mhurhangee/patent-ind-claim-en huggingface dataset:
A computer resource provisioning system, comprising: a processor coupled to a memory , the processor configured to execute computer-executable instructions stored in the memory that when executed cause the processor to perform the following actions: detecting a request to create a virtual machine from a requestor; classifying the virtual machine into one of a plurality of longevity classes with a machine learning classifier based on data pertaining to one or more of the requestor or the virtual machine, wherein the longevity classes capture different lifespans of the virtual machine between when the virtual machine is created and when the virtual machine is deleted; and provisioning resources for the virtual machine from a hardware resource pool of a set of disjoint resource pools specific to the longevity class of the virtual machine. detecting a request to create a virtual machine from a requestor; classifying the virtual machine into one of a plurality of longevity classes with a machine learning classifier based on data pertaining to one or more of the requestor or the virtual machine, wherein the longevity classes capture different lifespans of the virtual machine between when the virtual machine is created and when the virtual machine is deleted; and provisioning resources for the virtual machine from a hardware resource pool of a set of disjoint resource pools specific to the longevity class of the virtual machine.
A method for effecting efficient digestion of waste activated sludge (WAS) in a wastewater treatment plant, comprising: introducing phagotrophic algae to WAS , to produce a WAS-algae mixture, subjecting the WAS-algae mixture to digestive conditions in a digestion process, maintaining the WAS-algae mixture in the digestion process for a period of time sufficient that preselected volatile solids (VS), specific oxygen uptake rates (SOUR) and pathogen targets have been met in the digested mixture and the microbes and algae have died off substantially, and removing the resulting digested biomass from the digestion process. introducing phagotrophic algae to WAS , to produce a WAS-algae mixture, subjecting the WAS-algae mixture to digestive conditions in a digestion process, maintaining the WAS-algae mixture in the digestion process for a period of time sufficient that preselected volatile solids (VS), specific oxygen uptake rates (SOUR) and pathogen targets have been met in the digested mixture and the microbes and algae have died off substantially, and removing the resulting digested biomass from the digestion process.
Welding head for a strapping machine, in particular for longitudinally strapping a product, comprising - strap clamps (5, 6.1, 6.2), - strap manipulators , - cutting devices for the strap , - a welding device for the strap welding sections , which overlap in the welding head , and - a counter pressure plate , which can be inserted into the strapping loop, for supporting the overlapping strap welding sections , at least during the welding thereof, characterized in that - the front edge of the counter pressure plate , said edge facing in the insertion direction (E) and moving in the lead during insertion, is bevelled to form a structure similar to a cutting edge. - strap clamps (5, 6.1, 6.2), - strap manipulators , - cutting devices for the strap , - a welding device for the strap welding sections , which overlap in the welding head , and - a counter pressure plate , which can be inserted into the strapping loop, for supporting the overlapping strap welding sections , at least during the welding thereof, - the front edge of the counter pressure plate , said edge facing in the insertion direction (E) and moving in the lead during insertion, is bevelled to form a structure similar to a cutting edge.
A drilling device with automatic or controlled feed speed comprising a casing housing a drilling spindle intended to drive a cutting tool in motion to drill a part comprising a target surface , said spindle being tiltable inside said casing with respect to the axis of said casing , said device comprising means (314, 317, LR) for the self-alignment of said spindle with respect to said target surface , said means for the self-alignment moving said spindle into a position in which its axis is essentially perpendicular to said target surface under the effect of an application of a thrust force of said drilling device against said target surface essentially according to the axis of said casing , said device comprising rotational drive means and translational drive means of said spindle according to its axis, characterised in that said drive means comprise means enabling offset of said spindle with respect to said casing . said spindle being tiltable inside said casing with respect to the axis of said casing , said device comprising means (314, 317, LR) for the self-alignment of said spindle with respect to said target surface , said means for the self-alignment moving said spindle into a position in which its axis is essentially perpendicular to said target surface under the effect of an application of a thrust force of said drilling device against said target surface essentially according to the axis of said casing , said device comprising rotational drive means and translational drive means of said spindle according to its axis, characterised in that said drive means comprise means enabling offset of said spindle with respect to said casing .
