mhurhangee/patent-ind-claim-en huggingface dataset:
Diaphragm for a diaphragm valve which sealingly separates spaces from one another, wherein the diaphragm can be arranged between two housing parts, wherein the diaphragm comprises a diaphragm tab , which is suitable for projecting beyond a diaphragm clamp, characterized in that the diaphragm tab has a thickening with at least one electronic data carrier, wherein the thickening is cylindrically formed and the diaphragm tab is formed integrally with a layer of the diaphragm .
Decoder configured to decode a multi-component picture spatially sampling a scene with respect to different components , by reconstructing a first component signal (256 1 ; 270 1 ) relating to a first component of the multi-component picture from a data stream ; reconstructing a portion of a second component signal (256' 2 ; 270' 2 ) relating to a second component of the multi-component picture from a spatially corresponding portion of the reconstructed first component signal (256 1 ; 270 1 ) and a correction signal (256 2 ; 270 2 ) derived from the data stream, wherein the first and second components are colour components and the first component signal is a prediction residual of a temporal or spatial prediction of the first component of the multi-component picture and the second component signal is a prediction residual of a temporal or spatial prediction of the second component of the multi-component picture, wherein the decoder is configured to, in reconstructing the second component signal, adaptively set a first weight (α 2 ) at which the spatially corresponding portion of the reconstructed first component signal influences the reconstruction of the second component signal at a sub-picture granularity, depending on signalling in the data stream.
Modular swimming pool comprising a swimming basin and an arrangement of a plurality of containers such that the containers contribute to substantially laterally delimit an interior space for forming the swimming basin , characterized in that the swimming basin in the interior space is made of stainless steel, wherein the swimming basin is self-supporting in the interior space , and wherein the self-supporting construction is arranged in the interior space in such a way that the side walls of the swimming basin have a distance of 20 cm to 80 cm from a side wall of the associated container . characterized in that the swimming basin in the interior space is made of stainless steel, wherein the swimming basin is self-supporting in the interior space , and wherein the self-supporting construction is arranged in the interior space in such a way that the side walls of the swimming basin have a distance of 20 cm to 80 cm from a side wall of the associated container .
Data processing apparatus comprising one or more processors, the data processing apparatus being configured to perform a method of determining authentication data for authenticating an object comprising a plurality of randomly distributed identification elements which are detectable when electromagnetic radiation is incident thereon, the method comprising: obtaining image data relating to more than one of the identification elements of the object; processing the image data to determine outline data relating to outlines of more than one of the identification elements to which the image data relates; and determining the authentication data from the outline data, wherein the outline data comprises a plurality of pixels relating to the outlines of the said more than one of the identification elements to which the image data relates, wherein the authentication data is a measure of a spatial distribution of the said pixels, and wherein internal pixels within the outlines of the more than one identification elements which are present in the image data are excluded in the determination of the authentication data, and wherein determining the authentication data comprises: dividing the outline data into a plurality of sub-regions, and counting a number of pixels of the outline data in each sub-region, wherein the authentication data comprises a respective outline pixel count for each of the sub-regions. obtaining image data relating to more than one of the identification elements of the object; processing the image data to determine outline data relating to outlines of more than one of the identification elements to which the image data relates; and determining the authentication data from the outline data, wherein the outline data comprises a plurality of pixels relating to the outlines of the said more than one of the identification elements to which the image data relates, wherein the authentication data is a measure of a spatial distribution of the said pixels, and wherein internal pixels within the outlines of the more than one identification elements which are present in the image data are excluded in the determination of the authentication data, and wherein determining the authentication data comprises: dividing the outline data into a plurality of sub-regions, and counting a number of pixels of the outline data in each sub-region, wherein the authentication data comprises a respective outline pixel count for each of the sub-regions. dividing the outline data into a plurality of sub-regions, and counting a number of pixels of the outline data in each sub-region, wherein the authentication data comprises a respective outline pixel count for each of the sub-regions.
