mhurhangee/ep-ind-claims huggingface dataset:
A lubricant oil composition comprising: a base oil; a succinimide compound; and a heterocyclic compound, wherein the heterocyclic compound is 2,5-(bis(n-octyldithio)-1,3,4-thiadiazole and the compounding amount of the heterocyclic compound is 0.01 to 20 % by mass based on a total amount of the lubricant oil composition, wherein the lubricant oil composition has a phosphorus content of 0.02 % by mass or less and a sulfuric acid ash content of 0.6 % by mass or less based on a total amount of the lubricant oil composition, and wherein the succinimide compound is a boron derivative of a succinimide compound represented by the following formula or: wherein R 17, R 19 and R 22 each represent an alkenyl group or an alkyl group having a number-average molecular weight of 500 to 4,000; R 19 and R 22 may be the same or different; R 18, R 20 and R 21 each represent a C 2 to C 5 alkylene group; R 20 and R 21 may be the same or different; r is an integer of 1 to 10; and s is 0 or an integer of 1 to 10. a base oil; a succinimide compound; and a heterocyclic compound, wherein the heterocyclic compound is 2,5-(bis(n-octyldithio)-1,3,4-thiadiazole and the compounding amount of the heterocyclic compound is 0.01 to 20 % by mass based on a total amount of the lubricant oil composition, wherein the lubricant oil composition has a phosphorus content of 0.02 % by mass or less and a sulfuric acid ash content of 0.6 % by mass or less based on a total amount of the lubricant oil composition, and wherein the succinimide compound is a boron derivative of a succinimide compound represented by the following formula or: wherein R 17, R 19 and R 22 each represent an alkenyl group or an alkyl group having a number-average molecular weight of 500 to 4,000; R 19 and R 22 may be the same or different; R 18, R 20 and R 21 each represent a C 2 to C 5 alkylene group; R 20 and R 21 may be the same or different; r is an integer of 1 to 10; and s is 0 or an integer of 1 to 10.
Water tank for a domestic appliance, having a tank base, wherein there is provided on the tank base, for the sealed connection of a filter cartridge, an annular tank sealing surface which surrounds a tank passage opening for the flow of water through the wall of the tank base to the domestic appliance, characterized in that a water passage (61, 62, 63) which bypasses the tank sealing surface is provided from outside the tank sealing surface inward to the tank passage opening, which water passage (61, 62, 63) can be closed by a filter-side actuation element upon insertion of the filter cartridge, in that the tank sealing surface and/or the filter sealing surface of the filter cartridge (4, 22) have a varying radius in relation to a central axis, such that the tank sealing surface and/or the filter sealing surface comprise radial indentations (19, 30) and/or radial protuberances (20, 29), wherein the protuberances (20, 29) and/or indentations (19, 30) have a round profile, in that an annular elastomer seal is provided, in which the radial protuberances and/or radial indentations are preformed, and in that the water passage (61, 62, 63) bypassing the tank sealing surface, from outside the tank sealing surface inward to the tank passage opening, as a bypass channel for unfiltered water from the water tank is provided in the tank base and runs from the water tank interior through the elastomer seal.
A thermoplastic resin composition (α) for a chemical resistant matte film comprising a fluorine-based resin, a matting agent which is a thermoplastic resin insoluble in the fluorine-based resin, and a thermoplastic resin soluble in the fluorine-based resin, wherein the matting agent is a non-crosslinked acrylic resin containing a hydroxy group, wherein the thermoplastic resin is an acrylic resin that does not contain a hydroxy group, wherein the fluorine-based resin is a vinylidene fluoride polymer, wherein criteria for determining solubility or insolubility of a resin are based on the following method; (a) two kinds of a thermoplastic raw material are admixed with each other at mass ration 1:1, (b) cylinder temperature is set at a temperature which is higher than the glass transition temperature of those two kinds of a thermoplastic resin, and according to melt extrusion using a twin screw extruder (manufactured by TOSHIBA MACHINE CO., LTD, trade name TEM35), resin pellets are prepared, (c) the obtained pellets are cut by a microtome in a direction that is perpendicular to the resin extrusion direction, and cut surface of the obtained test specimen is observed under a transmission type electron microscope (manufactured by JEOL Ltd., J100S) to see the presence or absence of an island sea structure, (d) when there is no island sea structure or, even if there is an island sea structure, diameter of the island part is less than 100 nm, it is determined to be soluble, (e) on the other hand, when there is an island sea structure and diameter of the island part is 100 nm or more, it is determined to be insoluble. (a) two kinds of a thermoplastic raw material are admixed with each other at mass ration 1:1, (b) cylinder temperature is set at a temperature which is higher than the glass transition temperature of those two kinds of a thermoplastic resin, and according to melt extrusion using a twin screw extruder (manufactured by TOSHIBA MACHINE CO., LTD, trade name TEM35), resin pellets are prepared, (c) the obtained pellets are cut by a microtome in a direction that is perpendicular to the resin extrusion direction, and cut surface of the obtained test specimen is observed under a transmission type electron microscope (manufactured by JEOL Ltd., J100S) to see the presence or absence of an island sea structure, (d) when there is no island sea structure or, even if there is an island sea structure, diameter of the island part is less than 100 nm, it is determined to be soluble, (e) on the other hand, when there is an island sea structure and diameter of the island part is 100 nm or more, it is determined to be insoluble.
