter, characterised in that at least one antenna and/or USB interface are arranged in or at the handle adapter. - the door handle comprises an elongated handle bar formed as a hollow profile part or as a pipe, - the door handle comprises at least one handle adapter, preferably two handle adapters, connectable or connected to the handle bar at its front side and connectable to the door at its rear side, - the door handle comprises at least one housing removably attached at the handle bar, - the handle bar includes at least one recess for receiving at least partially the housing, - the housing includes an open side facing the recess of the door handle, so that an inner space of the door handle is enlarged by said housing, - the door handle comprises an electric device arranged or arrangeable inside the housing and/or inside the handle bar next to said housing, - the handle adapter includes at least one cable opening at its rear side, and - the door handle comprises at least one wiring cable extending inside the handle bar between the electric device and the cable opening of the handle adapter,
An anchor device (10, 10') having a tubular body with a longitudinal axis, the tubular body being divided into a first body portion and a second body portion which are interconnected by means of a rigid connection so that movement between the first body portion and second body portion is substantially prevented, the anchor device further comprising an actuator having an actuation part which, by operation of the actuator, moves relative to the body, wherein the anchor device (10, 10') further comprises a first linkage set and second linkage set each of which includes at least one linkage (14a', 14b', 14c'), each linkage (14a', 14b', 14c') comprising a first (34a, 34b, 34c), second (36a, 36b, 36c) and third (38a, 38b, 38c) link, the second link (36a, 36b, 36c) lying between the first (34a, 34b, 34c), and third (38a, 38b, 38c) links, and being pivotally connected to both, characterised in that each linkage further comprises means to releasably pivotally connect the first link (34a, 34b, 34c), to the first body portion, and means to releasably pivotally connect the third link (38a, 38b, 38c) to the actuation part, the first (34a, 34b, 34c) and third (38a, 38b, 38c) links of each linkage (14a', 14b') in the first set being shorter than the first (34b, 34c) and third (38b, 38c) links of each linkage (14b', 14c') in the second set, and the second link (36a, 36b) of each linkage (14a', 14b') in the first set being longer than the second link (36b, 36c) of each linkage in the second set (14b', 14c').
Use of a simulated animal organ for training surgery techniques, wherein the simulated animal organ is produced by a method comprising: a shaping step of mixing a raw material containing mannan as a main component and water for gelatinization and shaping a gelatinized substance to obtain a shaped body; and a low temperature step of keeping the shaped body in a low temperature environment lower than normal temperature, wherein the shaped body is kept at 0°C or lower in the low temperature step, and wherein the shaped body is frozen in the low temperature step. a shaping step of mixing a raw material containing mannan as a main component and water for gelatinization and shaping a gelatinized substance to obtain a shaped body; and a low temperature step of keeping the shaped body in a low temperature environment lower than normal temperature, wherein the shaped body is kept at 0°C or lower in the low temperature step, and wherein the shaped body is frozen in the low temperature step.
A noise protection element comprising at least three superposed layers made from one or more plastics, wherein the layers have different densities and optionally different porosities, wherein the noise protection element incorporates alternating sound absorbing layers, wherein the densities and optionally the porosities may increase and decrease alternatingly from one layer to a subsequent layer, wherein said layers optionally consist of a plurality of plies, wherein layers of lower density are provided in alternating manner with layers of higher density, wherein the layers of lower density have a density of 0.2 g/cm 3 to 0.6 g/cm 3, and the layers of higher density have a density of 0.4 g/cm 3 to 0.9 g/cm 3.
