mhurhangee/ep-ind-claims huggingface dataset:
An ion optical system, comprising: an ionizer for ionizing one or more compounds, said ionizer comprising a plurality of components; a mass separator for separating ions of the one or more compounds, said mass separator comprising a plurality of components; a detector for identifying the one or more compounds, said detector comprising a plurality of components, wherein at least one of the plurality of components of at least one of said ionizer, said mass separator and said detector being an isolator for isolating one or more components, characterized in that the isolator comprises a composition consisting essentially of approximately 80 % aluminum oxide by volume and approximately 20 % zirconium oxide by volume, wherein the isolator maintains greater than 1 x 10 12 ohms of resistance at 350° C. an ionizer for ionizing one or more compounds, said ionizer comprising a plurality of components; a mass separator for separating ions of the one or more compounds, said mass separator comprising a plurality of components; a detector for identifying the one or more compounds, said detector comprising a plurality of components, wherein at least one of the plurality of components of at least one of said ionizer, said mass separator and said detector being an isolator for isolating one or more components, characterized in that the isolator comprises a composition consisting essentially of approximately 80 % aluminum oxide by volume and approximately 20 % zirconium oxide by volume, wherein the isolator maintains greater than 1 x 10 12 ohms of resistance at 350° C.
An interventional tissue clip device configured for repair of a cardiac valve, the clip device comprising: a pair of distal elements rotatably joined to a coupling member; and a pair of proximal elements resiliently biased toward the distal elements, the distal elements being configured to receive the proximal elements, characterised in that the proximal elements include a plurality of adjustable tines moveable between a retracted configuration and an open configuration, the open configuration positioning the tines more perpendicular to respective longitudinal axes of the proximal elements. a pair of distal elements rotatably joined to a coupling member; and a pair of proximal elements resiliently biased toward the distal elements, the distal elements being configured to receive the proximal elements, characterised in that the proximal elements include a plurality of adjustable tines moveable between a retracted configuration and an open configuration, the open configuration positioning the tines more perpendicular to respective longitudinal axes of the proximal elements.
A MEMS chip, characterized by comprising a substrate having a back cavity, as well as a back electrode and two induction membranes (14, 16) respectively located on an upper side and a lower side of the back electrode, wherein the back electrode and the two induction membranes (14, 16) are disposed on the substrate and are located on the back cavity and the two induction membranes (14, 16) each form a capacitance structure with the back electrode, the two induction membranes (14, 16) each comprise an active area opposite to the back cavity, an inactive area disposed outside the active area, and an isolation area located between the active area and the inactive area, wherein in each of the two induction membranes (14, 16) the isolation area comprises two insulation loops (18,19) connected to the active area and the inactive area respectively, and a buffer area connected between the two insulation loops, both of the insulation loops (18, 19) being disposed around the active area, a via hole is provided in the middle of each of the two induction membranes (14, 16), and a plurality of via holes are provided on the back electrode, at least one of which is opposed to the two via holes, and the MEMS chip further comprises a cylindrical membrane layer penetrating the two induction membranes (14, 16) and the back electrode along a vibration direction, wherein the cylindrical membrane layer is sealed in the two via holes so that a sealed cavity is formed between the two induction membranes (14, 16). wherein the back electrode and the two induction membranes (14, 16) are disposed on the substrate and are located on the back cavity and the two induction membranes (14, 16) each form a capacitance structure with the back electrode, the two induction membranes (14, 16) each comprise an active area opposite to the back cavity, an inactive area disposed outside the active area, and an isolation area located between the active area and the inactive area, wherein in each of the two induction membranes (14, 16) the isolation area comprises two insulation loops (18,19) connected to the active area and the inactive area respectively, and a buffer area connected between the two insulation loops, both of the insulation loops (18, 19) being disposed around the active area, a via hole is provided in the middle of each of the two induction membranes (14, 16), and a plurality of via holes are provided on the back electrode, at least one of which is opposed to the two via holes, and the MEMS chip further comprises a cylindrical membrane layer penetrating the two induction membranes (14, 16) and the back electrode along a vibration direction, wherein the cylindrical membrane layer is sealed in the two via holes so that a sealed cavity is formed between the two induction membranes (14, 16).
