mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising a field device , a computer and a communication channel for transmitting data between the field device and the computer , - wherein the field device and the computer are configured and connected to communicate with each other, - wherein the field device comprises a field device computer for executing neural networks up to a maximum complexity and at least one additional sensor for detecting field device errors, - wherein the field device is designed to collect data over the field device normal operation, - wherein the at least one additional sensor is designed to contribute to the data, - wherein the computer is designed - to generate training data from data about field device errors - to train the neural network with the training data so that it is configured to predict field device errors, wherein the neural network is generated with an initial complexity greater than the maximum complexity, and - to reduce the initial complexity at least to the maximum complexity by first removing at least one neuron from the neural network in at least one reducing step and then retraining the reduced neural network so that it is configured to predict field device errors. - wherein the field device and the computer are configured and connected to communicate with each other, - wherein the field device comprises a field device computer for executing neural networks up to a maximum complexity and at least one additional sensor for detecting field device errors, - wherein the field device is designed to collect data over the field device normal operation, - wherein the at least one additional sensor is designed to contribute to the data, - wherein the computer is designed - to generate training data from data about field device errors - to train the neural network with the training data so that it is configured to predict field device errors, wherein the neural network is generated with an initial complexity greater than the maximum complexity, and - to reduce the initial complexity at least to the maximum complexity by first removing at least one neuron from the neural network in at least one reducing step and then retraining the reduced neural network so that it is configured to predict field device errors. - to generate training data from data about field device errors - to train the neural network with the training data so that it is configured to predict field device errors, wherein the neural network is generated with an initial complexity greater than the maximum complexity, and - to reduce the initial complexity at least to the maximum complexity by first removing at least one neuron from the neural network in at least one reducing step and then retraining the reduced neural network so that it is configured to predict field device errors.
An inner diameter vane seal for a gas turbine engine , the inner diameter vane seal comprising: an annular, ring-like body comprising: an outer diameter rim extending circumferentially for engaging inner diameter ends of vanes ; an inner diameter rim extending circumferentially and spaced radially from the outer diameter rim ; forward and aft faces extending radially between the outer diameter rim and the inner diameter rim ; sidewalls connecting the inner diameter rim to the outer diameter rim to define a plurality of individual air passages extending from the forward face to the aft face between the inner and outer diameter rims , characterised in that the individual air passages are angled in a circumferential direction relative to a central axis of the annular, ring-like body. an outer diameter rim extending circumferentially for engaging inner diameter ends of vanes ; an inner diameter rim extending circumferentially and spaced radially from the outer diameter rim ; forward and aft faces extending radially between the outer diameter rim and the inner diameter rim ; sidewalls connecting the inner diameter rim to the outer diameter rim to define a plurality of individual air passages extending from the forward face to the aft face between the inner and outer diameter rims , characterised in that the individual air passages are angled in a circumferential direction relative to a central axis of the annular, ring-like body.
A semiconductor device comprising: a low thermal stress package having a single pedestal portion and a substrate portion; a semiconductor die mounted on the pedestal portion of the low thermal stress package; and a layer of solder attaching the single pedestal portion to the substrate, wherein the semiconductor die has an area greater than 6.35 mm2, wherein the single pedestal portion supports the semiconductor die away from the substrate portion and forms a gap between the substrate portion and an overhanging portion of the semiconductor die, characterized in that the semiconductor die has an area greater than 6.35 mm 2 , and in that the single pedestal portion has a mounting surface that is at least 50% smaller than a mounting surface of the semiconductor die. a low thermal stress package having a single pedestal portion and a substrate portion; a semiconductor die mounted on the pedestal portion of the low thermal stress package; and a layer of solder attaching the single pedestal portion to the substrate, wherein the semiconductor die has an area greater than 6.35 mm2, wherein the single pedestal portion supports the semiconductor die away from the substrate portion and forms a gap between the substrate portion and an overhanging portion of the semiconductor die, characterized in that the semiconductor die has an area greater than 6.35 mm 2 , and in that the single pedestal portion has a mounting surface that is at least 50% smaller than a mounting surface of the semiconductor die.
