mhurhangee/ep-ind-claims huggingface dataset:
A method of surface treatment of a steel part to give it a high resistance to wear and to corrosion comprising * a step of nitriding or of nitrocarburizing adapted to form a combination layer of at least 8 micrometers thickness formed of iron nitrides of ε and/or γ' phases, * an oxidizing step adapted to generate a layer of oxides of thickness comprised between 0.1 and 3 micrometers and * a step of impregnating by steeping in an impregnation bath for at least 5 minutes, said bath being formed of at least 70% by weight, to the nearest 1%, of a solvent formed of a mixture of hydrocarbons formed of a set of alkanes from C9 to C17, of 10% to 30% by weight, to the nearest 1%, of at least one paraffin oil composed of a set of alkanes from C16 to C32 and of at least one additive of synthetic phenolic additive type at a concentration comprised between 0.01% and 3% by weight, to the nearest 0.1%, at ambient temperature. * a step of nitriding or of nitrocarburizing adapted to form a combination layer of at least 8 micrometers thickness formed of iron nitrides of ε and/or γ' phases, * an oxidizing step adapted to generate a layer of oxides of thickness comprised between 0.1 and 3 micrometers and * a step of impregnating by steeping in an impregnation bath for at least 5 minutes, said bath being formed of at least 70% by weight, to the nearest 1%, of a solvent formed of a mixture of hydrocarbons formed of a set of alkanes from C9 to C17, of 10% to 30% by weight, to the nearest 1%, of at least one paraffin oil composed of a set of alkanes from C16 to C32 and of at least one additive of synthetic phenolic additive type at a concentration comprised between 0.01% and 3% by weight, to the nearest 0.1%, at ambient temperature.
A method comprising: sending, by a wireless device to an access and mobility management function, AMF,, a packet data unit, PDU, session establishment request message requesting establishment of a PDU session for an always-on PDU session; receiving, by the wireless device from the AMF, a message; the message indicating at least one allowed service associated with the always-on PDU session by comprising an information element indicating an application identifier of the at least one allowed service associated with the always-on PDU session; and sending, by the wireless device, at least one packet of the at least one allowed service via the always-on PDU session. sending, by a wireless device to an access and mobility management function, AMF,, a packet data unit, PDU, session establishment request message requesting establishment of a PDU session for an always-on PDU session; receiving, by the wireless device from the AMF, a message; the message indicating at least one allowed service associated with the always-on PDU session by comprising an information element indicating an application identifier of the at least one allowed service associated with the always-on PDU session; and sending, by the wireless device, at least one packet of the at least one allowed service via the always-on PDU session.
A method for forming features in a composite component, comprising: depositing (702,902,1202,1504) a composite material on a base tool (100,200,300,400); aligning an aperture forming tool (132,332) with a tooling aperture (130.330) in the base tool (100,200,300,400); inserting the aperture forming tool (132,332) through the composite material to form an aperture in the composite material; deploying a feature forming tool (110,210,310,410) to press the composite material into one or more recesses (104,204,304), the feature forming tool (110,210,310,410) comprising a feature forming head (218, 436, 514); and processing the composite material with the feature forming tool (110,210,310,410) in contact with the composite material, the processed composite material forming a green state composite component, wherein the feature forming head (218, 436, 514) is configured to form a feature of the composite component, characterized in that the method further comprises: after inserting the aperture forming tool (132,332) and prior to deploying the feature forming tool (110,210,310,410): removing a sharp end from the aperture forming tool (132,332), a shaft of the aperture forming tool (132,332) remaining in contact with the composite material; and attaching the feature forming tool (110,210,310,410) to the shaft of the aperture forming tool (132,332). depositing (702,902,1202,1504) a composite material on a base tool (100,200,300,400); aligning an aperture forming tool (132,332) with a tooling aperture (130.330) in the base tool (100,200,300,400); inserting the aperture forming tool (132,332) through the composite material to form an aperture in the composite material; deploying a feature forming tool (110,210,310,410) to press the composite material into one or more recesses (104,204,304), the feature forming tool (110,210,310,410) comprising a feature forming head (218, 436, 514); and processing the composite material with the feature forming tool (110,210,310,410) in contact with the composite material, the processed composite material forming a green state composite component, wherein the feature forming head (218, 436, 514) is configured to form a feature of the composite component, characterized in that the method further comprises: after inserting the aperture forming tool (132,332) and prior to deploying the feature forming tool (110,210,310,410): removing a sharp end from the aperture forming tool (132,332), a shaft of the aperture forming tool (132,332) remaining in contact with the composite material; and attaching the feature forming tool (110,210,310,410) to the shaft of the aperture forming tool (132,332). removing a sharp end from the aperture forming tool (132,332), a shaft of the aperture forming tool (132,332) remaining in contact with the composite material; and attaching the feature forming tool (110,210,310,410) to the shaft of the aperture forming tool (132,332).
