mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving a multiple-input multiple-output system communication signal comprising at least one primary common pilot signal at a first power level from a first transmit antenna, a secondary common pilot signal at a second power level different from the first power level from a second transmit antenna, and a data channel transmitted from the first and second transmit antennas; receiving a higher layer signaling indicating the ratio between the first power level and the second power level, and the ratio between the first power level and the power level of the data channel; estimating the first power level of the communication signal from a receive sample covariance matrix and the higher layer signaling; applying the first power level as estimated to calculate linear minimum mean square error coefficients; and applying the linear minimum mean square error coefficients to process the communication signal. receiving a multiple-input multiple-output system communication signal comprising at least one primary common pilot signal at a first power level from a first transmit antenna, a secondary common pilot signal at a second power level different from the first power level from a second transmit antenna, and a data channel transmitted from the first and second transmit antennas; receiving a higher layer signaling indicating the ratio between the first power level and the second power level, and the ratio between the first power level and the power level of the data channel; estimating the first power level of the communication signal from a receive sample covariance matrix and the higher layer signaling; applying the first power level as estimated to calculate linear minimum mean square error coefficients; and applying the linear minimum mean square error coefficients to process the communication signal.
A pitched roof element comprising a ridge purlin and an inferior purlin, made of at least two prefabricated modules, each prefabricated module comprising a frame made of at least two first beams being arranged in a distance and running parallel to each other and two second beams running rectangular to the first beams and being connected to the ends of the first beams forming a compartment into which a first layer of an insulation made of mineral fibers and a binding agent is inserted and comprising a second layer of the insulation being arranged above the first layer of the insulation covering the frame and being fixed at least to the first and/or the second beams, whereby the second layer of the insulation has a higher bulk density than the first layer of the insulation and whereby the first beams have a length being at least equal to an extension of a roof between the ridge purlin and the inferior purlin, whereby the modules are connected pivotally to each other via a hinge being connected to the second beam of each frame so that the frames can be moved from a position in which the first beams of the frames are running parallel to each other and lying on each other to a position in which the frames enclose an angle between the first beams in the area of the hinge being at least equal to an angle between two halves of the roof element forming a V-shaped adjustment.
A method of processing an audio signal, the method comprising: separating the audio signal into a first harmonic signal and a first percussion signal; generating a second harmonic signal by adjusting a gain of the first harmonic signal and a second percussion signal by adjusting a gain of the first percussion signal; and adding the second harmonic signal and the second percussion signal, wherein a difference between the gain of the first harmonic signal and the gain of the first percussion signal is less than or equal to a preset value. separating the audio signal into a first harmonic signal and a first percussion signal; generating a second harmonic signal by adjusting a gain of the first harmonic signal and a second percussion signal by adjusting a gain of the first percussion signal; and adding the second harmonic signal and the second percussion signal,
A pivot motor comprising, a stator and an armature spaced from the stator by an air gap, the armature having a magnetic assembly on a first end, a drive arm on an opposite second end, and a pivot between the first end and the second end, the magnetic assembly having first and second permanent magnets (66, 68) each having an outer face that is exposed to the stator, the first magnet and the second magnet being oriented at an oblique angle with respect to each other, the magnetic assembly further having a flux bridge located on an inner face (72, 74) of the first and second permanent magnets (66, 68) that is opposite to the outer face, the flux bridge having a triangular cross-section so as to occupy the space between the inner faces (72, 74) of the magnets (66, 68), the flux bridge having a first surface in contact with the first permanent magnet, a second surface in contact with the second permanent magnet, and a back surface between the first and second surfaces (76,78), the stator having a plurality of laminations, the laminations having a back, first and second outer arms (56, 58) and a center arm arranged so as to form an E shape, and a coil surrounding the center arm, the armature further having a first spring adjacent one side of the armature and a second spring adjacent an opposite side of the armature, the first and second springs (48, 50) being tensioned so that the armature is centered adjacent the center arm of the laminations when the motor is not operative, the outer face of the first permanent magnet being spaced from and oriented towards the first arm when the motor is not operative, the outer face of the second permanent magnet being spaced from and oriented towards the second arm when the motor is not operative, wherein the armature further includes a plastic piece, the plastic piece having an armature arm, the armature arm having a pair of opposed openings for the first and second springs (48, 50) respectively, a slot that receives the flux bridge, and an alignment skeleton that sets the first and second permanent magnets (66, 68) in the armature arm while allowing direct contact between the first permanent magnet and the flux bridge, and direct contact between the second permanent magnet and the flux bridge. the armature having a magnetic assembly on a first end, a drive arm on an opposite second end, and a pivot between the first end and the second end, the magnetic assembly having first and second permanent magnets (66, 68) each having an outer face that is exposed to the stator, the first magnet and the second magnet being oriented at an oblique angle with respect to each other, the magnetic assembly further having a flux bridge located on an inner face (72, 74) of the first and second permanent magnets (66, 68) that is opposite to the outer face, the flux bridge having a triangular cross-section so as to occupy the space between the inner faces (72, 74) of the magnets (66, 68), the flux bridge having a first surface in contact with the first permanent magnet, a second surface in contact with the second permanent magnet, and a back surface between the first and second surfaces (76,78),
