mhurhangee/ep-ind-claims huggingface dataset:
A process for the oxidation of organic compounds contained in a gas stream comprising the step of introducing said gas stream containing the organic compounds together with sufficient oxygen to effect the desired amount of oxidation into an oxidation reactor containing an oxidation catalyst and maintaining the temperature of said gas stream at a temperature sufficient to effect oxidation, characterised in that the oxidation catalyst comprises a support material, 0.05 - 5% of platinum, palladium or a mixture of platinum and palladium, and from 0.01 to 0.2% by weight of ruthenium, all percentages being by weight based on the total weight of catalyst metals plus support.
Implant with a shank which is insertible into a bone cavity, which shank is made of a plastic, in particular of a bioincompatible plastic, and defines at least one bone contact face, wherein the bone contact face is provided or coated with a first biocompatible bone contact layer or bears a biocompatible bone contact layer, characterized in that the shank of the implant is intended to be anchored in the bone cavity without bone cement and in that the first bone contact layer is formed entirely closed.
A method of transmitting information across a data network comprising at least one wireless network node, the information being capable of being transmitted across the network by means of data in a plurality of different formats including a first format and a second format, the second format being less demanding of the network than the first format by means of compromising on the way in which the information is represented by the data, wherein the method comprises the steps of: - a software application module running on computer hardware having information for transmission across a data network requesting the status of at least part of a route from a local node in the network to a destination node in the network, the route comprising at least one wireless link between the two nodes (12a, 12b) within the network; wherein the step of the software application module requesting the status of the route is performed before any attempt is made by the software application module to initiate the sending of the data to the destination node and - the software application module receiving an indication of the status of said at least part of the route; characterised by - the software application module transmitting the data in a format chosen from the plurality of different formats in dependence on the indication of the status so received. - a software application module running on computer hardware having information for transmission across a data network requesting the status of at least part of a route from a local node in the network to a destination node in the network, the route comprising at least one wireless link between the two nodes (12a, 12b) within the network; wherein the step of the software application module requesting the status of the route is performed before any attempt is made by the software application module to initiate the sending of the data to the destination node and - the software application module receiving an indication of the status of said at least part of the route; characterised by - the software application module transmitting the data in a format chosen from the plurality of different formats in dependence on the indication of the status so received.
A housing subassembly for receiving and positioning of an airbag module on a dashboard, comprising: - a casing formed from a fabric material for receiving a folded-together airbag; characterised by - a rib-support structure configured as a lattice structure, which forms a receptacle for at least one part of the airbag-receiving casing and is applyable to the dashboard such that using it the airbag-receiving casing is positionable in a stationary manner between the dashboard and the rib-support structure. - a casing formed from a fabric material for receiving a folded-together airbag; characterised by - a rib-support structure configured as a lattice structure, which forms a receptacle for at least one part of the airbag-receiving casing and is applyable to the dashboard such that using it the airbag-receiving casing is positionable in a stationary manner between the dashboard and the rib-support structure.
A drum washing machine comprising: a cabinet forming an outer appearance of the drum washing machine, and having an opening into which laundry is put; a door configured to open and close the opening of the cabinet; a hinge assembly including a hinge shaft to support the door such that the door is rotatable with respect to the cabinet; and a reinforcement member configured to support the cabinet and the hinge assembly, and rotatably connected to the hinge shaft, wherein the reinforcement member comprises a body, and a hinge shaft coupling hole formed in one end of the body and configured to pass the hinge shaft therethrough, characterized in that the reinforcement member further comprises a fixing part formed at the other end of the body, and configured to fix the reinforcement member at the cabinet, wherein the body further comprises a support rib formed on an outer circumference surface of the body, and configured to contact and support the cabinet. a cabinet forming an outer appearance of the drum washing machine, and having an opening into which laundry is put; a door configured to open and close the opening of the cabinet; a hinge assembly including a hinge shaft to support the door such that the door is rotatable with respect to the cabinet; and a reinforcement member configured to support the cabinet and the hinge assembly, and rotatably connected to the hinge shaft, wherein the reinforcement member comprises a body, and a hinge shaft coupling hole formed in one end of the body and configured to pass the hinge shaft therethrough, characterized in that the reinforcement member further comprises a fixing part formed at the other end of the body, and configured to fix the reinforcement member at the cabinet, wherein the body further comprises a support rib formed on an outer circumference surface of the body, and configured to contact and support the cabinet.