An assembly for carrying out tests on electrical and/or electronic circuits, the assembly comprising: - a plurality of probes each having a tip adapted to be placed electrically in contact with the electrical and/or electronic components of the circuit to be tested and means for detecting one or more electrical and/or electronic parameters of the circuit, said detecting means being connectable to the respective tips, and said detecting means being a tester or multitester; and - a tool for carrying out tests on electrical and/or electronic circuits, adapted to be used in combination with said probes, and comprising: - a supporting frame designed to define a support plane for positioning at least one electric and/or electronic circuit on which to perform a test; and - a support structure of the probes of the tester or multitester, said support structure being connected to said frame in a fixed or adjustable manner to be arranged above said support plane and having means for connecting one or more probes at a time and positioning them on said support plane with the respective tips in contact with the circuit positioned thereon; the assembly being characterized in that said support structure comprises an articulated arm having a fixed end connected to said supporting frame and a movable end provided with means for fastening a plurality of tips adapted to be electrically and/or electronically connected to the tester or multitester. - a plurality of probes each having a tip adapted to be placed electrically in contact with the electrical and/or electronic components of the circuit to be tested and means for detecting one or more electrical and/or electronic parameters of the circuit, said detecting means being connectable to the respective tips, and said detecting means being a tester or multitester; and - a tool for carrying out tests on electrical and/or electronic circuits, adapted to be used in combination with said probes, and comprising: - a supporting frame designed to define a support plane for positioning at least one electric and/or electronic circuit on which to perform a test; and - a support structure of the probes of the tester or multitester, said support structure being connected to said frame in a fixed or adjustable manner to be arranged above said support plane and having means for connecting one or more probes at a time and positioning them on said support plane with the respective tips in contact with the circuit positioned thereon; - a supporting frame designed to define a support plane for positioning at least one electric and/or electronic circuit on which to perform a test; and - a support structure of the probes of the tester or multitester, said support structure being connected to said frame in a fixed or adjustable manner to be arranged above said support plane and having means for connecting one or more probes at a time and positioning them on said support plane with the respective tips in contact with the circuit positioned thereon;
A method of processing a series of events received asynchronously from an array of pixels of an event-based light sensor, wherein each event of the series comprises an address of a pixel of the array from which the event is received, and an attribute value depending on incident light sensed by said pixel, the method comprising: storing a data structure including event data for at least some of the pixels of the array, the event data for a pixel being related to at least one event most recently received from said pixel; during a timeslot, building a map for the pixels of the array as the events of the series are received, the map including an information element for each pixel of the array, the information element having one of a plurality of values including a nil value indicating an absence of event during the timeslot; and updating the data structure after the timeslot using the map. wherein each event of the series comprises an address of a pixel of the array from which the event is received, and an attribute value depending on incident light sensed by said pixel, the method comprising: storing a data structure including event data for at least some of the pixels of the array, the event data for a pixel being related to at least one event most recently received from said pixel; during a timeslot, building a map for the pixels of the array as the events of the series are received, the map including an information element for each pixel of the array, the information element having one of a plurality of values including a nil value indicating an absence of event during the timeslot; and updating the data structure after the timeslot using the map. storing a data structure including event data for at least some of the pixels of the array, the event data for a pixel being related to at least one event most recently received from said pixel; during a timeslot, building a map for the pixels of the array as the events of the series are received, the map including an information element for each pixel of the array, the information element having one of a plurality of values including a nil value indicating an absence of event during the timeslot; and updating the data structure after the timeslot using the map.