A system for improving growth of at least one part of one or more plants comprising chlorophyll, the system comprising: - at least one light emitting device, such as a light emitting diode, for irradiating the at least one plant part - at least one light sensor for picking up light from the at least one part, and communication capabilities for facilitating communication between the at least one light sensor and, the at least one light emitting device, characterized in that said at least one light sensor monitors plant biochemical attributes by measuring light intensity a wavelength range corresponding to chlorophyll fluorescence and/or to measure light intensity in a wavelength range corresponding to leaf light reflectance, and in that said system further comprises a processor configured to: read data from the at least one light sensor via the communication capabilities, said data includes parameters including chlorophyll fluorescence and/or leaf light reflectance of the plant, generate a control signal based on the data and a reference, wherein the reference is based on at least one of chlorophyll fluorescence and/or leaf light reflectance, and control, based on the control signal, the at least one light emitting device via the communication capabilities to emit light in order to improve plant growth and attributes. - at least one light emitting device, such as a light emitting diode, for irradiating the at least one plant part - at least one light sensor for picking up light from the at least one part, and communication capabilities for facilitating communication between the at least one light sensor and, the at least one light emitting device, characterized in that said at least one light sensor monitors plant biochemical attributes by measuring light intensity a wavelength range corresponding to chlorophyll fluorescence and/or to measure light intensity in a wavelength range corresponding to leaf light reflectance, and in that said system further comprises a processor configured to: read data from the at least one light sensor via the communication capabilities, said data includes parameters including chlorophyll fluorescence and/or leaf light reflectance of the plant, generate a control signal based on the data and a reference, wherein the reference is based on at least one of chlorophyll fluorescence and/or leaf light reflectance, and control, based on the control signal, the at least one light emitting device via the communication capabilities to emit light in order to improve plant growth and attributes. read data from the at least one light sensor via the communication capabilities, said data includes parameters including chlorophyll fluorescence and/or leaf light reflectance of the plant, generate a control signal based on the data and a reference, wherein the reference is based on at least one of chlorophyll fluorescence and/or leaf light reflectance, and control, based on the control signal, the at least one light emitting device via the communication capabilities to emit light in order to improve plant growth and attributes.
A method for manufacturing an anode for a cable-type secondary battery, comprising the steps of: forming a lithium-containing electrode layer on the outer surface of a wire-type current collector; and surrounding the outer surface of the lithium-containing electrode layer with a substrate for forming a polymer layer spirally, and multi-lateral pressing the outside of the substrate for forming a polymer layer to form a polymer layer on the lithium-containing electrode layer, wherein the polymer layer comprises a hydrophobic polymer, an ion conductive polymer, and a binder for binding the hydrophobic polymer and the ion conductive polymer with each other; wherein the wire-type current collector surrounded with the substrate for forming a polymer layer is rotated around the longitudinal direction of the wire-type current collector as a rotation axis while carrying out the multi-lateral pressing, wherein the multi-lateral pressing is carried out by co-rotating one or more press members that are in contact with the outer surface of the substrate for forming a polymer layer; and wherein the multi-lateral pressing is carried out at a temperature of 80-100°C under a pressure of 1.0-1.5 kg/cm 2. forming a lithium-containing electrode layer on the outer surface of a wire-type current collector; and surrounding the outer surface of the lithium-containing electrode layer with a substrate for forming a polymer layer spirally, and multi-lateral pressing the outside of the substrate for forming a polymer layer to form a polymer layer on the lithium-containing electrode layer, wherein the polymer layer comprises a hydrophobic polymer, an ion conductive polymer, and a binder for binding the hydrophobic polymer and the ion conductive polymer with each other; wherein the wire-type current collector surrounded with the substrate for forming a polymer layer is rotated around the longitudinal direction of the wire-type current collector as a rotation axis while carrying out the multi-lateral pressing, wherein the multi-lateral pressing is carried out by co-rotating one or more press members that are in contact with the outer surface of the substrate for forming a polymer layer; and wherein the multi-lateral pressing is carried out at a temperature of 80-100°C under a pressure of 1.0-1.5 kg/cm 2.