A method of operating a printing system, the method comprising: locating at least one portion of a print area by operating an optical sensor of the printing system to respond to a color shift from a printed reference color, the color shift being caused by a fixer fluid applied to the at least one portion, wherein: the optical sensor includes a light detection device and a plurality of light emission devices (58, 59, 60, 61); and characterised in that the optical sensor is operated to respond to the color shift with a light emission device selected from the plurality of light emission devices, and wherein the selected light emitting device is predetermined by comparing a light emission spectrum from a printed test color and a light emission spectrum from a printed color shifted from the test color by applying the fixer fluid. locating at least one portion of a print area by operating an optical sensor of the printing system to respond to a color shift from a printed reference color, the color shift being caused by a fixer fluid applied to the at least one portion, wherein: the optical sensor includes a light detection device and a plurality of light emission devices (58, 59, 60, 61); and characterised in that the optical sensor is operated to respond to the color shift with a light emission device selected from the plurality of light emission devices, and wherein the selected light emitting device is predetermined by comparing a light emission spectrum from a printed test color and a light emission spectrum from a printed color shifted from the test color by applying the fixer fluid. the optical sensor includes a light detection device and a plurality of light emission devices (58, 59, 60, 61); and characterised in that the optical sensor is operated to respond to the color shift with a light emission device selected from the plurality of light emission devices, and wherein the selected light emitting device is predetermined by comparing a light emission spectrum from a printed test color and a light emission spectrum from a printed color shifted from the test color by applying the fixer fluid.
Method for producing animal feed, in which plant feed components are fermented in a fermentation process, characterized in that either a) at least parts of the plant feed components are cooked in a cooking process at a temperature of 72°C to 80°C before the fermentation process, gastric juice is obtained from rumen by slicing green rumen, rinsing it with water and hanging it up for drip off, wherein gastric juice dripping off from the rumen is collected, the gastric juice is added to the plant feed components for supporting the fermentation process of the plant feed components, and the fermented and at least partially cooked plant feed components are mixed with at least animal feed components originating from at least one warm-blooded slaughtered animal and/or poultry and/or fish to form an animal feed base mass, or b) a portion of the plant feed components is fermented in a fermentation process and a further portion of the plant feed components is cooked in a cooking process at a temperature between 72°C and 80°C, the fermented plant feed components and the cooked plant feed components are mixed together, gastric juice is obtained from rumen by slicing green rumen, rinsing it with water and hanging it up for drip off, wherein gastric juice dripping off from the rumen is collected, the gastric juice is added to the plant feed components, the plant feed components mixed together are further fermented and mixed at least with rumen and animal feed components originating from at least one warm-blooded slaughtered animal and/or poultry and/or fish to form an animal feed base mass. a) at least parts of the plant feed components are cooked in a cooking process at a temperature of 72°C to 80°C before the fermentation process, gastric juice is obtained from rumen by slicing green rumen, rinsing it with water and hanging it up for drip off, wherein gastric juice dripping off from the rumen is collected, the gastric juice is added to the plant feed components for supporting the fermentation process of the plant feed components, and the fermented and at least partially cooked plant feed components are mixed with at least animal feed components originating from at least one warm-blooded slaughtered animal and/or poultry and/or fish to form an animal feed base mass, or b) a portion of the plant feed components is fermented in a fermentation process and a further portion of the plant feed components is cooked in a cooking process at a temperature between 72°C and 80°C, the fermented plant feed components and the cooked plant feed components are mixed together, gastric juice is obtained from rumen by slicing green rumen, rinsing it with water and hanging it up for drip off, wherein gastric juice dripping off from the rumen is collected, the gastric juice is added to the plant feed components, the plant feed components mixed together are further fermented and mixed at least with rumen and animal feed components originating from at least one warm-blooded slaughtered animal and/or poultry and/or fish to form an animal feed base mass.
An aqueous surfactant-containing cleaning agent for hard surfaces, characterized by comprising a C 6 -C 10 fatty alcohol sulfate, 0.5 to 10 wt.% glycerol and a polyether-polyester copolymer.
Control valve device (10, 110, 210), especially protection valve device, for an air treatment device of a vehicle, especially utility vehicle with at least one working inlet; with at least one working outlet; with at least one overflow valve; with at least one pressure limiting valve, characterised in that the overflow valve and the pressure limiting valve are integrated into at least one common valve unit, wherein the common valve unit is connected with the working inlet and the working outlet; and with at least one solenoid control valve unit (22, 122), wherein the solenoid control valve unit (22, 122) is connectable with at least one control chamber of the common valve unit.
