mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining a first portion of a content item in each of a plurality of user-specific storages associated with corresponding user accounts of a plurality of user accounts and determining a second portion of the content item in a common storage associated with the plurality of user accounts, wherein the content item comprises video stored based on a user request; updating a range of content sections of the content item over time as one or more of the plurality of user accounts progress in playback of the content item, wherein the range indicates a subset of one or more content sections of the content item associated with active playback of the content item for at least a portion of the plurality of user accounts; determining, based on a plurality of requests associated with receiving the stored content item, that one or more caching criteria is satisfied, wherein the one or more caching criteria comprises a number of users requesting content sections within the range of content sections within a threshold time period; causing, based on the one or more caching criteria being satisfied, storage of the second portion in a cache storage different from the common storage; and causing sending of a first portion from one of the plurality of user-specific storages and the second portion from the cache storage. determining a first portion of a content item in each of a plurality of user-specific storages associated with corresponding user accounts of a plurality of user accounts and determining a second portion of the content item in a common storage associated with the plurality of user accounts, wherein the content item comprises video stored based on a user request; updating a range of content sections of the content item over time as one or more of the plurality of user accounts progress in playback of the content item, wherein the range indicates a subset of one or more content sections of the content item associated with active playback of the content item for at least a portion of the plurality of user accounts; determining, based on a plurality of requests associated with receiving the stored content item, that one or more caching criteria is satisfied, wherein the one or more caching criteria comprises a number of users requesting content sections within the range of content sections within a threshold time period; causing, based on the one or more caching criteria being satisfied, storage of the second portion in a cache storage different from the common storage; and causing sending of a first portion from one of the plurality of user-specific storages and the second portion from the cache storage.
A honeycomb having cells comprising a flame resistant paper, the paper comprising: a) 5 to 50 parts by weight thermoplastic material having a melting point of from 120°C to 350°C, and b) 50 to 95 parts by weight of a high modulus fiber having a modulus of 600 grams per denier (550 grams per dtex) or greater, based on the total amount of thermoplastic material and high modulus fiber in the paper, wherein the thermoplastic has a limiting oxygen index of at least 26. a) 5 to 50 parts by weight thermoplastic material having a melting point of from 120°C to 350°C, and b) 50 to 95 parts by weight of a high modulus fiber having a modulus of 600 grams per denier (550 grams per dtex) or greater, based on the total amount of thermoplastic material and high modulus fiber in the paper,
Method for controlling an electrohydraulic brake system for motor vehicles, comprising at least one hydraulically actuatable wheel brake which can be actuated by means of an electronically activatable pressure supply unit which includes a cylinder-piston arrangement having a hydraulic pressure chamber, the piston of which is displaceable by an electromechanical actuator, so that a predeterminable pressure reference value (P V,Soll) can be set in the hydraulic pressure chamber, an actuator position actual value (X Akt) of a position of the pressure supply unit and an actuator torque actual value (M Akt) of the electromechanical actuator being ascertained, and a manipulated variable (ω Akt,Soll, M Akt,Soll) for activating the actuator being generated by means of a control device, a position control of the actuator being carried out in the control device, characterized in that the position control is carried out on the basis of the actuator position actual value (X Akt) and of an actuator position reference value (X Mod,Soll, X Akt,Soll), the actuator position reference value (X Mod,Soll, X Akt,Soll) being determined, in particular calculated, on the basis of the predetermined pressure reference value (P V,Soll), and the actuator torque actual value (M Akt) additionally being taken into account in determining the actuator position reference value (X Akt,Soll) (60, 65).