A cosmetic method for alleviating a condition in a patient in need thereof, the method comprising the step of locally administering an effective amount of an animal-protein-free botulinum toxin composition, wherein the animal-protein-free botulinum toxin composition is a lyophilized composition comprising botulinum toxin, polysorbate, and methionine, and one or more components selected from the group consisting of a sugar, a sugar alcohol, and an ionic compound, wherein the condition is selected from the group consisting of glabellar lines, marionette lines, brow furrows, lateral canthal lines, and any combinations thereof, and whereby a symptom of the condition is thereby effectively alleviated for a period of time longer than that of an animal-protein-containing botulinum toxin composition.
A mobile imaging system , comprising: a base ; a gantry having one or more imaging components; a drive wheel that supports the gantry ; and a drive mechanism that includes a main drive geared into the drive wheel for transporting the base and gantry and a translation mechanism that translates the gantry and drive wheel relative to the base during an imaging scan. a base ; a gantry having one or more imaging components; a drive wheel that supports the gantry ; and a drive mechanism that includes a main drive geared into the drive wheel for transporting the base and gantry and a translation mechanism that translates the gantry and drive wheel relative to the base during an imaging scan.
A method for the prediction or prognosis of the progression of a patient, who has shown a clinically isolated syndrome (CIS), to multiple sclerosis, which comprises: a) detecting the level of the soluble isoform of IFNAR-2 in an isolated biological serum sample from a patient who has shown a clinically isolated syndrome (CIS), b) comparing the amounts obtained in step (a) with a reference amount, and assigning the patient of step (a) to the group of individuals who will progress to multiple sclerosis when they have greater and significant levels with respect to a reference sample. a) detecting the level of the soluble isoform of IFNAR-2 in an isolated biological serum sample from a patient who has shown a clinically isolated syndrome (CIS), b) comparing the amounts obtained in step (a) with a reference amount,
A catheter system comprising: a catheter including an elongated flexible body and at least one electroactive polymer actuator disposed along the elongated flexible body, the at least one electroactive polymer actuator adapted to cause a change in configuration of the elongated flexible body; and a controller adapted to transmit a control signal to the at least one electroactive polymer actuator, the controller including: a memory storing a plurality of control signals corresponding to a plurality of predetermined configurations of the catheter; and a user-interface coupled to the memory, the user-interface configured to receive user input selecting an anatomical structure type from a plurality of predetermined anatomical structure types stored in memory, wherein the controller is configured to select at least one configuration from the plurality of predetermined configurations based on the user input selecting the anatomical structure type from the plurality of predetermined anatomical structure types. a catheter including an elongated flexible body and at least one electroactive polymer actuator disposed along the elongated flexible body, the at least one electroactive polymer actuator adapted to cause a change in configuration of the elongated flexible body; and a controller adapted to transmit a control signal to the at least one electroactive polymer actuator, the controller including: a memory storing a plurality of control signals corresponding to a plurality of predetermined configurations of the catheter; and a user-interface coupled to the memory, the user-interface configured to receive user input selecting an anatomical structure type from a plurality of predetermined anatomical structure types stored in memory, wherein the controller is configured to select at least one configuration from the plurality of predetermined configurations based on the user input selecting the anatomical structure type from the plurality of predetermined anatomical structure types. a memory storing a plurality of control signals corresponding to a plurality of predetermined configurations of the catheter; and a user-interface coupled to the memory, the user-interface configured to receive user input selecting an anatomical structure type from a plurality of predetermined anatomical structure types stored in memory, wherein the controller is configured to select at least one configuration from the plurality of predetermined configurations based on the user input selecting the anatomical structure type from the plurality of predetermined anatomical structure types.
A radiator for an antenna, comprising: a pair of PCB stems arranged in an interlocking cross fashion, each of the PCB stems having a front side and a rear side, wherein disposed on each PCB stem is a pair of feeder metallic traces , wherein each feeder metallic trace comprises a feeder portion and a horizontal trace portion such that the horizontal trace portion is perpendicular to the feeder portion and a corresponding pair of opposing metallic traces , wherein the horizontal trace portion has a profile that substantially overlaps with a profile of the corresponding opposing metallic trace, wherein each horizontal trace portion and corresponding opposing metallic trace are electrically coupled by a plurality of vias formed in the PCB stem and wherein the plurality of vias are disposed horizontally along the profile of the horizontal trace portion ; and a radiator plate mechanically coupled to the pair of PCB stems . a pair of PCB stems arranged in an interlocking cross fashion, each of the PCB stems having a front side and a rear side, wherein disposed on each PCB stem is a pair of feeder metallic traces , wherein each feeder metallic trace comprises a feeder portion and a horizontal trace portion such that the horizontal trace portion is perpendicular to the feeder portion and a corresponding pair of opposing metallic traces , wherein the horizontal trace portion has a profile that substantially overlaps with a profile of the corresponding opposing metallic trace, wherein each horizontal trace portion and corresponding opposing metallic trace are electrically coupled by a plurality of vias formed in the PCB stem and wherein the plurality of vias are disposed horizontally along the profile of the horizontal trace portion ; and a radiator plate mechanically coupled to the pair of PCB stems .
