mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method, comprising: receiving, by a terminal device, configuration information of a measured signal from a source cell, wherein the configuration information of the measured signal is determined by negotiation between the source cell and a target cell and is used for the terminal device to send the measured signal according to the configuration information of the measured signal, wherein the configuration information of the measured signal comprises information about a channel for sending the measured signal; sending, by the terminal device, the measured signal, wherein the measured signal is used for the target cell to determine identification information of a beam corresponding to at least one uplink transmission channel of the terminal device and resource information for transmission of the at least one uplink transmission channel; and receiving, by the terminal device, a notification message from the source cell, wherein the notification message comprises the identification information of the beam corresponding to the at least one uplink transmission channel of the terminal device and the resource information for transmission of the at least one uplink transmission channel, which are determined by the target cell. receiving, by a terminal device, configuration information of a measured signal from a source cell, wherein the configuration information of the measured signal is determined by negotiation between the source cell and a target cell and is used for the terminal device to send the measured signal according to the configuration information of the measured signal, wherein the configuration information of the measured signal comprises information about a channel for sending the measured signal; sending, by the terminal device, the measured signal, wherein the measured signal is used for the target cell to determine identification information of a beam corresponding to at least one uplink transmission channel of the terminal device and resource information for transmission of the at least one uplink transmission channel; and receiving, by the terminal device, a notification message from the source cell, wherein the notification message comprises the identification information of the beam corresponding to the at least one uplink transmission channel of the terminal device and the resource information for transmission of the at least one uplink transmission channel, which are determined by the target cell.
A method of reducing echo content of an audio signal, comprising: receiving an audio program content signal; receiving a sound stage rendering parameter; the sound stage rendering parameter comprising information on the equalization settings, the routing to various acoustic transducers or groups of acoustics transducers, the different volume levels rendered by the various acoustic transducers, the various acoustic transducers or groups of acoustics transducers being configured to generate acoustic sound fields in accordance with the audio program content signals and the sound stage rendering parameter; selecting a set of filter coefficients, from among a plurality of stored sets of filter coefficients, based upon the sound stage rendering parameter; filtering the audio program content signal, using the selected set of filter coefficients, to generate a filtered signal; receiving a microphone signal, configured to include a signal component representative of an echo of the audio program content signal; and subtracting the filtered signal from the microphone signal to generate an output audio signal. receiving an audio program content signal; receiving a sound stage rendering parameter; the sound stage rendering parameter comprising information on the equalization settings, the routing to various acoustic transducers or groups of acoustics transducers, the different volume levels rendered by the various acoustic transducers, the various acoustic transducers or groups of acoustics transducers being configured to generate acoustic sound fields in accordance with the audio program content signals and the sound stage rendering parameter; selecting a set of filter coefficients, from among a plurality of stored sets of filter coefficients, based upon the sound stage rendering parameter; filtering the audio program content signal, using the selected set of filter coefficients, to generate a filtered signal; receiving a microphone signal, configured to include a signal component representative of an echo of the audio program content signal; and subtracting the filtered signal from the microphone signal to generate an output audio signal.
Suction lance for removing a liquid medium from a container, comprising a suction lance foot to be set on a base of the container, and a suction lance head to connect to a dosing device, wherein a tubular body extends in the axial direction between the suction lance head and the suction lance foot, in the interior of which a float body is arranged, characterised in that a hollow profile is arranged in the interior of the tubular body, wherein the hollow profile is fastened to the tubular body by means of a linear locking device which extends in the axial direction. characterised in that a hollow profile is arranged in the interior of the tubular body, wherein the hollow profile is fastened to the tubular body by means of a linear locking device which extends in the axial direction.
A fusion protein comprising: (a) a zinc finger protein comprising a non-canonical zinc finger, wherein the non-canonical zinc finger is a non-C2H2 zinc finger comprising the sequence Cys-(X A) 2-4 -Cys-(X B) 12 -His-(X C) 3-5 -Cys-(X D) 1-10, where X A, X B, X C and X D can be any amino acid and wherein His-(X C) 3-5 -Cys-(X D) 1-10 comprises the amino acid sequence HTKICG, and wherein the zinc finger protein is engineered to bind to a target sequence, and (b) one or more functional domains, wherein one functional domain comprises a cleavage half-domain, and (c) a ZC linker interposed between the cleavage half-domain and the zinc finger protein, wherein the amino acid sequence between the zinc finger protein and cleavage half-domain is denoted ZC linker. (a) a zinc finger protein comprising a non-canonical zinc finger, wherein the non-canonical zinc finger is a non-C2H2 zinc finger comprising the sequence Cys-(X A) 2-4 -Cys-(X B) 12 -His-(X C) 3-5 -Cys-(X D) 1-10, where X A, X B, X C and X D can be any amino acid and wherein His-(X C) 3-5 -Cys-(X D) 1-10 comprises the amino acid sequence HTKICG, and wherein the zinc finger protein is engineered to bind to a target sequence, and (b) one or more functional domains, wherein one functional domain comprises a cleavage half-domain, and (c) a ZC linker interposed between the cleavage half-domain and the zinc finger protein, wherein the amino acid sequence between the zinc finger protein and cleavage half-domain is denoted ZC linker.
