mhurhangee/ep-ind-claims huggingface dataset:
A method of extracting an analyte from two or more samples, the method comprising: adding each of the two or more samples to a respective sample container of two or more sample containers in parallel; adding a mixture of a liquid solvent and a gas into the two or more sample containers at the same time, wherein the flow of the liquid solvent is evenly split between the two or more sample containers, wherein the liquid solvent and the gas are flowed into each sample container at the same time, and wherein the gas is supplied by a compressed gas source, the addition of the gas being controlled to establish a superatmospheric pressure P within the sample container; heating the liquid solvent to an elevated temperature T, wherein T is below the boiling temperature of the liquid solvent at the superatmospheric pressure P, wherein either P or T is maintained below the critical point of the gas, wherein the superatmospheric pressure P is not greater than about 689 kPa (100 pounds per square inch) relative to an ambient pressure, wherein the heating of the liquid solvent is at a temperature T ranging from about 30°C to about 300°C, and wherein the gas does not transition to a supercritical fluid or a liquid state at the superatmospheric pressure P and the temperature T; dissolving the analyte from the sample into the liquid solvent within the two or more sample containers; and removing at least a portion of the liquid solvent from the two or more sample containers, wherein substantially all of the analyte is extracted from the sample and dissolved in the liquid solvent. adding each of the two or more samples to a respective sample container of two or more sample containers in parallel; adding a mixture of a liquid solvent and a gas into the two or more sample containers at the same time, wherein the flow of the liquid solvent is evenly split between the two or more sample containers, wherein the liquid solvent and the gas are flowed into each sample container at the same time, and wherein the gas is supplied by a compressed gas source, the addition of the gas being controlled to establish a superatmospheric pressure P within the sample container; heating the liquid solvent to an elevated temperature T, wherein T is below the boiling temperature of the liquid solvent at the superatmospheric pressure P, wherein either P or T is maintained below the critical point of the gas, wherein the superatmospheric pressure P is not greater than about 689 kPa (100 pounds per square inch) relative to an ambient pressure, wherein the heating of the liquid solvent is at a temperature T ranging from about 30°C to about 300°C, and wherein the gas does not transition to a supercritical fluid or a liquid state at the superatmospheric pressure P and the temperature T; dissolving the analyte from the sample into the liquid solvent within the two or more sample containers; and removing at least a portion of the liquid solvent from the two or more sample containers, wherein substantially all of the analyte is extracted from the sample and dissolved in the liquid solvent.
A method at a first entity for managing access and mobility, comprising: receiving a mobility message from a second entity for managing access and mobility, wherein the mobility message carries a data network identifier for a Protocol Data Unit, PDU, session; determining that the data network identifier in the received mobility message is an emergency data network identifier, based on emergency data network identifiers contained in emergency configuration data with which the first entity for managing access and mobility is configured; and determining that the PDU session is established for an emergency service. receiving a mobility message from a second entity for managing access and mobility, wherein the mobility message carries a data network identifier for a Protocol Data Unit, PDU, session; determining that the data network identifier in the received mobility message is an emergency data network identifier, based on emergency data network identifiers contained in emergency configuration data with which the first entity for managing access and mobility is configured; and determining that the PDU session is established for an emergency service.
A host system, comprising: at least one processor coupled to a system bus; a memory controller coupled to the system bus and configured to control a memory; and a peripheral component interconnect express, PCIe, root complex, RC, comprising an inline cryptographic engine, ICE, the PCIe RC coupled to the system bus and configured to: receive at least one transport layer packet, TLP, from a storage device communicatively coupled to the PCIe RC, wherein the at least one TLP comprises a TLP prefix that includes a data indicator, a task tag, TT, and a data buffer offset, DBO; extract the TT and the DBO from the TLP prefix if the data indicator in the TLP prefix indicates that transaction-specific information is present in the TLP prefix; retrieve a logical block address, LBA, and a secret key stored at the ICE based on the TT; and compute an initialization vector, IV, based on the DBO, the LBA, and the secret key. at least one processor coupled to a system bus; a memory controller coupled to the system bus and configured to control a memory; and a peripheral component interconnect express, PCIe, root complex, RC, comprising an inline cryptographic engine, ICE, the PCIe RC coupled to the system bus and configured to: receive at least one transport layer packet, TLP, from a storage device communicatively coupled to the PCIe RC, wherein the at least one TLP comprises a TLP prefix that includes a data indicator, a task tag, TT, and a data buffer offset, DBO; extract the TT and the DBO from the TLP prefix if the data indicator in the TLP prefix indicates that transaction-specific information is present in the TLP prefix; retrieve a logical block address, LBA, and a secret key stored at the ICE based on the TT; and compute an initialization vector, IV, based on the DBO, the LBA, and the secret key. receive at least one transport layer packet, TLP, from a storage device communicatively coupled to the PCIe RC, wherein the at least one TLP comprises a TLP prefix that includes a data indicator, a task tag, TT, and a data buffer offset, DBO; extract the TT and the DBO from the TLP prefix if the data indicator in the TLP prefix indicates that transaction-specific information is present in the TLP prefix; retrieve a logical block address, LBA, and a secret key stored at the ICE based on the TT; and compute an initialization vector, IV, based on the DBO, the LBA, and the secret key.
