mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assessing airframe corrosion risk carried out by a corrosion risk assessment module , the method comprising: determining a component corrosion stress for one or more components disposed on or integral with an airframe , based on an aircraft location and data from an aircraft exposure history and a climate database , wherein determining the component corrosion stress includes generating a corrosion rate for aluminum using the aircraft exposure history , the climate database and an atmospheric corrosion model, and correlating the corrosion rate for aluminum to a corrosion stress from a pre-determined empirical model to generate the determined component corrosion stress; generating a component corrosion risk based on the determined component corrosion stress; calculating an accumulated component corrosion risk based on the component corrosion risk and a historical component corrosion risk; determining an airframe corrosion risk based on the accumulated component corrosion risk, wherein generating the component corrosion risk includes comparing the determined component corrosion stress to a pre-determined component corrosion stress allowable, and data from the climate database is used and includes chloride deposition rate, sulfur dioxide (SO 2 ) pollution, temperature, and humidity for a plurality of locations. determining a component corrosion stress for one or more components disposed on or integral with an airframe , based on an aircraft location and data from an aircraft exposure history and a climate database , wherein determining the component corrosion stress includes generating a corrosion rate for aluminum using the aircraft exposure history , the climate database and an atmospheric corrosion model, and correlating the corrosion rate for aluminum to a corrosion stress from a pre-determined empirical model to generate the determined component corrosion stress; generating a component corrosion risk based on the determined component corrosion stress; calculating an accumulated component corrosion risk based on the component corrosion risk and a historical component corrosion risk; determining an airframe corrosion risk based on the accumulated component corrosion risk, wherein generating the component corrosion risk includes comparing the determined component corrosion stress to a pre-determined component corrosion stress allowable, and data from the climate database is used and includes chloride deposition rate, sulfur dioxide (SO 2 ) pollution, temperature, and humidity for a plurality of locations.
A manufacturing device for generatively manufacturing a three-dimensional object by layerwise application and selective solidification of a building material , comprising: a building base on which the object is to be built, a lifting system for holding and adjusting the height of the building base, wherein the lifting system includes a holding device which is suitable for holding and height adjusting the building base, wherein in a position corresponding to an operating state within the manufacturing device, the holding device is arranged in such a way that the building base is attached to the underside of the holding device so that the building surface faces towards the holding device, wherein the manufacturing device further comprises: a recoater for applying the building material to the building base or a previously applied building material, and a solidification device for selectively solidifying the applied building material at locations corresponding to a cross-section of the object to be manufactured, wherein the manufacturing device is designed and/or controlled, to repeat the steps of application and selective solidification until the object is completed, and to lower the building base by means of the holding device by a predetermined height before each step of applying a new layer. a building base on which the object is to be built, a lifting system for holding and adjusting the height of the building base, wherein the lifting system includes a holding device which is suitable for holding and height adjusting the building base, wherein in a position corresponding to an operating state within the manufacturing device, the holding device is arranged in such a way that the building base is attached to the underside of the holding device so that the building surface faces towards the holding device, wherein the manufacturing device further comprises: a recoater for applying the building material to the building base or a previously applied building material, and a solidification device for selectively solidifying the applied building material at locations corresponding to a cross-section of the object to be manufactured, wherein the manufacturing device is designed and/or controlled, to repeat the steps of application and selective solidification until the object is completed, and to lower the building base by means of the holding device by a predetermined height before each step of applying a new layer.
Plant for the production of staple or tow material, comprising a dyeing station , a centrifuge station and a drying station , said plant also comprises a loading station comprising means able to pour the material into a basket , a discharge station , located downstream of said dyeing station and of said centrifuge station , comprising means (36, 41-43) able to remove the material from the basket , said basket comprises means suitable for separably associating it with said dyeing station and centrifuge station characterized in that the loading station comprises means (18-24) able to press the material into the basket and to operate a lid separably associable with the basket , the discharge station comprises means able to disengage the lid from the basket , said basket comprises means suitable for maintaining the lid engaged with the basket while the basket is separably associated with the dyeing station and the centrifuge station . said plant also comprises a loading station comprising means able to pour the material into a basket , a discharge station , located downstream of said dyeing station and of said centrifuge station , comprising means (36, 41-43) able to remove the material from the basket , said basket comprises means suitable for separably associating it with said dyeing station and centrifuge station characterized in that the loading station comprises means (18-24) able to press the material into the basket and to operate a lid separably associable with the basket , the discharge station comprises means able to disengage the lid from the basket , said basket comprises means suitable for maintaining the lid engaged with the basket while the basket is separably associated with the dyeing station and the centrifuge station .
