mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a wind turbine and/or a wind park for feeding electrical power into an electrical power supply network , wherein a power output, in particular an active and/or reactive power (Q, P), is controlled by means of at least one power control module of a regulation and/or control device , having the steps of: - predetermining (S0) a power control input value and determining a power control output value from the power control input value and outputting a power control output value, wherein - a time path of the power output of the wind energy production is detected over a detection time period (S2), and - a time path of the network voltage of the electrical power supply network is detected over a detection time period (S1), wherein - it is verified over the detection time period whether the power output and the network voltage have an oscillation path, characterised in that - an oscillation having a period (T) and having an amplitude (A) is associated with the oscillation path, and - it is determined that the oscillation is sustained over the detection time period and does not decrease in this instance, wherein it is determined that the period (T) over the detection time period has a period value within a period range, and/or - it is determined that the amplitude (A) over the detection time period has an amplitude value above a threshold value amplitude, and/or - it is determined that the amplitude over the detection time period has an amplitude value which increases and - a signal for signalling an upward oscillation state is output. - predetermining (S0) a power control input value and determining a power control output value from the power control input value and outputting a power control output value, wherein - a time path of the power output of the wind energy production is detected over a detection time period (S2), and - a time path of the network voltage of the electrical power supply network is detected over a detection time period (S1), wherein - it is verified over the detection time period whether the power output and the network voltage have an oscillation path, characterised in that - an oscillation having a period (T) and having an amplitude (A) is associated with the oscillation path, and - it is determined that the oscillation is sustained over the detection time period and does not decrease in this instance, wherein it is determined that the period (T) over the detection time period has a period value within a period range, and/or - it is determined that the amplitude (A) over the detection time period has an amplitude value above a threshold value amplitude, and/or - it is determined that the amplitude over the detection time period has an amplitude value which increases and - a signal for signalling an upward oscillation state is output.
A method for controlling a surface-inhabiting photosynthetic microorganism bloom in an aquatic system, the method comprising: applying a buoyant composition to a surface of said aquatic system, wherein the buoyant composition comprises: at least one water disinfectant comprising sodium dichloroisocyanurate (NaDCC), at least one floating agent including hydroxypropyl methylcellulose; swelling agents selected from sodium chlorite or citric acid and sodium bicarbonate; and a binding agent comprising glyceryl stearate; wherein, when applied, the composition moves together with the photosynthetic microorganism bloom, and is capable of causing reduction, inhibition, or elimination of the photosynthetic microorganism bloom growth in lakes and/or oceans; and wherein the concentration of the at least one water disinfectant is between about 0.005 g/m 2 and about 50 g/m 2 of the surface of the aquatic system, or between about 0.5ppm and about 50ppm of the active agent. at least one water disinfectant comprising sodium dichloroisocyanurate (NaDCC), at least one floating agent including hydroxypropyl methylcellulose; swelling agents selected from sodium chlorite or citric acid and sodium bicarbonate; and a binding agent comprising glyceryl stearate; wherein, when applied, the composition moves together with the photosynthetic microorganism bloom, and is capable of causing reduction, inhibition, or elimination of the photosynthetic microorganism bloom growth in lakes and/or oceans; and wherein the concentration of the at least one water disinfectant is between about 0.005 g/m 2 and about 50 g/m 2 of the surface of the aquatic system, or between about 0.5ppm and about 50ppm of the active agent.
A wear member having a rearwardly opening socket adapted to receive a mounting nose , the socket being at least partially defined by a top wall and a front wall , the wear member having a recess formed in the top wall and front wall adapted to receive at least part of a rib of the emounting nose wherein the top wall has a rear abutment face , a forward abutment face and an upper abutment face , the upper abutment face disposed at an angle between the rear abutment face and the forward abutment face.
