mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: contacting a control red blood cell (RBC) with a sample; removing the control RBC to generate a pre-absorbed sample; contacting at least one transgenic RBC with the pre-absorbed sample; and determining whether an antibody binds to an antigen; wherein the at least one transgenic RBC, has been provided from, or derived from, a non-target vertebrate animal, that expresses the antigen from a target species other than the non-target vertebrate animal; wherein the sample is known or suspected to include the antibody that binds to the antigen and wherein the sample has been provided from the target species; wherein the control RBC has been provided from the non-target vertebrate animal of the same species that does not express the antigen; and wherein the target species is human and the non-target vertebrate animal is a non-human mammal. contacting a control red blood cell (RBC) with a sample; removing the control RBC to generate a pre-absorbed sample; contacting at least one transgenic RBC with the pre-absorbed sample; and determining whether an antibody binds to an antigen; wherein the at least one transgenic RBC, has been provided from, or derived from, a non-target vertebrate animal, that expresses the antigen from a target species other than the non-target vertebrate animal; wherein the sample is known or suspected to include the antibody that binds to the antigen and wherein the sample has been provided from the target species; wherein the control RBC has been provided from the non-target vertebrate animal of the same species that does not express the antigen; and wherein the target species is human and the non-target vertebrate animal is a non-human mammal.
Music stand with a base and a music rest arranged on the base, wherein the music rest has a music placement element with a flat music placement surface and a music support element with a flat music support surface, wherein the music support surface is arranged at an angle of substantially 90° to the music placement surface, characterised in that at least 70% by volume of the music rest consists of felt.
A battery module comprising: a plurality of battery cells ; and an integrated battery module controller , the integrated battery module controller comprising an analog-to-digital converter and at least one connector for connecting to tabs of the plurality of battery cells , wherein the at least one connector is to generate an analog signal indicative of a sensed voltage associated with at least one battery cell of the plurality of battery cells and the analog-to-digital converter is to convert the analog signal to a digital signal indicative of the sensed voltage, wherein a distance between the analog-to-digital converter and the at least one connector is between 20-100 mm, wherein the integrated battery module controller is configured to be in signal communication with a master battery management controller located remotely from the battery module to communicate the digital signal to the master battery management controller . a plurality of battery cells ; and an integrated battery module controller , the integrated battery module controller comprising an analog-to-digital converter and at least one connector for connecting to tabs of the plurality of battery cells , wherein the at least one connector is to generate an analog signal indicative of a sensed voltage associated with at least one battery cell of the plurality of battery cells and the analog-to-digital converter is to convert the analog signal to a digital signal indicative of the sensed voltage, wherein a distance between the analog-to-digital converter and the at least one connector is between 20-100 mm, wherein the integrated battery module controller is configured to be in signal communication with a master battery management controller located remotely from the battery module to communicate the digital signal to the master battery management controller .
A system for powder composite fabrication, comprising a powder material , a photocurable material, and a powder composite fabrication machine , the powder composite fabrication machine comprising: a build platform ; a powder transfer device configured to deliver a first layer of the powder material to the build platform; a resin supply system in communication with the build platform and configured to deliver the photocurable material through the build platform for infusion into the first layer of the powder material; and an imaging device positioned above the build platform and configured to selectively irradiate the photocurable material to form a first layer of a powder composite component; wherein the powder transfer device is configured to deliver a second layer of the powder material on the first layer of the powder material, the resin supply system is configured to deliver the photocurable material, through the build platform and the first layer of the powder material infused with the photocurable material, for infusion into the second layer of the powder material, and the imaging device is configured to selectively irradiate the photocurable material in the second layer of the powder material to form a second layer of the powder composite component. a build platform ; a powder transfer device configured to deliver a first layer of the powder material to the build platform; a resin supply system in communication with the build platform and configured to deliver the photocurable material through the build platform for infusion into the first layer of the powder material; and an imaging device positioned above the build platform and configured to selectively irradiate the photocurable material to form a first layer of a powder composite component; wherein the powder transfer device is configured to deliver a second layer of the powder material on the first layer of the powder material, the resin supply system is configured to deliver the photocurable material, through the build platform and the first layer of the powder material infused with the photocurable material, for infusion into the second layer of the powder material, and the imaging device is configured to selectively irradiate the photocurable material in the second layer of the powder material to form a second layer of the powder composite component.
