mhurhangee/ep-ind-claims huggingface dataset:
A recombinant E. coli, comprising the modifications of: inhibited expression of the gene(s) involved in phosphoenolpyruvate: sugar phosphotransferase system, and/or inhibited activities of the protein(s) encoded by the gene(s) involved in phosphoenolpyruvate:sugar phosphotransferase system, inhibited expression of pflB and/or adhE genes, and/or inhibited activities of the proteins encoded by pflB and/or adhE genes, inhibited expression of ldhA gene, and/or inhibited activity of the protein encoded by ldhA gene, and enhanced expression of galP gene and/or exogenous glf gene, and/or enhanced activities of the proteins encoded by galP gene and/or exogenous glf gene; wherein said E. coli further comprises one or more of the modifications of (a) enhanced expression of one or more of the genes tktA, talB and pgl, and/or enhanced activities of one or more of the proteins encoded by the genes tktA, talB and pgl; and (b) enhanced expression of sthA gene, and/or enhanced activity of the protein encoded by sthA gene, wherein pflB gene encodes pyruvate formate lyase (EC No: 2.3.1.54); adhE gene encodes ethanol/acetaldehyde dehydrogenase (EC No: 1.1.1.1, EC No: 1.2.1.10); ldhA gene encodes lactate dehydrogenase A (EC No: 1.1.1.28); galP gene encodes galactose MFS transporter; glf gene encodes glucose transporter Glf; tktA gene encodes transketolase (EC No: 2.2.1.1), talB gene encoding transaldolase (EC No: 2.2.1.2); pgl gene encoding 6-Phosphogluconolactonase (EC No: 3.1.1.31); and sthA gene encodes a soluble transhydrogenase (EC No: 1.6.1.1). inhibited expression of the gene(s) involved in phosphoenolpyruvate: sugar phosphotransferase system, and/or inhibited activities of the protein(s) encoded by the gene(s) involved in phosphoenolpyruvate:sugar phosphotransferase system, inhibited expression of pflB and/or adhE genes, and/or inhibited activities of the proteins encoded by pflB and/or adhE genes, inhibited expression of ldhA gene, and/or inhibited activity of the protein encoded by ldhA gene, and enhanced expression of galP gene and/or exogenous glf gene, and/or enhanced activities of the proteins encoded by galP gene and/or exogenous glf gene; (a) enhanced expression of one or more of the genes tktA, talB and pgl, and/or enhanced activities of one or more of the proteins encoded by the genes tktA, talB and pgl; and (b) enhanced expression of sthA gene, and/or enhanced activity of the protein encoded by sthA gene,
Three-dimensional elastic gridshell structure having a tubular shape obtained from elastically deformable rods connected to each other so as to form a Tchebyshev type meshing, with connecting means between the rods of the mesh allowing a variation of angle without slipping between these rods, said structure being obtained by deformation of the meshing so as to obtain a flared corolla shape, said flared shape being held by means selected from the group comprising encirclements (5, 7, 9), spacers, and cables.
A chimeric polypeptide comprising a factor VIII portion and an Fc portion for use in reducing an inhibitory factor VIII immune response in a human subject, wherein the subject has developed an inhibitory immune response against factor VIII.
A composition comprising a CD19xCD3 bispecific antibody for use in a method for the treatment of tumorous mass of lymph node tissue and/or extranodal lymphoma caused by diffuse large B cell lymphoma (DLBCL) in a patient, wherein the method further comprises the administration of at least one glucocorticoid.
