mhurhangee/patent-ind-claim-en huggingface dataset:
A method for calibrating a drive level of a non-radioactive calibration source , comprising: measuring a response of a radiation detector to background radiation, wherein the background radiation has a stable level, which is either known or if the level of background radiation is unknown, it is determined by a relative check; measuring a response of the radiation detector to the background radiation plus a radiation reference, wherein the radiation reference is a radiation source with known properties located at a specific distance from the radiation detector to provide a known reference dose rate above the background radiation. measuring a response of the radiation detector to the background radiation plus the non-radioactive calibration source ; and adjusting the drive level of the non-radioactive calibration source until the response of the radiation detector to the background radiation plus the non-radioactive calibration source substantially matches the response of the radiation detector to the background radiation plus the radiation reference, wherein for the relative check: the radiation detector output due to the background radiation is measured without turning on the non-radioactive calibration source ; and then the non-radioactive calibration source is then turned on, and the change in output of the radiation detector due to activating the non-radioactive calibration source is observed. measuring a response of a radiation detector to background radiation, wherein the background radiation has a stable level, which is either known or if the level of background radiation is unknown, it is determined by a relative check; measuring a response of the radiation detector to the background radiation plus a radiation reference, wherein the radiation reference is a radiation source with known properties located at a specific distance from the radiation detector to provide a known reference dose rate above the background radiation. measuring a response of the radiation detector to the background radiation plus the non-radioactive calibration source ; and adjusting the drive level of the non-radioactive calibration source until the response of the radiation detector to the background radiation plus the non-radioactive calibration source substantially matches the response of the radiation detector to the background radiation plus the radiation reference, wherein for the relative check: the radiation detector output due to the background radiation is measured without turning on the non-radioactive calibration source ; and then the non-radioactive calibration source is then turned on, and the change in output of the radiation detector due to activating the non-radioactive calibration source is observed. the radiation detector output due to the background radiation is measured without turning on the non-radioactive calibration source ; and then the non-radioactive calibration source is then turned on, and the change in output of the radiation detector due to activating the non-radioactive calibration source is observed.
Method for position determination of objects by means of vehicle-to-x communication signals, in which a transceiver capable of wireless communication is a vehicle-to-x communication device and transmits communication signals, wherein the transceiver is capable of simultaneous transmission and reception, wherein the communication signals are at least partially reflected as reflection signals on at least one object in a signal propagation zone and wherein the transceiver receives the reflection signals, wherein phase information of the reflection signals and/or the communication signals is determined, wherein the phase information comprises differential phases of the reflection signals which are generated either by an individual antenna element or at least two antenna elements, and a distance and/or movement direction to the at least one object is/are determined from the phase information generated by the individual antenna element, or wherein a distance and/or an angle to the at least one object is/are determined from the phase information generated by the at least two antenna elements.
Process for preparing dimethylaminoalkyl (meth)acrylate, wherein a mixture comprising (a) alkyl (meth)acrylate, (b) dimethylaminoalkanol and (c) a catalyst system comprising a solution of a lithium alkoxide in alcohol is reacted, the method being characterized in that catalyst system contains no alkaline earth metal compounds.
A kappa light chain-binding polypeptide comprising at least one mutated binding domain of Peptostreptococcus Protein L, in which domain at least one asparagine residue of a parental domain having at least 95% or 98% sequence homology with SEQ ID NO: 2-6 or 12 has been mutated to another amino acid residue which is not asparagine, proline or cysteine, wherein the mutation(s) are selected from the group consisting of N45A; N10Q,N45A; N45A,N60Q, N10Q,N60Q and N10Q,N45A,N60Q, wherein the alkaline stability is improved relative to a parental polypeptide, as measured by the remaining binding capacity for kappa light chain-containing proteins after 96-100 10 min incubation cycles in 0.1 M aqueous NaOH at 22 +/- 2 °C.
A polymer blend comprising high density polyethylene (HDPE) and a random block copolymer comprising two different saturated alkane blocks between two aromatic hydrocarbon blocks, preferably wherein one of the two saturated alkane blocks comprises branching; wherein the polymer blend includes from 85.0 wt.% to 99.7 wt.%, of the HDPE polymer and 0.1 wt.% to 15 wt.%, of the random block copolymer, wherein the random block copolymer is a hydrogenated styrene-isoprene-butadiene-styrene block polymer.
