mhurhangee/ep-ind-claims huggingface dataset:
A turbine wheel comprising a plurality of long blades and a plurality of short blades, wherein a trailing edge of each short blade is positioned upstream of a trailing edge of each long blade in an axial direction of the turbine wheel, and wherein at least one of a leading edge of each long blade or a leading edge of each short blade includes an inclined part (26a, 28a) which is inclined so that a distance to a rotational axis of the turbine wheel decreases toward a hub characterized in that, when X1 is an intersection between the leading edge of each short blade and a middle span line (Lc) formed by a set of middle positions in a span direction of the short blade, R1 is a distance between the intersection X1 and the rotational axis of the turbine wheel, R0 is an outer diameter of the turbine wheel, and D is a distance between the leading edge of the short blade and the trailing edge of the short blade along the middle span line (Lc), the following expression is satisfied: R 0 − R 1 + D / R 0 − R 1 > 12.5
A media roll comprising: a core; a plurality of media units wound about the core; wherein one or more of the plurality of media units include one or more media unit transponders; an identification transponder attached to the core and having retrievable information pertaining to the plurality of media units; and characterised by a RF field insulator positioned at least partially between the identification transponder and the plurality of media units such that the identification transponder is less susceptible to interference from the one or more media unit transponders. a core; a plurality of media units wound about the core; wherein one or more of the plurality of media units include one or more media unit transponders; an identification transponder attached to the core and having retrievable information pertaining to the plurality of media units; and characterised by a RF field insulator positioned at least partially between the identification transponder and the plurality of media units such that the identification transponder is less susceptible to interference from the one or more media unit transponders.
A data processing system comprising: a biometric sensor for sensing a biometric characteristic having a first part and a second part; a secure element separate from the biometric sensor; a rich execution environment having an input coupled through the secure element to an output of the biometric sensor for receiving the first part, the first part being processed with a first function in the rich execution environment by a first processor; wherein said secure element has a relatively higher level of security than the rich execution environment, the secure element having a first input coupled to the output of the biometric sensor for receiving the second part, the secure element having a second input coupled to an output of the rich execution environment for receiving the processed first part, wherein a second processor in the secure element processes the second part with a matching function, and wherein the processed second part is compared with the processed first part for biometric matching. a biometric sensor for sensing a biometric characteristic having a first part and a second part; a secure element separate from the biometric sensor; a rich execution environment having an input coupled through the secure element to an output of the biometric sensor for receiving the first part, the first part being processed with a first function in the rich execution environment by a first processor; wherein said secure element has a relatively higher level of security than the rich execution environment, the secure element having a first input coupled to the output of the biometric sensor for receiving the second part, the secure element having a second input coupled to an output of the rich execution environment for receiving the processed first part, wherein a second processor in the secure element processes the second part with a matching function, and wherein the processed second part is compared with the processed first part for biometric matching.
Transporting apparatus comprising - at least one guide system having a fixed guide rail and supporting elements, in particular designed in the form of rollers and/or sliding components, guided on the guide rail, - at least one transporting unit, which can be moved in a movement direction and on which the supporting elements are fastened, wherein the transporting unit is guided on the guide rail by means of the supporting elements, - a linear-motor drive arrangement having a fixed stator unit and at least one magnetic element, in particular a permanent magnet, on the transporting unit, - wherein a vertical guide plane is defined, this plane running parallel to the movement direction and through the centre of the guide system, - wherein a vertical motor plane is defined, this plane running parallel to the movement direction and through the centre of the linear-motor drive arrangement, - wherein a main body of the transporting unit is arranged between the guide plane and the motor plane, - wherein the transporting unit extends in a U-shaped manner over the stator unit, wherein a respective magnetic element is arranged on the transporting unit on either side of the stator unit, - wherein, as seen in a cross section defined perpendicularly to the movement direction, the transporting unit is asymmetrical, characterized in that, as seen in the cross section defined perpendicularly to the movement direction, the guide system is formed only on one side. - at least one guide system having a fixed guide rail and supporting elements, in particular designed in the form of rollers and/or sliding components, guided on the guide rail, - at least one transporting unit, which can be moved in a movement direction and on which the supporting elements are fastened, wherein the transporting unit is guided on the guide rail by means of the supporting elements, - a linear-motor drive arrangement having a fixed stator unit and at least one magnetic element, in particular a permanent magnet, on the transporting unit, - wherein a vertical guide plane is defined, this plane running parallel to the movement direction and through the centre of the guide system, - wherein a vertical motor plane is defined, this plane running parallel to the movement direction and through the centre of the linear-motor drive arrangement, - wherein a main body of the transporting unit is arranged between the guide plane and the motor plane, - wherein the transporting unit extends in a U-shaped manner over the stator unit, wherein a respective magnetic element is arranged on the transporting unit on either side of the stator unit, - wherein, as seen in a cross section defined perpendicularly to the movement direction, the transporting unit is asymmetrical, characterized in that, as seen in the cross section defined perpendicularly to the movement direction, the guide system is formed only on one side.