A delivery tube , comprising: a substrate ; and a backer coupled to the substrate , the delivery tube being configured such that the substrate and the backer are each disposed along a functional length of the delivery tube , a lumen of the delivery tube being formed between at least a portion of the substrate and at least a portion of the backer , the substrate being connected to the backer at a first weld area and a second weld area , the first and second weld areas bonding edges of the substrate to corresponding edges of the backer, characterized in that a portion of the substrate is treated with a hydrophilic polymer to form a responsive side configured to deliver water or an aqueous solution in response to surfactant root exudate from a root system of crops; and in that an uncoated portion of the substrate extends into the first and second weld areas. a substrate ; and a backer coupled to the substrate , the delivery tube being configured such that the substrate and the backer are each disposed along a functional length of the delivery tube , a lumen of the delivery tube being formed between at least a portion of the substrate and at least a portion of the backer , the substrate being connected to the backer at a first weld area and a second weld area , the first and second weld areas bonding edges of the substrate to corresponding edges of the backer, characterized in that a portion of the substrate is treated with a hydrophilic polymer to form a responsive side configured to deliver water or an aqueous solution in response to surfactant root exudate from a root system of crops; and in that an uncoated portion of the substrate extends into the first and second weld areas.
Electrical connection of two thick-walled metal bodies , each provided with a pilot hole , by means of a metal screw , wherein the screw has a screw head and a screw shank adjoining the latter and wherein, in the state of use of the screw , the latter is arranged in the pilot holes aligned axially with respect to one another and, starting from the screw head , the first metal body is arranged first and followed by the second metal body , wherein, starting from the screw head , the screw shank has a contoured section (A), a thread-forming section (C) arranged after the contoured section (A), and a constriction (B) arranged between the contoured section (A) and the thread-forming section (C), and in that a thread of the thread-forming section (C) has a core diameter that is smaller than a diameter of the pilot holes and an external diameter that is larger than the diameter of the pilot holes , and in that an external diameter of the constriction (B) is smaller than the core diameter of the thread of the thread-forming section (C), and in that the contoured section (A) is provided with contour elements and an envelope of the contour elements has an external diameter , which lies between the core diameter and the outer diameter of the thread of the thread-forming section (C), and in that a length of the contoured section (A) extending along the screw shank is smaller than a thickness of the first metal body , and in that, in the state of use of the screw , the constriction (B) is arranged in the transition region between the first and the second metal body and that a material hardness of the screw is greater than a material hardness of the metal bodies .
An ink-jet ink comprising an aqueous vehicle, a colorant, a first polymer and a second polymer; wherein said colorant is self-dispersed or dispersed by a dispersant, said first polymer is a crosslinked polyurethane and is dispersible in said aqueous vehicle, and said second polymer is an anionic polymer soluble in said aqueous vehicle and is one or more members selected from the group consisting of acrylic, polyurethane, hydrolyzed styrene maleic anhydride and styrene acrylic acid polymer, and wherein said first polymer and said second polymer are different from said dispersant.
A method performed with a system comprising a computer and means for initiating formation of a wellbore and means for wireline logging, for modeling stress around a wellbore, the method comprising: calibrating a geomechanical model that comprises geologic data associated with a subterranean zone based on a stress polygon method and an unconfined compressive strength (UCS) associated with the subterranean zone; generating an output of a predicted stress state of the subterranean zone based on the calibrated geomechanical model; initiating formation of the wellbore through or proximate to the subterranean zone accounting for the calibrated geomechanical model and the predicted stress state of the subterranean zone; wireline logging the wellbore during formation of the wellbore; and revising the geologic data based on the logging; and re-calibrating the geomechanical model based on the revised geologic data. calibrating a geomechanical model that comprises geologic data associated with a subterranean zone based on a stress polygon method and an unconfined compressive strength (UCS) associated with the subterranean zone; generating an output of a predicted stress state of the subterranean zone based on the calibrated geomechanical model; initiating formation of the wellbore through or proximate to the subterranean zone accounting for the calibrated geomechanical model and the predicted stress state of the subterranean zone; wireline logging the wellbore during formation of the wellbore; and revising the geologic data based on the logging; and re-calibrating the geomechanical model based on the revised geologic data.
