mhurhangee/patent-ind-claim-en huggingface dataset:
A redox flow battery comprising: a) a compartment comprising - a positive electrode and a negative electrode ; wherein at least one electrode is a flow-through electrode; preferably a porous flow-through electrode; - a catholyte and an anolyte ; wherein the catholyte and the anolyte are immiscible between them; and wherein the catholyte and the anolyte are in contact through a liquid-liquid interface between them; and wherein the liquid-liquid interface between the catholyte and the anolyte consist of the catholyte and the anolyte; b) at least one reservoir container connected in fluidic communication with the compartment through the at least one flow-through electrode ; wherein said at least one reservoir container comprises the catholyte and/or the anolyte ; wherein the at least one flow-through electrode comprises a longitudinal axis X-X'; and wherein the redox flow battery comprises means for directing the catholyte or the anolyte through the at least one flow-through electrode in a direction perpendicular to the longitudinal axis X-X'. a) a compartment comprising - a positive electrode and a negative electrode ; wherein at least one electrode is a flow-through electrode; preferably a porous flow-through electrode; - a catholyte and an anolyte ; wherein the catholyte and the anolyte are immiscible between them; and wherein the catholyte and the anolyte are in contact through a liquid-liquid interface between them; and wherein the liquid-liquid interface between the catholyte and the anolyte consist of the catholyte and the anolyte; - a positive electrode and a negative electrode ; wherein at least one electrode is a flow-through electrode; preferably a porous flow-through electrode; - a catholyte and an anolyte ; wherein the catholyte and the anolyte are immiscible between them; and wherein the catholyte and the anolyte are in contact through a liquid-liquid interface between them; and wherein the liquid-liquid interface between the catholyte and the anolyte consist of the catholyte and the anolyte; b) at least one reservoir container connected in fluidic communication with the compartment through the at least one flow-through electrode ; wherein said at least one reservoir container comprises the catholyte and/or the anolyte ; wherein the at least one flow-through electrode comprises a longitudinal axis X-X'; and wherein the redox flow battery comprises means for directing the catholyte or the anolyte through the at least one flow-through electrode in a direction perpendicular to the longitudinal axis X-X'. wherein said at least one reservoir container comprises the catholyte and/or the anolyte ; wherein the at least one flow-through electrode comprises a longitudinal axis X-X'; and wherein the redox flow battery comprises means for directing the catholyte or the anolyte through the at least one flow-through electrode in a direction perpendicular to the longitudinal axis X-X'.
A method for transmitting, by a user equipment, UE, channel state information, CSI, in a mobile communication system, the method comprising steps of: identifying at least one CSI feedback related information, where each CSI feedback related information comprises an index for the CSI feedback related information, CSI-reference signal, RS, information, interference measurement resources, IMR, information and a feedback indication; determining a set of CSI feedback related information, based on the feedback indication; generating a set of CSI corresponding to the set of CSI feedback related information, based on the CSI-RS information and the IMR information associated with each CSI feedback related information in the set of CSI feedback related information; and transmitting the set of CSI, wherein the feedback indication for the UE comprises at least one of a first value to identify a first set of CSI feedback related information and a second value to identify a second set of CSI feedback related information, and wherein in a case that the feedback indication has the first value, the set of CSI is generated based on CSI-RS information and IMR information associated with each CSI feedback related information in the first set of CSI feedback related information, and wherein in a case that the feedback indication has the second value, the set of CSI is generated based on CSI information and IMR information associated with each CSI feedback related information in the second set of CSI feedback related information. identifying at least one CSI feedback related information, where each CSI feedback related information comprises an index for the CSI feedback related information, CSI-reference signal, RS, information, interference measurement resources, IMR, information and a feedback indication; determining a set of CSI feedback related information, based on the feedback indication; generating a set of CSI corresponding to the set of CSI feedback related information, based on the CSI-RS information and the IMR information associated with each CSI feedback related information in the set of CSI feedback related information; and transmitting the set of CSI, wherein the feedback indication for the UE comprises at least one of a first value to identify a first set of CSI feedback related information and a second value to identify a second set of CSI feedback related information, and wherein in a case that the feedback indication has the first value, the set of CSI is generated based on CSI-RS information and IMR information associated with each CSI feedback related information in the first set of CSI feedback related information, and wherein in a case that the feedback indication has the second value, the set of CSI is generated based on CSI information and IMR information associated with each CSI feedback related information in the second set of CSI feedback related information.