A composition comprising at least one thermoplastic polyurethane, at least one metal hydroxide, and at least one phosphorus-containing flame retardant, where the thermoplastic polyurethane is a thermoplastic polyurethane based on at least one diisocyanate and on at least one polycarbonatediol, where the at least one polycarbonatediol is one selected from the group consisting of polycarbonatediols based on butanediol and hexanediol, polycarbonatediols based on pentanediol and hexanediol, polycarbonatediols based on hexanediol, and mixtures of two or more of said polycarbonatediols.
A charged polymerization loop reactor comprising: a loop reaction zone defined by a generally cylindrical wall having a nominal outside diameter of at least 22 inches (56 cm), wherein the length of the loop reaction zone and the nominal outside diameter of the generally cylindrical wall define a length / diameter ratio of at least 1000, a continuous take off for continuously withdrawing a fluid slurry from said loop reaction zone; and a fluid slurry disposed in said loop reaction zone, the slurry comprising at least one olefin monomer reactant, solid olefin polymer particles, and a liquid diluent, wherein a concentration of the solid olefin polymer particles in the slurry is greater than 40 weight percent based on the weight of the polymer particles and the weight of the liquid diluent. a loop reaction zone defined by a generally cylindrical wall having a nominal outside diameter of at least 22 inches (56 cm), wherein the length of the loop reaction zone and the nominal outside diameter of the generally cylindrical wall define a length / diameter ratio of at least 1000, a continuous take off for continuously withdrawing a fluid slurry from said loop reaction zone; and a fluid slurry disposed in said loop reaction zone, the slurry comprising at least one olefin monomer reactant, solid olefin polymer particles, and a liquid diluent, wherein a concentration of the solid olefin polymer particles in the slurry is greater than 40 weight percent based on the weight of the polymer particles and the weight of the liquid diluent.
Closure element for containers, said closure element being of the tethered type and comprising: - a cap comprising a substantially cylindrical threaded inner wall, configured to couple with an externally threaded portion of a neck of a container; - a safety ring configured to fit on said neck and shaped to be retained below a lip of the neck of the container; said safety ring having a slot extending for a first arc of circumference, mainly along a circumferential development direction; said slot partially dividing said safety ring into a lower band and an upper band separate from the lower band; said upper band defining with the slot two arms connected to said cap; said cap being configured to switch between a closing configuration in which it is coupled to the neck of the container and an opening configuration in which it is uncoupled from the neck; said slot being configured to allow a deformation of said two arms to allow the coupling and/or uncoupling of said cap to/from said neck in the passage from said closing configuration to said opening configuration and vice versa; said two arms being deformed when said cap is in said opening configuration; said cap comprising a tooth extending below said inner wall and away from said inner wall, said tooth being interposed between said two arms and being configured to abut said externally threaded portion when said cap is in the opening configuration; characterized in that said closure element comprises one or more dragging teeth connected to the cap; the safety ring having a protrusion which protrudes in an axial direction towards the cap, said protrusion being configured to abut with the dragging tooth; said dragging tooth extending seamlessly from the cap and having a pointed shape. - a cap comprising a substantially cylindrical threaded inner wall, configured to couple with an externally threaded portion of a neck of a container; - a safety ring configured to fit on said neck and shaped to be retained below a lip of the neck of the container; said safety ring having a slot extending for a first arc of circumference, mainly along a circumferential development direction; said slot partially dividing said safety ring into a lower band and an upper band separate from the lower band; said upper band defining with the slot two arms connected to said cap;
