mhurhangee/ep-ind-claims huggingface dataset:
A link path calculation method applied to a 5G System Architecture-Time sensitive Network-Virtual Bridge, 5GS-TSN-VB link, comprising acquiring a topology containing a TSN bridge, the TSN bridge comprising a 5GS TSN virtual bridge and a TSN common bridge; acquiring a latency parameter of a link of the TSN bridge; acquiring a minimum latency Tmin achievable by the 5GS-TSN-VB as a 5GS, wherein UE connected to a listener is located at the 5GS-TSN-VB; and acquiring a maximum latency MaxLatency in service requirements; calculating an optimal path and determining a sum Tc of all link latencies on the optimal path; determining, according to the Tc, Tmin, and MaxLatency, a maximum latency Tmax tolerated by the 5GS-TSN-VB; characterised by determining an optimal value Tmax-O of the Tmax according to the Tmax, the Tmax-O being less than or equal to the Tmax and the Tmax-O being greater than zero; and sending service flow information and the Tmax-O as latency requirements to a 5GS system corresponding to the 5GS-TSN-VB, and sending the service flow information to the TSN bridge corresponding to the successfully calculated path in response to path calculation being successful. acquiring a topology containing a TSN bridge, the TSN bridge comprising a 5GS TSN virtual bridge and a TSN common bridge; acquiring a latency parameter of a link of the TSN bridge; acquiring a minimum latency Tmin achievable by the 5GS-TSN-VB as a 5GS, wherein UE connected to a listener is located at the 5GS-TSN-VB; and acquiring a maximum latency MaxLatency in service requirements; calculating an optimal path and determining a sum Tc of all link latencies on the optimal path; determining, according to the Tc, Tmin, and MaxLatency, a maximum latency Tmax tolerated by the 5GS-TSN-VB; characterised by determining an optimal value Tmax-O of the Tmax according to the Tmax, the Tmax-O being less than or equal to the Tmax and the Tmax-O being greater than zero; and sending service flow information and the Tmax-O as latency requirements to a 5GS system corresponding to the 5GS-TSN-VB, and sending the service flow information to the TSN bridge corresponding to the successfully calculated path in response to path calculation being successful.
Vaginal speculum comprising two spoon blades (3,4) which form a spoon blade assembly and: - are intended for introduction into the vagina; - are elongated in a longitudinal direction; and - are located alongside and opposite one another; the one spoon blade at one end of the spoon blade assembly being provided with two bodies which together with said one spoon blade form a housing part having a U-shaped cross section and other spoon blade being accommodated between said bodies such that it is hingeable with respect to the one spoon blade, wherein an exterior of the housing part having the U-shaped cross section (4,6) is shaped for accommodating said housing part having the U-shaped cross section in the mouth of the vagina after the spoon blades (3,4) have been introduced into the vagina; characterised in that the housing part having the U-shaped cross section is provided with at least one tapering surface that tapers with respect to the longitudinal direction of the speculum in a direction of an external part thereof, on which tapering surface a ring of muscle tissue formed by the musculus sphincter ani externus and/or the musculus bulbocavernosus acts/engages when the speculum is in the position in which it has been inserted in the vagina and is ready for use, such that a compressive force pushing the speculum into the vagina is exerted on said tapering surface for holding said housing part having the U-shaped cross section, at least when the spoon blades (3,4) are in a position in which they have been brought together, in place in the mouth of the vagina by the ring of the muscle tissue (30,31) extending around the mouth of the vagina. - are intended for introduction into the vagina; - are elongated in a longitudinal direction; and - are located alongside and opposite one another;
A method for isolating plant gDNA from ground plant tissue, the method consisting of: (a) contacting a plant tissue sample comprising plant gDNA with a first solution comprising 0.1-0.3M sodium hydroxide and 0-1.0% SDS (w/v) under conditions and for a time sufficient to degrade a cell wall, a cell membrane, a nuclear membrane, or combinations thereof, and/or to denature the plant gDNA; (b) mixing into the solution resulting from step (a) a second solution comprising high salt and sufficient buffering capacity to reduce the pH of the solution to less than 10, thereby producing a neutralized preparation wherein the second solution comprises 0.2M Tris-HCL, 5mM EDTA, 0-2% PVP40 and 3-4.5M ammonium acetate; (c) centrifuging the sample at a speed and for a length of time sufficient to clarify the neutralized preparation; (d) removing insoluble material from the neutralized and clarified preparation; and (e) diluting said neutralized and clarified preparation in TE at a ratio of 1:10 to 1:40 of preparation:TE. whereby a solution of plant gDNA is produced. (a) contacting a plant tissue sample comprising plant gDNA with a first solution comprising 0.1-0.3M sodium hydroxide and 0-1.0% SDS (w/v) under conditions and for a time sufficient to degrade a cell wall, a cell membrane, a nuclear membrane, or combinations thereof, and/or to denature the plant gDNA; (b) mixing into the solution resulting from step (a) a second solution comprising high salt and sufficient buffering capacity to reduce the pH of the solution to less than 10, thereby producing a neutralized preparation wherein the second solution comprises 0.2M Tris-HCL, 5mM EDTA, 0-2% PVP40 and 3-4.5M ammonium acetate; (c) centrifuging the sample at a speed and for a length of time sufficient to clarify the neutralized preparation; (d) removing insoluble material from the neutralized and clarified preparation; and (e) diluting said neutralized and clarified preparation in TE at a ratio of 1:10 to 1:40 of preparation:TE.