Method for determining the accuracy of a reported location and/or heading and/or velocity of an AIS (Automatic Identification System) sender , characterised in that at least three receivers , respective clocks of which have been previously synchronized, receive one and the same AIS message in the form of a first, binary coded and modulated, radio signal from said sender , in that the first signal is received by the respective receiver using an antenna , resulting in a second signal in the form of an analogue electrical signal, in that each of the receivers determine the time of receipt of the same predetermined signal element of the first radio signal , in that a location of the sender is determined by triangulation, based upon the respective location of the three receivers in combination with differences in the respective point in time for the respective receipt of the said signal element, in that the hence determined location for the sender , and/or a heading and/or a velocity which has been calculated based upon several consecutive calculations of the location of the sender , is compared to said reported location and/or a heading and/or a velocity, in that a warning signal is emitted in case the two positions and/or headings and/or velocities are pairwise different by more than a respective predetermined value, in that the respective time of receipt of said signal element is determined, by each respective one of said receivers , by sampling said second signal, which sampling can be performed in any order in relation to any demodulation of the second signal, which sampling is performed using an AD converter , resulting in a digitally stored sampled signal as a digitally stored third signal, in that a data content of the message is determined from the third signal as a stream of data bits, which stream of data bits comprises said predetermined signal element, in that an optimum value is determined for a time variable, which time variable indicates a time position of a digital comparison signal relative to the third signal, which digital comparison signal is constructed to simulate said sampled signal and based on said stream of data bits, for which optimum value a correlation between the constructed comparison signal and the third signal is maximal, and in that said optimum value of the time position is used to correct the determination of the time of receipt of the predetermined signal element.
A method for updating a background noise estimate of an audio signal, the method comprising: - obtaining at least one parameter associated with an input audio signal segment based on: - a first linear prediction gain calculated as a quotient between a residual signal energy from a first linear prediction and a residual signal energy from a second linear prediction for the audio signal segment, the second linear prediction being from a higher order than the first linear prediction; and - a second linear prediction gain calculated as a quotient between the residual signal energy from the second linear prediction and a residual signal energy from a third linear prediction for the audio signal segment, the third linear prediction being from a higher order than the second linear prediction; - determining whether the audio signal segment comprises a pause based at least on the at least one parameter; and: if the audio signal segment is determined to comprise a pause: - updating a background noise estimate based on the audio signal segment. - obtaining at least one parameter associated with an input audio signal segment based on: - a first linear prediction gain calculated as a quotient between a residual signal energy from a first linear prediction and a residual signal energy from a second linear prediction for the audio signal segment, the second linear prediction being from a higher order than the first linear prediction; and - a second linear prediction gain calculated as a quotient between the residual signal energy from the second linear prediction and a residual signal energy from a third linear prediction for the audio signal segment, the third linear prediction being from a higher order than the second linear prediction; - a first linear prediction gain calculated as a quotient between a residual signal energy from a first linear prediction and a residual signal energy from a second linear prediction for the audio signal segment, the second linear prediction being from a higher order than the first linear prediction; and - a second linear prediction gain calculated as a quotient between the residual signal energy from the second linear prediction and a residual signal energy from a third linear prediction for the audio signal segment, the third linear prediction being from a higher order than the second linear prediction; - determining whether the audio signal segment comprises a pause based at least on the at least one parameter; and: if the audio signal segment is determined to comprise a pause: - updating a background noise estimate based on the audio signal segment. - updating a background noise estimate based on the audio signal segment.
A reflective polarizer comprising a plurality of disperse phases being dispersed in a matrix in order to allow light of first polarization, which is emitted from outside, to pass through while reflecting light of second polarization, wherein a refractive index of the plurality of disperse phases is different in at least one axial direction from that of the matrix, wherein a light modulation interface is formed between the plurality of disperse phases and the matrix, and an aspect ratio a/b, which is a ratio of a length a of a long axis to a length b of a short axis in a cross-sectional view of said disperse phases with respect to a vertical cross-section of said polarizer does not exceed 1/1000, wherein the plurality of disperse phases are polymer components, wherein polymer inside the matrix has a plate-like shape, wherein the polymer inside the matrix is a first component and the matrix is a second material, and wherein in the reflective polarizer, plate-like polymer components of total plate-like polymer components contained in the matrix that satisfy the aspect ratio is 50% or more.
