mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for generating an incident-classification prediction in a cloud-computing system, the method comprising: receiving , at a local scout component , an incident description related to an incident from a cloud-computing system, wherein the local scout component is associated with a user group, and wherein the local scout component includes scout specifications related to the user group ; identifying , from the incident description, a cloud component relevant to the incident based on the scout specifications; identifying monitoring data associated with the cloud component; generating a feature set from the monitoring data; evaluating, using a machine learning model, wherein the machine learning model has been trained based on historical data relating to prior incident-routing recommendations, the feature set to generate an incident-classification prediction, wherein the incident-classification prediction comprises a binary decision regarding whether the user group is responsible for the incident; and routing the incident to the user group when it is determined that the user group is responsible for the incident. receiving , at a local scout component , an incident description related to an incident from a cloud-computing system, wherein the local scout component is associated with a user group, and wherein the local scout component includes scout specifications related to the user group ; identifying , from the incident description, a cloud component relevant to the incident based on the scout specifications; identifying monitoring data associated with the cloud component; generating a feature set from the monitoring data; evaluating, using a machine learning model, wherein the machine learning model has been trained based on historical data relating to prior incident-routing recommendations, the feature set to generate an incident-classification prediction, wherein the incident-classification prediction comprises a binary decision regarding whether the user group is responsible for the incident; and routing the incident to the user group when it is determined that the user group is responsible for the incident.
A handheld dehider for removing the hide of a carcass in a meat processing facility, of the type having a housing , a motor mounted in the housing , first and second cutting disks each having a central opening and each configured to be driven in opposed cutting oscillations, a cutting disk shaft mounted in the housing and extending through the first cutting disk central opening, a drive mechanism mounted in the housing and configured to be operated by the motor for driving the first cutting disk , characterized by comprising a bearing lip formed on an outer perimeter of the first cutting disk central opening and projecting outward from the first cutting disk to form a first cutting disk bearing with the central opening of the first cutting disk for rotational motion of the first cutting disk about the cutting disk shaft .
A device for detecting particles in air; said device comprising: a receiver for receiving a flow of air comprising particles ; a sample carrier ; a particle capturing arrangement configured to exert a force on the particles in the flow of air such that the particles are separated from the flow of air for collection of a set of particles on a surface of the sample carrier ; a light source configured to illuminate the particles collected on the surface of the sample carrier , such that an interference pattern is formed by interference between light being scattered by the particles and non-scattered light from the light source ; an image sensor comprising a plurality of photo-sensitive elements configured to detect incident light, the image sensor being configured to detect the interference pattern; and characterised in that the device comprises a cleaner configured for cleaning the surface of the sample carrier for enabling re-use of the surface for collection of a subsequent set of particles . a receiver for receiving a flow of air comprising particles ; a sample carrier ; a particle capturing arrangement configured to exert a force on the particles in the flow of air such that the particles are separated from the flow of air for collection of a set of particles on a surface of the sample carrier ; a light source configured to illuminate the particles collected on the surface of the sample carrier , such that an interference pattern is formed by interference between light being scattered by the particles and non-scattered light from the light source ; an image sensor comprising a plurality of photo-sensitive elements configured to detect incident light, the image sensor being configured to detect the interference pattern; and characterised in that the device comprises a cleaner configured for cleaning the surface of the sample carrier for enabling re-use of the surface for collection of a subsequent set of particles .