Method for detecting a type of opening on which a detection device is installed, the opening being an opening of the three-state or two-state type, characterized in that the detection device comprises an oscillator, the frequency of which varies as a function of the proximity of a metal element of a device for placing the opening in different states and in that the method comprises the steps executed by the detection device of: - activating a first timer, - measuring the frequency of the oscillator of the detection device at a first predetermined rate, - checking, based on the measured frequency, whether the opening has passed from one state to another state, - memorising the other state and the measured frequency, - checking whether the memorized state corresponds to the state of opening of the opening, - incrementing a counter if the memorized state corresponds to the state of opening of the opening, - checking whether the first timer has elapsed, - checking, if the first timer has elapsed, whether the value of the counter is equal to a predetermined value, - determining, if the value of the counter is equal to the predetermined value, if, among the measured frequencies, a majority of frequencies are distributed in two or three distinct frequency ranges, - detecting (E810, E812) the type of opening as a function of the number of distinct frequency ranges determined. - activating a first timer, - measuring the frequency of the oscillator of the detection device at a first predetermined rate, - checking, based on the measured frequency, whether the opening has passed from one state to another state, - memorising the other state and the measured frequency, - checking whether the memorized state corresponds to the state of opening of the opening, - incrementing a counter if the memorized state corresponds to the state of opening of the opening, - checking whether the first timer has elapsed, - checking, if the first timer has elapsed, whether the value of the counter is equal to a predetermined value, - determining, if the value of the counter is equal to the predetermined value, if, among the measured frequencies, a majority of frequencies are distributed in two or three distinct frequency ranges, - detecting (E810, E812) the type of opening as a function of the number of distinct frequency ranges determined.
A method for providing access by a querying application to data stored in a security data zone, SDZ, of a cloud platform, the method comprising the steps of: - determining by an access manager module, AM, of the cloud platform in response to a query, Q, received from the querying application of the cloud platform credentials for the security data zone, SDZ, based on determining, by the access manager module, AM, whether a first access token, FAT, included in the received query, Q, belongs to an application registered at the access manager module and whether the user specified in the received query, Q, is allowed to use the registered application; and - determining by the access manager module, AM, of the cloud platform a second access token, SAT, generated on the basis of the determined credentials to the querying application which uses the returned second access token, SAT, to obtain access to the data stored in the security data zone, SDZ, to be processed by the querying application. - determining by an access manager module, AM, of the cloud platform in response to a query, Q, received from the querying application of the cloud platform credentials for the security data zone, SDZ, based on determining, by the access manager module, AM, whether a first access token, FAT, included in the received query, Q, belongs to an application registered at the access manager module and whether the user specified in the received query, Q, is allowed to use the registered application; and - determining by the access manager module, AM, of the cloud platform a second access token, SAT, generated on the basis of the determined credentials to the querying application which uses the returned second access token, SAT, to obtain access to the data stored in the security data zone, SDZ, to be processed by the querying application.
A process for the production of a chlorohydrin comprising generating a chlorohydrin process stream having a pH of at least 8; and contacting at least a portion of a surface comprising a austenitic stainless steel comprising from 0.18 wt% to 0.52 wt% nitrogen, from 19.5 wt% to 24.5 wt% chromium, from 17.5 wt% to 22.5 wt% nickel, from 6.0 wt% to 7.5 wt% molybdenum, from 0.01 wt% to 0.02 wt% carbon, less than 4.0 wt% manganese, with the remainder being incidental impurities and the balance iron, with the chlorohydrin process stream.