Method for producing a hot forming tool comprising at least one metallic base body , characterized in that the base body is at least partially equipped with metallic disc rings or discs arranged at a distance from the base body in such a way that gaps between the disc rings or discs are created when the metallic disc rings or discs are applied, wherein the surfaces of the disc rings or discs are brought to the oxidation by means of a thermo-chemical process, and the gaps by the formation of the metallic oxides or of the scale will be narrowed or completely closed.
An antibody that specifically binds canine CD20, comprising a light chain variable region (LCVR) whose amino acid sequence is that given in SEQ ID NO: 12, and a heavy chain variable region (HCVR) whose amino acid sequence is that given in SEQ ID NO: 3, for use in the treatment of lymphoma in a canine patient.
A resin composition, which contains: 2% by mass or more but less than 9% by mass of an aliphatic polyester compound; and a polycarbonate resin, wherein the resin composition further contains a white pigment in an amount of 10 to 30% by mass based on the mass of the whole resin composition.
A separable cassette for measuring glycated hemoglobin, comprising: a cartridge which includes a first storage zone which has a first reagent, a second storage zone for storing a second reagent, and a blood sampling unit capable of injecting a blood sample into the cassette , and is inserted into the cassette ; a first measurement zone in which the blood sample reacts with the first reagent to measure an amount of total hemoglobin; and a second measurement zone in which the reacted blood sample reacts with the second reagent to measure an amount of glycated hemoglobin, wherein the first reagent includes a hemolysate, which is a buffer solution containing a surfactant, and a glycated hemoglobin binding material-bead which selectively reacts with the glycated hemoglobin, wherein as the cassette rotates by a first predetermined angle or more in a first direction, the first reagent leaks from the first storage zone and moves into the first measurement zone or wherein as the cassette rotates by a second predetermined angle or more in a second direction opposite to the first direction, that is opposite to the first predetermined angle, the second reagent leaks from the second storage zone and moves into the second measurement zone . a second storage zone for storing a second reagent, and a blood sampling unit capable of injecting a blood sample into the cassette , and is inserted into the cassette ; a first measurement zone in which the blood sample reacts with the first reagent to measure an amount of total hemoglobin; and a second measurement zone in which the reacted blood sample reacts with the second reagent to measure an amount of glycated hemoglobin, wherein the first reagent includes a hemolysate, which is a buffer solution containing a surfactant, and a glycated hemoglobin binding material-bead which selectively reacts with the glycated hemoglobin, wherein as the cassette rotates by a first predetermined angle or more in a first direction, the first reagent leaks from the first storage zone and moves into the first measurement zone or wherein as the cassette rotates by a second predetermined angle or more in a second direction opposite to the first direction, that is opposite to the first predetermined angle, the second reagent leaks from the second storage zone and moves into the second measurement zone .
A computer-implemented method, comprising: copying artifacts for a service running on a first cluster in a computing environment, the first cluster comprising a first group of virtual machines ; creating the service on a second cluster in the computing environment using the artifacts, the second cluster comprising a second group of virtual machines ; staging the service on the second cluster ; once the new service has been staged, stopping a selected part of the service on the first cluster ; then starting a corresponding selected part of the service on the second cluster , wherein the network is updated to connect the started parts of the old and new service as well as the load balancers and other routing components to allow them to point to the started service across the clusters ; performing the stopping and starting step two or more times until all parts of the selected service have been stopped on the first cluster and all corresponding parts of the service have been started on the second cluster ; and deleting the service on the first cluster , wherein a tenant migrator , which connects to all clusters in a datacenter and identifies the right destination cluster for the service, performs the copying, creating, stopping, starting, and deleting steps, the method further comprising: assigning an IP address to the service; and supporting the service simultaneously on both the first cluster and the second cluster using the IP address. copying artifacts for a service running on a first cluster in a computing environment, the first cluster comprising a first group of virtual machines ; creating the service on a second cluster in the computing environment using the artifacts, the second cluster comprising a second group of virtual machines ; staging the service on the second cluster ; once the new service has been staged, stopping a selected part of the service on the first cluster ; then starting a corresponding selected part of the service on the second cluster , wherein the network is updated to connect the started parts of the old and new service as well as the load balancers and other routing components to allow them to point to the started service across the clusters ; performing the stopping and starting step two or more times until all parts of the selected service have been stopped on the first cluster and all corresponding parts of the service have been started on the second cluster ; and deleting the service on the first cluster , wherein a tenant migrator , which connects to all clusters in a datacenter and identifies the right destination cluster for the service, performs the copying, creating, stopping, starting, and deleting steps, the method further comprising: assigning an IP address to the service; and supporting the service simultaneously on both the first cluster and the second cluster using the IP address.
