mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: at least one processor ; and at least one memory including one or more sequences of instructions; characterized in that the at least one memory and the one or more sequences of instructions configured to, with the at least one processor , cause the apparatus to perform at least the following; receive first data that indicates values for one or more parameters of a characteristic of a continuous photoplethysmographic (PPG) waveform collected during a time interval of a treatment of a patient; apply coefficients to the values for the one or more parameters, and determine second data that indicates a plurality of predictions comprising, for each of a corresponding plurality of time ranges of the treatment, a respective prediction that the patient will require a blood transfusion during the time range, wherein each of the plurality of time ranges occurs within 24 hours after the time interval in which the first data is collected, wherein each of the predictions is based on applying respective coefficients to the values for the one or more parameters, and wherein the coefficients applied for each time range are dependent on the time range. at least one processor ; and at least one memory including one or more sequences of instructions; characterized in that the at least one memory and the one or more sequences of instructions configured to, with the at least one processor , cause the apparatus to perform at least the following; receive first data that indicates values for one or more parameters of a characteristic of a continuous photoplethysmographic (PPG) waveform collected during a time interval of a treatment of a patient; apply coefficients to the values for the one or more parameters, and determine second data that indicates a plurality of predictions comprising, for each of a corresponding plurality of time ranges of the treatment, a respective prediction that the patient will require a blood transfusion during the time range, wherein each of the plurality of time ranges occurs within 24 hours after the time interval in which the first data is collected, wherein each of the predictions is based on applying respective coefficients to the values for the one or more parameters, and wherein the coefficients applied for each time range are dependent on the time range. receive first data that indicates values for one or more parameters of a characteristic of a continuous photoplethysmographic (PPG) waveform collected during a time interval of a treatment of a patient; apply coefficients to the values for the one or more parameters, and determine second data that indicates a plurality of predictions comprising, for each of a corresponding plurality of time ranges of the treatment, a respective prediction that the patient will require a blood transfusion during the time range, wherein each of the plurality of time ranges occurs within 24 hours after the time interval in which the first data is collected, wherein each of the predictions is based on applying respective coefficients to the values for the one or more parameters, and wherein the coefficients applied for each time range are dependent on the time range.
A pressing machine for plastically deforming a workpiece, comprising: a. a housing and an electric motor for actuating the pressing machine; b. a tool holder arranged on the housing for holding an exchangeable tool head of the pressing machine ; c. a mechanical securing element which is arranged to be movable from an open position, in which a tool head can be inserted into the tool holder , into a closed position, in which the tool head is secured in the tool holder , characterised in that the tool holder is arranged to be rotatable on the housing of the pressing machine , preferably to be freely rotatable without restriction, and the pressing machine is an electro-hydraulic pressing machine, wherein a hydraulic piston actuates the tool head and a roller mechanism is provided at the actuation end of the hydraulic piston, which can interact with correspondingly formed actuation surfaces of the tool head and allows movement of the tools of the tool head when the hydraulic piston is moved forwards, and d. wherein a mechanical actuation element is provided, which is arranged to be movable on the tool holder between a first position and a second position, wherein the actuation element is arranged such that it can interact with the mechanical securing element , so that the securing element in its closed position forces the actuation element into the second position. a. a housing and an electric motor for actuating the pressing machine; b. a tool holder arranged on the housing for holding an exchangeable tool head of the pressing machine ; c. a mechanical securing element which is arranged to be movable from an open position, in which a tool head can be inserted into the tool holder , into a closed position, in which the tool head is secured in the tool holder , characterised in that the tool holder is arranged to be rotatable on the housing of the pressing machine , preferably to be freely rotatable without restriction, and the pressing machine is an electro-hydraulic pressing machine, wherein a hydraulic piston actuates the tool head and a roller mechanism is provided at the actuation end of the hydraulic piston, which can interact with correspondingly formed actuation surfaces of the tool head and allows movement of the tools of the tool head when the hydraulic piston is moved forwards, and d. wherein a mechanical actuation element is provided, which is arranged to be movable on the tool holder between a first position and a second position, wherein the actuation element is arranged such that it can interact with the mechanical securing element , so that the securing element in its closed position forces the actuation element into the second position.