A servicing platform for a nuclear reactor refueling floor, said servicing platform comprising: a base for anchoring to a refueling floor of a nuclear reactor; a telescoping mast having a mounting collar at a first end that is rotationally attached to the base; and a personnel work basket pivotally coupled to a second end of the telescoping mast, wherein the telescoping mast comprises two or more telescopically mated sections that form a retractable and extendable neck portion of the telescoping mast, the neck portion extending between the mounting collar and the personnel work basket; wherein the telescoping mast further comprises a substantially flat working surface extending the length of the telescoping mast between the mounting collar and the personnel work basket to provide a walking surface for personnel to traverse the length of the telescoping mast for ingress and egress to the personnel work basket. a base for anchoring to a refueling floor of a nuclear reactor; a telescoping mast having a mounting collar at a first end that is rotationally attached to the base; and a personnel work basket pivotally coupled to a second end of the telescoping mast, wherein the telescoping mast comprises two or more telescopically mated sections that form a retractable and extendable neck portion of the telescoping mast, the neck portion extending between the mounting collar and the personnel work basket; wherein the telescoping mast further comprises a substantially flat working surface extending the length of the telescoping mast between the mounting collar and the personnel work basket to provide a walking surface for personnel to traverse the length of the telescoping mast for ingress and egress to the personnel work basket.
A hybrid drive system, comprising: a shaft; a fuel powered engine operatively connected to the shaft to drive the shaft; and an electrical machine comprising a rotor and a stator; and a mechanical disconnect system connecting the rotor to the shaft, wherein the mechanical disconnect system is configured to mechanically connect the rotor to the shaft in a first state and to mechanically disconnect the rotor from the shaft in a second state, when the fuel powered engine is driving the shaft, such that rotor does not drive the shaft or such that the rotor is not driven by the shaft; wherein the mechanical disconnect system includes a clutch mechanism configured to mechanically connect and disconnect the rotor from the shaft, and wherein the mechanical disconnect system includes a gearing assembly configured to be engaged by the clutch mechanism in the first state and disengaged by the clutch mechanism in the second state to provide a geared connection between the rotor and the shaft in the first state, wherein the gearing assembly is configured to provide a freewheeling connection between the rotor and the shaft in the second state to mechanically disconnect the rotor from the shaft; and wherein the gearing assembly includes a carrier shaft configured to be engaged by the clutch mechanism to stop motion of the carrier shaft in the first state, and to be disengaged by the clutch mechanism to allow freewheeling in the second state, wherein the carrier shaft includes a plurality of planet gears rotatably attached to the carrier shaft, wherein the shaft includes a sun gear disposed thereon meshed with the planet gears, and wherein the rotor includes a ring gear disposed thereon meshed with the planet gears. a shaft; a fuel powered engine operatively connected to the shaft to drive the shaft; and an electrical machine comprising a rotor and a stator; and a mechanical disconnect system connecting the rotor to the shaft, wherein the mechanical disconnect system is configured to mechanically connect the rotor to the shaft in a first state and to mechanically disconnect the rotor from the shaft in a second state, when the fuel powered engine is driving the shaft, such that rotor does not drive the shaft or such that the rotor is not driven by the shaft;
A fluid applicator comprising: a head; a handle that is removably couplable to the head at a junction (112; 404) by rotating of the handle relative to the head; and a finger rest (102; 400) comprising: - a base (104; 406) comprising an aperture configured to receive the handle, wherein the base (104; 406) is configured to engage the head such that the finger rest is aligned with the head of the fluid applicator at the junction (112; 404). a head; a handle that is removably couplable to the head at a junction (112; 404) by rotating of the handle relative to the head; and a finger rest (102; 400) comprising: - a base (104; 406) comprising an aperture configured to receive the handle, - a base (104; 406) comprising an aperture configured to receive the handle, wherein the base (104; 406) is configured to engage the head such that the finger rest is aligned with the head of the fluid applicator at the junction (112; 404).