A power supplier, comprising: a substrate; at least one terminal module, configured to be placed on the substrate, wherein the at least one terminal module comprises a connecting hole configured to be connected to an electrical device to thereby supply power to the electrical device, characterized in that the power supplier further comprises: a wireless communication module, configured to be spliced with the at least one terminal module when the at least one terminal module and the wireless communication module are placed on the substrate. a substrate; at least one terminal module, configured to be placed on the substrate, wherein the at least one terminal module comprises a connecting hole configured to be connected to an electrical device to thereby supply power to the electrical device, characterized in that the power supplier further comprises: a wireless communication module, configured to be spliced with the at least one terminal module when the at least one terminal module and the wireless communication module are placed on the substrate.
Vehicle seat, preferably motor vehicle seat, comprising: a) a seat part which can be swivelled about a horizontal first swivel axis between a horizontal normal position and a non-horizontal, preferably vertical, folding position; b) a backrest, comprising a lower partial backrest and an upper partial backrest mounted on the lower partial backrest so as to be pivotable about a horizontal second pivot axis, the upper partial backrest being pivotable about the second pivot axis in the direction of the seat part into a horizontal folding position; and c) a substructure on which the seat part is mounted so as to be pivotable about the horizontal first pivot axis by means of a pivot connection and which forms a cavity open towards the seat part, characterised in that the swivel connection is arranged at a distance from an end region of the seat part, which faces the lower partial backrest in the horizontal normal position, so that when the seat part is swivelled from the horizontal normal position into its folding position, this end region dips into the cavity of the substructure. a) a seat part which can be swivelled about a horizontal first swivel axis between a horizontal normal position and a non-horizontal, preferably vertical, folding position; b) a backrest, comprising a lower partial backrest and an upper partial backrest mounted on the lower partial backrest so as to be pivotable about a horizontal second pivot axis, the upper partial backrest being pivotable about the second pivot axis in the direction of the seat part into a horizontal folding position; and c) a substructure on which the seat part is mounted so as to be pivotable about the horizontal first pivot axis by means of a pivot connection and which forms a cavity open towards the seat part,
A method of fabricating a plate denture, comprising: creating a denture plate having a concave socket formed thereon and a vertical groove formed on a bottom surface of the socket; applying an adhesive material to the socket and the vertical groove; embedding a reinforcing structure in the vertical groove to which the adhesive material is applied; and arranging an artificial tooth in the socket to which the adhesive material is applied. creating a denture plate having a concave socket formed thereon and a vertical groove formed on a bottom surface of the socket; applying an adhesive material to the socket and the vertical groove; embedding a reinforcing structure in the vertical groove to which the adhesive material is applied; and arranging an artificial tooth in the socket to which the adhesive material is applied.
A method for routing an IP interconnection, wherein an IPX Provider Network Element comprising a first Diameter Edge Agent and a virtual Diameter Edge Agent is connectable via said first Diameter Edge Agent to an Inter-Service Provider IP Backbone, wherein the method comprises the first Diameter Edge Agent: assigning an identifier for a destination IPX Interconnecting operator using a routing table; and routing the signaling to the virtual Diameter Edge Agent, wherein the virtual Diameter Edge Agent is configured for an operator that does not have a Diameter Edge Agent and wherein the identifier addresses the virtual Diameter Edge Agent. assigning an identifier for a destination IPX Interconnecting operator using a routing table; and routing the signaling to the virtual Diameter Edge Agent, wherein the virtual Diameter Edge Agent is configured for an operator that does not have a Diameter Edge Agent and wherein the identifier addresses the virtual Diameter Edge Agent.
A method of providing a Multimedia Broadcast/Multicast Service, MBMS,, wherein each transmission time for transmitting each data relating to different MBMS services is scheduled and wherein scheduling information is transmitted using one scheduling message from a network node to a mobile terminal; and characterized in that the transmission periods covered by the scheduling information are specific to a particular MBMS service.