An injection moulding method comprising the following steps Inserting an extruded hollow body into an injection moulding tool , spreading a spreading core in the hollow body , wherein the spreading core comprises at least one protrusion at its outer contour, which penetrates into the hollow body in a material-displacing manner during spreading for fixing position and/or sealing the hollow body , injection moulding an injection moulding material onto the hollow body , while the spreading core is spread in the hollow body . Inserting an extruded hollow body into an injection moulding tool , spreading a spreading core in the hollow body , wherein the spreading core comprises at least one protrusion at its outer contour, which penetrates into the hollow body in a material-displacing manner during spreading for fixing position and/or sealing the hollow body , injection moulding an injection moulding material onto the hollow body , while the spreading core is spread in the hollow body .
A method for controlling a user device of a sliced network, comprising: sending, by the user device to a network node, capability information indicating support for at least one of a cell reselection procedure or a random-access procedure , the cell reselection procedure and the random-access procedure being slice-based procedures to be performed taking into account priority of one or more network slice groups; in response to sending the capability information , receiving, by the user device, a configuration message from the network node , the configuration message indicating to enable performing the at least one of the cell reselection procedure or the random-access procedure, indicated in the capability information as being supported by the user device; and performing, by the user device, the at least one of the cell reselection procedure or the random-access procedure in accordance with the indication of the configuration message . sending, by the user device to a network node, capability information indicating support for at least one of a cell reselection procedure or a random-access procedure , the cell reselection procedure and the random-access procedure being slice-based procedures to be performed taking into account priority of one or more network slice groups; in response to sending the capability information , receiving, by the user device, a configuration message from the network node , the configuration message indicating to enable performing the at least one of the cell reselection procedure or the random-access procedure, indicated in the capability information as being supported by the user device; and performing, by the user device, the at least one of the cell reselection procedure or the random-access procedure in accordance with the indication of the configuration message .
A container (100; 200; 300; 400; 500; 600) for holding a net bag filled with shellfish and/or crustacean , the container comprising a bottom wall and one or more side walls extending upward from the bottom wall, characterized in that the container defines a liquid tight inner space in which the net bag can be at least partially arranged, and in that the container further comprises at least one toothed engaging member , each toothed engaging member extending from a respective side wall to which it is connected and being configured for engaging the net bag to thereby provide a fixation of the net bag relative to the container.
Device for separating suspended particles from air having a cyclone separator which has a separation container , an air inlet which is orientated tangentially with respect to a vertically extending longitudinal axis with spacing therefrom and which opens in the separation container , a collection container in which the separation container opens at the lower end thereof, and a discharge pipe which opens in an air outlet and which adjoins the separation container at the top and which communicates therewith, and having at least one filter for the suspended particles which is arranged in the discharge pipe , characterised in that in the collection container there is arranged a folded continuous hose of plastics material which can be pulled out of a lower-side opening of the collection container and one end of which is closed and forms a base of a collection bag for the suspended particles and/or the at least one filter .
Method for installing a home automation system comprising a first electrical appliance and a command device integrated within said first electrical appliance and provided with means for connection to a mobile telephony network, wherein the following steps are provided, performed by the command device following connection of the electrical appliance to an electrical power source: - receiving (E2), through the mobile telephony network, a start command message from a first control terminal, said message commanding the startup of the home automation system and containing a telephone number associated with the first terminal, - processing the start command message, comprising: ∘ activating the operation of the command device; ∘ storing (E3) the telephone number of said first control terminal; ∘ assigning (E3) a role of administrator of the home automation system to the first control terminal; and wherein, after receiving a pairing command message through the mobile telephony network (E5) transmitted by the first terminal having the role of administrator, the command device goes into pairing mode, establishes a communication session with a second electrical appliance and, during this session, transmits data for access to the local area network of the home automation system to the second appliance . - receiving (E2), through the mobile telephony network, a start command message from a first control terminal, said message commanding the startup of the home automation system and containing a telephone number associated with the first terminal, - processing the start command message, comprising: ∘ activating the operation of the command device; ∘ storing (E3) the telephone number of said first control terminal; ∘ assigning (E3) a role of administrator of the home automation system to the first control terminal; and wherein, after receiving a pairing command message through the mobile telephony network (E5) transmitted by the first terminal having the role of administrator, the command device goes into pairing mode, establishes a communication session with a second electrical appliance and, during this session, transmits data for access to the local area network of the home automation system to the second appliance . ∘ activating the operation of the command device; ∘ storing (E3) the telephone number of said first control terminal; ∘ assigning (E3) a role of administrator of the home automation system to the first control terminal; and wherein, after receiving a pairing command message through the mobile telephony network (E5) transmitted by the first terminal having the role of administrator, the command device goes into pairing mode, establishes a communication session with a second electrical appliance and, during this session, transmits data for access to the local area network of the home automation system to the second appliance .
