mhurhangee/patent-ind-claim-en huggingface dataset:
Bipolar mapping suction device for surgical purposes, comprising: - a handpiece ; - a first interface configured to establish at least one fluid connection with an external suction device and/or rinsing device ; - a second interface configured to establish a bipolar electrical connection with an external stimulation device ; and - a cannula unit extending from the handpiece in an axial direction and mechanically connected to the handpiece at a proximal end of the cannula unit , the cannula unit comprising: - an electrically conductive inner cannula tube (5.2) which is electrically connected to a first pole of the bipolar electrical connection of the second interface , is concentrically arranged in an outer cannula tube (5.1) and is connected to the first interface in a fluid-conducting manner; - an electrically conductive outer cannula tube (5.1) electrically connected to a second pole of the bipolar electrical connection of the second interface ; and - insulation (5.3) concentrically arranged between the outer cannula tube (5.1) and the inner cannula tube (5.2) and configured to fully electrically insulate the outer cannula tube (5.1) and the inner cannula tube in relation to one another. - a handpiece ; - a first interface configured to establish at least one fluid connection with an external suction device and/or rinsing device ; - a second interface configured to establish a bipolar electrical connection with an external stimulation device ; and - a cannula unit extending from the handpiece in an axial direction and mechanically connected to the handpiece at a proximal end of the cannula unit , the cannula unit comprising: - an electrically conductive inner cannula tube (5.2) which is electrically connected to a first pole of the bipolar electrical connection of the second interface , is concentrically arranged in an outer cannula tube (5.1) and is connected to the first interface in a fluid-conducting manner; - an electrically conductive outer cannula tube (5.1) electrically connected to a second pole of the bipolar electrical connection of the second interface ; and - insulation (5.3) concentrically arranged between the outer cannula tube (5.1) and the inner cannula tube (5.2) and configured to fully electrically insulate the outer cannula tube (5.1) and the inner cannula tube in relation to one another. - an electrically conductive inner cannula tube (5.2) which is electrically connected to a first pole of the bipolar electrical connection of the second interface , is concentrically arranged in an outer cannula tube (5.1) and is connected to the first interface in a fluid-conducting manner; - an electrically conductive outer cannula tube (5.1) electrically connected to a second pole of the bipolar electrical connection of the second interface ; and - insulation (5.3) concentrically arranged between the outer cannula tube (5.1) and the inner cannula tube (5.2) and configured to fully electrically insulate the outer cannula tube (5.1) and the inner cannula tube in relation to one another.
A vaccine composition comprising inactivated porcine epidemic diarrhea virus (PEDV), adjuvanted as an oil-in-water emulsion, wherein the adjuvant components include lecithin in light mineral oil and aluminum hydroxide.
A communication device comprising a modulator configured to map send data to a set of quadrature amplitude modulation symbols; a determiner configured to determine a rotation of the set of quadrature amplitude modulation symbols based on a difference being reduced by the rotation between an absolute value of the real component and an absolute value of an imaginary component of the quadrature amplitude modulation symbol of the set of quadrature amplitude modulation symbols having a maximum absolute value; wherein the determiner is configured to determine the quadrature amplitude modulation symbol having the maximum absolute value of the set of quadrature amplitude modulation symbols and to determine the rotation based on the phase of the quadrature amplitude modulation symbol having the maximum absolute value being closer to a diagonal direction in the complex plane; a symbol processor configured to apply the rotation to each quadrature amplitude modulation symbol of the set of quadrature amplitude modulation symbols; and a transmission circuit configured to transmit the set of rotated quadrature amplitude modulation symbols via a radio communication channel.