Use of a lubricating composition comprising, in terms of the total amount: (i) 70 to 99.5% by mass of a hydrorefined naphthene-based base oil, wherein the base oil has a %CA of not more than 10 and a ratio of %CN and %CP (%CN /%CP) of not less than 0.4 obtained by the method of ASTM D-3238-85 (n-d-M ring analysis); (ii) 0.5 to 30% by mass of a poly(meth)acrylate containing hydroxyl groups; and (iii) an alkyl naphthalene in roller bearings. (i) 70 to 99.5% by mass of a hydrorefined naphthene-based base oil, wherein the base oil has a %CA of not more than 10 and a ratio of %CN and %CP (%CN /%CP) of not less than 0.4 obtained by the method of ASTM D-3238-85 (n-d-M ring analysis); (ii) 0.5 to 30% by mass of a poly(meth)acrylate containing hydroxyl groups; and (iii) an alkyl naphthalene
A network device for Remote Direct Memory Access, RDMA, wherein the network device is configured to: generate an outgoing packet according to a QUIC request or event, and transmit the outgoing packet to another network device, wherein the outgoing packet is a Quick User datagram protocol Internet Connection, QUIC based, packet, which comprises a User Datagram Protocol, UDP, header, a QUIC header and a QUIC payload, wherein the UDP header of the outgoing packet comprises an indication that indicates that the QUIC payload of the outgoing packet comprises one or more RDMA transactions, wherein the QUIC payload of the outgoing packet comprises the one or more RDMA transactions, and wherein the outgoing packet uses a dedicated QUIC version number for RDMA over QUIC transport. generate an outgoing packet according to a QUIC request or event, and transmit the outgoing packet to another network device, wherein the outgoing packet is a Quick User datagram protocol Internet Connection, QUIC based, packet, which comprises a User Datagram Protocol, UDP, header, a QUIC header and a QUIC payload, wherein the UDP header of the outgoing packet comprises an indication that indicates that the QUIC payload of the outgoing packet comprises one or more RDMA transactions, wherein the QUIC payload of the outgoing packet comprises the one or more RDMA transactions, and wherein the outgoing packet uses a dedicated QUIC version number for RDMA over QUIC transport.
A holding plate for a vacuum cleaner filter bag, which is attachable to a holding device in a vacuum cleaner housing for holding the vacuum cleaner filter bag, comprising a base plate in which a through hole is formed, and a closing flap for closing the through hole, wherein the closing flap is biased into the closed position via an elastic element, and wherein the elastic element is arranged in front of the closing flap as seen in the closing direction, and wherein the elastic element is a helical spring; characterized in that the helical spring is at least partially surrounded by a sheathing, the sheathing radially surrounding the helical spring along its entire circumference. wherein the closing flap is biased into the closed position via an elastic element, and wherein the elastic element is arranged in front of the closing flap as seen in the closing direction, and wherein the elastic element is a helical spring; characterized in that
Method for equipping a seat surface of a motor vehicle seat of a motor vehicle with a recess, the geometry data of which is determined using the following steps: a) determining a torso line T1 and a leg line B1 intersecting it, each of which can be assigned to a virtual dummy, with torso line T1 and leg line B1 defining a coordinate system KS with an origin U1, b) arranging the origin U1 of the coordinate system KS above the seat, c) selecting geometry data for the recess defined in relation to the coordinate system KS, with the proviso that the origin U1 lies above the recess, d) transforming the geometry data of the recess from the coordinate system KS into the intrinsic coordinate system of the motor vehicle. a) determining a torso line T1 and a leg line B1 intersecting it, each of which can be assigned to a virtual dummy, with torso line T1 and leg line B1 defining a coordinate system KS with an origin U1, b) arranging the origin U1 of the coordinate system KS above the seat, c) selecting geometry data for the recess defined in relation to the coordinate system KS, with the proviso that the origin U1 lies above the recess, d) transforming the geometry data of the recess from the coordinate system KS into the intrinsic coordinate system of the motor vehicle.
A system for tracking airborne organisms, comprising: an imager having an image resolution and a field of view; a backlight source configured to be placed in the field of view of the imager; a processor configured to analyze one or more images captured by the imager including at least a portion of the backlight source, the processor being configured to identify a biological property of an organism in the field of view of the imager using at least one datum selected from the group consisting of characteristic frequency, harmonic amplitude, shape, size, airspeed, ground speed, and location; and a detector configured to detect an organism in the field of view of the imager; characterised in that at least one of the imager and the detector is configured to collect color data and to use the collected color data to determine a probable engorgement status of the organism. an imager having an image resolution and a field of view; a backlight source configured to be placed in the field of view of the imager; a processor configured to analyze one or more images captured by the imager including at least a portion of the backlight source, the processor being configured to identify a biological property of an organism in the field of view of the imager using at least one datum selected from the group consisting of characteristic frequency, harmonic amplitude, shape, size, airspeed, ground speed, and location; and a detector configured to detect an organism in the field of view of the imager; characterised in that at least one of the imager and the detector is configured to collect color data and to use the collected color data to determine a probable engorgement status of the organism.
