mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a network interface; a memory including random access memory, RAM, and nonvolatile memory; and at least one processor coupled to the memory and coupled to the network interface, the at least one processor configured to: designate an uninitialized section of RAM; generate a network device identifier for the device using data from the uninitialized section of RAM as one or more seeds for a pseudorandom number generator; store the network device identifier in a nonvolatile memory; and assign the network device identifier to the device. a network interface; a memory including random access memory, RAM, and nonvolatile memory; and at least one processor coupled to the memory and coupled to the network interface, the at least one processor configured to: designate an uninitialized section of RAM; generate a network device identifier for the device using data from the uninitialized section of RAM as one or more seeds for a pseudorandom number generator; store the network device identifier in a nonvolatile memory; and assign the network device identifier to the device. designate an uninitialized section of RAM; generate a network device identifier for the device using data from the uninitialized section of RAM as one or more seeds for a pseudorandom number generator; store the network device identifier in a nonvolatile memory; and assign the network device identifier to the device.
Wheel set for a micromechanical or timepiece mechanism for the transmission of power between at least a first transmission wheel set of said mechanism on the one hand, and at least a second receiver wheel set of said mechanism on the other hand, said wheel set including at least one pivoting degree of freedom about a theoretical axis of pivoting, said wheel set being flexible and having variable geometry while being made in a one-piece manner, and including elastic return means forming a direct or indirect elastic connection between a first axial part and a second peripheral part, said first axial part located in proximity to said theoretical axis of pivoting and cooperating with said first transmission wheel set or respectively the second receiver wheel set, and said second peripheral part radially remote from said theoretical axis of pivoting and cooperating with said second receiver wheel set or respectively the first transmission wheel set, and said elastic return means being arranged, depending on the case, to absorb, store or release power during an angular pivoting motion, about a secondary axis parallel or merged with said theoretical axis of pivoting, between said first axial part and said second peripheral part, characterized in that said wheel set adopts a butterfly type configuration including at least one arm having at least one rigid part extending between said first axial part and said second peripheral part to which the arm is respectively connected by at least a first elastic strip and by at least a second elastic strip, said rigid part forming an intermediate mass substantially pivotally mobile about said theoretical axis of pivoting.
A decoding method comprising: extracting, as a video syntax for a hypothetical reference decoder from a video bitstream, a HRD fixed syntax which includes fixed parameters associated with operation of the HRD that are constant for all of a plurality of sub-layers (232, 234, 236) of the video bitstream, and a HRD variable syntax which includes variable parameters associated with operation of the HRD that vary for each of the plurality of sub-layers; extracting a sub-layer from the video bitstream, where the sub-layer is identified by the parameters of the HRD fixed syntax and the HRD variable syntax; and decoding the video stream from the extracted sub-layer using the HRD fixed syntax and the HRD variable syntax; wherein the fixed parameters and the variable parameters each include parameters which specify a maximum input bit rate of a coded picture buffer and/or a buffer size of the CPB; the fixed parameters include a bit rate scale and the variable parameters include a bit rate value minus 1; and the fixed parameters include a CPB size scale and the variable parameters include a CPB size value minus 1. extracting, as a video syntax for a hypothetical reference decoder from a video bitstream, a HRD fixed syntax which includes fixed parameters associated with operation of the HRD that are constant for all of a plurality of sub-layers (232, 234, 236) of the video bitstream, and a HRD variable syntax which includes variable parameters associated with operation of the HRD that vary for each of the plurality of sub-layers; extracting a sub-layer from the video bitstream, where the sub-layer is identified by the parameters of the HRD fixed syntax and the HRD variable syntax; and decoding the video stream from the extracted sub-layer using the HRD fixed syntax and the HRD variable syntax; wherein the fixed parameters and the variable parameters each include parameters which specify a maximum input bit rate of a coded picture buffer and/or a buffer size of the CPB; the fixed parameters include a bit rate scale and the variable parameters include a bit rate value minus 1; and the fixed parameters include a CPB size scale and the variable parameters include a CPB size value minus 1.
A process for the continuous isolation of lignin from an alkaline process stream consisting of thickened black liquor, characterized in that the alkaline process stream is introduced continuously into a lower region of at least one circulation reactor having two reactor zones in a concentric arrangement, in that a liquid level of the alkaline process stream in the interior of the at least one circulation reactor is chosen essentially at a level with an upper end of at least one inner tubular reactor zone, in that a CO 2 -containing gas is blown continuously from the bottom into the at least one inner tubular reactor zone of the at least one circulation reactor, in that the CO 2 -containing gas is absorbed by the alkaline process stream in the at least one inner circulation reactor zone and offgas is drawn off together with residual amounts of the CO 2 at the top of the at least one circulation reactor, in that the process is run at ambient pressure, in particular 1 atm, and in that thickened black liquor with a reduced lignin content together with precipitated lignin present therein are drawn off, optionally after settling at the base of the at least one circulation reactor.
