mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving one or more packets via a secure tunnel (712-1) from a user device , wherein the user device is connected to a source network via a Wi-Fi access point ; determining that at least one packet of the one or more packets is associated with a Wi-Fi calling session by correlating information in the at least one packet with control plane data of the Wi-Fi calling session; determining whether the Wi-Fi calling session is a threat based, at least in part, on identifying an anomaly in the at least one packet of the one or more packets, wherein identifying an anomaly in the at least one packet of the one or more packets comprises at least one of: identifying a protocol used by the at least one packet; identifying the data type of the at least one packet; and identifying a port used by the at least one packet; and taking an action in response to determining that the Wi-Fi calling session is a threat. receiving one or more packets via a secure tunnel (712-1) from a user device , wherein the user device is connected to a source network via a Wi-Fi access point ; determining that at least one packet of the one or more packets is associated with a Wi-Fi calling session by correlating information in the at least one packet with control plane data of the Wi-Fi calling session; determining whether the Wi-Fi calling session is a threat based, at least in part, on identifying an anomaly in the at least one packet of the one or more packets, wherein identifying an anomaly in the at least one packet of the one or more packets comprises at least one of: identifying a protocol used by the at least one packet; identifying the data type of the at least one packet; and identifying a port used by the at least one packet; and taking an action in response to determining that the Wi-Fi calling session is a threat.
Drum for the application of semi-finished products within tyres for vehicle wheels, comprising: a central core defining a geometric axis (X) of the drum ; a plurality of sectors circumferentially distributed around said geometric axis (X), characterised in that each of said sectors comprises: at least one first portion radially movable with respect to the central core ; and two second portions located in axially external positions and respectively opposite with respect to the first portion, each axially extending away from an axial end edge of the first portion and radially movable with respect to the first portion ; primary driving devices operating between the central core and the first portion of each sector in order to cause a radial translation of the first portions away from the central core from a contracted position towards an expanded position; driven driving members operatively connected with the primary driving devices and the second portions of the sectors , in order to move the second portions away from the central core after the attainment of the expanded position of the first portions of the sectors . a central core defining a geometric axis (X) of the drum ; a plurality of sectors circumferentially distributed around said geometric axis (X), characterised in that each of said sectors comprises: at least one first portion radially movable with respect to the central core ; and two second portions located in axially external positions and respectively opposite with respect to the first portion, each axially extending away from an axial end edge of the first portion and radially movable with respect to the first portion ; primary driving devices operating between the central core and the first portion of each sector in order to cause a radial translation of the first portions away from the central core from a contracted position towards an expanded position; driven driving members operatively connected with the primary driving devices and the second portions of the sectors , in order to move the second portions away from the central core after the attainment of the expanded position of the first portions of the sectors . at least one first portion radially movable with respect to the central core ; and two second portions located in axially external positions and respectively opposite with respect to the first portion, each axially extending away from an axial end edge of the first portion and radially movable with respect to the first portion ; primary driving devices operating between the central core and the first portion of each sector in order to cause a radial translation of the first portions away from the central core from a contracted position towards an expanded position; driven driving members operatively connected with the primary driving devices and the second portions of the sectors , in order to move the second portions away from the central core after the attainment of the expanded position of the first portions of the sectors .
Arrester comprising - a first electrode , a second electrode and a switching contact , wherein, in a first state, at least one electrode of the first and the second electrode is not electrically conductively connected to the switching contact and, in a second state, the at least one electrode is electrically conductively connected to the switching contact , - a discharge space between the first and the second electrode , - a short-circuiting mechanism which, when triggered, short-circuits the first and the second electrode and switches the state, - a further discharge space which is provided in the arrester body between the switching contact and either the first or the second electrode , wherein the further discharge space has a higher ignition voltage than the discharge space . - a first electrode , a second electrode and a switching contact , wherein, in a first state, at least one electrode of the first and the second electrode is not electrically conductively connected to the switching contact and, in a second state, the at least one electrode is electrically conductively connected to the switching contact , - a discharge space between the first and the second electrode , - a short-circuiting mechanism which, when triggered, short-circuits the first and the second electrode and switches the state, - a further discharge space which is provided in the arrester body between the switching contact and either the first or the second electrode , wherein the further discharge space has a higher ignition voltage than the discharge space .
