mhurhangee/ep-ind-claims huggingface dataset:
A wireless communications network having a managed buffer nodes architecture, comprising: a controlling buffer node configured to perform managerial functions related to buffering of packets for a mobile node during handover from a first wireless access point in a first subnet to a second wireless access point in a second subnet; a transition buffer node located within the first subnet, said transition buffer configured to hold data packets in transit based on instructions from the controlling buffer node; and a flushing buffer node located within the second subnet, said flushing buffer node configured to receive data packets from the transition buffer node and to facilitate delivery of the data packets to the mobile node following the handover; wherein the network is configured to provide a comprehensive buffering service to prevent data packet losses during handover and wherein the buffer nodes communicate with each other internally; said managed buffer node architecture being configured to provide transparent buffering service for the mobile node during handover from the first wireless access point in the first subnet to the second wireless access point in the second subnet without the mobile node soliciting for the buffering service nor negotiating any buffering service parameters. a controlling buffer node configured to perform managerial functions related to buffering of packets for a mobile node during handover from a first wireless access point in a first subnet to a second wireless access point in a second subnet; a transition buffer node located within the first subnet, said transition buffer configured to hold data packets in transit based on instructions from the controlling buffer node; and a flushing buffer node located within the second subnet, said flushing buffer node configured to receive data packets from the transition buffer node and to facilitate delivery of the data packets to the mobile node following the handover;
Use of cellulose fibers for modifying a rubber, wherein the number of the cellulose fibers having a fiber length of 450 nm or less, relative to the number of all the cellulose fibers therein, is 50% or more.
An engine comprising: an engine body comprising a cylinder head and a cylinder block; an intake passage part attached to the engine body; and a fuel system component (6, 30, 32) disposed between the engine body and the intake passage part, wherein the intake passage part is disposed on a vehicle forward side of the engine body when mounted to a vehicle, and wherein the intake passage part comprises: a fuel system component-corresponding portion located in a zone overlapping the fuel system component (6, 30, 32) when viewed from the vehicle forward side and a brittle portion (40, 42) located adjacent to the fuel system component-corresponding portion and having a lower rigidity than the fuel system component-corresponding portion, characterized in that the intake passage part is connected to a supercharger disposed on the vehicle forward side of the vehicle body through a flange and at least one of a plurality of ribs of said fuel system component-corresponding portion extends to connect the base end of a butting portion of a fuel pipe of said fuel system component (30, 32) to the flange. an engine body comprising a cylinder head and a cylinder block; an intake passage part attached to the engine body; and a fuel system component (6, 30, 32) disposed between the engine body and the intake passage part, wherein the intake passage part is disposed on a vehicle forward side of the engine body when mounted to a vehicle, and wherein the intake passage part comprises: a fuel system component-corresponding portion located in a zone overlapping the fuel system component (6, 30, 32) when viewed from the vehicle forward side and a brittle portion (40, 42) located adjacent to the fuel system component-corresponding portion and having a lower rigidity than the fuel system component-corresponding portion, characterized in that the intake passage part is connected to a supercharger disposed on the vehicle forward side of the vehicle body through a flange and at least one of a plurality of ribs of said fuel system component-corresponding portion extends to connect the base end of a butting portion of a fuel pipe of said fuel system component (30, 32) to the flange.
Optical collector, comprising an optical input for coupling light from several input light guides into said collector, and an optical output for decoupling light from said collector into an output light guide, wherein said collector has an optical body with a base area in which the optical input with at least two first coupling points is arranged, and with a tip area in which the optical output with a second coupling point is arranged, wherein the first coupling points respectively have an input cross sectional area and the second coupling point has an output cross sectional area and wherein the output cross sectional area is smaller than the sum of all the input cross sectional areas and wherein further said optical body is bounded by two light guide lateral surfaces extending from the base area to the tip area and extending to each other with an approximately constant spacing or a spacing increasing towards the tip area, and that the first coupling points are arranged in such a manner that the same couple light between the light guide lateral surfaces in an input-coupling direction (e), wherein the optical body is conically shaped and has an outer conical surface and the optical body is bounded by two light guide lateral surfaces formed as conical surfaces, said outer conical surface and an inner conical surface, wherein the inner conical surface forms a hollow cone or cone tapering towards the tip area and from a material substantially not penetrated by light, wherein the first and the second light guide lateral surfaces respectively expand from the tip area towards the base area at an angle of 90-150°, characterized in that the input-coupling devices (e) assigned to the first coupling points deviate in their magnitude from the first and/or second light guide lateral surface by less than 30% and that the second coupling point includes a seat for an end portion of the output light guide into which the said end portion is fitted in such a manner that light emerging from the second coupling point is coupled-in predominantly via the end portion of the output light guide, wherein said seat is bounded by an inner surface of the collector which is disposed approximately vertically to at least one or both of the light guide lateral surfaces of the optical body.
