mhurhangee/ep-ind-claims huggingface dataset:
Sucker with at least one suction connection for a device with at least one motor, with at least one filter and with at least one flow chamber before the filter and at least one flow chamber after the filter, wherein both flow chambers (2, 10) are each equipped with at least one measuring point (12, 13, 25) to which at least one pressure sensor (15, 16) is attached, which comprises a signal connection with a controller, which sends a signal when the pressure difference (ΔP) between the pressures (P 1, P 2) in the two flow chambers (2, 10) reaches a threshold value, characterised in that one pressure sensor is a differential pressure sensor which is connected to two measuring points (12, 13) in order to record the pressure differential (ΔP) between the two flow chambers (2, 10), and in that the other pressure sensor is an absolute pressure sensor, which records the pressure (P 2) after the filter.
Aerodynamic fairing for a rear wheel of a motor vehicle, comprising a main screen positioned substantially horizontally under a subframe of the vehicle in the space situated between the rear wheels of the vehicle and in proximity to one of them, characterized in that it comprises a secondary screen forming a lateral extension advancing into the cavity of the adjacent wheel in a direction at right angles to the longitudinal direction of the vehicle, the secondary screen supporting a substantially vertical spoiler situated in the cavity of said adjacent wheel, the spoiler having a free edge turned towards the ground that has a curved profile.
A fluid monitoring and control system comprising a network of a plurality of modular components respectively having different functions and a system-wide distributed memory storing distributed variables, wherein each modular component is adapted to perform its respective function without external guidance and wherein the plurality of modular components include at least one fluid control module comprising: means for measuring a distributed variable to be controlled, the distributed variable relating to the fluid control module and being one of the distributed variables that the distributed memory stores; means for controlling the distributed variable; and means for broadcasting the value of said controlled distributed variable over the network; wherein the fluid monitoring and control system is adapted to use a broadcast message to inform all said modular components within the system of the current value of the distributed variable, said broadcast message comprising an address for the distributed variable within the system-wide distributed memory and a value for the distributed variable; and wherein the fluid monitoring and control system is adapted to use a set-point request message to request a change in the value of the distributed variable, said set-point request message comprising an address for the distributed variable within the system-wide distributed memory and a value for the distributed variable. means for measuring a distributed variable to be controlled, the distributed variable relating to the fluid control module and being one of the distributed variables that the distributed memory stores; means for controlling the distributed variable; and means for broadcasting the value of said controlled distributed variable over the network; wherein the fluid monitoring and control system is adapted to use a broadcast message to inform all said modular components within the system of the current value of the distributed variable, said broadcast message comprising an address for the distributed variable within the system-wide distributed memory and a value for the distributed variable; and wherein the fluid monitoring and control system is adapted to use a set-point request message to request a change in the value of the distributed variable, said set-point request message comprising an address for the distributed variable within the system-wide distributed memory and a value for the distributed variable.
A method for separating material mixes as a result of recycling electric and electronic devices, the material mixes having heavy metals and/or precious metals, containing fibers, preferably containing glass fibers, and containing dust, the method comprising at least one method step for mechanically and drily removing particles from fibrous mixed-material agglomerates and at least one method step for mechanically and drily unraveling fibrous mixed-material agglomerates, particles being simultaneously fractionated according to particle size in the method step for removing particles and/or particles being fractionated according to size in method step of removing particles, fractions generated in the method, in particular for recovering metals, being supplied for smelting or to a refinery, characterized in that the corresponding fractions are separated for smelting or are provided for being supplied to a refinery in at least two fractionating steps (S1, S3, S4, S5) which provide a fractionation of particles having less than 100 μm in size in one dimension.
A method performed by a first core network, CN, node in a telecommunication network, wherein the telecommunication network comprises a first radio access network, RAN, node that operates according to a first radio access technology, RAT, wherein an update to a first security configuration between a wireless device and the first RAN node is required; the method comprising: after receiving a request from the wireless device for an emergency session so that the wireless device can establish an emergency call, initiating an Emergency Service Fallback procedure to a second RAT, and ignoring the update to the first security configuration. after receiving a request from the wireless device for an emergency session so that the wireless device can establish an emergency call, initiating an Emergency Service Fallback procedure to a second RAT, and ignoring the update to the first security configuration.
A refrigerator oil comprising: a base oil comprising an oxygen-containing organic compound; and a phosphorus-based compound represented by the following general formula: wherein n represents an integer of 1 to 10; R 1 to R 8 each independently represent a hydrogen atom or an alkyl group having 1 to 20 carbon atoms; and Ar represents a divalent hydrocarbon group having 2 to 20 carbon atoms, wherein the oxygen-containing organic compound is one or more selected from a polyvinyl ether compound which is contained in an amount of 70 to 99.7 mass% relative to the whole amount of the refrigerator oil.
