mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating additive manufacturing instructions comprising: acquiring, at a processor, a first data model and a second data model, wherein: the first data model comprises a geometric model characterising the geometry of at least part of a first object, and the second data model comprises a geometric model characterising the geometry of at least part of a second object, and the first and second objects are to be generated in a common additive manufacturing operation; generating, using the processor, a first print layer model and a second, different, print layer model, wherein each of the print layer models comprises a data model of an intended print layer in object generation, wherein the layer is to comprise at least part of the first and second object and wherein: generating the first print layer model comprises combining the geometrical models of the first and second data models to determine the locations of object portions within the layer, and generating the second print layer model comprises generating a model characterising a separation between the objects to expose a way in which the objects could interact or influence one another during object generation; the method further comprising generating additive manufacturing instructions based on the first print layer model and the second print layer model. the first data model comprises a geometric model characterising the geometry of at least part of a first object, and the second data model comprises a geometric model characterising the geometry of at least part of a second object, and the first and second objects are to be generated in a common additive manufacturing operation; generating, using the processor, a first print layer model and a second, different, print layer model, wherein each of the print layer models comprises a data model of an intended print layer in object generation, wherein the layer is to comprise at least part of the first and second object and wherein: generating the first print layer model comprises combining the geometrical models of the first and second data models to determine the locations of object portions within the layer, and generating the second print layer model comprises generating a model characterising a separation between the objects to expose a way in which the objects could interact or influence one another during object generation; the method further comprising generating additive manufacturing instructions based on the first print layer model and the second print layer model. generating the first print layer model comprises combining the geometrical models of the first and second data models to determine the locations of object portions within the layer, and generating the second print layer model comprises generating a model characterising a separation between the objects to expose a way in which the objects could interact or influence one another during object generation; the method further comprising generating additive manufacturing instructions based on the first print layer model and the second print layer model.
Use of a polyether-based urethane foam impregnated with a cosmetic composition as a carrier for supporting and retaining the cosmetic composition, wherein the polyether-based urethane foam has a reticulated structure and a density of 16.02 to 48.06 kg/m 3 (density of 1 to 3 pcf), and wherein the cosmetic composition impregnated in the urethane foam is taken by cosmetic tools used for a make-up composition enclosed in a packed container, or hands.
(No Changes) A pharmaceutical composition formulated for buccal or sublingual administration, comprising: a pharmaceutically-effective dose of approximately 10 mg to approximately 40 mg of epinephrine bitartrate microcrystals; and at least one of a pharmaceutically-effective carrier, surfactant, penetration enhancer, and mucoadhesive. a pharmaceutically-effective dose of approximately 10 mg to approximately 40 mg of epinephrine bitartrate microcrystals; and at least one of a pharmaceutically-effective carrier, surfactant, penetration enhancer, and mucoadhesive.
An in vitro method for diagnosing type 1 diabetes (T1D) in a subject prior to the onset of clinical symptoms, comprising evaluating the T cell response to contact with at least one peptide selected from SEQ ID NOs: 2-21, in a biological sample taken from a subject; comparing the T cell response in the biological sample to a control, wherein an increase in the expression of IFN-γ in the biological sample as compared to the control is indicative of T1D in the subject prior to the onset of clinical symptoms. evaluating the T cell response to contact with at least one peptide selected from SEQ ID NOs: 2-21, in a biological sample taken from a subject; comparing the T cell response in the biological sample to a control, wherein an increase in the expression of IFN-γ in the biological sample as compared to the control is indicative of T1D in the subject prior to the onset of clinical symptoms.
A composition for use in treatment of a NMDA receptor neuropsychiatric disorder in a human subject in need thereof, comprising a therapeutic effective amount of: a first agent consisting of D-cycloserine or a pharmaceutically acceptable salt thereof, provided at a net antagonistic dose of ≥500 mg/day to ≤1000 mg/day and is formulated to produce an average plasma level in the subject of greater than 25 μg/mL; and a second agent consisting of S-mirtazapine, and wherein the NMDA receptor neuropsychiatric disorder is selected from the group consisting of obsessive compulsive disorder and anxiety disorders. a first agent consisting of D-cycloserine or a pharmaceutically acceptable salt thereof, provided at a net antagonistic dose of ≥500 mg/day to ≤1000 mg/day and is formulated to produce an average plasma level in the subject of greater than 25 μg/mL; and a second agent consisting of S-mirtazapine, and wherein the NMDA receptor neuropsychiatric disorder is selected from the group consisting of obsessive compulsive disorder and anxiety disorders.