A method for transmitting overhead information, comprising: receiving, by a base station serving a User Equipment, abbreviated as UE, a parameter of downlink data processing capability of the UE sent by the UE, the parameter of downlink data processing capability comprising information on a number of receiving antennae of the UE; sending, by the base station via a downlink control channel, Downlink Control Information, abbreviated as DCI, to the UE, the DCI comprising X bits indicating M sets of downlink reference information comprising M UE-Specific reference signal antenna ports of interfering UEs receiving downlink data interfering with data demodulation at the UE, wherein the X is a positive integer depending on the M and a size of each set of the downlink reference information, and the M is a positive integer less than a numerical value represented by the parameter of downlink data processing capability of the UE. receiving, by a base station serving a User Equipment, abbreviated as UE, a parameter of downlink data processing capability of the UE sent by the UE, the parameter of downlink data processing capability comprising information on a number of receiving antennae of the UE; sending, by the base station via a downlink control channel, Downlink Control Information, abbreviated as DCI, to the UE, the DCI comprising X bits indicating M sets of downlink reference information comprising M UE-Specific reference signal antenna ports of interfering UEs receiving downlink data interfering with data demodulation at the UE, wherein the X is a positive integer depending on the M and a size of each set of the downlink reference information, and the M is a positive integer less than a numerical value represented by the parameter of downlink data processing capability of the UE.
A guide for a line of a fishing pole, the guide being adapted for insertion in a wall of a hollow fishing pole and comprising: a body formed with a through passage, at least one peripheral edge portion of the through passage being chamfered; and characterised in that the guide further comprises a rotatable member mounted in the body for rotation in the passage such that, in use, a line passes from the inside of the pole over the surface of the rotatable member and between the rotatable member and the at least one chamfered edge portion to the outside of the pole. a body formed with a through passage, at least one peripheral edge portion of the through passage being chamfered; and characterised in that the guide further comprises a rotatable member mounted in the body for rotation in the passage such that, in use, a line passes from the inside of the pole over the surface of the rotatable member and between the rotatable member and the at least one chamfered edge portion to the outside of the pole.
Process for the preparation of m-toluylene-diisocyanate by reaction of meta-toluylenediamine with phosgene in the gas phase, in which the meta-toluylenediamine and the phosgene are fed separately from one another in gaseous form to a reactor, wherein the gaseous meta-toluylenediamine is generated by vaporization in at least one evaporator, characterized in that a) the liquid meta-toluylenediamine fed to the evaporator contains less than 0.5 wt.%, based on the weight of meta-toluylenediamine, of toluylenediamine residue, and in total less than 0.2 wt.%, based on the weight of meta-toluylenediamine, of ammonia and cycloaliphatic amines, and b) the liquid meta-toluylenediamine fed to the evaporator contains less than 20 ppm, based on the weight of meta-toluylenediamine, of heavy metals, and c) the ratio between the amount of liquid V [kg] present in the evaporator and the gas stream M [kg/h] leaving the evaporator assumes a value of less than 2 h, and d) the meta-toluylenediamine fed to the evaporator is partly vaporized, a content of the meta-toluylenediamine of at least 0.1 wt.%, based on the weight of meta-toluylenediamine, not being vaporized, and e) the non-vaporized content of the meta-toluylenediamine is not fed to the reactor. a) the liquid meta-toluylenediamine fed to the evaporator contains less than 0.5 wt.%, based on the weight of meta-toluylenediamine, of toluylenediamine residue, and in total less than 0.2 wt.%, based on the weight of meta-toluylenediamine, of ammonia and cycloaliphatic amines, and b) the liquid meta-toluylenediamine fed to the evaporator contains less than 20 ppm, based on the weight of meta-toluylenediamine, of heavy metals, and c) the ratio between the amount of liquid V [kg] present in the evaporator and the gas stream M [kg/h] leaving the evaporator assumes a value of less than 2 h, and d) the meta-toluylenediamine fed to the evaporator is partly vaporized, a content of the meta-toluylenediamine of at least 0.1 wt.%, based on the weight of meta-toluylenediamine, not being vaporized, and e) the non-vaporized content of the meta-toluylenediamine is not fed to the reactor.