Reverse vending machine, comprising - a processing device (10, 11, 12) for receiving or outputting an empties object or for issuing a receipt, characterized by a gesture recognition unit that is configured to recognize a control gesture of a user located in a capturing region of the gesture recognition unit and to convert said gesture into a control command for controlling the processing device (10, 11, 12), wherein the gesture recognition unit is configured to capture a space and to recognize control gestures of a user in a three-dimensional manner, wherein the gesture recognition unit is configured for recognizing an approaching empties object so as to reject or to accept the empties object depending on the recognition, wherein the reverse vending machine recognizes, using the gesture recognition unit, whether the approaching empties object is an empties object that can be received and processed at the reverse vending machine. - a processing device (10, 11, 12) for receiving or outputting an empties object or for issuing a receipt,
Laser system for eye surgery, comprising an eye-surgical laser apparatus having optical components for providing pulsed focused laser radiation with radiation properties matched to the generation of photodisruptions in human eye tissue, and a control unit for positional control of the radiation focus of the laser radiation, the control unit being designed for executing various control programs that represent various types of incision figures; and a set of interface devices, each of the interface devices including a contact body that is transparent to the laser radiation, with an abutment face for abutment against an eye to be treated, and also a coupling portion for detachable coupling of the interface device onto a counter-coupling portion of the laser apparatus, the interface devices of the set differing by virtue of a different optical effect on the laser radiation provided in the laser apparatus, characterized in that depending upon the coupled interface device of the set, a different spot diameter of the radiation focus is obtained. optical components for providing pulsed focused laser radiation with radiation properties matched to the generation of photodisruptions in human eye tissue, and a control unit for positional control of the radiation focus of the laser radiation, the control unit being designed for executing various control programs that represent various types of incision figures; and
Storage container with a container housing having at least one reception compartment open with a compartment opening on a front side of the container housing and a drawer element located in the reception compartment and capable of being pulled out and pushed in in a longitudinal direction of the container housing, wherein the drawer element has, in order to form a drawer interior, a base wall and an outer wall extending upwards from the base wall and having two lateral outer wall sections (63, 64) located opposite each other at a distance in a transverse direction of the container housing perpendicular to the longitudinal direction, and with pull-out limiting means for limiting the pulling-out of the drawer element from the reception compartment, which pull-out limiting means have on each of the two lateral outer wall sections (63, 64) of the drawer element a stop tongue, which can be pivoted by elastic deformation in the transverse direction of the container housing and has at least one stop projection projecting outwards from the drawer interior in the transverse direction, wherein there is provided at the container housing in the two lateral edge regions of the compartment opening a counter-stop edge each located in the pull-out path of one of the stop projections, against which counter-stop edge the associated stop projection can run when pulling out the drawer element to predetermine the maximally pulled-out operating position, wherein the stop tongues can be pivoted reversibly inwards by manual application towards the drawer interior into a release position in order to facilitate the complete pulling-out of the drawer element from the reception compartment, wherein the stop tongues are placed at the lateral outer wall sections (63, 64) in such a way that they come to lie outside the reception compartment with a longitudinal section in the maximally pulled-out operating position of the drawer element, and wherein each stop tongue has a support arm carrying the stop projection and joined to the associated lateral outer wall section (63, 64) of the drawer element in one piece and in an elastically bendable manner in a transition region distant from the stop projection, characterised in that the stop tongue extends from the transition region in the insertion direction of the drawer element.
Calixpyrrole-based compound of Formula IX wherein the groups designated by X are: ArNHCOR' with R' = CH 3, C 2 H 5, C 3 H 7, a phenyl group, Ar being a phenylene unit para-, meta- or ortho-substituted. ArNHCOR' with R' = CH 3, C 2 H 5, C 3 H 7, a phenyl group, Ar being a phenylene unit para-, meta- or ortho-substituted.
Method for transmitting data packets in a wireless telecommunication network supporting multiple Radio Access Technologies, RATs, and having: a common core network, a primary network controller for connecting over a primary Radio Access Technology with a multi-RAT call capable User Equipment which supports the primary Radio Access Technology and at least one secondary Radio Access Technology different from the primary Radio Access Technology, and at least one secondary network controller for connecting over the secondary Radio Access Technology with the User Equipment, the primary network controller and the at least one secondary network controller being connected, the method characterized by comprising: - the primary network controller establishing a first radio connection between the primary network controller and the User Equipment over the primary Radio Access Technology activating a single PDP context, - the primary network controller commanding via the connection to the at least one secondary network controller to establish a second radio connection between the at least one secondary network controller and the User Equipment under the same single PDP context, - the primary network controller receiving a data packet flow corresponding to the same PDP context from the common core network; - the primary network controller splitting the data packet flow into a primary data packet flow to be transmitted through the first radio connection and at least one secondary data packet flow to be transmitted through the second radio connection - the primary network controller transmitting the at least one secondary data packet flow through the connection between the primary network controller and the at least one secondary network controller to the at least one secondary network controller for transmission through the second radio connection. - the primary network controller establishing a first radio connection between the primary network controller and the User Equipment over the primary Radio Access Technology activating a single PDP context, - the primary network controller commanding via the connection to the at least one secondary network controller to establish a second radio connection between the at least one secondary network controller and the User Equipment under the same single PDP context, - the primary network controller receiving a data packet flow corresponding to the same PDP context from the common core network; - the primary network controller splitting the data packet flow into a primary data packet flow to be transmitted through the first radio connection and at least one secondary data packet flow to be transmitted through the second radio connection - the primary network controller transmitting the at least one secondary data packet flow through the connection between the primary network controller and the at least one secondary network controller to the at least one secondary network controller for transmission through the second radio connection.