A pharmaceutical composition comprising a recombinant Autographa californica nucleopolyhedrosis virus (AcNPV) as an active agent and, optionally, a pharmaceutically acceptable carrier, wherein the recombinant AcNPV contains a gene structure having a fusion gene of a gene encoding an amino acid sequence consisting of amino acids 19-373 of SEQ ID NO:70 (Plasmodium falciparum CircumSporozoite Protein; PfCSP), and a gene encoding an amino acid sequence consisting of amino acids 21-512 of gp64 viral particle protein encoded in the AcNPV genome (GenBank Accession No. L22858) under the control of a dual promoter comprising Polyhedrin promoter and CAG promoter linked to each other. a gene encoding an amino acid sequence consisting of amino acids 19-373 of SEQ ID NO:70 (Plasmodium falciparum CircumSporozoite Protein; PfCSP), and a gene encoding an amino acid sequence consisting of amino acids 21-512 of gp64 viral particle protein encoded in the AcNPV genome (GenBank Accession No. L22858) under the control of a dual promoter comprising Polyhedrin promoter and CAG promoter linked to each other.
A combustor for a gas turbine engine comprising: a combustor shell (330; 430; 530; 630; 730; 830; 930; 1030) having a first end (342; 942) and a second end (344; 1044) opposite the first end; a first securing element (346; 946) positioned at the first end (342; 942) of the combustor shell; a second securing element (348; 1048) positioned at the second end (344; 1044) of the combustor shell; a plurality of high temperature material panels (340; 440; 540; 640; 740; 840; 940; 1040) fixedly secured by the first securing element (346; 946) at the first end (342; 942) and the second securing element (348; 1048) at the second end (344; 1044), wherein a panel gap (454; 554; 654) is formed between edges of adjacent high temperature material panels (440a, 440b; 540a, 540b; 640a, 640b) of the plurality of high temperature material panels (340; 440; 540; 640; 740; 840; 940; 1040); and a seal divider (350; 450; 550; 650) extending from the first end (342; 942) to the second end (344; 1044) and positioned on the combustor shell (330; 430; 530; 630; 730; 830; 930; 1030) and arranged to seal the panel gap (454; 554; 654) between adjacent first and second high temperature material panels; characterized in that the seal divider (350; 450; 550; 650) biases the first and second high temperature material panels (340; 440a, 440b; 540a, 540b; 640a, 640b) into secure engagement with the first and second securing elements (346, 348). a combustor shell (330; 430; 530; 630; 730; 830; 930; 1030) having a first end (342; 942) and a second end (344; 1044) opposite the first end; a first securing element (346; 946) positioned at the first end (342; 942) of the combustor shell; a second securing element (348; 1048) positioned at the second end (344; 1044) of the combustor shell; a plurality of high temperature material panels (340; 440; 540; 640; 740; 840; 940; 1040) fixedly secured by the first securing element (346; 946) at the first end (342; 942) and the second securing element (348; 1048) at the second end (344; 1044), wherein a panel gap (454; 554; 654) is formed between edges of adjacent high temperature material panels (440a, 440b; 540a, 540b; 640a, 640b) of the plurality of high temperature material panels (340; 440; 540; 640; 740; 840; 940; 1040); and a seal divider (350; 450; 550; 650) extending from the first end (342; 942) to the second end (344; 1044) and positioned on the combustor shell (330; 430; 530; 630; 730; 830; 930; 1030) and arranged to seal the panel gap (454; 554; 654) between adjacent first and second high temperature material panels; characterized in that the seal divider (350; 450; 550; 650) biases the first and second high temperature material panels (340; 440a, 440b; 540a, 540b; 640a, 640b) into secure engagement with the first and second securing elements (346, 348).
A pharmaceutical formulation for use in the treatment of cancer, comprising two or more epigenetic modifiers, wherein one epigenetic modifier comprises sodium phenyl butyrate and a second epigenetic modifier comprises quercetin.