A method for producing a vegan food product, preferably a vegan cheese substitute, having a protein content between 0 wt.-% and 3 wt.-% and comprising several food product bodies produced from a base mass, the method comprising the steps of: a) producing the base mass using at least one heating step, b) forming the food product bodies from the base mass, in particular by comminuting a, preferably cured, base body formed from the base mass, characterized by c) adding a first and a different second Maillard reaction precursor which are characterized in that they can react with one another in a Maillard reaction during heat exposure to form at least one Maillard product, in particular from the group of melanoidins, the first and the second Maillard reaction precursor being added to the food product bodies after cooling of the base mass and/or of the food product bodies to a temperature of less than 35 °C, d) reducing the adhesion tendency of the food product bodies by adding a release agent after the cooling, the two Maillard reaction precursors being added together with the release agent in the form of a Maillard reaction precursor mix, e) packaging the food product comprising the Maillard reaction precursors not reacted with one another into a packaging, in particular a final consumer packaging, preferably having a barrier effect against the passage of moisture and/or oxygen, preferably comprising at least one plastic layer and/or a metal layer. a) producing the base mass using at least one heating step, b) forming the food product bodies from the base mass, in particular by comminuting a, preferably cured, base body formed from the base mass, characterized by c) adding a first and a different second Maillard reaction precursor which are characterized in that they can react with one another in a Maillard reaction during heat exposure to form at least one Maillard product, in particular from the group of melanoidins, the first and the second Maillard reaction precursor being added to the food product bodies after cooling of the base mass and/or of the food product bodies to a temperature of less than 35 °C, d) reducing the adhesion tendency of the food product bodies by adding a release agent after the cooling, the two Maillard reaction precursors being added together with the release agent in the form of a Maillard reaction precursor mix, e) packaging the food product comprising the Maillard reaction precursors not reacted with one another into a packaging, in particular a final consumer packaging, preferably having a barrier effect against the passage of moisture and/or oxygen, preferably comprising at least one plastic layer and/or a metal layer.
A woodworking work table comprising: a support post having a predetermined height; a base frame member supported by the support post; a vise member combined with the base frame member to fix a wood piece to be fabricated; a slider disposed under the base frame member and the vise member to slide the vise member in a front-rear direction; and a feeding device configured to move a woodworking machine mountable over the base frame member in X-axial and Z-axial directions, wherein the base frame member has a plurality of first jig-coupling grooves combinable with at least one of a plurality of woodworking jigs, and the vise member has a plurality of second jig-coupling grooves and a plurality of third jig-coupling grooves combinable with at least one of a plurality of woodworking jigs, the vise member is configured to fix the wood piece by moving a moving vise and a free vise horizontally disposed inside the base frame member through a rotation of a moving screw and the slider , characterized in that the feeding device is additionally configured to move a woodworking machine mountable over the base frame member in the Y-axial direction, and the second jig-coupling grooves are formed on a top and a side of the moving vise , and the third jig-coupling grooves are formed on a top and a side of the free vise. a support post having a predetermined height; a base frame member supported by the support post; a vise member combined with the base frame member to fix a wood piece to be fabricated; a slider disposed under the base frame member and the vise member to slide the vise member in a front-rear direction; and a feeding device configured to move a woodworking machine mountable over the base frame member in X-axial and Z-axial directions, wherein the base frame member has a plurality of first jig-coupling grooves combinable with at least one of a plurality of woodworking jigs, and the vise member has a plurality of second jig-coupling grooves and a plurality of third jig-coupling grooves combinable with at least one of a plurality of woodworking jigs, the vise member is configured to fix the wood piece by moving a moving vise and a free vise horizontally disposed inside the base frame member through a rotation of a moving screw and the slider , characterized in that the feeding device is additionally configured to move a woodworking machine mountable over the base frame member in the Y-axial direction, and the second jig-coupling grooves are formed on a top and a side of the moving vise , and the third jig-coupling grooves are formed on a top and a side of the free vise.
A level measuring device , configured to monitor the surface topology of a bulk material or liquid, comprising: a sensor unit configured to scan a first area of the surface of the bulk material and a second area of the surface of the bulk material; and characterized in that it comprises the following: an evaluation unit configured to calculate a first volume and/or a first mass and/or a first average filling height of the bulk material located below the first area of the surface of the bulk material, and a second volume and/or a second mass and/or a second average filling height of the bulk material located below the second area of the surface of the bulk material; a communication unit , configured to transmit the calculated volumes or fill levels to an external control and evaluation unit . an evaluation unit configured to calculate a first volume and/or a first mass and/or a first average filling height of the bulk material located below the first area of the surface of the bulk material, and a second volume and/or a second mass and/or a second average filling height of the bulk material located below the second area of the surface of the bulk material; a communication unit , configured to transmit the calculated volumes or fill levels to an external control and evaluation unit .
