mhurhangee/ep-ind-claims huggingface dataset:
A steering control system for a steer-by-wire vehicle, the steering control system comprising: a turning motor for turning wheels of the vehicle; a reaction torque motor for applying a reaction torque to a steering wheel of the vehicle; a turning angle calculation unit for calculating a target turning angle of the wheels for controlling the turning motor based on a steering angle of the steering wheel; and a reaction torque calculation unit for calculating a target reaction torque for controlling the reaction torque motor based on a state of the vehicle, wherein, when an alert request is issued, the reaction torque calculation unit is configured to: calculate an alert reaction torque for notifying a vehicle state, characterized in that: when an alert request is issued, the reaction torque calculation unit is further configured to: calculate a basic reaction torque based on the steering angle, and calculate the target reaction torque, which is a total torque obtained by summing the basic reaction torque and the alert reaction torque, and in that, in a process of calculating the target turning angle from the steering angle, the turning angle calculation unit is configured to calculate the target turning angle by excluding a steering angle or a turning angle corresponding to the alert reaction torque. a turning motor for turning wheels of the vehicle; a reaction torque motor for applying a reaction torque to a steering wheel of the vehicle; a turning angle calculation unit for calculating a target turning angle of the wheels for controlling the turning motor based on a steering angle of the steering wheel; and a reaction torque calculation unit for calculating a target reaction torque for controlling the reaction torque motor based on a state of the vehicle, wherein, when an alert request is issued, the reaction torque calculation unit is configured to: calculate an alert reaction torque for notifying a vehicle state, when an alert request is issued, the reaction torque calculation unit is further configured to: calculate a basic reaction torque based on the steering angle, and calculate the target reaction torque, which is a total torque obtained by summing the basic reaction torque and the alert reaction torque, and calculate a basic reaction torque based on the steering angle, and calculate the target reaction torque, which is a total torque obtained by summing the basic reaction torque and the alert reaction torque, and in that, in a process of calculating the target turning angle from the steering angle, the turning angle calculation unit is configured to calculate the target turning angle by excluding a steering angle or a turning angle corresponding to the alert reaction torque.
A system for treating a tissue site, comprising: a manifold adapted to be positioned proximate the tissue site; and a sealing drape adapted to cover the manifold and the tissue site to provide a sealed space between the sealing drape and the tissue site; characterised in that the system further comprises a porous conduit adapted to be in fluid communication with the manifold and the sealed space, comprising: a central lumen, a first porous wall substantially concentric about the central lumen, wherein the first porous wall has an open porous structure defining a plurality of interconnected pores in fluid communication with one another, a barrier layer substantially concentric about the first porous wall, wherein the barrier layer is comprised of a non-porous material, and a second porous wall substantially concentric about the barrier layer, wherein the second porous wall has an open porous structure defining a plurality of interconnected pores in fluid communication with one another, and wherein the barrier layer substantially precludes fluid communication laterally between the first porous wall and the second porous wall; and a therapy device adapted to be in fluid communication with the porous conduit. a manifold adapted to be positioned proximate the tissue site; and a sealing drape adapted to cover the manifold and the tissue site to provide a sealed space between the sealing drape and the tissue site; characterised in that the system further comprises a porous conduit adapted to be in fluid communication with the manifold and the sealed space, comprising: a central lumen, a first porous wall substantially concentric about the central lumen, wherein the first porous wall has an open porous structure defining a plurality of interconnected pores in fluid communication with one another, a barrier layer substantially concentric about the first porous wall, wherein the barrier layer is comprised of a non-porous material, and a second porous wall substantially concentric about the barrier layer, wherein the second porous wall has an open porous structure defining a plurality of interconnected pores in fluid communication with one another, and wherein the barrier layer substantially precludes fluid communication laterally between the first porous wall and the second porous wall; and a central lumen, a first porous wall substantially concentric about the central lumen, wherein the first porous wall has an open porous structure defining a plurality of interconnected pores in fluid communication with one another, a barrier layer substantially concentric about the first porous wall, wherein the barrier layer is comprised of a non-porous material, and a second porous wall substantially concentric about the barrier layer, wherein the second porous wall has an open porous structure defining a plurality of interconnected pores in fluid communication with one another, and wherein the barrier layer substantially precludes fluid communication laterally between the first porous wall and the second porous wall; and a therapy device adapted to be in fluid communication with the porous conduit.