A cylinder lubrication system for supplying cylinder lubrication liquid to the inner surface of a cylinder liner of a large two-stroke uniflow internal combustion engine via a plurality of injectors that are distributed around the circumference of said cylinder liner, said cylinder liner defining a cylindrical interior in which a reciprocating piston is slidably disposed, said cylinder lubrication system comprising: a first source of cylinder lubrication liquid, a second source of cylinder lubrication liquid, a cylinder lubrication supply apparatus for each cylinder, supply conduits connecting outlets of said cylinder oil supply apparatus to each of said injectors, a first feed conduit connecting an inlet of said cylinder lubrication apparatus to said first source of cylinder lubrication liquid, a second feed conduit connecting an inlet of said cylinder lubrication apparatus to said second source of cylinder lubrication liquid, a first flow control device (53,93) in said first feed conduit capable of enabling and disabling flow through said first feed conduit, and a second flow control device (54,94) in said second feed conduit capable of enabling and disabling flow through said second feed conduit, characterized in that the engine comprises a plurality of cylinders, and wherein the system is provided with a dedicated apparatus for supplying cylinder lubrication liquid for each cylinder, and in that said first supply conduit is branched to connect to each apparatus for supplying cylinder lubrication liquid, and wherein said second supply conduit is branched to connect to each apparatus for supplying cylinder lubrication liquid. a first source of cylinder lubrication liquid, a second source of cylinder lubrication liquid, a cylinder lubrication supply apparatus for each cylinder, supply conduits connecting outlets of said cylinder oil supply apparatus to each of said injectors, a first feed conduit connecting an inlet of said cylinder lubrication apparatus to said first source of cylinder lubrication liquid, a second feed conduit connecting an inlet of said cylinder lubrication apparatus to said second source of cylinder lubrication liquid, a first flow control device (53,93) in said first feed conduit capable of enabling and disabling flow through said first feed conduit, and a second flow control device (54,94) in said second feed conduit capable of enabling and disabling flow through said second feed conduit, characterized in that the engine comprises a plurality of cylinders, and wherein the system is provided with a dedicated apparatus for supplying cylinder lubrication liquid for each cylinder, and in that said first supply conduit is branched to connect to each apparatus for supplying cylinder lubrication liquid, and wherein said second supply conduit is branched to connect to each apparatus for supplying cylinder lubrication liquid.
A system comprising a local apparatus for reporting signal strength measurements taken by one or more mobile terminals and an apparatus for determining a list of neighbouring radio resources from signal strength measurements taken by mobile terminals, wherein the system is configured to: obtain, at the local apparatus, two or more signal strength measurements taken by the same mobile terminal at substantially the same time in a data set that associates, for each of two or more different radio resources of a given radio resource type, a measured signal strength with an identifier of the measured radio resource; report, from the local apparatus, the data set to the apparatus configured to receive data sets from multiple local apparatuses; analyse, at the apparatus, similarity of a plurality of data sets using a similarity metric obtained from a pairwise comparison of the data sets evaluated by comparing signal strengths measured for a coinciding set of two or more radio resource identifiers included in the pairwise data sets and pertaining to the same radio resource type; cluster, at the apparatus, the plurality of data sets, or information derived therefrom, based on data set similarity so as to obtain multiple clusters representative of different radio locations; and determine, at the apparatus, from each cluster, a radio resource set that defines a list of neighbouring radio resources for the radio location represented by that cluster. obtain, at the local apparatus, two or more signal strength measurements taken by the same mobile terminal at substantially the same time in a data set that associates, for each of two or more different radio resources of a given radio resource type, a measured signal strength with an identifier of the measured radio resource; report, from the local apparatus, the data set to the apparatus configured to receive data sets from multiple local apparatuses; analyse, at the apparatus, similarity of a plurality of data sets using a similarity metric obtained from a pairwise comparison of the data sets evaluated by comparing signal strengths measured for a coinciding set of two or more radio resource identifiers included in the pairwise data sets and pertaining to the same radio resource type; cluster, at the apparatus, the plurality of data sets, or information derived therefrom, based on data set similarity so as to obtain multiple clusters representative of different radio locations; and determine, at the apparatus, from each cluster, a radio resource set that defines a list of neighbouring radio resources for the radio location represented by that cluster.
A method of manufacturing a tie shaft for a gas turbine engine comprising: melting a nickel alloy or steel alloy using vacuum induction melting; vacuum arc remelting the alloy to produce a tie shaft preform; flow forming the tie shaft preform to produce a near net shape tie shaft, wherein the tie shaft preform has a wall thickness, the flow forming step reducing the preform wall thickness by a minimum of 30%; and rolling threads onto the tie shaft to produce a threaded surface (76, 78, 80), wherein the threaded surface (76, 78, 80) has a thread roughness of less than 1260 μin (32 microns). melting a nickel alloy or steel alloy using vacuum induction melting; vacuum arc remelting the alloy to produce a tie shaft preform; flow forming the tie shaft preform to produce a near net shape tie shaft, wherein the tie shaft preform has a wall thickness, the flow forming step reducing the preform wall thickness by a minimum of 30%; and rolling threads onto the tie shaft to produce a threaded surface (76, 78, 80), wherein the threaded surface (76, 78, 80) has a thread roughness of less than 1260 μin (32 microns).
