mhurhangee/patent-ind-claim-en huggingface dataset:
A computer system comprising: one or more processors; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors to configure the computer system to train a classifier to classify entities to increase confidence with respect to an entity being part of a distributed denial of service attack, including instructions that are executable to configure the computer system to perform at least the following: train a classifier to use a first classification method, to identify probabilities that entities from a set of entities are performing denial of service attacks; using the classifier, identify a subset of entities meeting a threshold probability of performing a denial of service attack; using a second classification method, identify similarity of entities in the subset of entities; and based on the similarity, classify individual entities. one or more processors; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors to configure the computer system to train a classifier to classify entities to increase confidence with respect to an entity being part of a distributed denial of service attack, including instructions that are executable to configure the computer system to perform at least the following: train a classifier to use a first classification method, to identify probabilities that entities from a set of entities are performing denial of service attacks; using the classifier, identify a subset of entities meeting a threshold probability of performing a denial of service attack; using a second classification method, identify similarity of entities in the subset of entities; and based on the similarity, classify individual entities. train a classifier to use a first classification method, to identify probabilities that entities from a set of entities are performing denial of service attacks; using the classifier, identify a subset of entities meeting a threshold probability of performing a denial of service attack; using a second classification method, identify similarity of entities in the subset of entities; and based on the similarity, classify individual entities.
Device for hydraulically clamping tools or workpieces, with a clamping portion for clamping a tool or workpiece, the interior of which clamping portion has a plurality of chambers which are connected in a fluidally communicating manner by means of a channel system , characterized in that a central throttle point is arranged in the channel system , with an adjustment element , using which a flow cross section in the central throttle point can be changed.
A colposcope comprising: an elongate body defining an interior space and having a distal end , a proximate end , and an axis extending between the distal end and the proximate end ; an image capture device positioned within the interior space of the elongate body; at least one light emitter attached to the distal end of the elongate body and positioned to generate and direct light towards the area outside of the elongate body, wherein the at least one light emitter comprises a plurality of light emitting diodes (LEDs); an anti-reflection coated, hydrophobic window positioned at the distal end and positioned within a field of view of the image capture device ; characterized in that the colposcope further comprises: a control panel on the body and associated electronics configured to select from among a plurality of modes of illumination for an object in a field of view of the image capture device, wherein the control panel and associated electronics are configured to select among the modes of illumination to control the plurality of LEDs. an elongate body defining an interior space and having a distal end , a proximate end , and an axis extending between the distal end and the proximate end ; an image capture device positioned within the interior space of the elongate body; at least one light emitter attached to the distal end of the elongate body and positioned to generate and direct light towards the area outside of the elongate body, wherein the at least one light emitter comprises a plurality of light emitting diodes (LEDs); an anti-reflection coated, hydrophobic window positioned at the distal end and positioned within a field of view of the image capture device ; characterized in that the colposcope further comprises: a control panel on the body and associated electronics configured to select from among a plurality of modes of illumination for an object in a field of view of the image capture device, wherein the control panel and associated electronics are configured to select among the modes of illumination to control the plurality of LEDs. a control panel on the body and associated electronics configured to select from among a plurality of modes of illumination for an object in a field of view of the image capture device, wherein the control panel and associated electronics are configured to select among the modes of illumination to control the plurality of LEDs.
A lithium-ion secondary battery , comprising a positive electrode plate, a negative electrode plate, an electrolyte and a separator, wherein the positive electrode plate comprises a positive electrode current collector and a first positive electrode active material layer and a second positive electrode active material layer sequentially disposed on at least one side of the positive electrode current collector; the lithium-ion secondary battery satisfies formula (I): − 1 ≤ log 10 u / v × w ≤ 15.5 wherein, u is a thickness of the first positive electrode active material layer in microns, v is a thickness of the second positive electrode active material layer in microns, w is a conductivity of the electrolyte at a temperature of 25°C in mS·cm -1 . u is a thickness of the first positive electrode active material layer in microns, v is a thickness of the second positive electrode active material layer in microns, w is a conductivity of the electrolyte at a temperature of 25°C in mS·cm -1 .