A spacer device for knee intended to be temporarily implanted at the joint area between the tibia and femur of a patient for the replacement of an infected joint prosthesis and for the preservation of size or spaces of the patient joint area prior to the implantation of a new prosthesis, said spacer device comprising: - a tibial unit intended to be fixed to the tibia of a patient and having an upper, in use, first joint surface substantially curved and delimiting a substantially concave sliding seat, as well as - a femoral unit intended to be fixed to the femur of a patient and having a lower, in use, first joint face, substantially convex and intended to be positioned in said sliding seat for the sliding engagement with said first upper joint surface, thereby allowing the mutual angular displacement between said tibial unit and said femoral unit, wherein said tibial unit comprises: - a first component fixable to the tibia and distal from said first joint surface, as well as - a second component adjustably fixable to the first component in a plurality of operational positions and delimiting said first joint surface, wherein said second component is adjustably fixable to the first component in a plurality of operational positions from the front to the rear along a first sagittal direction of said device and/or from one side to the other side along a second transverse direction of said device. - a tibial unit intended to be fixed to the tibia of a patient and having an upper, in use, first joint surface substantially curved and delimiting a substantially concave sliding seat, as well as - a femoral unit intended to be fixed to the femur of a patient and having a lower, in use, first joint face, substantially convex and intended to be positioned in said sliding seat for the sliding engagement with said first upper joint surface, thereby allowing the mutual angular displacement between said tibial unit and said femoral unit, - a first component fixable to the tibia and distal from said first joint surface, as well as - a second component adjustably fixable to the first component in a plurality of operational positions and delimiting said first joint surface, wherein said second component is adjustably fixable to the first component in a plurality of operational positions from the front to the rear along a first sagittal direction of said device and/or from one side to the other side along a second transverse direction of said device.
Lighting device comprising a first part comprising a first partition partially defining a first space housing a lens, participating in a first lighting function and able to focus solar beams substantially in a predefined portion of said first partition, characterised in that it comprises a second part comprising a second partition placed at least behind said predefined portion, and in that said first partition comprises an opening that encompasses said predefined portion in such a way that said solar beams coming from said lens reach a selected area of said second partition in a non-focused manner.
A method of modifying a genome of an organism in vitro or ex vivo comprising the steps of: a. providing to a cell a DNA localization component that is capable of binding a specific DNA sequence; and b. providing to the cell an endonuclease; wherein said DNA localization component and said endonuclease are capable of operatively linking via a non-covalent linkage, wherein the non-covalent linkage comprises a single domain antibody covalently attached to the DNA localization component and wherein the single domain antibody non-covalently binds to an epitope tag covalently bound to the endonuclease in the interior of the cell; or wherein the non-covalent linkage comprises a single domain antibody covalently attached to the endonuclease and wherein the single domain antibody non-covalently binds directly to an epitope tag covalently bound to the DNA localization component in the interior of the cell; and wherein the genome is not the germ line genome of a human. a. providing to a cell a DNA localization component that is capable of binding a specific DNA sequence; and b. providing to the cell an endonuclease;
An inspection apparatus for a hydrogen gas dispenser, the hydrogen gas dispenser configured to supply hydrogen gas to a hydrogen tank of a fuel cell vehicle, the inspection apparatus comprising: a receiving-side gas flowing unit including a receptacle configured to be connected to a nozzle of the hydrogen gas dispenser; and an inspection unit including a rate-of-pressure-rise inspection unit configured to measure a rate of pressure rise of hydrogen gas from the hydrogen gas dispenser and a dispensed-amount inspection unit configured to measure a dispensed amount of the hydrogen gas, and a discharging-side gas flowing unit provided downstream of the inspection unit, and having a nozzle configured to be connected to a receptacle of a hydrogen tank of a fuel cell vehicle, wherein the hydrogen gas that has passed through the inspection unit is supplied from the discharging-side gas flowing unit to the hydrogen tank of the fuel cell vehicle. a receiving-side gas flowing unit including a receptacle configured to be connected to a nozzle of the hydrogen gas dispenser; and an inspection unit including a rate-of-pressure-rise inspection unit configured to measure a rate of pressure rise of hydrogen gas from the hydrogen gas dispenser and a dispensed-amount inspection unit configured to measure a dispensed amount of the hydrogen gas, and a discharging-side gas flowing unit provided downstream of the inspection unit, and having a nozzle configured to be connected to a receptacle of a hydrogen tank of a fuel cell vehicle, wherein the hydrogen gas that has passed through the inspection unit is supplied from the discharging-side gas flowing unit to the hydrogen tank of the fuel cell vehicle.