Disc brake for a commercial vehicle, comprising (a) a brake calliper encompassing a brake disc, (b) a brake application means disposed in said brake calliper for pressing brake linings against said brake disc, (c) two adjusting spindles disposed in parallel at a space from each other, which are in operating connection with said brake application means, (d) an adjusting means positioned in said brake calliper, which permits substantially the compensation of a variation of a clearance between said brake lining and said brake disc, which is due to wear, by an axial adjustment of said adjusting spindles, as well as (e) a synchronizing means covered by a closing cover fastened on said brake calliper and including a drive system with traction mechanism by means of which said two adjusting spindles are adjustable in synchrony and which includes a traction mechanism with two strands, characterised in that (f) a tensioning spring bears against one strand. (a) a brake calliper encompassing a brake disc, (b) a brake application means disposed in said brake calliper for pressing brake linings against said brake disc, (c) two adjusting spindles disposed in parallel at a space from each other, which are in operating connection with said brake application means, (d) an adjusting means positioned in said brake calliper, which permits substantially the compensation of a variation of a clearance between said brake lining and said brake disc, which is due to wear, by an axial adjustment of said adjusting spindles, as well as (e) a synchronizing means covered by a closing cover fastened on said brake calliper and including a drive system with traction mechanism by means of which said two adjusting spindles are adjustable in synchrony and which includes a traction mechanism with two strands, (f) a tensioning spring bears against one strand.
A device for hand disinfection comprising a rigid body provided with: - a recess for hand insertion; - an electrochemical cell provided with a timer, suitable for producing an oxidant solution by electrolysis of an aqueous electrolytic medium during a predefined time; - means for nebulising said oxidant solution inside said recess for hand insertion; - at least one probe suitable for detecting hand insertion inside said recess; - an actuator suitable for commanding the upload of a predefined volume of said aqueous electrolytic medium inside said electrochemical cell and the timed execution of said electrolysis; said probe and said nebulising means being connected to an electronic control board suitable for commanding the nebulisation of said oxidant solution based on the detection of said probe. - a recess for hand insertion; - an electrochemical cell provided with a timer, suitable for producing an oxidant solution by electrolysis of an aqueous electrolytic medium during a predefined time; - means for nebulising said oxidant solution inside said recess for hand insertion; - at least one probe suitable for detecting hand insertion inside said recess; - an actuator suitable for commanding the upload of a predefined volume of said aqueous electrolytic medium inside said electrochemical cell and the timed execution of said electrolysis;
A device for manipulating a temperature of a skin surface of a body, comprising: at least one thermoelectric material (110, 110A-110D) constructed and arranged to be disposed adjacent the surface; and a controller in electrical communication with the at least one thermoelectric material (110, 110A-110D), the controller configured to cause the at least one thermoelectric material (110, 110A-110D) to generate a thermal pulse with a duration less than 10 seconds at a region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface, the thermal pulse including a first temperature adjustment at the region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface from a first temperature to a second temperature at a first average rate of between about 0.1°C/sec and about 10.0°C/sec, and a second temperature adjustment at the region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface from the second temperature to a third temperature at a second average rate of between about 0.1°C/sec and about 10.0°C/sec, wherein the first and second temperature adjustment is between 1°C and 6°C and wherein the device is incorporated into an article of clothing or wherein the device incorporates a wearable band coupled to the at least one thermoelectric material. at least one thermoelectric material (110, 110A-110D) constructed and arranged to be disposed adjacent the surface; and a controller in electrical communication with the at least one thermoelectric material (110, 110A-110D), the controller configured to cause the at least one thermoelectric material (110, 110A-110D) to generate a thermal pulse with a duration less than 10 seconds at a region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface, the thermal pulse including a first temperature adjustment at the region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface from a first temperature to a second temperature at a first average rate of between about 0.1°C/sec and about 10.0°C/sec, and a second temperature adjustment at the region of the at least one thermoelectric material (110, 110A-110D) adjacent the surface from the second temperature to a third temperature at a second average rate of between about 0.1°C/sec and about 10.0°C/sec, wherein the first and second temperature adjustment is between 1°C and 6°C and wherein the device is incorporated into an article of clothing or wherein the device incorporates a wearable band coupled to the at least one thermoelectric material.
A bullet having a bullet nose, a bullet tail with which a sharp edge is associated, a plurality of guide bands (1.1) on the bullet tail, and a longitudinal bore which promotes mushrooming of the bullet nose and which passes through the bullet nose, characterised in that the bullet material comprises a copper-zinc-lead-tin alloy, that to control the formation of bullet flare fragments there is provided a groove which axially spaces the bullet nose from the bullet tail and that there are provided a plurality of notches which extend at the outside surface of the bullet nose and which promote the formation of bullet flare fragments.
