mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method comprising: selecting, by a hardware processor, a varying combination of minutia from a plurality of minutia types including software minutia of a device being challenged, wherein selecting comprises choosing the selection of minutia to be a triplet of computer minutia types including a hardware minutia H, a firmware minutia F, and a software minutia S; forming, by the hardware processor, a challenge that conveys enough information for the device being challenged to compute an actual response based on the selection of minutia from the plurality of device minutia types; computing, by the hardware processor, a plurality of pre-processed responses possible, if the challenged device is valid, to receive from the challenged device such that the plurality of pre-processed responses anticipates acceptable changes on the challenged device to values of the selection of minutia from the plurality of device minutia types; sending, by the hardware processor, the challenge to the challenged device; receiving, by the hardware processor, the actual response to the challenge from the challenged device; comparing, by the hardware processor, the actual response to the pre-processed plurality of responses for a match; and based on whether or not a match was found, validating, by the hardware processor, the challenged device as identified by the values of the selection of minutia indicated by the pre-processed response that matches the actual response. selecting, by a hardware processor, a varying combination of minutia from a plurality of minutia types including software minutia of a device being challenged, wherein selecting comprises choosing the selection of minutia to be a triplet of computer minutia types including a hardware minutia H, a firmware minutia F, and a software minutia S; forming, by the hardware processor, a challenge that conveys enough information for the device being challenged to compute an actual response based on the selection of minutia from the plurality of device minutia types; computing, by the hardware processor, a plurality of pre-processed responses possible, if the challenged device is valid, to receive from the challenged device such that the plurality of pre-processed responses anticipates acceptable changes on the challenged device to values of the selection of minutia from the plurality of device minutia types; sending, by the hardware processor, the challenge to the challenged device; receiving, by the hardware processor, the actual response to the challenge from the challenged device; comparing, by the hardware processor, the actual response to the pre-processed plurality of responses for a match; and based on whether or not a match was found, validating, by the hardware processor, the challenged device as identified by the values of the selection of minutia indicated by the pre-processed response that matches the actual response.
A method for wireless communications by a user equipment, UE, (115-a), comprising: receiving, from a base station, a waveform reporting request instructing the UE to measure a waveform, wherein the waveform includes a reference signal, such as a positioning reference signal or a channel state information reference signal; identifying a set of reporting parameters for sampling the waveform; generating samples of the waveform based at least in part on the set of reporting parameters; and transmitting, to the base station, a waveform report that includes the samples of the waveform generated based at least in part on the set of reporting parameters. receiving, from a base station, a waveform reporting request instructing the UE to measure a waveform, wherein the waveform includes a reference signal, such as a positioning reference signal or a channel state information reference signal; identifying a set of reporting parameters for sampling the waveform; generating samples of the waveform based at least in part on the set of reporting parameters; and transmitting, to the base station, a waveform report that includes the samples of the waveform generated based at least in part on the set of reporting parameters.
A process for preparing a particulate dairy composition, wherein the process comprises the steps of: - combining condensed skimmed milk, sucrose, milk cream and milk powder to prepare a pre-emulsion containing 46-66 wt.% dry matter, including by weight of dry matter: - 15-29 wt.% of milk protein; - 8-33 wt.% of milk fat; - 18-47 wt.% of lactose; and - 7-18 wt.% of sucrose; - homogenizing the pre-emulsion in a homogenization step at a temperature between 55-70 °C and at a pressure between 5-120 bar to obtain an emulsion; - spray drying the emulsion to produce a semi-dried powder having a water content of at least 5 wt.% water; - agglomerating and further drying the semi-dried powder to produce agglomerates having a water content of less than 5 wt.% water. - combining condensed skimmed milk, sucrose, milk cream and milk powder to prepare a pre-emulsion containing 46-66 wt.% dry matter, including by weight of dry matter: - 15-29 wt.% of milk protein; - 8-33 wt.% of milk fat; - 18-47 wt.% of lactose; and - 7-18 wt.% of sucrose; - 15-29 wt.% of milk protein; - 8-33 wt.% of milk fat; - 18-47 wt.% of lactose; and - 7-18 wt.% of sucrose; - homogenizing the pre-emulsion in a homogenization step at a temperature between 55-70 °C and at a pressure between 5-120 bar to obtain an emulsion; - spray drying the emulsion to produce a semi-dried powder having a water content of at least 5 wt.% water; - agglomerating and further drying the semi-dried powder to produce agglomerates having a water content of less than 5 wt.% water.
