mhurhangee/ep-ind-claims huggingface dataset:
A system for preparing a liquid product, for example a beverage, comprising: - a product preparation assembly comprising - a concentrate holder for holding product concentrate, - a product feedthrough channel, and - a concentrate supply channel for feeding a flow of product concentrate from said holder to said product feedthrough channel, wherein the concentrate supply channel is provided with a valve member for regulating the flow of product concentrate, the valve member being movable with respect to the concentrate supply channel between a first position in which the flow of concentrate is blocked and a second position in which the flow of concentrate is enabled; and - a product preparation apparatus configured to cooperate with the product preparation assembly, the apparatus comprising - a liquid injector for supplying a flow of liquid into the product feedthrough channel, in particular via the valve member, wherein the liquid injector is configured to engage the valve member for moving the valve member, and - a controller (53, 58) configured for automatically controlling a movement of the valve member along a range of positions via actuation of the liquid injector, for example during the supplying of the flow of liquid, said range of positions extending between the first position and the second position, characterized in that controlling said movement of the valve member comprises positioning the valve member at an intermediate position between the first position and the second position. - a product preparation assembly comprising - a concentrate holder for holding product concentrate, - a product feedthrough channel, and - a concentrate supply channel for feeding a flow of product concentrate from said holder to said product feedthrough channel, wherein the concentrate supply channel is provided with a valve member for regulating the flow of product concentrate, the valve member being movable with respect to the concentrate supply channel between a first position in which the flow of concentrate is blocked and a second position in which the flow of concentrate is enabled; and - a product preparation apparatus configured to cooperate with the product preparation assembly, the apparatus comprising - a liquid injector for supplying a flow of liquid into the product feedthrough channel, in particular via the valve member, wherein the liquid injector is configured to engage the valve member for moving the valve member, and - a controller (53, 58) configured for automatically controlling a movement of the valve member along a range of positions via actuation of the liquid injector, for example during the supplying of the flow of liquid, said range of positions extending between the first position and the second position, characterized in that controlling said movement of the valve member comprises positioning the valve member at an intermediate position between the first position and the second position.
A transistor device, comprising: a substrate having a channel region; a gate electrode above the channel region; and source and drain regions (312, 314) formed on or in the substrate and adjacent to the channel region, wherein each of the source and drain regions employ a bi-layer configuration having a total thickness comprising a p-type liner (313, 315) of silicon or silicon germanium and a p-type cap (318, 320) having a germanium concentration in excess of 80 atomic %, wherein the liner (313, 315) is less than 50% of the total thickness; characterized in that the p-type cap of at least one of the source or drain regions further includes one or more dislocations, the one or more dislocations including at least one of a misfit dislocation, a threading dislocation, or a defect resulting from a change in lattice orientation across a twin plane. a substrate having a channel region; a gate electrode above the channel region; and source and drain regions (312, 314) formed on or in the substrate and adjacent to the channel region, wherein each of the source and drain regions employ a bi-layer configuration having a total thickness comprising a p-type liner (313, 315) of silicon or silicon germanium and a p-type cap (318, 320) having a germanium concentration in excess of 80 atomic %, wherein the liner (313, 315) is less than 50% of the total thickness; characterized in that the p-type cap of at least one of the source or drain regions further includes one or more dislocations, the one or more dislocations including at least one of a misfit dislocation, a threading dislocation, or a defect resulting from a change in lattice orientation across a twin plane.
A bone graft injection system comprising: a body; a handle assembly operatively coupled to the body; a cannula coupled to and extending from the body; a tube configured to be positioned at least partially within the body and at least partially within the cannula; and a plunger configured to be positioned at least partially within the tube characterised in that the plunger is operably coupled to the handle assembly so that actuation of the handle assembly advances the plunger distally within the tube. a body; a handle assembly operatively coupled to the body; a cannula coupled to and extending from the body; a tube configured to be positioned at least partially within the body and at least partially within the cannula; and a plunger configured to be positioned at least partially within the tube characterised in that the plunger is operably coupled to the handle assembly so that actuation of the handle assembly advances the plunger distally within the tube.