Method for detecting an electrical fault in the stator of an electric machine , especially in the generator of a wind turbine , wherein the stator comprises multiple groups of windings (19 - 27, 69 - 77), wherein the windings (19 - 27, 69 - 77) of each group are assigned to a respective phase of the electric machine , the method characterized by the steps of: - determining a current between a neutral point that is connected to at least one winding (19 - 27, 69 - 77) of each of the groups and either a further neutral point that is connected to at least one further winding (19 - 27, 69 - 77) of each of the groups or a common neutral point connected to at least the neutral point and the further neutral point, - evaluating a fault condition , wherein the fulfilment of the fault condition depends on the determined current , and - outputting a fault signal to personnel and/or a device when the fault condition is fulfilled. - determining a current between a neutral point that is connected to at least one winding (19 - 27, 69 - 77) of each of the groups and either a further neutral point that is connected to at least one further winding (19 - 27, 69 - 77) of each of the groups or a common neutral point connected to at least the neutral point and the further neutral point, - evaluating a fault condition , wherein the fulfilment of the fault condition depends on the determined current , and - outputting a fault signal to personnel and/or a device when the fault condition is fulfilled.
A method comprising: generating, using at least a first sensor signal, a first pitch reference signal for one or more rotor blades of a wind turbine during partial load operation; determining, using at least a second sensor signal, dynamic state information for a tower of the wind turbine; generating a second pitch reference signal by adapting the first pitch reference signal using the dynamic state information; selecting a maximum pitch reference signal from the second pitch reference signal and a saturation pitch reference signal ; and communicating the maximum pitch reference signal to control a pitch of the one or more rotor blades. generating, using at least a first sensor signal, a first pitch reference signal for one or more rotor blades of a wind turbine during partial load operation; determining, using at least a second sensor signal, dynamic state information for a tower of the wind turbine; generating a second pitch reference signal by adapting the first pitch reference signal using the dynamic state information; selecting a maximum pitch reference signal from the second pitch reference signal and a saturation pitch reference signal ; and communicating the maximum pitch reference signal to control a pitch of the one or more rotor blades.
A method for inspecting a pressure pulse wave sensor which includes a sensor chip and a substrate , the sensor chip including a pressure-sensitive element array constituted by a plurality of pressure-sensitive elements (S) arranged in one direction (X), the sensor chip put into use so that a pressure-sensitive face of the sensor chip where the pressure-sensitive element array is formed is pressed against a body surface of a living body in a state in which the one direction (X) intersects with a traveling direction of an artery of the living body, the sensor chip fixed to the substrate , wherein the substrate includes a through hole and a substrate-side terminal portion , the sensor chip includes a recess which is recessed in a direction perpendicular to the pressure-sensitive face and on an opposite side to the pressure-sensitive face, and the pressure-sensitive element array is formed on the pressure-sensitive face in a portion of the sensor chip whose thickness is reduced in the perpendicular direction due to the recess , and the sensor chip further includes a chip-side terminal portion which is electrically connected to the pressure-sensitive element array and which is provided at one or each of opposite ends of the pressure-sensitive element array extending in the one direction (X), the sensor chip is bonded and fixed onto the substrate so that the recess communicates with atmospheric air through only the through hole of the substrate ; the substrate-side terminal portion of the substrate to which the sensor chip is bonded and fixed, and the chip-side terminal portion are connected through an electrically conductive member (W1, W2); the electrically conductive member (W1, W2) connecting the substrate-side terminal portion and the chip-side terminal portion is covered with a protective member , the method characterized by , a step of performing characteristic evaluation about a variation among the plurality of pressure-sensitive elements (S) of the sensor chip , before the electrically conductive member (W1, W2) is covered with the protective member , based on a signal outputted from the substrate-side terminal portion in a state in which air is sucked through the through hole of the substrate to thereby apply negative pressure to the pressure-sensitive face.