A method for determining the angular position of a drive shaft of an internal combustion engine provided with a phonic wheel, which is integral with the drive shaft, is provided with a plurality of equally spaced teeth, and has a singularity consisting of at least one missing tooth in a predetermined angular position; the method comprising the steps of: determining the passage of each tooth of the phonic wheel in front of a reader arranged in a fixed position; calculating in sequence each tooth time, i.e. the interval of time which elapses between the passage of a tooth and the passage of the next tooth; and determining the passage of the singularity according to the tooth times; the method is characterized in that the i-th tooth time (T i) is identified as the singularity if and only if the following three equations, and are satisfied: T i - 1 T i - 2 ≅ 1 T i T i - 1 ≅ M + 1 T i + 1 T i ≅ 1 M + 1 T i tooth time of the i-th tooth; M number of missing teeth of the singularity. determining the passage of each tooth of the phonic wheel in front of a reader arranged in a fixed position; calculating in sequence each tooth time, i.e. the interval of time which elapses between the passage of a tooth and the passage of the next tooth; and determining the passage of the singularity according to the tooth times; the method is characterized in that the i-th tooth time (T i) is identified as the singularity if and only if the following three equations, and are satisfied: T i - 1 T i - 2 ≅ 1 T i T i - 1 ≅ M + 1 T i + 1 T i ≅ 1 M + 1 T i tooth time of the i-th tooth; M number of missing teeth of the singularity. T i tooth time of the i-th tooth; M number of missing teeth of the singularity.
Use of a polarizer as a polarizer in a liquid crystal display device comprising a white light-emitting diode as a backlight light source; the polarizer comprising a polarizing film and a protective film laminated on the polarizing film; and the protective film being a polyester film having an in-plane retardation, defined by the product ΔNxy × d of the anisotropy ΔNxy = |Nx-Ny| of the refractive indices at a measurement wavelength of 589 nm in two mutually orthogonal directions and the film thickness d, of 3,000 to 30,000 nm and a ratio of in-plane retardation to thickness-direction retardation (Re/Rth) of 0.500 or higher.
A monolayered adhesive resin layer comprising an acrylic-based adhesive resin composition having transparency, wherein said adhesive resin composition contains an acrylic-based polymer, an acrylic-based monomer, and a thermopolymerization initiator, said acrylic-based monomer is a monomer of (meth)acrylate having a hydroxyl group, and said adhesive resin layer has pressure sensitive adhesiveness on both surfaces at an ambient temperature, and can be thermally cured by heating at a temperature of 100 to 250°C and a time of 30 seconds to 10 minutes. said adhesive resin composition contains an acrylic-based polymer, an acrylic-based monomer, and a thermopolymerization initiator, said acrylic-based monomer is a monomer of (meth)acrylate having a hydroxyl group, and said adhesive resin layer has pressure sensitive adhesiveness on both surfaces at an ambient temperature, and can be thermally cured by heating at a temperature of 100 to 250°C and a time of 30 seconds to 10 minutes.