A method of controlling a signal transmission in a cellular multiple-input and multiple-output, MIMO, system , the cellular MIMO system comprising a base station having a plurality of antennas , the method comprising: monitoring, by the base station , at least one indicator to determine whether a spatial resolution of the plurality of antennas allows signals received from at least two terminals (11-17) to be distinguished, wherein monitoring the at least one indicator comprises monitoring a first error rate for a first terminal of the at least two terminals (11-17) and monitoring a second error rate for a second terminal of the at least two terminals (11-17); and selectively activating, by the base station , a multiple access transmission and reception other than space division multiple access for the at least two terminals (11-17) as a function of the at least one indicator, the multiple access transmission and reception causing the at least two terminals (11-17) to share a common channel, wherein the multiple access transmission and reception is selectively activated if both the first error rate and the second error rate exhibit a time-dependent increase. monitoring, by the base station , at least one indicator to determine whether a spatial resolution of the plurality of antennas allows signals received from at least two terminals (11-17) to be distinguished, wherein monitoring the at least one indicator comprises monitoring a first error rate for a first terminal of the at least two terminals (11-17) and monitoring a second error rate for a second terminal of the at least two terminals (11-17); and selectively activating, by the base station , a multiple access transmission and reception other than space division multiple access for the at least two terminals (11-17) as a function of the at least one indicator, the multiple access transmission and reception causing the at least two terminals (11-17) to share a common channel, wherein the multiple access transmission and reception is selectively activated if both the first error rate and the second error rate exhibit a time-dependent increase.
A blade outer air seal assembly for a gas turbine engine, comprising: a seal arc segment defining radially inner and outer sides (R1, R2), the radially outer side (R2) including radially-extending sidewalls and a radially inner surface joining the radially-extending sidewalls , the radially-extending sidewalls and the radially inner surface defining a pocket ; and a rail shield received in the pocket having radially-extending walls lining the radially-extending sidewalls , wherein the rail shield has a first radial end (HR1) forming a first opening (O1) and a second radial end (HR2) forming a second opening (O2), wherein a circumferential length of the first opening (O1) equals a majority of a circumferential length of the seal arc segment , an axial length of the first opening (O1) equals a majority of an axial length of the seal arc segment , characterized in that a circumferential length of the second opening (O2) equals a majority of the circumferential length of the seal arc segment and an axial length of the second opening (O2) equals a majority of the axial length of the seal arc segment . a seal arc segment defining radially inner and outer sides (R1, R2), the radially outer side (R2) including radially-extending sidewalls and a radially inner surface joining the radially-extending sidewalls , the radially-extending sidewalls and the radially inner surface defining a pocket ; and a rail shield received in the pocket having radially-extending walls lining the radially-extending sidewalls , wherein the rail shield has a first radial end (HR1) forming a first opening (O1) and a second radial end (HR2) forming a second opening (O2), wherein a circumferential length of the first opening (O1) equals a majority of a circumferential length of the seal arc segment , an axial length of the first opening (O1) equals a majority of an axial length of the seal arc segment , characterized in that a circumferential length of the second opening (O2) equals a majority of the circumferential length of the seal arc segment and an axial length of the second opening (O2) equals a majority of the axial length of the seal arc segment .
A bag with a zipper closure, wherein the bag is formed of: - a first and a second superposed flat side formed of a first plastic film and - folded side pieces formed of a second plastic film and which are disposed between the flat sides of the bag and welded to edge areas at the side edges of the flat sides , the bag including interacting zipper parts in the form of a male part and a female part connected with each their flat side and extending from side edge to side edge of the bag , characterised in that the folded side pieces extend from the bottom edge of the bag to the top edge of the bag, and that in the side pieces a thinning of material is established in an area opposite to the zipper parts disposed on the flat sides , such that the side pieces in the thinned area have a material thickness enabling the male and female parts to engage each other while at the same time the material of the side pieces is clamped there between, and wherein the second plastic film comprising the thinning is made of a multi-layered film where the film layers form a reduced material thickness at the thinning . - a first and a second superposed flat side formed of a first plastic film and - folded side pieces formed of a second plastic film and which are disposed between the flat sides of the bag and welded to edge areas at the side edges of the flat sides , the bag including interacting zipper parts in the form of a male part and a female part connected with each their flat side and extending from side edge to side edge of the bag ,
A method of communicating using proximity services, ProSe, implemented by a base station , the method comprising: receiving a radio resource control, RRC, request message from a wireless transmit/receive unit, WTRU, to establish one or more ProSe bearers with another WTRU ; receiving at least one ProSe aggregate maximum bit rate, AMBR, parameter from a mobility management entity; and sending a RRC message to the WTRU , wherein the RRC message comprises an indication that authorizes the WTRU to establish a ProSe communication over the one or more ProSe bearers, wherein the indication is based on at least the ProSe AMBR parameter. receiving a radio resource control, RRC, request message from a wireless transmit/receive unit, WTRU, to establish one or more ProSe bearers with another WTRU ; receiving at least one ProSe aggregate maximum bit rate, AMBR, parameter from a mobility management entity; and sending a RRC message to the WTRU , wherein the RRC message comprises an indication that authorizes the WTRU to establish a ProSe communication over the one or more ProSe bearers, wherein the indication is based on at least the ProSe AMBR parameter.