GAMMA / RF compact, hybrid and integrated system for PET-SPECT/MR simultaneous imaging, characterized in that it comprises a GAMMA / RF device comprising: - an RF coil which has spaces that allow the passage of at least a significant part of the GAMMA radiation generated internally; and - a set of GAMMA radiation detector modules arranged radially around the RF coil; and where each GAMMA radiation detector module comprises: - a scintillator crystal, which emits light when it receives GAMMA emission; - and characterised by a focusing system, whose first face is coupled to the scintillator crystal to receive the light, and whose second face (11 b) comprises lenses that direct the light onto an array of photodetectors; - an RF shielding layer, placed between the focusing system and the array of photodetectors, comprising holes through which the focused light goes to the photodetectors; - an array of photodetectors placed behind the RF shielding layer to receive the light, and - means for processing the signals generated by the photodetectors. - an RF coil which has spaces that allow the passage of at least a significant part of the GAMMA radiation generated internally; and - a set of GAMMA radiation detector modules arranged radially around the RF coil; - a scintillator crystal, which emits light when it receives GAMMA emission; - and characterised by a focusing system, whose first face is coupled to the scintillator crystal to receive the light, and whose second face (11 b) comprises lenses that direct the light onto an array of photodetectors; - an RF shielding layer, placed between the focusing system and the array of photodetectors, comprising holes through which the focused light goes to the photodetectors; - an array of photodetectors placed behind the RF shielding layer to receive the light, and - means for processing the signals generated by the photodetectors.
A shelf-stable dry food product comprising: yogurt powder; a stabilizer system, the stabilizer system including a modified starch and a_carrageenan; and a sweetener; wherein, when an aqueous liquid is added to the dry food product, the stabilizer system is selected such that the dry food product hydrates within less than three minutes to form a product having the consistency of yogurt, and wherein the modified starch is present in an amount of 3% to 9% by weight of the dry food product, wherein the carrageenan is present in an amount of 1% to 5% by weight of the dry food product, and wherein the modified starch is selected from the group consisting of modified corn starch derived from dent corn, cross-linked modified starch and combinations thereof. yogurt powder; a stabilizer system, the stabilizer system including a modified starch and a_carrageenan; and a sweetener; wherein, when an aqueous liquid is added to the dry food product, the stabilizer system is selected such that the dry food product hydrates within less than three minutes to form a product having the consistency of yogurt, and wherein the modified starch is present in an amount of 3% to 9% by weight of the dry food product, wherein the carrageenan is present in an amount of 1% to 5% by weight of the dry food product, and wherein the modified starch is selected from the group consisting of modified corn starch derived from dent corn, cross-linked modified starch and combinations thereof.
Arrangement for igniting spark gaps using a trigger electrode that is located on or in one of the main electrodes and is insulated from this main electrode, wherein the trigger electrode is electrically connected to the further main electrode via at least one voltage-switching or voltage-monitoring element and an air gap exists between the trigger electrode and the further main electrode, wherein the trigger electrode forms a sandwich structure with an insulation layer and a layer of a material having lower conductivity than the material of one of the main electrodes (H1, H2), the insulation layer is designed as a thin film or lacquer layer and the layer of the material having lower conductivity is in contact with the main electrode or rests on it, characterised in that for dissipation of energetically weak overvoltage events without response of the spark gap that is formed between the main electrodes (H1; H2), the insulation layer of the sandwich structure outside the ignition region is interrupted by an interruption and/or an electrical component that influences the response behaviour is connected between the trigger electrode and the main electrode.