Floor panel for forming a floor covering, wherein the floor panel comprises a layer-shaped substrate, as well as a decorative top layer situated above the substrate; and wherein the substrate comprises at least a layer which is realized on the basis of a composition comprising at least a thermoplastic synthetic material; wherein the composition, apart from the thermoplastic synthetic material, also comprises at least one or more elastomers; and that said thermoplastic synthetic material concerns thermoplastic polyester wherein the amount of thermoplastic polyester in the composition is situated between 5 wt% and 50 wt%, the amount of elastomer in the composition is situated between 1 wt% and 35 wt%, the composition also comprises at least a filler, such as chalk, limestone and/or talc, wherein the amount thereof in the composition is situated between 10 wt% and 80 wt%, characterized in that the composition also comprises at least mineral fiber structures, such as glass fibers, wherein the amount in the composition preferably is situated between 5 wt% and 40 wt%, more preferably is situated between 10 wt% and 30 wt%, and still more preferably between 15 wt% and 25 wt%, and wherein the floor panel, on at least two opposite edges, is provided with mechanical coupling means or coupling parts, wherein these coupling means or coupling parts allow that two of such floor panels can be coupled to each other in such a manner that a locking is created in a direction perpendicular to the plane of the coupled floor panels, as well as in a direction perpendicular to the coupled edges and in the plane of the coupled floor panels.
A turbomachine rotor blade with a firtree shaped root, arranged to be secured in a rotor disc, the rotor disc being rotatable around a rotor axis, wherein in a plane perpendicular to the rotor axis - the root comprises a root bottom and a root side; - the root side comprises a plurality of root lobes (41, 43, 45), each of the root lobes (41, 43, 45) comprises a root contact face, arranged to be in physical contact with a slot contact face of the rotor disc; - the plurality of root lobes (41, 43, 45) comprises a first root lobe with a first root contact face, a second root lobe with a second root contact face and a third root lobe with a third root contact face, the first root lobe being closer to the root bottom than the second root lobe and the second root lobe being closer to the root bottom than the third root lobe; - the first root contact face is angled relative to a radial root bottom axis with a first root angle, the radial root bottom axis being defined by a line through the rotor axis and the root bottom; - the second root contact face is angled relative to the radial root bottom axis with a second root angle; and - the third root contact face is angled relative to the radial root bottom axis with a third root angle; cha racterised in that any one or more of the first root angle or the second root angle or the third root angle is in the range 1° to 15° of any of the other root angles, wherein the first root angle is greater than the second root angle and the third root angle. - the root comprises a root bottom and a root side; - the root side comprises a plurality of root lobes (41, 43, 45), each of the root lobes (41, 43, 45) comprises a root contact face, arranged to be in physical contact with a slot contact face of the rotor disc; - the plurality of root lobes (41, 43, 45) comprises a first root lobe with a first root contact face, a second root lobe with a second root contact face and a third root lobe with a third root contact face, the first root lobe being closer to the root bottom than the second root lobe and the second root lobe being closer to the root bottom than the third root lobe; - the first root contact face is angled relative to a radial root bottom axis with a first root angle, the radial root bottom axis being defined by a line through the rotor axis and the root bottom; - the second root contact face is angled relative to the radial root bottom axis with a second root angle; and - the third root contact face is angled relative to the radial root bottom axis with a third root angle; cha racterised in that any one or more of the first root angle or the second root angle or the third root angle is in the range 1° to 15° of any of the other root angles, wherein the first root angle is greater than the second root angle and the third root angle. any one or more of the first root angle or the second root angle or the third root angle is in the range 1° to 15° of any of the other root angles, wherein the first root angle is greater than the second root angle and the third root angle.
A method of forming a solid casting, comprising: feeding a material into a mold, the mold comprising a retractable bottom, by providing the material into a hearth, melting the material that has been fed into the hearth, and pouring the material that has been melted from the hearth into the mold at a pour rate; allowing a first portion of the material at a first, lower position within the mold to solidify, to thereby form a portion of the casting; withdrawing the retractable bottom downwards at a continuous withdrawal rate; maintaining a second portion of the material at a second, upper position within the mold in a liquid state by applying heat to the second portion of the material using a plasma arc generated by a plasma arc torch; measuring a voltage of the plasma arc; and controlling the continuous withdrawal rate of the retractable bottom based on the voltage of the plasma arc using proportional-integral-derivative control and compensating for variation in the pour rate. feeding a material into a mold, the mold comprising a retractable bottom, by providing the material into a hearth, melting the material that has been fed into the hearth, and pouring the material that has been melted from the hearth into the mold at a pour rate; allowing a first portion of the material at a first, lower position within the mold to solidify, to thereby form a portion of the casting; withdrawing the retractable bottom downwards at a continuous withdrawal rate; maintaining a second portion of the material at a second, upper position within the mold in a liquid state by applying heat to the second portion of the material using a plasma arc generated by a plasma arc torch; measuring a voltage of the plasma arc; and controlling the continuous withdrawal rate of the retractable bottom based on the voltage of the plasma arc using proportional-integral-derivative control and compensating for variation in the pour rate.