A method of manufacturing an OLED device comprising the following steps: - a) providing an electrically conductive carrier substrate with a first carrier surface and a second carrier surface , - b) assembling on at least the first carrier surface a patterned layer of insulating material over an integral area, the layer of insulating material being patterned by a plurality of holes such that an electric access to the first carrier surface is possible from an upper surface of the layer of insulating material facing away from the first carrier surface , - c) assembling a patterned conductive coating on the insulating material at its upper surface such that the conductive coating enters the holes and covers the insulating material over an integral area, whereby the conductive coating is patterned such that a number of discrete first electrode areas are formed in the conductive coating , whereby patterning the conductive coating is carried out such that at least one discrete first electrode area is in galvanic contact with the conductive carrier substrate via a plurality of holes of the insulating material , whereby the plurality of holes is arranged to feed the at least one discrete first electrode area with electrical current at a plurality of feeding points for providing a more equal distribution of electric current all over the plane extension of the at least one discrete first electrode area , - d) applying an organic light-emitting layer above at least one first electrode area , - e) applying a second electrode layer above the organic light emitting layer . - a) providing an electrically conductive carrier substrate with a first carrier surface and a second carrier surface , - b) assembling on at least the first carrier surface a patterned layer of insulating material over an integral area, the layer of insulating material being patterned by a plurality of holes such that an electric access to the first carrier surface is possible from an upper surface of the layer of insulating material facing away from the first carrier surface , - c) assembling a patterned conductive coating on the insulating material at its upper surface such that the conductive coating enters the holes and covers the insulating material over an integral area, whereby the conductive coating is patterned such that a number of discrete first electrode areas are formed in the conductive coating , whereby patterning the conductive coating is carried out such that at least one discrete first electrode area is in galvanic contact with the conductive carrier substrate via a plurality of holes of the insulating material , whereby the plurality of holes is arranged to feed the at least one discrete first electrode area with electrical current at a plurality of feeding points for providing a more equal distribution of electric current all over the plane extension of the at least one discrete first electrode area , - d) applying an organic light-emitting layer above at least one first electrode area , - e) applying a second electrode layer above the organic light emitting layer .
An arrangement for holding a plurality of electric capacitor assemblies , in particular assemblies of which the housing is non-floating, wherein the arrangement comprises the following: - a carrier with a through-opening for inserting one of the assemblies , - at least one bearing ring for mounting one assembly , wherein the bearing ring is matched to the dimensions of the through-opening and of the assembly in such a way that the assembly which extends through the through-opening is in contact with the inner edge of the through-opening by way of the bearing ring but is not directly in contact with the inner edge of the through-opening , and wherein the arrangement has a clamping ring which, when the assembly is installed, extends between the outer circumference of the assembly and the material of the carrier in such a way that the assembly , the clamping ring and the bearing ring are held on the inner edge of the through-opening by clamping action, wherein an axial direction is defined by the through-opening and extends from one side of the carrier through the through-opening to an opposite side of the carrier , wherein the arrangement is designed such that, to install the assembly , the clamping ring must be moved in the axial direction in order to produce the clamping action, characterised in that the clamping ring has a first thread and the bearing ring has a second thread , which cooperate with one another in such a way that the clamping ring is moved in the axial direction by a screwing motion of the bearing ring and/or the clamping ring and is thus brought into an axial position, in which the clamping ring produces the clamping action. - a carrier with a through-opening for inserting one of the assemblies , - at least one bearing ring for mounting one assembly ,
A method for purifying an AAV-derived empty capsid, or a virion thereof, comprising the step of heating a culture solution of a helper virus-uninfected host cell and/or an extract of the host cell that has produced the AAV-derived empty capsid, or the virion thereof, and the step of removing the coagulated proteins from the culture solution and/or the extract after the heating step by centrifugation or filtration, wherein the heating time is 10 minutes to 90 minutes in the case of a heating temperature of 45°C or higher and lower than 55°C, or the heating time is 3 minutes to 30 minutes in the case of a heating temperature of 55°C or higher and 60°C or lower. the step of heating a culture solution of a helper virus-uninfected host cell and/or an extract of the host cell that has produced the AAV-derived empty capsid, or the virion thereof, and the step of removing the coagulated proteins from the culture solution and/or the extract after the heating step by centrifugation or filtration, the heating time is 10 minutes to 90 minutes in the case of a heating temperature of 45°C or higher and lower than 55°C, or the heating time is 3 minutes to 30 minutes in the case of a heating temperature of 55°C or higher and 60°C or lower.