A method of manufacturing fiberglass insulation products comprising contacting fibers selected from the group consisting of mineral fibers and glass fibers with a thermally-curable aqueous and formaldehyde free binder and curing said binder to form a thermoset material, wherein the binder comprises Maillard reactants including an amine being selected from the group consisting of an ammonium salt of monomeric polycarboxylic acids and a carbohydrate selected from the group consisting of dextrose, xylose, fructose and dihydroxyacetone.
A fertilizer product for application to soil comprising: a quantity of a solid fertilizer; and a dried residue of a polymer-containing composition on said fertilizer, said polymer-containing composition including a substantially water soluble copolymer containing individual quantities of maleic and itaconic moieties, water, an organic compound drying agent, and 0.5 to 5 % by weight of boron as boric acid, said fertilizer product being prepared by initially formulating said aqueous polymer-containing composition, then applying the formulated polymer-containing composition to said fertilizer, and thereafter allowing said drying agent and a substantial part of the water present in the composition to evaporate to leave said dried residue of said polymer-containing composition on said fertilizer, so that the fertilizer product does not include said drying agent or water to any substantial degree. a quantity of a solid fertilizer; and a dried residue of a polymer-containing composition on said fertilizer, said polymer-containing composition including a substantially water soluble copolymer containing individual quantities of maleic and itaconic moieties, water, an organic compound drying agent, and 0.5 to 5 % by weight of boron as boric acid, said fertilizer product being prepared by initially formulating said aqueous polymer-containing composition, then applying the formulated polymer-containing composition to said fertilizer, and thereafter allowing said drying agent and a substantial part of the water present in the composition to evaporate to leave said dried residue of said polymer-containing composition on said fertilizer, so that the fertilizer product does not include said drying agent or water to any substantial degree.
Device for removing bodywork deformations with a housing having interchangeable supports, a freely-rotating bar with a handle at its upper end and a rod drive to move the bar with respect to the directing surface of the body, and with an assembly for connecting the bar to the rod drive, wherein the running part of the bar is smooth and cylindrical and the connecting assembly is mounted on the bar in the form of a clamping plate that is pre-sprung with respect to the housing, characterised in that - the bar is provided with a welded endpiece at its lower end, - the housing is designed as a frame, wherein the clamping plate is supported on the frame leg facing away from the body, - the spring facing the body is supported on clamping plate, and - in the initial state, the clamping plate is supported on a projection of the housing facing the body. - the bar is provided with a welded endpiece at its lower end, - the housing is designed as a frame, wherein the clamping plate is supported on the frame leg facing away from the body, - the spring facing the body is supported on clamping plate, and - in the initial state, the clamping plate is supported on a projection of the housing facing the body.
A method for determining a channel quality indicator value in coordinated multi-point transmission/reception (COMP), comprising the steps of: feeding back, by a receiving side, an independent CQI value or normalized useful signal power of each point of all or part of points in a COMP measurement set or reporting set to a network side; feeding back, by the receiving side, a correlation coefficient; characterized in that the correlation coefficient is the average value calculated according to all the correlation coefficients between the channel of each point and the channel of a master serving point and corresponding weight values determined by the useful signal powers of all points; and determining, by the network side, the CQI value used for coordinated multi-point transmission/reception according to the correlation coefficient and the independent CQI value of each point or normalized useful signal power. feeding back, by a receiving side, an independent CQI value or normalized useful signal power of each point of all or part of points in a COMP measurement set or reporting set to a network side; feeding back, by the receiving side, a correlation coefficient; characterized in that the correlation coefficient is the average value calculated according to all the correlation coefficients between the channel of each point and the channel of a master serving point and corresponding weight values determined by the useful signal powers of all points; and determining, by the network side, the CQI value used for coordinated multi-point transmission/reception according to the correlation coefficient and the independent CQI value of each point or normalized useful signal power.