A cooking apparatus , comprising: a food chamber ; a heating arrangement ; a water reservoir ; a circulation system ; and a controller , wherein the controller is adapted to control the heating arrangement to heat water from the water reservoir to create steam, and to further heat the steam to create heated steam at a temperature in the range 100 to 120 degrees Celsius, preferably 110 to 120 degrees Celsius, and to control the circulation system to circulate the heated steam around the food chamber, characterised in that the heated steam has an absolute humidity level greater than 450 g/m 3 . a food chamber ; a heating arrangement ; a water reservoir ; a circulation system ; and a controller , wherein the controller is adapted to control the heating arrangement to heat water from the water reservoir to create steam, and to further heat the steam to create heated steam at a temperature in the range 100 to 120 degrees Celsius, preferably 110 to 120 degrees Celsius, and to control the circulation system to circulate the heated steam around the food chamber, characterised in that the heated steam has an absolute humidity level greater than 450 g/m 3 .
Use of at least one fatty acid salt - excluding triethanolamine salts of fatty acids - for improving storage stability at a temperature of 5°C or less and dispensing ability of a cleaning agent composition from a dispenser, the cleaning agent composition comprising said (a) at least one fatty acid salt - excluding triethanolamine salts of fatty acids - and (b) a sophorose lipid, wherein A) the proportion of the total amount of the component (a) is 4 to 18 mass% based on the cleaning agent composition taken as 100 mass%; B) the proportion of the total amount of a fatty acid salt having 12 or fewer carbon atoms is 15 parts by mass or more, and the proportion of the total amount of a fatty acid salt having 16 or more carbon atoms is 60 parts by mass or less, based on 100 parts by mass of the total amount of the component (a); C) the proportion of an acidic sophorose lipid is 80 mass% or more based on the total amount of the component (b) taken as 100 mass%; and D) the proportion of the total amount of the component (b) is 5 to 80 parts by mass per 100 parts by mass of the total amount of the component (a). A) the proportion of the total amount of the component (a) is 4 to 18 mass% based on the cleaning agent composition taken as 100 mass%; B) the proportion of the total amount of a fatty acid salt having 12 or fewer carbon atoms is 15 parts by mass or more, and the proportion of the total amount of a fatty acid salt having 16 or more carbon atoms is 60 parts by mass or less, based on 100 parts by mass of the total amount of the component (a); C) the proportion of an acidic sophorose lipid is 80 mass% or more based on the total amount of the component (b) taken as 100 mass%; and D) the proportion of the total amount of the component (b) is 5 to 80 parts by mass per 100 parts by mass of the total amount of the component (a).
Method for test-fireing a firearm, in particular a rifle, having a targeting device which enables an acquisition of a thermal image, wherein a target simulation to be hit is arranged at a distance to the firearm, wherein a heat-emitting target body is adhered to the target simulation , which target body has maximum edge lengths or a maximum diameter equal to or less than 40 millimeters, characterized in that the heat-emitting target body is provided with or filled with a substance which reacts exothermically with air.
A cosmetic composition comprising: - at least one sunscreen active agent; and, - benthic pennate diatom frustules. - at least one sunscreen active agent; and, - benthic pennate diatom frustules.