A system, comprising: a first network device configured to control an operation of an industrial automation device based on a setting of the device configuration file ; and a second network device configured to directly communicatively couple to the first network device via a peer-to-peer, P-P, communication network for an industrial automation system, wherein the second network device comprises a backup device configuration file that corresponds to the device configuration file , wherein the second network device is configured to transmit the backup device configuration file to the first network device in response to detecting that the first network device is lacking the device configuration file , wherein the P-P communication network is configured to couple the first network device and the second network device via a sub-network, subnet, and wherein the device configuration file defines a data endpoint associated with the subnet, wherein the first network device is configured to perform an operation within the industrial automation system in response to a setting defined by the backup configuration file . a first network device configured to control an operation of an industrial automation device based on a setting of the device configuration file ; and a second network device configured to directly communicatively couple to the first network device via a peer-to-peer, P-P, communication network for an industrial automation system, wherein the second network device comprises a backup device configuration file that corresponds to the device configuration file , wherein the second network device is configured to transmit the backup device configuration file to the first network device in response to detecting that the first network device is lacking the device configuration file , wherein the P-P communication network is configured to couple the first network device and the second network device via a sub-network, subnet, and wherein the device configuration file defines a data endpoint associated with the subnet, wherein the second network device comprises a backup device configuration file that corresponds to the device configuration file , wherein the second network device is configured to transmit the backup device configuration file to the first network device in response to detecting that the first network device is lacking the device configuration file , wherein the P-P communication network is configured to couple the first network device and the second network device via a sub-network, subnet, and wherein the device configuration file defines a data endpoint associated with the subnet,
A method for accessing a peripheral component interconnect express, PCIe, endpoint device , wherein a processor of a computer system connects to the PCIe endpoint device through a PCIe bus , the method comprising: acquiring, by the processor , an operation instruction, wherein the operation instruction instructs the processor to access the PCIe endpoint device using an access proxy ; sending, by the processor , an access request to the access proxy according to the operation instruction, wherein the access request instructs the access proxy to access the PCIe endpoint device ; and determining, by the processor , a task corresponding to the access request is completed after receiving, from the access proxy , a response message indicating that the access request sent by the processor has been received ; receiving, by the processor from the access proxy, a first notification message indicating that access to the PCIe endpoint device is successful and acquiring an access result when receiving the first notification message. acquiring, by the processor , an operation instruction, wherein the operation instruction instructs the processor to access the PCIe endpoint device using an access proxy ; sending, by the processor , an access request to the access proxy according to the operation instruction, wherein the access request instructs the access proxy to access the PCIe endpoint device ; and determining, by the processor , a task corresponding to the access request is completed after receiving, from the access proxy , a response message indicating that the access request sent by the processor has been received ; receiving, by the processor from the access proxy, a first notification message indicating that access to the PCIe endpoint device is successful and acquiring an access result when receiving the first notification message.
A set of a valve and aerosol container , the valve being provided with a special outer gasket , allowing to fill a pressurizing component with high speed between the valve and the container wall, characterized in that: the container has a dome with its opening towards the inside of the container ; the valve - instead of working with a mounting cup - is equipped with a clincher that comprises the special outer gasket which in turn comprises an inner opening and a gasket lip arranged to allow the pressurizing component pass by during a pressurizing operation and to change to a closed fit position by the inside container pressure; the clincher further comprising fingers ending in supports arranged to be clicked into a sharp or rounded edge of the container so as to give a strong hold of the supports of the fingers of the clincher to the container . the container has a dome with its opening towards the inside of the container ; the valve - instead of working with a mounting cup - is equipped with a clincher that comprises the special outer gasket which in turn comprises an inner opening and a gasket lip arranged to allow the pressurizing component pass by during a pressurizing operation and to change to a closed fit position by the inside container pressure; the clincher further comprising fingers ending in supports arranged to be clicked into a sharp or rounded edge of the container so as to give a strong hold of the supports of the fingers of the clincher to the container .
An agent for use in treating, preventing, delaying, or attenuating the development of a toxicity in a subject that has been administered a therapy comprising anti-CD19 chimeric antigen receptor (CAR) T cells, wherein the agent comprises tocilizumab and is administered within 24 hours of the first sign of a fever following administration of the therapy, wherein the fever comprises the subject having a temperature of at least or at least about 38.0°C.