A connector for connecting two support rods of a spinal column support device, which are placed or are to be placed along a spinal column portion, said connector comprising: a transverse rod , a first coupling coupling the transverse rod to a first one of the support rods and a second coupling coupling the transverse rod to the second one of the support rods, wherein at least one of the couplings has a clamping region that clamps the support rod with a clamping force, and has a force application means for generating an axial force (F a ) that creates the clamping force, said force application means being an axial clamping screw (20a; 20b) which causes said axial force when screwed in wherein the axial force is conducted through the transverse rod, characterised in that a resilient arm together with a side bracket opposite the resilient arm form the clamping region, and in that a support for the transverse rod formed on the side of the transverse rod facing away from the clamping screw is, when not subjected to the axial force, situated in the region of the resilient arm axially at a higher level (Z16) than on the side bracket opposite, such that the axial force conducted through the transverse rod first acts on the support surface of the resilient arm. a transverse rod , a first coupling coupling the transverse rod to a first one of the support rods and a second coupling coupling the transverse rod to the second one of the support rods, wherein at least one of the couplings has a clamping region that clamps the support rod with a clamping force, and has a force application means for generating an axial force (F a ) that creates the clamping force, said force application means being an axial clamping screw (20a; 20b) which causes said axial force when screwed in wherein the axial force is conducted through the transverse rod, characterised in that a resilient arm together with a side bracket opposite the resilient arm form the clamping region, and in that a support for the transverse rod formed on the side of the transverse rod facing away from the clamping screw is, when not subjected to the axial force, situated in the region of the resilient arm axially at a higher level (Z16) than on the side bracket opposite, such that the axial force conducted through the transverse rod first acts on the support surface of the resilient arm.
An implantable prosthetic valve , comprising a radially collapsible and expandable annular frame , said frame having an outflow end and an inflow end and a row of cells formed by struts at the outflow end, wherein at an upper area between two frame sections of the frame , the frame comprises a pair of vertical posts defining an opening therebetween for supporting commissures of a leaflet assembly , the upper area being located at the outflow end of the frame , and wherein the pair of vertical posts is positioned axially along the frame entirely within the row of cells formed by struts at the outflow end; a leaflet assembly positioned within the frame and configured to permit fluid flow through the implantable prosthetic valve in one direction along a structural axis of the frame and resist fluid flow in the opposite direction. a radially collapsible and expandable annular frame , said frame having an outflow end and an inflow end and a row of cells formed by struts at the outflow end, wherein at an upper area between two frame sections of the frame , the frame comprises a pair of vertical posts defining an opening therebetween for supporting commissures of a leaflet assembly , the upper area being located at the outflow end of the frame , and wherein the pair of vertical posts is positioned axially along the frame entirely within the row of cells formed by struts at the outflow end; a leaflet assembly positioned within the frame and configured to permit fluid flow through the implantable prosthetic valve in one direction along a structural axis of the frame and resist fluid flow in the opposite direction.
A device comprising: at least two first registers , each first register containing a data word (VIR1, VIR2) and a verification bit (VPAR1, VPAR2), and a first circuit configured to determine whether the verification bit of each register corresponds to the data word of said register , the data words of the first registers being selected so that the bits of a same rank of the first registers comprise two complementary bits, a common binary word being associated with all the registers , the common word comprising a bit associated with each register , the value of the verification bit of each register depending on the data word of said register and on the value of the bit of the common word associated with said register. at least two first registers , each first register containing a data word (VIR1, VIR2) and a verification bit (VPAR1, VPAR2), and a first circuit configured to determine whether the verification bit of each register corresponds to the data word of said register , the data words of the first registers being selected so that the bits of a same rank of the first registers comprise two complementary bits, a common binary word being associated with all the registers , the common word comprising a bit associated with each register , the value of the verification bit of each register depending on the data word of said register and on the value of the bit of the common word associated with said register.