A valve bridge system for use with an engine valve assembly of an internal combustion engine, the engine valve assembly comprising at least two engine valves, at least two valve springs corresponding to the at least two engine valves and at least two spring retainers corresponding to the at least two engine valves, the valve bridge system comprising: a valve bridge configured to extend between the at least two engine valves; and a valve bridge guide operatively connected to the valve bridge and comprising a valve bridge control surface configured to selectively contact at least one of the valve bridge or the engine valve assembly, wherein the valve bridge guide is configured to extend downward between the at least two valve springs, characterised in that the valve bridge control surface is at least one concave surface corresponding to at least one convex surface defined by the at least two valve springs or the at least two spring retainers, wherein the valve bridge control surface is configured to be as close as possible to one or more of the at least two valve springs or the at least two spring retainers such that normal movement and vibration of the valve bridge, valve bridge guide and at least two valve springs does not result in contact between the valve bridge control surface and the springs or spring retainers of the engine valve assembly when the valve bridge is in a controlled state relative to the at least two engine valves, and wherein the valve bridge control surface is configured to contact the at least one of the springs or spring retainers of the engine valve assembly to resist uncontrolled movement of the valve bridge when the valve bridge is in an uncontrolled state relative to the at least two engine valves. a valve bridge configured to extend between the at least two engine valves; and a valve bridge guide operatively connected to the valve bridge and comprising a valve bridge control surface configured to selectively contact at least one of the valve bridge or the engine valve assembly, wherein the valve bridge guide is configured to extend downward between the at least two valve springs, characterised in that the valve bridge control surface is at least one concave surface corresponding to at least one convex surface defined by the at least two valve springs or the at least two spring retainers, wherein the valve bridge control surface is configured to be as close as possible to one or more of the at least two valve springs or the at least two spring retainers such that normal movement and vibration of the valve bridge, valve bridge guide and at least two valve springs does not result in contact between the valve bridge control surface and the springs or spring retainers of the engine valve assembly when the valve bridge is in a controlled state relative to the at least two engine valves, and wherein the valve bridge control surface is configured to contact the at least one of the springs or spring retainers of the engine valve assembly to resist uncontrolled movement of the valve bridge when the valve bridge is in an uncontrolled state relative to the at least two engine valves.
A camera agnostic core monitoring system for an enhanced flight vision system, EFVS, comprising: a structured light projector, SLP , configured to project at least one artifact , the SLP powered by an internal voltage of the EFVS; at least one combiner configured to reflect the at least one artifact into an optical path of the EFVS; at least one focal plane array, FPA , in the optical path, the FPA configured to 1) capture scene imagery of the EFVS and 2) detect the at least one artifact from within the scene imagery; and at least one image processor in communication with the at least one FPA, the at least one image processor configured to evaluate a presentation of the at least one detected artifact. a structured light projector, SLP , configured to project at least one artifact , the SLP powered by an internal voltage of the EFVS; at least one combiner configured to reflect the at least one artifact into an optical path of the EFVS; at least one focal plane array, FPA , in the optical path, the FPA configured to 1) capture scene imagery of the EFVS and 2) detect the at least one artifact from within the scene imagery; and at least one image processor in communication with the at least one FPA, the at least one image processor configured to evaluate a presentation of the at least one detected artifact.
Hemostatic material, wherein a thrombin receptor activating agent is covalently coupled to a biocompatible matrix and wherein the thrombin receptor activating agent has a thrombin receptor activating activity after covalent coupling to the biocompatible matrix.