An assembly (100, 300, 500, 700, 800) for forming a seal in a spring brake actuator comprising: a pushrod, 310, 510, 710) having a first sealing surface (120, 320,520, 720), a center body (160, 360, 560, 760, 860) having a second sealing surface (170, 370, 570, 770, 870), a cavity, the cavity located between the first surface and the second surface, and one or more sealing elements (140, 145; 340, 345; 540, 545; 740, 745, 748; 840, 845) located within the cavity, characterised by one or more retaining elements (130, 135; 330, 335; 530, 535; 730, 735; 830, 845) located within the cavity, the one or more retaining elements retaining the one or more sealing elements within the cavity, the one or more retaining elements having edges (230, 235) that fit into one or more holes (210, 215) allowing for the retainer elements to be retained in a bore and the one or more sealing elements providing a seal, so as to seal the first sealing surface (120, 320,520, 720) to the second surface (170, 370, 570, 770, 870) wherein the diameter of the one or more sealing elements (140, 145; 340, 345; 540, 545; 740, 745, 748; 840, 845) is greater than the distance between the first and second sealing surfaces. a pushrod, 310, 510, 710) having a first sealing surface (120, 320,520, 720), a center body (160, 360, 560, 760, 860) having a second sealing surface (170, 370, 570, 770, 870), a cavity, the cavity located between the first surface and the second surface, and one or more sealing elements (140, 145; 340, 345; 540, 545; 740, 745, 748; 840, 845) located within the cavity, characterised by one or more retaining elements (130, 135; 330, 335; 530, 535; 730, 735; 830, 845) located within the cavity, the one or more retaining elements retaining the one or more sealing elements within the cavity, the one or more retaining elements having edges (230, 235) that fit into one or more holes (210, 215) allowing for the retainer elements to be retained in a bore and the one or more sealing elements providing a seal, so as to seal the first sealing surface (120, 320,520, 720) to the second surface (170, 370, 570, 770, 870) wherein the diameter of the one or more sealing elements (140, 145; 340, 345; 540, 545; 740, 745, 748; 840, 845) is greater than the distance between the first and second sealing surfaces.
Arrangement for checking cross-axially conveyed rod-shaped articles of the tobacco processing industry, in particular for checking liquid-filled capsules in filters of filter cigarettes, with at least one trough conveying device (10, 20) having troughs (12, 22) for receiving and cross-axial conveying of rod-shaped articles and at least one capacitive HF measuring device having at least one measuring capacitor (34, 34'), wherein the at least one capacitive HF measuring device, along a conveying path of the rod-shaped articles, has at least one longitudinally extended lateral passage channel open on one side or both sides for a section of the articles projecting over the respective troughs (12, 22), wherein the at least one passage channel laterally penetrates the at least one measuring capacitor (34, 34'), so that projecting sections of the rod-shaped articles cross through a HF measuring field in the at least one measuring capacitor (34, 34') on their conveying path through the passage channel, characterised in that the at least one measuring capacitor (34, 34') has a conducting electrode surface insulated from a basic body of the HF measuring device on a first side of the passage channel, and on an opposite side of the passage channel at least one capacitor electrode (42, 42') held on a virtual grounding connection insulated with respect to the basic body, the surface of which capacitor electrode is smaller than the surface of the conducting electrode surface on the first side of the passage channel, wherein the at least one capacitor electrode (42, 42') is centrally located along a course of a capsule.
A device for controlling the transmission power of an ultrasound signal produced by an ultrasound transducer used to monitor fetal heart rate, the device comprising: a signal to noise ratio calculator adapted to receive a returned signal from an ultrasound transducer, the returned signal having passed through the body of a patient, and to compute an SNR for the returned signal; a fetal heart rate analysis selector adapted to select between a first FHR analysis technique and a second FHR analysis technique, the selected technique being used for determination of FHR from the returned signal, and to produce a signal indicative of the selected technique; and a transmission power controller adapted to receive the signal indicative of the selected FHR analysis technique, to select a predefined optimal SNR range for the selected FHR analysis technique, to compare the computed SNR for the returned signal to the selected predefined optimal SNR range, and to produce a control signal to be sent to the ultrasound transducer in order to modify the transmission power of the ultrasound transducer thereby modifying the SNR of the returned signal. a signal to noise ratio calculator adapted to receive a returned signal from an ultrasound transducer, the returned signal having passed through the body of a patient, and to compute an SNR for the returned signal; a fetal heart rate analysis selector adapted to select between a first FHR analysis technique and a second FHR analysis technique, the selected technique being used for determination of FHR from the returned signal, and to produce a signal indicative of the selected technique; and a transmission power controller adapted to receive the signal indicative of the selected FHR analysis technique, to select a predefined optimal SNR range for the selected FHR analysis technique, to compare the computed SNR for the returned signal to the selected predefined optimal SNR range, and to produce a control signal to be sent to the ultrasound transducer in order to modify the transmission power of the ultrasound transducer thereby modifying the SNR of the returned signal.