An apparatus of a station, STA, in a wireless local area network, WLAN, the apparatus comprising: a transceiver configured to receive a protocol data unit associated with a plurality of resource units, RUs, of data; and a controller configured: to identify a common field for STAs of a content channel in the protocol data unit, wherein the common field includes information on RU allocation indicating an arrangement of the RUs in a frequency domain and a number of multi-user multiple-input multiple-output, MU-MIMO, users in an MU-MIMO resource, to identify user-specific information corresponding to the STA from a user-specific field of the content channel in the protocol data unit, wherein the user-specific field follows the common field. a transceiver configured to receive a protocol data unit associated with a plurality of resource units, RUs, of data; and a controller configured: to identify a common field for STAs of a content channel in the protocol data unit, wherein the common field includes information on RU allocation indicating an arrangement of the RUs in a frequency domain and a number of multi-user multiple-input multiple-output, MU-MIMO, users in an MU-MIMO resource, to identify user-specific information corresponding to the STA from a user-specific field of the content channel in the protocol data unit, wherein the user-specific field follows the common field. to identify a common field for STAs of a content channel in the protocol data unit, wherein the common field includes information on RU allocation indicating an arrangement of the RUs in a frequency domain and a number of multi-user multiple-input multiple-output, MU-MIMO, users in an MU-MIMO resource, to identify user-specific information corresponding to the STA from a user-specific field of the content channel in the protocol data unit, wherein the user-specific field follows the common field.
A process for synthesis of crystalline mesotrione, said process comprising following steps: i. reacting 4-toluenesulfonyl chloride with at least one alkali metal sulphite and at least one alkali metal bicarbonate, to obtain alkali metal toluene-4-sulfinate, followed by reacting said alkali metal toluene-4-sulfinate with at least one alkali metal salt of monochloroacetic acid to obtain 4-methylsulfonyl toluene; ii. nitrating 4-methylsulfonyl toluene using sulphuric acid followed by a mixed acid comprising nitric acid and oleum to obtain 2-nitro-4-methylsulfonyl toluene; iii. oxidizing 2-nitro-4-methylsulfonyl toluene using at least one oxidizing agent in the presence of at least one first catalyst to obtain 2-nitro-4-methylsulfonylbenzoic acid; iv. halogenating 2-nitro-4-methylsulfonylbenzoic acid using at least one halogenating agent in a first fluid medium to obtain 2-nitro-4-methylsulfonylbenzoyl halide; v. reacting 2-nitro-4-methylsulfonylbenzoyl halide with aqueous solution of alkali metal salt of 1,3-cyclohexanedione at a temperature in the range of 0 °C to 15 °C in the presence of a second fluid medium, and at least one second catalyst to obtain 3-(2-Nitro-4-methylsulfonylbenzoyloxy)cyclohex-2-en-1-one; vi. reacting 3-(2-Nitro-4-methylsulfonylbenzoyloxy)cyclohex-2-en-1-one with at least one base, a third fluid medium and at least one cyanide ion source to obtain an amorphous mesotrione having purity less than or equal to 99 %; and vii. converting said amorphous mesotrione to said crystalline mesotrione having purity greater than 99 %. i. reacting 4-toluenesulfonyl chloride with at least one alkali metal sulphite and at least one alkali metal bicarbonate, to obtain alkali metal toluene-4-sulfinate, followed by reacting said alkali metal toluene-4-sulfinate with at least one alkali metal salt of monochloroacetic acid to obtain 4-methylsulfonyl toluene; ii. nitrating 4-methylsulfonyl toluene using sulphuric acid followed by a mixed acid comprising nitric acid and oleum to obtain 2-nitro-4-methylsulfonyl toluene; iii. oxidizing 2-nitro-4-methylsulfonyl toluene using at least one oxidizing agent in the presence of at least one first catalyst to obtain 2-nitro-4-methylsulfonylbenzoic acid; iv. halogenating 2-nitro-4-methylsulfonylbenzoic acid using at least one halogenating agent in a first fluid medium to obtain 2-nitro-4-methylsulfonylbenzoyl halide; v. reacting 2-nitro-4-methylsulfonylbenzoyl halide with aqueous solution of alkali metal salt of 1,3-cyclohexanedione at a temperature in the range of 0 °C to 15 °C in the presence of a second fluid medium, and at least one second catalyst to obtain 3-(2-Nitro-4-methylsulfonylbenzoyloxy)cyclohex-2-en-1-one; vi. reacting 3-(2-Nitro-4-methylsulfonylbenzoyloxy)cyclohex-2-en-1-one with at least one base, a third fluid medium and at least one cyanide ion source to obtain an amorphous mesotrione having purity less than or equal to 99 %; and vii. converting said amorphous mesotrione to said crystalline mesotrione having purity greater than 99 %.
An integrin targeting ligand comprising a formula selected from: or a pharmaceutically acceptable salt thereof, wherein indicates the point of connection to a an oligonucleotide-based compound.
An access port for providing subcutaneous access to a patient, comprising: a body defining a fluid cavity accessible via a septum; and a substrate attached to the body and molded into the access port via injection molding, the substrate including an inner surface whereon an ink-based radiopaque identification feature is disposed such that the identification feature is encapsulated between the substrate and the body of the access port. a body defining a fluid cavity accessible via a septum; and a substrate attached to the body and molded into the access port via injection molding, the substrate including an inner surface whereon an ink-based radiopaque identification feature is disposed such that the identification feature is encapsulated between the substrate and the body of the access port.