A patient simulator, in particular a premature baby, newborn or child simulator, comprising a simulated thorax, a lung simulator and a simulated anatomical trachea leading to the lung simulator, wherein the simulated thorax comprises a simulated chest including at least one liftable and lowerable chest element to simulate lifting and lowering of the chest, characterized in that the at least one liftable and lowerable chest element cooperates with a lifting and lowering mechanism actuatable independently of the lung simulator and the liftable and lowerable chest element is driven by a lifting and lowering mechanism being mechanically independent of the lung simulator, such that the lifting and lowering of the chest can be simulated independently of the current status of the lung simulator, wherein the drive of the liftable and lowerable chest element is preferably configured as pneumatic, hydraulic or electric drive.
A system for marking a strobel , comprising: a loading area for introducing the strobel onto a conveyor ; a camera for capturing an image of the strobel when the strobel is moved by the conveyor to an imaging area; a printer for printing guidelines on the strobel when the conveyor moves the strobel from the imaging area to a printing area, wherein the printer is configured to print a first guideline of the guidelines within a threshold distance of a second guideline of the guidelines ; and a computing device for determining a position of the strobel from the image, and based on the position, instructing the printer where to print the guidelines on the strobel . a loading area for introducing the strobel onto a conveyor ; a camera for capturing an image of the strobel when the strobel is moved by the conveyor to an imaging area; a printer for printing guidelines on the strobel when the conveyor moves the strobel from the imaging area to a printing area, wherein the printer is configured to print a first guideline of the guidelines within a threshold distance of a second guideline of the guidelines ; and a computing device for determining a position of the strobel from the image, and based on the position, instructing the printer where to print the guidelines on the strobel .
A light guide comprising: a body comprising: an inner major surface ; an outer major surface opposite the inner major surface; and an upper edge comprising a light receiving suface; a foot continuous with the body and opposite the upper edge, the foot comprising: an outwardly and downwardly sloping first face for extracting light, the first face adjacent the inner major surface and extending from about a plane of the inner major surface to beyond a plane of the outer major surface; an outwardly and upwardly sloping second face for extracting light, the second face adjacent the first sloped face; at least one return face connecting the second face to the outer major surface, characterized in that said light receiving surface comprises a plurality of spaced apart grooves , the body has a circular cross-section and the first face, second face, and return face are circular. a body comprising: an inner major surface ; an outer major surface opposite the inner major surface; and an upper edge comprising a light receiving suface; an inner major surface ; an outer major surface opposite the inner major surface; and an upper edge comprising a light receiving suface; a foot continuous with the body and opposite the upper edge, the foot comprising: an outwardly and downwardly sloping first face for extracting light, the first face adjacent the inner major surface and extending from about a plane of the inner major surface to beyond a plane of the outer major surface; an outwardly and upwardly sloping second face for extracting light, the second face adjacent the first sloped face; at least one return face connecting the second face to the outer major surface, characterized in that said light receiving surface comprises a plurality of spaced apart grooves , the body has a circular cross-section and the first face, second face, and return face are circular. an outwardly and downwardly sloping first face for extracting light, the first face adjacent the inner major surface and extending from about a plane of the inner major surface to beyond a plane of the outer major surface; an outwardly and upwardly sloping second face for extracting light, the second face adjacent the first sloped face; at least one return face connecting the second face to the outer major surface, characterized in that said light receiving surface comprises a plurality of spaced apart grooves , the body has a circular cross-section and the first face, second face, and return face are circular.
A display device, comprising: a display panel including a first region (DA1) and a second region (DA2); and a sensing module on a rear side of the display panel, wherein the first region includes a first pixel area (PX1) to display an image, the second region includes a second pixel area (PX2) and a transmission area (TA), wherein the second pixel area displays the image and the transmission area transmits light output by the sensing module, the second region overlaps the sensing module and the first region does not overlap the sensing module, at least part of the second pixel area overlaps a first layer that blocks light output from the sensing module and light input to the sensing module, and the transmission area does not overlap the first layer; wherein the first pixel area does not overlap the first layer; or wherein overlap percentages of the first layer in first pixel area and in the second pixel area are different with respect to a same area. a display panel including a first region (DA1) and a second region (DA2); and a sensing module on a rear side of the display panel, wherein the first region includes a first pixel area (PX1) to display an image, the second region includes a second pixel area (PX2) and a transmission area (TA), wherein the second pixel area displays the image and the transmission area transmits light output by the sensing module, the second region overlaps the sensing module and the first region does not overlap the sensing module, at least part of the second pixel area overlaps a first layer that blocks light output from the sensing module and light input to the sensing module, and the transmission area does not overlap the first layer; wherein the first pixel area does not overlap the first layer; or wherein overlap percentages of the first layer in first pixel area and in the second pixel area are different with respect to a same area.
