mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing a transmission control protocol, TCP, connection performed by a TCP proxy in a communication system, the method comprising: receiving, from a base station, a table update request including information related to a user equipment, UE; updating a mapping table request and configuring a proxy tunnel between the TCP proxy and a base station, based on the information related to the UE comprised in the table update request comprising information related to the UE, an identity indicating an UL tunnel mapped on a radio bearer of the UE and an identity indicating a DL tunnel mapped on an evolved packet core, EPC, bearer of the UE, wherein the proxy tunnel comprises the UL tunnel and the DL tunnel; receiving IP data containing a forwarded TCP connection request of the UE from the base station; establishing (551, 555) a first TCP connection between the UE, and the TCP proxy and a second TCP connection between the TCP proxy and a service server, in response to the TCP connection request from the UE, the first TCP connection related to the radio bearer through the UL tunnel, and the second TCP connection related to the EPC bearer through the DL tunnel; and performing transmission control with respect to the first TCP connection based on information indicating a channel state provided from the base station. receiving, from a base station, a table update request including information related to a user equipment, UE; updating a mapping table request and configuring a proxy tunnel between the TCP proxy and a base station, based on the information related to the UE comprised in the table update request comprising information related to the UE, an identity indicating an UL tunnel mapped on a radio bearer of the UE and an identity indicating a DL tunnel mapped on an evolved packet core, EPC, bearer of the UE, wherein the proxy tunnel comprises the UL tunnel and the DL tunnel; receiving IP data containing a forwarded TCP connection request of the UE from the base station; establishing (551, 555) a first TCP connection between the UE, and the TCP proxy and a second TCP connection between the TCP proxy and a service server, in response to the TCP connection request from the UE, the first TCP connection related to the radio bearer through the UL tunnel, and the second TCP connection related to the EPC bearer through the DL tunnel; and performing transmission control with respect to the first TCP connection based on information indicating a channel state provided from the base station.
A semantic robotic system comprising a plurality of communicatively coupled robotic devices (101, a-n) comprising at least one sensing element (8, 23), characterized in; the system having a plurality of stored semantic routes, the semantic routes each being associated with a distinct physical movement or path of travel for one or more of the robotic devices; the system further having a plurality of stored semantic rules that allow semantic inference, the semantic rules comprising composition and management plans including one or more of timing, ratings, weightings, or access control; wherein the system is configured to use semantic factorization to adjust a quantifiable factor or indicator for at least one of the stored semantic routes or semantic rules based on semantic inference or analysis to cause the semantic robotic system to implement guiding paths by causing at least two robotic devices from among the plurality of robotic devices to move toward one another and to physically connect to one another via at least one of a band, rope, belt, net, or foldable barrier. the system having a plurality of stored semantic routes, the semantic routes each being associated with a distinct physical movement or path of travel for one or more of the robotic devices; the system further having a plurality of stored semantic rules that allow semantic inference, the semantic rules comprising composition and management plans including one or more of timing, ratings, weightings, or access control; wherein the system is configured to use semantic factorization to adjust a quantifiable factor or indicator for at least one of the stored semantic routes or semantic rules based on semantic inference or analysis to cause the semantic robotic system to implement guiding paths by causing at least two robotic devices from among the plurality of robotic devices to move toward one another and to physically connect to one another via at least one of a band, rope, belt, net, or foldable barrier.
Device for releasably fixing rotary tools or tool mounts on a drive shaft with rotary tools or tool mounts, wherein the tools or tool mounts have a hub with a bore that is complementary to the outer contour of the drive shaft, and with at least one clamping device associated with a respective rotary tool or tool mount, characterized in that the bore has at least two grooves (62, 63) extending inward at an angle and that on one end, the hub has an outer thread so that a clamping device in the shape of a screw-on clamping claw for fixing the rotary tool or tool mount to the drive shaft may be fixed in the grooves (62, 63).
