mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring a service deployed over a telecommunication network, comprising: - a step of receiving flows of data corresponding to metrics corresponding to said service; - a step of determining residuals of an application of said flows of data on at least two models previously trained on historical data, - a step of defining confidence intervals for said residuals; and, - a step of transmitting data related to anomalies detected on the base of said residuals and said confidence intervals, to external applications, - further comprising a step of cleaning said historical data and a step of training said at least two models on the cleaned data wherein said step of cleaning comprise a at least one of applying a logarithmic unit for said metrics, using a median smoothing method on said flows of data and applying a boxplot-based cleaning step on said flows of data, said boxplot-based cleaning step comprising defining a boxplot for said historical data, defined by a first quartile, Q1, being the middle number between the smallest number and the median number of said historical data, a second quartile, Q2, being the median for said historical data, and a third quartile, Q3, being the middle value between the median value and the highest value of said historical data; defining an IQR value as IQR=Q3-Q1, defining a lower whisker a as a=Q1-1.5xIQR, and an upper whisker b as b=Q3+1.5 ∗ IQR and correcting historical data by applying if x < a, x ← x 2 + a + Q 1 4 if x > b, x ← x 2 + b + Q 2 4 - a step of receiving flows of data corresponding to metrics corresponding to said service; - a step of determining residuals of an application of said flows of data on at least two models previously trained on historical data, - a step of defining confidence intervals for said residuals; and, - a step of transmitting data related to anomalies detected on the base of said residuals and said confidence intervals, to external applications, - further comprising a step of cleaning said historical data and a step of training said at least two models on the cleaned data
An assembly for bridging gaps in the lower region of the door field of a rail vehicle, comprising a bracket (1.1), which is screwed to the car body of the rail vehicle in the lower region of the door field and is operatively connected to at least one support (1.2) by means of a screw connection (1.3), wherein a bumper (1.4) is arranged on the support (1.2) on the side facing away from the car body, - the bracket (1.1) comprises a plurality of mutually spaced-apart slots (1.1.1) on the screw-to face facing away from the car body and a plurality of connecting webs (1.1.2) angled vertically by 90° and having openings (1.1.3), wherein horizontally angled guide webs (1.1.4) are provided between a plurality of the connecting webs (1.1.2), - the support (1.2) comprises a plurality of connecting webs (1.2.1) angled vertically by 90° and having slots (1.2.2), wherein horizontally angled support webs (1.2.3) are provided between a plurality of the connecting webs (1.2.1) and comprise lugs (1.2.3.1, 1.2.3.2), characterised in that the screw connection (1.3) is arranged between the openings (1.1.3) of the connecting webs (1.1.2) and the slots (1.2.2) of the connecting webs (1.2.1), and the assembly is height-adjustable by means of the screw connection, wherein the guide webs (1.1.4) are guided between the lugs (1.2.3.1, 1.2.3.2) of the support webs (1.2.3). - the bracket (1.1) comprises a plurality of mutually spaced-apart slots (1.1.1) on the screw-to face facing away from the car body and a plurality of connecting webs (1.1.2) angled vertically by 90° and having openings (1.1.3), wherein horizontally angled guide webs (1.1.4) are provided between a plurality of the connecting webs (1.1.2), - the support (1.2) comprises a plurality of connecting webs (1.2.1) angled vertically by 90° and having slots (1.2.2), wherein horizontally angled support webs (1.2.3) are provided between a plurality of the connecting webs (1.2.1) and comprise lugs (1.2.3.1, 1.2.3.2), characterised in that
A polyvinyl acetal resin for a heat-developable photosensitive material used for a photosensitive layer of the heat-developable photosensitive material, which has a residual acetyl group content of 25 mol% or less, residual hydroxyl group content of 17-35 mol%, polymerization degree of 300 to 1,000, which is obtained by an acetalization of a polyvinyl alcohol mixture containing polyvinyl alcohol resins having different polymerization degrees, a difference between a highest and a lowest of said polymerization degrees being 1,100 to 2,200, and the content of the polyvinyl alcohol having a polymerization degree of 600 or less being 50 wt% or higher in the polyvinyl alcohol mixture, wherein the content of 2-ethyl-2-hexenal is 60ppm or less and the content of each of the alkali metal, alkaline earth metal, halide ions, sulfate ions and nitrate ions is 100ppm or less, wherein the polyvinyl acetal resin for a heat-developable photosensitive material is obtained by washing only particles which are able to pass through a #60 mesh sieve in the washing step after the acetalization and by a compression granulation method and has a bulk density of 0.34 to 0.46 cm 3 /g.