An add-on for a self-injector comprising: an adaptor comprising at a first end a first fluid reservoir coupling sized and shaped to couple said adaptor to a fluid reservoir and a second coupling at a second end of the adaptor, at least a portion of said reservoir being made of glass or a plastic material, and a hollow needle that is bent at a 90-degree angle to define a bent fluid path between the first fluid reservoir coupling and the second coupling , wherein the second coupling is a Luer lock coupling and is configured to couple to a needle , and wherein said add-on coupled to said fluid reservoir forms an integral self-injector cartridge unit configured to be sterilized and filled with an injectable. an adaptor comprising at a first end a first fluid reservoir coupling sized and shaped to couple said adaptor to a fluid reservoir and a second coupling at a second end of the adaptor, at least a portion of said reservoir being made of glass or a plastic material, and a hollow needle that is bent at a 90-degree angle to define a bent fluid path between the first fluid reservoir coupling and the second coupling , wherein the second coupling is a Luer lock coupling and is configured to couple to a needle , and wherein said add-on coupled to said fluid reservoir forms an integral self-injector cartridge unit configured to be sterilized and filled with an injectable.
A method of quality of service, QoS, processing, comprising: determining , by a first device, whether the first device satisfies a QoS requirement of one or more flows of a user equipment, UE; and transmitting , by the first device, a first message to a second device, in the case that the first device does not satisfy the QoS requirement of the one or more flows of the UE; characterized in that : the first message comprises recommended QoS parameter; or, the first message comprises a combination of recommended QoS parameter and one or more of: QoS flow identifier, QFI, radio bearer ID, or indication information indicating that the QoS requirement is not satisfied; the recommended QoS parameter comprises a suggested guaranteed bit rate and/or a suggested maximum bit rate. determining , by a first device, whether the first device satisfies a QoS requirement of one or more flows of a user equipment, UE; and transmitting , by the first device, a first message to a second device, in the case that the first device does not satisfy the QoS requirement of the one or more flows of the UE; characterized in that : the first message comprises recommended QoS parameter; or, the first message comprises a combination of recommended QoS parameter and one or more of: QoS flow identifier, QFI, radio bearer ID, or indication information indicating that the QoS requirement is not satisfied; the recommended QoS parameter comprises a suggested guaranteed bit rate and/or a suggested maximum bit rate. the first message comprises recommended QoS parameter; or, the first message comprises a combination of recommended QoS parameter and one or more of: QoS flow identifier, QFI, radio bearer ID, or indication information indicating that the QoS requirement is not satisfied; the recommended QoS parameter comprises a suggested guaranteed bit rate and/or a suggested maximum bit rate.
A compound represented by a chemical formula below: wherein R 1 and R 2 are each an aliphatic hydrocarbon group, X is a single bond or a hydrocarbon group having 1 or more and 5 or less carbon atoms, a total number of carbon atoms of R 1 , R 2 , and X is 2 or more and 39 or less, A 1 is -O(-A 11 O) m -H or -O(-A 12 O) p -H, A 2 is -O-R 3 O(-A 21 O) n -H or - O(-A 22 O) q+1 -H, R 3 is an alkanediyl group having 4 or more and 18 or less carbon atoms, m pieces of A 11 and n pieces of A 21 are each independently an alkanediyl group having 2 or more and 3 or less carbon atoms, p pieces of A 12 and q + 1 pieces of A 22 are each independently an alkanediyl group having 2 or more and 8 or less carbon atoms, at least one piece of A 22 among the q + 1 pieces of A 22 is a linear alkane-α,ω-diyl group having 3 or more and 8 or less carbon atoms, m, n, p, and q are an average value and are each independently 0 or more, a total of m and n is more than 0 and 50 or less, and a total of p and q is more than 0 and 50 or less.