A thermal demand adjustment device adapted to adjust a thermal demand of an energy network including a plurality of heat-source devices, a fluid path, a plurality of air conditioners to which heat from the plurality of heat-source devices is transmitted through the fluid path, in which the plurality of heat-source devices are operated as a number of units according to a number of operating units notification signal and operated so as to set fluid in the fluid path to a predetermined value, and the plurality of air conditioners are operated to exchange thermal energy with the fluid path so as to approach an instruction value, the thermal demand adjustment device characterized by comprising: number of units notification means adapted to generate the number of operating units notification signal indicating which heat-source device is to be operated among the plurality of heat-source devices; a refrigerator characteristics database adapted to record, for every of the plurality of heat-source devices, rated output information of a plurality of heat-source devices and operation efficiency information with respect to a load factor of the plurality of heat-source devices; demand calculation means adapted to calculate the thermal demand exchanged in the air conditioners; and instruction value generation means adapted to generate the instruction value to each of the plurality of air conditioners so as to improve efficiency of the plurality of heat-source devices, wherein the instruction value generation means is adapted to generate the instruction value based on load characteristics of the plurality of heat-source devices according to the calculated thermal demand. number of units notification means adapted to generate the number of operating units notification signal indicating which heat-source device is to be operated among the plurality of heat-source devices; a refrigerator characteristics database adapted to record, for every of the plurality of heat-source devices, rated output information of a plurality of heat-source devices and operation efficiency information with respect to a load factor of the plurality of heat-source devices; demand calculation means adapted to calculate the thermal demand exchanged in the air conditioners; and instruction value generation means adapted to generate the instruction value to each of the plurality of air conditioners so as to improve efficiency of the plurality of heat-source devices, wherein the instruction value generation means is adapted to generate the instruction value based on load characteristics of the plurality of heat-source devices according to the calculated thermal demand.
A method for assessing a breast cancer disease status of a patient, comprising: obtaining a first data set for a plurality of biomarkers in a condition-positive cohort; obtaining a second data set for the plurality of biomarkers in a condition-negative cohort; wherein the plurality of biomarkers comprises prostate-specific antigen, tumor necrosis factor alpha (TNF-α), interleukin-6 (IL-6), interleukin-8 (IL-8), vascular endothelial growth factor (VEGF), and riboflavin carrier protein; processing the first data set and the second data set to reduce the influence of non-normal biomarker levels with a non-Gaussian distribution within the condition-positive cohort and the condition-negative cohort by assigning maximum and/or minimum allowable values for each biomarker to produce a first processed data set and a second processed data set; generating a disease status model by selection of at least one informative biomarker from the first processed data set as compared to the second processed data set using an analysis configured to remove a biomarker that is uninformative of disease status; inputting a patient data set for the at least one informative biomarker into the disease status model; and determining the breast cancer disease status of the patient. obtaining a first data set for a plurality of biomarkers in a condition-positive cohort; obtaining a second data set for the plurality of biomarkers in a condition-negative cohort; wherein the plurality of biomarkers comprises prostate-specific antigen, tumor necrosis factor alpha (TNF-α), interleukin-6 (IL-6), interleukin-8 (IL-8), vascular endothelial growth factor (VEGF), and riboflavin carrier protein; processing the first data set and the second data set to reduce the influence of non-normal biomarker levels with a non-Gaussian distribution within the condition-positive cohort and the condition-negative cohort by assigning maximum and/or minimum allowable values for each biomarker to produce a first processed data set and a second processed data set; generating a disease status model by selection of at least one informative biomarker from the first processed data set as compared to the second processed data set using an analysis configured to remove a biomarker that is uninformative of disease status; inputting a patient data set for the at least one informative biomarker into the disease status model; and determining the breast cancer disease status of the patient.
Latch for a motor vehicle with a locking mechanism comprising a pivotable catch with a load arm and a catch arm of an infeed section, wherein • the axis of the catch is arranged, viewed from the external end of the infeed section, laterally offset adjacent to the internal end of the infeed section, • at least an area of the axis of the catch is arranged, viewed from the external end of the infeed section, in front of the internal end of the infeed section, characterized in that • a section of the infeed section runs around the axis of the catch in an arch shape towards the internal end • and, if applicable, a section of the infeed section runs in a reverse arch shape to the external end in contrast. • the axis of the catch is arranged, viewed from the external end of the infeed section, laterally offset adjacent to the internal end of the infeed section, • at least an area of the axis of the catch is arranged, viewed from the external end of the infeed section, in front of the internal end of the infeed section, • a section of the infeed section runs around the axis of the catch in an arch shape towards the internal end • and, if applicable, a section of the infeed section runs in a reverse arch shape to the external end in contrast.