A system for signal transmission, comprising: a receiving device configured to execute a forward transmission from a plurality of acquisition devices to the receiving device and a reverse transmission from the receiving device to the plurality of acquisition devices , wherein the receiving device includes: an obtaining module configured to receive, via a transmission medium, a composite multimedia signal in the forward transmission during a first time division, wherein the composite multimedia signal is encoded in a frame format , the frame format including an active zone and a blanking zone and the composite multimedia signal being associated with a plurality of multimedia signals acquired by the plurality of acquisition devices ; a control module ; and; a transmission module configured to transmit, via the transmission medium one or more control signals to one or more target acquisition devices of the plurality of acquisition devices in the reverse transmission during a second time division wherein the second time division corresponds to a predetermined section of the blanking zone and is within the first time division. a receiving device configured to execute a forward transmission from a plurality of acquisition devices to the receiving device and a reverse transmission from the receiving device to the plurality of acquisition devices , wherein the receiving device includes: an obtaining module configured to receive, via a transmission medium, a composite multimedia signal in the forward transmission during a first time division, wherein the composite multimedia signal is encoded in a frame format , the frame format including an active zone and a blanking zone and the composite multimedia signal being associated with a plurality of multimedia signals acquired by the plurality of acquisition devices ; a control module ; and; a transmission module configured to transmit, via the transmission medium one or more control signals to one or more target acquisition devices of the plurality of acquisition devices in the reverse transmission during a second time division wherein the second time division corresponds to a predetermined section of the blanking zone and is within the first time division. an obtaining module configured to receive, via a transmission medium, a composite multimedia signal in the forward transmission during a first time division, wherein the composite multimedia signal is encoded in a frame format , the frame format including an active zone and a blanking zone and the composite multimedia signal being associated with a plurality of multimedia signals acquired by the plurality of acquisition devices ; a control module ; and; a transmission module configured to transmit, via the transmission medium one or more control signals to one or more target acquisition devices of the plurality of acquisition devices in the reverse transmission during a second time division wherein the second time division corresponds to a predetermined section of the blanking zone and is within the first time division.
An isolated polynucleotide comprising: (a) a first nucleic acid fragment that encodes an integral membrane protein (IMP) or fragment thereof, wherein the IMP or fragment thereof comprises at least one extra-membrane region, at least one transmembrane domain and at least one intra-membrane region, and wherein a portion of the first nucleic acid fragment encoding at least one intra-membrane region is situated at the 5' or 3' end of the first nucleic acid fragment; and (b) a second nucleic acid fragment that encodes a vaccinia virus F13L protein or functional fragment thereof, wherein the second nucleic acid fragment is fused in frame to a portion of the first nucleic acid fragment that encodes an intra-membrane region of the IMP; wherein a Vaccinia virus infected cell comprising the polynucleotide can express an IMP-F13L fusion protein as part of the outer envelope membrane of an extracellular enveloped virion (EEV). (a) a first nucleic acid fragment that encodes an integral membrane protein (IMP) or fragment thereof, wherein the IMP or fragment thereof comprises at least one extra-membrane region, at least one transmembrane domain and at least one intra-membrane region, and wherein a portion of the first nucleic acid fragment encoding at least one intra-membrane region is situated at the 5' or 3' end of the first nucleic acid fragment; and (b) a second nucleic acid fragment that encodes a vaccinia virus F13L protein or functional fragment thereof, wherein the second nucleic acid fragment is fused in frame to a portion of the first nucleic acid fragment that encodes an intra-membrane region of the IMP; wherein a Vaccinia virus infected cell comprising the polynucleotide can express an IMP-F13L fusion protein as part of the outer envelope membrane of an extracellular enveloped virion (EEV).