Thermally insulating construction element for use in a separating joint between load-absorbing parts of a building, in particular between an intermediate floor and a balcony slab , having an insulating body , wherein the insulating body has a longitudinal direction and mutually opposite longitudinal sides which extend in the longitudinal direction , wherein the insulating body has a transverse direction , which extends transversely with respect to the longitudinal sides , and a height direction which extends perpendicularly with respect to the longitudinal direction and perpendicularly with respect to the transverse direction , wherein the insulating body has at least one support bearing and at least one transverse force element that absorbs transverse forces, wherein the transverse force element has two anchoring sections which protrude from the insulating body at the longitudinal sides , wherein the two anchoring sections at the longitudinal sides have an offset (a) to one another in the vertical direction of the insulating body , and wherein the transverse force element has a central section which at least partially bridges the offset (a) of the anchoring sections , wherein the central section is connected to the anchoring sections in each case via a bend , wherein the transverse force element bears on the at least one support bearing in order to transmit transverse forces, wherein the central section extends in the insulating body , characterized in that the support bearing protrudes above the insulating body only on one of the two longitudinal sides , and in that the support bearing is made of high-strength concrete or mortar, of ceramic or of plastic.
A dilator configured for dilating tissue of a corpora cavernosum of a penis, comprising: a dilation body defined along a longitudinal axis of the dilator; an extendable wing connected to the dilation body ; wherein a knob is provided at a first proximal end portion of the dilation body and configured to communicate with the extendable wing , characterized in that the extendable wing is connected to the dilation body in one or more hinge points configured along the dilation body . a dilation body defined along a longitudinal axis of the dilator; an extendable wing connected to the dilation body ; wherein a knob is provided at a first proximal end portion of the dilation body and configured to communicate with the extendable wing , characterized in that the extendable wing is connected to the dilation body in one or more hinge points configured along the dilation body .
A method comprising: identifying an opportunity for a computing device to participate in a secure session with a particular domain; receiving a domain identifier of the particular domain, the domain identifier included in a domain certificate; identifying, using a secured microcontroller of the computing device, a secured, persistent hardware identifier of the computing device stored in secured memory of the secured microcontroller of the computing device, the hardware identifier derived from a fuse key stored in a non-volatile memory of the computing device during fabrication; deriving, using the secured microcontroller, a secure identifier for a pairing of the computing device and the particular domain based on the hardware identifier and the domain identifier of the particular domain; and transmitting the secure identifier over a secured channel from the computing device to the particular domain. identifying an opportunity for a computing device to participate in a secure session with a particular domain; receiving a domain identifier of the particular domain, the domain identifier included in a domain certificate; identifying, using a secured microcontroller of the computing device, a secured, persistent hardware identifier of the computing device stored in secured memory of the secured microcontroller of the computing device, the hardware identifier derived from a fuse key stored in a non-volatile memory of the computing device during fabrication; deriving, using the secured microcontroller, a secure identifier for a pairing of the computing device and the particular domain based on the hardware identifier and the domain identifier of the particular domain; and transmitting the secure identifier over a secured channel from the computing device to the particular domain.
An ear protector that comprises: - a hollow body that defines a cavity suitable for receiving an ear, - a first fastening means , and - a second fastening means , wherein the hollow body is provided with an orifice that has an open configuration in which an ear can pass through the orifice and a reduced size configuration in which said ear cannot pass through the orifice, wherein the hollow body has a stretched configuration in which an ear can be freely moved with respect to the cavity and an engaging configuration in which at least a portion of the hollow body has a reduced size as compared to the stretched configuration and in which said ear cannot be freely moved with respect to the cavity, wherein the first fastening means substantially encircles the orifice and is elastic in nature, wherein the elastic nature of the first fastening means serves to bias the orifice into the reduced size configuration and wherein the first fastening means can be stretched to place the orifice into the open configuration, and wherein the second fastening means substantially encircles the first fastening means and is elastic in nature, wherein the elastic nature of the second fastening means serves to bias the hollow body into the engaging configuration and wherein the second fastening means can be stretched to place the hollow body into the stretched configuration; characterised in that the second fastening means is formed from the same material as the hollow body and wherein the second fastening means is thicker than the hollow body. - a hollow body that defines a cavity suitable for receiving an ear, - a first fastening means , and - a second fastening means ,
A rotor blade for a wind turbine, comprising: a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising at least one shell member defining an airfoil surface and an internal support structure , the internal support structure of the first blade segment comprising a beam structure extending lengthwise that structurally connects with the internal support structure of the second blade segment via a receiving section ; and, one or more pin joints positioned on at least one of internal support structures of the first blade segment or the second blade segment, wherein at least one of internal support structures of the first blade segment or the second blade segment comprises varying material combinations along a span of the rotor blade at locations of the one or more pin joints so as to reinforce the one or more pin joints and improve the mechanical properties of the at least one of internal support structures of the first or second blade segment at the locations of the one or more pin joints to allow for higher concentration of loads at the one or more pin joints. a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising at least one shell member defining an airfoil surface and an internal support structure , the internal support structure of the first blade segment comprising a beam structure extending lengthwise that structurally connects with the internal support structure of the second blade segment via a receiving section ; and, one or more pin joints positioned on at least one of internal support structures of the first blade segment or the second blade segment, wherein at least one of internal support structures of the first blade segment or the second blade segment comprises varying material combinations along a span of the rotor blade at locations of the one or more pin joints so as to reinforce the one or more pin joints and improve the mechanical properties of the at least one of internal support structures of the first or second blade segment at the locations of the one or more pin joints to allow for higher concentration of loads at the one or more pin joints.