A system for assessing a volumetric pulmonary scan of a patient comprising: a database comprising a plurality of fissure atlases, each fissure atlas comprising statistical data regarding one or more fissure features in a plurality of volumetric pulmonary regions for a given population; and a processor configured to: statistically analyze the one or more fissure features in the plurality of volumetric pulmonary regions to determine, for each fissure feature, one or more distinguishing regions; receive a first set of volumetric pulmonary scan data representative of the volumetric structure of a patient's lungs; determine the one or more fissure features in the first set of volumetric pulmonary scan data at a plurality of regions; compare the determined one or more fissure features to the plurality of fissure atlases in the database; and classify the first set of volumetric pulmonary scan data into one or more of the populations based on the comparison. a database comprising a plurality of fissure atlases, each fissure atlas comprising statistical data regarding one or more fissure features in a plurality of volumetric pulmonary regions for a given population; and a processor configured to: statistically analyze the one or more fissure features in the plurality of volumetric pulmonary regions to determine, for each fissure feature, one or more distinguishing regions; receive a first set of volumetric pulmonary scan data representative of the volumetric structure of a patient's lungs; determine the one or more fissure features in the first set of volumetric pulmonary scan data at a plurality of regions; compare the determined one or more fissure features to the plurality of fissure atlases in the database; and classify the first set of volumetric pulmonary scan data into one or more of the populations based on the comparison. statistically analyze the one or more fissure features in the plurality of volumetric pulmonary regions to determine, for each fissure feature, one or more distinguishing regions; receive a first set of volumetric pulmonary scan data representative of the volumetric structure of a patient's lungs; determine the one or more fissure features in the first set of volumetric pulmonary scan data at a plurality of regions; compare the determined one or more fissure features to the plurality of fissure atlases in the database; and classify the first set of volumetric pulmonary scan data into one or more of the populations based on the comparison.
Corona shielding tape, especially for an electrical machine, comprising a corona shielding paper including at least one filler in a polymeric matrix, wherein the filler has particles which are formed with mica and which have, surrounding the mica, a layer formed by at least one metal oxide, characterized in that the layer is formed by a ceramic metal oxide.
Moulding tool for manufacturing a fibre-reinforced plastic from an FRP semi-finished product, comprising a first tool half, a second tool half and a first sealing mechanism, such that the FRP semi-finished product can be inserted in the opened moulding tool, and during a sealing process of the moulding tool the first sealing mechanism seals off an inner space pressure-tight against an outer space surrounding the moulding tool, both tool halves (110, 120) each having a consolidation zone (130, 150), by means of the interaction of which during a consolidation process of the moulding tool the FRP semi-finished product is consolidated to fibre-reinforced plastic, and both tool halves (110, 120) each having an edge zone (140, 160) surrounding the consolidation zone (130, 150) at least in part. wherein provision of an evacuation device, by means of which the first inner space is evacuated during the sealing process, wherein a second sealing mechanism is arranged at the edge zones (140, 160) of the tool halves (110, 120) between the first sealing mechanism and the consolidation zones (130, 150), which during the consolidation process of the moulding tool surrounds a second inner chamber pressure-tight so as prevent any egress of matrix material out of the second inner space and to produce a fibre-plastic composite of approximately the final shape, characterised in that an equalisation gap is arranged between the edge zones (140, 160) of the two tool halves (110, 120) and in the first inner space, which in a widest sealing position of the moulding tool is larger than in a narrowest sealing position of the moulding tool.
An affinity chromatography matrix, in the form of a gel, comprising polymer particles on which at least one oligosaccharide corresponding to a blood group A and/or group B epitope is grafted, said oligosaccharide being grafted to said particles via a spacer, characterized in that the oligosaccharide density is about 0.3 to 0.4 mg/ml matrix and said spacer consists of a spacer of the formula -NH-C 5 H 10 -CO-NH-C 3 H 6 -, said spacer being bound through its amine function to the particle.
A method for communication support in a communication server, comprising: - routing at least one communication channel between a first user device (101'A) and a second user device (101'B) through a meeting application server, wherein a filter service has access to the at least one communication channel; - establishing a filter control channel between the first user device (101'A) and the filter service and/or between the second user device (101'B) and the filter service; - applying a filter control rule, by the filter service, provided inside the filter control channel by the first user device (101'A) and/or the second user device (101'B); - analyzing, by the filter service, current information (103a, 103b, 103c, 103d) which is exchanged inside the at least one communication channel between the first user device (101'A) and the second user device (101'B); - extracting, by the filter service, current context-based information from the current information according to a predefined context selection rule; - aggregating, by the filter service, the current context-based information extracted from the current information (103a, 103b, 103c, 103d); - filtering, by the filter service, the aggregated current context-based information according to the filter control rule and generating filtered information based on the filter control rule; - providing, by the filter service, the filtered information to at least one of the filter control channel and/or the at least one communication channel. - routing at least one communication channel between a first user device (101'A) and a second user device (101'B) through a meeting application server, wherein a filter service has access to the at least one communication channel; - establishing a filter control channel between the first user device (101'A) and the filter service and/or between the second user device (101'B) and the filter service; - applying a filter control rule, by the filter service, provided inside the filter control channel by the first user device (101'A) and/or the second user device (101'B); - analyzing, by the filter service, current information (103a, 103b, 103c, 103d) which is exchanged inside the at least one communication channel between the first user device (101'A) and the second user device (101'B); - extracting, by the filter service, current context-based information from the current information according to a predefined context selection rule; - aggregating, by the filter service, the current context-based information extracted from the current information (103a, 103b, 103c, 103d); - filtering, by the filter service, the aggregated current context-based information according to the filter control rule and generating filtered information based on the filter control rule; - providing, by the filter service, the filtered information to at least one of the filter control channel and/or the at least one communication channel.