Vibronic-type transducer, comprising: - at least a measuring tube with a wall thickness (s), said measuring tube vibrating at least intermittently during operation, said tube being particularly curved at least in sections; - at least a vibration sensor , particularly electrodynamic, designed to generate at least a primary signal of the transducer representing vibrations of the measuring tube ; and - at least a first securing element , particularly metal, having a total width (B) and firmly enclosing the measuring tube essentially along one of its imaginary circumferential lines, said securing element being designed to hold a component of the vibration sensor, particularly a magnetic coil or a permanent magnet, on the measuring tube, wherein the first securing element has an essentially rectangular exterior contour with an extension projecting out by a height (h) and serving to hold the component of the vibration sensor and having a width (e) which is less than the total width (B) of the securing element, wherein the component of the vibration sensor is fixed on the extension. - at least a measuring tube with a wall thickness (s), said measuring tube vibrating at least intermittently during operation, said tube being particularly curved at least in sections; - at least a vibration sensor , particularly electrodynamic, designed to generate at least a primary signal of the transducer representing vibrations of the measuring tube ; and - at least a first securing element , particularly metal, having a total width (B) and firmly enclosing the measuring tube essentially along one of its imaginary circumferential lines, said securing element being designed to hold a component of the vibration sensor, particularly a magnetic coil or a permanent magnet, on the measuring tube, wherein the first securing element has an essentially rectangular exterior contour with an extension projecting out by a height (h) and serving to hold the component of the vibration sensor and having a width (e) which is less than the total width (B) of the securing element, wherein the component of the vibration sensor is fixed on the extension.
A latch assembly mountable to a structure , the latch assembly comprising a latch , remote actuating unit , and a guide formed separate to the latch and the remote actuating unit , the latch and the remote actuating unit being arranged to be connected via at least one aperture formed in the structure , and wherein the guide is adapted to facilitate installation and mounting of the latch assembly on the structure , characterised in that the guide comprises a body having at least one marking indicator and at least one alignment indicator , and the body includes a reference axis , wherein the at least one marking indicator and the at least one alignment indicator are aligned in a plane that is substantially perpendicular to the reference axis to facilitate formation of the at least one aperture in the structure, wherein the guide is mounted with one of the latch or the remote actuating unit on installation of the assembly on the structure .
An electric driver , comprising: a carrier ; a first electrical component and a second electrical component , wherein the first electrical component and the second electrical component are provided on the carrier ; and a heat insulation structure , wherein the second electrical component is separated from the first electrical component by means of the heat insulation structure , characterized in that the heat insulation structure comprises a first heat insulator surrounding the second electrical component and a second heat insulator surrounding the first heat insulator , wherein a gap is provided between the first heat insulator and a second heat insulator . a carrier ; a first electrical component and a second electrical component , wherein the first electrical component and the second electrical component are provided on the carrier ; and a heat insulation structure , wherein the second electrical component is separated from the first electrical component by means of the heat insulation structure , characterized in that the heat insulation structure comprises a first heat insulator surrounding the second electrical component and a second heat insulator surrounding the first heat insulator , wherein a gap is provided between the first heat insulator and a second heat insulator .
An ink-jet white ink of active energy ray-curable type, comprising titanium oxide, a basic dispersant as a pigment dispersant, and a polymerizable compound, wherein the content of the titanium oxide is from 15 to 30% by weight with reference to the total weight of the ink, wherein the weight average particle diameter of the titanium oxide is 180 to 250 nm, wherein the titanium oxide is titanium oxide whose surface is treated with at least silica, and wherein the content of the pigment dispersant is from 3 to 8 parts by weight with reference to 100 parts by weight of titanium oxide. wherein the content of the titanium oxide is from 15 to 30% by weight with reference to the total weight of the ink, wherein the weight average particle diameter of the titanium oxide is 180 to 250 nm, wherein the titanium oxide is titanium oxide whose surface is treated with at least silica, and wherein the content of the pigment dispersant is from 3 to 8 parts by weight with reference to 100 parts by weight of titanium oxide.
