mhurhangee/ep-ind-claims huggingface dataset:
A system for dynamically controlling network communications, the system comprising: a network device configured to receive network traffic and to produce a plurality of flow records describing said network traffic; and a flow record storage configured to receive said flow records from said network device and to store said flow records; characterized by a data analysis tool configured to access the flow record storage to retrieve said stored flow records and to assess each of said flow records according to predefined criteria to dynamically identify an address, wherein the data analysis tool is further configured to implement statistical models configured to solve network usage related problems, and wherein the data analysis tool uses the flow records and statistical models to generate a statistical result that is then stored in the flow record storage; wherein each of said plurality of flow records comprises at least one of a source node address, a destination node address, a source port address, and a destination port address, wherein said flow records comprise byte size transmitted in each associated flow, and wherein the predefined criteria comprises the total number of bytes transmitted in the associated flow for each of the node or port addresses, wherein the network device is configured to receive said identified address and to add said identified address to an access control list. a network device configured to receive network traffic and to produce a plurality of flow records describing said network traffic; and a flow record storage configured to receive said flow records from said network device and to store said flow records; characterized by a data analysis tool configured to access the flow record storage to retrieve said stored flow records and to assess each of said flow records according to predefined criteria to dynamically identify an address, wherein the data analysis tool is further configured to implement statistical models configured to solve network usage related problems, and wherein the data analysis tool uses the flow records and statistical models to generate a statistical result that is then stored in the flow record storage; wherein each of said plurality of flow records comprises at least one of a source node address, a destination node address, a source port address, and a destination port address, wherein said flow records comprise byte size transmitted in each associated flow, and wherein the predefined criteria comprises the total number of bytes transmitted in the associated flow for each of the node or port addresses, wherein the network device is configured to receive said identified address and to add said identified address to an access control list.
A casing of an optical scanning device, which has a bottomed box shape and includes a bottom wall part and a sidewall part upright from a peripheral edge part of the bottom wall part, the sidewall part being formed on an outside surface thereof with an engaging part for engaging and fixing a lid member, wherein the casing is stackable in a plurality of stages in a state in which the lid member has been removed, and characterized in that the casing includes a connection leg part extending from a predetermined position of the outside surface of the sidewall part to a lower side of a lower surface of the casing, and the connection leg part is provided with an engaged part for connection which is engaged with an engaging part formed at a sidewall part of another casing when the casing is stacked on an upper side of the other casing.
A high strength galvanized steel sheet excellent in processability, comprising: a component composition consisting of, by mass%, C: 0.05% to 0.3%, Si: 0.7% to 2.7%, Mn: 0.5% to 2.8%, P: 0.1% or lower, S: 0.01% or lower, Al: 0.1% or lower, and N: 0.008% or lower, optionally one or more of Cr: 0.05% to 1.2%, V: 0.005% to 1.0%, Mo: 0.005% to 0.5%, Ti: 0.01% to 0.1%, Nb: 0.01% to 0.1%, B: 0.0003% to 0.0050%, Ni: 0.05% to 2.0%, Cu: 0.05% to 2.0%, Ca: 0.001% to 0.005% and REM: 0.001% to 0.005%, the balance being Fe and inevitable impurities, and a microstructure containing, in terms of area ratio, ferrite phases: 30% to 90%, bainite phases: 3% to 30%, martensite phases: 5% to 40%, and optionally pearlite: 3% or lower, among the martensite phases, martensite phases having an aspect ratio of 3 or more being present in a proportion of 30% or more, a retained austenite phase in a proportion of 2% or more in terms of volume fraction, wherein the average crystal grain diameter of the retained austenite phase is 2.0 μm or lower. a component composition consisting of, by mass%, C: 0.05% to 0.3%, Si: 0.7% to 2.7%, Mn: 0.5% to 2.8%, P: 0.1% or lower, S: 0.01% or lower, Al: 0.1% or lower, and N: 0.008% or lower, optionally one or more of Cr: 0.05% to 1.2%, V: 0.005% to 1.0%, Mo: 0.005% to 0.5%, Ti: 0.01% to 0.1%, Nb: 0.01% to 0.1%, B: 0.0003% to 0.0050%, Ni: 0.05% to 2.0%, Cu: 0.05% to 2.0%, Ca: 0.001% to 0.005% and REM: 0.001% to 0.005%, the balance being Fe and inevitable impurities, and a microstructure containing, in terms of area ratio, ferrite phases: 30% to 90%, bainite phases: 3% to 30%, martensite phases: 5% to 40%, and optionally pearlite: 3% or lower, among the martensite phases, martensite phases having an aspect ratio of 3 or more being present in a proportion of 30% or more, a retained austenite phase in a proportion of 2% or more in terms of volume fraction, wherein the average crystal grain diameter of the retained austenite phase is 2.0 μm or lower.
