mhurhangee/ep-ind-claims huggingface dataset:
A stroller moveable between a fully deployed state and a fully collapsed state, the stroller comprising: a seat comprising a seat back pivotably connected to a seat base; and one or more stops arranged to prevent the stroller from moving from its fully deployed state to its fully collapsed state, wherein the one or more stops are arranged to be released to permit the stroller to move from its fully deployed state to its fully collapsed state when at least one of the seat base and seat back is pivoted towards the other. a seat comprising a seat back pivotably connected to a seat base; and one or more stops arranged to prevent the stroller from moving from its fully deployed state to its fully collapsed state, wherein the one or more stops are arranged to be released to permit the stroller to move from its fully deployed state to its fully collapsed state when at least one of the seat base and seat back is pivoted towards the other.
An MEMS microphone, characterized in comprising: a substrate; a first vibrating diaphragm and a second vibrating diaphragm between which a sealed cavity (a) is formed; and a back electrode unit which is located in the sealed cavity (a), forms a capacitor structure with the first vibrating diaphragm and with the second vibrating diaphragm respectively and is provided with a plurality of through holes that penetrate through two sides of the back electrode unit; characterized in that the sealed cavity (a) is filled with a gas whose viscosity coefficient is smaller than that of air. a substrate; a first vibrating diaphragm and a second vibrating diaphragm between which a sealed cavity (a) is formed; and a back electrode unit which is located in the sealed cavity (a), forms a capacitor structure with the first vibrating diaphragm and with the second vibrating diaphragm respectively and is provided with a plurality of through holes that penetrate through two sides of the back electrode unit; characterized in that the sealed cavity (a) is filled with a gas whose viscosity coefficient is smaller than that of air.
Gripping means of a device on a flat knitting machine for introducing inserts into a knitted fabric produced on the flat knitting machine, by means of which gripping means inserts can be picked up from a magazine and moved to the comb gap between the needle beds of the flat knitting machine and can be introduced into the knitted fabric produced on the flat knitting machine, characterized in that said means has a gripper having at least one movable gripping jaw (52, 52') and in that the gripper has an ejection means for dispensing and/or positioning the inserts into the knitted fabric.
A configurable client device for consuming digital content, said device comprising: a block cipher; a seed receiver operative to receive a seed; a part seed generator comprising a cryptographic hash function operative to receive: a part number; and the seed from the seed receiver, and to generate a part seed, as a result of the cryptographic hash function, the part seed based, at least in part, on the seed and the part number; a part generator comprising a pseudo-random number generator operative to receive the part seed produced by the part seed generator to produce a crypto data item part using the output of the pseudo-random number generator, the crypto data item part based, at least in part, on the part seed; and a cryptosystem integrator operative to integrate the produced crypto data item part into the block cipher, thereby producing a crypto product wherein the block cipher is operative to use the produced crypto product as an auxiliary input into a cryptographic algorithm used to protect said digital content. a block cipher; a seed receiver operative to receive a seed; a part seed generator comprising a cryptographic hash function operative to receive: a part number; and the seed from the seed receiver, and to generate a part seed, as a result of the cryptographic hash function, the part seed based, at least in part, on the seed and the part number; a part number; and the seed from the seed receiver, and to generate a part seed, as a result of the cryptographic hash function, the part seed based, at least in part, on the seed and the part number; a part generator comprising a pseudo-random number generator operative to receive the part seed produced by the part seed generator to produce a crypto data item part using the output of the pseudo-random number generator, the crypto data item part based, at least in part, on the part seed; and a cryptosystem integrator operative to integrate the produced crypto data item part into the block cipher, thereby producing a crypto product
Device for vibration-isolated suspension of a load on at least one support element, the device comprising a base element for accepting the load, where the base element comprises a plurality of attachment regions (3a, 3b) for attachment of elastic elements (4a, 4h, 4c, 4d, 4e), where each of the elastic elements (4a, 4b, 4c, 4d, 4e) has a first end region and a second end region and is attached by the first end region to the base element, where the second end region of the relevant elastic element (4a, 4b, 4c, 4d, 4e) is provided for its attachment to the at least one support element, where a regulating and control unit and at least one actuator are provided, where the regulating and control unit is designed to regulate in an operating state of the device a, preferably settable, position of the base element and/or of the load, characterised in that the at least one actuator is operatively connected to the second end region of at least one elastic element, in order to be able to adjust a vertical position of the second end region of said at least one elastic element, where at least one, preferably inductive, position sensor is provided in order to determine the position of the base element and/or of the load by processing measurement signals from the at least one position sensor by means of the regulating and control unit, where preferably three position sensors are provided.
