mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting, by a base station , a channel state information, CSI, -reference signal, RS, in a wireless communication system, the method comprising: configuring (S2010) control information for a plurality of CSI-RS resources, with the control information indicating that an antenna port for the plurality of CSI-RS resources configured for tracking at least one of a time or a frequency is the same; transmitting (S2020), to a user equipment, UE, the control information; and transmitting (S2030), to the UE , the CSI-RS through same antenna port on the plurality of CSI-RS resources based on the control information, wherein based on the plurality of CSI-RS resources being configured in a single slot with the same periodicity and the same slot offset, each of the plurality of CSI-RS resources is located at a different single symbol in the single slot, and wherein symbol locations of the plurality of CSI-RS resources in the single slot are not contiguous, wherein the plurality of CSI-RS resources are not configured both for the tracking and for reporting layer 1, L1, -reference signal received power, RSRP. configuring (S2010) control information for a plurality of CSI-RS resources, with the control information indicating that an antenna port for the plurality of CSI-RS resources configured for tracking at least one of a time or a frequency is the same; transmitting (S2020), to a user equipment, UE, the control information; and transmitting (S2030), to the UE , the CSI-RS through same antenna port on the plurality of CSI-RS resources based on the control information, wherein based on the plurality of CSI-RS resources being configured in a single slot with the same periodicity and the same slot offset, each of the plurality of CSI-RS resources is located at a different single symbol in the single slot, and wherein symbol locations of the plurality of CSI-RS resources in the single slot are not contiguous, wherein the plurality of CSI-RS resources are not configured both for the tracking and for reporting layer 1, L1, -reference signal received power, RSRP.
Energy storage device for electrical energy, comprising a shaft (20, 20 I , 20 II ), and comprising a slidable accumulator which is adapted to the shaft (20, 20 I , 20 II ), said accumulator being composed of an electrically interconnected array of accumulator cells (88, 88 I , 88 II ) in the interior of a housing , and comprising a push-fit system comprising a plurality of connectors , characterized in that the housing is shell-like and as an overall housing is assembled from two or more partial housings, wherein at least a first connector on one side of the housing is a connector which comprises contacts for electrical energy and for control signals, said connector having at least five or six contact pitch spacings , wherein contact areas of the first connector span a common plane .
Induction heating apparatus, in particular induction hob apparatus, with at least one induction heating unit , which has at least two induction heating wires , which are arranged close together and are provided to be supplied from different heat frequency units , which comprise at least one inverter in each case, and with a control unit , which has at least one switching arrangement with at least one switching element, which is provided to assign at least one of the induction heating wires to the different heat frequency units , characterised in that the at least two induction heating wires are each formed of strands of an individual stranded wire and the strands of the stranded wire are isolated electrically from one another.
A smart wall pulley for fitness, comprising: an elastic rope which is elastic; a motion sensing detection device provided at one end of the elastic rope , wherein a battery , a circuit board and a tension sensor are provided within the motion sensing detection device , the battery and the tension sensor are electrically connected to the circuit board , the tension sensor is configured to detect a pulling force bore by the elastic rope ; a fixed pulley assembly ; an adjuster for adjusting the length of the elastic rope comprising a shell and a winding post located within the shell , the other end of the elastic rope passes into the shell , then is wound around the winding post , then passes out from the shell , and then is fixedly connected to the shell after being wound around the fixed pulley assembly . an elastic rope which is elastic; a motion sensing detection device provided at one end of the elastic rope , wherein a battery , a circuit board and a tension sensor are provided within the motion sensing detection device , the battery and the tension sensor are electrically connected to the circuit board , the tension sensor is configured to detect a pulling force bore by the elastic rope ; a fixed pulley assembly ; an adjuster for adjusting the length of the elastic rope comprising a shell and a winding post located within the shell , the other end of the elastic rope passes into the shell , then is wound around the winding post , then passes out from the shell , and then is fixedly connected to the shell after being wound around the fixed pulley assembly .
A method comprising: providing an autonomous transport robot for transporting a payload within a storage and retrieval system , the autonomous transport robot including a payload bed having an opening and an effector for transferring the payload to and from the payload bed at least partly through the opening, characterized in that the method includes sensing a first and second edge of the payload with at least one sensor disposed adjacent the opening; and with a controller of the autonomous transport robot determining a dimension (D) of the payload based at least in part on the sensing of the first and second edge of the payload , and comparing the determined dimension (D) of the payload with a predetermined dimension of the payload . providing an autonomous transport robot for transporting a payload within a storage and retrieval system , the autonomous transport robot including a payload bed having an opening and an effector for transferring the payload to and from the payload bed at least partly through the opening, characterized in that the method includes sensing a first and second edge of the payload with at least one sensor disposed adjacent the opening; and with a controller of the autonomous transport robot determining a dimension (D) of the payload based at least in part on the sensing of the first and second edge of the payload , and comparing the determined dimension (D) of the payload with a predetermined dimension of the payload . determining a dimension (D) of the payload based at least in part on the sensing of the first and second edge of the payload , and comparing the determined dimension (D) of the payload with a predetermined dimension of the payload .