Electronic component comprising: a circuit carrier unit , wherein at least one electronic element is assembled on the circuit carrier unit , and a protective housing for encompassing the circuit carrier unit at least partly, wherein the circuit carrier unit has a first section and a second section , the second section being arranged at a distance from the first section and opposing to the first section , wherein the housing has a first receiving portion for receiving the first section and a second receiving portion for receiving the second section , and wherein the first receiving portion and the second receiving portion are separated from each other by a cooling clearance , and characterised in that the cooling clearance is formed by at least one blind cavity with a closed bottom region and an opening for the passing of a cooling medium, wherein the at least one blind cavity has at least one venting aperture which is arranged distanced apart from the opening . a circuit carrier unit , wherein at least one electronic element is assembled on the circuit carrier unit , and a protective housing for encompassing the circuit carrier unit at least partly, wherein the circuit carrier unit has a first section and a second section , the second section being arranged at a distance from the first section and opposing to the first section , wherein the housing has a first receiving portion for receiving the first section and a second receiving portion for receiving the second section , and wherein the first receiving portion and the second receiving portion are separated from each other by a cooling clearance , and characterised in that the cooling clearance is formed by at least one blind cavity with a closed bottom region and an opening for the passing of a cooling medium, wherein the at least one blind cavity has at least one venting aperture which is arranged distanced apart from the opening .
Method for producing a laminate , - in which a stack to be pressed is provided by arranging at least one substrate layer , in particular a wood-based material layer, and a decor paper layer on top of one another, and - in which the stack is pressed to form a laminate , - wherein the width of the decor paper layer is adapted to the width of the substrate layer , so that the decor paper layer covers the substrate layer substantially over its full width, - wherein the decor paper layer is provided in that at least two printed decor paper sheets (72, 74; 136, 138) or decor paper webs (178a-b) are arranged next to one another, wherein the at least two decor paper sheets (72, 74; 136, 138) or at least two decor paper webs (178a-b) are printed by means of digital printing, so that the substrate layer is equipped with a digitally printed decor over substantially the entire surface, and - wherein the at least two decor paper sheets (72, 74; 136, 138) or decor paper webs (178a-b) are aligned with each other in a predefined manner in accordance with the decors printed on the decor paper sheets (72, 74; 136, 138) or decor paper webs (178a-b) when arranging the stack by means of alignment markings (202a-b) printed on the decor paper sheets or decor paper webs. - in which a stack to be pressed is provided by arranging at least one substrate layer , in particular a wood-based material layer, and a decor paper layer on top of one another, and - in which the stack is pressed to form a laminate , - wherein the width of the decor paper layer is adapted to the width of the substrate layer , so that the decor paper layer covers the substrate layer substantially over its full width, - wherein the decor paper layer is provided in that at least two printed decor paper sheets (72, 74; 136, 138) or decor paper webs (178a-b) are arranged next to one another, wherein the at least two decor paper sheets (72, 74; 136, 138) or at least two decor paper webs (178a-b) are printed by means of digital printing, so that the substrate layer is equipped with a digitally printed decor over substantially the entire surface, and - wherein the at least two decor paper sheets (72, 74; 136, 138) or decor paper webs (178a-b) are aligned with each other in a predefined manner in accordance with the decors printed on the decor paper sheets (72, 74; 136, 138) or decor paper webs (178a-b) when arranging the stack by means of alignment markings (202a-b) printed on the decor paper sheets or decor paper webs.
An encapsulated lactam wherein the lactam is selected from: characterised in that encapsulated lactam is encapsulated in a condensation polymer.