An application protection method, comprising: sending (S201) an application download request for a target application to an application management server, wherein the application download request carries terminal identification information which identify a unique terminal; receiving (S202) the compiled application installation package sent by the application management server, wherein the application installation package is compiled according to the terminal identification information carried in the application downloads request; and installing (S203), according to the compiled application installation package, the target application in a runtime environment that is based on the terminal identification information, wherein the runtime environment is obtained by compiling a preset intermediate file according to the terminal identification information, and the preset intermediate file comprises a runtime file and a framework file wherein the compiled preset intermediate file constitutes the runtime environment that is based on the terminal identification information, wherein the compiling the preset intermediate file according to the terminal identification information preset in an architecture solution comprises: obtaining a hash value of the terminal identification information; and compiling the preset intermediate file according to the hash value, and generating an application binary interface, ABI, corresponding to the hash value. sending (S201) an application download request for a target application to an application management server, wherein the application download request carries terminal identification information which identify a unique terminal; receiving (S202) the compiled application installation package sent by the application management server, wherein the application installation package is compiled according to the terminal identification information carried in the application downloads request; and installing (S203), according to the compiled application installation package, the target application in a runtime environment that is based on the terminal identification information, wherein the runtime environment is obtained by compiling a preset intermediate file according to the terminal identification information, and the preset intermediate file comprises a runtime file and a framework file wherein the compiled preset intermediate file constitutes the runtime environment that is based on the terminal identification information, wherein the compiling the preset intermediate file according to the terminal identification information preset in an architecture solution comprises: obtaining a hash value of the terminal identification information; and compiling the preset intermediate file according to the hash value, and generating an application binary interface, ABI, corresponding to the hash value. obtaining a hash value of the terminal identification information; and compiling the preset intermediate file according to the hash value, and generating an application binary interface, ABI, corresponding to the hash value.
A method of provisioning a service in a communication network , the service comprising: - at least one virtual network function , and - at least one virtual network path (c1,c2,c3,c4,c5,c6,c7,c8), which at least one virtual network function and at least one virtual network path are to be implemented in the communication network, which method comprises: - obtaining affinity constraints and/or anti-affinity constraints and - mapping the at least one virtual network function and at least one virtual network path onto the communication network subject to said constraints, characterized in that - said affinity constraints and/or anti-affinity constraints relate to mapping the at least one virtual network path onto the communication network, and - said affinity and anti-affinity constraints comprise constraints on location of the at least one virtual network path. - at least one virtual network function , and - at least one virtual network path (c1,c2,c3,c4,c5,c6,c7,c8), - obtaining affinity constraints and/or anti-affinity constraints and - mapping the at least one virtual network function and at least one virtual network path onto the communication network subject to said constraints, characterized in that - said affinity constraints and/or anti-affinity constraints relate to mapping the at least one virtual network path onto the communication network, and - said affinity and anti-affinity constraints comprise constraints on location of the at least one virtual network path.
A protection apparatus for a European Train Control System, ETCS, antenna, the protection apparatus comprising: - a fastening strip , - two fastening supports and - a base plate and whereby - the base plate comprises a sandwich structure with a first covering layer , a second covering layer and an intermediate layer , - the intermediate layer has honeycombs , and - the protection apparatus is formed in one piece and manufactured additively. - a fastening strip , - two fastening supports and - a base plate - the base plate comprises a sandwich structure with a first covering layer , a second covering layer and an intermediate layer , - the intermediate layer has honeycombs , and - the protection apparatus is formed in one piece and manufactured additively.