A computer-implemented method for providing second key elements of the examination region in an X-ray image, comprising: - receiving first input data, wherein the first input data is an optical image of an examination region, - applying a first trained function to the first input data, wherein first output data is generated, wherein the first output data comprises detected first key elements in the optical image, and a first collimation region is determined based on the first key elements, - receiving second input data, wherein the second input data is an X-ray image of an examination region, acquired using the first collimation region, - applying a second trained function to the second input data, wherein second output data is generated, wherein the second output data comprises detected second key elements in the X-ray image, - providing the second output data, wherein the second output data comprises second key elements of the examination region. - receiving first input data, wherein the first input data is an optical image of an examination region, - applying a first trained function to the first input data, wherein first output data is generated, wherein the first output data comprises detected first key elements in the optical image, and a first collimation region is determined based on the first key elements, - receiving second input data, wherein the second input data is an X-ray image of an examination region, acquired using the first collimation region, - applying a second trained function to the second input data, wherein second output data is generated, wherein the second output data comprises detected second key elements in the X-ray image, - providing the second output data, wherein the second output data comprises second key elements of the examination region.
A frangible detent pin (32, 132) comprising: a base (36, 136) configured to be secured within a bore (34, 134); a pin head (38, 138), wherein the pin head and the base are interconnected through a frangible connection; and an elastic member (40, 140) configured to bias the pin head away from the base, wherein the frangible detent pin has a rigid stage in which the pin head is rigidly positioned relative to the base and a spring-loaded stage in which the pin head is moveable relative to the base under a compression load between the pin head and the base, and wherein the frangible detent pin is configured to transition from the rigid stage to the spring-loaded stage in response to the compression load exceeding a predetermined threshold sufficient to cause the frangible connection to fail. a base (36, 136) configured to be secured within a bore (34, 134); a pin head (38, 138), wherein the pin head and the base are interconnected through a frangible connection; and an elastic member (40, 140) configured to bias the pin head away from the base, wherein the frangible detent pin has a rigid stage in which the pin head is rigidly positioned relative to the base and a spring-loaded stage in which the pin head is moveable relative to the base under a compression load between the pin head and the base, and wherein the frangible detent pin is configured to transition from the rigid stage to the spring-loaded stage in response to the compression load exceeding a predetermined threshold sufficient to cause the frangible connection to fail.
A method of priming an extracorporeal blood circuit using a blood treatment apparatus comprising a dialysis liquid preparation system having a source of water, a source of bicarbonate concentrate and a source of acid concentrate including sodium chloride, and configured to prepare a dialysis liquid from water, said bicarbonate concentrate and said acid concentrate only, said extracorporeal blood circuit comprises an arterial line section, connectable to a patient, for drawing blood from the patient, a venous line section, connectable to the patient, for returning the blood to the patient, and a blood side compartment or blood chamber of a blood filter, said method encompassing the steps of a first phase: - preparing a priming solution from said source of water and said source of acid concentrate only to obtain an acid/water solution, - connecting said arterial line section to an outlet of the dialysis liquid preparation system of the blood treatment apparatus and, - filling the extracorporeal blood circuit with said priming solution characterized in that - the dialysis liquid preparation system is not having, or is not being connected to, a source that comprises sodium chloride only or exclusively; and in that - bicarbonate from the source of bicarbonate concentrate is absent from said solution. said extracorporeal blood circuit comprises an arterial line section, connectable to a patient, for drawing blood from the patient, a venous line section, connectable to the patient, for returning the blood to the patient, and a blood side compartment or blood chamber of a blood filter, said method encompassing the steps of a first phase: - preparing a priming solution from said source of water and said source of acid concentrate only to obtain an acid/water solution, - connecting said arterial line section to an outlet of the dialysis liquid preparation system of the blood treatment apparatus and, - filling the extracorporeal blood circuit with said priming solution - preparing a priming solution from said source of water and said source of acid concentrate only to obtain an acid/water solution, - connecting said arterial line section to an outlet of the dialysis liquid preparation system of the blood treatment apparatus and, - filling the extracorporeal blood circuit with said priming solution characterized in that - the dialysis liquid preparation system is not having, or is not being connected to, a source that comprises sodium chloride only or exclusively; and in that - bicarbonate from the source of bicarbonate concentrate is absent from said solution. - the dialysis liquid preparation system is not having, or is not being connected to, a source that comprises sodium chloride only or exclusively; and in that - bicarbonate from the source of bicarbonate concentrate is absent from said solution.