A sample analyzer comprising: a first measurement unit for measuring a sample; a second measurement unit for measuring a sample; and an information processing unit for acquiring a first analysis result based on a result of the measurement by the first measurement unit and a second analysis result based on a result of the measurement by the second measurement unit, wherein the information processing unit is configured to: correct the first analysis result based on a first correction value, correct the second analysis result based on a second correction value, update the first correction value, and update the second correction value, wherein the information processing unit is further configured to: update the first correction value based on an analysis result obtained through a measurement of a sample for calibration by the first measurement unit, and characterized in that the information processing unit is further configured to update the second correction value based on a plurality of analysis results obtained by measuring same sample over plural times by the second measurement unit, and a corrected analysis result, and wherein the corrected analysis result is obtained by correcting, an analysis result obtained by measuring the same sample by the first measurement unit, by using the first correction value updated by the information processing unit. a first measurement unit for measuring a sample; a second measurement unit for measuring a sample; and an information processing unit for acquiring a first analysis result based on a result of the measurement by the first measurement unit and a second analysis result based on a result of the measurement by the second measurement unit, correct the first analysis result based on a first correction value, correct the second analysis result based on a second correction value, update the first correction value, and update the second correction value,
A blood based solute monitoring system for measuring at least one blood solute species, comprising: a first recirculation flow path in fluid communication with a dialysate compartment of a dialyzer wherein the first recirculation flow path is configured to allow a fluid to recirculate through the dialysate compartment of the dialyzer such that the concentration of at least one solute species in the fluid becomes equilibrated to the solute species concentration of blood in a blood compartment of the dialyzer; and at least one sensor to measure a fluid characteristic of the fluid; wherein the blood based solute monitoring system further comprises a second flow path (310,320) that passes the fluid through said dialysate compartment of the dialyzer wherein the at least one solute species in the fluid does not become equilibrated with the solute species in the blood in the blood compartment of the dialyzer; and characterized in that the second flow path is a sorbent regenerated dialysate flow path comprising a sorbent cartridge. a first recirculation flow path in fluid communication with a dialysate compartment of a dialyzer wherein the first recirculation flow path is configured to allow a fluid to recirculate through the dialysate compartment of the dialyzer such that the concentration of at least one solute species in the fluid becomes equilibrated to the solute species concentration of blood in a blood compartment of the dialyzer; and at least one sensor to measure a fluid characteristic of the fluid; wherein the blood based solute monitoring system further comprises a second flow path (310,320) that passes the fluid through said dialysate compartment of the dialyzer wherein the at least one solute species in the fluid does not become equilibrated with the solute species in the blood in the blood compartment of the dialyzer; and characterized in that the second flow path is a sorbent regenerated dialysate flow path comprising a sorbent cartridge.
A pharmaceutical combination comprising: a) the compound 6-(4-bromo-2-fluorophenylamino)-7-fluoro-3-methyl-3H-benzoimidazole-5-carboxylic acid (2-hydroxyethyoxy)-amide (COMPOUND A) or a pharmaceutically acceptable salt thereof; and b) ANTIBODY A, wherein ANTIBODY A is an antibody that specifically binds to insulin-like growth factor-1 receptor (IGF1R), wherein the antibody comprises the heavy and light chain amino acid sequences set forth in SEQ ID NO:1 and SEQ ID NO:2, respectively. a) the compound 6-(4-bromo-2-fluorophenylamino)-7-fluoro-3-methyl-3H-benzoimidazole-5-carboxylic acid (2-hydroxyethyoxy)-amide (COMPOUND A) or a pharmaceutically acceptable salt thereof; and b) ANTIBODY A, wherein ANTIBODY A is an antibody that specifically binds to insulin-like growth factor-1 receptor (IGF1R), wherein the antibody comprises the heavy and light chain amino acid sequences set forth in SEQ ID NO:1 and SEQ ID NO:2, respectively.