A vessel provided with a deck , with a mast and with a boom or with a sprit, said mast being equipped with a sail with a halyard for hoisting said sail , - said sail including at least three sides, namely two longitudinal sides, constituting a "luff" and a "leech" , as well as a lower transverse side or "foot" , this sail being provided, along said luff, with a plurality of protruding dollies formed to be able to be moved along said mast ; - said mast being provided longitudinally with a guide member , said guide dollies being formed to cooperate with said guide member with the possibility of sliding during lowering and hoisting operations of said sail , characterized in that : - said sail consists of rigid panels , articulated two by two; - said mast is equipped with a transit part positioned at the lower end of said guide member , this transit part having a flared lower portion in the direction of the base of said mast and being open at its upper and lower ends, - so that during the hoisting of said sail with said halyard, each dolly of said sail is automatically received in said transit part by its lower opening and is progressively guided along it to leave it through its upper opening and cooperate with said guide member , while during its lowering, each dolly is automatically and progressively disengaged from said guide member , is received in said transit part , moves along it, then escapes from it by its lower opening by following the movement of the portion of the sail with which it is integral. - said sail including at least three sides, namely two longitudinal sides, constituting a "luff" and a "leech" , as well as a lower transverse side or "foot" , this sail being provided, along said luff, with a plurality of protruding dollies formed to be able to be moved along said mast ; - said mast being provided longitudinally with a guide member , said guide dollies being formed to cooperate with said guide member with the possibility of sliding during lowering and hoisting operations of said sail , - said sail consists of rigid panels , articulated two by two; - said mast is equipped with a transit part positioned at the lower end of said guide member , this transit part having a flared lower portion in the direction of the base of said mast and being open at its upper and lower ends, - so that during the hoisting of said sail with said halyard, each dolly of said sail is automatically received in said transit part by its lower opening and is progressively guided along it to leave it through its upper opening and cooperate with said guide member , while during its lowering, each dolly is automatically and progressively disengaged from said guide member , is received in said transit part , moves along it, then escapes from it by its lower opening by following the movement of the portion of the sail with which it is integral.
2,2-dimethyl-N-[6-(1-methyl-piperidin-4-carbonyl)-pyridin-2-yl]-propionamide (V) or a salt thereof.
A method of geosteering a well, the method comprising: taking measurements at a plurality of measured depths along a borehole of a subject well being drilled; selecting an offset well log with measurements at a plurality of stratigraphic vertical depths; computing a misfit value for each of a plurality of pairs of measurements of the subject well and the offset well; determining, responsive to the misfit value, a stratigraphic depth of the borehole of the subject well; using a stochastic model to compute a probability distribution of stratigraphic depth at any point along the borehole; and drilling the borehole of the subject well responsive to the determined stratigraphic depth to a target stratigraphic depth. taking measurements at a plurality of measured depths along a borehole of a subject well being drilled; selecting an offset well log with measurements at a plurality of stratigraphic vertical depths; computing a misfit value for each of a plurality of pairs of measurements of the subject well and the offset well; determining, responsive to the misfit value, a stratigraphic depth of the borehole of the subject well; using a stochastic model to compute a probability distribution of stratigraphic depth at any point along the borehole; and drilling the borehole of the subject well responsive to the determined stratigraphic depth to a target stratigraphic depth.
Complex of equipment for a waste-free processing of biodegradable municipal waste (BMW), including a crusher at a BMW input , a hygieniser connected to an output of the crusher , a biogas plant connected to an output of the hygieniser , a drying line connected to a bulk output from the biogas plant , a pyrolizer having a second output (7.1) of bio-coal and connected to an output from the drying line , a compaction machine that is also connected to the output from the drying line , wherein a first output (8.1) of soil substrate is either from the drying line or from the compaction machine .
A user equipment , comprising: a wireless interface for communication with a cellular communication network , and a control logic configured to control transitions of the user equipment between different operating states (41-44) which include a power saving state , the control logic being configured to process a device-to-device signal received directly from a further user equipment at the wireless interface , characterized in that the control logic is further configured to selectively control, in response to the device-to-device signal , a transition of the user equipment from the power saving state in which one or several access stratum functions are deactivated to a further operating state different from the power saving state ), the further operating state being a Radio Resource Control, RRC, idle state or a Radio Resource Control, RRC, connected state . a wireless interface for communication with a cellular communication network , and a control logic configured to control transitions of the user equipment between different operating states (41-44) which include a power saving state , the control logic being configured to process a device-to-device signal received directly from a further user equipment at the wireless interface , characterized in that the control logic is further configured to selectively control, in response to the device-to-device signal , a transition of the user equipment from the power saving state in which one or several access stratum functions are deactivated to a further operating state different from the power saving state ), the further operating state being a Radio Resource Control, RRC, idle state or a Radio Resource Control, RRC, connected state .