User equipment UE, wherein the UE comprises: a receiving unit (601, 802), configured to receive a reference signal sent by a base station; a matrix selection unit, configured to receive the reference signal sent by the receiving unit (601, 802), and select, based on the reference signal, a precoding matrix for each first subband of N first subbands in a system transmission bandwidth from a codebook, wherein the codebook comprises at least two precoding matrixes, and each precoding matrix is denoted by at least a first precoding matrix indicator PMI and a second PMI, wherein each first subband of the N first subbands corresponds to a second PMI, each second subband of M second subbands corresponds to a first PMI, the M second subbands including the N first subbands, and at least one second subband of the M second subbands comprises at least two first subbands of the N first subbands, wherein both N and M are positive integers not less than 2; and a sending unit (603, 801), configured to: after the matrix selection unit has selected the precoding matrix for each first subband of the N first subbands, feed back the first PMI corresponding to each second subband of the M second subbands to the base station, and feed back the second PMI corresponding to each first subband of the N first subbands to the base station. a receiving unit (601, 802), configured to receive a reference signal sent by a base station; a matrix selection unit, configured to receive the reference signal sent by the receiving unit (601, 802), and select, based on the reference signal, a precoding matrix for each first subband of N first subbands in a system transmission bandwidth from a codebook, wherein the codebook comprises at least two precoding matrixes, and each precoding matrix is denoted by at least a first precoding matrix indicator PMI and a second PMI, wherein each first subband of the N first subbands corresponds to a second PMI, each second subband of M second subbands corresponds to a first PMI, the M second subbands including the N first subbands, and at least one second subband of the M second subbands comprises at least two first subbands of the N first subbands, wherein both N and M are positive integers not less than 2; and a sending unit (603, 801), configured to: after the matrix selection unit has selected the precoding matrix for each first subband of the N first subbands, feed back the first PMI corresponding to each second subband of the M second subbands to the base station, and feed back the second PMI corresponding to each first subband of the N first subbands to the base station.
An airfoil for a gas turbine engine comprising an overlapping herringbone filmhole pattern, wherein the overlapping herringbone filmhole pattern comprises a first filmrow comprising: a first radially outward facing portion comprising filmholes oriented to direct cooling air leaving the filmholes radially outward of an engine central longitudinal axis (X-X') and over a surface of the airfoil; a first radially inward facing portion comprising filmholes oriented to direct cooling air leaving the filmholes radially inward toward the engine central longitudinal axis (X-X') and over the surface of the airfoil; a first transition region comprising a first region at least one of equidistant from distal ends, centered relative to mesial ends, or radially overlapping the mesial ends of the first radially outward facing portion and the first radially inward facing portion; and a first transition region filmhole group located in the first transition region, wherein the first transition region filmhole group comprises filmholes oriented to direct cooling air leaving the filmholes at least one of radially outward or radially inward relative to the engine central longitudinal axis (X-X') and over the surface of the airfoil; and characterised in that the first radially outward facing portion is staggered relative to the first radially inward facing portion. a first radially outward facing portion comprising filmholes oriented to direct cooling air leaving the filmholes radially outward of an engine central longitudinal axis (X-X') and over a surface of the airfoil; a first radially inward facing portion comprising filmholes oriented to direct cooling air leaving the filmholes radially inward toward the engine central longitudinal axis (X-X') and over the surface of the airfoil; a first transition region comprising a first region at least one of equidistant from distal ends, centered relative to mesial ends, or radially overlapping the mesial ends of the first radially outward facing portion and the first radially inward facing portion; and a first transition region filmhole group located in the first transition region, wherein the first transition region filmhole group comprises filmholes oriented to direct cooling air leaving the filmholes at least one of radially outward or radially inward relative to the engine central longitudinal axis (X-X') and over the surface of the airfoil; and characterised in that the first radially outward facing portion is staggered relative to the first radially inward facing portion.