A center cord-line V-belt which has no reinforcing fabric layer and no fabric wrap, the center cord-line V-belt comprising a radially centered cord line of helically wound tensile cord embedded in a very high-modulus adhesion gum; an overcord layer; and an undercord layer; wherein the adhesion gum (!4) comprises a substantially isotropic modulus; the overcord and undercord layers (16, 18) comprises unequal with-grain and cross-grain moduli; the overcord and undercord cross-grain moduli are less than the adhesion gum modulus.
A coring tool configured to procure a core sample of an earth formation, comprising: a coring bit comprising a cutting structure configured to cut a core sample; an outer barrel connected to the coring bit, the outer barrel configured to apply axial and rotational force to the coring bit; an inner barrel located within the outer barrel, the inner barrel being configured to receive the core sample within the inner barrel; and a sponge material lining an inner surface of the inner barrel, the sponge material being configured to absorb a fluid from the core sample; the coring tool characterized in that the coring tool further comprises a stabilizer connected to the outer barrel, at least one blade of the stabilizer being rotatable with respect to the outer barrel and configured to remain at least substantially rotationally stationary relative to the earth formation during coring. a coring bit comprising a cutting structure configured to cut a core sample; an outer barrel connected to the coring bit, the outer barrel configured to apply axial and rotational force to the coring bit; an inner barrel located within the outer barrel, the inner barrel being configured to receive the core sample within the inner barrel; and a sponge material lining an inner surface of the inner barrel, the sponge material being configured to absorb a fluid from the core sample; the coring tool characterized in that the coring tool further comprises a stabilizer connected to the outer barrel, at least one blade of the stabilizer being rotatable with respect to the outer barrel and configured to remain at least substantially rotationally stationary relative to the earth formation during coring.
A cigarette pack with a sealed pack in which cigarettes are contained as a ready formed cigarette group, wherein the sealed pack has side seams formed as sealing seams arranged on narrow upright film side walls, preferably formed as fin seams folded over against the relevant pack wall, wherein the side seams have at least partially a multilayer configuration, and wherein a cardboard inner collar, which at least partially surrounds the cigarette group, is arranged inside the sealed pack as a supporting or retaining element and is configured as a cup-shaped wrapping of the cigarette group, namely with an inner front wall, an inner rear wall, an inner base wall and with mutually overlapping side tabs (37, 38) in the region of the film side walls for the formation of the inner side walls, wherein the inner collar arranged inside the sealed pack has depressions in the region of material thickenings on account of the side seams of the sealed pack to form free spaces in which the side seams are at least partially accommodated, characterized in that a) the outer side tabs, preferably connected to the inner front wall, are configured with a width extending across their complete length or height that is smaller than the inner side tabs, preferably with a width that is somewhat smaller than half of the width of the inner side tab or half of the width of a film side wall of the film material pack, in such a way that a depression running across the height of the inner side wall is created on the outer side of the inner collar next to the outer side tabs to form a free space to accommodate the material thickenings on account of the side seams, and that b) the material thickenings of the sealed pack due to the respective side seam extend in each case at least with partial regions into the free space formed by the outer side tabs. a) the outer side tabs, preferably connected to the inner front wall, are configured with a width extending across their complete length or height that is smaller than the inner side tabs, preferably with a width that is somewhat smaller than half of the width of the inner side tab or half of the width of a film side wall of the film material pack, in such a way that a depression running across the height of the inner side wall is created on the outer side of the inner collar next to the outer side tabs to form a free space to accommodate the material thickenings on account of the side seams, and that b) the material thickenings of the sealed pack due to the respective side seam extend in each case at least with partial regions into the free space formed by the outer side tabs.
A compound selected from the group consisting of Compound 1: Compound 2: Compound 3: Compound 4: Compound 5: Compound 6: Compound 7: Compound 8: Compound 9: Compound 12: Compound 13: Compound 14: Compound 15: Compound 16: Compound 17: Compound 18: Compound 19: Compound 20: Compound 21: Compound 22: Compound 23: Compound 24: Compound 25: Compound 26:
A packaged deodorant stick product comprising a deodorant stick composition, a retaining member and a holder, wherein the deodorant stick composition is mounted on the retaining member, the retaining member comprises one of a bayonet element and a socket and the holder comprises the other of the bayonet element and the socket, and wherein the bayonet element is lockably receivable within the socket such that the retaining member is removably connectable to the holder, wherein the retaining member comprises one of a detent and an indent and the holder comprises the other of the detent and the indent wherein the indent is adapted to receive the detent.
