mhurhangee/ep-ind-claims huggingface dataset:
An aircraft landing system for landing of an aircraft, the aircraft landing system comprising: a landing gear comprising a landing skid; a plurality of force sensors positioned in an array along a length of the landing gear of the aircraft, wherein the aircraft landing system can sense forces applied to the landing gear at the positions of the plurality of force sensors during landing at a landing zone; at least one of an acoustic sensor and an optical sensor; and a processor configured to receive force measurements from the plurality of force sensors, wherein the processor is further configured to analyze the force measurements received from the plurality of force sensors and the data from the at least one of the acoustic sensor and the optical sensor (140a, 140b, 140c); wherein the processor is further configured to determine a suitability of the terrain of the landing zone for landing based combination and/or correlation of the force measurements from the plurality of force sensors and the data from the at least one of the acoustic sensor and the optical sensor (140a, 140b, 140c); wherein the determination of suitability of terrain comprises sensing forces applied at different positions along the length of each skid and comparing the sensed forces of the force sensors to detect a non-uniform application of force. a landing gear comprising a landing skid; a plurality of force sensors positioned in an array along a length of the landing gear of the aircraft, wherein the aircraft landing system can sense forces applied to the landing gear at the positions of the plurality of force sensors during landing at a landing zone; at least one of an acoustic sensor and an optical sensor; and a processor configured to receive force measurements from the plurality of force sensors, wherein the processor is further configured to analyze the force measurements received from the plurality of force sensors and the data from the at least one of the acoustic sensor and the optical sensor (140a, 140b, 140c); wherein the processor is further configured to determine a suitability of the terrain of the landing zone for landing based combination and/or correlation of the force measurements from the plurality of force sensors and the data from the at least one of the acoustic sensor and the optical sensor (140a, 140b, 140c); wherein the determination of suitability of terrain comprises sensing forces applied at different positions along the length of each skid and comparing the sensed forces of the force sensors to detect a non-uniform application of force.
A photochromic curable composition comprising a silsesquioxane monomer having a radically polymerizable group and an acid value of 0.5 to 2.0 mgKOH/g and a photochromic compound.
A computer-implemented method of watermarking media content, the method comprising: obtaining, by a computer processor, a processed copy of an asset that has been watermarked with a single watermark identifier; copying by the computer processor, the processed copy to create a plurality of copies (14, 15, 16) of the processed copy for distribution to a plurality of users, the copying of the processed copy causing the plurality of copies (14, 15, 16) to each include a copy of the watermark identifier, characterized in that: the watermark identifier is recorded in a database in linked association with a first network identifier that identifies the first network to which the asset is assigned; and after reassignment of the asset from the first network to a second network for distribution, associating in the database the watermark identifier with a second network identifier that identifies the second network, wherein the media consumption across the assigned networks is tracked using the single watermark identifier inserted in the processed copy and stored in the database. obtaining, by a computer processor, a processed copy of an asset that has been watermarked with a single watermark identifier; copying by the computer processor, the processed copy to create a plurality of copies (14, 15, 16) of the processed copy for distribution to a plurality of users, the copying of the processed copy causing the plurality of copies (14, 15, 16) to each include a copy of the watermark identifier, characterized in that: the watermark identifier is recorded in a database in linked association with a first network identifier that identifies the first network to which the asset is assigned; and after reassignment of the asset from the first network to a second network for distribution, associating in the database the watermark identifier with a second network identifier that identifies the second network, wherein the media consumption across the assigned networks is tracked using the single watermark identifier inserted in the processed copy and stored in the database. the watermark identifier is recorded in a database in linked association with a first network identifier that identifies the first network to which the asset is assigned; and after reassignment of the asset from the first network to a second network for distribution, associating in the database the watermark identifier with a second network identifier that identifies the second network, wherein the media consumption across the assigned networks is tracked using the single watermark identifier inserted in the processed copy and stored in the database.