An apparatus for manufacturing 3-dimensional concrete elements comprising a projection head for spraying concrete material, wherein the projection head comprises a projection nozzle for spraying the concrete material and is repeatedly moved along a predefined path by a control means, characterized in that at least two guiding surfaces are provided on both sides of the projection nozzle and define a volume in between, such that the projection nozzle is adapted to spray the concrete material into said volume, and in that the projection head is configured to adjust the position of the at least two guiding surfaces during the movement of the projection nozzle so as to create a 3-dimensional concrete structure made of a plurality of projected concrete layers.
Jet engine, comprising at least one oil separator through which an air-oil volume flow from at least one area (18, 20, 21) that is impinged by oil can be guided for the purpose of separating oil, wherein the air-oil volume flow can be guided from the area (18, 20, 21) which is impinged by oil into the oil separator via an internal space of a housing of an auxiliary gearbox, and the air can be discharged via an air outlet and the oil can be discharged via an oil outlet from the oil separator, characterized in that in the area of the gear wheel pairs of the auxiliary gearbox deflectors are provided, by means of which the areas of the gear wheel pairs of the auxiliary gearbox that are to be impinged by oil for cooling and lubrication can be shielded from the flow of the air-oil volume flow.
A method of manufacturing a glass core preform for an optical fibre comprising: - providing a porous soot core preform having an outer surface and a central hole extending axially therethrough; - dehydrating the porous soot core preform at a first temperature by exposing the outer surface of the preform to an atmosphere containing chlorine, and - simultaneously consolidating the soot core preform and closing the central hole at a second temperature higher than the first temperature to form a glass core preform, wherein simultaneously consolidating and closing comprises sequentially alternating flowing chlorine containing gas into the central hole and reducing the internal pressure of the central hole, characterised in that a single sequence of alternated flowing of chlorine containing gas and reduction of pressure defines a cycle and the alternated flowing of chlorine containing gas and reducing the internal pressure in the central hole is for a plurality of cycles during simultaneous consolidation and closing of the central hole. - providing a porous soot core preform having an outer surface and a central hole extending axially therethrough; - dehydrating the porous soot core preform at a first temperature by exposing the outer surface of the preform to an atmosphere containing chlorine, and - simultaneously consolidating the soot core preform and closing the central hole at a second temperature higher than the first temperature to form a glass core preform,
A method for controlling a serving grant of a user equipment, UE through a common enhanced dedicated channel relative grant channel, E-RGCH, of a neighboring cell of a cell to which the UE belongs, wherein the UE is in a cell-forward access channel, CELL-FACH, state or in an idle state, comprising: obtaining, by the UE, a control command by monitoring the common E-RGCH of the neighboring cell; determining, by the UE, whether the UE satisfies at least one controlled condition; and when the UE satisfies the at least one controlled condition, adjusting, by the UE, the serving grant of the UE based on the obtained control command; characterized in that the at least one controlled condition is a serving grant threshold of the UE; the determining, by the UE, whether the UE satisfies the at least one controlled condition comprises: determining, by the UE, whether the serving grant of the UE is higher than the serving grant threshold, wherein when the serving grant of the UE is higher than the serving grant threshold, it is determined that the UE satisfies the at least one controlled condition. obtaining, by the UE, a control command by monitoring the common E-RGCH of the neighboring cell; determining, by the UE, whether the UE satisfies at least one controlled condition; and when the UE satisfies the at least one controlled condition, adjusting, by the UE, the serving grant of the UE based on the obtained control command; characterized in that the at least one controlled condition is a serving grant threshold of the UE; the determining, by the UE, whether the UE satisfies the at least one controlled condition comprises: determining, by the UE, whether the serving grant of the UE is higher than the serving grant threshold, wherein when the serving grant of the UE is higher than the serving grant threshold, it is determined that the UE satisfies the at least one controlled condition.