Process to obtain tobacco flavor extracts, the process comprising: - conditioning a mixture of tobaccos in a primary tobacco manufacture heating the mixture of tobacco to a temperature comprised between about 30 degrees Celsius and about 90 degrees Celsius for a time interval comprised between about 30 seconds and about 1 hour; - recovering emissions produced by the mixture conditioning; and - obtaining at least one flavor extract from the recovered emissions. - conditioning a mixture of tobaccos in a primary tobacco manufacture heating the mixture of tobacco to a temperature comprised between about 30 degrees Celsius and about 90 degrees Celsius for a time interval comprised between about 30 seconds and about 1 hour; - recovering emissions produced by the mixture conditioning; and - obtaining at least one flavor extract from the recovered emissions.
Apparatus for electrosurgery, adapted to be coupled to first and second electrical leads (116, 118), comprising: a first monopolar electrode adapted for tissue coagulation together with a remote grounding pad and to be coupled to the first lead, the first electrode defining at its extremity a curved shape, a closed part of the curved shape being distal from the first lead; a second monopolar electrode adapted for tissue cutting together with the remote grounding pad to be coupled to the second lead, the second electrode having an elongated shape terminating at its extremity in a curved portion; the first monopolar electrode lying on the second monopolar electrode and being electrically insulated therefrom by a dielectric material; and an electrically insulating layer partially covering the second monopolar electrode and at least partly exposing an edge of the second electrode, characterized in that each electrode is provided as an exposed part at the distal end of a plate, the plates superposed and separated by a dialectic layer. a first monopolar electrode adapted for tissue coagulation together with a remote grounding pad and to be coupled to the first lead, the first electrode defining at its extremity a curved shape, a closed part of the curved shape being distal from the first lead; a second monopolar electrode adapted for tissue cutting together with the remote grounding pad to be coupled to the second lead, the second electrode having an elongated shape terminating at its extremity in a curved portion; the first monopolar electrode lying on the second monopolar electrode and being electrically insulated therefrom by a dielectric material; and an electrically insulating layer partially covering the second monopolar electrode and at least partly exposing an edge of the second electrode, characterized in that each electrode is provided as an exposed part at the distal end of a plate, the plates superposed and separated by a dialectic layer.
A multi-component alloying steel with high strength and high wear-resistance, characterized in that the weight percentage of chemical composition is as follows: C: 1.0-1.2%, Si: 0.6-1.0%, Mn: 8.0-10.0%, P <0.02%, S <0.02%, Cr: 1.5-2.5%, Mo: 0.2-0.5%, V: 0.6-1.0%, Nb: 0.02-0.06%, Ti: 0.01-0.1%, Al: 0.03-0.08%, and the rest are Fe and unavoidable impurities, and wherein the multi-component alloying steel has a single austenitic structure.
A storage management apparatus communicable with a plurality of edge servers each including a storage part storing data and access log information relating to access to the data, the plurality of edge servers each being connected to a respective plurality of sensors, the data being sensing data transmitted from the plurality of sensors to a respective edge server of the plurality of edge servers, the storage management apparatus comprising: an access log information acquisition part configured to acquire the access log information from each of the edge servers; an access state decision part configured to divide the access log information by a time unit and further divide the divided access log information by a sensor ID unit, and decide, based on the divided access log information, whether a state of access to the data by the time unit and by the sensor ID unit meets a preset criterion with respect to each of the edge servers, the state of access to the data being decided on a sensor-by-sensor basis in every predetermined time; and a control part (25, 26) configured to execute control to select, as a transfer target, data in the state of access which is decided as failing to meet the criterion, and to transfer the data to another storage part different from the storage part in which the data is stored. an access log information acquisition part configured to acquire the access log information from each of the edge servers; an access state decision part configured to divide the access log information by a time unit and further divide the divided access log information by a sensor ID unit, and decide, based on the divided access log information, whether a state of access to the data by the time unit and by the sensor ID unit meets a preset criterion with respect to each of the edge servers, the state of access to the data being decided on a sensor-by-sensor basis in every predetermined time; and a control part (25, 26) configured to execute control to select, as a transfer target, data in the state of access which is decided as failing to meet the criterion, and to transfer the data to another storage part different from the storage part in which the data is stored.
A tip which extends axially along a central longitudinal axis and is configured to displace the ground when the tip is rotated about its central longitudinal axis during a ground displacement operation for a foundation pile; the tip comprising: - a tip body; and - several spiral-shaped ribs protruding from the tip body, wherein the tip further comprises several protrusions arranged on the ribs, characterized in that the protrusions comprise a point which is arranged such that, during rotation of the tip about its central longitudinal axis, the point of the protrusion is ahead of the rib to which the protrusion is arranged and protrudes further in the direction of the tip side than the rib; and wherein the tip body, the ribs and the protrusions are a single-piece cast structure. - a tip body; and - several spiral-shaped ribs protruding from the tip body, wherein the tip further comprises several protrusions arranged on the ribs, characterized in that the protrusions comprise a point which is arranged such that, during rotation of the tip about its central longitudinal axis, the point of the protrusion is ahead of the rib to which the protrusion is arranged and protrudes further in the direction of the tip side than the rib; and wherein the tip body, the ribs and the protrusions are a single-piece cast structure.