A gas burner unit comprising: a burner body, the burner body having a lower housing unit with a bottom portion and at least one upwardly extending sidewall; an end cap; an inlet cap having at least one inlet aperture; a distribution element located above the bottom portion; a metal fiber mesh element engaging at least one sidewall of the lower housing unit, the end cap and the inlet cap; and at least one inlet conduit communicating with the burner body and extending into the burner body through the aperture in the inlet cap and delivering a gas/air mixture to the burner body in a region located below the distribution element and above the bottom portion of the lower housing unit; characterized in that the gas burner unit comprises a burner deck located above the distribution element, the metal fiber mesh element being located above the burner deck, the burner deck supporting the metal fiber mesh and spacing the metal fiber mesh from the internal distribution element to define a burner head, the burner deck engaging at least one sidewall of the lower housing unit, the end cap and the inlet cap; and further characterized in that the bottom portion of the lower housing unit includes a plurality of ribs providing added rigidity to the burner body and eliminating combustion noise. a burner body, the burner body having a lower housing unit with a bottom portion and at least one upwardly extending sidewall; an end cap; an inlet cap having at least one inlet aperture; a distribution element located above the bottom portion; a metal fiber mesh element engaging at least one sidewall of the lower housing unit, the end cap and the inlet cap; and at least one inlet conduit communicating with the burner body and extending into the burner body through the aperture in the inlet cap and delivering a gas/air mixture to the burner body in a region located below the distribution element and above the bottom portion of the lower housing unit; characterized in that the gas burner unit comprises a burner deck located above the distribution element, the metal fiber mesh element being located above the burner deck, the burner deck supporting the metal fiber mesh and spacing the metal fiber mesh from the internal distribution element to define a burner head, the burner deck engaging at least one sidewall of the lower housing unit, the end cap and the inlet cap; and further characterized in that the bottom portion of the lower housing unit includes a plurality of ribs providing added rigidity to the burner body and eliminating combustion noise.
A method for processing a photoresist composition, comprising: (a) applying on a substrate a photoresist composition comprising: (i) one or more resins which comprise one or more photoacid-labile groups, (ii) a photoactive component, and (iii) one or more polymers that comprise acidic groups spaced by 3, 4, 5 or more atoms or heterotoms from a polymer backbone, wherein the acidic groups are carboxy (-COOH), sulfoxy (-SO 3) and/or fluorinated alcohol, further wherein the photoresist comprises one or more non-mixable materials that are non-mixable with other photoresist components (i) resin comprising photoacid-labile groups, (ii) photoactive component, or (iii) one or more polymers that comprise acidic groups, and that migrates toward upper regions of an applied coating of the photoresist composition during the applying; and (b) immersion exposing the applied photoresist composition to radiation activating for the photoresist composition. (a) applying on a substrate a photoresist composition comprising: (i) one or more resins which comprise one or more photoacid-labile groups, (ii) a photoactive component, and (iii) one or more polymers that comprise acidic groups spaced by 3, 4, 5 or more atoms or heterotoms from a polymer backbone, wherein the acidic groups are carboxy (-COOH), sulfoxy (-SO 3) and/or fluorinated alcohol, further wherein the photoresist comprises one or more non-mixable materials that are non-mixable with other photoresist components (i) resin comprising photoacid-labile groups, (ii) photoactive component, or (iii) one or more polymers that comprise acidic groups, and that migrates toward upper regions of an applied coating of the photoresist composition during the applying; and (i) one or more resins which comprise one or more photoacid-labile groups, (ii) a photoactive component, and (iii) one or more polymers that comprise acidic groups spaced by 3, 4, 5 or more atoms or heterotoms from a polymer backbone, wherein the acidic groups are carboxy (-COOH), sulfoxy (-SO 3) and/or fluorinated alcohol, (b) immersion exposing the applied photoresist composition to radiation activating for the photoresist composition.
A method of making a cathode for an electrochemical cell, the cathode comprising a metal matrix material, which method comprises: a) combining a first metal salt comprising iron, a second metal salt comprising cobalt, and sulfur to provide a metal salt matrix admixture; b) adding water to the metal salt matrix admixture; c) hydrothermally reacting the metal salt matrix admixture to provide the metal matrix material having the general formula Fe 1-x Co x S 2 wherein 0.5 ≤x< 1.0; and d) forming the metal matrix material into a cathode, wherein a sodium sulfate is included in the aqueous metal salt matrix admixture. a) combining a first metal salt comprising iron, a second metal salt comprising cobalt, and sulfur to provide a metal salt matrix admixture; b) adding water to the metal salt matrix admixture; c) hydrothermally reacting the metal salt matrix admixture to provide the metal matrix material having the general formula Fe 1-x Co x S 2 wherein 0.5 ≤x< 1.0; and d) forming the metal matrix material into a cathode,
A method of video encoding using motion compensation, the method comprising: receiving input data associated with a current block in a current picture; signalling an initial motion vector, MV, index in a video bitstream; deriving a selected MV using bilateral matching, template matching or both to refine an initial MV associated with the initial MV index; determining a final MV or a final motion vector predictor, MVP, from a set of MV candidates or MVP candidates including the selected MV; and encoding the current block or a current MV of the current block using the final MV or the final MVP. receiving input data associated with a current block in a current picture; signalling an initial motion vector, MV, index in a video bitstream; deriving a selected MV using bilateral matching, template matching or both to refine an initial MV associated with the initial MV index; determining a final MV or a final motion vector predictor, MVP, from a set of MV candidates or MVP candidates including the selected MV; and encoding the current block or a current MV of the current block using the final MV or the final MVP.