An opto-coupler circui comprising an opto-coupler configured to optically transmit a digitized AC signal, a data translation system for performing a non-linear data translation on a digitized AC signal, the translation system comprising: an input for receiving the digitized AC signal; an output, connected to the input of the opto-coupler, for outputting a non-linearly translated signal; and a processing system coupled to the input and to the output and configured to receive the digitized AC signal, non-linearly translate the digitized AC signal using a predetermined transfer function to create the non-linearly translated signal, wherein the predetermined transfer function creates the non-linearly translated signal with respect to a predetermined reference point, and transfer the non-linearly translated signal to the output. an input for receiving the digitized AC signal; an output, connected to the input of the opto-coupler, for outputting a non-linearly translated signal; and a processing system coupled to the input and to the output and configured to receive the digitized AC signal, non-linearly translate the digitized AC signal using a predetermined transfer function to create the non-linearly translated signal, wherein the predetermined transfer function creates the non-linearly translated signal with respect to a predetermined reference point, and transfer the non-linearly translated signal to the output.
A bill deposit/withdrawal machine (1, 2) for performing deposit or withdrawal of bills, comprising: an upper mechanism (1a, 2a) disposed in an upper portion of said bill deposit/withdrawal machine, including a deposit/withdrawal port for performing deposit or withdrawal of bills, a bill discriminating unit for discriminating bills deposited in said deposit/withdrawal port, and a temporary storage box for temporarily storing bills discriminated by said bill discriminating unit; a lower mechanism (1b, 2b) disposed in a lower portion of said bill deposit/withdrawal machine, including a plurality of bill accepting boxes (60, 70, 80, 85) for storing bills; and a bill transport path (50, 51) for transporting bills, characterized in that: the bill deposit/withdrawal machine further comprises a branch transport path, branching from said bill transport path for connecting said temporary storage box and said bill discriminating unit, for transporting bills to said deposit/withdrawal port; and said temporary storage box includes a rotary drum for winding a bill transported together with a inducing tape, and a winding shaft for winding only said inducing tape. an upper mechanism (1a, 2a) disposed in an upper portion of said bill deposit/withdrawal machine, including a deposit/withdrawal port for performing deposit or withdrawal of bills, a bill discriminating unit for discriminating bills deposited in said deposit/withdrawal port, and a temporary storage box for temporarily storing bills discriminated by said bill discriminating unit; a lower mechanism (1b, 2b) disposed in a lower portion of said bill deposit/withdrawal machine, including a plurality of bill accepting boxes (60, 70, 80, 85) for storing bills; and a bill transport path (50, 51) for transporting bills, the bill deposit/withdrawal machine further comprises a branch transport path, branching from said bill transport path for connecting said temporary storage box and said bill discriminating unit, for transporting bills to said deposit/withdrawal port; and said temporary storage box includes a rotary drum for winding a bill transported together with a inducing tape, and a winding shaft for winding only said inducing tape.
A gas-pressurized writing instrument comprising: a tube member which has a writing point assembly at the front end thereof, stores ink therein to be fed to the writing point assembly and is closed at the rear end; and a compressed gas sealed in the tube member, characterized in that a gas barrier layer that presents low gas permeability or gas impermeability is formed on, at least part of the inner surface or outer surface of the tube member; wherein the material for the gas barrier layer is ethylene vinyl alcohol copolymer (EVOH).
A method for verifying a performed sterilization during a method for drying and/or roasting a food in a treatment apparatus comprising a housing, a treatment chamber and at least one heating apparatus, wherein additional moisture is introduced into the treatment chamber and a sterilization peak in the measurement curve of a microwave sensor is detected.
A grease composition containing a base oil and a thickening agent consisting of a calcium complex soap, said thickening agent comprising a C18-22 straight chain, substituted or unsubstituted higher mono fatty acid; a substituted or unsubstituted aromatic monocarboxylic acid having a benzene ring; 5 to 30 parts by mass with respect to 100 parts by mass of the total amount of carboxylic acid of a C2-4 straight-chain saturated lower mono fatty acid; and 1 to 70 parts by mass with respect to 100 parts by mass of the total amount of carboxylic acid of a substituted or unsubstituted saturated dicarboxylic acid, having 4 to 20 carbons as carboxylic acids constituting the calcium complex soap, wherein the amount of calcium dicarboxylate compound is 5 to 70% by mass based on the total mass of thickening agent.
