mhurhangee/ep-ind-claims huggingface dataset:
An adaptive management method for a wireless transmission network comprising a base station and wireless relay stations, the method being applied in a wireless transmission network group comprising a base station and wireless relay stations subordinated to the base station, and the method comprising the following steps of: (a) a management node in the wireless transmission network group constructing a wireless network topology information structure of the group (11, 20); (b) the management node updating the wireless network topology information of the group when a network topology relationship of the wireless transmission network group changes (12, 21); (c) the management node utilizing the wireless network topology information of the group and a corresponding strategy to manage wireless relay stations and mobile terminals subordinated to the management node; characterized in that the method further comprises: said management nodes of adjacent wireless transmission network groups exchanging the wireless network topology information or the wireless network topology information together with wireless link status information of the respective wireless transmission network groups, and during a handover of a wireless relay station, when the wireless relay station detects a node in an adjacent cell, the base station selecting a target node based on the wireless network topology information or the wireless network topology information together with the wireless link status information of the wireless transmission network group of the adjacent cell and a corresponding strategy. (a) a management node in the wireless transmission network group constructing a wireless network topology information structure of the group (11, 20); (b) the management node updating the wireless network topology information of the group when a network topology relationship of the wireless transmission network group changes (12, 21); (c) the management node utilizing the wireless network topology information of the group and a corresponding strategy to manage wireless relay stations and mobile terminals subordinated to the management node; said management nodes of adjacent wireless transmission network groups exchanging the wireless network topology information or the wireless network topology information together with wireless link status information of the respective wireless transmission network groups, and during a handover of a wireless relay station, when the wireless relay station detects a node in an adjacent cell, the base station selecting a target node based on the wireless network topology information or the wireless network topology information together with the wireless link status information of the wireless transmission network group of the adjacent cell and a corresponding strategy.
A laundry treatment composition comprising: (i) from 2 to 70 wt% of a surfactant; and, (ii) from 0.0001 to 0.1 wt% of a blue or violet cationic azine dye which is not covalently bound to a negatively charged substituent, the cationic azine dye is selected from the following substituted and unsubstituted structures: and wherein An - is a negative anion; and wherein the dashed ring may be present or absent. (i) from 2 to 70 wt% of a surfactant; and, (ii) from 0.0001 to 0.1 wt% of a blue or violet cationic azine dye which is not covalently bound to a negatively charged substituent, the cationic azine dye is selected from the following substituted and unsubstituted structures: and wherein An - is a negative anion; and wherein the dashed ring may be present or absent.
A vehicle control method, comprising: when a vehicle is moving, in a case that an occluding object is detected, determining a hard brake speed limit point and a potential collision point according to a planned path of the vehicle and position information of the occluding object, wherein a movement speed of the occluding object is less than or equal to a first threshold, and the hard brake speed limit point is a closest position where an area occluded by the occluding object is detectable; wherein the first threshold is less than a current speed of the vehicle; calculating a speed limit value of the hard brake speed limit point based on a distance between the hard brake speed limit point and the potential collision point; in a case that a planned speed of the vehicle at the hard brake speed limit point is less than or equal to the speed limit value, controlling the vehicle to move at the planned speed; wherein the method is characterized in that, before determining a hard brake speed limit point and a potential collision point according to a planned path of the vehicle and position information of the occluding object, the method further comprises: filtering out each occluding object whose transverse distance from the planned path of the vehicle is greater than a second threshold, and filtering out each occluding object incapable of occluding a pedestrian, wherein each occluding object incapable of occluding the pedestrian is less than 0.5 meters in length, less than 0.3 meters in width, and less than 1.0 meter in height. when a vehicle is moving, in a case that an occluding object is detected, determining a hard brake speed limit point and a potential collision point according to a planned path of the vehicle and position information of the occluding object, wherein a movement speed of the occluding object is less than or equal to a first threshold, and the hard brake speed limit point is a closest position where an area occluded by the occluding object is detectable; wherein the first threshold is less than a current speed of the vehicle; calculating a speed limit value of the hard brake speed limit point based on a distance between the hard brake speed limit point and the potential collision point; in a case that a planned speed of the vehicle at the hard brake speed limit point is less than or equal to the speed limit value, controlling the vehicle to move at the planned speed; wherein the method is characterized in that, before determining a hard brake speed limit point and a potential collision point according to a planned path of the vehicle and position information of the occluding object, the method further comprises: filtering out each occluding object whose transverse distance from the planned path of the vehicle is greater than a second threshold, and filtering out each occluding object incapable of occluding a pedestrian, wherein each occluding object incapable of occluding the pedestrian is less than 0.5 meters in length, less than 0.3 meters in width, and less than 1.0 meter in height.