Device for air separation by cryogenic distillation comprising an air compressor to compress all the air to be distilled, an air booster compressor (C2) for compressing at least one portion of the air to be distilled, an expansion turbine (T1, T2) for receiving compressed air coming from the compressor and optionally from the air booster compressor, a system of cryogenic distillation columns comprising at least one column (K1, K2), a heat exchanger (E), means for sending air from the compressor to the heat exchanger having two ends, means for withdrawing cooled air at an intermediate point of the heat exchanger between the two ends and for sending it to the booster compressor, means (CL1, 21) for sending the booster compressed air from the booster compressor to the heat exchanger, means for sending cooled air in the heat exchanger to the turbine, means for sending expanded air in the turbine to the system of columns, means for withdrawing from the system of columns a oxygen-enriched flow and a nitrogen-enriched flow , these means being connected to the heat exchanger of the means (V3) to expand the booster compressed air in the booster compressor, no means of cooling between the backflow of the booster compressor and the means for expanding the booster compressed air and means for sending air, booster compressed in the booster compressor and expanded by the means for expanding, upstream or downstream from the turbine, without having been cooled in the heat exchanger after having been booster compressed characterised in that it comprises means for detecting the loss of pressure or the flow rate between two points of the booster compressor (C2) as well as means for opening the means for expanding (V3) in order to send the booster compressed air upstream or downstream from the turbine without passing through the heat exchanger, so as to increase the flow rate in the booster compressor, only if the loss of pressure or the flow rate of the booster compressor exceeds a threshold indicating that pumping is close.
. A method for identifying operating conditions of a system, the method comprising: applying input data to a multi-class model for classification, wherein the input data relate to operation of the system, and wherein the multi-class model is configured for classifying the data into one of a plurality of predefined classes, each class corresponding to a respective operating condition of the system; determining a confidence level of the classification by the multi-class model; if the confidence level is below a threshold confidence level, applying the input data to a plurality of binary models, each binary model being configured for determining whether the data is or is not in a respective one of the predefined classes; and if the plurality of binary models determine that the data is not in any of said respective predefined classes, taking said data into consideration when updating the multi-class model. applying input data to a multi-class model for classification, wherein the input data relate to operation of the system, and wherein the multi-class model is configured for classifying the data into one of a plurality of predefined classes, each class corresponding to a respective operating condition of the system; determining a confidence level of the classification by the multi-class model; if the confidence level is below a threshold confidence level, applying the input data to a plurality of binary models, each binary model being configured for determining whether the data is or is not in a respective one of the predefined classes; and if the plurality of binary models determine that the data is not in any of said respective predefined classes, taking said data into consideration when updating the multi-class model.
Method for manufacturing granulates , wherein the granulates can be used as a sinter raw mixture in the form of a layer in a sinter plant, wherein the manufacture of the granulates comprises method steps as follows: - in a first method step, intensively mixing raw materials, in particular iron ore, fine iron ore concentrates, coke breeze, limestone and if applicable admixtures , in particular sinter returns, binding agents, dust, residual steelworking materials, while adding water , to produce a mixture in an intensive mixer , - in a second method step, introducing the mixture and if applicable admixtures into a granulator and granulating the mixture and if applicable the admixtures , while adding water , to produce raw granulates , - in a third method step, introducing the raw granulates , water , and if applicable admixtures and/or coke fines, into a rolling drum and rolling the raw granulates - and if applicable coating the raw granulates with calcium oxide and/or calcium hydroxide and/or the coke fines - to produce the granulates . - in a first method step, intensively mixing raw materials, in particular iron ore, fine iron ore concentrates, coke breeze, limestone and if applicable admixtures , in particular sinter returns, binding agents, dust, residual steelworking materials, while adding water , to produce a mixture in an intensive mixer , - in a second method step, introducing the mixture and if applicable admixtures into a granulator and granulating the mixture and if applicable the admixtures , while adding water , to produce raw granulates , - in a third method step, introducing the raw granulates , water , and if applicable admixtures and/or coke fines, into a rolling drum and rolling the raw granulates - and if applicable coating the raw granulates with calcium oxide and/or calcium hydroxide and/or the coke fines - to produce the granulates .
Protection device for protecting a rack system against impact, comprising an outer shell which is configured to be fitted on an upright column of a rack system, and an inner element having longitudinal ends , which is provided in the outer shell and is made of a flexible material and which, in use, is arranged against or adjacent to a part of the column, wherein between its longitudinal ends viewed in cross section, the inner element follows a bent curve comprising various bends, wherein the inner element comprises zones having different thicknesses, characterized in that the inner element is only hingeably connected to the inner periphery of the outer shell by means of its longitudinal ends , so that the inner element bends in the direction of the outer shell upon impact and develops a counterforce which ensures that the inner element will deform and fold at the location of the thinner zones as a result of which the longitudinal ends of the inner element move towards each other so that the upright edges of the outer shell move also towards each other, as a result of which the outer shell is clamped more securely to the column onto which this outer shell is fitted, and in that the inner periphery of the outer shell comprises guide means in which the inner element is arranged so as to be displaceable and hingeable, and in that said inner element is arranged in such a way that the inner element bends in the direction of the outer shell upon impact.