A substrate for a printed circuit board, comprising a base film containing a fluororesin as a main component; a metal layer disposed on at least one of surfaces of the base film ; and a rust-proofing layer formed on a surface of the metal layer , characterised in that an amount of nitrogen present per unit area, the amount being determined on the basis of a peak area of a N1s spectrum in XPS analysis of a surface of the base film exposed after removal of the metal layer by etching with an acidic solution, is 5 atomic% or more and 10 atomic% or less.
Freezing tunnel for cooling and freezing individual food portions, comprising a freezing room in which food is frozen by means of cooled air, and a conveying device for moving the food through the freezing room , wherein the conveying device comprises an endless conveyor belt which is movable about a drive roll and reversing roller and has at least a top layer made of silicone material in which a number of flexible mould cavities are provided which are suitable for receiving an individual food portion, characterized in that the conveying device furthermore comprises a guide roller for the conveyor belt , which guide roller is situated between the drive roll and reversing roller , wherein the conveyor belt , after passing the guide roller , follows a downwardly directed course, wherein the freezing tunnel furthermore comprises a vibration device provided between the guide roller and the reversing roller on the downwardly directed course of the conveyor belt .
An under-sleeper pad for fastening to an underside , on the opposite side from the rails , of a track sleeper , wherein the under-sleeper pad has at least one elastic layer with cork grains of a cork granulate which are arranged in a distributed manner therein, characterised in that the elastic layer additionally has at least one synthetic elastomer which is cellular, i.e. has inclusions of gas or air.
Electrically driven mobile compressor or pump comprising at least one compressor element or pump element for supplying a pressurized fluid to a network of consumers of such pressurized fluid; an electric drive motor with a variable speed control coupled to the compressor element or pump element , and an electric or electronic controller comprising a first controller configured to control the speed (n) or the pressure (p) of the compressor or pump, respectively as a function of a set desired pressure or set desired flow rate, of the pressurised fluid demanded by the network, and a second controller configured for the variable speed control of the electric drive motor as a function of a desired speed that is determined by the first controller , and a connection for connecting the compressor or pump to an electricity supply source , characterised in that the controller is provided with an algorithm with which the electric current (I) drawn from the supply source can be limited to a set or adjustable maximum value (Imax) by limiting the desired set speed, or respectively the desired set pressure, to a maximum value and whereby the electric or electronic control that limits the speed or respectively the pressure in order not to exceed a maximum drawn current, is a control with a fixed set value of the maximum speed or of the maximum pressure respectively, whereby this value is calculated or determined as a function of the characteristics of the machine and based on the set maximum current to be drawn together with the set desired pressure, or based on the set maximum current to be drawn together with the set desired flow rate respectively.
An ion source assembly, comprising: an electron source configured to emit electrons, wherein the electron source includes an electrically floated filament , wherein a first portion of the electrons enters an ion volume to ionize an atom or molecule in the ion volume ; a lens electrode positioned adjacent the electron source , wherein the lens electrode does not possess a ground which is common with earth ground and is thereby electrically floated; a supply voltage source coupled to the filament , wherein the supply voltage source is configured to supply a first voltage to the filament , wherein the first voltage is operable to provide electrons having sufficient energy to ionize the molecules in the ion volume , wherein the energy of electrons entering the ion volume is controlled by the voltage between the filament and the ion volume ; and a bias voltage source coupled to the supply voltage source and configured to supply a bias voltage to the lens electrode ; wherein the lens electrode is configured to collect a second portion of the electrons, wherein the second portion of the electrons flows back to the filament . an electron source configured to emit electrons, wherein the electron source includes an electrically floated filament , wherein a first portion of the electrons enters an ion volume to ionize an atom or molecule in the ion volume ; a lens electrode positioned adjacent the electron source , wherein the lens electrode does not possess a ground which is common with earth ground and is thereby electrically floated; a supply voltage source coupled to the filament , wherein the supply voltage source is configured to supply a first voltage to the filament , wherein the first voltage is operable to provide electrons having sufficient energy to ionize the molecules in the ion volume , wherein the energy of electrons entering the ion volume is controlled by the voltage between the filament and the ion volume ; and a bias voltage source coupled to the supply voltage source and configured to supply a bias voltage to the lens electrode ; wherein the lens electrode is configured to collect a second portion of the electrons, wherein the second portion of the electrons flows back to the filament .