A method of requesting an initial attachment of a user equipment (11, 50), UE, to a packet switched mobile communication network, comprising the following steps executed by the UE: - analyzing the communication capability of the UE (11, 50); - analyzing a user preference, stored in the UE (11, 50); - determining an access point name, APN, based on the result of both analysis, wherein the APN is an address of a gateway node between the packet switched mobile communication network and a further packet switched network, wherein the APN is determined from a list of APNs which are related to the communication capabilities of the UE (11, 50) and the user preference and wherein the list is arranged in a priority order such that the APN with the highest priority is determined; - providing the APN to a control node of the packet switched mobile communication network to establish a bearer to the gateway node. - analyzing the communication capability of the UE (11, 50); - analyzing a user preference, stored in the UE (11, 50); - determining an access point name, APN, based on the result of both analysis, wherein the APN is an address of a gateway node between the packet switched mobile communication network and a further packet switched network, wherein the APN is determined from a list of APNs which are related to the communication capabilities of the UE (11, 50) and the user preference and wherein the list is arranged in a priority order such that the APN with the highest priority is determined; - providing the APN to a control node of the packet switched mobile communication network to establish a bearer to the gateway node.
A method for acquiring data to determine likelihood of canceration of endometriosis ovarian cyst, including a step of measuring the concentration of iron in a cyst fluid of said endometriosis ovarian cyst, the determination being made by at least one of following criteria of (a) to (c): (a) likelihood of canceration of endometriosis ovarian cyst is determined when the total iron concentration in the cyst fluid is higher than 0 mg/L and equal to or less than 63 mg/L; (b) likelihood of canceration of endometriosis ovarian cyst is determined when the heme iron concentration in the cyst fluid is higher than 0 mg/L and equal to or less than 63 mg/L; (c) likelihood of canceration is determined when the free iron concentration in the cyst fluid is higher than 0 mg/L and equal to or less than 10 mg/L; characterized in that it includes a step of measuring a ratio of met-heme/oxy-heme in the cyst fluid of endometriosis ovarian cyst wherein: - no likelihood of canceration of the endometriosis ovarian cyst is determined when the ratio of concentration of met-heme/oxy-heme in cyst fluid is not lower than 1/1, - a likelihood of canceration of the endometriosis ovarian cyst is determined when the ratio of concentration of met-heme/oxy-heme in cyst fluid is lower than 1/1. (a) likelihood of canceration of endometriosis ovarian cyst is determined when the total iron concentration in the cyst fluid is higher than 0 mg/L and equal to or less than 63 mg/L; (b) likelihood of canceration of endometriosis ovarian cyst is determined when the heme iron concentration in the cyst fluid is higher than 0 mg/L and equal to or less than 63 mg/L; (c) likelihood of canceration is determined when the free iron concentration in the cyst fluid is higher than 0 mg/L and equal to or less than 10 mg/L; - no likelihood of canceration of the endometriosis ovarian cyst is determined when the ratio of concentration of met-heme/oxy-heme in cyst fluid is not lower than 1/1, - a likelihood of canceration of the endometriosis ovarian cyst is determined when the ratio of concentration of met-heme/oxy-heme in cyst fluid is lower than 1/1.