A method in a device comprising a graphics processing unit GPU, a digital signal processor DSP, and a secondary processing management means SPMM coupled to the GPU and the DSP, the method comprising: implementing a graphics pipeline in the GPU; in response to a draw request, the SPMM determining whether or not the DSP can perform processing to assist in graphics pipeline processing as a secondary processing function other than its DSP primary processing function; the SPMM requesting allocation of the DSP to perform the secondary processing function by processing graphics pipeline data; in a case that the allocation request is successful, the SPMM: making graphics pipeline data available to the DSP; monitoring a processing status of the DSP; and integrating data output by the DSP into the GPU graphics pipeline data using the processing status. implementing a graphics pipeline in the GPU; in response to a draw request, the SPMM determining whether or not the DSP can perform processing to assist in graphics pipeline processing as a secondary processing function other than its DSP primary processing function; the SPMM requesting allocation of the DSP to perform the secondary processing function by processing graphics pipeline data; in a case that the allocation request is successful, the SPMM: making graphics pipeline data available to the DSP; monitoring a processing status of the DSP; and integrating data output by the DSP into the GPU graphics pipeline data using the processing status. making graphics pipeline data available to the DSP; monitoring a processing status of the DSP; and integrating data output by the DSP into the GPU graphics pipeline data using the processing status.
A compound according to Formula (Ia): wherein: Q is phenylene substituted with one chloro; Y is N; R 1 is cyclopropyl or methyl; R 2 and R 3 are chloro; R 4 -A is: wherein the pyridylene is optionally substituted with one or two groups independently selected from halogen, C 1-4 -alkoxy, halo-C 1-4 -alkoxy, C 1-4 -alkyl, and halo-C 1-4 -alkyl, and R 4 is -CO 2 R 5 or -C NR 5 R 6; R 5 is hydrogen; and R 6 is C 1-2 -alkyl optionally substituted with -CO 2 H or -SO 3 H; or a pharmaceutically acceptable salt, a stereoisomer, a mixture of stereoisomers, or a tautomer thereof. Q is phenylene substituted with one chloro; Y is N; R 1 is cyclopropyl or methyl; R 2 and R 3 are chloro; R 4 -A is: wherein the pyridylene is optionally substituted with one or two groups independently selected from halogen, C 1-4 -alkoxy, halo-C 1-4 -alkoxy, C 1-4 -alkyl, and halo-C 1-4 -alkyl, and R 4 is -CO 2 R 5 or -C NR 5 R 6; R 5 is hydrogen; and R 6 is C 1-2 -alkyl optionally substituted with -CO 2 H or -SO 3 H;
A smoking article comprising: a reservoir formed of one or more walls defining an interior volume for storage of a liquid comprising an aerosol precursor composition; an atomizer defined by an atomizing chamber, wherein the atomizing chamber comprises a plurality of walls, a cover and a microheater that forms a part of the atomizing chamber so as to be integral with the atomizing chamber; and a liquid passage through which liquid from the reservoir passes into the atomizing chamber. a reservoir formed of one or more walls defining an interior volume for storage of a liquid comprising an aerosol precursor composition; an atomizer defined by an atomizing chamber, wherein the atomizing chamber comprises a plurality of walls, a cover and a microheater that forms a part of the atomizing chamber so as to be integral with the atomizing chamber; and a liquid passage through which liquid from the reservoir passes into the atomizing chamber.
A method of delivering a discrete cord to a transfer member, the method comprising: a. providing a supply path fluidly connected to a metered cord supply, wherein the supply path comprises a fluid flow, a transfer member, and a cutting apparatus; wherein the transfer member comprises a first surface, a second surface, and one or more orifices on the first surface; b. moving a deployed cord supply towards the transfer member through the supply path by the fluid flow; c. moving the deployed cord supply into an orifice of the transfer member; and d. cutting the deployed cord supply to create a discrete cord comprising a first end and a second end; wherein a portion of the discrete cord is in the orifice to the transfer member, wherein the method further comprises moving the orifice out of the fluid flow and contacting the discrete cord with an attachment system attaching a single cord to a pledget. a. providing a supply path fluidly connected to a metered cord supply, wherein the supply path comprises a fluid flow, a transfer member, and a cutting apparatus; wherein the transfer member comprises a first surface, a second surface, and one or more orifices on the first surface; b. moving a deployed cord supply towards the transfer member through the supply path by the fluid flow; c. moving the deployed cord supply into an orifice of the transfer member; and d. cutting the deployed cord supply to create a discrete cord comprising a first end and a second end; wherein a portion of the discrete cord is in the orifice to the transfer member,
A method for supplying electric power at a network connection point into an electric supply network (120, 300) having a network frequency by means of a converter-controlled generator unit, in particular a wind turbine, characterized in that, the method comprises the following steps: - supplying electric power depending on a control function, wherein the electric power can comprise active and reactive power, and - as a control function between a normal control function and at least one frequency-maintaining control function differing from the normal control function a selection can be made, and - the normal control function is selected if it has been recognized that the electric supply network (120, 300) is operating in a normal state, and - the frequency-maintaining control function is selected if a steady-frequency operating state is present or is being prepared, wherein a steady-frequency operating state describes an operating state particularly of the electric supply network (120, 300) in which the network frequency is to be maintained at a constant value. - supplying electric power depending on a control function, wherein the electric power can comprise active and reactive power, and - as a control function between a normal control function and at least one frequency-maintaining control function differing from the normal control function a selection can be made, and - the normal control function is selected if it has been recognized that the electric supply network (120, 300) is operating in a normal state, and - the frequency-maintaining control function is selected if a steady-frequency operating state is present or is being prepared, wherein a steady-frequency operating state describes an operating state particularly of the electric supply network (120, 300) in which the network frequency is to be maintained at a constant value.