A stacking station for a thermoforming system configured for stacking a plurality of cup-shaped products from an index to a stack with stack direction, wherein a tipping device is provided which is configured to tip the cup-shaped products from an alignment deviating from the stacking direction for stacking into the alignment of the stacking device, wherein in the index the products are present in columns (30, 31, 32) and rows (27, 28, 29), wherein the columns (30, 31, 32) are arranged along a machine direction and the rows (27, 28, 29) are arranged perpendicularly to the machine direction, wherein the stacking station comprises an ejection device which ejects individual items from the index, wherein the stacking station comprises a pre-stack device, which lies upstream of the tipping device so that the stacking station is configured to tip several products of a column simultaneously as a pre-stack, wherein the ejection device brings the ejected individual items to a pre-stack conveyor device, which takes the individual items with a pre-stack conveying cycle to the tipping device with a tipping edge with an adjoining fall shaft for the products, from which the individual items are pushed as a pre-stack into a stack, wherein to push the tilted, pre-stacked products into a stack a pusher is provided which is configured to push the products in a stacking cycle in the stacking direction into the stack, characterised in that to push the individual items into the stack the stacking station is additionally, i.e. as an alternative, configured to select an alternative transporting path which supplies an individual item to a rejection unit, wherein as an alternative to an advancing push to the tipping device, the pre-stacking conveyor device is configured to optionally carry out a transporting push in the opposite direction, wherein upstream of the pre-stacking device a reject collector is arranged, and wherein • to control whether an individual item is pushed into the stack or taken to the reject unit, a measuring device is provided which is configured to assess the quality of the products and on falling below or on exceeding predetermined limit values automatically determines the delivery to the rejection unit, • or this control is manually specified. • to control whether an individual item is pushed into the stack or taken to the reject unit, a measuring device is provided which is configured to assess the quality of the products and on falling below or on exceeding predetermined limit values automatically determines the delivery to the rejection unit, • or this control is manually specified.
A method of forming a stent comprising the steps of: providing a wire comprising a wire first portion and a wire second portion; wrapping the wire first portion around a mandrel thereby forming a first elongated tubular body comprising a first helical pattern; wrapping the wire second portion around the mandrel thereby forming a second elongated tubular body around the first elongated tubular body, wherein the second elongated tubular body comprises a second helical pattern comprising a pitch about opposite a pitch of the first helical pattern; wherein the first elongated tubular body and the second elongated tubular body together form a third elongated tubular body comprising a double helical pattern; characterised in that the wire first portion and the wire second portion are not woven; by heat-setting the third elongated tubular body such that it is biased to assume an expanded state from a compressed state; unwinding the wire second portion from the third elongated tubular body; unwinding the wire first portion from the third elongated tubular body; braiding the wire first portion and the wire second portion forming a stent wall comprising an elongated tubular body comprising a braided helical pattern; and heat-setting the stent wall such that it is biased to assume an expanded braided helical wire configuration. providing a wire comprising a wire first portion and a wire second portion; wrapping the wire first portion around a mandrel thereby forming a first elongated tubular body comprising a first helical pattern; wrapping the wire second portion around the mandrel thereby forming a second elongated tubular body around the first elongated tubular body, wherein the second elongated tubular body comprises a second helical pattern comprising a pitch about opposite a pitch of the first helical pattern; wherein the first elongated tubular body and the second elongated tubular body together form a third elongated tubular body comprising a double helical pattern; characterised in that the wire first portion and the wire second portion are not woven; by heat-setting the third elongated tubular body such that it is biased to assume an expanded state from a compressed state; unwinding the wire second portion from the third elongated tubular body; unwinding the wire first portion from the third elongated tubular body; braiding the wire first portion and the wire second portion forming a stent wall comprising an elongated tubular body comprising a braided helical pattern; and heat-setting the stent wall such that it is biased to assume an expanded braided helical wire configuration.
A portal gear for a drive system of a model vehicle comprising: a drive shaft coupled to an input gear within a housing (106, 108), the housing (106, 108) containing the input gear and an output gear, and the drive shaft transferring a rotational torque from the input gear to the output gear via a gear reduction; a portal axle directly coupled to the output gear; a bearing and an inner bearing rotatively supporting the output gear; and a first and second input gear supports (170, 175) rotatively supporting the input gear in the housing (106, 108), characterised in that: the drive shaft is coupled to the input gear via a universal joint, and a center of the universal joint is within the first input gear support. a drive shaft coupled to an input gear within a housing (106, 108), the housing (106, 108) containing the input gear and an output gear, and the drive shaft transferring a rotational torque from the input gear to the output gear via a gear reduction; a portal axle directly coupled to the output gear; a bearing and an inner bearing rotatively supporting the output gear; and a first and second input gear supports (170, 175) rotatively supporting the input gear in the housing (106, 108), characterised in that: the drive shaft is coupled to the input gear via a universal joint, and a center of the universal joint is within the first input gear support.
