mhurhangee/patent-ind-claim-en huggingface dataset:
A multilayer data carrier having an areal see-through window , having - an opaque core layer that is furnished in a sub-region with an areal gap to form the see-through window, and - two cover foils that are transparent at least in the region of the see-through window and that are laminated onto opposing sides of the opaque core layer , - the two cover foils being joined with each other across the entire area of the see-through window by laminating them together with the aid of opposing lamination plates , - the cover foils that are joined with each other being furnished in the see-through window with an embossed relief structure that is produced by a relief structure that is elevated in at least some regions in at least one of the said lamination plates , and - the embossed relief structure producing in the see-through window a latent image that, due to light diffraction, comes into view when looked through and that is substantially not visible in reflected light. - an opaque core layer that is furnished in a sub-region with an areal gap to form the see-through window, and - two cover foils that are transparent at least in the region of the see-through window and that are laminated onto opposing sides of the opaque core layer , - the two cover foils being joined with each other across the entire area of the see-through window by laminating them together with the aid of opposing lamination plates , - the cover foils that are joined with each other being furnished in the see-through window with an embossed relief structure that is produced by a relief structure that is elevated in at least some regions in at least one of the said lamination plates , and - the embossed relief structure producing in the see-through window a latent image that, due to light diffraction, comes into view when looked through and that is substantially not visible in reflected light.
A method of manufacturing a filter for filtering fluids, wherein the filter comprises a filter body formed of a porous filtration material and a plastic support structure , the filter defining horizontal and vertical axes, the porous filtration material having a first portion and a second portion and the method comprising: performing a first additive manufacturing step to form an initial portion of the support structure ; positioning the first portion of the porous filtration material above or on the initial portion of the support structure ; performing a second additive manufacturing step to form a secondary portion of the support structure as a continuation of the initial portion of the support structure such that the first portion of the porous filtration material is positioned between the initial and secondary portions , thereby joining the initial and secondary portions together through the porous filtration material and joining the support structure to the first portion of the porous filtration material ; positioning the first portion of the porous filtration material to overlay the second portion of the porous filtration material ; and connecting the first portion of the porous filtration material to the second portion of the porous filtration material at a seam to define a pocket within the filter body between the first portion and the second portion of the porous filtration material , the support structure configured to maintain spacing between the first and second portions of the filtration material . performing a first additive manufacturing step to form an initial portion of the support structure ; positioning the first portion of the porous filtration material above or on the initial portion of the support structure ; performing a second additive manufacturing step to form a secondary portion of the support structure as a continuation of the initial portion of the support structure such that the first portion of the porous filtration material is positioned between the initial and secondary portions , thereby joining the initial and secondary portions together through the porous filtration material and joining the support structure to the first portion of the porous filtration material ; positioning the first portion of the porous filtration material to overlay the second portion of the porous filtration material ; and connecting the first portion of the porous filtration material to the second portion of the porous filtration material at a seam to define a pocket within the filter body between the first portion and the second portion of the porous filtration material , the support structure configured to maintain spacing between the first and second portions of the filtration material .
An object detection device having at least one first object detector for detecting obstacles in the area of movement of a work equipment, the object detector being formed in the manner of a radar module with one or more connections for radar antennas , wherein a respective radar antenna is connected to the radar module by means of a dielectric waveguide , the radar antennas being formed in the manner of frequency-swinging leakage wave antennas with the dielectric waveguide , and wherein the frequency-swinging leaky wave antennas are formed as planar holographic antennas , characterised in that the planar holographic antennas are arranged and dimensioned on the dielectric waveguide in such a way that the leaky wave antennas , which can be moved from one holographic antenna to another, are arranged and dimensioned in such a way that the frequency-swinging leaky wave antennas can be moved from one holographic antenna to another, holographic antenna and decreasing over the length of the dielectric waveguide is compensated for by an antenna geometry changed from one holographic antenna to another holographic antenna .