An apparatus for the slicing of food products, in particular a high-performance slicer, having a product feed by means of which products can be supplied in a plurality of tracks (S1, S2, S3) running in parallel next to one another to a cutting plane in which at least one cutting blade moves, in particular in a rotating and/or circulating manner; and an interleaver which has a conveying device for each track (S1, S2, S3) by means of which a front end region of an interleaved sheet material web can be conveyed in the respective track (S1, S2, S3) through the cutting plane to provide the front end region as an interleaved sheet between cut-off product layers, in particular between individual slices and/or between portions formed from a plurality of slices, in the respective track (S1, S2, S3), and wherein the interleaver is operable individually per track, characterized in that each conveying device is configured such that it carries out the conveying process of the respective front end region of the respective interleaved sheet material web through the cutting plane individually per track in dependence on an angular position (Φ) of the cutting blade, wherein each conveying device is configured to start the respective conveying process individually per track as soon as the angular position (Φ) of the cutting blade corresponds to an angular position value which is or can be predefined for the respective conveying device; and/or each conveying device is configured to stop the respective conveying process individually per track as soon as the angular position (Φ) of the cutting blade corresponds to a further angular position value which is or can be predefined for the respective conveying device. a product feed by means of which products can be supplied in a plurality of tracks (S1, S2, S3) running in parallel next to one another to a cutting plane in which at least one cutting blade moves, in particular in a rotating and/or circulating manner; and an interleaver which has a conveying device for each track (S1, S2, S3) by means of which a front end region of an interleaved sheet material web can be conveyed in the respective track (S1, S2, S3) through the cutting plane to provide the front end region as an interleaved sheet between cut-off product layers, in particular between individual slices and/or between portions formed from a plurality of slices, in the respective track (S1, S2, S3), and wherein the interleaver is operable individually per track, characterized in that
A head chip comprising: a flow channel member having a pressure chamber containing liquid; an actuator plate which is stacked on the flow channel member in a state of being opposed to the pressure chamber in a first direction; a drive electrode which is formed on a surface facing to the first direction in the actuator plate, and which is configured to deform the actuator plate in the first direction so as to change a volume of the pressure chamber; and a non-drive member which is stacked at an opposite side to the flow channel member across the actuator plate in the first direction, and which is configured to limit a displacement of the actuator plate toward an opposite side to the flow channel member in the first direction, characterized in that the non-drive member includes a first buffer lower in compressive elasticity modulus than the actuator plate, and a rigid member which is disposed at an opposite side to the actuator plate in the first direction across the first buffer, and which is higher in compressive elasticity modulus than the first buffer. a flow channel member having a pressure chamber containing liquid; an actuator plate which is stacked on the flow channel member in a state of being opposed to the pressure chamber in a first direction; a drive electrode which is formed on a surface facing to the first direction in the actuator plate, and which is configured to deform the actuator plate in the first direction so as to change a volume of the pressure chamber; and a non-drive member which is stacked at an opposite side to the flow channel member across the actuator plate in the first direction, and which is configured to limit a displacement of the actuator plate toward an opposite side to the flow channel member in the first direction, characterized in that the non-drive member includes a first buffer lower in compressive elasticity modulus than the actuator plate, and a rigid member which is disposed at an opposite side to the actuator plate in the first direction across the first buffer, and which is higher in compressive elasticity modulus than the first buffer. a first buffer lower in compressive elasticity modulus than the actuator plate, and a rigid member which is disposed at an opposite side to the actuator plate in the first direction across the first buffer, and which is higher in compressive elasticity modulus than the first buffer.