A method for cancelling multi-carrier transmission interference in a transceiver which comprises a multi-carrier transmitter and a receiver, comprising: collecting, by an apparatus, a high order intermodulation signal in radio frequency signals output by the transmitter through a high order intermodulation collection channel, the high order intermodulation signal being an intermodulation signal whose frequency falls into a receive frequency band of the receiver; processing the high order intermodulation signal through a feedback channel to generate a first digital signal; controlling a connection of a pre-distortion channel, the pre-distortion channel adapted to collect radio frequency signals output by the transmitter, to the feedback channel, and a connection of the high order intermodulation collection channel to the feedback channel in a time-division manner; establishing a coefficient table of a high order intermodulation model according to amplitude and phase characteristics of a first baseband signal output by the transmitter and amplitude and phase characteristics of the first digital signal, wherein different coefficients correspond to different amplitudes and phases in the coefficient table; generating a second digital signal by multiplying a coefficient in the coefficient table and the baseband signal output by the transmitter; and counteracting interference in a digital signal output by the receiver with the second digital signal. collecting, by an apparatus, a high order intermodulation signal in radio frequency signals output by the transmitter through a high order intermodulation collection channel, the high order intermodulation signal being an intermodulation signal whose frequency falls into a receive frequency band of the receiver; processing the high order intermodulation signal through a feedback channel to generate a first digital signal; controlling a connection of a pre-distortion channel, the pre-distortion channel adapted to collect radio frequency signals output by the transmitter, to the feedback channel, and a connection of the high order intermodulation collection channel to the feedback channel in a time-division manner; establishing a coefficient table of a high order intermodulation model according to amplitude and phase characteristics of a first baseband signal output by the transmitter and amplitude and phase characteristics of the first digital signal, wherein different coefficients correspond to different amplitudes and phases in the coefficient table; generating a second digital signal by multiplying a coefficient in the coefficient table and the baseband signal output by the transmitter; and counteracting interference in a digital signal output by the receiver with the second digital signal.
A method for performance modeling of a plurality of microservices, the comprising: deploying the plurality of microservices within a network, the plurality of microservices communicatively coupled to generate at least one service chain for providing at least one service; based on a resource allocation configuration, determining an initial set of training data for the plurality of microservices within the network, the method being characterised by: excluding at least a portion of data from the initial set of training data to generate a subset of training data, wherein excluding the portion of data from the initial set of training data to generate the subset of training data comprises: isolating resources of the plurality of microservices; selecting one of the plurality of microservices; assigning a maximum respective resource allocation configuration to each of a plurality of resources associated with the plurality of microservices; determining a saturation point for the one of the plurality of microservices; and excluding a saturation area associated with the saturation point from the initial set of training data when generating the subset of training data; and generating a Quality of Service, QoS, behaviour model based on the subset of the training data. deploying the plurality of microservices within a network, the plurality of microservices communicatively coupled to generate at least one service chain for providing at least one service; based on a resource allocation configuration, determining an initial set of training data for the plurality of microservices within the network, the method being characterised by: excluding at least a portion of data from the initial set of training data to generate a subset of training data, wherein excluding the portion of data from the initial set of training data to generate the subset of training data comprises: isolating resources of the plurality of microservices; selecting one of the plurality of microservices; assigning a maximum respective resource allocation configuration to each of a plurality of resources associated with the plurality of microservices; determining a saturation point for the one of the plurality of microservices; and excluding a saturation area associated with the saturation point from the initial set of training data when generating the subset of training data; and generating a Quality of Service, QoS, behaviour model based on the subset of the training data. isolating resources of the plurality of microservices; selecting one of the plurality of microservices; assigning a maximum respective resource allocation configuration to each of a plurality of resources associated with the plurality of microservices; determining a saturation point for the one of the plurality of microservices; and excluding a saturation area associated with the saturation point from the initial set of training data when generating the subset of training data; and generating a Quality of Service, QoS, behaviour model based on the subset of the training data.
A labeling machine, particularly of the reel-fed type, comprising a framework which supports an application means provided with at least one rotating member adapted to transfer individual labels on corresponding containers moved by a conveyance means; said application means is fed by a driving means which unwinds a label ribbon from a reel which is supported by a rotatable support mounted on at least one reel supporting assembly; said labeling machine is characterized in that it comprises an articulation means (100, 10100) which moves said reel supporting assembly from a working position to a loading position and vice versa; in said working position, a rotation axis of said rotatable support is substantially parallel to a rotation axis of said rotating member and is substantially vertically oriented, whereas in said loading position, the rotation axis of said rotatable support is transverse to the rotation axis of said rotating member in a substantially horizontal position.
A valve assembly, said valve assembly including a valve body housing, first and second valve balls, and between said first and second valve balls are provided first and second valve seats (104,106), biasing means are provided in the form of at least one spring which is capable of biasing said valve seats (104,106) towards their respective valve balls and characterised in that said at least one spring is positioned to lie between the said first and second valve seats, with a first end of the at least one spring acting on the first valve seat and the opposing, second, end of the at least one spring acting on the second valve seat.