Cooling suit, consisting of a suit for legs, torso and arms, which from a hose sleeve opening outwards includes inwardly branching gas ducts (3-6) with a plurality of outlet openings, as well as an associated compressed gas bottle for carrying along or an associated pressure container, which can be set up in a stationary manner, for connecting an outlet hose with coupling piece to the hose sleeve , wherein a valve with an adjusting wheel is provided on the compressed gas cylinder or on the suit, for the metered discharge of expanded gas from the compressed gas cylinder or the stationary pressure container into these gas ducts (3-6), wherein the suit is either a one-piece combination suit with a zip fastener for putting on and taking off, made of a textile material, on the inside of which the gas ducts (3-6) are arranged or is a two-piece suit consisting of trousers and jacket made of a textile material, wherein the branching gas ducts (3-6) can be connected via an additional hose coupling between the trousers and jacket, or is a two-piece suit consisting of trousers and jacket made of a textile material, wherein the branching gas ducts (3-6) for trousers and jacket can each be connected separately via a hose coupling to a compressed air cylinder , so that the jacket and trousers can be cooled independently of one another, each with their own cooling system, the combination suit or the jacket and trousers being of double-walled construction, with an outer layer and a gas-permeable inner lining, and the gas ducts (3-6) being arranged between these two layers, being provided in individual or in all of the following regions with openings for letting out gas: for the hip , the knee cavities , the crotch , the abdomen , the armpits , the chest , the arm joints , the inside of the front arms , the neck and the cross and wherein the gas channels (3-6) are formed of flat channels which are fixed to the inside of the outer layer of the suit.
A wireless transmit/receive unit, WTRU, for wireless communications, the WTRU comprising: a memory; a processor configured to: detect a Physical Downlink Control Channel, PDCCH, in at least a first beam of one or more beams; determine downlink control information, DCI, from the detected PDCCH; determine whether spatial information for a downlink, DL, data channel is indicated in the DCI; determine a receive beam based on the spatial information for the DL data channel on condition that the DCI indicates the spatial information for the DL data channel; and determine that the receive beam is the first beam on condition that the DCI does not indicate the spatial information for the DL data channel; and a receiver configured to receive a data transmission over the DL data channel on the determined receive beam. a memory; a processor configured to: detect a Physical Downlink Control Channel, PDCCH, in at least a first beam of one or more beams; determine downlink control information, DCI, from the detected PDCCH; determine whether spatial information for a downlink, DL, data channel is indicated in the DCI; determine a receive beam based on the spatial information for the DL data channel on condition that the DCI indicates the spatial information for the DL data channel; and determine that the receive beam is the first beam on condition that the DCI does not indicate the spatial information for the DL data channel; and a receiver configured to receive a data transmission over the DL data channel on the determined receive beam. detect a Physical Downlink Control Channel, PDCCH, in at least a first beam of one or more beams; determine downlink control information, DCI, from the detected PDCCH; determine whether spatial information for a downlink, DL, data channel is indicated in the DCI; determine a receive beam based on the spatial information for the DL data channel on condition that the DCI indicates the spatial information for the DL data channel; and determine that the receive beam is the first beam on condition that the DCI does not indicate the spatial information for the DL data channel; and a receiver configured to receive a data transmission over the DL data channel on the determined receive beam.