A method of operating a handheld angle grinder with - a housing , - a drive shaft borne on the housing by means of a bearing , - a drive unit for driving the drive shaft , - handles which are each firmly attached to the housing , - fastening means for fastening a roughing disk to the drive shaft, - an acceleration sensor for producing position change information , - a first sensor means for recording a power consumption value (P), - evaluating means for evaluating the recorded power consumption value (P) and position change information , - outputting means for outputting an evaluation result of the evaluation by the evaluation means , wherein the evaluation result presents correction information intended for the operator, wherein the correction information allows correction of the local alignment of the angle grinder. - a housing , - a drive shaft borne on the housing by means of a bearing , - a drive unit for driving the drive shaft , - handles which are each firmly attached to the housing , - fastening means for fastening a roughing disk to the drive shaft, - an acceleration sensor for producing position change information , - a first sensor means for recording a power consumption value (P), - evaluating means for evaluating the recorded power consumption value (P) and position change information , - outputting means for outputting an evaluation result of the evaluation by the evaluation means ,
A method for reducing an output power of a group of wind turbines in response to a request to reduce the output power , the method comprising: for each of a plurality of the turbines, determining a measure of life usage by a turbine component by applying a life usage algorithm to values of one or more variables affecting the life usage , the values obtained using one or more turbine sensors; providing a threshold value for the life usage; identifying a subset of the plurality of turbines , the subset comprising turbines having a component with a life usage greater than the threshold value; determining a required level for the output power; receiving a signal indicative of current power generation by one or more of the group of wind turbines ; estimating, based on the signal, a current total output power of the group of wind turbines ; determining a difference between the estimated current total output power and the required level for the output power ; characterised by determining a power set point for each of the turbines in the subset based on the difference and in proportion to an amount by which its life usage exceeds the threshold value to reduce the power output to the required level; and providing the power set point for each of the turbines in the subset to reduce a power generation of the turbines. for each of a plurality of the turbines, determining a measure of life usage by a turbine component by applying a life usage algorithm to values of one or more variables affecting the life usage , the values obtained using one or more turbine sensors; providing a threshold value for the life usage; identifying a subset of the plurality of turbines , the subset comprising turbines having a component with a life usage greater than the threshold value; determining a required level for the output power; receiving a signal indicative of current power generation by one or more of the group of wind turbines ; estimating, based on the signal, a current total output power of the group of wind turbines ; determining a difference between the estimated current total output power and the required level for the output power ; characterised by determining a power set point for each of the turbines in the subset based on the difference and in proportion to an amount by which its life usage exceeds the threshold value to reduce the power output to the required level; and providing the power set point for each of the turbines in the subset to reduce a power generation of the turbines.
A decorative part comprising: - an element made at least partly of a metallic-, polymeric- or ceramic-based material and comprising a face visible to an observer , - at least one light source external or internal to said element , said decorative part further comprising at least a first plurality of optical fibres and a second plurality of optical fibres, each of the first and second pluralities of optical fibres being embedded in said material of the element , said optical fibres in the first and second pluralities of optical fibres serving as a guide for the light from the light source in order to produce, when in use, a luminous effect on the visible face of the element , the first and second pluralities of optical fibres having respectively different orientations, and in which each of the first and second pluralities of optical fibres respectively produces a differently-shaped luminous effect on the visible face, the element being an external horology part chosen from the list including a middle, a back, a bezel, a push button, a dial and a dial index. - an element made at least partly of a metallic-, polymeric- or ceramic-based material and comprising a face visible to an observer , - at least one light source external or internal to said element , said decorative part further comprising at least a first plurality of optical fibres and a second plurality of optical fibres, each of the first and second pluralities of optical fibres being embedded in said material of the element , said optical fibres in the first and second pluralities of optical fibres serving as a guide for the light from the light source in order to produce, when in use, a luminous effect on the visible face of the element , the first and second pluralities of optical fibres having respectively different orientations, and in which each of the first and second pluralities of optical fibres respectively produces a differently-shaped luminous effect on the visible face, the element being an external horology part chosen from the list including a middle, a back, a bezel, a push button, a dial and a dial index.