Stretching rod for a moulding unit for manufacturing a container from a preform, said stretching rod extending longitudinally, parallel to a main axis Y, comprising - a body of cylindrical or tubular form; - a distal end in the extension of said body; - at least an internal channel to allow the circulation of a cooling gas to said distal end; - a flat situated at the distal end of the stretching rod; - an end-fitting protruding from said flat, and - a plurality of orifices, said orifices being fluidically connected with said internal channel and being distributed around said end-fitting on said flat; said rod being characterized in that it comprises an annular skirt in the extension of said body, at said distal end, said skirt having a height less than the height of said end-fitting. - a body of cylindrical or tubular form; - a distal end in the extension of said body; - at least an internal channel to allow the circulation of a cooling gas to said distal end; - a flat situated at the distal end of the stretching rod; - an end-fitting protruding from said flat, and - a plurality of orifices, said orifices being fluidically connected with said internal channel and being distributed around said end-fitting on said flat;
Method for separating out worn banknotes from a number n of banknotes in banknote processing machines, having the following method steps: sequentially capturing the n banknotes, counting the n banknotes during the capturing, measuring the value of at least one physical variable, influenced by the wear, of each banknote during the capturing, comparing the measurement value or a value derived therefrom of each banknote to a threshold value during the capturing, separating out banknotes if the threshold value is exceeded during the capturing, counting the separated-out banknotes during the capturing, characterized in that a target rate c unfit,0 of banknotes that are to be separated out is specified, and in that, after capturing each banknote or after in each case a fixedly specified number of m<<n of banknotes, the rate c unfit,i' of the banknotes that have been separated out up to this banknote is calculated from the number of all the banknotes that have been captured up to this banknote and from the number of the banknotes that have been separated out up to this banknote, and the threshold value is adapted by feedback control, wherein the control variable is the rate c unfit,i' and the manipulated variable is the threshold value, with the result that the absolute value of the difference from the rate c unfit,0 and the rate c unfit,i' is minimized in the calculation of the threshold value. sequentially capturing the n banknotes, counting the n banknotes during the capturing, measuring the value of at least one physical variable, influenced by the wear, of each banknote during the capturing, comparing the measurement value or a value derived therefrom of each banknote to a threshold value during the capturing, separating out banknotes if the threshold value is exceeded during the capturing, counting the separated-out banknotes during the capturing, characterized in that a target rate c unfit,0 of banknotes that are to be separated out is specified, and in that, after capturing each banknote or after in each case a fixedly specified number of m<<n of banknotes, the rate c unfit,i' of the banknotes that have been separated out up to this banknote is calculated from the number of all the banknotes that have been captured up to this banknote and from the number of the banknotes that have been separated out up to this banknote, and the threshold value is adapted by feedback control, wherein the control variable is the rate c unfit,i' and the manipulated variable is the threshold value, with the result that the absolute value of the difference from the rate c unfit,0 and the rate c unfit,i' is minimized in the calculation of the threshold value.
A medicinal dispensing device comprising a dose counter device for counting the doses of an aerosol medication dispensed from the dispensing device, said dispensing caused by an application of force in an axial direction on said dispensing device, the dose counter device comprising an actuation button and being operable by application of a force in the axial direction to the dispensing device, where the actuation button comprises a top plate and a side wall or side walls, and wherein at the position of the counter actuation button at the point of actuation of the dose counter device there is a plane generally perpendicular to said axial direction and tangential to the most axially outwardly facing surface or surfaces of the top plate of the counter actuation button and wherein the dispensing device is provided with a crenellated parapet having two or more merlons (46; 47; 48; 49), the merlons (46; 47; 48; 49) being positioned around the counter actuation button, wherein the most axially outwardly facing surfaces (46a; 47a; 48a; 49a) of the merlons (46; 47; 48; 49) extend outwardly beyond said plane.