An instrument assembly for processing a sample in a receptacle having a plurality of interconnected chambers, said assembly comprising: an instrument (100,1000) constructed and arranged to support the receptacle in an operative position during the processing, and a receptacle (10,300) having a plurality of interconnected chambers and containing a sample, wherein said receptacle (10,300) is supported in said operative position in said instrument (100,1000), wherein said instrument comprises a door comprising a plurality of multi-chamber thermal elements each defining a multiple chamber thermal zone (262,264,268) disposed to be in thermal communication with the receptacle (10,300) and constructed and arranged to transmit thermal energy between each multiple chamber thermal zone (262,264,268) and an associated multi-chamber region of the receptacle, wherein the associated multi-chamber region of the receptacle encompasses at least a portion of each of two or more but less than all chambers of the receptacle; and a controller programmed to control operation of the plurality of multi-chamber thermal elements to selectively heat or cool the chambers encompassed within the multi-chamber regions associated with the multiple chamber thermal zones (262,264,268). an instrument (100,1000) constructed and arranged to support the receptacle in an operative position during the processing, and a receptacle (10,300) having a plurality of interconnected chambers and containing a sample, wherein said receptacle (10,300) is supported in said operative position in said instrument (100,1000),
A method of enhancing multicast group membership protocol, the method comprising: determining, at an adjacent multicast network device, ND, that is operative to perform multicast group membership registration of a plurality of host NDs, a number of host NDs that are to receive query messages; determining current processing capacity of the adjacent multicast ND for processing group membership reports to be received from the host NDs; determining a value of a query response interval based on the number of host NDs and the current processing capacity; transmitting, to each one of the plurality of host NDs, a query message including the determined value of the query response interval, wherein the query message causes the adjacent multicast ND to receive from each one of the plurality of host NDs a group membership report at a time interval defined by the query response interval; and causing an update of a general query interval based on the query response interval, wherein the general query interval is to be used by the adjacent multicast ND for timing the transmission of query messages. determining, at an adjacent multicast network device, ND, that is operative to perform multicast group membership registration of a plurality of host NDs, a number of host NDs that are to receive query messages; determining current processing capacity of the adjacent multicast ND for processing group membership reports to be received from the host NDs; determining a value of a query response interval based on the number of host NDs and the current processing capacity; transmitting, to each one of the plurality of host NDs, a query message including the determined value of the query response interval, wherein the query message causes the adjacent multicast ND to receive from each one of the plurality of host NDs a group membership report at a time interval defined by the query response interval; and causing an update of a general query interval based on the query response interval, wherein the general query interval is to be used by the adjacent multicast ND for timing the transmission of query messages.
A method for producing a hardened and asymmetrically tempered structural member comprising the steps of: providing a steel work piece of selected composition; roll forming said steel work piece into a profiled work piece; first rapidly heating said profiled work piece in an induction heating device above a first temperature within 300 seconds at which the austenite phase is produced substantially throughout said profiled work piece; first rapidly cooling said profiled work piece at a first cooling rate from about said first temperature to a second temperature to convert the austenite phase to the martensite phase substantially throughout said profiled work piece resulting in a hardened work piece; asymmetrically second rapidly heating said hardened work piece in a second induction heating device to at least one third temperature to asymmetrically temper said hardened work piece and produce a hardened and tempered work piece having a plurality of temper zones, each temper zone of said plurality of temper zones having a desired hardness that is different from other of said temper zones; and second rapidly cooling said hardened and tempered work piece at a second cooling rate to a fourth temperature appropriate for cutting said hardened and tempered structural member into finished length. providing a steel work piece of selected composition; roll forming said steel work piece into a profiled work piece; first rapidly heating said profiled work piece in an induction heating device above a first temperature within 300 seconds at which the austenite phase is produced substantially throughout said profiled work piece; first rapidly cooling said profiled work piece at a first cooling rate from about said first temperature to a second temperature to convert the austenite phase to the martensite phase substantially throughout said profiled work piece resulting in a hardened work piece; asymmetrically second rapidly heating said hardened work piece in a second induction heating device to at least one third temperature to asymmetrically temper said hardened work piece and produce a hardened and tempered work piece having a plurality of temper zones, each temper zone of said plurality of temper zones having a desired hardness that is different from other of said temper zones; and second rapidly cooling said hardened and tempered work piece at a second cooling rate to a fourth temperature appropriate for cutting said hardened and tempered structural member into finished length.
A method for packet distribution on a network comprising: receiving a packet from a traffic flow; determining at least one network function (202, 302) associated with the packet; determining at least one link aggregation group associated with the packet; determining a variance associated with a plurality of links within the at least one LAG; determining whether the variance is above a pre-determined threshold; characterised by if the variance is above the threshold, determining a path for the packet based on capacity associated with each of the plurality of links; otherwise determining the path based on capacity of each of a plurality of network function instances associated with the at least one network function. receiving a packet from a traffic flow; determining at least one network function (202, 302) associated with the packet; determining at least one link aggregation group associated with the packet; determining a variance associated with a plurality of links within the at least one LAG; determining whether the variance is above a pre-determined threshold; characterised by if the variance is above the threshold, determining a path for the packet based on capacity associated with each of the plurality of links; otherwise determining the path based on capacity of each of a plurality of network function instances associated with the at least one network function.