A method for the distributed assignment of yields of a facility to a plurality of participating persons on the basis of a smart meter gateway network comprising a plurality of smart meter gateways, said method comprising the steps of: - storing participation information including information with regard to the participation of a person in the facility in a chain of data sets cryptographically linked to one another in the smart meter gateway network; - storing a smart contract in a chain of data sets cryptographically linked to one another in the smart meter gateway network, said smart contract being uniquely allocated to the facility and containing facility parameters necessary to calculate yields of the facility; - receiving energy information with regard to energy values produced by the facility by at least one smart meter gateway, said smart meter gateway being a component of the smart meter gateway network; - storing the received energy information or information derived therefrom in a chain of data sets cryptographically linked to one another in the smart meter gateway network; - calculating yield tokens on the basis of the received energy information and the smart contract of the facility; and - assigning a part of the yield tokens to a participating person on the basis of the participation information. - storing participation information including information with regard to the participation of a person in the facility in a chain of data sets cryptographically linked to one another in the smart meter gateway network; - storing a smart contract in a chain of data sets cryptographically linked to one another in the smart meter gateway network, said smart contract being uniquely allocated to the facility and containing facility parameters necessary to calculate yields of the facility; - receiving energy information with regard to energy values produced by the facility by at least one smart meter gateway, said smart meter gateway being a component of the smart meter gateway network; - storing the received energy information or information derived therefrom in a chain of data sets cryptographically linked to one another in the smart meter gateway network; - calculating yield tokens on the basis of the received energy information and the smart contract of the facility; and - assigning a part of the yield tokens to a participating person on the basis of the participation information.
A method performed by an access point multi-link device, AP MLD, of a wireless local area network, WLAN, system, the method comprising: generating a multi-link element, wherein the multi-link element includes a multi-link control field, a common information field, and a link information field, wherein the multi-link control field includes a first present field related to presence/absence of a number of links field of the common information field, wherein the first present field has a length of 1 bit, wherein the common information field includes the number of links field based on the first present field; transmitting the multi-link element; and characterised by transmitting a reduced neighbor report, RNR, element, wherein the RNR element includes a target beacon transmission time, TBTT, information field, and the TBTT information field includes an AP MLD ID, subfield identifying the AP MLD and a Link ID subfield identifying a link of the AP MLD. generating a multi-link element, wherein the multi-link element includes a multi-link control field, a common information field, and a link information field, wherein the multi-link control field includes a first present field related to presence/absence of a number of links field of the common information field, wherein the first present field has a length of 1 bit, wherein the common information field includes the number of links field based on the first present field; transmitting the multi-link element; and characterised by transmitting a reduced neighbor report, RNR, element, wherein the RNR element includes a target beacon transmission time, TBTT, information field, and the TBTT information field includes an AP MLD ID, subfield identifying the AP MLD and a Link ID subfield identifying a link of the AP MLD.
A humanized antibody which binds human C5aR, which comprises i) an immunoglobulin light chain comprising a variable region comprising the amino acid sequence of SEQ ID NO:31, and ii) an immunoglobulin heavy chain comprising a variable region comprising the amino acid sequence of SEQ ID NO:36. i) an immunoglobulin light chain comprising a variable region comprising the amino acid sequence of SEQ ID NO:31, and ii) an immunoglobulin heavy chain comprising a variable region comprising the amino acid sequence of SEQ ID NO:36.
A data processing unit for the iterative reconstruction of the attenuation coefficients μ j (j = 1,... N) of a tomographic image from projection measurements m i (i = 1,... P), wherein m i = R p i and p i = A μ _ i = ∑ v A iv μ v with a given measurement function R and a given weighting matrix A = [A ij], the data processing unit being adapted to determine the update μ j n+1 (n = 1,...) of the attenuation coefficient μ j n in the n-th iteration step according to the following equation: μ j n + 1 = μ j n + λ ∑ i ∈ I n V A ij μ j n p i n ⋅ W i A, p i n ⋅ A ij δ i n wherein λ is a relaxation parameter, I n ⊆ {1,... P}, V is a monotonous function of its argument, p i n = ∑ v A iv μ v n is the current estimation for the i -th projection, W i is a given weighting function, and δ i n = m i − R p i n.