A foam sprinkler comprising a nozzle, a spray plate, and a foam generator for foaming a foam water concentrate, wherein the foam generator consists of a curved grid with webs and openings, the foam generator is designed symmetrically to the center of the curvature, the openings are rhombic, and the edges of the webs are sharp and angular, the foam generator: - either has a depression in its center, which is directly attached to the spray plate, wherein the foam generator is symmetrically attached to the spray plate, - or has an adapter with which it is connected to the spray plate or to the nozzle, wherein the foam generator is symmetrically attached to the nozzle, wherein the spray plate is located between the nozzle and the foam generator so that during operation of the foam sprinkler, the foam water concentrate is first accelerated, pre-foamed, and distributed over the spray plate, and then foamed by the foam generator, the foam generator extends beyond the spray plate in the direction of the nozzle so that the spray plate is located within the foam generator, the nozzle has a closure that is ejected sideways when the foam sprinkler is activated, and the curvature of the foam generator ends in a wide, open rim, and there is an opening between this rim and the other elements of the foam sprinkler, allowing the closure to be ejected sideways when the sprinkler is activated without getting caught in the foam generator. the foam generator consists of a curved grid with webs and openings, the foam generator is designed symmetrically to the center of the curvature, the openings are rhombic, and the edges of the webs are sharp and angular, the foam generator: - either has a depression in its center, which is directly attached to the spray plate, wherein the foam generator is symmetrically attached to the spray plate, - or has an adapter with which it is connected to the spray plate or to the nozzle, wherein the foam generator is symmetrically attached to the nozzle, - either has a depression in its center, which is directly attached to the spray plate, wherein the foam generator is symmetrically attached to the spray plate, - or has an adapter with which it is connected to the spray plate or to the nozzle, wherein the foam generator is symmetrically attached to the nozzle, wherein the spray plate is located between the nozzle and the foam generator so that during operation of the foam sprinkler, the foam water concentrate is first accelerated, pre-foamed, and distributed over the spray plate, and then foamed by the foam generator, the foam generator extends beyond the spray plate in the direction of the nozzle so that the spray plate is located within the foam generator, the nozzle has a closure that is ejected sideways when the foam sprinkler is activated, and the curvature of the foam generator ends in a wide, open rim, and there is an opening between this rim and the other elements of the foam sprinkler, allowing the closure to be ejected sideways when the sprinkler is activated without getting caught in the foam generator.
An aircraft system comprising: a display system; a graphical user interface configured to display controls on the display system, wherein the controls are for controlling sending of commands that control parameters relating to the trajectory of the aircraft, wherein the commands are sent to an auto-flight system in an aircraft to control flight of the aircraft; a first grouping of the controls in the graphical user interface, wherein controls of the first grouping are configured to control sending of commands generated by a flight management system in the aircraft to the auto-flight system; and a second grouping of the controls in the graphical user interface, wherein the controls of the second grouping are configured to control sending of commands generated by a user input to the graphical user interface to the auto-flight system; wherein the first grouping of the controls and the second grouping of the controls include different controls. a display system; a graphical user interface configured to display controls on the display system, wherein the controls are for controlling sending of commands that control parameters relating to the trajectory of the aircraft, wherein the commands are sent to an auto-flight system in an aircraft to control flight of the aircraft; a first grouping of the controls in the graphical user interface, wherein controls of the first grouping are configured to control sending of commands generated by a flight management system in the aircraft to the auto-flight system; and a second grouping of the controls in the graphical user interface, wherein the controls of the second grouping are configured to control sending of commands generated by a user input to the graphical user interface to the auto-flight system; wherein the first grouping of the controls and the second grouping of the controls include different controls.
A method of determining, by a computer, an output vector comprising at least an output variable, said output vector defining corrections to be applied to at least a feature of a second process for manufacturing a semiconductor integrated circuit, said method comprising: - obtaining a first series of values of an input vector for a first process for manufacturing the same semiconductor integrated circuit at a first plurality of points of a first layout, said input vector comprising at least an input variable; - obtaining a second series of values of the at least a component of the input vector for the second process at one of the same first plurality of points on the first layout and a second plurality of points on a second layout; characterized in that the method further comprises: - determining values of a state vector comprising at least a state variable, said state vector representative of a state of differences between the first and the second series of values of the input vector; - obtaining by a direct calculation the output vector for the series of values of the state vector, the output vector comprising an edge displacement; - determining (440a, 460a) from the edge displacement a second dose correction to be applied to the at least a feature of the first process, said at least a feature being a first dose correction. - obtaining a first series of values of an input vector for a first process for manufacturing the same semiconductor integrated circuit at a first plurality of points of a first layout, said input vector comprising at least an input variable; - obtaining a second series of values of the at least a component of the input vector for the second process at one of the same first plurality of points on the first layout and a second plurality of points on a second layout; - determining values of a state vector comprising at least a state variable, said state vector representative of a state of differences between the first and the second series of values of the input vector; - obtaining by a direct calculation the output vector for the series of values of the state vector, the output vector comprising an edge displacement; - determining (440a, 460a) from the edge displacement a second dose correction to be applied to the at least a feature of the first process, said at least a feature being a first dose correction.