A DNA construct comprising a heterologous nucleic acid molecule encoding a PIP-72 polypeptide having insecticidal activity against Western corn rootworm ( Diabrotica virgifera virgifera), wherein the encoded PIP-72 polypeptide comprises an amino acid sequence having at least 80% identity to SEQ ID NO: 2.
A portable electronic device antenna comprising: a ground plane element having portions configured to form a first slot and a second slot, wherein the first slot and the second slot each has a main longitudinal axis along its respective main portion and wherein the main longitudinal axis of the second slot is oriented at an angle of between 5° and 85° with respect to the main longitudinal axis of the first slot, wherein the ground plane element is configured such that the second slot comprises: a straight central portion having a first width and having a longitudinal axis that is parallel to the main longitudinal axis of the first slot; and an end portion that is substantially rectangular in shape, the end portion having a second width that is larger than the first width and having a longitudinal axis that is perpendicular to the longitudinal axis of the straight central portion. a ground plane element having portions configured to form a first slot and a second slot, wherein the first slot and the second slot each has a main longitudinal axis along its respective main portion and wherein the main longitudinal axis of the second slot is oriented at an angle of between 5° and 85° with respect to the main longitudinal axis of the first slot, wherein the ground plane element is configured such that the second slot comprises: a straight central portion having a first width and having a longitudinal axis that is parallel to the main longitudinal axis of the first slot; and an end portion that is substantially rectangular in shape, the end portion having a second width that is larger than the first width and having a longitudinal axis that is perpendicular to the longitudinal axis of the straight central portion. a straight central portion having a first width and having a longitudinal axis that is parallel to the main longitudinal axis of the first slot; and an end portion that is substantially rectangular in shape, the end portion having a second width that is larger than the first width and having a longitudinal axis that is perpendicular to the longitudinal axis of the straight central portion.
Method for automatically processing data identifiers (20, 22), wherein data associated with data identifiers (20, 22) are transmitted to a cloud platform, wherein the cloud platform comprises an analysis unit having at least one functional unit, wherein the or each functional unit receives the data and associated data identifiers (20, 22) as input values, wherein the or each functional unit in each case performs an analysis of the data transmitted to the cloud platform and/or of associated data identifiers (20, 22) and takes a result of the analysis as a basis for outputting a respective confidence value which codes the interrelation between two data identifiers (20, 22) of the previously transmitted data identifiers (20, 22), wherein the or each confidence value is mapped to an overall confidence value, wherein data identifiers (20, 22) ascertained as being interrelated are combined under a higher-order variable name and wherein the higher-order variable name is able to be used as a keyword for a database query that ultimately delivers data pertaining to all the data identifiers (20, 22) combined under the higher-order variable name and wherein data identifiers (20, 22) having an overall confidence value above a predefined or predefinable threshold value are interrelated. wherein data associated with data identifiers (20, 22) are transmitted to a cloud platform, wherein the cloud platform comprises an analysis unit having at least one functional unit, wherein the or each functional unit receives the data and associated data identifiers (20, 22) as input values, wherein the or each functional unit in each case performs an analysis of the data transmitted to the cloud platform and/or of associated data identifiers (20, 22) and takes a result of the analysis as a basis for outputting a respective confidence value which codes the interrelation between two data identifiers (20, 22) of the previously transmitted data identifiers (20, 22), wherein the or each confidence value is mapped to an overall confidence value, wherein data identifiers (20, 22) ascertained as being interrelated are combined under a higher-order variable name and wherein the higher-order variable name is able to be used as a keyword for a database query that ultimately delivers data pertaining to all the data identifiers (20, 22) combined under the higher-order variable name and wherein data identifiers (20, 22) having an overall confidence value above a predefined or predefinable threshold value are interrelated.