Non-colouring composition comprising: - one or more sulfureous reducing agents, the sulfureous reducing agent(s) being present in proportions ranging from 1.0% to 50.0% by weight relative to the total weight of the composition; - one or more phosphoric surfactants; - one or more nonionic surfactants other than the phosphoric surfactants; and - from 7% to 60% by weight of non-liquid fatty substance(s), that are not liquid at room temperature (25°C) and at atmospheric pressure (760 mmHg, i.e. 1.013 x 10 5 Pa), relative to the total weight of the composition, the nonionic surfactant(s) being different from said non-liquid fatty substance(s), wherein the non-liquid fatty substance(s) comprises fatty alcohols; - one or more colouring agents which content, if present, does not exceed 0.001% by weight, relative to the total weight of the composition. - one or more sulfureous reducing agents, the sulfureous reducing agent(s) being present in proportions ranging from 1.0% to 50.0% by weight relative to the total weight of the composition; - one or more phosphoric surfactants; - one or more nonionic surfactants other than the phosphoric surfactants; and - from 7% to 60% by weight of non-liquid fatty substance(s), that are not liquid at room temperature (25°C) and at atmospheric pressure (760 mmHg, i.e. 1.013 x 10 5 Pa), relative to the total weight of the composition, the nonionic surfactant(s) being different from said non-liquid fatty substance(s), - one or more colouring agents which content, if present, does not exceed 0.001% by weight, relative to the total weight of the composition.
A method for converting content by a terminal, the method comprising: obtaining reference information for converting a first content to a second content, the first content being in the form of a packetized stream for the content and the second content being based on an ISO base media file format for the content, wherein the reference information is included in the first content, wherein the reference information includes a fragment indicator for distinguishing a movie fragment of the ISO base media file format for a packet interval as a packet in the packetized stream, and wherein the fragment indicator comprises a byte offset representing a byte size from the start of the current fragment indicator to the following fragment indicator in the packetized stream ; and converting, by the terminal, the first content to the second content using the reference information and the byte offset, by predicting the size of an element stream section indicated by the fragment indicator using the byte offset , and stopping recording of the corresponding movie fragment and storing mfra, when a left space of a storage medium is smaller than the byte offset , wherein the packetized stream includes at least one of video elementary streams and audio elementary streams, and wherein the ISO base media file format includes a media data field including media data and a media header field including metadata. obtaining reference information for converting a first content to a second content, the first content being in the form of a packetized stream for the content and the second content being based on an ISO base media file format for the content, wherein the reference information is included in the first content, wherein the reference information includes a fragment indicator for distinguishing a movie fragment of the ISO base media file format for a packet interval as a packet in the packetized stream, and wherein the fragment indicator comprises a byte offset representing a byte size from the start of the current fragment indicator to the following fragment indicator in the packetized stream ; and converting, by the terminal, the first content to the second content using the reference information and the byte offset, by predicting the size of an element stream section indicated by the fragment indicator using the byte offset , and stopping recording of the corresponding movie fragment and storing mfra, when a left space of a storage medium is smaller than the byte offset , wherein the packetized stream includes at least one of video elementary streams and audio elementary streams, and wherein the ISO base media file format includes a media data field including media data and a media header field including metadata.
A network functions virtualization, NFV, security services controller of an NFV security architecture for managing security monitoring services of the NFV security architecture, the NFV security controller comprising: a security monitoring policy distribution module configured to transmit a security monitoring policy, via a secure communication channel, to one or more NFV security services agents distributed in a virtual network function, VNF, infrastructure of the NFV security architecture via an NFV security services provider of a virtual infrastructure manager, VIM, of the NFV security architecture, wherein the security monitoring policy comprises a set of monitoring rules usable by the NFV security services agents to monitor telemetry data of the NFV security architecture and adjust configuration settings of the NFV security services agents; and a security monitoring policy enforcement module configured to enforce the security monitoring policy transmitted to one or more security monitoring components of the NFV security architecture; characterized by a telemetry data auditing module configured to audit telemetry data stored at an audit database in network communication with the NFV security services controller, wherein the telemetry data is timestamped by a secure clock corresponding to the NFV security services agent that transmitted the telemetry data to the audit database, and wherein to audit the telemetry data comprises to (i) verify the telemetry data and (ii) sequence the telemetry data based on the timestamp of the telemetry data. a security monitoring policy distribution module configured to transmit a security monitoring policy, via a secure communication channel, to one or more NFV security services agents distributed in a virtual network function, VNF, infrastructure of the NFV security architecture via an NFV security services provider of a virtual infrastructure manager, VIM, of the NFV security architecture, wherein the security monitoring policy comprises a set of monitoring rules usable by the NFV security services agents to monitor telemetry data of the NFV security architecture and adjust configuration settings of the NFV security services agents; and a security monitoring policy enforcement module configured to enforce the security monitoring policy transmitted to one or more security monitoring components of the NFV security architecture; characterized by a telemetry data auditing module configured to audit telemetry data stored at an audit database in network communication with the NFV security services controller, wherein the telemetry data is timestamped by a secure clock corresponding to the NFV security services agent that transmitted the telemetry data to the audit database, and wherein to audit the telemetry data comprises to (i) verify the telemetry data and (ii) sequence the telemetry data based on the timestamp of the telemetry data.