A test substance assay method comprising: (i) forming a mixed solution by mixing (a) first dry particles that are fluorescent latex particles with an average particle size of 100 nm to 200 nm and modified with first binding substances which are antibodies, antigens or complexes of these having binding properties specific to a test substance, and (b) second dry particles that are non-fluorescent latex particles with an average particle size of 100 nm to 200 nm and modified with second binding substances which are antibodies not having binding properties specific to the test substance, with (c) a test sample solution containing the test substance, the mass ratio of the second dry particles to the first dry particles being 2:1 to 6:1; (ii) applying the mixed solution obtained in the step (i) onto a substrate having a reaction site, the reaction site having third binding substances which are antibodies, antigens or complexes of these with binding properties specific to the test substance; or has substances exhibiting binding properties with respect to the first binding substances; (iii) causing the test substance to be trapped in the reaction site on the substrate; and (iv) detecting the test substance trapped in the reaction site. (i) forming a mixed solution by mixing (a) first dry particles that are fluorescent latex particles with an average particle size of 100 nm to 200 nm and modified with first binding substances which are antibodies, antigens or complexes of these having binding properties specific to a test substance, and (b) second dry particles that are non-fluorescent latex particles with an average particle size of 100 nm to 200 nm and modified with second binding substances which are antibodies not having binding properties specific to the test substance, with (c) a test sample solution containing the test substance, the mass ratio of the second dry particles to the first dry particles being 2:1 to 6:1; (ii) applying the mixed solution obtained in the step (i) onto a substrate having a reaction site, the reaction site having third binding substances which are antibodies, antigens or complexes of these with binding properties specific to the test substance; or has substances exhibiting binding properties with respect to the first binding substances; (iii) causing the test substance to be trapped in the reaction site on the substrate; and (iv) detecting the test substance trapped in the reaction site.
A prepreg comprising an epoxy resin composition and reinforcing fiber, wherein the epoxy resin composition comprises the following component [A], component [B] and component [F], wherein the glass transition temperature of a cured product, which is obtained by curing the epoxy resin composition at 180°C for 2 hours, after immersing in boiling water at 1 atm for 48 hours is 180°C or more, and wherein the theoretical molecular weight between crosslinking points α of the cured epoxy resin composition, calculated as defined in the specification, is 230 g/mol or more; [A]: A tri- or more functional binaphthalene epoxy resin represented by the following general formula (A-1); in the formula, X represents an alkylene group having 1 to 8 carbon atoms or a group represented by the following general formula (A-2); R 1 to R 5 each represent a group represented by the following general formula (A-3) or (A-4), a hydrogen atom, a halogen atom, a phenyl group or an alkyl group having 1 to 4 carbon atoms; R 1 to R 4 may be bonded to either ring of naphthalene skeletons, or may be simultaneously bonded to both rings; R 5 may be added anywhere in the benzene skeleton; three or more of R 1 to R 5 need to be a group represented by the following general formula (A-3), or alternatively, at least one group represented by the general formula (A-3) and at least one group represented by the general formula (A-4) need to be included among R 1 to R 5 , and other Rs may be the same as or different from each other; [B]: an aromatic amine compound; and [F]: a monofunctional or bifunctional epoxy resin having two or more four- or more-membered ring structures and including a glycidylamino group or glycidylether group directly bonded to the ring structure. [A]: A tri- or more functional binaphthalene epoxy resin represented by the following general formula (A-1); in the formula, X represents an alkylene group having 1 to 8 carbon atoms or a group represented by the following general formula (A-2); R 1 to R 5 each represent a group represented by the following general formula (A-3) or (A-4), a hydrogen atom, a halogen atom, a phenyl group or an alkyl group having 1 to 4 carbon atoms; R 1 to R 4 may be bonded to either ring of naphthalene skeletons, or may be simultaneously bonded to both rings; R 5 may be added anywhere in the benzene skeleton; three or more of R 1 to R 5 need to be a group represented by the following general formula (A-3), or alternatively, at least one group represented by the general formula (A-3) and at least one group represented by the general formula (A-4) need to be included among R 1 to R 5 , and other Rs may be the same as or different from each other; [B]: an aromatic amine compound; and [F]: a monofunctional or bifunctional epoxy resin having two or more four- or more-membered ring structures and including a glycidylamino group or glycidylether group directly bonded to the ring structure.