A non-linearly acting measuring apparatus for analysing and improving the adjustment of spherically acting orientation devices, supplied with energy through a computer-compatible interface, installed either in a positionally movable manner or fixed to a machine, for the rapid and simple analysis of small relative movements of a rotationally symmetric tool which can be pivoted relative to a frame plate, using a measuring sphere to make a temporarily effective, detachable, movable, mechanical connection, effected by a combination of force-fit and form-fit engagement, between the frame plate and the pivotable tool, characterized in that a measuring finger, which is part of the measuring apparatus, can be moved in three axes of a sphere coordinate system, and that each of the three axes of said sphere coordinate system is assigned a linear measuring member,,, each consisting of a housing,, and a stylus,,, which provide a, preferably electrical, measurement signal representing the respective position of the axis of the sphere coordinate system in a completely unambiguous manner, that a boomerang-shaped transmission member is arranged inside the measuring apparatus, which transmission member is connected to the frame plate by means of a universal joint and is connected, at right angles to its plane of extension, to the measuring finger in a linearly movable manner by means of a linear guide, that all three housings of the linear measuring members,, are rigidly connected to the boomerang-shaped transmission member and to each other, that the dust-tight closure between the measuring finger and the frame plate is achieved by means of flexible protective bellows and a protective cap is arranged so as to cover the flexible protective bellows and the frame plate, that the measuring sphere is arranged in the axis of symmetry of the pivotable, rotationally symmetric tool and at least near its tool centre point and the distance between the centre point of the measuring sphere and the tool centre point is known, that the pivotable, rotationally symmetric tool, together with the measuring sphere, is introduced in a dome-shaped recess on the upper side of the measuring finger, thus forming a virtually play-free ball-and-socket joint with the measuring finger, that the diameter of the measuring sphere is small compared to the scope for movement provided by the dome-shaped recess, that the three, preferably electrical, measurement signals provided by the linear measuring members,, are transmitted into a measurement adapter which converts them into a digital form, translates them into a distance coordinate and then performs a non-linear, singularity-free forward transformation to convert them into geometric data describing the movement of the tool centre point within the Cartesian coordinate system which is fixed relative to the frame, which data is stored in the measurement adapter and is available at the computer-compatible interface as a data stream for any desired further processing in a higher-level computer system.
A screening method for determining whether a test compound has gamma-secretase modulatory activity, said method comprising: determining whether said test compound: lowers the level of Aβ42 peptide, increases the level of Aβ37 and/or Aβ38 peptides, has substantially no effect on the processing of other γ-secretase substrates, and binds directly to at least one component of the γ-secretase complex, wherein the at least one component is Pen-2; wherein compounds which meet each of the above criteria are identified as having gamma-secretase modulatory activity. determining whether said test compound: lowers the level of Aβ42 peptide, increases the level of Aβ37 and/or Aβ38 peptides, has substantially no effect on the processing of other γ-secretase substrates, and binds directly to at least one component of the γ-secretase complex, wherein the at least one component is Pen-2; lowers the level of Aβ42 peptide, increases the level of Aβ37 and/or Aβ38 peptides, has substantially no effect on the processing of other γ-secretase substrates, and binds directly to at least one component of the γ-secretase complex, wherein the at least one component is Pen-2;
A process variable transmitter for measuring a temperature of a process, comprising: a first terminal configured to couple to a temperature sensitive element; a second terminal configured to couple to the temperature sensitive element; a third terminal configured to couple to the temperature sensitive element; a fourth terminal configured to couple to the temperature sensitive element; measurement circuitry (20,26,28) configured to measure an electrical parameter between a pair of the terminals; and characterized by a microprocessor configured to identify a location relative to the terminals, of the temperature sensitive element coupled to at least two of the terminals based upon the electrical parameter measured by the measurement circuitry between at least two pairs of terminals, the microprocessor further configured to measure a temperature of the temperature sensitive element based upon the identified location of the temperature sensitive element. a first terminal configured to couple to a temperature sensitive element; a second terminal configured to couple to the temperature sensitive element; a third terminal configured to couple to the temperature sensitive element; a fourth terminal configured to couple to the temperature sensitive element; measurement circuitry (20,26,28) configured to measure an electrical parameter between a pair of the terminals; and characterized by a microprocessor configured to identify a location relative to the terminals, of the temperature sensitive element coupled to at least two of the terminals based upon the electrical parameter measured by the measurement circuitry between at least two pairs of terminals, the microprocessor further configured to measure a temperature of the temperature sensitive element based upon the identified location of the temperature sensitive element.
A system for determining proper placement of a retinal stimulation electrode array comprising: means for placing an electrode array in proximity of a retina; and a meter for measuring impedance of at least one electrode in said electrode array; characterised in that the system further comprises a display displaying said impedance to aid a clinician in determining, by the impedance, the proper placement of the electrode array for optimal stimulation of the perception of vision wherein higher impedance indicates preferable placement. means for placing an electrode array in proximity of a retina; and a meter for measuring impedance of at least one electrode in said electrode array; a display displaying said impedance to aid a clinician in determining, by the impedance, the proper placement of the electrode array for optimal stimulation of the perception of vision wherein higher impedance indicates preferable placement.