mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for selecting media content based on a lighting scene, the method comprising: selecting the lighting scene, the lighting scene having one or more properties compnsing at least one of: a name of the lighting scene, one or more descriptive tags, an image, a video, and a palette name; determining one or more of the properties of the selected lighting scene; selecting media content based on the determined one or more of the properties, wherein the media content comprises audio content; controlling a media device to output the selected media content; and characterized in that the method further comprises adjusting one or more of: a duration, an intensity, a color, a color temperature, and a spectral composition of the lighting scene based on the audio content of the selected media content. selecting the lighting scene, the lighting scene having one or more properties compnsing at least one of: a name of the lighting scene, one or more descriptive tags, an image, a video, and a palette name; determining one or more of the properties of the selected lighting scene; selecting media content based on the determined one or more of the properties, wherein the media content comprises audio content; controlling a media device to output the selected media content; and characterized in that the method further comprises adjusting one or more of: a duration, an intensity, a color, a color temperature, and a spectral composition of the lighting scene based on the audio content of the selected media content.
A lint processing pump suitable for a laundry appliance, comprising: a pump casing having an interior cavity; an impeller disposed within the interior cavity; and a blade assembly disposed within the interior cavity, adjacent the impeller , the blade assembly including a rotationally operable blade and a filter engaged with the rotationally operable blade ; wherein the filter is positioned at least partially around the rotating blade ; wherein operation of the rotationally operable blade defines a lint processing state of the blade assembly wherein the rotationally operable blade slidably engages a cutting surface of the filter to process the wet lint into lint particles and move wet lint from the blade assembly toward the impeller . a pump casing having an interior cavity; an impeller disposed within the interior cavity; and a blade assembly disposed within the interior cavity, adjacent the impeller , the blade assembly including a rotationally operable blade and a filter engaged with the rotationally operable blade ; wherein the filter is positioned at least partially around the rotating blade ; wherein operation of the rotationally operable blade defines a lint processing state of the blade assembly wherein the rotationally operable blade slidably engages a cutting surface of the filter to process the wet lint into lint particles and move wet lint from the blade assembly toward the impeller .
A method for producing an insect product, the method comprising: - wet-grinding at least one whole unwashed insect into an insect slurry; and - drying the entire unfractioned insect slurry to form a dried insect product comprising solid insect matter particles; wherein - the drying comprises spray drying or drum drying, - the whole unwashed insects are selected from a group consisting of superworms, crickets, mealworms, grasshoppers, locusts, katydids, silkworms, or caterpillars. - wet-grinding at least one whole unwashed insect into an insect slurry; and - drying the entire unfractioned insect slurry to form a dried insect product comprising solid insect matter particles; - the drying comprises spray drying or drum drying, - the whole unwashed insects are selected from a group consisting of superworms, crickets, mealworms, grasshoppers, locusts, katydids, silkworms, or caterpillars.
A package for a medical device or delivery system, comprising: a first member , wherein the first member is substantially planar; a second member comprising at least one cavity for receiving a medical device or delivery system, wherein the first and second members are opposed such that the first member covers at least the cavity of the second planar member; a peripheral seal positioned between the first member and the second member for sealing the first member to the second member at the periphery of either or both of the first member or the second member; at least one opening formed in at least one of the first or second members; a microbial-resistant barrier covering the at least one opening ; characterized by a sealable member positioned between the first member and the second member, that adheres the first and second members together at a position between the at least one opening and the cavity such that when the first and second members are adhered by the sealable member the cavity is no longer in communication with the at least one opening, wherein the at least one opening covered by the microbial-resistant barrier is present in the package after the cavity is no longer in communication with the at least one opening. a first member , wherein the first member is substantially planar; a second member comprising at least one cavity for receiving a medical device or delivery system, wherein the first and second members are opposed such that the first member covers at least the cavity of the second planar member; a peripheral seal positioned between the first member and the second member for sealing the first member to the second member at the periphery of either or both of the first member or the second member; at least one opening formed in at least one of the first or second members; a microbial-resistant barrier covering the at least one opening ; characterized by a sealable member positioned between the first member and the second member, that adheres the first and second members together at a position between the at least one opening and the cavity such that when the first and second members are adhered by the sealable member the cavity is no longer in communication with the at least one opening, wherein the at least one opening covered by the microbial-resistant barrier is present in the package after the cavity is no longer in communication with the at least one opening.