An electronic device (10, 20, 60, 70, 1100) comprising a first metal housing (112, 212, 612, 1212) a second metal housing (114, 214, 614, 1114), a third metal housing (116, 216, 616), a fourth metal housing (118, 218, 618), a battery (120, 220, 620) and an antenna, the electronic device comprising a printed circuit board, PCB, (100, 200, 600, 700, 1200) including a ground part (102, 202, 1102, 1202) and a non-ground area (101, 201, 601, 1201), the antenna comprising: a radiator including the first metal housing; a feeding part (106, 206, 406, 606, 706) connected to the radiator; and a capacitor connected between the radiator and the ground part, and disposed on the non-ground area, wherein the capacitor is configured to prevent electric shock when a user grips the electronic device through one of the metal housings. a radiator including the first metal housing; a feeding part (106, 206, 406, 606, 706) connected to the radiator; and a capacitor connected between the radiator and the ground part, and disposed on the non-ground area, wherein the capacitor is configured to prevent electric shock when a user grips the electronic device through one of the metal housings.
A distribution terminal, in particular a main conductor connecting terminal, having at least one clamping member that is situated in a housing and that has two front faces (20, 22; 56, 48) and two side faces (24, 26; 60, 62), characterized by at least one pair of vertically offset line insertion openings in the front faces (20, 22), and two vertically offset boreholes in the or each clamping member, which adjoin the line insertion openings, wherein each borehole in the clamping member is formed on the front faces (56, 58) of the clamping member in a borehole surface section (64, 66), and the borehole surface sections (64, 66) of both boreholes overlap in places.
A surgical pencil comprising: a handpiece having a conduit contained therein and at least one electrical contact element; a hollow tubular member comprised of a conducting material wherein said hollow tubular member is concentrically contained within said conduit such that it extends along an entire length of said handpiece such that there is a space between an inner circumference of said handpiece and an outer circumference of said hollow tubular member along an entire length of said handpiece and said at least one electrical contact element is in contact with said hollow tubular member; an electrode connected to said hollow tubular member wherein an end of the hollow tubular member and an end of the electrode connected to the hollow tubular member extend at least 3 cm beyond an end of the handpiece; means for connecting an energy source to said at least one electrical contact; means for providing a coagulating material supply to said hollow tubular member; and means for supplying a vacuum to said space between said handpiece and said hollow tubular member. a handpiece having a conduit contained therein and at least one electrical contact element; a hollow tubular member comprised of a conducting material wherein said hollow tubular member is concentrically contained within said conduit such that it extends along an entire length of said handpiece such that there is a space between an inner circumference of said handpiece and an outer circumference of said hollow tubular member along an entire length of said handpiece and said at least one electrical contact element is in contact with said hollow tubular member; an electrode connected to said hollow tubular member wherein an end of the hollow tubular member and an end of the electrode connected to the hollow tubular member extend at least 3 cm beyond an end of the handpiece; means for connecting an energy source to said at least one electrical contact; means for providing a coagulating material supply to said hollow tubular member; and means for supplying a vacuum to said space between said handpiece and said hollow tubular member.
An agent for lightening keratin fibers, containing at least two separately packaged preparations and and optionally a further preparation that is packaged separately from and, which preparations are mixed immediately before application to form an application mixture, iii. preparation containing at least one persulfate, and iv. preparation being flowable and containing at least one oxidizing agent, v. preparation and/or preparation also containing at least one natural polymer, characterized in that preparation contains, based on its weight, a1) from 0 to 3 wt.% of keratin hydrolyzate(s), and/or a2) from 0 to 5 wt.% of silicone oil(s), with the proviso that preparation contains, based on its weight, from 0.1 to 6 wt.% of compound(s) from groups a1) and a2). iii. preparation containing at least one persulfate, and iv. preparation being flowable and containing at least one oxidizing agent, v. preparation and/or preparation also containing at least one natural polymer, a1) from 0 to 3 wt.% of keratin hydrolyzate(s), and/or a2) from 0 to 5 wt.% of silicone oil(s),