A fluid dispenser and applicator assembly comprising: • a hollow reception body; • a fluid applicator surface that is mounted at a top end of the reception body and that is for coming into contact with a target, such as the skin; • a fluid dispenser comprising a reservoir, a pump, and a dispenser endpiece that defines an outlet surface in which a fluid dispenser orifice opens out; the assembly being characterized in that the dispenser is received in removable manner in the reception body with its dispenser endpiece being received in removable manner in a housing, its outlet surface forming a portion of the applicator surface, such that the dispenser orifice opens out directly in the applicator surface, the dispenser being removable from the reception body through an open bottom end of the reception body, which bottom end is remote from the top end. • a hollow reception body; • a fluid applicator surface that is mounted at a top end of the reception body and that is for coming into contact with a target, such as the skin; • a fluid dispenser comprising a reservoir, a pump, and a dispenser endpiece that defines an outlet surface in which a fluid dispenser orifice opens out;
An illumination device comprising: a connector for connecting the illumination device to an Edison screw light socket or other standard light socket; an adjustable mount (1020, 1025) attached to the connector; and a luminaire module (1030, 1040, 1050) coupled to the connector via the adjustable mount (1020, 1025), the luminaire module (1030, 1040, 1050) comprising one or more light-emitting elements (LEEs), wherein the adjustable mount (1020, 1025) is configured to variably position the luminaire module (1030, 1040, 1050) by rotation relative to the connector at rotations from 0° to 90°, and wherein the luminaire module (1030, 1040, 1050) further includes: a light guide positioned to receive light from the one or more LEEs and adapted to guide the received light to an output end of the light guide; and a secondary optic adapted to receive light from the one or more LEEs, the secondary optic having at least one redirecting surface, the at least one redirecting surface being adapted to reflect at least a portion of the light received at the secondary optic, characterized in that the secondary optic and the light guide have an elongated configuration. a connector for connecting the illumination device to an Edison screw light socket or other standard light socket; an adjustable mount (1020, 1025) attached to the connector; and a luminaire module (1030, 1040, 1050) coupled to the connector via the adjustable mount (1020, 1025), the luminaire module (1030, 1040, 1050) comprising one or more light-emitting elements (LEEs), wherein the adjustable mount (1020, 1025) is configured to variably position the luminaire module (1030, 1040, 1050) by rotation relative to the connector at rotations from 0° to 90°, and wherein the luminaire module (1030, 1040, 1050) further includes: a light guide positioned to receive light from the one or more LEEs and adapted to guide the received light to an output end of the light guide; and a secondary optic adapted to receive light from the one or more LEEs, the secondary optic having at least one redirecting surface, the at least one redirecting surface being adapted to reflect at least a portion of the light received at the secondary optic, characterized in that the secondary optic and the light guide have an elongated configuration. a light guide positioned to receive light from the one or more LEEs and adapted to guide the received light to an output end of the light guide; and a secondary optic adapted to receive light from the one or more LEEs, the secondary optic having at least one redirecting surface, the at least one redirecting surface being adapted to reflect at least a portion of the light received at the secondary optic, characterized in that the secondary optic and the light guide have an elongated configuration.
Vitamin B12 for use in the treatment of a condition in a subject, wherein the vitamin B12 is administered sublingually, and wherein the vitamin B12 is dispersed in a hydrophobic continuous phase.
Motor system with high-pressure exhaust gas recirculation circuit, comprising a heat engine equipped with an exhaust circuit arranged at the output of the heat engine, a turbocompressor comprising a turbocompressor turbine arranged on the exhaust circuit, in which the recirculation circuit comprises an energy recovery system receiving the exhaust gases at high pressure upstream of the turbocompressor, the energy recovery system being a turbine coupled to the turbine of the turbocompressor and the motor system comprising a system for decoupling the energy recovery system.
A method for manufacturing a core plate having an annular core back and teeth extending from the annular core back toward the center, the method comprising: a step of punching out a core sheet strip from a grain-oriented electrical steel sheet which has an easy magnetization direction in a single direction on a sheet surface, the core sheet strip including a band-shaped core back extending in a direction perpendicular to the easy magnetization direction, and parallel teeth extending parallel to the easy magnetization direction from the band-shaped core back; a step of winding the core sheet strip into an annular shape with the parallel teeth facing inward for obtaining the core plate having the annular core back and the teeth; a step of applying compressive strain in a plate thickness direction to the band-shaped core back of the core sheet strip or the annular core back of the core plate by shot peening, water jet peening, laser peening, or ultrasonic peening after the punching-out step; followed by a step of annealing the band-shaped core back or the annular core back at a temperature range of 700 to 1100 °C for a time range of 1 second to 2 hours to be selectively recrystallized after the applying of strain. a step of punching out a core sheet strip from a grain-oriented electrical steel sheet which has an easy magnetization direction in a single direction on a sheet surface, the core sheet strip including a band-shaped core back extending in a direction perpendicular to the easy magnetization direction, and parallel teeth extending parallel to the easy magnetization direction from the band-shaped core back; a step of winding the core sheet strip into an annular shape with the parallel teeth facing inward for obtaining the core plate having the annular core back and the teeth; a step of applying compressive strain in a plate thickness direction to the band-shaped core back of the core sheet strip or the annular core back of the core plate by shot peening, water jet peening, laser peening, or ultrasonic peening after the punching-out step; followed by a step of annealing the band-shaped core back or the annular core back at a temperature range of 700 to 1100 °C for a time range of 1 second to 2 hours to be selectively recrystallized after the applying of strain.