Solar reactor comprising a casing delimiting a reaction chamber , the casing comprising a lower part in the form of a right cone extended at its apex by an inlet and an upper part in the form of a blind right cylinder , at least a part of the casing being intended to receive solar radiation, the cone and/or the lateral surface of the blind cylinder comprising two lateral drilled holes of which one is extended by a tube for injecting solid reactants and the other is extended by an outlet tube for products resulting from the reaction, the inlet comprising two coaxial tubes of which the central one is intended for the injection of at least the majority of the gaseous reactants, while the peripheral one is intended for the injection of an auxiliary entraining gas, the solar reactor being characterized in that the peripheral tube is also intended for the recovery by gravity of ash resulting from the reaction.
Hairdryer comprising an air circulation chamber provided with an input zone and an output zone , an air circulation system comprising a motor and a blade configured in the circulation chamber to suction outside air through the input zone and to transmit this air, upstream to downstream, up to the output zone, characterised in that it comprises a conduit system configured in the input zone to evacuate towards the outside, the air repelled by the blade into the circulation chamber .
A method of a wireless device operating in a multi-carrier dynamic Time Division Duplexing, TDD, cellular communications network , comprising: receiving a grant that grants a communication of data on any of a set of two or more TDD carriers, wherein receiving the grant comprises receiving the grant in a first subframe, wherein the communication granted by the grant is for a second subframe that is subsequent, in time, to the first subframe; receiving an indication that indicates a carrier mode of one or more TDD carriers in the set of two or more TDD carriers, wherein the indication is received in a third subframe that is subsequent, in time, to the first subframe and prior, in time, to the second subframe, and wherein the carrier mode indicated is one of uplink, UL, transmit direction or downlink, DL, transmit direction of the one or more TDD carriers in the set of two or more TDD carriers; determining , based on the indication, one or more TDD carriers of the set of two or more TDD carriers to use for the communication in accordance with the grant; and performing the communication of the data on the determined one or more TDD carriers in accordance with the grant. receiving a grant that grants a communication of data on any of a set of two or more TDD carriers, wherein receiving the grant comprises receiving the grant in a first subframe, wherein the communication granted by the grant is for a second subframe that is subsequent, in time, to the first subframe; receiving an indication that indicates a carrier mode of one or more TDD carriers in the set of two or more TDD carriers, wherein the indication is received in a third subframe that is subsequent, in time, to the first subframe and prior, in time, to the second subframe, and wherein the carrier mode indicated is one of uplink, UL, transmit direction or downlink, DL, transmit direction of the one or more TDD carriers in the set of two or more TDD carriers; determining , based on the indication, one or more TDD carriers of the set of two or more TDD carriers to use for the communication in accordance with the grant; and performing the communication of the data on the determined one or more TDD carriers in accordance with the grant.
A tool (W) comprising a housing having - at least one first inlet opening (E1) and at least one second inlet opening (E2), - at least one first outlet opening (A1), at least one second outlet opening (A2) and at least one third outlet opening (A3) and - a first side having a width (B), where - the first outlet opening (A1), the second outlet opening (A2) and the third outlet opening (A3) are arranged on the first side of the housing and where - the first outlet opening (A1) is connected to the first inlet opening (E1), wherein - the second outlet opening (A2) and the third outlet opening (A3) are connected to one another by the second inlet opening (E2) via a multiway distributor and - the second outlet opening (A2) and the third outlet opening (A3) alternate with the first outlet opening (A1) at least over part of the width (B) of the first side . - at least one first inlet opening (E1) and at least one second inlet opening (E2), - at least one first outlet opening (A1), at least one second outlet opening (A2) and at least one third outlet opening (A3) and - a first side having a width (B), - the first outlet opening (A1), the second outlet opening (A2) and the third outlet opening (A3) are arranged on the first side of the housing and where - the first outlet opening (A1) is connected to the first inlet opening (E1), - the second outlet opening (A2) and the third outlet opening (A3) are connected to one another by the second inlet opening (E2) via a multiway distributor and - the second outlet opening (A2) and the third outlet opening (A3) alternate with the first outlet opening (A1) at least over part of the width (B) of the first side .