A delivery system for controlled deployment of a collapsible implant , the delivery system comprising: a handle at a proximal end of the delivery system , the handle comprising a tether knob configured to control movement of a tether extending distally away from the handle ; and an outer elongate hollow member shaft operably connected to the handle and configured to at least partially restrain the implant in a collapsed configuration, wherein the tether extends through the outer elongate hollow member shaft to engage the implant when the implant is positioned within the outer elongate hollow member shaft , the outer elongate hollow member shaft being moveable relative to the implant to expose the implant at a body location while the tether keeps the implant radially restrained; characterized in that a tether retention member is provided which is located proximal to where the tether engages the implant , the tether retention member configured to releasably hold a free end of the tether , and that rotation of the tether knob in a single direction first provides slack to the tether to controllably expand the implant at the body location, and continued rotation of the tether control knob in the single direction retracts the tether towards the handle . a handle at a proximal end of the delivery system , the handle comprising a tether knob configured to control movement of a tether extending distally away from the handle ; and an outer elongate hollow member shaft operably connected to the handle and configured to at least partially restrain the implant in a collapsed configuration, wherein the tether extends through the outer elongate hollow member shaft to engage the implant when the implant is positioned within the outer elongate hollow member shaft , the outer elongate hollow member shaft being moveable relative to the implant to expose the implant at a body location while the tether keeps the implant radially restrained; characterized in that a tether retention member is provided which is located proximal to where the tether engages the implant , the tether retention member configured to releasably hold a free end of the tether , and that rotation of the tether knob in a single direction first provides slack to the tether to controllably expand the implant at the body location, and continued rotation of the tether control knob in the single direction retracts the tether towards the handle .
A communication apparatus , comprising: Primary Connectivity Radio, PCR, circuitry adapted to receive, from an Access Point, AP, an element that indicates at least one WUR discovery channel used for transmission of a WUR Discovery frame; and Wake Up Receiver, WURx, circuitry adapted to scan WUR discovery channels for WUR Discovery frames; a controller adapted to prompt the WURx circuitry to scan a WUR discovery channel from the at least one WUR discovery channel based on information of a neighbor AP count in a neighbor AP count sub-field received at the PCR circuitry or the WURx circuitry, wherein the information of the neighbor AP count indicates a number of neighbor APs for each of the at least one WUR discovery channel, each of the APs transmitting WUR Discovery frames on the WUR discovery channel. Primary Connectivity Radio, PCR, circuitry adapted to receive, from an Access Point, AP, an element that indicates at least one WUR discovery channel used for transmission of a WUR Discovery frame; and Wake Up Receiver, WURx, circuitry adapted to scan WUR discovery channels for WUR Discovery frames; a controller adapted to prompt the WURx circuitry to scan a WUR discovery channel from the at least one WUR discovery channel based on information of a neighbor AP count in a neighbor AP count sub-field received at the PCR circuitry or the WURx circuitry, wherein the information of the neighbor AP count indicates a number of neighbor APs for each of the at least one WUR discovery channel, each of the APs transmitting WUR Discovery frames on the WUR discovery channel.
A computer implemented method of generating a virtual representation of a linear lighting device configured to be mounted in different shapes, which linear lighting device comprises a plurality of linearly distributed light sources, the computer implemented method comprising the steps of: - receiving , via a receiver , one or more signals comprising an identifier of the linear lighting device , the one or more signals further comprising information about a number and a distribution of the plurality of linearly distributed light sources, - identifying , by a processor , the linear lighting device based on the received one or more signals , - capturing , by an image capture means , one or more images of the linear lighting device and providing image information representing the one or more images, - determining, by the processor , a shape of the linear lighting device based on the image information, - determining , by the processor , a spaial distribution of the light sources based on the received one or more signals and the image information by mapping the plurality of linearly distributed light sources onto the shape, - generating , by the processor , the virtual representation of the shape of the linear lighting device based on the spatial distribution, and - displaying , on a display , the virtual representation of the shape of the linear lighting device . - receiving , via a receiver , one or more signals comprising an identifier of the linear lighting device , the one or more signals further comprising information about a number and a distribution of the plurality of linearly distributed light sources, - identifying , by a processor , the linear lighting device based on the received one or more signals , - capturing , by an image capture means , one or more images of the linear lighting device and providing image information representing the one or more images, - determining, by the processor , a shape of the linear lighting device based on the image information, - determining , by the processor , a spaial distribution of the light sources based on the received one or more signals and the image information by mapping the plurality of linearly distributed light sources onto the shape, - generating , by the processor , the virtual representation of the shape of the linear lighting device based on the spatial distribution, and - displaying , on a display , the virtual representation of the shape of the linear lighting device .