Method for applying a fluorinated and/or ceramic, coloured coating on an internal wall of a low-diameter tube, such as a syringe needle, comprising the steps of: - suction and/or flow, in the tube, of a liquid containing the coating; - draining the liquid contained in the tube, at the end of which a coating deposit is obtained on the internal wall of the tube; - dissolving the coating by forced air circulation; - curing the coating; characterised in that it comprises a step of preparing the internal surface carried out by mechanical attack, the step of preparing the internal surface being carried out using a wire introduced in the internal tube and driven by a movement back and forth against the internal wall of the tube. - suction and/or flow, in the tube, of a liquid containing the coating; - draining the liquid contained in the tube, at the end of which a coating deposit is obtained on the internal wall of the tube; - dissolving the coating by forced air circulation; - curing the coating;
A computer implemented method for providing data visualization interactivity, the method comprising: creating a data visualization according to a shared layout; exposing at least one interactive feature for the data visualization; providing an integration object associated with at least one of a plurality rendering platforms , wherein the rendering platform is independent of the shared layout, and wherein the integration object comprises integration code to provide generic interface information usable by the data visualization platform for the at least one rendering platform; selecting the exposed at least one interactive feature for the data visualisation; translating the selection of the at least one interactive feature via the integration object into a common format associated with the shared layout; and modifying the data visualization according to the selected and translated interactive feature. creating a data visualization according to a shared layout; exposing at least one interactive feature for the data visualization; providing an integration object associated with at least one of a plurality rendering platforms , wherein the rendering platform is independent of the shared layout, and wherein the integration object comprises integration code to provide generic interface information usable by the data visualization platform for the at least one rendering platform; selecting the exposed at least one interactive feature for the data visualisation; translating the selection of the at least one interactive feature via the integration object into a common format associated with the shared layout; and modifying the data visualization according to the selected and translated interactive feature.
A filter plate subframe for a filter plate frame assembly having a filter plate frame and a filter plate subframe receivable therein, characterized in that the subframe comprises separate periphery segments attached to each other so as to form a continuous periphery region of the subframe, such that the periphery region surrounds and delimits an open region of the subframe, wherein the periphery region is of a generally rectangular shape having: - a first flank side and an opposite second flank side parallel with the first flank side , the flank sides running along a longitudinal direction of the subframe , and - a first end side and an opposite second end side parallel with the first end side , the end sides being transverse to the flank sides , wherein the flank sides have a linear density lower than that of the end sides , and the end sides have a bending stiffness higher than that of the flank sides , wherein either or both of the first end side and the second end side are provided with a reinforcement bar for increasing the bending stiffness said end sides , wherein the subframe is configured to be slidably receivable within a filter plate frame along the longitudinal direction of the subframe , and wherein a supporting surface is provided on a first planar side of periphery segments forming the flank sides the supporting surface being configured to support the filter plate subframe on a corresponding receiving surface of an associated filter plate frame. characterized in that the subframe comprises separate periphery segments attached to each other so as to form a continuous periphery region of the subframe, such that the periphery region surrounds and delimits an open region of the subframe, wherein the periphery region is of a generally rectangular shape having: - a first flank side and an opposite second flank side parallel with the first flank side , the flank sides running along a longitudinal direction of the subframe , and - a first end side and an opposite second end side parallel with the first end side , the end sides being transverse to the flank sides , - a first flank side and an opposite second flank side parallel with the first flank side , the flank sides running along a longitudinal direction of the subframe , and - a first end side and an opposite second end side parallel with the first end side , the end sides being transverse to the flank sides , wherein the flank sides have a linear density lower than that of the end sides , and the end sides have a bending stiffness higher than that of the flank sides , wherein either or both of the first end side and the second end side are provided with a reinforcement bar for increasing the bending stiffness said end sides , wherein the subframe is configured to be slidably receivable within a filter plate frame along the longitudinal direction of the subframe , and wherein a supporting surface is provided on a first planar side of periphery segments forming the flank sides the supporting surface being configured to support the filter plate subframe on a corresponding receiving surface of an associated filter plate frame.