A method for locating origins of streams of at least one gas in a geographical area, the streams being gas appearance or disappearance amounts, comprising the steps of: - periodic measurements of concentrations of the gas in the geographical area or close to said geographical area, at measurement times; - periodic measurements of weather characteristics, including speeds and directions of winds, in an investigation period of time comprising the measurement times, at least in the geographical area; - application of numerical models to relate the streams to the concentrations, in particular by simulating displacements of the gas during the investigation period of time, and by exploiting the measurements of the weather characteristics and other parameters comprising time; the numerical models comprising a direct model giving concentrations as a function of assessed streams and a reverse model giving streams as a function of measured or assessed concentrations; - the method comprising exclusions of some of the measurements of concentrations under conditions where the models are regarded as inaccurate, characterized in that the method comprises two assessments of concentrations by using the direct model and the reverse model; a computation of a difference between the assessments; a comparison of the difference with a threshold; the exclusions being decided for moments when the difference between both assessments is higher than the threshold. - periodic measurements of concentrations of the gas in the geographical area or close to said geographical area, at measurement times; - periodic measurements of weather characteristics, including speeds and directions of winds, in an investigation period of time comprising the measurement times, at least in the geographical area; - application of numerical models to relate the streams to the concentrations, in particular by simulating displacements of the gas during the investigation period of time, and by exploiting the measurements of the weather characteristics and other parameters comprising time; the numerical models comprising a direct model giving concentrations as a function of assessed streams and a reverse model giving streams as a function of measured or assessed concentrations; - the method comprising exclusions of some of the measurements of concentrations under conditions where the models are regarded as inaccurate,
A method for transferring a slurry of a separation resin, from at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) to a second container (5; 5'), said method comprising the steps of connecting the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) to the second container (5; 5') by a transferring connection (7; 7'; 67), wherein the first container (3; 3'; 3a, 3b; 3a', 3b'; 63) is a disposable, flexible slurry storage bag and the second container (5; 5') is a slurry tank or a chromatography column; providing a degree of vacuum to the second container (5; 5') by a vacuum production device (9; 9') connected to the second container (5; 5'), comprising controlling an adaptor provided in the second container; allowing the vacuum in the second container (5; 5') to affect the content in the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) through the transferring connection (7; 7'; 67) such that the slurry initially provided in the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) is transferred to the second container (5; 5') through the transferring connection (7; 7'; 67). connecting the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) to the second container (5; 5') by a transferring connection (7; 7'; 67), wherein the first container (3; 3'; 3a, 3b; 3a', 3b'; 63) is a disposable, flexible slurry storage bag and the second container (5; 5') is a slurry tank or a chromatography column; providing a degree of vacuum to the second container (5; 5') by a vacuum production device (9; 9') connected to the second container (5; 5'), comprising controlling an adaptor provided in the second container; allowing the vacuum in the second container (5; 5') to affect the content in the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) through the transferring connection (7; 7'; 67) such that the slurry initially provided in the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) is transferred to the second container (5; 5') through the transferring connection (7; 7'; 67).
A downlink control information, DCI, transmission method, comprising: receiving first DCI by using a first bandwidth part, BWP, wherein the first DCI comprises a BWP indication and a first frequency domain resource allocation indication, and a BWP indicated by the BWP indication is a second BWP; and if resource allocation types of the second BWP comprise type 0 and type 1, and a size of the first frequency domain resource allocation indication is less than that of a second frequency domain resource allocation indication, the first frequency domain resource allocation indication indicates a frequency domain resource in the second BWP by using the type 0, wherein the second frequency domain resource allocation indication in a second DCI to be received in the second BWP is used to indicate the frequency domain resource in the second BWP. receiving first DCI by using a first bandwidth part, BWP, wherein the first DCI comprises a BWP indication and a first frequency domain resource allocation indication, and a BWP indicated by the BWP indication is a second BWP; and if resource allocation types of the second BWP comprise type 0 and type 1, and a size of the first frequency domain resource allocation indication is less than that of a second frequency domain resource allocation indication, the first frequency domain resource allocation indication indicates a frequency domain resource in the second BWP by using the type 0, wherein the second frequency domain resource allocation indication in a second DCI to be received in the second BWP is used to indicate the frequency domain resource in the second BWP.