Door leaf for a fire safety door of box-and-lid design having a box formed of sheet metal and forming a first broadside of the door leaf, a lid formed of sheet metal and forming a second broadside of the door leaf, and a laminated wood profile extending along a narrow-side region of a narrow side (12 14, 16, 18) of the door leaf for the thermally separated connection of the box and the lid, wherein an outer surface region of the laminated wood profile is arranged on the narrow side (12, 14, 16, 18) between the box and the lid, wherein the door leaf comprises a cavity, wherein a filler material is arranged in the cavity, which is thermally less conductive than sheet metal, and wherein the outer surface portion is provided with intumescent material, characterized in that a foil element made of plastic is applied to the intumescent material.
Radome wall for communication in the frequency band of from 17 to 31 GHz for use on commercial aircraft, comprising a multilayer structure having an alternating arrangement of force-absorbing solid cover layers (11, 12, 13, 12', 11') and shear-rigid core layers (21, 22, 22', 21'), wherein two cover layers (11, 11') form the outer sides of the radome wall and the radome wall is formed from five cover layers (11, 12, 13, 12', 11') and four core layers (21, 22, 22', 21'), the material thicknesses of which are, in order, 0.63 mm, 2.50 mm, 0.84 mm, 2.00 mm, 1.06 mm, 2.00 mm, 0.84 mm, 2.50 mm, 0.63 mm, whereby the two core layers (21, 21') closest to the outer sides of the radome wall are thicker than the core layers (22, 22') closest to the midplane of the radome wall, wherein the five cover layers (11, 12, 13, 12', 11') and the four core layers (21, 22, 22', 21') are made of dielectric materials, wherein the dielectric constant of the cover layers (11, 12, 13, 12', 11') lies between 2.8 and 4.0 and the dielectric constant of the core layers (21, 22, 22', 21') lies between 1.0 and 1.2 and the tolerance for the thickness of the cover layers (11, 12, 13, 12', 11') for a nominal thickness up to 1 mm is ±20% and for a nominal thickness above 1 mm is ±0.2 mm and the tolerance for the thickness of the core layers (21, 22, 22', 21') is ±0.2 mm.
A method of preparing an electrode for a secondary battery comprising successively: (a) a process of partially coating an electrode slurry containing an electrode mixture and a solvent on an electrode sheet so that coated portions are positioned with an uncoated portion interposed therebetween and the uncoated portion has a width of 10 μm to 300 μm; (b) a process of drying the coated portions to remove the solvent at a removal rate of 20 % to 60 % by weight of the amount of the solvent initially added to prepare the electrode slurry; and (c) a process of rolling the dried coated portions, wherein a thickness of the coated portion is decreased and the electrode mixture moves to the uncoated portions, resulting in the coated portions disappearing, in the process (c), a plurality of coated portions is formed on the electrode sheet by the uncoated portion of a pattern shape (300, 400, 500, 600, 700) in the process (a), and a thickness of the electrode mixture layer in the uncoated portion which disappeared due to movement of the electrode mixture is the same as a thickness of an electrode mixture layer of a rolled coated portion or less. (a) a process of partially coating an electrode slurry containing an electrode mixture and a solvent on an electrode sheet so that coated portions are positioned with an uncoated portion interposed therebetween and the uncoated portion has a width of 10 μm to 300 μm; (b) a process of drying the coated portions to remove the solvent at a removal rate of 20 % to 60 % by weight of the amount of the solvent initially added to prepare the electrode slurry; and (c) a process of rolling the dried coated portions,
A small-formfactor pluggable module for enabling interconnection to a host device, said module being characterized in comprising: a small-formfactor pluggable module connector arranged to connect to a host device connector; the small-formfactor pluggable module connector being arranged to connect the host device connector in a first switching mode characterized in comprising a TxFault, a TxDisable, a RateSelect and a LOS signal, and in a second switching mode characterized in comprising at least a 1PPS signal, wherein a time-of-day, ToD, signal further is arranged to be transmitted over the small-formfactor pluggable module connector via inter-integrated circuit, I2C, signals when said set of signals carried over the small-formfactor pluggable module connector comprises the at least one 1PPS signal. a small-formfactor pluggable module connector arranged to connect to a host device connector; the small-formfactor pluggable module connector being arranged to connect the host device connector in a first switching mode characterized in comprising a TxFault, a TxDisable, a RateSelect and a LOS signal, and in a second switching mode characterized in comprising at least a 1PPS signal, wherein a time-of-day, ToD, signal further is arranged to be transmitted over the small-formfactor pluggable module connector via inter-integrated circuit, I2C, signals when said set of signals carried over the small-formfactor pluggable module connector comprises the at least one 1PPS signal.