Spherical particles of transition metal carbonates, transition metal hydroxides or transition metal carbonate hydroxides comprising cations of at least two transition metals selected from nickel, cobalt, manganese, titanium, vanadium, chromium and iron, wherein the concentration of at least one of the transition metal cations, plotted against the radius of the particles in question, has at least one relative extreme value which is neither in the center nor at the edge of the particle in question, where concentration differences in the range of ± 1 mol% or less, based on relative maximum and relative minum, are not considered as extreme values, and where the particles have a constant concentration of cobalt over the diameter.
A display substrate, comprising: a base substrate; and a plurality of light emitting brightness value detectors on the base substrate; wherein each of the plurality of light emitting brightness value detectors comprises: a first thin film transistor; a protection layer made of a conductive material on a side of the first thin film transistor away from the base substrate; and a photosensor electrically connected to the first thin film transistor and configured to detect a light emitting brightness value; wherein an orthographic projection of the protection layer on the base substrate covers an orthographic projection of at least a channel part of the first thin film transistor on the base substrate, characterized in that the protection layer is electrically connected to a gate electrode of the first thin film transistor. a base substrate; and a plurality of light emitting brightness value detectors on the base substrate; wherein each of the plurality of light emitting brightness value detectors comprises: a first thin film transistor; a protection layer made of a conductive material on a side of the first thin film transistor away from the base substrate; and a photosensor electrically connected to the first thin film transistor and configured to detect a light emitting brightness value; wherein an orthographic projection of the protection layer on the base substrate covers an orthographic projection of at least a channel part of the first thin film transistor on the base substrate, characterized in that the protection layer is electrically connected to a gate electrode of the first thin film transistor. a first thin film transistor; a protection layer made of a conductive material on a side of the first thin film transistor away from the base substrate; and a photosensor electrically connected to the first thin film transistor and configured to detect a light emitting brightness value; wherein an orthographic projection of the protection layer on the base substrate covers an orthographic projection of at least a channel part of the first thin film transistor on the base substrate, characterized in that the protection layer is electrically connected to a gate electrode of the first thin film transistor.
A method for preparing a dialkyl or dialkenyl ether of a cycloaliphatic or araliphatic diol, which comprises (i) reacting the cycloaliphatic or araliphatic diol with metallic sodium in an aprotic organic solvent in the presence of a catalytic amount of at least one monoether-monoalcohol of formula wherein Y is identical or different and selected from C 2 -C 4 -alkylene, n is an integer in the range from 1 to 10, and R 1 is C 1 -C 4 -alkyl, whereby the corresponding disodium dialcoholate is obtained, (ii) reacting the disodium dialcoholate obtained in step (i) with an alkylation or alkenylation reagent. (i) reacting the cycloaliphatic or araliphatic diol with metallic sodium in an aprotic organic solvent in the presence of a catalytic amount of at least one monoether-monoalcohol of formula wherein Y is identical or different and selected from C 2 -C 4 -alkylene, n is an integer in the range from 1 to 10, and R 1 is C 1 -C 4 -alkyl, whereby the corresponding disodium dialcoholate is obtained, Y is identical or different and selected from C 2 -C 4 -alkylene, n is an integer in the range from 1 to 10, and R 1 is C 1 -C 4 -alkyl, whereby the corresponding disodium dialcoholate is obtained, (ii) reacting the disodium dialcoholate obtained in step (i) with an alkylation or alkenylation reagent.