A method for isolating and purifying high-purity recombinant human serum albumin, comprising the following steps of: 1) subjecting crude extract of recombinant human serum albumin to cation exchange chromatography, adding buffers to remove endotoxin, to obtain primary product I; wherein the cation exchange chromatography is performed on a cation/hydrophobic composite resin selected from Capto-MMC or Bestarose Diamond MMC; wherein the buffers comprises a wash buffer, an equilibrium buffer I and an equilibrium buffer II; the wash buffer comprises 10-20% isopropyl alcohol by volume, the equilibrium buffer I comprises 0-10% isopropyl alcohol by volume, the equilibrium buffer II comprises 5-15% isopropyl alcohol by volume; equilibrating the chromatography column with equilibration buffer I, loading the sample , equilibrating the chromatography column with equilibration buffer II , eluting the impurities with wash buffer, eluting target protein with the elution buffer; 2) subjecting the primary product I to anion exchange chromatography to obtain secondary product II; wherein the anion exchange chromatography is performed on an anion/hydrophobic composite resin selected from Capto-Adhere or Bestarose Diamond MMA; 3) subjecting the secondary product II to hydrophobic chromatography to obtain high-purity recombinant human serum albumin; wherein the hydrophobic chromatography is performed on a resin selected from Phenyl Sepharose HP, Phenyl Sepharose FF, Phenyl Bestarose HP or Phenyl Bestarose FF. 1) subjecting crude extract of recombinant human serum albumin to cation exchange chromatography, adding buffers to remove endotoxin, to obtain primary product I; wherein the cation exchange chromatography is performed on a cation/hydrophobic composite resin selected from Capto-MMC or Bestarose Diamond MMC; wherein the buffers comprises a wash buffer, an equilibrium buffer I and an equilibrium buffer II; the wash buffer comprises 10-20% isopropyl alcohol by volume, the equilibrium buffer I comprises 0-10% isopropyl alcohol by volume, the equilibrium buffer II comprises 5-15% isopropyl alcohol by volume; equilibrating the chromatography column with equilibration buffer I, loading the sample , equilibrating the chromatography column with equilibration buffer II , eluting the impurities with wash buffer, eluting target protein with the elution buffer; 2) subjecting the primary product I to anion exchange chromatography to obtain secondary product II; wherein the anion exchange chromatography is performed on an anion/hydrophobic composite resin selected from Capto-Adhere or Bestarose Diamond MMA; 3) subjecting the secondary product II to hydrophobic chromatography to obtain high-purity recombinant human serum albumin; wherein the hydrophobic chromatography is performed on a resin selected from Phenyl Sepharose HP, Phenyl Sepharose FF, Phenyl Bestarose HP or Phenyl Bestarose FF.
A method of determining hybrid automatic repeat request, called HARQ hereinafter, resource of an uplink, called UL hereinafter, subframe for an advanced communication device, the method comprising the steps of: determining, by the advanced communication device, a first new association set of the UL subframe according to an association set of the UL subframe of a first UL/downlink, called UL/DL hereinafter, configuration of a legacy communication device ; configuring, by the advanced communication device, a first mapping between at least one sequence index of the UL subframe of the first UL/DL configuration and the first new association set according to the first UL/DL configuration ; determining, by the advanced communication device, a second new association set of the UL subframe according to an association set of the UL subframe of a second UL/DL configuration of the advanced communication device; configuring, by the advanced communication device, a second mapping between at least one sequence index of the UL subframe of the second UL/DL configuration and the second new association set according to the second UL/DL configuration; determining, by the advanced communication device, the HARQ resource of the UL subframe according to the first mapping, the second mapping, the first new association set and the second new association set ; and transmitting, by the advanced communication device, at least one HARQ feedback to a network via the HARQ resource. determining, by the advanced communication device, a first new association set of the UL subframe according to an association set of the UL subframe of a first UL/downlink, called UL/DL hereinafter, configuration of a legacy communication device ; configuring, by the advanced communication device, a first mapping between at least one sequence index of the UL subframe of the first UL/DL configuration and the first new association set according to the first UL/DL configuration ; determining, by the advanced communication device, a second new association set of the UL subframe according to an association set of the UL subframe of a second UL/DL configuration of the advanced communication device; configuring, by the advanced communication device, a second mapping between at least one sequence index of the UL subframe of the second UL/DL configuration and the second new association set according to the second UL/DL configuration; determining, by the advanced communication device, the HARQ resource of the UL subframe according to the first mapping, the second mapping, the first new association set and the second new association set ; and transmitting, by the advanced communication device, at least one HARQ feedback to a network via the HARQ resource.