Method for a localized communication in a mobile communication system, the method comprising: Obtaining information related to a plurality of planned maneuvers of a plurality of road users, wherein the plurality of planned maneuvers are related to an intersection; Predicting a plurality of radio resources required for a communication of the plurality of road users at the intersection based on the obtained information related to the plurality of planned maneuvers; Determining a duplex resource scheme for the localized communication based on the predicted plurality of radio resources required for the communication of the plurality of road users at the intersection; and Providing the duplex resource scheme to the plurality of road users using a control channel of the mobile communication system. Obtaining information related to a plurality of planned maneuvers of a plurality of road users, wherein the plurality of planned maneuvers are related to an intersection; Predicting a plurality of radio resources required for a communication of the plurality of road users at the intersection based on the obtained information related to the plurality of planned maneuvers; Determining a duplex resource scheme for the localized communication based on the predicted plurality of radio resources required for the communication of the plurality of road users at the intersection; and Providing the duplex resource scheme to the plurality of road users using a control channel of the mobile communication system.
A computer-implemented method for recognizing a plurality of real-world construction elements of a construction system assembled to form a real-world construction model, in particular toy construction elements of a toy construction system assembled to form a real-world toy construction model, each real-world construction element comprising coupling members for detachably connecting the real-world construction element with one or more other real-world construction elements of the construction system so as to form the real-world construction model; wherein the method comprises: - receiving at least one captured image of the real-world construction model; - processing the at least one captured image so as to at least preliminarily recognise at least a first real-world construction element in the at least one captured image as a first known real-world construction element from stored digital representations of a plurality of known real-world construction elements of the construction system, each digital representation comprising connectivity information indicative of how the corresponding real-world construction element can be detachably connected to other real-world construction elements of the construction system; - detecting image data of at least a second real-world construction element in the image within a proximity of the recognised first real-world construction element; - recognising the second real-world construction element as a second known real-world construction element from said stored digital representations of said plurality of known real-world construction elements of the construction system; wherein recognising the second real-world construction element is based at least in part on the connectivity information associated with the first and second known construction elements. - receiving at least one captured image of the real-world construction model; - processing the at least one captured image so as to at least preliminarily recognise at least a first real-world construction element in the at least one captured image as a first known real-world construction element from stored digital representations of a plurality of known real-world construction elements of the construction system, each digital representation comprising connectivity information indicative of how the corresponding real-world construction element can be detachably connected to other real-world construction elements of the construction system; - detecting image data of at least a second real-world construction element in the image within a proximity of the recognised first real-world construction element; - recognising the second real-world construction element as a second known real-world construction element from said stored digital representations of said plurality of known real-world construction elements of the construction system; wherein recognising the second real-world construction element is based at least in part on the connectivity information associated with the first and second known construction elements.
A method of modifying an appearance of hair in an image of a head of a subject, the method comprising: providing, as an input to a first trained neural network model, an image of a head of a subject having a region of hair; generating, using the first trained neural network model and based on the image of the head, a hair layer comprising an estimated representation of portions of the image including hair, and a face layer comprising an estimated representation of the head of the subject with the region of hair having been removed; providing, as an input to a second trained neural network model, an indication of a defined hairstyle to be incorporated into the image, and the generated hair layer; generating, using the second trained neural network model, a modified hair layer based on the indication of the defined hairstyle and the generated hair layer; and generating, using a processor, a modified image of the head of the subject by applying the modified hair layer to the generated face layer. providing, as an input to a first trained neural network model, an image of a head of a subject having a region of hair; generating, using the first trained neural network model and based on the image of the head, a hair layer comprising an estimated representation of portions of the image including hair, and a face layer comprising an estimated representation of the head of the subject with the region of hair having been removed; providing, as an input to a second trained neural network model, an indication of a defined hairstyle to be incorporated into the image, and the generated hair layer; generating, using the second trained neural network model, a modified hair layer based on the indication of the defined hairstyle and the generated hair layer; and generating, using a processor, a modified image of the head of the subject by applying the modified hair layer to the generated face layer.