Assembly comprising a liftable carrying device for loading freight onto a rail vehicle using a lifting device, and a rail vehicle in the form of a pocket wagon with a pocket for at least partially receiving the carrying device, wherein the carrying device - has a carrying frame with at least two side members that are connected to each other and a traversable support, extending along the at least two side members and running between them, for the freight, wherein in each case at least two gripping edges for the lifting device are arranged on the at least two side members, and wherein the rail vehicle - has at least one cross member extending transversely with respect to a longitudinal extent of the pocket and protruding at least partially into the pocket, wherein at least one of the side members has a free space, into which at least a part of the at least one cross member protrudes when the carrying device is arranged in the pocket, characterized in that the free space is formed by a recess in at least one side member, wherein the traversable support has a free space, into which at least a part of the at least one cross member protrudes when the carrying device is arranged in the pocket, wherein the free space of the support is partly formed by a recess in the support. - has a carrying frame with at least two side members that are connected to each other and a traversable support, extending along the at least two side members and running between them, for the freight, wherein in each case at least two gripping edges for the lifting device are arranged on the at least two side members, and wherein the rail vehicle - has at least one cross member extending transversely with respect to a longitudinal extent of the pocket and protruding at least partially into the pocket,
A method of modifying a polypeptide, the method comprising: a. contacting a first polypeptide comprising a first aldehyde moiety with: i. an aldehyde donor molecule comprising a second aldehyde moiety and an aryl substituent; and ii. a catalyst molecule, under conditions sufficient for an aldol reaction to occur between the first aldehyde group and the second aldehyde group, such that a second polypeptide is formed; wherein the second polypeptide comprises a third aldehyde moiety which is a beta-hydroxy aldehyde moiety and further wherein the catalyst molecule is a non-metallic organic compound. a. contacting a first polypeptide comprising a first aldehyde moiety with: i. an aldehyde donor molecule comprising a second aldehyde moiety and an aryl substituent; and ii. a catalyst molecule, under conditions sufficient for an aldol reaction to occur between the first aldehyde group and the second aldehyde group, such that a second polypeptide is formed; i. an aldehyde donor molecule comprising a second aldehyde moiety and an aryl substituent; and ii. a catalyst molecule, under conditions sufficient for an aldol reaction to occur between the first aldehyde group and the second aldehyde group, such that a second polypeptide is formed;
A positive electrode active material for a non-aqueous electrolyte secondary battery represented by Composition Formula: Li x [Ni (1/3-a) a Mn 2/3]O 2 (in the formula, M represents at least one element selected from the group consisting of Cu, Zn, Mg, Fe, Al, Co, Sc, Ti, V, Cr, Ga, Ge, Bi, Sn, Ca, B, and Zr, 0 < a ≤ 1/6, and x represents the number of Li satisfying the atomic valence), which has diffraction peaks at 20°-23°, 35°-40°, 42°-46°, and 64°-65°/65°-66° according to X-ray diffraction measurement and a peak intensity ratio of 42°-46° relative to 17°-20° of 0.60 or less.
An electric pulse tool, where torque is delivered in pulses on an output shaft of the electric pulse tool, the electric pulse tool comprises an electric motor with a rotor and a gear arrangement adapted to drive the output shaft; wherein the electrical pulse tool is operative to: - control the speed of the rotor, wherein the speed is controlled so that a predetermined speed is reached when a play in the gear arrangement is determined to be closed and the gear arrangement starts to move the output shaft, so that a known kinetic energy for each pulse can be achieved, wherein the electric pulse tool further comprising a position sensor arranged to determine the position change of the rotor and wherein the speed is determined based on the determined position change of the rotor. - control the speed of the rotor, wherein the speed is controlled so that a predetermined speed is reached when a play in the gear arrangement is determined to be closed and the gear arrangement starts to move the output shaft, so that a known kinetic energy for each pulse can be achieved, wherein the electric pulse tool further comprising a position sensor arranged to determine the position change of the rotor and wherein the speed is determined based on the determined position change of the rotor.
A method for generating a population of nucleic acid fragments, comprising: (a) cleaving at least two different double stranded nucleic acid molecules into nucleic acid fragments, wherein the cleaving includes introducing at least one nick into each strand of the at least two different double stranded nucleic acid molecules by subjecting the at least two different double stranded nucleic acid molecules to nicking conditions with DNase I, thereby forming nicked double stranded nucleic acid molecules, wherein the at least one nick is introduced at a random location; and (b) generating one or more double stranded breaks in the nicked double stranded nucleic acid molecules by nick translating one or more nicks in a first strand and one or more nicks in a second strand of the nicked double stranded nucleic acid molecule until at least two nicks on opposing strands are aligned, wherein the nick translating is conducted with unlabeled nucleotides or naturally occurring nucleotides, and wherein the nick translating is conducted in the presence of a T4 gp32 single stranded binding protein. (a) cleaving at least two different double stranded nucleic acid molecules into nucleic acid fragments, wherein the cleaving includes introducing at least one nick into each strand of the at least two different double stranded nucleic acid molecules by subjecting the at least two different double stranded nucleic acid molecules to nicking conditions with DNase I, thereby forming nicked double stranded nucleic acid molecules, wherein the at least one nick is introduced at a random location; and (b) generating one or more double stranded breaks in the nicked double stranded nucleic acid molecules by nick translating one or more nicks in a first strand and one or more nicks in a second strand of the nicked double stranded nucleic acid molecule until at least two nicks on opposing strands are aligned, wherein the nick translating is conducted with unlabeled nucleotides or naturally occurring nucleotides, and wherein the nick translating is conducted in the presence of a T4 gp32 single stranded binding protein.