A computer-implemented method for determining the presence or absence of a microduplication or microdeletion in a sample, comprising: (a) normalizing counts of nucleic acid sequence reads mapped to portions of a reference genome, which sequence reads are reads of circulating cell-free heterogeneous nucleic acid from a test sample, thereby providing normalized counts; (b) segmenting the normalized counts of the portions or the normalized counts in a subset of the portions, thereby providing one or more discrete segments; (c) identifying a candidate segment among the one or more discrete segments; (d) generating a count representation of the candidate segment; (e) determining a log odds ratio for the candidate segment, which LOR is the log of the quotient of (i) a first multiplication product of a conditional probability of having a microduplication or microdeletion and a prior probability of having the microduplication or microdeletion, and (ii) a second multiplication product of a conditional probability of not having the microduplication or microdeletion and a prior probability of not having the microduplication or microdeletion, wherein the conditional probability of having the microduplication or microdeletion is determined according to the count representation of (d); and (f) determining the presence or absence of a microduplication or microdeletion according to the LOR determined for the candidate segment. (a) normalizing counts of nucleic acid sequence reads mapped to portions of a reference genome, which sequence reads are reads of circulating cell-free heterogeneous nucleic acid from a test sample, thereby providing normalized counts; (b) segmenting the normalized counts of the portions or the normalized counts in a subset of the portions, thereby providing one or more discrete segments; (c) identifying a candidate segment among the one or more discrete segments; (d) generating a count representation of the candidate segment; (e) determining a log odds ratio for the candidate segment, which LOR is the log of the quotient of (i) a first multiplication product of a conditional probability of having a microduplication or microdeletion and a prior probability of having the microduplication or microdeletion, and (ii) a second multiplication product of a conditional probability of not having the microduplication or microdeletion and a prior probability of not having the microduplication or microdeletion, wherein the conditional probability of having the microduplication or microdeletion is determined according to the count representation of (d); and (f) determining the presence or absence of a microduplication or microdeletion according to the LOR determined for the candidate segment.
A method comprising: configuring a Software-as-a-Service, SaaS, access control application on a client device with a certificate that identifies a user, and with configuration information for one or more SaaS applications to access and information to identify an identity provider for a given SaaS application, the SaaS access control application including software to be inserted into a network software stack of the client device and software configured to serve as an identity provider for assertions; intercepting, within the network software stack of the client device, a request made by an application on the client device to a SaaS service provider identified by a Universal Resource Locator, URL, provided during configuration of the SaaS access control application; redirecting the request back to the requesting application to cause the requesting application to make an identity provider request, and receiving the identity provider request at the SaaS access control application, generating, by the SaaS access control application, in response to the identity provider request, an assertion based on the certificate and configuration information provided during configuration of the SaaS access control application; and causing the requesting application to make a request to the SaaS service provider with the assertion embedded in the request. configuring a Software-as-a-Service, SaaS, access control application on a client device with a certificate that identifies a user, and with configuration information for one or more SaaS applications to access and information to identify an identity provider for a given SaaS application, the SaaS access control application including software to be inserted into a network software stack of the client device and software configured to serve as an identity provider for assertions; intercepting, within the network software stack of the client device, a request made by an application on the client device to a SaaS service provider identified by a Universal Resource Locator, URL, provided during configuration of the SaaS access control application; redirecting the request back to the requesting application to cause the requesting application to make an identity provider request, and receiving the identity provider request at the SaaS access control application, generating, by the SaaS access control application, in response to the identity provider request, an assertion based on the certificate and configuration information provided during configuration of the SaaS access control application; and causing the requesting application to make a request to the SaaS service provider with the assertion embedded in the request.
A method for automatically replacing a first reel with a second reel (10") containing, respectively, a first web and a second web (12"), each having an inner surface (12'i, 12"i) and an outer surface (12's, 12"s) opposite to each other, wherein said first web feeds a production machine along a feed direction with said inner surface (12'i) of said first web facing towards a predefined reference direction, and wherein said second web (12") is intended to replace said first web, so that along said feed direction said inner surface (12"i) of said second web (12") faces towards said predefined reference direction characterized in that said method involves: - a positioning step of a head section (12"h) of said second web (12") with respect to a tail section (12't) of said first web, wherein said inner surfaces (12'i, 12"i), or said outer surfaces (12's, 12"s), are partly facing each other, - a joining step of a portion of said head section (12"h) with a portion of said tail section (12't) to form a transverse junction band, and - a feeding step of said second web (12") towards said production machine along said feed direction with said inner surface (12"i) facing towards said predefined reference direction. - a positioning step of a head section (12"h) of said second web (12") with respect to a tail section (12't) of said first web, wherein said inner surfaces (12'i, 12"i), or said outer surfaces (12's, 12"s), are partly facing each other, - a joining step of a portion of said head section (12"h) with a portion of said tail section (12't) to form a transverse junction band, and - a feeding step of said second web (12") towards said production machine along said feed direction with said inner surface (12"i) facing towards said predefined reference direction.