A method for detecting a minority genotype of a target nucleic acid, the method comprising: (a) deep sequencing at least a portion of the target nucleic acid; (b) using the deep sequencing results of (a) to detect the presence of variant nucleobases at one or more nucleotide reference positions within the target nucleic acid; (c) using the variant detection results generated in step (b) to perform a statistical analysis that determines p-values of whether the variants are significant; and (d) using the variant detection and variant significance results generated in steps (b) and (c) to perform a non-negative matrix factorization statistical analysis of whether a subset of sequences together exhibit a common set of significant variants; wherein if a subset of sequences together exhibit a common set of significant variants, a minority genotype of the target nucleic acid is detected. (a) deep sequencing at least a portion of the target nucleic acid; (b) using the deep sequencing results of (a) to detect the presence of variant nucleobases at one or more nucleotide reference positions within the target nucleic acid; (c) using the variant detection results generated in step (b) to perform a statistical analysis that determines p-values of whether the variants are significant; and (d) using the variant detection and variant significance results generated in steps (b) and (c) to perform a non-negative matrix factorization statistical analysis of whether a subset of sequences together exhibit a common set of significant variants;
An air outlet for a ventilation system, comprising a base plate, into which a channel opens, and a cover element that can be attached to the base plate and comprises at least one outlet opening, wherein guide rails (7, 11) are provided in the channel, in the base plate and/or in the cover element for receiving at least one guiding and/or closure element (8, 10), characterized in that provided in the channel there are guide rails in which at least one directional lamella, which is bent at least in sections, is received as a guide element, and that guide rails are provided in the channel, in the base plate and/or in the cover element, in which guide rails there is received at least one closure element that can be displaced substantially transverse to the channel.
A method comprising: initiating, at a first wireless device, a discovery protocol having a configurable parameter, the discovery protocol being associated with discovery of one or more second wireless devices; determining how many second wireless devices are within a predetermined range of the first wireless device; adjusting the configurable parameter of the discovery protocol based on how many of the number of second wireless devices were determined to be within the predetermined range of the first wireless device; and at the first wireless device, completing the discovery of one or more second wireless devices in accordance with the configurable parameter of the discovery protocol as adjusted based on how many of the second wireless devices were determined to be within the predetermined range of the first wireless device, wherein the adjusting of the configurable parameter of the discovery protocol is performed in response to a large number of the second wireless devices being determined to be within the predetermined range of the first wireless device, and wherein the adjusting corresponds to one or more of reducing a power at which the first wireless device transmits discovery-related packets, extending a beacon period of the first wireless device, or adjusting a backoff algorithm of the first wireless device to delay a time at which the first wireless device sends a beacon. initiating, at a first wireless device, a discovery protocol having a configurable parameter, the discovery protocol being associated with discovery of one or more second wireless devices; determining how many second wireless devices are within a predetermined range of the first wireless device; adjusting the configurable parameter of the discovery protocol based on how many of the number of second wireless devices were determined to be within the predetermined range of the first wireless device; and at the first wireless device, completing the discovery of one or more second wireless devices in accordance with the configurable parameter of the discovery protocol as adjusted based on how many of the second wireless devices were determined to be within the predetermined range of the first wireless device, wherein the adjusting of the configurable parameter of the discovery protocol is performed in response to a large number of the second wireless devices being determined to be within the predetermined range of the first wireless device, and wherein the adjusting corresponds to one or more of reducing a power at which the first wireless device transmits discovery-related packets, extending a beacon period of the first wireless device, or adjusting a backoff algorithm of the first wireless device to delay a time at which the first wireless device sends a beacon.
A composition for use in combination with a statin compound in a method for treating hypertriglyceridemia, hypercholesterolemia, and/or hyperlipidemia in a subject in need thereof, wherein the composition comprises a selenium source and a glutathione precursor, which is a mixture of a glutamate source, L-cystine, and glycine.
A backlight unit comprising: a bottom cover including a first heat sink in a shape of a heat sink; a second heat sink having an L-shaped bracket mounted to the bottom cover and including a first heat sink portion being in surface to surface contact with the first heat sink and a second heat sink portion extended upward with respect to the first heat sink portion and at least a portion of a light emission module placed in at least one recess or at least one hole of the first heat sink portion and the light emission module disposed on the second heat sink portion. a bottom cover including a first heat sink in a shape of a heat sink; a second heat sink having an L-shaped bracket mounted to the bottom cover and including a first heat sink portion being in surface to surface contact with the first heat sink and a second heat sink portion extended upward with respect to the first heat sink portion and at least a portion of a light emission module placed in at least one recess or at least one hole of the first heat sink portion and the light emission module disposed on the second heat sink portion.
A polybutylene terephthalate resin composition comprising a polybutylene terephthalate resin, 10 to 20% by mass of glass fiber relative to a total mass of the composition, an ethylene/ethyl acrylate copolymer, and an epoxy compound having an epoxy equivalent weight of 600 to 1,500 g/equivalent, and having a comparative tracking index of 600 V or higher, measured in accordance with a third edition of IEC 60112.
Method for treating a Yankee cylinder, where the Yankee cylinder has a cylinder shell made of steel with a ferritic-pearlitic structure, where the outer surface of the cylinder shell is heat-treated with a laser beam and thus hardened, characterized in that the surface is heated by the laser beam to a temperature between 800°C and 900°C and cooling of the austenitic layer remains below the lower critical cooling speed so that the formation of martensite is prevented, where the ferritic-pearlitic structure is largely retained.