Floor panel for forming a floor covering, wherein the floor panel comprises a layer-shaped substrate, as well as a decorative top layer situated above the substrate; wherein the substrate comprises at least a layer which is realized on the basis of a composition comprising at least a thermoplastic synthetic material; and wherein the substrate has a thickness forming more than half of an overall thickness of the floor panel; wherein the composition, apart from the thermoplastic synthetic material, also comprises at least one or more elastomers; and said thermoplastic synthetic material concerns thermoplastic polyester, wherein at least one elastomer • is realized on the basis of propylene; or • is realized on the basis of a styrene block copolymer; or • concerns a polyolefin elastomer. • is realized on the basis of propylene; or • is realized on the basis of a styrene block copolymer; or • concerns a polyolefin elastomer.
An aircraft fuel tank contained in a compartment closed by a wall, the aircraft fuel tank comprising a system for remotely measuring pressure exerted by a fluid conveyed by a pipe, the system comprising a measuring tube with a first end connected to the pipe and a second end connected to a pressure sensing element characterized in that - the measuring tube is completely filled with a liquid, - the measuring tube is closed at its both ends (4, 5) by watertight membranes to retain the liquid inside the measuring tube, - the system comprises a first membrane in contact with the fluid to close the measuring tube's first end, and a second membrane in contact with the pressure sensing element to close the measuring tube's second end, - the first membrane is sensitive to fluid pressure oscillations and the second membrane is sensitive to liquid pressure oscillations for propagating the pressure exerted by the fluid to the pressure sensing element for its measure, and - the second membrane of the measuring tube is outside the wall. - the measuring tube is completely filled with a liquid, - the measuring tube is closed at its both ends (4, 5) by watertight membranes to retain the liquid inside the measuring tube, - the system comprises a first membrane in contact with the fluid to close the measuring tube's first end, and a second membrane in contact with the pressure sensing element to close the measuring tube's second end, - the first membrane is sensitive to fluid pressure oscillations and the second membrane is sensitive to liquid pressure oscillations for propagating the pressure exerted by the fluid to the pressure sensing element for its measure, and - the second membrane of the measuring tube is outside the wall.
Top for a mobile patient bed, a stretcher or a hospital transporter, the top having an upper face and a lower face, and the upper face having at least one trough-shaped recess with a base, characterized in that side walls are formed on the long faces of the top, in that a first region of the side walls extends upward from the base and delimits the trough-shaped recess, in that a second region of the side walls projects downward beyond the base, and in that a clear width between the second regions of the side walls is greater than a width of a patient bed, a hospital transporter and/or a stretcher.
A biological sample measurement device, comprising: a main body case having a sensor insertion opening into which a sensor for measuring biological samples is inserted; a connection terminal provided behind the sensor insertion opening within the main body case; a shutter that opens and closes the sensor insertion opening; characterized in that the shutter is providedd within the main body case between the sensor insertion opening and the connection terminal and being configured such that, when one end of the sensor is inserted from the sensor insertion opening into the connection terminal, the shutter which closes the sensor insertion opening is pushed open by the sensor. a main body case having a sensor insertion opening into which a sensor for measuring biological samples is inserted; a connection terminal provided behind the sensor insertion opening within the main body case; a shutter that opens and closes the sensor insertion opening; characterized in that the shutter is providedd within the main body case between the sensor insertion opening and the connection terminal and being configured such that, when one end of the sensor is inserted from the sensor insertion opening into the connection terminal, the shutter which closes the sensor insertion opening is pushed open by the sensor.
A skin lightening composition comprising: a) An effective amount of niacinamide; and b) An effective amount of galardin. a) An effective amount of niacinamide; and b) An effective amount of galardin.
A device for forming plastics material preforms into plastics material containers, comprising a plurality of blowing stations, these blowing stations each comprising blow moulds, inside which the plastics material preforms can be formed into the plastics material containers, comprising admission means in order to expose the plastics material preforms, for the forming thereof, to a free-flowing medium, and stretching rods in order to extend the plastics material preforms in the longitudinal direction thereof, comprising a transport means which transports the blowing stations with the plastics material preforms along a first predefined transport path, and comprising a control means which controls the movement of the stretching rods and the exposure of the plastics material preforms to the free-flowing medium in such a way that predefined sub-steps of the forming process are carried out during the transport of the plastics material preforms along the first transport path, characterised in that sub-steps of the forming process can be carried out irrespective of the geometric position of the plastics material preforms along the first transport path and an output rate of the device can thus be changed, and wherein therefore there is a correlation between the position of the plastics material preform and the respective method step, this correlation, however, can be selected, and wherein the output rate denotes a number of containers produced per unit of time.
A high temperature curable coating composition comprising: (a) at least one film-forming resin, (b) at least one crosslinker for the film-forming resin, wherein the crosslinker is substantially not reactive with the film-forming resin at temperatures under 120°C, and (c) an anticorrosive agent, which comprises a combination of a magnesium compound and a lithium salt, wherein the lithium salt is selected from inorganic and organic lithium salts that have a solubility constant in water of at least 1×10 -11 at 25°C. (a) at least one film-forming resin, (b) at least one crosslinker for the film-forming resin, wherein the crosslinker is substantially not reactive with the film-forming resin at temperatures under 120°C, and (c) an anticorrosive agent, which comprises a combination of a magnesium compound and a lithium salt, wherein the lithium salt is selected from inorganic and organic lithium salts that have a solubility constant in water of at least 1×10 -11 at 25°C.