A variable gain amplifier circuit, comprising: a main amplifier for amplifying an input signal to generate an output signal; a current sensing circuit, for generating a sensed current (I RL) related to a current flowing through the main amplifier; a loading circuit having a resistance (R L), coupled to the current sensing circuit via a node (N FB), wherein the sensed current (I RL) flows through the node (N FB) and the loading circuit (R L), and providing a loading voltage; a control amplifier, coupled to the node (N FB), and to the main amplifier for receiving a control voltage (V APC) and the loading voltage (V FB) of the node (N FB) to generate an adjustment signal (V CAS) to control a gain of the main amplifier; characterized in that the loading circuit is a variable loading circuit (R L) comprising a plurality of circuit cells (410_1-410_k), and each of the circuit cells (410_1-410_k) provides a specific current (I1-Ik) to the node (N FB), and a combination of the specific currents (I1-Ik) provided by the circuit cells (410_1-410_k) is comprised of the sensed current (I RL) flowing through the node (N FB) and the variable loading circuit (R L), wherein the resistance of the variable loading circuit (R L) has a polynomial relationship or an exponential relationship with the control voltage (V APC). a main amplifier for amplifying an input signal to generate an output signal; a current sensing circuit, for generating a sensed current (I RL) related to a current flowing through the main amplifier; a loading circuit having a resistance (R L), coupled to the current sensing circuit via a node (N FB), wherein the sensed current (I RL) flows through the node (N FB) and the loading circuit (R L), and providing a loading voltage; a control amplifier, coupled to the node (N FB), and to the main amplifier for receiving a control voltage (V APC) and the loading voltage (V FB) of the node (N FB) to generate an adjustment signal (V CAS) to control a gain of the main amplifier; characterized in that the loading circuit is a variable loading circuit (R L) comprising a plurality of circuit cells (410_1-410_k), and each of the circuit cells (410_1-410_k) provides a specific current (I1-Ik) to the node (N FB), and a combination of the specific currents (I1-Ik) provided by the circuit cells (410_1-410_k) is comprised of the sensed current (I RL) flowing through the node (N FB) and the variable loading circuit (R L), wherein the resistance of the variable loading circuit (R L) has a polynomial relationship or an exponential relationship with the control voltage (V APC).
A method of manufacturing a drug insert for an implant body adapted for disposition within or adjacent to an eye of a patient, the insert comprising a drug core comprising a therapeutic agent and a matrix wherein the matrix comprises a silicone matrix, wherein the therapeutic agent is uniformly and homogeneously dispersed throughout the matrix, or the therapeutic agent at least in part forms solid or liquid inclusions within the matrix wherein an amount of the therapeutic agent in a macroscopic volumetric portion of the drug core varies from an amount of the therapeutic agent in any other equal macroscopic volumetric portion of the drug core by no more than 30%, the sheath body being disposed over a portion of the drug core to inhibit release of the agent from said portion and so as to define at least one exposed surface of the drug core adapted to release the agent when the implant is inserted into the patient; the method comprising injecting into a precursor sheath body, at a subambient temperature of less than 20°C, a mixture comprising a therapeutic agent and a silicone matrix such that the precursor sheath is substantially filled therewith, the precursor sheath body being substantially impermeable to the agent, curing the mixture comprising the matrix within the sheath body to form the drug insert, the curing step comprising heating the mixture to a temperature of from 20° C to 100° C, at a relative humidity comprises a range from 40% to 100%, for a period of time of from 1 minute to 48 hours; and dividing the cured filled precursor sheath to form a plurality of drug inserts.
A method of removing soluble manganese comprising: a mixing step of mixing water for treatment, activated carbon micropowder having an average particle size of not less than 0.1 μm and not more than 10 μm, and a chlorine-containing oxidizing agent to obtain a water/activated carbon mixture; a membrane filtration step of membrane filtering the water/activated carbon mixture to obtain treated water, and an oxidizing agent input amount determination step of determining an input amount of the oxidizing agent such that residual chlorine concentration in the treated water is 1 mg/L or less, wherein the activated carbon micropowder is added after the oxidizing agent has been added to the water for treatment in the mixing step and residence time from a point at which the oxidizing agent is added until a point at which the membrane filtration step ends is not less than 1 minute and not more than 30 minutes. a mixing step of mixing water for treatment, activated carbon micropowder having an average particle size of not less than 0.1 μm and not more than 10 μm, and a chlorine-containing oxidizing agent to obtain a water/activated carbon mixture; a membrane filtration step of membrane filtering the water/activated carbon mixture to obtain treated water, and an oxidizing agent input amount determination step of determining an input amount of the oxidizing agent such that residual chlorine concentration in the treated water is 1 mg/L or less, wherein the activated carbon micropowder is added after the oxidizing agent has been added to the water for treatment in the mixing step and residence time from a point at which the oxidizing agent is added until a point at which the membrane filtration step ends is not less than 1 minute and not more than 30 minutes.