A heated aerosol-generating article comprising an aerosol-generating substrate , the aerosol-generating substrate including a homogenised thyme material, the homogenised thyme material comprising at least 2.5 percent by weight of thyme particles on a dry weight basis, an aerosol former and a binder, wherein the aerosol-generating substrate comprises: at least 400 micrograms of ursolic acid per gram of the substrate, on a dry weight basis; and at least 150 micrograms of thymol per gram of the substrate, on a dry weight basis, wherein the amount of ursolic acid per gram of the substrate is at least 2 times the amount of thymol per gram of the substrate, wherein the aerosol-generating article further comprises at least one hollow tube immediately downstream of the aerosol-generating substrate . at least 400 micrograms of ursolic acid per gram of the substrate, on a dry weight basis; and at least 150 micrograms of thymol per gram of the substrate, on a dry weight basis, wherein the amount of ursolic acid per gram of the substrate is at least 2 times the amount of thymol per gram of the substrate, wherein the aerosol-generating article further comprises at least one hollow tube immediately downstream of the aerosol-generating substrate .
A tape guide roller for a tape drive configured to receive a length of tape , the tape guide roller comprising: a roller body having an outer surface for receiving the tape thereon; and flanges on opposite ends of the roller body; and characterised in that at least one of the flanges has a portion with a serpentine configuration in cross-section, wherein the serpentine configuration comprises first and second arcs that curve in opposite directions and that meet at a point of tangency such that the serpentine configuration defines a continuously curved shape in cross-section which does not utilize a flat or conical surface between the outer surface of the roller body and an upwardly or downwardly extending surface of a flange, and wherein the first arc extends from the outer surface of the roller body to the point of tangency , and the second arc extends from the point of tangency to the upwardly or downwardly extending surface . a roller body having an outer surface for receiving the tape thereon; and flanges on opposite ends of the roller body; and characterised in that at least one of the flanges has a portion with a serpentine configuration in cross-section, wherein the serpentine configuration comprises first and second arcs that curve in opposite directions and that meet at a point of tangency such that the serpentine configuration defines a continuously curved shape in cross-section which does not utilize a flat or conical surface between the outer surface of the roller body and an upwardly or downwardly extending surface of a flange, and wherein the first arc extends from the outer surface of the roller body to the point of tangency , and the second arc extends from the point of tangency to the upwardly or downwardly extending surface .
Method for increasing the temperature in at least one heatable room with at least one heat emitter from a lowered temperature to a comfort temperature, wherein a flow temperature predefined for normal operation and provided by a heat generator is raised by a predefinable value or to a maximum temperature and, when the comfort temperature has been reached in the room or after a predefinable time interval has elapsed, is lowered again to the temperature predefined for normal operation; characterised in that a plurality of independently heatable rooms or groups of rooms are present with individual regulation of valves and wherein the increase in temperature in the rooms or groups of rooms takes place successively according to a priority list and the flow temperature is only lowered again after the comfort temperature has been reached in all rooms or groups of rooms on the priority list or after a predefinable time interval has elapsed.