A computer-implemented method of generating a predictive model for predicting physical properties of one or more monoclonal antibodies (mAbs) comprising: determining experimental data associated with one or more monoclonal antibodies (mAbs); determining computationally-derived data associated with the one or more mAbs, wherein the computationally-derived data comprises one or more computational parameters, wherein the one or more computational parameters comprises one or more charge values associated with one or more residues in one or more regions of the one or more mAbs; calculating, based on a solvent accessible surface of the one or more residues in the one or more regions of the one or more mAbs, a weighting factor; adjusting, based on the weighting factor, the one or more charge values associated with the one or more residues; determining, based on the adjusted one or more charge values associated with the one or more residues, a charge value associated with each region of the one or more regions; and generating, based on the experimental data and the computationally-derived data, a predictive model, wherein the computationally-derived data comprises the charge values associated with each region of the one or more regions. determining experimental data associated with one or more monoclonal antibodies (mAbs); determining computationally-derived data associated with the one or more mAbs, wherein the computationally-derived data comprises one or more computational parameters, wherein the one or more computational parameters comprises one or more charge values associated with one or more residues in one or more regions of the one or more mAbs; calculating, based on a solvent accessible surface of the one or more residues in the one or more regions of the one or more mAbs, a weighting factor; adjusting, based on the weighting factor, the one or more charge values associated with the one or more residues; determining, based on the adjusted one or more charge values associated with the one or more residues, a charge value associated with each region of the one or more regions; and generating, based on the experimental data and the computationally-derived data, a predictive model, wherein the computationally-derived data comprises the charge values associated with each region of the one or more regions.
A mobile station configured to interact with a base station subsystem, BSS, (202 1), the BSS including a base transceiver station, BTS, (210 1), the mobile station comprising: a processor; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the mobile station is operable to: receive, from the BSS, a multilateration request; in response to receipt of the multilateration request, estimate a synchronization accuracy (264 1) with the BTS; and, transmit, to the BSS, a Radio Link Control, RLC, data block (270 1) that includes at least [i] a Temporary Logical Link Identifier, TLLI, of the mobile station, and [ii] the estimated synchronization accuracy. a processor; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the mobile station is operable to: receive, from the BSS, a multilateration request; in response to receipt of the multilateration request, estimate a synchronization accuracy (264 1) with the BTS; and, transmit, to the BSS, a Radio Link Control, RLC, data block (270 1) that includes at least [i] a Temporary Logical Link Identifier, TLLI, of the mobile station, and [ii] the estimated synchronization accuracy. receive, from the BSS, a multilateration request; in response to receipt of the multilateration request, estimate a synchronization accuracy (264 1) with the BTS; and, transmit, to the BSS, a Radio Link Control, RLC, data block (270 1) that includes at least [i] a Temporary Logical Link Identifier, TLLI, of the mobile station, and [ii] the estimated synchronization accuracy.
A furnace system for partial heating of sheet steel parts to a temperature above the Ac3 temperature with a production furnace for heating the sheet steel parts to a temperature close to but below the Ac3 temperature, characterized in that the furnace system also has a profiling furnace with at least one level, wherein the at least one level has an upper part and a lower part, as well as a receptacle for a product-specific intermediate flange and the product-specific intermediate flange introduced therein, and wherein the product-specific intermediate flange is configured to impart a predetermined temperature profile to the component, with temperatures above Ac3 for areas to be hardened and below Ac3 for softer areas, and means for active cooling of individual areas.
A method of determining the functioning of a piezoelectric sensor, wherein the piezoelectric sensor is part of a device for determining the flow rate of a fluid in a hollow body; wherein the device comprises at least one baffle arranged in the hollow body; and the piezoelectric sensor arranged at a certain distance downstream of the baffle viewed in the direction of flow for the determination of disturbances that have been induced into the flow by the baffle; and wherein the piezoelectric sensor is set to vibrate in a pulsed manner by an exciter, the signal sequence of the vibration during the decay time is determined and is compared with a reference curve that corresponds to the signal sequence during the decay time of a functioning piezoelectric sensor. wherein the piezoelectric sensor is part of a device for determining the flow rate of a fluid in a hollow body; wherein the device comprises at least one baffle arranged in the hollow body; and the piezoelectric sensor arranged at a certain distance downstream of the baffle viewed in the direction of flow for the determination of disturbances that have been induced into the flow by the baffle; and wherein the piezoelectric sensor is set to vibrate in a pulsed manner by an exciter, the signal sequence of the vibration during the decay time is determined and is compared with a reference curve that corresponds to the signal sequence during the decay time of a functioning piezoelectric sensor.