A hearing aid comprising an assembly, the assembly comprising a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid , a wireless communication unit configured for wireless communication, connected with an antenna configured for electromagnetic field emission and/or electromagnetic field reception, the antenna comprising: a first feed point connected to the wireless communication unit , a second feed point , a first branch connected to the first feed point , the first branch comprising a first segment and a first free end , wherein the first segment extends in a first plane, and a second branch connected to the second feed point , the second branch comprising a second segment and a second free end , wherein the second segment extends in a second plane, wherein the first feed point and the second feed point are located between the first plane and the second plane wherein a length of the first branch is a quarter of a wavelength of the electromagnetic field emitted by the antenna +/-10% and wherein a length of the second branch is a quarter of the wavelength of the electromagnetic field emitted by the antenna +/-10%. a first feed point connected to the wireless communication unit , a second feed point , a first branch connected to the first feed point , the first branch comprising a first segment and a first free end , wherein the first segment extends in a first plane, and a second branch connected to the second feed point , the second branch comprising a second segment and a second free end , wherein the second segment extends in a second plane, wherein the first feed point and the second feed point are located between the first plane and the second plane wherein a length of the first branch is a quarter of a wavelength of the electromagnetic field emitted by the antenna +/-10% and wherein a length of the second branch is a quarter of the wavelength of the electromagnetic field emitted by the antenna +/-10%.
A method for spectral demixing, the method comprising: obtaining empirical spectroscopic data representing a plurality of frequencies of electromagnetic energy that has interacted with a specimen ; accessing a computer readable representation of a hierarchical spectral cluster tree representing a spectral library ; demixing, with data on each of a plurality of levels of the hierarchical spectral cluster tree, foveated spectroscopic data derived from the empirical spectroscopic data ; identifying at least one node in the hierarchical spectral cluster tree as corresponding to the empirical spectroscopic data ; and outputting an endmember abundance assessment of the specimen corresponding to the at least one node ; characterized in that the demixing foveated spectroscopic data comprises performing foveated compressive projection and/or the demixing foveated spectroscopic data comprises sparse reconstruction . obtaining empirical spectroscopic data representing a plurality of frequencies of electromagnetic energy that has interacted with a specimen ; accessing a computer readable representation of a hierarchical spectral cluster tree representing a spectral library ; demixing, with data on each of a plurality of levels of the hierarchical spectral cluster tree, foveated spectroscopic data derived from the empirical spectroscopic data ; identifying at least one node in the hierarchical spectral cluster tree as corresponding to the empirical spectroscopic data ; and outputting an endmember abundance assessment of the specimen corresponding to the at least one node ; characterized in that the demixing foveated spectroscopic data comprises performing foveated compressive projection and/or the demixing foveated spectroscopic data comprises sparse reconstruction .
Floor rail for a vehicle, in particular vehicle floor rail, which is configured for attaching a vehicle interior equipment and/or a seat assembly in a vehicle, wherein the floor rail is hollow and has an upper side with a longitudinal slot , wherein the floor rail has, over its longitudinal extent, an outer rail which is configured as a hollow profile with opposite rail longitudinal walls extending in the longitudinal direction of the floor rail and with a rail base , wherein the rail base lies opposite the upper side of the floor rail and connects the rail longitudinal walls to each other, and wherein an inner rail is provided which is accommodated within the hollow outer rail , wherein the outer rail is composed of a first material, and wherein the inner rail is composed of a second material, characterized in that the inner rail comprises a plurality of recesses in an inner rail wall , wherein an outer rail recess is present in a rail longitudinal wall of the outer rail , the rail longitudinal wall being adjacent to the inner rail wall , wherein the outer rail recess adjoins a plurality of the recesses in the inner rail wall , preferably adjoins all of the recesses in the inner rail wall .