A connector assembly for connecting water tubes, comprising: first and second connectors , each connector comprising: a first end for connection to the first end of the other connector ; and a second end for connection to a water tube, the first and second connectors connectable to each other to define a bore through the connector assembly with a first axis, wherein: the first end of the first connector is configured to be received within the first end of the second connector , the first end of the first connector comprising: a seal on an outer surface thereof for sealing engagement with an inner surface of the first end of the second connector ; and an outer circumferential groove , the first end of the second connector further comprises at least one opening alignable with the circumferential groove when the first and second connectors are connected to each other, the connector assembly further comprising: a pin locatable in the or each opening which projects into the circumferential groove when the first and second connectors are connected to each other, thereby to retain the first and second connectors in the connected configuration while permitting relative rotation of the first and second connectors about the first axis, characterised in that the connector assembly further comprises a grip sleeve configured to engage with an outer surface of the first connector for applying additional torque thereto. first and second connectors , each connector comprising: a first end for connection to the first end of the other connector ; and a second end for connection to a water tube, a first end for connection to the first end of the other connector ; and a second end for connection to a water tube, the first and second connectors connectable to each other to define a bore through the connector assembly with a first axis, the first end of the first connector is configured to be received within the first end of the second connector , the first end of the first connector comprising: a seal on an outer surface thereof for sealing engagement with an inner surface of the first end of the second connector ; and an outer circumferential groove , a seal on an outer surface thereof for sealing engagement with an inner surface of the first end of the second connector ; and an outer circumferential groove , the first end of the second connector further comprises at least one opening alignable with the circumferential groove when the first and second connectors are connected to each other, a pin locatable in the or each opening which projects into the circumferential groove when the first and second connectors are connected to each other, thereby to retain the first and second connectors in the connected configuration while permitting relative rotation of the first and second connectors about the first axis, characterised in that the connector assembly further comprises a grip sleeve configured to engage with an outer surface of the first connector for applying additional torque thereto.
An anti-CD20/anti-CD3 bispecific antibody for use in a method for treating a disease selected from the group consisting of Non-Hodgkin lymphoma (NHL), acute lymphocytic leukemia (ALL), chronic lymphocytic leukemia (CLL), diffuse large B-cell lymphoma (DLBCL), follicular lymphoma (FL), mantle-cell lymphoma (MCL), marginal zone lymphoma (MZL), Multiple myeloma (MM) and Hodgkin lymphoma (HL), wherein the anti-CD20/anti-CD3 bispecific antibody is used in combination with a 4-1BB (CD137) agonist and wherein the 4-1BB agonist is an antigen binding molecule with monovalent binding to CD19 comprising three ectodomains of 4-1BBL comprising an amino acid sequence selected from the group consisting of SEQ ID NO:1, SEQ ID NO: 2, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO: 6, SEQ ID NO:7 and SEQ ID NO:8, one antigen binding domain capable of specific binding to CD19 and an IgG1 Fc domain comprising the amino acid substitutions L234A, L235A and P329G (EU numbering).
4-[ -4-({[1-(2,2-difluoro-1,3-benzodioxol-5-yl)cyclopropyl]carbonyl}amino)-7-(difluoromethoxy)-3,4-dihydro-2H-chromen-2-yl]benzoic acid, or a pharmaceutically acceptable salt thereof.
An apparatus comprising: deciding means adapted to decide on a repeat mode out of a group of repeat modes a terminal has to perform for a sent packet for which the terminal does not receive an acknowledgment, wherein the group of repeat modes comprises at least two of: retransmitting the packet at a predetermined time interval irrespective of whether the predetermined time interval is granted to the terminal, informing a base station that the acknowledgment was not received, and discarding the packet; and instructing means adapted to instruct the terminal to perform the decided repeat mode. deciding means adapted to decide on a repeat mode out of a group of repeat modes a terminal has to perform for a sent packet for which the terminal does not receive an acknowledgment, wherein the group of repeat modes comprises at least two of: retransmitting the packet at a predetermined time interval irrespective of whether the predetermined time interval is granted to the terminal, informing a base station that the acknowledgment was not received, and discarding the packet; and retransmitting the packet at a predetermined time interval irrespective of whether the predetermined time interval is granted to the terminal, informing a base station that the acknowledgment was not received, and discarding the packet; and instructing means adapted to instruct the terminal to perform the decided repeat mode.