A reaction test strip , comprising: a base film layer structure with water absorbency, comprising a detection layer , wherein a material of the detection layer comprises cotton fiber or glass fiber; and a detection reagent, wherein the detection reagent is distributed in the detection layer, and is configured to change a color of the base film layer structure after reacting with a sample to be detected, wherein the detection layer comprises a first detection layer and a second detection layer , the base film layer structure comprises a multi-layer film structure, and the multi-layer film structure comprises the first detection layer and the second detection layer which are stacked with each other; the detection reagent comprises a first detection reagent and a second detection reagent, the first detection reagent is distributed in the first detection layer , the second detection reagent is distributed in the second detection layer , and a detection substance comprised in the first detection reagent is different from a detection substance comprised in the second detection reagent; the first detection layer and the second detection layer have water absorbency, and a saturated water absorption of the first detection layer is less than a saturated water absorption of the second detection layer ; and a planar shape of the first detection layer is identical to a planar shape of the second detection layer , and a size of the planar shape of the first detection layer is greater than a size of the planar shape of the second detection layer . a base film layer structure with water absorbency, comprising a detection layer , wherein a material of the detection layer comprises cotton fiber or glass fiber; and a detection reagent, wherein the detection reagent is distributed in the detection layer, and is configured to change a color of the base film layer structure after reacting with a sample to be detected, wherein the detection layer comprises a first detection layer and a second detection layer , the base film layer structure comprises a multi-layer film structure, and the multi-layer film structure comprises the first detection layer and the second detection layer which are stacked with each other; the detection reagent comprises a first detection reagent and a second detection reagent, the first detection reagent is distributed in the first detection layer , the second detection reagent is distributed in the second detection layer , and a detection substance comprised in the first detection reagent is different from a detection substance comprised in the second detection reagent; the first detection layer and the second detection layer have water absorbency, and a saturated water absorption of the first detection layer is less than a saturated water absorption of the second detection layer ; and a planar shape of the first detection layer is identical to a planar shape of the second detection layer , and a size of the planar shape of the first detection layer is greater than a size of the planar shape of the second detection layer .
A vertical tap fastening device for the assembly of one end of a column that houses a pipe for transporting cold water and another pipe for hot water , comprising a main body in which a cold water conduit and a hot water conduit are housed, the conduits being intended to connect on one end the corresponding water pipes and, on the other end, the corresponding water systems of a general installation where the vertical tap is going to be installed, the device comprising: - a plurality of attachments that protrude from the main body , where each attachment incorporates a levelling element and an opening for fastening to the floor intended to receive the vertical tap , - a watertight container that incorporates a perimeter flange for fastening to the main body , configured to house the elements for connecting the tap to the device when the watertight container is sectioned, - a first adjustment part with a mouth intended to house the free end of the column for the coupling thereof, and - a second adjustment part that incorporates a pair of ducts intended to house joints located in the ends of the water pipes of the column , such that: - the fastening of the column to the device is carried out by means of threading and said fastening is locked by means of grub screws that pass through the first adjustment part , - the fastening of the first adjustment part to the main body is carried out by means of fastening elements that pass through arched grooves that enable radial adjustment of a water spout of the tap with respect to the main body , and - the connection of the cold water conduit to one of the ducts of the second adjustment part causes a bend that forms a cavity that serves as a sediment deposit . - a plurality of attachments that protrude from the main body , where each attachment incorporates a levelling element and an opening for fastening to the floor intended to receive the vertical tap , - a watertight container that incorporates a perimeter flange for fastening to the main body , configured to house the elements for connecting the tap to the device when the watertight container is sectioned, - a first adjustment part with a mouth intended to house the free end of the column for the coupling thereof, and - a second adjustment part that incorporates a pair of ducts intended to house joints located in the ends of the water pipes of the column , - the fastening of the column to the device is carried out by means of threading and said fastening is locked by means of grub screws that pass through the first adjustment part , - the fastening of the first adjustment part to the main body is carried out by means of fastening elements that pass through arched grooves that enable radial adjustment of a water spout of the tap with respect to the main body , and - the connection of the cold water conduit to one of the ducts of the second adjustment part causes a bend that forms a cavity that serves as a sediment deposit .