Method for the inspection of a condition of a cannula which is mounted on a syringe and located in a cannula protective cap , wherein the method comprises the following steps: - measuring of a magnetic field, in particular a magnetic field distribution, in the vicinity of the cannula , and - determining a deformation of the magnetic field, in particular of the magnetic field distribution, compared to the case of a straight cannula. - measuring of a magnetic field, in particular a magnetic field distribution, in the vicinity of the cannula , and - determining a deformation of the magnetic field, in particular of the magnetic field distribution, compared to the case of a straight cannula.
A polymeric composition MB1 comprising: a) a (meth)acrylic polymer AP1, b) a polymeric silicone particle PP1 having a weight average particle diameter measured according to the description, between 1μm and 10μm, and c) a polymeric (meth)acrylic particle PP2 having a weight average particle diameter measured according to the description, between 30um and 100μm, characterized that the particle PP1 represents between 0.5wt% and 15wt% of the composition comprising the components a), b) and c) and that the particle PP2 represents between 40wt% and 80wt% of the composition comprising the components a), b) and c) and that the polymeric silicone particle PP1 has a refractive index measured according to the description, between 1.30 and 1.45 and that the (meth)acrylic polymer AP1 has a refractive index measured according to the description, between 1.46 and 1.52 and that (meth)acrylic polymer AP1 has a melt flow index (MFI) according to ISO 1133 (230°C/3.8kg) between 0.1g/10min and 20 g/10min and that (meth)acrylic polymer AP1 has a Vicat softening temperature of at least 90°C measured according to ISO 306:2013 (B50 method). a) a (meth)acrylic polymer AP1, b) a polymeric silicone particle PP1 having a weight average particle diameter measured according to the description, between 1μm and 10μm, and c) a polymeric (meth)acrylic particle PP2 having a weight average particle diameter measured according to the description, between 30um and 100μm, characterized that the particle PP1 represents between 0.5wt% and 15wt% of the composition comprising the components a), b) and c) and that the particle PP2 represents between 40wt% and 80wt% of the composition comprising the components a), b) and c) and that the polymeric silicone particle PP1 has a refractive index measured according to the description, between 1.30 and 1.45 and that the (meth)acrylic polymer AP1 has a refractive index measured according to the description, between 1.46 and 1.52 and that (meth)acrylic polymer AP1 has a melt flow index (MFI) according to ISO 1133 (230°C/3.8kg) between 0.1g/10min and 20 g/10min and that (meth)acrylic polymer AP1 has a Vicat softening temperature of at least 90°C measured according to ISO 306:2013 (B50 method).
A method for signal processing in an injection moulding machine that operates cyclically, for processing plastics and other plasticisable materials, having - at least one machine controller , - at least one sensor that detects at least one measurement variable , - at least one processing unit that processes the at least one measurement variable on site, in or at the sensor , in the processing unit , and is connected to the machine controller by means of at least one interface that takes the form of a digital real-time connection, - wherein the processing unit processes the at least one measurement variable in at least one section of at least one cycle by means of at least one mathematical function, and evaluates at least one resulting output as part of at least one analysis, on site, in or at the sensor , wherein the processing unit receives data from the machine controller for the purpose of evaluating the result of the measurement variables during the analysis, - wherein the analysis comprises at least one target/actual analysis and, in the event that an actual state deviates from a target state, the processing unit transmits at least one signal to the machine controller and/or to an actuator of the injection moulding machine, independently of machine-specific parameters. - at least one machine controller , - at least one sensor that detects at least one measurement variable , - at least one processing unit that processes the at least one measurement variable on site, in or at the sensor , in the processing unit , and is connected to the machine controller by means of at least one interface that takes the form of a digital real-time connection, - wherein the processing unit processes the at least one measurement variable in at least one section of at least one cycle by means of at least one mathematical function, and evaluates at least one resulting output as part of at least one analysis, on site, in or at the sensor , wherein the processing unit receives data from the machine controller for the purpose of evaluating the result of the measurement variables during the analysis, - wherein the analysis comprises at least one target/actual analysis and, in the event that an actual state deviates from a target state, the processing unit transmits at least one signal to the machine controller and/or to an actuator of the injection moulding machine, independently of machine-specific parameters.