Connecting lock for tyre chains, comprising an elongate receiving opening for receiving two chain links (k1, k2), the receiving opening being surrounded by a continuous first longitudinal crosspiece, by a second longitudinal crosspiece positioned opposite thereto and interrupted by an insertion opening, and by two transverse crosspieces (6, 7), the chain links being secured within the receiving opening from sliding out by means of a closing bolt, which can be inserted at its first end into a bore realized as a blind bore in the first longitudinal crosspiece and is directed via its free second end toward the insertion opening in the second longitudinal crosspiece, characterized in that in the first longitudinal crosspiece, a threaded bore leads to the blind bore, starting from a side face, into the threaded bore a spring pressure piece is screwed, whose spring-loaded detent element is directed into the blind bore and is latched into a recess in the periphery of said closing bolt, when the closing bolt is inserted into the blind bore.
Precast concrete dowel comprising: - an upper surface, - a lower surface, - an inner side surface, - an outer side surface; and - at least an intermediate fixing surface, located in one of the side surfaces (7, 8), between the upper and lower surfaces; characterized in that it additionally comprises: - at least a first grooved housing made in that of the side surfaces (7, 8) comprising the intermediate fixing surface, wherein the first grooved housing communicates the intermediate fixing surface with one of the upper and lower surfaces and is configured to accommodate joining cables. - an upper surface, - a lower surface, - an inner side surface, - an outer side surface; and - at least an intermediate fixing surface, located in one of the side surfaces (7, 8), between the upper and lower surfaces; characterized in that it additionally comprises: - at least a first grooved housing made in that of the side surfaces (7, 8) comprising the intermediate fixing surface, wherein the first grooved housing communicates the intermediate fixing surface with one of the upper and lower surfaces and is configured to accommodate joining cables. - at least a first grooved housing made in that of the side surfaces (7, 8) comprising the intermediate fixing surface, wherein the first grooved housing communicates the intermediate fixing surface with one of the upper and lower surfaces and is configured to accommodate joining cables.
A positive active material composition for an energy storage device, comprising: a carbon-based additive including a hydroxyl group (-OH) and an enol group (-C=C-OH) on the surface, having a peak area ratio (OH/C=COH) of a hydroxyl group peak area in a region of 3300 to 3650cm -1 and an enol group peak area in a region of 1600cm -1 to 1620cm -1 of an infrared spectroscopy (FT-IR) spectrum ranging from 0.5 to 10, having a specific surface area of 50m 2 /g to 3000m 2 /g, and having a carbon content of greater than 85wt%; a positive active material; a conductive material; and a binder. a carbon-based additive including a hydroxyl group (-OH) and an enol group (-C=C-OH) on the surface, having a peak area ratio (OH/C=COH) of a hydroxyl group peak area in a region of 3300 to 3650cm -1 and an enol group peak area in a region of 1600cm -1 to 1620cm -1 of an infrared spectroscopy (FT-IR) spectrum ranging from 0.5 to 10, having a specific surface area of 50m 2 /g to 3000m 2 /g, and having a carbon content of greater than 85wt%; a positive active material; a conductive material; and a binder.
A hob comprising a top sheet having an electric cooking zone (4a - 4d), a port or a plurality of ports, a gas burner, and a connection rail, wherein the gas burner is arranged on the top sheet and releasably connected to the port, wherein the port is configured to supply the gas burner with fuel gas, wherein the gas burner is configured to be arranged on the electric cooking zone (4a - 4d), wherein the port or the plurality of ports (7a, 7b) is arranged on the connection rail, characterized in that the hob comprises an extraction unit to extract fumes arranged on or at least partially inside the connection rail.