An ejector device comprising: an injector portion , and a diffuser portion , the injector portion being arranged for injecting a flow of motive fluid from a motive fluid inlet into an inlet section of the diffuser portion thereby to draw a suction fluid from a suction fluid inlet into the inlet section of the diffuser portion; wherein the injector portion comprises a flow-modifying arrangement comprising: at least one rotational deflector element constructed and arranged to deflect motive fluid into a helical path as it moves over or through the rotational deflector element, and at least one baffle element located downstream of the rotational deflector element, wherein at least one rotational deflector element is provided which comprises a plurality of helical deflector vanes configured and/or arranged for imparting a component of rotation to the motive fluid as its passes the said vanes, and characterized in that the flow-modifying arrangement of the injector portion comprises at least one baffle element in the form of a baffle plate , wherein the baffle plate is substantially planar and oriented with its general plane substantially parallel to the general direction of flow of the motive fluid passing through the injector portion. an injector portion , and a diffuser portion , the injector portion being arranged for injecting a flow of motive fluid from a motive fluid inlet into an inlet section of the diffuser portion thereby to draw a suction fluid from a suction fluid inlet into the inlet section of the diffuser portion; wherein the injector portion comprises a flow-modifying arrangement comprising: at least one rotational deflector element constructed and arranged to deflect motive fluid into a helical path as it moves over or through the rotational deflector element, and at least one baffle element located downstream of the rotational deflector element, at least one rotational deflector element constructed and arranged to deflect motive fluid into a helical path as it moves over or through the rotational deflector element, and at least one baffle element located downstream of the rotational deflector element, wherein at least one rotational deflector element is provided which comprises a plurality of helical deflector vanes configured and/or arranged for imparting a component of rotation to the motive fluid as its passes the said vanes, and characterized in that the flow-modifying arrangement of the injector portion comprises at least one baffle element in the form of a baffle plate , wherein the baffle plate is substantially planar and oriented with its general plane substantially parallel to the general direction of flow of the motive fluid passing through the injector portion.
An embedded electronic device comprising: a printed circuit board , having a top surface and a bottom surface , wherein the bottom surface includes a plurality of standoffs ; a plurality of circuit components attached to the top surface of the printed circuit board; a bottom overlay attached to the bottom surface of the printed circuit board; a top overlay positioned above the top surface of the printed circuit board; and a core layer positioned between the top surface of the printed circuit board and the top overlay and further positioned between the bottom surface of the printed circuit board and the bottom overlay , characterized in that the plurality of standoffs are affixed to the bottom overlay with a pressure sensitive adhesive tape or a spray-on adhesive, or characterized in that the plurality of standoffs are copper. a printed circuit board , having a top surface and a bottom surface , wherein the bottom surface includes a plurality of standoffs ; a plurality of circuit components attached to the top surface of the printed circuit board; a bottom overlay attached to the bottom surface of the printed circuit board; a top overlay positioned above the top surface of the printed circuit board; and a core layer positioned between the top surface of the printed circuit board and the top overlay and further positioned between the bottom surface of the printed circuit board and the bottom overlay , characterized in that the plurality of standoffs are affixed to the bottom overlay with a pressure sensitive adhesive tape or a spray-on adhesive, or characterized in that the plurality of standoffs are copper.
A decision support method for the management of a fruit tree orchard, said method comprising the following phases: - Receiving a plurality of digital images acquired in color along rows of the fruit tree orchard, each image representing a respective fruit element of the fruit tree orchard, - Processing (20-70) of the plurality of acquired images said processing phase comprising, for each current image of the plurality of images, the following steps: ∘ Detecting objects of interest in each current image, ∘ Counting the number of objects of interest detected in each current image, ∘ Determining a blooming level for each current image as a function of the number of objects of interest counted for said current image, - Post-processing the plurality of processed images, said post-processing phase comprising the following steps: ∘ Merging the blooming levels of the fruit elements by areas along the rows of the fruit tree orchard, ∘ Generating a map of the blooming levels of the fruit elements of the fruit tree orchard. - Receiving a plurality of digital images acquired in color along rows of the fruit tree orchard, each image representing a respective fruit element of the fruit tree orchard, - Processing (20-70) of the plurality of acquired images said processing phase comprising, for each current image of the plurality of images, the following steps: ∘ Detecting objects of interest in each current image, ∘ Counting the number of objects of interest detected in each current image, ∘ Determining a blooming level for each current image as a function of the number of objects of interest counted for said current image, ∘ Detecting objects of interest in each current image, ∘ Counting the number of objects of interest detected in each current image, ∘ Determining a blooming level for each current image as a function of the number of objects of interest counted for said current image, - Post-processing the plurality of processed images, said post-processing phase comprising the following steps: ∘ Merging the blooming levels of the fruit elements by areas along the rows of the fruit tree orchard, ∘ Generating a map of the blooming levels of the fruit elements of the fruit tree orchard. ∘ Merging the blooming levels of the fruit elements by areas along the rows of the fruit tree orchard, ∘ Generating a map of the blooming levels of the fruit elements of the fruit tree orchard.