A process for producing a compound of the formula : wherein R 1 and R 2 are each independently optionally substituted (C1-C6)alkyl; optionally substituted (C3-C6)cycloalkyl; optionally substituted (C2-C6)alkenyl; optionally substituted (C2-C6)alkynyl; optionally substituted (C1-C6)alkoxy; or optionally substituted phenyl; or R 1 and R 2 , together with the carbon atom to which they are attached form a 4- to 12-membered carbocyclic ring, wherein the formed ring is optionally substituted, X is a halogen, which comprises the following steps (C) and (D): step (C): reacting a compound of the formula with a halogenating agent in the presence of a nitrile solvent and a water solvent to produce a compound of the formula , wherein R 1 , R 2 and X are as defined above, step (D): reacting the compound of the formula with an isothiouronium-forming agent to produce the compound of the formula , wherein R 1 , R 2 and X are as defined above. R 1 and R 2 , together with the carbon atom to which they are attached form a 4- to 12-membered carbocyclic ring, wherein the formed ring is optionally substituted, X is a halogen, which comprises the following steps (C) and (D): step (C): reacting a compound of the formula with a halogenating agent in the presence of a nitrile solvent and a water solvent to produce a compound of the formula , wherein R 1 , R 2 and X are as defined above, step (D): reacting the compound of the formula with an isothiouronium-forming agent to produce the compound of the formula , wherein R 1 , R 2 and X are as defined above.
Self-propelled cleaning device having a drive device for propelling the cleaning device within an environment, a communication interface for outputting a message to a user of the cleaning device , an obstacle detection device for detecting obstacles within the environment and a computing device which is set up to generate an environment map on the basis of the obstacles detected by the obstacle detection device and to transmit control commands to the communication interface , wherein the computing device is further set up, on the one hand, to determine a first environment subarea , in which a position of a moving obstacle changes repeatedly over time, and, on the other hand, to determine a second partial area of the environment which could only be cleaned incompletely, characterized in that the computing device is set up to compare the position of the determined first environment subarea with the position of the determined second environment subarea and, if the positions correspond, to output a message relating to the movable obstacle to a user of the cleaning device via the communication interface , the computing device being set up to determine a temporally recurring change in position of the movable obstacle by comparing a plurality of successively generated environment maps , and wherein the message contains a request to manually remove the obstacle from the defined environment subarea , namely to relocate it to a specific location defined in the message , which location is outside the environment subarea in which the position of the movable obstacle changes in a time-recurring manner.
A method for increasing production of a subtilisin variant in a Gram positive bacterial host cell, the method comprising: (a) introducing into a host cell a polynucleotide construct encoding a subtilisin variant comprising a 248D substitution, and (b) growing the host cell under conditions suitable for the production of the encoded subtilisin variant, wherein the host cell produces an increased amount of the subtilisin variant relative to a Gram positive host cell of the same genus, species and genetic background comprising an introduced polynucleotide construct encoding a subtilisin variant that does not comprise a 248D substitution; and wherein the amino acid positions of the variant are numbered by correspondence with the amino acid sequence of SEQ ID NO:26. (a) introducing into a host cell a polynucleotide construct encoding a subtilisin variant comprising a 248D substitution, and (b) growing the host cell under conditions suitable for the production of the encoded subtilisin variant,
A power tong for handling a tubular, comprising: a rotary gripping apparatus including: a rotary base having a first jaw , wherein the first jaw is an active jaw which is movable between a retracted position and an extended position; and at least one rotary arm movable relative to the rotary base between an open position and a closed position, the at least one rotary arm having a second jaw , wherein the second jaw is a passive jaw which is not radially movable with respect to the rotary base when the rotary arm is in the closed position, wherein a gap is present in the rotary base for receiving the tubular when the at least one rotary arm is in the open position, and wherein the gap is closed when the at least one rotary arm is in the closed position. a rotary gripping apparatus including: a rotary base having a first jaw , wherein the first jaw is an active jaw which is movable between a retracted position and an extended position; and at least one rotary arm movable relative to the rotary base between an open position and a closed position, the at least one rotary arm having a second jaw , wherein the second jaw is a passive jaw which is not radially movable with respect to the rotary base when the rotary arm is in the closed position, a rotary base having a first jaw , wherein the first jaw is an active jaw which is movable between a retracted position and an extended position; and at least one rotary arm movable relative to the rotary base between an open position and a closed position, the at least one rotary arm having a second jaw , wherein the second jaw is a passive jaw which is not radially movable with respect to the rotary base when the rotary arm is in the closed position, wherein a gap is present in the rotary base for receiving the tubular when the at least one rotary arm is in the open position, and wherein the gap is closed when the at least one rotary arm is in the closed position.