A method comprising: providing a sample of a bodily fluid infected by bacteria that has been isolated from a subject; treating the infected bodily fluid sample with saponin; dividing the infected bodily fluid sample treated with saponin into samples for incubation with an antibiotic and a paired control sample that is not incubated with the antibiotic; collecting multidimensional data including forward and side scatter via flow cytometry of the infected bodily fluid samples incubated with the antibiotic and the paired control sample; analyzing the multidimensional data; calculating an adaptive, multidimensional Probability Binned-signature Quadratic Form (PB-sQF) statistical distance for the infected bodily fluid samples incubated with the antibiotic and the paired control sample based on the results of the step of analyzing the multidimensional data; comparing the statistical distance from the infected bodily fluid samples incubated with the antibiotic to the paired control sample; and determining if bacteria in at least one of the infected bodily fluid samples are susceptible to the antibiotic. providing a sample of a bodily fluid infected by bacteria that has been isolated from a subject; treating the infected bodily fluid sample with saponin; dividing the infected bodily fluid sample treated with saponin into samples for incubation with an antibiotic and a paired control sample that is not incubated with the antibiotic; collecting multidimensional data including forward and side scatter via flow cytometry of the infected bodily fluid samples incubated with the antibiotic and the paired control sample; analyzing the multidimensional data; calculating an adaptive, multidimensional Probability Binned-signature Quadratic Form (PB-sQF) statistical distance for the infected bodily fluid samples incubated with the antibiotic and the paired control sample based on the results of the step of analyzing the multidimensional data; comparing the statistical distance from the infected bodily fluid samples incubated with the antibiotic to the paired control sample; and determining if bacteria in at least one of the infected bodily fluid samples are susceptible to the antibiotic.
A discontinuous fiber-reinforced composite material comprising a discontinuous reinforcing fiber aggregate of discontinuous reinforcing fibers having a number average fiber length of 3 to 100 mm and a matrix resin, the discontinuous reinforcing fiber aggregate including a plurality of discontinuous reinforcing fiber bundles having a predetermined number of unidirectionally-bundled single yarns of the discontinuous reinforcing fiber, wherein each of the discontinuous reinforcing fiber bundles has a cut surface inclined at a predetermined angle with respect to an orientation direction of the single yarns and the discontinuous reinforcing fiber bundles have different fiber bundle lengths, characterized in that the longer a discontinuous fiber bundle length, which is defined as a distance between both ends along the orientation direction of the single yarns is, the smaller a tip angle defined as an acute angle at an end of a two-dimensional plane projection of the discontinuous reinforcing fiber bundle is.
A resource determining method for self-driving vehicles, comprising: determining, by a server, a first time-frequency resource used when a first vehicle performs laser signal transmission and a first location of the first vehicle; wherein the first time-frequency resource and the first location are sent from the first vehicle to the server; determining, based on the first location, a first area in which the first vehicle is located; wherein different areas do not overlap; determining whether the first area is a new area that the first vehicle enters; if the first area is a new area, determining whether a second vehicle exists in the first area; if a second vehicle exists in the first area, and a second time-frequency resource used when the second vehicle performs laser signal transmission is the same as the first time-frequency resource, determining a third time-frequency resource from time-frequency resources in the first area that are used for laser signal transmission, wherein the third time-frequency resource comprises an idle time-frequency resource; wherein a light detection and ranging, LIDAR, system, which performs the laser signal transmission, is installed on the vehicles; and sending, by the server, the third time-frequency resource to the first vehicle, wherein the third time-frequency resource is used by the first vehicle to perform laser signal transmission. determining, by a server, a first time-frequency resource used when a first vehicle performs laser signal transmission and a first location of the first vehicle; wherein the first time-frequency resource and the first location are sent from the first vehicle to the server; determining, based on the first location, a first area in which the first vehicle is located; wherein different areas do not overlap; determining whether the first area is a new area that the first vehicle enters; if the first area is a new area, determining whether a second vehicle exists in the first area; if a second vehicle exists in the first area, and a second time-frequency resource used when the second vehicle performs laser signal transmission is the same as the first time-frequency resource, determining a third time-frequency resource from time-frequency resources in the first area that are used for laser signal transmission, wherein the third time-frequency resource comprises an idle time-frequency resource; wherein a light detection and ranging, LIDAR, system, which performs the laser signal transmission, is installed on the vehicles; and sending, by the server, the third time-frequency resource to the first vehicle, wherein the third time-frequency resource is used by the first vehicle to perform laser signal transmission.