An information processing apparatus comprising: an analysis unit configured to recognize a writing trajectory input by handwriting of a user in an extended work space as recognized input information, wherein in the extended work space digital information is superimposed on the real world and wherein in the extended work space a real object and a virtual object are operable, and set a recognition region as additional information corresponding to the recognized input information; and a display control unit configured to receive an operation input to the recognized input information in the recognition region; and if the operation input is received, to display the virtual object in the extended work space as feedback, wherein the feedback is set on the basis of the content of the recognized input information and the set additional information. an analysis unit configured to recognize a writing trajectory input by handwriting of a user in an extended work space as recognized input information, wherein in the extended work space digital information is superimposed on the real world and wherein in the extended work space a real object and a virtual object are operable, and set a recognition region as additional information corresponding to the recognized input information; and recognize a writing trajectory input by handwriting of a user in an extended work space as recognized input information, wherein in the extended work space digital information is superimposed on the real world and wherein in the extended work space a real object and a virtual object are operable, and set a recognition region as additional information corresponding to the recognized input information; and a display control unit configured to receive an operation input to the recognized input information in the recognition region; and if the operation input is received, to display the virtual object in the extended work space as feedback, wherein the feedback is set on the basis of the content of the recognized input information and the set additional information. receive an operation input to the recognized input information in the recognition region; and if the operation input is received, to display the virtual object in the extended work space as feedback, wherein the feedback is set on the basis of the content of the recognized input information and the set additional information.
An apparatus , comprising: processing circuitry to execute a sequence of instructions; a plurality of storage elements accessible to the processing circuitry, for storage of bounded pointers and non-bounded pointers, each bounded pointer having explicit range information associated therewith indicative of an allowable range of memory addresses when using said bounded pointer; and a current range check storage element to store a current range check state for the processing circuitry; when the current range check state indicates a default state, the processing circuitry being responsive to execution of a memory access instruction in the instruction sequence identifying a pointer to be used to identify a memory address, to perform a range check operation to determine whether access to that memory address is permitted, when the memory access instruction identifies as the pointer one of said bounded pointers the range check operation being performed with reference to the explicit range information associated with that bounded pointer, and when the memory access instruction identifies as the pointer one of said non-bounded pointers the range check operation being performed with reference to default range information defined for the processing circuitry; on detection of at least one event, the current range check state being set to an executive state, and when in the executive state the processing circuitry being responsive to execution of said memory access instruction to disable the range check operation when the identified pointer is a non-bounded pointer. processing circuitry to execute a sequence of instructions; a plurality of storage elements accessible to the processing circuitry, for storage of bounded pointers and non-bounded pointers, each bounded pointer having explicit range information associated therewith indicative of an allowable range of memory addresses when using said bounded pointer; and a current range check storage element to store a current range check state for the processing circuitry; when the current range check state indicates a default state, the processing circuitry being responsive to execution of a memory access instruction in the instruction sequence identifying a pointer to be used to identify a memory address, to perform a range check operation to determine whether access to that memory address is permitted, when the memory access instruction identifies as the pointer one of said bounded pointers the range check operation being performed with reference to the explicit range information associated with that bounded pointer, and when the memory access instruction identifies as the pointer one of said non-bounded pointers the range check operation being performed with reference to default range information defined for the processing circuitry; on detection of at least one event, the current range check state being set to an executive state, and when in the executive state the processing circuitry being responsive to execution of said memory access instruction to disable the range check operation when the identified pointer is a non-bounded pointer.
A high-strength and high-toughness steel plate, the chemical composition of the steel plate in weight percentage being: C: 0.15-0.25%, Si: 1.0-2.0%, Mn: 1.2-2.0%, P ≤ 0.015%, S ≤ 0.005%, Al: 0.5-1.0%, N ≤ 0.006%, Nb: 0.02-0.06%, O ≤ 0.003%, and the balance being Fe and other inevitable impurities, with 1.5% ≤ Si + Al ≤ 2.5% being satisfied; and wherein the high-strength and high-toughness steel plate has a yield strength of ≥ 390 MPa, a tensile strength of ≥800 MPa, an elongation of >20%, and an impact work at -20°C of >100J.
A method for constructing an X-ray tube model for utilizing in assessing health of an X-ray tube, comprising: acquiring training data points for a respective X-ray tube after installation of the X-ray tube in an imaging system; determining a number of operating points utilized in the imaging system for the respective X-ray tube; and selecting a regression model from a plurality of regression models based on the number of operating points, wherein each regression model uses the training data points to derive respective values for a plurality of coefficients. acquiring training data points for a respective X-ray tube after installation of the X-ray tube in an imaging system; determining a number of operating points utilized in the imaging system for the respective X-ray tube; and selecting a regression model from a plurality of regression models based on the number of operating points, wherein each regression model uses the training data points to derive respective values for a plurality of coefficients.