A catalyst for methanation reaction producing methane by hydrogenating carbon dioxide, carbon monoxide or their mixture, consisting of, based on the metals in the elemental state: A) Zr for providing tetragonal zirconia support: 18-70 atomic %, B) one or more of tetragonal zirconia-stabilizing element selected from the group consisting of Y, La, Pr, Nd, Sm, Gd, Dy, Ca and Mg (in case of two or more are used, in total): 1-20 atomic %, and C) at least one of the iron group elements being supported on the tetragonal zirconia support and acting as the active site: 25-80 atomic %; wherein the support, the tetragonal zirconia structure oxide, is stabilized by incorporating not only the stabilizing element or elements but also a portion of the iron group element or elements; wherein the iron group element or elements in the metallic state are supported on the support; and wherein Ni shares at least 60 atomic % of the iron group element or elements and the rest may be one or both of Co and Fe, wherein the catalyst is obtainable by a process, comprising the steps of: mixing aqueous zirconia sol, aqueous solution for the stabilizing element or elements, and aqueous solution of the iron group element or elements in such a ratio that satisfies the conditions set forth above; concentrating the mixture to dry and calcining, then subjecting to reducing treatment to form the catalyst in which the iron group element or elements in the metallic state are supported on the tetragonal zirconia structure oxide stabilized by incorporating the stabilizing element or elements as well as the portion of the iron group element or elements. A) Zr for providing tetragonal zirconia support: 18-70 atomic %, B) one or more of tetragonal zirconia-stabilizing element selected from the group consisting of Y, La, Pr, Nd, Sm, Gd, Dy, Ca and Mg (in case of two or more are used, in total): 1-20 atomic %, and C) at least one of the iron group elements being supported on the tetragonal zirconia support and acting as the active site: 25-80 atomic %; mixing aqueous zirconia sol, aqueous solution for the stabilizing element or elements, and aqueous solution of the iron group element or elements in such a ratio that satisfies the conditions set forth above; concentrating the mixture to dry and calcining, then subjecting to reducing treatment to form the catalyst in which the iron group element or elements in the metallic state are supported on the tetragonal zirconia structure oxide stabilized by incorporating the stabilizing element or elements as well as the portion of the iron group element or elements.
A method of attenuating a bacterium compared to a bacterium with the native sequence, comprising: deoptimizing at least twenty native codons in a coding sequence of the bacterium, thereby generating a deoptimized coding sequence, and wherein the native codons are deoptimized by replacement with a synonymous codon less frequently used in the bacterium. deoptimizing at least twenty native codons in a coding sequence of the bacterium, thereby generating a deoptimized coding sequence, and wherein the native codons are deoptimized by replacement with a synonymous codon less frequently used in the bacterium.
A method of preparing a spray dried dry powder preparation of bendamustine or a pharmaceutically acceptable salt thereof comprising one or more pharmaceutically acceptable excipients, the method comprising the steps of: a. combining, in a continuous manner, a non-aqueous solution comprising bendamustine or a pharmaceutically acceptable salt thereof at a concentration of 2 to 300 mg/mL in 100% v/v organic solvent with an aqueous solution comprising one or more pharmaceutically acceptable excipients selected from a group consisting of mannitol, maltitol, sorbitol, erythritol, xylitol, lactitol, lactose, sucrose, glycose, maltose, trehalose, dextrose, or combinations thereof to form a pre-drying solution; and b. continuously spray drying the resulting combined solution, wherein the drying step comprises: b.1. continuously feeding the pre-drying solution(s) into a spray drying chamber through atomizer nozzle(s); and b.2. continuously blowing air or inert gas of high enthalpy or applying vacuum into the drying chamber at less than 101kPa pressure (0.99 atm). a. combining, in a continuous manner, a non-aqueous solution comprising bendamustine or a pharmaceutically acceptable salt thereof at a concentration of 2 to 300 mg/mL in 100% v/v organic solvent with an aqueous solution comprising one or more pharmaceutically acceptable excipients selected from a group consisting of mannitol, maltitol, sorbitol, erythritol, xylitol, lactitol, lactose, sucrose, glycose, maltose, trehalose, dextrose, or combinations thereof to form a pre-drying solution; and b. continuously spray drying the resulting combined solution, wherein the drying step comprises: b.1. continuously feeding the pre-drying solution(s) into a spray drying chamber through atomizer nozzle(s); and b.2. continuously blowing air or inert gas of high enthalpy or applying vacuum into the drying chamber at less than 101kPa pressure (0.99 atm). b.1. continuously feeding the pre-drying solution(s) into a spray drying chamber through atomizer nozzle(s); and b.2. continuously blowing air or inert gas of high enthalpy or applying vacuum into the drying chamber at less than 101kPa pressure (0.99 atm).