Method for determining the weight of a load picked up by a loading machine , in which operating fluid pressures (EP1 to EP4) of individual support elements (4a to 4d) which hydraulically support the loading machine in an operating state on a substrate (U) are determined by means of measuring elements (8a to 8d), the operating fluid pressures (EP1 to EP4) being added up in a control unit and converted into a total weight (GG) of the loading machine by means of a known or previously determined load constant (L), and the weight of a load picked up by a loading machine being determined from the total weight (GG) with knowledge of a dead weight (EG) of the loading machine , characterised in that the determined weight of the load picked up by the loading machine is related to a handling cycle of the loading machine in the control unit , the handling cycle begins with the closing of a load-carrying means of the loading machine begins and ends with the opening of the load-carrying means, and the weight determined in each case for a handling cycle is added to a total handling weight resulting for a predetermined number of handling cycles in the control unit .
A chewy confectionery product which is substantially free of the texturizing agents gelatin, starch and egg white (albumin); the chewy confectionery comprising pectin at a minimum of 0.2 percent by weight on a dry basis of the chewy confectionery product; sweetener comprising sucrose wherein said chewy confectionery product comprises 20 to 80 percent by weight of sucrose on a dry basis; and wherein said chewy confectionery product has a water content of 3 to 13 percent. the chewy confectionery comprising pectin at a minimum of 0.2 percent by weight on a dry basis of the chewy confectionery product; sweetener comprising sucrose wherein said chewy confectionery product comprises 20 to 80 percent by weight of sucrose on a dry basis; and wherein said chewy confectionery product has a water content of 3 to 13 percent.
A data processor for a metrological apparatus for measuring a surface characteristic of a workpiece , the metrological apparatus comprising: a mover to carry out a measurement procedure by effecting relative movement in a measurement direction between a workpiece and a stylus such that the stylus is deflected as a stylus tip of the stylus follows surface variations along a measurement path on a surface of the workpiece; and a transducer to provide a measurement data set in a measurement coordinate system representing the deflection of the stylus at measurement points along the measurement path, the transducer having a measurement range, and the data processor being configured to: receive nominal surface data representing the expected surface characteristic of the workpiece in a workpiece coordinate system; determine a relationship between the measurement data in the measurement coordinate system and the nominal surface data in the workpiece coordinate system; simulate a measurement data set for the nominal surface using the nominal surface data and the determined relationship, the simulation providing a simulated measurement data set having a simulated range of simulated measurement values; determine whether the simulated range meets a given criterion; if the simulated range does not meet the given criterion, adjust a selected measurement data value for a selected measurement point and repeat the simulation to determine an adjusted measurement data value for which the simulated range meets the given criterion; and determine measurement start conditions required for a measurement procedure to provide the adjusted measurement data value for the selected measurement point. receive nominal surface data representing the expected surface characteristic of the workpiece in a workpiece coordinate system; determine a relationship between the measurement data in the measurement coordinate system and the nominal surface data in the workpiece coordinate system; simulate a measurement data set for the nominal surface using the nominal surface data and the determined relationship, the simulation providing a simulated measurement data set having a simulated range of simulated measurement values; determine whether the simulated range meets a given criterion; if the simulated range does not meet the given criterion, adjust a selected measurement data value for a selected measurement point and repeat the simulation to determine an adjusted measurement data value for which the simulated range meets the given criterion; and determine measurement start conditions required for a measurement procedure to provide the adjusted measurement data value for the selected measurement point.
Method for generating dynamic information about a change to a route plan, comprising: generating original navigation directions , by way of one or more processors , along an original route between a starting point and a destination ; determining an alternative route to the destination, by way of one or more processors, including a location of the deviation between the original route and the alternative route; and generating acoustic information about a change to the route plan, characterized in that the generating is effected depending on the location of the deviation in relation to a map section displayed on a display , wherein the information about a change to the route plan is generated when the location of the deviation is situated at a predefined distance outside the edge of the displayed map section . generating original navigation directions , by way of one or more processors , along an original route between a starting point and a destination ; determining an alternative route to the destination, by way of one or more processors, including a location of the deviation between the original route and the alternative route; and generating acoustic information about a change to the route plan, characterized in that the generating is effected depending on the location of the deviation in relation to a map section displayed on a display , wherein the information about a change to the route plan is generated when the location of the deviation is situated at a predefined distance outside the edge of the displayed map section .