A floatable offshore wind power plant, comprising the following features: • by means of a cable designed as a combination of a power line, which is held at least nearly without loading, and a holding cable, which at least to a large extent absorbs all of the mechanical forces occurring for holding the wind power plant at a single stationary anchoring point, the wind power plant can be connected to the anchoring point so as to be movable in six degrees of freedom, wherein a coupling is arranged in a single connecting point between the cable and the wind power plant and is formed with a slip coupling to provide an electrical connection and with a swivel coupling to provide a mechanical transmission of force; • the wind power plant has a supporting unit, in particular a float unit, which is designed as a semi-submersible with ballast units and buoyancy units; • the wind power plant has a supporting mast fixedly connected to the supporting unit and having a machine nacelle fixedly arranged thereon and has at least one rotor and at least one electric generator; • a highest possible horizontal distance is formed between the connecting point and a substantially vertical plane of rotation of the rotor • by means of a cable designed as a combination of a power line, which is held at least nearly without loading, and a holding cable, which at least to a large extent absorbs all of the mechanical forces occurring for holding the wind power plant at a single stationary anchoring point, the wind power plant can be connected to the anchoring point so as to be movable in six degrees of freedom, wherein a coupling is arranged in a single connecting point between the cable and the wind power plant and is formed with a slip coupling to provide an electrical connection and with a swivel coupling to provide a mechanical transmission of force; • the wind power plant has a supporting unit, in particular a float unit, which is designed as a semi-submersible with ballast units and buoyancy units; • the wind power plant has a supporting mast fixedly connected to the supporting unit and having a machine nacelle fixedly arranged thereon and has at least one rotor and at least one electric generator; • a highest possible horizontal distance is formed between the connecting point and a substantially vertical plane of rotation of the rotor
Switched capacitor array circuitry configured for fast waveform digitizing, comprising: a) a number of channels (CH0-CH11); each channel having a number n of sampling cells; b) a domino wave circuit configured to generate a domino wave as write signal for the sampling cells, said write signal for each individual cell being generated by a series of n double inverters (10a, 10b); c) each sampling cell configured to receive and store a snapshot of the waveform when the respective sampling cell has an opened write switch caused by the respective write signal (WRITE); d) a stop circuit configured to receive an external trigger signal in order to disempower the domino wave after an external delay for a predetermined amount of time and to generate a stop position pulse; e) a read shift register being preset with the position of the domino wave at the stop pulse and being read out in a serial or parallel way for reading the stop position when the domino wave was disempowered; and f) a readout circuit configured for consecutively reading out the sampled signal in a predetermined number of the sampling cells, thereby starting the readout at the sampling cell corresponding to the stop position. a) a number of channels (CH0-CH11); each channel having a number n of sampling cells; b) a domino wave circuit configured to generate a domino wave as write signal for the sampling cells, said write signal for each individual cell being generated by a series of n double inverters (10a, 10b); c) each sampling cell configured to receive and store a snapshot of the waveform when the respective sampling cell has an opened write switch caused by the respective write signal (WRITE); d) a stop circuit configured to receive an external trigger signal in order to disempower the domino wave after an external delay for a predetermined amount of time and to generate a stop position pulse; e) a read shift register being preset with the position of the domino wave at the stop pulse and being read out in a serial or parallel way for reading the stop position when the domino wave was disempowered; and f) a readout circuit configured for consecutively reading out the sampled signal in a predetermined number of the sampling cells, thereby starting the readout at the sampling cell corresponding to the stop position.
A method for catalytic oxidation of cellulose using a heterocyclic nitroxyl radical as catalyst, main oxidant acting as oxygen source, and an activator of the heterocyclic nitroxyl radical, characterized in that the activator is selected from cyclic tertiary amines hexamethylenetetramine, 1,4-diazabicyclo[2,2,2]octane (DABCO) and quinuclidine, and - hypochlorite is used as the main oxidant together with the cyclic tertiary amine. - hypochlorite is used as the main oxidant together with the cyclic tertiary amine.
Rail vehicle with a person anti-trapping means arranged at the head, wherein the person anti-trapping means is arranged on a bogie of the rail vehicle so as to be displaceable in the vertical direction, wherein the rail vehicle comprises at least one stop for the person anti-trapping means and at least one resetting means, which stop is arranged at a predetermined, substantially vertical distance from the bogie, wherein the person anti-trapping means is in an inoperative position when lying against the stop, wherein the resetting means is designed to apply a resetting force to the person anti-trapping means, said resetting force acting in the direction of the stop in order to displace the person anti-trapping means in the direction of the stop when said person anti-trapping means is displaced towards the bogie from the inoperative position, characterized in that the stop is arranged on the rail vehicle via a holding device which is designed in such a manner that the predetermined distance of the stop from the bogie can be adjusted.
A surgical tissue removal system for removing a target tissue of a subject, the system comprising a cutting head having: an outer perimeter that circumscribes a lumen through the cutting head, the lumen having a central axis; and a backward cutting blade configured as a talon for cutting tissue in a backward stroke of the cutting head and hooking tissue for removal, wherein the backward cutting blade is positioned on a distal edge of the outer perimeter. an outer perimeter that circumscribes a lumen through the cutting head, the lumen having a central axis; and a backward cutting blade configured as a talon for cutting tissue in a backward stroke of the cutting head and hooking tissue for removal, wherein the backward cutting blade is positioned on a distal edge of the outer perimeter.