A tire, comprising: a first knob (30b-1, 30d-1) having a first knob length and first knob width; a second knob (30b-2, 30d-2) having a second knob length and a second knob width; a recess including a recess base and a recess sidewall with a top ledge, the recess defining a depth extending from the base to the ledge, the first knob and second knob being disposed in the recess, the recess comprising a space indented into the tire outer surface, characterised in that the recess is bordered by a recess perimeter that forms a closed loop and in that the tire further comprises a groove in fluid communication with the recess that is configured to capture and direct liquid away from the recess. a first knob (30b-1, 30d-1) having a first knob length and first knob width; a second knob (30b-2, 30d-2) having a second knob length and a second knob width; a recess including a recess base and a recess sidewall with a top ledge, the recess defining a depth extending from the base to the ledge, the first knob and second knob being disposed in the recess, the recess comprising a space indented into the tire outer surface,
A control method of an information processing apparatus, the control method comprising: obtaining, by an expansion application configured to add one or more functions to print data generation software for generating print data, attribute data on a printing apparatus, the attribute data being output from the printing apparatus and indicating functions of the printing apparatus which can be used for generating print data; obtaining, by the expansion application, Print Device Capabilities data indicating print capabilities of the printing apparatus; in a case where information indicating a function of the expansion application is not included in the Print Device Capabilities data, adding (S306, S308) information to the Print Device Capabilities data related to the function based on attribute information included in the obtained attribute data; and displaying a setting screen including a setting item of the function based on the added information related to the function. obtaining, by an expansion application configured to add one or more functions to print data generation software for generating print data, attribute data on a printing apparatus, the attribute data being output from the printing apparatus and indicating functions of the printing apparatus which can be used for generating print data; obtaining, by the expansion application, Print Device Capabilities data indicating print capabilities of the printing apparatus; in a case where information indicating a function of the expansion application is not included in the Print Device Capabilities data, adding (S306, S308) information to the Print Device Capabilities data related to the function based on attribute information included in the obtained attribute data; and displaying a setting screen including a setting item of the function based on the added information related to the function.
An optical measurement system for measuring a critical dimension of a nanostructured surface of a sample, the optical measurement system comprising: an image recording module comprising a microscope optical system which records a defocused image having a nonuniform degree of defocusing with respect to the nanostructured surface; an optical scheme parameter control module which sets and outputs to the microscope optical system optical scheme parameters for the microscope optical system: an image calculation module which receives the optical scheme parameters and calculates an image of the nanostructured surface; and a comparison module which compares the defocused image recorded by the image recording module and the image calculated by the image calculation module. an image recording module comprising a microscope optical system which records a defocused image having a nonuniform degree of defocusing with respect to the nanostructured surface; an optical scheme parameter control module which sets and outputs to the microscope optical system optical scheme parameters for the microscope optical system: an image calculation module which receives the optical scheme parameters and calculates an image of the nanostructured surface; and a comparison module which compares the defocused image recorded by the image recording module and the image calculated by the image calculation module.
An agricultural atomiser comprising a frame that supports a tank containing a phytosanitary product, a plurality of diffusers of the phytosanitary product towards the canopy of the plants to be treated, and at least one pumping system for the phytosanitary product, taken from said tank, towards said diffusers, each of said diffusers comprising a plurality of nozzles for dispensing an air-phytosanitary product mixture, connected to said pumping system, and ventilation means, suitable for spreading and projecting the air-phytosanitary product mixture, emitted by said nozzles, towards the canopy of the plants to be treated, said ventilation means comprising for each one of said diffusers, a respective centrifugal turbine, located at the top of said diffuser, communicating with an air distribution channel provided in said diffuser, characterised in that said ventilation means comprise, for each diffuser, a plurality of air delivery holes (7, 8), communicating with said distribution channel, said delivery holes (7, 8) being arranged aligned and divided into two distinct series, i.e. a first series and a second series alternating with each other, and characterised by two respective different geometries, and in that the axes of said first, second delivery holes (7, 8) are inclined so that, in use, the air jets delivered by them intersect the jets of air-phytosanitary fluid mixture delivered by said nozzles.
An antibody or a functional fragment thereof that binds specifically to both human immunoglobulin-like transcript 2 and human immunoglobulin-like transcript 4, comprising: a heavy chain variable region comprising a heavy chain variable region CDR1 (VH-CDR1), a heavy chain variable region CDR2 (VH-CDR2), and a heavy chain variable region CDR3 (VH-CDR3) from the amino acid sequence of SEQ ID NO:144; and a light chain variable region comprising a light chain variable region CDR1 (VL-CDR1), a light chain variable region CDR2 (VL-CDR2), and a light chain variable region CDR3 (VL-CDR3) from the amino acid sequence of SEQ ID NO:145; wherein the VH-CDR1, VH-CDR2, VH-CDR3, VL-CDR1, VL-CDR2, and VL-CDR3 are determined according to the Kabat, Chothia, Contact, IMGT, or AbM numbering systems.