A method for transmitting information, comprising: generating by an access network device indication information, wherein the indication information is configured to indicate a quasi co-located, QCL, parameter; and sending by the access network device a synchronization signal block, SSB, wherein a physical broadcast channel, PBCH, of the SSB carries the indication information, characterized in that the indication information is configured to indicate a terminal to determine an SSB candidate position corresponding to a beam to be tracked based on the indication information in the SSB. generating by an access network device indication information, wherein the indication information is configured to indicate a quasi co-located, QCL, parameter; and sending by the access network device a synchronization signal block, SSB, wherein a physical broadcast channel, PBCH, of the SSB carries the indication information, characterized in that the indication information is configured to indicate a terminal to determine an SSB candidate position corresponding to a beam to be tracked based on the indication information in the SSB.
fired heat exchanger for liquid heaters is designed to work with a burner, in particular a gas burner, the fired heat exchanger comprising a spiral tubular heat exchanger for a liquid medium to be heated where each coil of the tube in the cross-section has a point contact with adjacent tube coils creating, after their inseparable thermal linear integration, a uniform surface of a combustion chamber together with a heat medium flow chamber in the further part of the unit, there being a core inside the spiral tubular heat exchanger, characterized in that the core is a tubular multi-chamber core whose internal surface features radially distributed plate lamella elements inseparably fitted on the external surface of the tubular multi-chamber core, thanks to which a maze-like heating medium stream flow system is achieved and the internal shape of the tubular multi-chamber core can direct an air stream to flow around all its internal surfaces, which prevents the tubular multi-chamber core walls from overheating, at the same time, air used in later thermal processes of liquid heating can be heated as well.
A metal oxide varistor comprising: a sintered ceramic comprising, by weight about 91.0% to about 97.0% ZnO, characterized by the sintered ceramic further comprising by weight; at least 0.3% to about 1.0% Mn; at least 0.4% to about 2.0% Bi; at least 1.0% to about 3.0% Sb; and 0.5% or less Co. a sintered ceramic comprising, by weight about 91.0% to about 97.0% ZnO, characterized by the sintered ceramic further comprising by weight; at least 0.3% to about 1.0% Mn; at least 0.4% to about 2.0% Bi; at least 1.0% to about 3.0% Sb; and 0.5% or less Co. at least 0.3% to about 1.0% Mn; at least 0.4% to about 2.0% Bi; at least 1.0% to about 3.0% Sb; and 0.5% or less Co.
Gas burner device, comprising: - a burner body having a number of adjacent gas outlet openings, - an ignition electrode, - a flame monitoring electrode, and - a common electrical electrode connection for the electrodes (30, 40) to a control unit of the gas burner device, - wherein the ignition electrode is connected to the electrode connection across at least one spark gap and the flame monitoring electrode is connected directly to the electrode connection, - and wherein the ignition electrode and the flame monitoring electrode are disposed adjacent to the burner body, such that the ignition electrode has a lower breakdown voltage towards the burner body than the flame monitoring electrode, - wherein the ignition electrode has an electrode tip different from that of the flame monitoring electrode, in order to achieve the lower breakdown voltage of the ignition electrode. - a burner body having a number of adjacent gas outlet openings, - an ignition electrode, - a flame monitoring electrode, and - a common electrical electrode connection for the electrodes (30, 40) to a control unit of the gas burner device, - wherein the ignition electrode is connected to the electrode connection across at least one spark gap and the flame monitoring electrode is connected directly to the electrode connection, - and wherein the ignition electrode and the flame monitoring electrode are disposed adjacent to the burner body, such that the ignition electrode has a lower breakdown voltage towards the burner body than the flame monitoring electrode, - wherein the ignition electrode has an electrode tip different from that of the flame monitoring electrode, in order to achieve the lower breakdown voltage of the ignition electrode.
A method of reading a tag located on an object, wherein the tag comprises one or more tag values associated with the object, the method comprising: a. obtaining a first sensor output, by reading the tag using a tag reader, wherein the first sensor output is at least one of an erroneous and incomplete representation of the one or more tag values of the tag; and b. deriving one or more tag values from the first sensor output using a model; wherein the model is based on a first set of sensor outputs generated by the tag reader by reading a plurality of tags and tag values associated with the plurality of tags, wherein the first set of sensor outputs comprises a plurality of sensor outputs, each sensor output from the first set of sensor outputs comprising at least one of an erroneous and incomplete representation of one or more tag values of the corresponding tag. a. obtaining a first sensor output, by reading the tag using a tag reader, wherein the first sensor output is at least one of an erroneous and incomplete representation of the one or more tag values of the tag; and b. deriving one or more tag values from the first sensor output using a model;