A capacitor, comprising: a) a casing comprising first (120, 122, 124, 126, 128) and second casing members secured to each other; b) at least a first anode housed inside the casing; c) a first cathode comprising a first cathode active material supported by and in electrical contact with at least a portion of a first inner surface of the first casing member (120, 122, 124, 126, 128), the first cathode active material having a first active material perimeter; d) a first separator covering the first cathode active material, the first separator having a first separator peripheral margin that directly contacts the first inner surface of the first casing member (120, 122, 124, 126, 128), spaced from the first active material perimeter, to thereby prevent direct physical contact between the first anode and the first cathode active material while allowing for ion flow therethrough; and e) a working electrolyte contacting the first anode and the first cathode. a) a casing comprising first (120, 122, 124, 126, 128) and second casing members secured to each other; b) at least a first anode housed inside the casing; c) a first cathode comprising a first cathode active material supported by and in electrical contact with at least a portion of a first inner surface of the first casing member (120, 122, 124, 126, 128), the first cathode active material having a first active material perimeter; d) a first separator covering the first cathode active material, the first separator having a first separator peripheral margin that directly contacts the first inner surface of the first casing member (120, 122, 124, 126, 128), spaced from the first active material perimeter, to thereby prevent direct physical contact between the first anode and the first cathode active material while allowing for ion flow therethrough; and e) a working electrolyte contacting the first anode and the first cathode.
A computer-implemented method for dental image processing, the method comprising: obtaining a digital image of one or more teeth and non-tooth regions such as gum areas or background areas; segmenting tooth regions of the digital image from non-tooth regions; detecting (S110, S120) a first boundary (74, 84) between non-tooth regions having a higher pixel intensity and a tooth region and a second boundary (76, 82) between non-tooth regions having lower pixel intensity and the tooth region; calculating (S132, S134), at each of the first boundary (74, 84) and the second boundary (76, 82), first and second boundary ratios, respectively, of mean gray-scale values for the tooth area on one side of the boundary in a boundary section (44, 54) to mean gray-scale values for the non-tooth area on the other side of the boundary in the boundary section (44, 54); calculating a third ratio of the mean gray-scale values for the tooth area near the first boundary in the first boundary section to the mean gray-scale values for the tooth area near the second boundary in the second boundary section; classifying a tooth surface as either smooth or occlusal using the first and second boundary ratios and the third ratio; processing the digital image for dental image processing according to the tooth surface classification; and reporting the processing results on a display. obtaining a digital image of one or more teeth and non-tooth regions such as gum areas or background areas; segmenting tooth regions of the digital image from non-tooth regions; detecting (S110, S120) a first boundary (74, 84) between non-tooth regions having a higher pixel intensity and a tooth region and a second boundary (76, 82) between non-tooth regions having lower pixel intensity and the tooth region; calculating (S132, S134), at each of the first boundary (74, 84) and the second boundary (76, 82), first and second boundary ratios, respectively, of mean gray-scale values for the tooth area on one side of the boundary in a boundary section (44, 54) to mean gray-scale values for the non-tooth area on the other side of the boundary in the boundary section (44, 54); calculating a third ratio of the mean gray-scale values for the tooth area near the first boundary in the first boundary section to the mean gray-scale values for the tooth area near the second boundary in the second boundary section; classifying a tooth surface as either smooth or occlusal using the first and second boundary ratios and the third ratio; processing the digital image for dental image processing according to the tooth surface classification; and reporting the processing results on a display.
Apparatus for influencing cell growth by the application of low-frequency magnetic fields, the apparatus comprising a magnetic structure in which a magnetic field is induced, induction means (2, 3, 41-44) adapted to generate the magnetic field in a predetermined area inside the magnetic structure intended to accommodate at least one cell sample, a detection unit for detecting information relating to said at least one in vitro cell sample, a processor unit adapted to process said detected information and operatively connected to the induction means (2, 3, 41-44), so as to be able to control the frequency of the magnetic field as a function, at least in part, of the processed information, characterized in that the detection unit comprises at least one microscope for observation of the cell samples, integrated with means configured to automatically provide the detected information to the processor unit.
A pharmaceutical composition comprising at least one methyl-cyclodextrin having a degree of molar substitution between 0.4 and 0.9, for use in the treatment and/or prevention of diseases suitable for being treated and/or prevented with an increase in the HDL cholesterol level.