An automatic machine for the removal of a nanocoating with a thickness of a few hundred angstroms from the perimetric margins of the face of glass plates having a rectangular or other than rectangular shape that are substantially flat and arranged vertically or almost vertically, comprising a machine body equipped with a resting surface with pseudovertical sliding and with a pseudohorizontal conveyor and at least one working head , movable in relation to said glass plate along its perimeter, said working head comprising two tool bodies that are adjustable and floating in a direction that is substantially transverse to the plane of said glass plate , each tool body comprising a cylindrical abrasive tool which rotates with a cutting motion to carry out the grinding operation, characterized in that the two tool bodies of the at least one working head are arranged in series, i.e., in succession with respect to the direction of the relative motion between said head and the glass plate such that the two tool bodies perform in succession the grinding processes; the two tool bodies of the at least one working head being orientable by being rotatable simultaneously about an axis (J) that is normal to the face of the glass plate and wherein by means of the combination of the synchronous motion (H) of the conveyor of the sucker type and of the synchronous motions (V; J) of the working head , the grinding process can follow contours of the glass plate having a non-rectangular shape (1'; 1"; 1'").
A method of transferring and processing a ultrathin film or foil in a roll-to-roll process, the method comprising: coating or mounting an electrostatic inducing material on both ends of a roll to form a charging part ; charging both ends of the ultrathin film or foil and the roll to a positive or negative charge by rubbing the ultrathin film or foil and the roll during the ultrathin film or foil transferring and rolling process; and applying an electrostatic force to both ends of the ultrathin film or foil at the same time as or after the charging to thereby alleviate a bending phenomenon of the ultrathin film or foil , wherein the width of the charging part is 5% to 25% of the total width of the roll . coating or mounting an electrostatic inducing material on both ends of a roll to form a charging part ; charging both ends of the ultrathin film or foil and the roll to a positive or negative charge by rubbing the ultrathin film or foil and the roll during the ultrathin film or foil transferring and rolling process; and applying an electrostatic force to both ends of the ultrathin film or foil at the same time as or after the charging to thereby alleviate a bending phenomenon of the ultrathin film or foil , wherein the width of the charging part is 5% to 25% of the total width of the roll .
Aluminium salt for use in the treatment and prevention of dementias associated with β-amyloid deposition, preferably Alzheimer's Disease (AD), wherein the aluminium salt is aluminium oxyhydroxide, and wherein aluminium oxyhydroxide is administered subcutaneously in an amount of at least 1.2 mg (given as Al 2 O 3 equivalent).
Electromotive adjusting unit for adjusting the inclination of a support part of an item of seating furniture , comprising at least one pivot drive for fastening to a body element of the item of seating furniture with a rotatable output element on which an output plate can be mounted in a rotationally fixed manner, in order to carry the support part, wherein the pivot drive has a carrier plate by means of which it can be fastened to the body element and on which at least two intermeshing gearwheels are rotatably mounted, which form a reduction gear, characterized in that a bearing plate is arranged parallel to the carrier plate , in which the gearwheels are also rotatably mounted.
Ceiling temperature-control body , in particular radiating body and/or ceiling radiating plate, having an elongate supporting body extending along a longitudinal axis (L) that comprises a plate-like supporting wall from which side limbs running parallel to the longitudinal axis (L) project at an angle, in particular at a right angle, and which carries a temperature-control arrangement having multiple temperature-control lines , wherein the temperature-control lines include or are formed by fluid tubes for being flowed through by a temperature-control fluid and/or electric temperature-control lines, wherein the supporting body is stiffened by at least one transverse stiffening body whose longitudinal ends are supported against the side limbs of the supporting body and which, with a middle portion , extends over the supporting wall transversely to the longitudinal axis (L) of the ceiling temperature-control body , wherein the middle portion is connected to the supporting wall by way of at least one connecting region , characterized in that the transverse stiffening body comprises temperature-control-line holding means for holding at least one temperature-control line , wherein the temperature-control-line holding means include a clamping mount and/or a form-fit mount and/or at least one magnet and/or a materially bonded connection, in particular an adhesive connection or welded connection.
A method for reporting channel state information for beamforming using multiple antennas of a base station in a wireless communication system, the method performed by a user equipment comprising: receiving information on reference signal patterns from the base station, wherein the multiple antennas are arranged in an array of rows and columns and are partitioned into antenna partitions each consisting of a row or a column of the array, and wherein each of the reference signal patterns corresponds to a respective one of the antenna partitions; generating channel state information containing information on a single preferred precoder to be commonly applied to antenna partitions corresponding to reference signal patterns for which a quasi co-location, QCL, condition is indicated to be fulfilled by the base station and information on a single linking precoder for linking the antenna partitions; and reporting the channel state information to the base station. receiving information on reference signal patterns from the base station, wherein the multiple antennas are arranged in an array of rows and columns and are partitioned into antenna partitions each consisting of a row or a column of the array, and wherein each of the reference signal patterns corresponds to a respective one of the antenna partitions; generating channel state information containing information on a single preferred precoder to be commonly applied to antenna partitions corresponding to reference signal patterns for which a quasi co-location, QCL, condition is indicated to be fulfilled by the base station and information on a single linking precoder for linking the antenna partitions; and reporting the channel state information to the base station.