A method of improving the stability of Trichoderma transformants such as to construct a genetically stable, transformed Trichoderma strain, the method comprising: a) transforming Trichoderma cells using a mixture of linearized or circular DNA comprising one or more genes of interest and a plurality of restriction enzymes, wherein the restriction enzymes are capable of generating a double strand break (DSB) in the chromosomal DNA of the Trichoderma cells; and b) selecting a genetically stable, transformed Trichoderma strain produced in a), wherein the percentage of stable transformants with treatment of the restriction enzymes is higher than percentage of stable transformants obtainable without treatment of the restriction enzymes, wherein the restriction enzymes recognize a restriction site of at least 8 base pairs and are selected from: PacI, Swal, Pmel, AscI, AsiSI, Fsel, NotI, Srfl, and Sgfl. a) transforming Trichoderma cells using a mixture of linearized or circular DNA comprising one or more genes of interest and a plurality of restriction enzymes, wherein the restriction enzymes are capable of generating a double strand break (DSB) in the chromosomal DNA of the Trichoderma cells; and b) selecting a genetically stable, transformed Trichoderma strain produced in a),
A method comprising: in an electronic device comprising an operating system platform operable to provide gaming and at least one of wired or wireless communication: monitoring during gameplay of a game, by a first gameplay monitor of said operating system, a plurality of gameplay variables to detect occurrence of one or more gameplay moments for the game wherein the one or more detected gameplay moments are detected based on comparing one or more of the plurality of monitored gameplay variables against baseline data to determine whether one or more corresponding thresholds have been satisfied; communicating , by the first gameplay monitor , gameplay information for the game to a second gameplay monitor , the second gameplay monitor being a master gameplay monitor running on a video server ; receiving , by the first gameplay monitor and from the second gameplay monitor , an update, the update based on the gameplay information; adapting, by the first gameplay monitor and based on the update, the monitoring of the plurality of gameplay variables; capturing video corresponding to a specified time period associated with occurrence of a gameplay event corresponding to said one or more detected gameplay moments; storing the captured video if the one or more corresponding thresholds have been satisfied; discarding the captured video if the one or more corresponding thresholds have not been satisfied; and determining, by said operating system platform, whether to share the captured video with one or more social networking destinations. monitoring during gameplay of a game, by a first gameplay monitor of said operating system, a plurality of gameplay variables to detect occurrence of one or more gameplay moments for the game wherein the one or more detected gameplay moments are detected based on comparing one or more of the plurality of monitored gameplay variables against baseline data to determine whether one or more corresponding thresholds have been satisfied; communicating , by the first gameplay monitor , gameplay information for the game to a second gameplay monitor , the second gameplay monitor being a master gameplay monitor running on a video server ; receiving , by the first gameplay monitor and from the second gameplay monitor , an update, the update based on the gameplay information; adapting, by the first gameplay monitor and based on the update, the monitoring of the plurality of gameplay variables; capturing video corresponding to a specified time period associated with occurrence of a gameplay event corresponding to said one or more detected gameplay moments; storing the captured video if the one or more corresponding thresholds have been satisfied; discarding the captured video if the one or more corresponding thresholds have not been satisfied; and determining, by said operating system platform, whether to share the captured video with one or more social networking destinations.
A system for aiding ground maneuvering of an airplane, said system comprising: a first video camera mounted to an airplane for generating a first stream of video images that include a changing video scene and a fixed image of a first extremity of said airplane; a video display unit on the flight deck of said airplane capable of displaying video images; and a computer system programmed to cause said video display unit to display a video image of said first stream with a first graphical cue superimposed on said video image of said first stream, said first graphical cue representing projected locations of said first extremity over ground during movement of said airplane, said first graphical cue comprising a stoppage marker representing a projected location of said first extremity when the airplane has come to a stop, the computer system being configured to perform an algorithm for calculating a position of the stoppage marker based on airplane groundspeed data and airplane acceleration/deceleration data, the stoppage marker being displayed at the calculated position. a first video camera mounted to an airplane for generating a first stream of video images that include a changing video scene and a fixed image of a first extremity of said airplane; a video display unit on the flight deck of said airplane capable of displaying video images; and a computer system programmed to cause said video display unit to display a video image of said first stream with a first graphical cue superimposed on said video image of said first stream, said first graphical cue representing projected locations of said first extremity over ground during movement of said airplane, said first graphical cue comprising a stoppage marker representing a projected location of said first extremity when the airplane has come to a stop, the computer system being configured to perform an algorithm for calculating a position of the stoppage marker based on airplane groundspeed data and airplane acceleration/deceleration data, the stoppage marker being displayed at the calculated position.