A method for producing laser light with a desired characteristic comprising the steps of: • generating laser light by a laser source (1, 3) in a spectrum range, the laser source being not temperature stabilized and the spectral location of said spectrum range shifting in dependency of the temperature of said laser source; • filtering said laser light with at least one filter characteristic; sensing a temperature being dependent on the temperature of said laser source; • shifting a first spectral location of said at least one filter characteristic to establish said desired characteristic, said shifting said spectral location of said at least one filtering characteristic being matched with said temperature dependent shift of said spectral location of said spectrum range; charachterised in that said shift of said spectral location of said spectrum range is controlled by the shift of a further spectral location of a stabilizing filter characteristic in dependency of said temperature, and said matching is performed between said shift of said further spectral location and shifting of said first spectral location. • generating laser light by a laser source (1, 3) in a spectrum range, the laser source being not temperature stabilized and the spectral location of said spectrum range shifting in dependency of the temperature of said laser source; • filtering said laser light with at least one filter characteristic; sensing a temperature being dependent on the temperature of said laser source; • shifting a first spectral location of said at least one filter characteristic to establish said desired characteristic, said shifting said spectral location of said at least one filtering characteristic being matched with said temperature dependent shift of said spectral location of said spectrum range; charachterised in that said shift of said spectral location of said spectrum range is controlled by the shift of a further spectral location of a stabilizing filter characteristic in dependency of said temperature, and said matching is performed between said shift of said further spectral location and shifting of said first spectral location.
A method for redesigning one or more process parameters of a first manufactured absorbent article, in order to provide different process parameters of a second manufactured absorbent article, and manufacturing the second manufactured absorbent article, wherein the method comprises the steps of: i) associating a unique identifier with individual first manufactured absorbent articles, or with groups of first manufactured absorbent articles; ii) capturing and recording process data relating to the first manufactured absorbent articles; iii) soliciting and recording consumer feedback relating to in use performance of the first manufactured absorbent articles, wherein the consumer feedback includes data relating to the separation of back ears from diapers while under tension, leakage, or absorbent article fit; iv) correlating, by a controller, the consumer feedback with process data of a specific, individual first manufactured absorbent article by means of the unique identifier; v) determining different process parameters for a second manufactured absorbent article based on the correlated consumer feedback and process data for the first manufactured absorbent articles; vi) applying, by the controller, the one or more different process parameters to a converting apparatus configured to manufacture absorbent articles; and vii) manufacturing, by the converting apparatus, the second manufactured absorbent articles, the second manufactured absorbent articles being better adapted to meet consumer needs than the first manufactured absorbent article, wherein each manufactured absorbent article is a diaper comprising: a topsheet; a backsheet; and an absorbent core placed between the topsheet and the backsheet to form a body of the diaper, and at least back ears which are attached to the body of the diaper in a waist region. i) associating a unique identifier with individual first manufactured absorbent articles, or with groups of first manufactured absorbent articles; ii) capturing and recording process data relating to the first manufactured absorbent articles; iii) soliciting and recording consumer feedback relating to in use performance of the first manufactured absorbent articles, wherein the consumer feedback includes data relating to the separation of back ears from diapers while under tension, leakage, or absorbent article fit; iv) correlating, by a controller, the consumer feedback with process data of a specific, individual first manufactured absorbent article by means of the unique identifier; v) determining different process parameters for a second manufactured absorbent article based on the correlated consumer feedback and process data for the first manufactured absorbent articles; vi) applying, by the controller, the one or more different process parameters to a converting apparatus configured to manufacture absorbent articles; and vii) manufacturing, by the converting apparatus, the second manufactured absorbent articles, the second manufactured absorbent articles being better adapted to meet consumer needs than the first manufactured absorbent article,
Steel composition for the production of components with improved anti-coking properties, consisting of in weight percentage: - from 0.08% to 0.15% carbon, - from 0.3 to 1% manganese (Mn), - from 1.4 to 3% silicon (Si), - from 0.5 to 3% copper (Cu), - from 8 to 10% chromium (Cr), - from 0.5 to 3% nickel (Ni), - from 0.01 to 0.07% nitrogen, - from 0.8 to 1.1% molybdenum (Mo), - from 0 to 0.04% aluminum (Al), the remainder of the composition being iron (Fe) and impurities, for which the mass content of the following impurities does not exceed: - 0.025% phosphorus, - 0.02% sulfur, - 0.02% titanium (Ti), - 0.05% niobium (Nb), - 0.05% vanadium, - 0.1% tungsten, and - 0.05% cobalt (Co). - from 0.08% to 0.15% carbon, - from 0.3 to 1% manganese (Mn), - from 1.4 to 3% silicon (Si), - from 0.5 to 3% copper (Cu), - from 8 to 10% chromium (Cr), - from 0.5 to 3% nickel (Ni), - from 0.01 to 0.07% nitrogen, - from 0.8 to 1.1% molybdenum (Mo), - from 0 to 0.04% aluminum (Al), - 0.025% phosphorus, - 0.02% sulfur, - 0.02% titanium (Ti), - 0.05% niobium (Nb), - 0.05% vanadium, - 0.1% tungsten, and - 0.05% cobalt (Co).