An image fixing member, comprising: a substrate; an optional intermediate layer over said substrate; and an outermost layer over said substrate or over said optional intermediate layer when said intermediate layer is present; characterised in that at least one of the optional intermediate layer when present and the outermost layer comprises a healing material encapsulated within nano- or microcapsules, wherein said healing material is capable of retaining the function of the image fixing member, wherein said healing material comprises a fluoroelastomer prepolymer selected from the group consisting of a copolymer of vinylidenefluoride and hexafluoropropylene; a copolymer of vinylidenefluoride, hexafluoropropylene and tetrafluoroethylene; a copolymer of vinylidenefluoride, hexafluoropropylene and perfluoro(methyl vinyl ether); a fluorinated polyolefin, a fluorosilicone, and a perfluoropolyether, and a mixture thereof, and wherein said fluoroelastomer prepolymer possesses a reactive functional moiety consisting of and a mixture thereof; wherein R 1 and R 2 are each an alkyl or a fluoroalkyl having from 1 to 10 carbons, R is an alkyl having from 1 to 6 carbons, and n is an integer of from 1 to 10. a substrate; an optional intermediate layer over said substrate; and an outermost layer over said substrate or over said optional intermediate layer when said intermediate layer is present;
A polymer composition comprising: (i) one or more multistage polymers comprising (a) a first stage polymer having a T g of -20°C or lower, and (b) a final stage polymer having a T g of 50°C or higher; (ii) one or more phosphate surfactant in an amount of 50 ppm or more, based on the dry weight of the multistage polymer; (iii) one or more alkaline phosphate in an amount of 100 ppm or more, measured as the weight of phosphorous, based on the dry weight of the multistage polymer; and (iv) one or more phosphate salt of a multivalent cation in an amount of 100 ppm or more, measured as the weight of phosphorous, based on the dry weight of the multistage polymer. (i) one or more multistage polymers comprising (a) a first stage polymer having a T g of -20°C or lower, and (b) a final stage polymer having a T g of 50°C or higher; (a) a first stage polymer having a T g of -20°C or lower, and (b) a final stage polymer having a T g of 50°C or higher; (ii) one or more phosphate surfactant in an amount of 50 ppm or more, based on the dry weight of the multistage polymer; (iii) one or more alkaline phosphate in an amount of 100 ppm or more, measured as the weight of phosphorous, based on the dry weight of the multistage polymer; and (iv) one or more phosphate salt of a multivalent cation in an amount of 100 ppm or more, measured as the weight of phosphorous, based on the dry weight of the multistage polymer.
An integrated permanent magnet alternator and air turbine starter assembly (100; 200) comprising: a PMA stator assembly comprising: a PMA stator winding assembly; a first PMA quick connector electrically connected to the PMA stator winding assembly; and a PMA mounting structure coupled to the first PMA quick connector to the PMA stator winding assembly and defining an alignment aperture for removably attaching the PMA stator assembly to an air turbine starter housing; the assembly further characterized by: an ATS with an ATS housing defining a PMA mounting face; and an alignment member fixed to ATS housing and disposed within the alignment aperture radially fixing the PMA stator assembly relative to an ATS housing axis; wherein the PMA mounting structure defines an axially extending rim structure and a radially extending flange with a plurality of lobes, wherein one lobe of the rim structure defines the alignment aperture and other lobes define respective fastener apertures, and wherein the alignment member has a greater diameter than each of the respective fastener apertures. a PMA stator assembly comprising: a PMA stator winding assembly; a first PMA quick connector electrically connected to the PMA stator winding assembly; and a PMA mounting structure coupled to the first PMA quick connector to the PMA stator winding assembly and defining an alignment aperture for removably attaching the PMA stator assembly to an air turbine starter housing; a PMA stator winding assembly; a first PMA quick connector electrically connected to the PMA stator winding assembly; and a PMA mounting structure coupled to the first PMA quick connector to the PMA stator winding assembly and defining an alignment aperture for removably attaching the PMA stator assembly to an air turbine starter housing; the assembly further characterized by: an ATS with an ATS housing defining a PMA mounting face; and an alignment member fixed to ATS housing and disposed within the alignment aperture radially fixing the PMA stator assembly relative to an ATS housing axis; wherein the PMA mounting structure defines an axially extending rim structure and a radially extending flange with a plurality of lobes, wherein one lobe of the rim structure defines the alignment aperture and other lobes define respective fastener apertures, and wherein the alignment member has a greater diameter than each of the respective fastener apertures. an ATS with an ATS housing defining a PMA mounting face; and an alignment member fixed to ATS housing and disposed within the alignment aperture radially fixing the PMA stator assembly relative to an ATS housing axis; wherein the PMA mounting structure defines an axially extending rim structure and a radially extending flange with a plurality of lobes, wherein one lobe of the rim structure defines the alignment aperture and other lobes define respective fastener apertures, and wherein the alignment member has a greater diameter than each of the respective fastener apertures.