A multi-purpose baby blanket having a first side and a second side, said blanket comprising multiple sets of mutually corresponding fastening means, each set comprising a first fastening member and a second fastening member arranged on a line which is substantially perpendicular with a center axis (11,12) of the blanket, the center axis running from a point on the edge of the blanket to another point on the opposite edge of the blanket through the center point of the blanket, the center axis dividing the blanket into two halves, and the first and second fas-tening member of each set of mutually corresponding fastening means being located on the same blanket half, characterized in that the multi-purpose baby blanket has a baby nest configuration comprising a circumferential wall configured to limit the movement of a baby and wherein the first side of the blanket abuts the second side of the blanket to provide a rolled portion, and wherein each set of mutually corresponding fastening means are engageable by rolling the blanket from a point on the edge of the blanket, which is on the line of that set of mutually corresponding fastening means, along said line of that set of mutually corresponding fastening means to provide the rolled portion, wherein when all sets of mutually corresponding fastening means are engaged, the rolled portion of the blanket will form the circumferential wall thereby defining a baby nest. multiple sets of mutually corresponding fastening means, each set comprising a first fastening member and a second fastening member arranged on a line which is substantially perpendicular with a center axis (11,12) of the blanket, the center axis running from a point on the edge of the blanket to another point on the opposite edge of the blanket through the center point of the blanket, the center axis dividing the blanket into two halves, and the first and second fas-tening member of each set of mutually corresponding fastening means being located on the same blanket half, characterized in that the multi-purpose baby blanket has a baby nest configuration comprising a circumferential wall configured to limit the movement of a baby and wherein the first side of the blanket abuts the second side of the blanket to provide a rolled portion, and wherein each set of mutually corresponding fastening means are engageable by rolling the blanket from a point on the edge of the blanket, which is on the line of that set of mutually corresponding fastening means, along said line of that set of mutually corresponding fastening means to provide the rolled portion, wherein when all sets of mutually corresponding fastening means are engaged, the rolled portion of the blanket will form the circumferential wall thereby defining a baby nest.
A carrier assembly for attaching a magnet to a shaft (7, 8) of a valve assembly, the carrier assembly comprising: a housing having a magnet holder portion and a shaft holder portion, characterized in that the housing has a plurality of fingers extending from the shaft holder portion; and in that the carrier assembly further comprises a locking collar which is a cylinder and has a front end, a rear end, an inner surface, an outer surface, and a channel extending longitudinally from the front end to the rear end along a center axis; and wherein the locking collar is installed over the housing and moved from an open position to a closed position to engage the carrier assembly with the shaft (7, 8), and wherein the locking collar is further moved to a locked position to lock the carrier assembly to the shaft (7, 8), and wherein the locking collar further comprises one or more arms extending circumferentially adjacent the front end. a housing having a magnet holder portion and a shaft holder portion, characterized in that the housing has a plurality of fingers extending from the shaft holder portion; and in that the carrier assembly further comprises a locking collar which is a cylinder and has a front end, a rear end, an inner surface, an outer surface, and a channel extending longitudinally from the front end to the rear end along a center axis; and wherein the locking collar is installed over the housing and moved from an open position to a closed position to engage the carrier assembly with the shaft (7, 8), and wherein the locking collar is further moved to a locked position to lock the carrier assembly to the shaft (7, 8), and wherein the locking collar further comprises one or more arms extending circumferentially adjacent the front end.
Screwing assembly for screwing closing plugs onto syringes, each syringe presenting a longitudinal axis and comprising a cylinder provided with a threaded open end and a plunger engaged in a sliding manner in the cylinder itself; the screwing assembly comprising a hopper, which houses in its inside a plurality of closing plugs, and presents an outlet of the closing plugs from the hopper itself; a pocket suited to receive and hold the closing plug fed each time through said outlet; a support device for supporting the syringe; and an actuating device for moving the pocket and the support device with respect to one another with a roto-translating movement around and along said longitudinal axis, so as to screw the closing plug onto said open end; and being characterized in that it comprises, furthermore, a fixed support frame and a shock absorber device interposed between the pocket and the support frame, so as to allow the pocket to move with respect to the syringe parallel to said longitudinal axis, while the closing plug is being screwed onto the open end of the syringe itself.