A computer-implemented method of rendering a patient's gingiva, the computer-implemented method comprising: capturing a first 2D image of a patient's face, including their teeth and gingiva; building a parametric model of the patient's gingiva based on the first 2D image, the parametric model comprising patient-specific input parameters for the patient's gingiva, by: finding edges of teeth, gingiva and lips in the first 2D image; and determining the patient-specific input parameters from the edges of the teeth, the lips, and the gingiva; aligning coordinates of patient-specific input parameters from the parametric model of the patient's gingiva; and rendering a second 2D image of the patient's face with teeth and gingiva based on the aligned coordinates of the patient's gingiva. capturing a first 2D image of a patient's face, including their teeth and gingiva; building a parametric model of the patient's gingiva based on the first 2D image, the parametric model comprising patient-specific input parameters for the patient's gingiva, by: finding edges of teeth, gingiva and lips in the first 2D image; and determining the patient-specific input parameters from the edges of the teeth, the lips, and the gingiva; finding edges of teeth, gingiva and lips in the first 2D image; and determining the patient-specific input parameters from the edges of the teeth, the lips, and the gingiva; aligning coordinates of patient-specific input parameters from the parametric model of the patient's gingiva; and rendering a second 2D image of the patient's face with teeth and gingiva based on the aligned coordinates of the patient's gingiva.
A method of decoding video data, the method comprising: receiving information indicative of a number of a parameter sets, which each include one or more adaptive filters for adaptive loop filtering, that a current coding structure of the video data refers to for adaptive loop filtering; determining that the number of parameter sets is equal to zero, wherein the current coding structure includes a current block of the video data for which adaptive loop filtering is enabled, and wherein the current coding structure comprises one of a current slice, picture, tile, tile group, or brick; based on the number of the parameter sets that the current coding structure refers to for adaptive loop filtering being equal to zero, determining which fixed filter from a set of fixed filters to use for adaptive loop filtering without receiving a syntax element that indicates whether any fixed filters are to be used for adaptive loop filtering for the current block; and performing adaptive loop filtering on the current block based on the fixed filter from the set of fixed filters. receiving information indicative of a number of a parameter sets, which each include one or more adaptive filters for adaptive loop filtering, that a current coding structure of the video data refers to for adaptive loop filtering; determining that the number of parameter sets is equal to zero, wherein the current coding structure includes a current block of the video data for which adaptive loop filtering is enabled, and wherein the current coding structure comprises one of a current slice, picture, tile, tile group, or brick; based on the number of the parameter sets that the current coding structure refers to for adaptive loop filtering being equal to zero, determining which fixed filter from a set of fixed filters to use for adaptive loop filtering without receiving a syntax element that indicates whether any fixed filters are to be used for adaptive loop filtering for the current block; and performing adaptive loop filtering on the current block based on the fixed filter from the set of fixed filters.
A closure for a product retaining container, said closure having a substantially cylindrical shape and comprising substantially flat terminating surfaces forming the opposed ends of said closure, the closure comprising: A. an elongated, cylindrically shaped core member formed from foamed plastic material and comprising terminating end surfaces forming the opposed ends of the cylindrically shaped core member; and B. at least one layer peripherally surrounding and intimately bonded to the cylindrical surface of the core member with the end surfaces of the core member being devoid of said layer, and whereby a synthetic closure is attained which is capable of completely sealing any desired product in a container, retaining the product in the container for a desired length of time substantially without any degradation of the product or degradation of the closure, characterized in that said closure comprises at least one void, wherein the at least one void is further defined as being the space inside the plurality of cells of the foamed core member and wherein the at least one void is at least partially filled with a gas which by composition is different from air, wherein the gas has an oxygen concentration of below about 19.9 vol. %, and wherein said gas has preferably a pressure different from standard atmospheric pressure. A. an elongated, cylindrically shaped core member formed from foamed plastic material and comprising terminating end surfaces forming the opposed ends of the cylindrically shaped core member; and B. at least one layer peripherally surrounding and intimately bonded to the cylindrical surface of the core member with the end surfaces of the core member being devoid of said layer, and
An orthodontic article comprising: a bracket having an archwire slot, and compositionally comprising a ceramic material having an average grain size of about 5.0 micrometers or less; and a metal liner secured in the archwire slot with a brazing alloy comprising silver, copper, and at least about 1.5% by weight titanium, based on an entire weight of the brazing alloy. a bracket having an archwire slot, and compositionally comprising a ceramic material having an average grain size of about 5.0 micrometers or less; and a metal liner secured in the archwire slot with a brazing alloy comprising silver, copper, and at least about 1.5% by weight titanium, based on an entire weight of the brazing alloy.
Method for laying a cable in the offshore area from a wind power plant to a destination, wherein the cable is arranged at the wind power plant in a storage device, the method having the following steps: - receiving a storage device with the cable at the wind power plant with a submarine vehicle, - transporting the storage device with the submarine vehicle to the destination with continuous laying of the cable, - incorporating the cable into a cable duct, provided for this purpose, at the destination. - receiving a storage device with the cable at the wind power plant with a submarine vehicle, - transporting the storage device with the submarine vehicle to the destination with continuous laying of the cable, - incorporating the cable into a cable duct, provided for this purpose, at the destination.