An information processing apparatus capable of communicating with a game controller, the information processing apparatus comprising: a connection unit performing processing for establishing connection with the game controller in accordance with a received connection signal in accordance with at least any of an operation onto a first operation portion of the game controller and an operation onto a second operation portion of the game controller; a transmission unit transmitting, when the processing for establishing connection is completed, a request signal requesting for information on an operation time at which the operation onto the first operation portion has been performed and an operation time at which the operation onto the second operation portion has been performed, the information being stored in a storage unit of the game controller; a determination unit determining whether the operation onto the first operation portion and the operation onto the second operation portion satisfy a predetermined condition based on the information on the operation time transmitted from the game controller; a registration unit registering a first operation scheme as an operation scheme of the game controller when a result of determination by the determination unit is affirmative, the first operation scheme being a vertical holding scheme or a lateral holding scheme; and a game processing execution unit performing game processing based on at least any of a first operation signal in accordance with the operation onto the first operation portion and a second operation signal in accordance with the operation onto the second operation portion. a connection unit performing processing for establishing connection with the game controller in accordance with a received connection signal in accordance with at least any of an operation onto a first operation portion of the game controller and an operation onto a second operation portion of the game controller; a transmission unit transmitting, when the processing for establishing connection is completed, a request signal requesting for information on an operation time at which the operation onto the first operation portion has been performed and an operation time at which the operation onto the second operation portion has been performed, the information being stored in a storage unit of the game controller; a determination unit determining whether the operation onto the first operation portion and the operation onto the second operation portion satisfy a predetermined condition based on the information on the operation time transmitted from the game controller; a registration unit registering a first operation scheme as an operation scheme of the game controller when a result of determination by the determination unit is affirmative, the first operation scheme being a vertical holding scheme or a lateral holding scheme; and a game processing execution unit performing game processing based on at least any of a first operation signal in accordance with the operation onto the first operation portion and a second operation signal in accordance with the operation onto the second operation portion.
A pharmaceutical composition comprising in equal parts 1:1 v/v granulated sugar and a hydrogel biomaterial comprising a water-swollen polymeric material for use in a method of treating a chronic non-healing wound, wherein the pharmaceutical composition increases average percent change in wound closure compared to a control, wherein the control is the hydrogel biomaterial; wherein: (a) the hydrogel biomaterial comprises purified water, glycerol, hydroxyl ethyl cellulose, sodium lactate, and allantoin, wherein: (i) the purified water is about 70% of the hydrogel biomaterial; and (ii) the glycerol is about 30% of the hydrogel biomaterial; and (b) the pharmaceutical composition is administered: (i) as a topical formulation; or (ii) as a dressing, wherein a surface of the dressing is impregnated with the composition. for use in a method of treating a chronic non-healing wound, wherein the pharmaceutical composition increases average percent change in wound closure compared to a control, wherein the control is the hydrogel biomaterial; wherein: (a) the hydrogel biomaterial comprises purified water, glycerol, hydroxyl ethyl cellulose, sodium lactate, and allantoin, wherein: (i) the purified water is about 70% of the hydrogel biomaterial; and (ii) the glycerol is about 30% of the hydrogel biomaterial; and (b) the pharmaceutical composition is administered: (i) as a topical formulation; or (ii) as a dressing, wherein a surface of the dressing is impregnated with the composition. (a) the hydrogel biomaterial comprises purified water, glycerol, hydroxyl ethyl cellulose, sodium lactate, and allantoin, wherein: (i) the purified water is about 70% of the hydrogel biomaterial; and (ii) the glycerol is about 30% of the hydrogel biomaterial; and (i) the purified water is about 70% of the hydrogel biomaterial; and (ii) the glycerol is about 30% of the hydrogel biomaterial; and (b) the pharmaceutical composition is administered: (i) as a topical formulation; or (ii) as a dressing, wherein a surface of the dressing is impregnated with the composition. (i) as a topical formulation; or (ii) as a dressing, wherein a surface of the dressing is impregnated with the composition.
Grease composition containing a base oil and a calcium complex soap as a thickening agent, wherein a substituted or unsubstituted straight chain higher mono-fatty acid having 18 to 22 carbon atoms, an aromatic mono-acid having a substituted or unsubstituted benzene ring and a straight chain saturated lower mono-fatty acid having 2 to 4 carbon atoms are used as acids in the calcium complex soap, wherein the grease composition comprises 2 to 15 parts by mass of the straight chain higher mono-fatty acid, 0.5 to 2 parts by mass of the aromatic mono-acid and 1 to 5 parts by mass of the straight chain saturated lower mono-fatty acid based upon 100 parts by mass of the total blending quantity of the grease composition and further wherein the quantity of higher fatty acid relative to 100 parts by mass of the total acid content is 62 to 70 parts by mass and the quantity of lower fatty acid relative to 100 parts by mass of the total acid content is 10 to 24 parts by mass.