A method for building a fuselage assembly (114; 1100), the method comprising: building an assembly fixture (324; 1012) by: driving a number of cradle fixtures (314; 903) across a floor (300; 703) to an assembly area wherein each cradle fixture (322; 906,908,910) in the number of drivable cradle fixtures (314; 903) comprises a number of retaining structures (326; 918) for engaging with and supporting one or more of a plurality of panels (120; 1102) for forming the fuselage assembly (114; 1100); and configuring the number of cradle fixtures (314; 903) to form the assembly fixture (324; 1012), wherein configuring the number of cradle fixtures (314; 903) comprises: coupling the number of cradle fixtures (314; 903) to each other; adjusting the number of retaining structures (326; 918) of the number of cradle fixtures (314; 903) for receiving a fuselage assembly , the method further comprising: engaging a plurality of fuselage sections (205; 1118) with the assembly fixture (324; 1012) formed of the configured cradle fixtures , to build a fuselage assembly (114; 1100) wherein the fuselage sections (205; 1118) include one or more of a plurality of panels (120; 1102). driving a number of cradle fixtures (314; 903) across a floor (300; 703) to an assembly area wherein each cradle fixture (322; 906,908,910) in the number of drivable cradle fixtures (314; 903) comprises a number of retaining structures (326; 918) for engaging with and supporting one or more of a plurality of panels (120; 1102) for forming the fuselage assembly (114; 1100); and configuring the number of cradle fixtures (314; 903) to form the assembly fixture (324; 1012), wherein configuring the number of cradle fixtures (314; 903) comprises: coupling the number of cradle fixtures (314; 903) to each other; adjusting the number of retaining structures (326; 918) of the number of cradle fixtures (314; 903) for receiving a fuselage assembly , coupling the number of cradle fixtures (314; 903) to each other; adjusting the number of retaining structures (326; 918) of the number of cradle fixtures (314; 903) for receiving a fuselage assembly ,
A communication method, wherein the method is used for cell selection, and the method comprises: when a power class of a terminal device is a first power class, determining , by the terminal device , a first offset of the first power class and a second offset of the first power class, wherein the second offset represents a receiver sensitivity temporary offset of the first power class; determining , by the terminal device , a compensation amount of the first power class based on the first offset and the second offset; and determining , by the terminal device based on the second offset and the compensation amount of the first power class, whether to camp on a first cell. when a power class of a terminal device is a first power class, determining , by the terminal device , a first offset of the first power class and a second offset of the first power class, wherein the second offset represents a receiver sensitivity temporary offset of the first power class; determining , by the terminal device , a compensation amount of the first power class based on the first offset and the second offset; and determining , by the terminal device based on the second offset and the compensation amount of the first power class, whether to camp on a first cell.
Device for welding plastic films by means of hot gas with at least one tubular body, through which an electric current flows, for heating the hot gas, wherein the device comprises at least one gas inlet opening and multiple gas outlet openings disposed next to each other, from which hot gas is blown onto the plastic film, the at least one gas inlet opening being provided on a main tubular body , which stands in gas communication with a plurality of branch tubular bodies at branching points , wherein each of the branch tubular bodies has at least one gas outlet opening and all branch tubular bodies have electric current flowing through them, characterised in that the device is of modular structure, wherein each module has at least one branch tubular body with electric current flowing through it with at least one gas outlet opening , and has at least one branching point and at least one section of the main tubular body .
A network slice information update method, comprising: receiving , by a communications network element, a notification message from a network slice selection network element, wherein the notification message comprises identification information of a network slice, the notification message is used to indicate that a public land mobile network PLMN supports the network slice, and the PLMN once did not support the network slice; and notifying , by the communications network element, a terminal that the PLMN supports the network slice, wherein the terminal is a terminal that requested the network slice but was rejected and has subscribed to the network slice. receiving , by a communications network element, a notification message from a network slice selection network element, wherein the notification message comprises identification information of a network slice, the notification message is used to indicate that a public land mobile network PLMN supports the network slice, and the PLMN once did not support the network slice; and notifying , by the communications network element, a terminal that the PLMN supports the network slice, wherein the terminal is a terminal that requested the network slice but was rejected and has subscribed to the network slice.