Barrel for a firearm having a bore axis , a cartridge chamber , and an integrally formed locking sleeve with locking lugs and a locking space , wherein the locking lugs are integral with the barrel, wherein the locking sleeve has recesses for bolt head lugs of a bolt head to be inserted, characterized in that in the direction toward the cartridge chamber at least two centering ramps are formed in the transition area between the recess for bolt head lugs and the locking space in an oblique manner with respect to the bore axis , for guiding a bolt head in a centering manner when it is introduced into the locking space , and that the recesses forming the bayonet-type groove , viewed in the direction of the bore axis , each have a profile which comprises an elliptical segment.
A drilling tool comprising a tool body having a center axis (A) defining a longitudinal direction of the drilling tool , the tool body having an axially forward end and an axially rearward end , the distance in the longitudinal direction between the forward end and the rearward end defining a length (L) of the drilling tool , and at least two indexable cutting inserts , which are arranged at the axially forward end , a first indexable cutting insert being arranged at a radially inner position and a second indexable cutting insert being arranged at a radially outer position , the tool body comprising a first flute portion extending axially rearward from the first indexable cutting insert , and a second flute portion extending axially rearward from the second indexable cutting insert , wherein the first flute portion transitions into the second flute portion at an axially forward transition area of the tool body , thereby forming only one flute of the drilling tool , the transition area is located at an axial distance from the forward end amounting to no more than L/3, and the second flute portion is open to a peripheral surface along the entire extent thereof in the longitudinal direction, and in characterized in that said second flute portion has a radial depth (RD), which is larger than a radius (R) of the tool body along at least a first longitudinal segment of the second flute portion . a tool body having a center axis (A) defining a longitudinal direction of the drilling tool , the tool body having an axially forward end and an axially rearward end , the distance in the longitudinal direction between the forward end and the rearward end defining a length (L) of the drilling tool , and at least two indexable cutting inserts , which are arranged at the axially forward end , a first indexable cutting insert being arranged at a radially inner position and a second indexable cutting insert being arranged at a radially outer position , the tool body comprising a first flute portion extending axially rearward from the first indexable cutting insert , and a second flute portion extending axially rearward from the second indexable cutting insert , wherein the first flute portion transitions into the second flute portion at an axially forward transition area of the tool body , thereby forming only one flute of the drilling tool , the transition area is located at an axial distance from the forward end amounting to no more than L/3, and the second flute portion is open to a peripheral surface along the entire extent thereof in the longitudinal direction, and in characterized in that said second flute portion has a radial depth (RD), which is larger than a radius (R) of the tool body along at least a first longitudinal segment of the second flute portion .
Method of determining the door position in a door system that has a rail for guiding a travelable door element and a sensor element for detecting a free travel path of the door element , wherein the method comprises the steps: detecting the state of the at least one sensor element that can be adopted either free of the door element or covered by the door element , wherein on a change of state of the sensor element , the arrangement position of the sensor element corresponds to the door element and a door control determines the door position on the basis of this information, and the state change of the sensor element is repeatedly carried out by a corresponding movement to and fro for a particularly exact determination of the door position and when an average value of the door positions obtained on each state change is used for the determination of the door position, characterized in that the state change of the sensor element is repeatedly carried out by a corresponding moving to and fro, and indeed for different travel speeds of the door, so that the respective state changes have not all been caused at the same speed, and the plurality of state changes at different travel speeds of the door are stored together with an associated travel speed to generate a database that makes it possible to be able to more exactly estimate a downtime of the distance measurement system of the door and to be able to more exactly detect future state changes. detecting the state of the at least one sensor element that can be adopted either free of the door element or covered by the door element , wherein on a change of state of the sensor element , the arrangement position of the sensor element corresponds to the door element and a door control determines the door position on the basis of this information, and the state change of the sensor element is repeatedly carried out by a corresponding movement to and fro for a particularly exact determination of the door position and when an average value of the door positions obtained on each state change is used for the determination of the door position, characterized in that the state change of the sensor element is repeatedly carried out by a corresponding moving to and fro, and indeed for different travel speeds of the door, so that the respective state changes have not all been caused at the same speed, and the plurality of state changes at different travel speeds of the door are stored together with an associated travel speed to generate a database that makes it possible to be able to more exactly estimate a downtime of the distance measurement system of the door and to be able to more exactly detect future state changes.