Industrial oven system comprising a modular integrated modular system for electrically heated industrial furnaces with housing frames, at least one thermal insulation layer inside and heat resistant supports for heat elements as basic modules for at least one wall surface module, at least one edge module and/or at least one corner module and with sealing elements, characterized in that the housing frame is connected to the thermal insulation layer, such that the thermal insulation layer seizes and supports the outer housing frame and adjacent basic modules dimensionally stable and with similar, external quadrilateral connection points are mountable to the outer housing frame to a complete oven chamber with a square grid.
A rubber composition having: at least three types of diene polymers forming a plurality of polymer phases which are immiscible with each other; silica; and carbon black, wherein: each of the at least three types of diene polymers has content of ≥ 10% by mass with respect to the total mass of the diene polymers; content of the diene polymer having the lowest glass transition temperature (Tg) among the diene polymers each having content of ≥ 10% by mass with respect to the total mass of the diene polymers is ≥ 85% by mass with respect to the content of the diene polymer having the highest content among the diene polymers other than the diene polymer; among the diene polymers each having content of ≥ 10% by mass with respect to the total mass of the diene polymers, the diene polymer has the highest glass transition temperature (Tg) and a diene polymer, which is other than the diene polymer and has glass transition temperature (Tg) lower than that of the diene polymer having the highest glass transition temperature (Tg), has been modified by a compound containing silicon atom; the diene polymer is a copolymer of a conjugated diene compound and styrene and satisfies formula (i) shown below: St + Vi / 2 ≤ 33 (In the formula, "St" represents content of bonded styrene (mass %) of the diene polymer and "Vi" represents vinyl bond content (mass %) of the conjugated diene compound part of the diene polymer); the silica has content of ≥ 25 parts by mass with respect to the total mass or 100 parts by mass of the diene polymers; and the carbon black has content ≥ 25 parts by mass with respect to the total mass or 100 parts by mass of the diene polymers. each of the at least three types of diene polymers has content of ≥ 10% by mass with respect to the total mass of the diene polymers; content of the diene polymer having the lowest glass transition temperature (Tg) among the diene polymers each having content of ≥ 10% by mass with respect to the total mass of the diene polymers is ≥ 85% by mass with respect to the content of the diene polymer having the highest content among the diene polymers other than the diene polymer; among the diene polymers each having content of ≥ 10% by mass with respect to the total mass of the diene polymers, the diene polymer has the highest glass transition temperature (Tg) and a diene polymer, which is other than the diene polymer and has glass transition temperature (Tg) lower than that of the diene polymer having the highest glass transition temperature (Tg), has been modified by a compound containing silicon atom; the diene polymer is a copolymer of a conjugated diene compound and styrene and satisfies formula (i) shown below: St + Vi / 2 ≤ 33 (In the formula, "St" represents content of bonded styrene (mass %) of the diene polymer and "Vi" represents vinyl bond content (mass %) of the conjugated diene compound part of the diene polymer); the silica has content of ≥ 25 parts by mass with respect to the total mass or 100 parts by mass of the diene polymers; and the carbon black has content ≥ 25 parts by mass with respect to the total mass or 100 parts by mass of the diene polymers.
A method in a data processing system for dynamically modifying operating parameters of processing units included in a processor core included within a central processing unit, said method comprising: Allocating, according to a predicted optimal allocation, a first processing unit's processing time among general purpose processing units and specialized processing units; Retrieving a next context to be processed, said next context including an identification of all first specialized processing units in said processor core that will be needed to process said next context, said specialized processing units including said first specialized processing units and other unused specialized processing units; and dynamically altering said predicted optimal allocation of said first processing unit's time, said first processing unit's processing time being allocated among said general purpose processing units and said first processing units, and not among said unused specialized processing units. Allocating, according to a predicted optimal allocation, a first processing unit's processing time among general purpose processing units and specialized processing units; Retrieving a next context to be processed, said next context including an identification of all first specialized processing units in said processor core that will be needed to process said next context, said specialized processing units including said first specialized processing units and other unused specialized processing units; and dynamically altering said predicted optimal allocation of said first processing unit's time, said first processing unit's processing time being allocated among said general purpose processing units and said first processing units, and not among said unused specialized processing units.