A compound or salt selected from: and and a salt of any one thereof, wherein the RX* is a bond, a succinimide moiety, or a hydrolyzed succinimide moiety bound to a residue of an antibody construct, wherein on RX* represents the point of attachment to the residue of the antibody construct, wherein the antibody construct comprises a HER2 antigen binding domain.
Sandwich component with two fibre-reinforced thermoplastic cover layers and a honeycomb core layer placed in between, wherein the cover layers are joined to the honeycomb core layer by means of a thermoplastic material and wherein at least one side of the sandwich component has a decorative layer located on the cover layer , wherein the sandwich component further comprises a foam layer located between the cover layer and the decorative layer , wherein the foam layer is joined to the cover layer and the decorative layer , wherein the edges of the sandwich component are sealed or closed against the outside, characterised in that the foam layer consists of a foamed thermoplastic plastic material.
Process for producing a metal oxide powder by flame spray pyrolysis where a) a stream of a solution containing at least one oxidizable or hydrolysable metal compound is atomized to afford an aerosol by means of an atomizer gas, b) this aerosol is brought to reaction in the reaction space of a reactor with a flame obtained by ignition of a mixture of fuel gas and air, c) the reaction stream is cooled and d) the solid product is subsequently removed from the reaction stream, wherein e) the reaction space comprises one or more successive double-walled internals, wherein the wall of the double-walled internal facing the flame-conducting region of the reaction space comprises at least one slot through which a gas or vapour is introduced into the reaction space in which the flame is burning and f) the slot is arranged such that this gas or vapour brings about a rotation of the flame. a) a stream of a solution containing at least one oxidizable or hydrolysable metal compound is atomized to afford an aerosol by means of an atomizer gas, b) this aerosol is brought to reaction in the reaction space of a reactor with a flame obtained by ignition of a mixture of fuel gas and air, c) the reaction stream is cooled and d) the solid product is subsequently removed from the reaction stream, wherein e) the reaction space comprises one or more successive double-walled internals, wherein the wall of the double-walled internal facing the flame-conducting region of the reaction space comprises at least one slot through which a gas or vapour is introduced into the reaction space in which the flame is burning and f) the slot is arranged such that this gas or vapour brings about a rotation of the flame.
A tire comprising: a bead core ; a bead filler which extends to an outer side in a tire-radial of the bead core ; a carcass ply which extends from the bead core to another bead core , and is folded back around the bead core; a first rubber sheet covering a folding end of the carcass ply which has been folded back from an inner side in the tire-width direction; and a second rubber sheet covering a folding end of the carcass ply which has been folded back from an outer side in the tire-width direction, characterized in that an electronic component is provided between the first rubber sheet and the second rubber sheet . a first rubber sheet covering a folding end of the carcass ply which has been folded back from an inner side in the tire-width direction; and a second rubber sheet covering a folding end of the carcass ply which has been folded back from an outer side in the tire-width direction, characterized in that an electronic component is provided between the first rubber sheet and the second rubber sheet .
An antibody or fragment thereof that binds human Anx-A1 having the amino acid sequence shown in Fig. 2A(i), comprising Complementarity Determining Regions (CDRs) VLCDR1, VLCDR2, VLCDR3, VHCDR1, VHCDR2 and VHCDR3 according to Kabat of an antibody produced by the hybridoma cell line deposited with the European Collection of Cell Cultures (ECACC) on 3 June 2010 as Accession No. 10060301.