Photovoltaic module made of at least one solar cell and one carrier structure, the solar cell being at a spacing from the carrier structure by means of an air gap or the solar cell being situated in regions on the carrier structure and the carrier structure having at least one locally delimited depression in which an elastic integral connection is disposed between solar cell and carrier structure.
Safety mechanism for pest deterrent devices, the mechanism comprising two separate closure members (10,20) in use pivotally suspended from the pest deterrent device, and mutually arranged at a horizontal distance, wherein the purpose of the two closure members (10,20) is to hinder the passage of pests in one direction- the upstream direction, and to allow the closure members (10,20) to pivot in the opposite direction - downstream direction, in order to allow liquid flow downstream past the safety mechanism, the mechanism further comprising a stop provided adjacent the second closure member on the opposite side to the first closure member, characterised in that the first closure member on the downstream side is provided with one or more slits (11,12), wherein adjacent to the at least one slit (11,12), a lock member is arranged, which lock member projects in a plane (y-z) substantially orthogonal to the plane (x-y) of the first closure member in a direction away from the second closure member provided upstream from the first closure member, wherein the second closure member is provided with a bracket, said bracket projecting through the at least one slit (11,12) in the first closure member wherein said bracket has a portion overlapping the lock member's plane (y-z), wherein said lock member has a lowermost edge, substantially parallel to the z-axis, such that in use as the second closure member pivots towards the first closure member the portion of the bracket overlapping the lock member's plane (y-z) will slide along the lowermost edge until the bracket on the second closure member is free of the lock member and further, as the first closure member is pivoted relative to the second closure member to the downstream side, the portion of the bracket overlapping the lock member's plane (y-z) will engage the lowermost edge of the lock member and block the pivoting movement of both closure members (10,20), and as by pushing the first closure member towards the second closure member the stop hinders the pivoting movement of both closure members (10,20) to the upstream side.
An image forming apparatus comprising: a control unit, characterized by being configured to change a ratio between an execution time for executing printing and a stop time for stopping the printing according to a stop control number that is the number of times that an operation of the printing is stopped, in an intermittent mode that operates by switching between executing the printing and stopping the printing.
A therapeutic formulation comprising an anti-IL-2 monoclonal antibody for use in the treatment of a tumor that is resistant to the antitumor effect induced by the passive administration of anti-CD25 mAb by enhancing an immune response against the tumor in a subject, wherein said antibody is an IL-2 neutralizing antibody that blocks binding of IL-2 to its receptor and wherein said antibody reduces the circulating IL-2 levels in said subject.
A system comprising: a first asymmetric core that executes an application when said system operates in a first mode and that is inactive when said system operates in a second mode; a second asymmetric core that executes said application when said system operates in said second mode; a core profile module that generates an anticipated instruction execution rate for executing said application based on at least one of a data cache miss rate, an instruction cache miss rate, and instructions per cycle executed by said first asymmetric core; and a core switching module that switches operation of said system between said first mode and said second mode based on said anticipated instruction execution rate, that selectively stops processing of said application by said first asymmetric core after receiving a first control signal, and that transfers a first state of said first asymmetric core to said second asymmetric core, wherein said second asymmetric core resumes executing said application in said second mode. a first asymmetric core that executes an application when said system operates in a first mode and that is inactive when said system operates in a second mode; a second asymmetric core that executes said application when said system operates in said second mode; a core profile module that generates an anticipated instruction execution rate for executing said application based on at least one of a data cache miss rate, an instruction cache miss rate, and instructions per cycle executed by said first asymmetric core; and a core switching module that switches operation of said system between said first mode and said second mode based on said anticipated instruction execution rate, that selectively stops processing of said application by said first asymmetric core after receiving a first control signal, and that transfers a first state of said first asymmetric core to said second asymmetric core, wherein said second asymmetric core resumes executing said application in said second mode.
A method for adding additional information to a sequence for a synchronization channel, the method comprising: generating the sequence for the synchronization channel; masking the generated sequence according to a code corresponding to the additional information to be added; characterized by: performing a micro-constellation modulation to rotate a phase of the masked sequence according to a phase value, wherein the phase value corresponds to another additional information to be added; and transmitting a signal including the micro-constellation modulated sequence to a receiving end. generating the sequence for the synchronization channel; masking the generated sequence according to a code corresponding to the additional information to be added; characterized by: performing a micro-constellation modulation to rotate a phase of the masked sequence according to a phase value, wherein the phase value corresponds to another additional information to be added; and transmitting a signal including the micro-constellation modulated sequence to a receiving end. performing a micro-constellation modulation to rotate a phase of the masked sequence according to a phase value, wherein the phase value corresponds to another additional information to be added; and transmitting a signal including the micro-constellation modulated sequence to a receiving end.