An end effector assembly for use with a forceps, comprising: a pair of opposing jaw members (110, 140) operatively connected to each other about a pivot, each jaw member including a structural support member (116, 146) having an electrically conductive seal plate (118, 148) secured thereto, each of the seal plates defining a slot (112, 142) having a depth and configured to translate a knife blade therethrough, the combined depth of the slots being greater than the height of the knife blade, wherein each of the structural support members includes at least one aperture extending therein and associated with a top surface thereof, the at least one aperture configured to facilitate structural engagement of the structural support member to a respective seal plate, wherein the seal plates each include a top surface (118a, 148a), which is defined as the surface that secures to the structural support member, and a bottom surface, which is defined as the surface that contacts tissue. a pair of opposing jaw members (110, 140) operatively connected to each other about a pivot, each jaw member including a structural support member (116, 146) having an electrically conductive seal plate (118, 148) secured thereto, each of the seal plates defining a slot (112, 142) having a depth and configured to translate a knife blade therethrough, the combined depth of the slots being greater than the height of the knife blade, wherein each of the structural support members includes at least one aperture extending therein and associated with a top surface thereof, the at least one aperture configured to facilitate structural engagement of the structural support member to a respective seal plate, wherein the seal plates each include a top surface (118a, 148a), which is defined as the surface that secures to the structural support member, and a bottom surface, which is defined as the surface that contacts tissue.
A compound of formula, wherein: R 1 is -(C 6-10)-aryl,-(C 5-10)-heteroaryl or -(C 3-14)-non-aromatic heterocyclyl; each of which is unsubstituted or substituted with one or more substituents selected from halogen, -OH, -O-(C 1 - 6)-alkyl, -S-(C 1-6)-alkyl, -N(CH 3) 2, -(C 1-6)-alkyl, -(C 3-6)-cycloalkyl, halo(C 1-6)-alkyl, -NH 2, -CN, -CONH2, -CONH-(C 1-6)-alkyl and R 1a; R 1a is -(C 6-10)-aryl, -(C 5-10)-heteroaryl or -(C 3-14)-non-aromatic heterocyclyl; each of which is unsubstituted or substituted with one or more substituents selected from the group consisting of halogen, -OH, -NH 2, -CN, -O-(C 1-6)-alkyl, -S-(C 1-6)-alkyl, -(C 1-6)-alkyl and -(C 3-6)-cycloalkyl; A 1 is CH 2 or CHF; R 2 is -(C 1-6)-alkyl; X 1 is N; n is 1 or 2; m is 0 or 1; Y 1 is CH 2, O, NH or NCH 3; Y 2 is CH 2, O, NH or NCH 3; and Z is H, OH or F; or an isotopic form, a stereoisomer, a tautomer or a pharmaceutically acceptable salt thereof. R 1 is -(C 6-10)-aryl,-(C 5-10)-heteroaryl or -(C 3-14)-non-aromatic heterocyclyl; each of which is unsubstituted or substituted with one or more substituents selected from halogen, -OH, -O-(C 1 - 6)-alkyl, -S-(C 1-6)-alkyl, -N(CH 3) 2, -(C 1-6)-alkyl, -(C 3-6)-cycloalkyl, halo(C 1-6)-alkyl, -NH 2, -CN, -CONH2, -CONH-(C 1-6)-alkyl and R 1a; R 1a is -(C 6-10)-aryl, -(C 5-10)-heteroaryl or -(C 3-14)-non-aromatic heterocyclyl; each of which is unsubstituted or substituted with one or more substituents selected from the group consisting of halogen, -OH, -NH 2, -CN, -O-(C 1-6)-alkyl, -S-(C 1-6)-alkyl, -(C 1-6)-alkyl and -(C 3-6)-cycloalkyl; A 1 is CH 2 or CHF; R 2 is -(C 1-6)-alkyl; X 1 is N; n is 1 or 2; m is 0 or 1; Y 1 is CH 2, O, NH or NCH 3; Y 2 is CH 2, O, NH or NCH 3; and Z is H, OH or F;
A charger that makes use of a battery cell pack function, characterized by comprising therein a plurality of series-connected battery cells, a detection circuit for detecting at least the voltages and charging currents of said plurality of battery cells and a control circuit having a communication function capable of communicating with external equipment and for managing and controlling detection signals, which comprises a charging unit for charging said battery cell pack from a charging power source and a charge control means for communicating with said control circuit in said battery cell pack to acquire detection data on the charging voltages and charging currents of the battery cells in the battery cell pack to compute the sum of the voltages of the battery cells to judge the charge state, wherein the charging unit is for controlling charge voltage, charge current and charge interruption from the charging power source to the battery cell pack on the basis of the charge state judged by the charge control mean.