A blood collection container suitable for accelerated blood coagulation of whole blood for subsequent autologous or allogeneic use, comprising: - an outer wall (102, 103, 104) comprising a closed bottom end, an open top end, a side wall spanning between said ends, and a stopper for inserting in said open end to releasably seal said blood collection container, the stopper having a puncturable self-sealing septum or valve, - an inner volume at least partially bounded by an inside surface (106, 107, 108) of said outer wall, and - a procoagulant environment, - characterised in that said procoagulant environment comprises an activation site accelerating coagulation formed on the inside surface or formed on an insert in the inner volume of the blood collection container, where the activation site accelerating coagulation has a roughness, R RMS, of at least 0.012 μm, and - said inner volume is prepared with a pressure of no more than 131.72 mBar. - an outer wall (102, 103, 104) comprising a closed bottom end, an open top end, a side wall spanning between said ends, and a stopper for inserting in said open end to releasably seal said blood collection container, the stopper having a puncturable self-sealing septum or valve, - an inner volume at least partially bounded by an inside surface (106, 107, 108) of said outer wall, and - a procoagulant environment, - characterised in that said procoagulant environment comprises an activation site accelerating coagulation formed on the inside surface or formed on an insert in the inner volume of the blood collection container, where the activation site accelerating coagulation has a roughness, R RMS, of at least 0.012 μm, and - said inner volume is prepared with a pressure of no more than 131.72 mBar.
A fluid dispensing system containing disposable set for establishing a fluid connection between a fluid dispensing unit and a dosing device adapted to dispense the fluid into a patients' vein, the disposable set comprising a length of a tubing for establishing a fluid connection from the dispensing unit towards and into the dosing device, characterized that the tubing comprises a first and a second tubing part, the first tubing part being provided to establish at a first end part a connection to a second end part of the second tubing part, and at a second end part a connection towards the fluid dispensing unit, the second tubing part being provided to establish at a first end part a connection towards the dosing device and the patient and at a second end part a connection to the first tubing part, wherein the first tubing part comprises a one-way valve which is provided to permit a fluid flow from the dispensing unit (17, 18) towards the dosing device and to prevent a backward fluid flow from the dosing device towards the dispensing unit, characterized in that the first end part of the first tubing part and the second end part of the second tubing part are in fluid connection with each other in a liquid tight manner by means of a releasable connection device (11, 12) comprising a first and a second connector part, wherein the first connector part is mounted to the first end part of the first tubing part and wherein the second connector part is mounted to the second end part of the second tubing part, and further characterized in that the first connector part of the releasable connection (11, 12) is mounted to an outlet side of the one way valve, which releasable connection as well as the fluid dispensing system is adapted to permit a back flow from the patient into the second tubing part in the direction of the releasable connection device in the released position of the releasable connection and to prevent a back flow from the patient in the direction of the releasable connection device (11, 12) in the closed position of the releasable connection.
Method to produce a full-color smoothed image wherein the visibility of skin features that can be deemed less appealing is attenuated, characterized in that it comprises the steps of: - acquiring a first image in the visible spectrum of a scene, - acquiring a second image in the near infra-red spectrum of the same or similar scene, - decomposing the first image into intensity information and color information, - extracting intensity information from the first image, leading to an image that contains greyscale pixel values, - decomposing the intensity information from the first image into a first detail layer and a first base layer, - decomposing intensity information of the second image into a second detail layer and a second base layer, - combining all or part of the second detail layer with all or part of the first base layer to produce a combined intensity information, - combining the color information of the first image directly with the combined intensity information to produce the full-color smoothed image. - acquiring a first image in the visible spectrum of a scene, - acquiring a second image in the near infra-red spectrum of the same or similar scene, - decomposing the first image into intensity information and color information, - extracting intensity information from the first image, leading to an image that contains greyscale pixel values, - decomposing the intensity information from the first image into a first detail layer and a first base layer, - decomposing intensity information of the second image into a second detail layer and a second base layer, - combining all or part of the second detail layer with all or part of the first base layer to produce a combined intensity information, - combining the color information of the first image directly with the combined intensity information to produce the full-color smoothed image.