Enamel composition for enamelling glass-ceramic articles, containing at least one glass frit and at least one pigment, wherein the enamel composition has a proportion of pigment of from >50 to 60% by weight, wherein the glass frit has a particle size distribution having an average particle size D 50 of from 0.5 μm to 3 μm and wherein the glass frit contains at least the following constituents in % by weight on an oxide basis: SiO 2 65-72, Al 2 O 3 0.1-10, B 2 O 3 20-25, Li 2 O 0-<2, Na 2 O 1-7, K 2 O 0-3, Li 2 O + Na 2 O + K 2 O 1-9 and is free, except for unavoidable traces, of TiO 2 and ZrO 2 . Li 2 O + Na 2 O + K 2 O 1-9 and is free, except for unavoidable traces, of TiO 2 and ZrO 2 .
A vision testing device , comprising: a planar display device that displays a visual target for a testee who receives a vision test; and a display optical system provided on an optical axis between an eyeball position where an eyeball of the testee is placed and a display surface of the planar display device , wherein the display optical system is configured by a f - θ optical system in which a relationship between an incident angle of a principal ray when the testee views a visual target from the eyeball position through the display optical system and an image height on a display surface of the planar display device is proportional. a planar display device that displays a visual target for a testee who receives a vision test; and a display optical system provided on an optical axis between an eyeball position where an eyeball of the testee is placed and a display surface of the planar display device , wherein the display optical system is configured by a f - θ optical system in which a relationship between an incident angle of a principal ray when the testee views a visual target from the eyeball position through the display optical system and an image height on a display surface of the planar display device is proportional.
A method to improve network security, the method comprising: assigning at least one level of trust to at least one network node ; and utilizing the at least one level of trust to determine a degree of security of the at least one network node , wherein the at least one level of trust of the at least one network node is related to an amount of certainty of a physical location of the at least one network node , wherein the amount of certainty is attained from verification of the physical location using geolocation techniques, which use at least one spot beam based authentication signal in order to obtain the physical location of the at least one network node , at least one security key is used to authenticate the network node, wherein liveness information provided through a satellite spot beam is used to derive the at least one security key . assigning at least one level of trust to at least one network node ; and utilizing the at least one level of trust to determine a degree of security of the at least one network node , wherein the at least one level of trust of the at least one network node is related to an amount of certainty of a physical location of the at least one network node , wherein the amount of certainty is attained from verification of the physical location using geolocation techniques, which use at least one spot beam based authentication signal in order to obtain the physical location of the at least one network node , at least one security key is used to authenticate the network node, wherein liveness information provided through a satellite spot beam is used to derive the at least one security key .
Manufacturing method of a package for flat plates, comprising the steps of - producing a foldable flat blank (B) of a wrapping material, - folding said flat blank (B) to form a box-shaped package with open closable flaps, - introducing said flat plates into said box-shaped package and closing said closable flaps, characterised in that said step of producing a flat blank comprises the steps of - supplying a web of said wrapping material to a punching and cutting unit to obtain strips (C 1 -C n ) parallel to a travel direction, - punching and separating from said strips (C 1 -C n ) a plurality of elongated modular pieces (P 1 -P n ), - folding flat into an L-shape said elongated modular pieces (P 1 -P n ), bringing them close in pairs in correspondence of respective ends, - fastening said modular pieces (P 1 -P n ) folded to an L-shape in correspondence of the respective ends, forming said blank (B) in the shape of a quadrangular frame. - producing a foldable flat blank (B) of a wrapping material, - folding said flat blank (B) to form a box-shaped package with open closable flaps, - introducing said flat plates into said box-shaped package and closing said closable flaps, characterised in that said step of producing a flat blank comprises the steps of - supplying a web of said wrapping material to a punching and cutting unit to obtain strips (C 1 -C n ) parallel to a travel direction, - punching and separating from said strips (C 1 -C n ) a plurality of elongated modular pieces (P 1 -P n ), - folding flat into an L-shape said elongated modular pieces (P 1 -P n ), bringing them close in pairs in correspondence of respective ends, - fastening said modular pieces (P 1 -P n ) folded to an L-shape in correspondence of the respective ends, forming said blank (B) in the shape of a quadrangular frame.