Exercise device for simulating rowing, comprising: - a first elongated structural member extending in a longitudinal direction; - a flywheel connected to said first structural member for providing a resistance force; - a seat connected to said first structural member, said seat comprising a seating surface; - a drive means for driving said flywheel, said drive means comprising a handle to be held by a user; wherein said seat and said flywheel are both moveable with respect to each other in a direction parallel to the longitudinal direction of said first structural member, characterized in that a centroid of said flywheel is arranged in a vertical plane extending parallel to the longitudinal direction of said first structural member and intersecting the middle of said seat. - a first elongated structural member extending in a longitudinal direction; - a flywheel connected to said first structural member for providing a resistance force; - a seat connected to said first structural member, said seat comprising a seating surface; - a drive means for driving said flywheel, said drive means comprising a handle to be held by a user;
A dual-polarization antenna array comprising a conductive structure having an aperture pattern comprising at least two first apertures each having a first configuration and at least two second apertures having a second configuration, wherein each pair of two first apertures is directly interconnected by one second aperture, said first apertures and said second apertures being arranged in periodic sequence such that each first aperture is separated from an adjacent first aperture by a second aperture , and each second aperture is directly interconnected with two adjacent first apertures , at least one first coupling element being connected to a first antenna feed line , at least one second coupling element being connected to a second antenna feed line , said first coupling element being configured to excite an electrical field having a first polarization, said second coupling element being configured to excite an electrical field having a second polarization, each first coupling element being at least partially juxtaposed with one first aperture , allowing said electrical field having a first polarization to be transmitted and/or received through said first aperture ,each second coupling element being at least partially juxtaposed with one second aperture , allowing said electrical field having a second polarization to be transmitted and/or received through said second aperture . a conductive structure having an aperture pattern comprising at least two first apertures each having a first configuration and at least two second apertures having a second configuration, wherein each pair of two first apertures is directly interconnected by one second aperture, said first apertures and said second apertures being arranged in periodic sequence such that each first aperture is separated from an adjacent first aperture by a second aperture , and each second aperture is directly interconnected with two adjacent first apertures , at least one first coupling element being connected to a first antenna feed line , at least one second coupling element being connected to a second antenna feed line , said first coupling element being configured to excite an electrical field having a first polarization, said second coupling element being configured to excite an electrical field having a second polarization, each first coupling element being at least partially juxtaposed with one first aperture , allowing said electrical field having a first polarization to be transmitted and/or received through said first aperture ,each second coupling element being at least partially juxtaposed with one second aperture , allowing said electrical field having a second polarization to be transmitted and/or received through said second aperture .
A nucleic acid molecule comprising a variant rpoC RNA-polymerase β' subunit protein coding sequence (variant rpoC coding sequence), wherein: the variant rpoC coding sequence encodes a variant RpoC RNA-polymerase β' subunit protein (variant RpoC); and the variant RpoC comprises an R47C substitution, with numbering of the R47C substitution defined based on wild-type RpoC RNA-polymerase β' subunit protein (wild-type RpoC) of Escherichia coli of SEQ ID NO: 26, wherein the variant RpoC comprises an amino acid sequence that is at least 90% identical to SEQ ID NO: 27, wherein expression of the variant RpoC decreases copy number of a plasmid relative to expression of wild-type RpoC comprising SEQ ID NO: 26, and wherein the variant RpoC has RNA-polymerase activity in the RNA poly-merase complex. the variant rpoC coding sequence encodes a variant RpoC RNA-polymerase β' subunit protein (variant RpoC); and the variant RpoC comprises an R47C substitution, with numbering of the R47C substitution defined based on wild-type RpoC RNA-polymerase β' subunit protein (wild-type RpoC) of Escherichia coli of SEQ ID NO: 26, wherein the variant RpoC comprises an amino acid sequence that is at least 90% identical to SEQ ID NO: 27, wherein expression of the variant RpoC decreases copy number of a plasmid relative to expression of wild-type RpoC comprising SEQ ID NO: 26, and wherein the variant RpoC has RNA-polymerase activity in the RNA poly-merase complex.