A self-test apparatus usable in an automotive electronic system, wherein the self-test apparatus comprises: an inter-chip communication bus; a plurality of circuit devices each having a distributed self-test controller circuit and analog, mixed signal or digital circuit elements , each distributed self-test controller circuits configured to communicate with the circuit elements associated with the respective circuit device and collect self-test properties of the circuit elements, the self-test properties corresponding to an identifier, ID, of each of the circuit elements and a manner or protocol in which the circuit elements are tested, the distributed self-test controller circuits being integrated communicatively via the inter-chip communication bus and configured and arranged to negotiate a self-test protocol with each other based on the self-test properties of the circuit elements, wherein the circuit elements of the plurality of circuit devices have different capabilities and/or functionalities between them; and circuitry including memory configured to store the self-test properties of the circuit elements ; the self-test apparatus being characterised by further comprising: test controller circuitry configured and arranged to collect the self-test properties of the circuit elements and to control execution of the self-test according to the negotiated self-test protocol and the self-test properties, wherein the negotiated self-test protocol is initiated at different points of time of operating the automotive electronic system. an inter-chip communication bus; a plurality of circuit devices each having a distributed self-test controller circuit and analog, mixed signal or digital circuit elements , each distributed self-test controller circuits configured to communicate with the circuit elements associated with the respective circuit device and collect self-test properties of the circuit elements, the self-test properties corresponding to an identifier, ID, of each of the circuit elements and a manner or protocol in which the circuit elements are tested, the distributed self-test controller circuits being integrated communicatively via the inter-chip communication bus and configured and arranged to negotiate a self-test protocol with each other based on the self-test properties of the circuit elements, wherein the circuit elements of the plurality of circuit devices have different capabilities and/or functionalities between them; and circuitry including memory configured to store the self-test properties of the circuit elements ; the self-test apparatus being characterised by further comprising: test controller circuitry configured and arranged to collect the self-test properties of the circuit elements and to control execution of the self-test according to the negotiated self-test protocol and the self-test properties, wherein the negotiated self-test protocol is initiated at different points of time of operating the automotive electronic system.
A compacted and densified metal material consisting of three phases formed of an agglomerate of grains, the cohesion of the material being ensured by bridges formed between grains, said material having a relative density which is greater than or equal to 95% measured by Archimedean weighing, wherein the phases are separated by irregularly shaped interfaces and wherein the three phases comprise a first phase being composed of nickel, a second phase being composed of bronze and a third phase being composed of brass, and wherein the mass fraction of the first phase is comprised between 3 and 40%, the mass fraction of the second phase is comprised between 2 and 20% and the mass fraction of the third phase corresponds to the percentage remaining to make 100%.
A method of initiating channel state information, CSI, feedback in a wireless device configured by higher layers with M CSI Report Settings containing parameters related to CSI reporting and N Resource Settings containing parameters defining S CSI reference symbol, CSI-RS, Resource Sets for use for channel measurement and their properties, the method comprising receiving a dynamic indication of a CSI Report Setting of the M CSI Report Settings (S126) and of CSI-RS resources within the S CSI-RS Resource Sets; determining a CSI-RS Resource Set of the S CSI-RS Resource Sets, based on the received dynamic indication of the CSI Report Setting and on a one-to-one correspondence between one CSI Report Setting of the M CSI Reporting Settings and one CSI-RS Resource Set of the S CSI-RS Resource Sets; and initiating the CSI feedback. receiving a dynamic indication of a CSI Report Setting of the M CSI Report Settings (S126) and of CSI-RS resources within the S CSI-RS Resource Sets; determining a CSI-RS Resource Set of the S CSI-RS Resource Sets, based on the received dynamic indication of the CSI Report Setting and on a one-to-one correspondence between one CSI Report Setting of the M CSI Reporting Settings and one CSI-RS Resource Set of the S CSI-RS Resource Sets; and initiating the CSI feedback.
A process in direct chill casting wherein molten metal is introduced into a casting mold and cooled by impingement of a liquid coolant on solidifying metal in a casting pit having top, intermediate and bottom portions and including a movable platen comprising: detecting an occurrence of a bleed-out or a run-out; after detecting the occurrence of a bleed-out or a run-out: exhausting generated gas from the casting pit at a volume flow rate that is enhanced relative to a volume flow rate prior to detecting an occurrence of a bleed-out or a run-out; and introducing an inert gas into the casting pit , the inert gas having a density less than a density of air. detecting an occurrence of a bleed-out or a run-out; after detecting the occurrence of a bleed-out or a run-out: exhausting generated gas from the casting pit at a volume flow rate that is enhanced relative to a volume flow rate prior to detecting an occurrence of a bleed-out or a run-out; and introducing an inert gas into the casting pit , the inert gas having a density less than a density of air. exhausting generated gas from the casting pit at a volume flow rate that is enhanced relative to a volume flow rate prior to detecting an occurrence of a bleed-out or a run-out; and introducing an inert gas into the casting pit , the inert gas having a density less than a density of air.