Non-therapeutic use of an agent comprising an oil-soluble extract from a fruit pulp of Capsicum annuum L. var. grossum for suppressing skin dullness.
A medical device system, comprising: a sensing circuit comprising: a first sensing channel configured to receive a first cardiac electrical signal via a first sensing electrode vector coupled to the medical device and to sense a plurality of R-waves in response to crossings of an R-wave amplitude threshold by the first cardiac electrical signal, and a second sensing channel configured to receive a second cardiac electrical signal via a second sensing electrode vector coupled to the medical device; a memory; and a control circuit coupled to the sensing circuit and the memory and configured to: store a time segment of the second cardiac electrical signal in the memory in response to each one of the plurality of R-waves sensed by the first sensing channel; select a group of the time segments of the second cardiac electrical signal; determine at least a first noise parameter from the group of time segments; detect noise in the group of time segments based on at least the first noise parameter; and withhold detection of a tachyarrhythmia episode in response to detecting the noise. a sensing circuit comprising: a first sensing channel configured to receive a first cardiac electrical signal via a first sensing electrode vector coupled to the medical device and to sense a plurality of R-waves in response to crossings of an R-wave amplitude threshold by the first cardiac electrical signal, and a second sensing channel configured to receive a second cardiac electrical signal via a second sensing electrode vector coupled to the medical device; a first sensing channel configured to receive a first cardiac electrical signal via a first sensing electrode vector coupled to the medical device and to sense a plurality of R-waves in response to crossings of an R-wave amplitude threshold by the first cardiac electrical signal, and a second sensing channel configured to receive a second cardiac electrical signal via a second sensing electrode vector coupled to the medical device; a memory; and a control circuit coupled to the sensing circuit and the memory and configured to: store a time segment of the second cardiac electrical signal in the memory in response to each one of the plurality of R-waves sensed by the first sensing channel; select a group of the time segments of the second cardiac electrical signal; determine at least a first noise parameter from the group of time segments; detect noise in the group of time segments based on at least the first noise parameter; and withhold detection of a tachyarrhythmia episode in response to detecting the noise. store a time segment of the second cardiac electrical signal in the memory in response to each one of the plurality of R-waves sensed by the first sensing channel; select a group of the time segments of the second cardiac electrical signal; determine at least a first noise parameter from the group of time segments; detect noise in the group of time segments based on at least the first noise parameter; and withhold detection of a tachyarrhythmia episode in response to detecting the noise.
A source Low power and Lossy Network, LLN, device (1; 220; 30) comprising: a non-transitory memory (44, 46) having instructions stored thereon for reserving a path in a 6TiSCH network; and a processor, operably coupled to the memory, the processor configured to perform the instructions of: sending a path computation request to a backbone router via a routing protocol path; receiving a computation reply from the backbone router based upon the request; and assigning a soft cell on the path between the source LLN device (1; 220; 30) and a destination LLN device (4; 220; 30), wherein the assigning step includes: sending a path assignment request message to an intermediate LLN device; receiving a path assignment confirmation from the intermediate LLN device; and receiving a path assignment reply from the destination LLN device; wherein a soft cell is sequentially reserved between the source LLN device, the intermediate LLN device and the destination LLN device. a non-transitory memory (44, 46) having instructions stored thereon for reserving a path in a 6TiSCH network; and a processor, operably coupled to the memory, the processor configured to perform the instructions of: sending a path computation request to a backbone router via a routing protocol path; receiving a computation reply from the backbone router based upon the request; and assigning a soft cell on the path between the source LLN device (1; 220; 30) and a destination LLN device (4; 220; 30), wherein the assigning step includes: sending a path assignment request message to an intermediate LLN device; receiving a path assignment confirmation from the intermediate LLN device; and receiving a path assignment reply from the destination LLN device; sending a path computation request to a backbone router via a routing protocol path; receiving a computation reply from the backbone router based upon the request; and assigning a soft cell on the path between the source LLN device (1; 220; 30) and a destination LLN device (4; 220; 30), wherein the assigning step includes: sending a path assignment request message to an intermediate LLN device; receiving a path assignment confirmation from the intermediate LLN device; and receiving a path assignment reply from the destination LLN device; sending a path assignment request message to an intermediate LLN device; receiving a path assignment confirmation from the intermediate LLN device; and receiving a path assignment reply from the destination LLN device; wherein a soft cell is sequentially reserved between the source LLN device, the intermediate LLN device and the destination LLN device.