A process for removal of fixed-pattern noise in images formed by electromagnetic sensor arrays in a light field comprising at least the following steps: a. forming a digital image by an electromagnetic sensor array ; b. forming a light field defined as an image matrix that comprises at least 2 × 2 digital images of a scene, wherein each digital image of the image matrix has a separation distance of at least a size of an effective area of an electromagnetic sensor; and c. reconstructing an image by: digital refocusing from the light field on a selection of different focal planes using a digital focus control algorithm, wherein the selection of focal planes comprises a far focal plane corresponding to the infinity containing a fixed-pattern noise causing an object in the digital image be maximally contaminated and a plurality of increasingly nearer focal planes containing lower levels of fixed-pattern noise, converting a spatial information of the light field to information in frequency space through the application of a Fourier transform in four dimensions, and extracting information applying a two-dimensional inverse Fourier transform to the selection of focal planes, wherein the digital focus control algorithm is used for selecting the digital image of the object in the plurality of the nearer focal planes. a. forming a digital image by an electromagnetic sensor array ; b. forming a light field defined as an image matrix that comprises at least 2 × 2 digital images of a scene, wherein each digital image of the image matrix has a separation distance of at least a size of an effective area of an electromagnetic sensor; and c. reconstructing an image by: digital refocusing from the light field on a selection of different focal planes using a digital focus control algorithm, wherein the selection of focal planes comprises a far focal plane corresponding to the infinity containing a fixed-pattern noise causing an object in the digital image be maximally contaminated and a plurality of increasingly nearer focal planes containing lower levels of fixed-pattern noise, converting a spatial information of the light field to information in frequency space through the application of a Fourier transform in four dimensions, and extracting information applying a two-dimensional inverse Fourier transform to the selection of focal planes, wherein the digital focus control algorithm is used for selecting the digital image of the object in the plurality of the nearer focal planes.
Outdoor shoe , in particular a climbing or hiking shoe with an inside lining and an upper material , characterized in that , the inside lining has a first material and a second material , wherein the second material is arranged in the area of a hallux basal joint position and wherein the second material has a greater flexibility than the first material .
Electrical network for a rail vehicle , wherein the electrical network comprises a first high-voltage section , wherein the electrical network comprises at least one low-voltage consumer and at least one power converter , wherein the electrical network comprises at least one further high-voltage section , wherein the first high-voltage section and the at least one further high-voltage section are electrically connected via at least one high-voltage DC-DC converter , wherein the at least one low-voltage consumer (6a, ..., 7c) and the at least one further high-voltage section are connected via the at least one power converter , characterized in that a target direct voltage potential in the first and in at least one further high-voltage section are the same.
A cargo handling system comprising : a tray ; an RFID tag coupled to said tray; a power drive unit (PDU), said power drive unit disposed in said tray , the PDU comprising: a motor ; and a PDU controller in communication with the motor and configured to receive a command signal including an address corresponding to an identification and location of the PDU within a cargo deck of an aircraft and, the PDU controller comprising: a radio frequency identification (RFID) reader , wherein the PDU controller is configured to determine the location of the PDU by reading the RFID tag ; wherein the PDU controller is configured to determine whether the address included in the command signal matches the location of the PDU. a tray ; an RFID tag coupled to said tray; a power drive unit (PDU), said power drive unit disposed in said tray , the PDU comprising: a motor ; and a PDU controller in communication with the motor and configured to receive a command signal including an address corresponding to an identification and location of the PDU within a cargo deck of an aircraft and, the PDU controller comprising: a radio frequency identification (RFID) reader , wherein the PDU controller is configured to determine the location of the PDU by reading the RFID tag ; wherein the PDU controller is configured to determine whether the address included in the command signal matches the location of the PDU. a motor ; and a PDU controller in communication with the motor and configured to receive a command signal including an address corresponding to an identification and location of the PDU within a cargo deck of an aircraft and, the PDU controller comprising: a radio frequency identification (RFID) reader , wherein the PDU controller is configured to determine the location of the PDU by reading the RFID tag ; wherein the PDU controller is configured to determine whether the address included in the command signal matches the location of the PDU. a radio frequency identification (RFID) reader , wherein the PDU controller is configured to determine the location of the PDU by reading the RFID tag ;