A condensation control system comprising: a dew point analyzer operable to provide a dew point temperature measurement of environmental conditions outside a fluid line having a refrigerant flowing therein; a fluid system operable to provide a flow of insulating fluid to an insulation chamber at least partially separating the fluid line from environmental conditions outside the fluid line; and a condensation control engine operable to instruct the fluid system to provide the flow of insulating fluid to the insulation chamber at a temperature such that the temperature of the insulating fluid exiting the insulation chamber is greater than the dew point temperature measurement. a dew point analyzer operable to provide a dew point temperature measurement of environmental conditions outside a fluid line having a refrigerant flowing therein; a fluid system operable to provide a flow of insulating fluid to an insulation chamber at least partially separating the fluid line from environmental conditions outside the fluid line; and a condensation control engine operable to instruct the fluid system to provide the flow of insulating fluid to the insulation chamber at a temperature such that the temperature of the insulating fluid exiting the insulation chamber is greater than the dew point temperature measurement.
An antagonist of the Golgi reassembly-stacking protein of 55 kDa (Grasp55), for use as a medicament, wherein said antagonist is an antibody which inhibits interaction of Grasp55 with a junctional adhesion molecule or a nucleic acid targeting a mRNA encoding Grasp55.
An energy storage unit for a motor vehicle, comprising: - a closed casing for holding at least one energy storage module, each having a respective number of storage cells (21, 21, 22); - a pressure compensating element disposed on a surface of the casing so as to balance a pressure in the casing against the environmental pressure, and - a closure device at the bottom of the casing for discharging condensate accumulating inside the casing, characterised in that - the pressure compensating element has a throttle effect whereby a positive pressure difference, when the internal pressure is greater than the environmental, pressure, is reduced more slowly than a negative pressure difference when the environmental pressure is greater than the pressure in the casing, - operation of the energy storage results in a positive pressure difference in cycles, and - the closure device is constructed so that it opens at the latest when a first threshold value of the positive pressure difference is exceeded, so that condensate can be discharged from the interior of the casing and the positive pressure difference is also reduced. - a closed casing for holding at least one energy storage module, each having a respective number of storage cells (21, 21, 22); - a pressure compensating element disposed on a surface of the casing so as to balance a pressure in the casing against the environmental pressure, and - a closure device at the bottom of the casing for discharging condensate accumulating inside the casing, characterised in that - the pressure compensating element has a throttle effect whereby a positive pressure difference, when the internal pressure is greater than the environmental, pressure, is reduced more slowly than a negative pressure difference when the environmental pressure is greater than the pressure in the casing, - operation of the energy storage results in a positive pressure difference in cycles, and - the closure device is constructed so that it opens at the latest when a first threshold value of the positive pressure difference is exceeded, so that condensate can be discharged from the interior of the casing and the positive pressure difference is also reduced.
A method of producing a mixture having a predetermined concentration of an additive comprising the steps of: providing a first polymer compound, the first polymer compound comprising a polymer resin and a first concentration of the additive, wherein the first concentration is from 0 wt.% to the predetermined concentration; providing a second polymer compound, the second polymer compound comprising the polymer resin and a second concentration of the additive, wherein the second concentration is greater than the predetermined concentration and the first polymer compound polymer resin is identical to the second polymer compound polymer resin, wherein two polymer resins are identical if they are an identical grade of polymer or based from the same manufacturing process; and combining the first and second polymer compounds to achieve a mixture having the predetermined concentration of the additive, wherein the mixture has a predetermined concentration of a second additive, and the second polymer compound comprises a second additive in a concentration greater than the predetermined concentration of the second additive, wherein the first additive is a lubricant selected from the group consisting of ethylene bis stearamide, zinc stearate and calcium stearate, and the second additive is a heat stabilizer selected from the group consisting of metallic halides. providing a first polymer compound, the first polymer compound comprising a polymer resin and a first concentration of the additive, wherein the first concentration is from 0 wt.% to the predetermined concentration; providing a second polymer compound, the second polymer compound comprising the polymer resin and a second concentration of the additive, wherein the second concentration is greater than the predetermined concentration and the first polymer compound polymer resin is identical to the second polymer compound polymer resin, wherein two polymer resins are identical if they are an identical grade of polymer or based from the same manufacturing process; and combining the first and second polymer compounds to achieve a mixture having the predetermined concentration of the additive, wherein the mixture has a predetermined concentration of a second additive, and the second polymer compound comprises a second additive in a concentration greater than the predetermined concentration of the second additive, wherein the first additive is a lubricant selected from the group consisting of ethylene bis stearamide, zinc stearate and calcium stearate, and the second additive is a heat stabilizer selected from the group consisting of metallic halides.
Heat exchanger of the brazed plate and fin type, comprising: - a plurality of plates arranged in a mutually parallel manner so as to define at least one set of passages for a fluid intended to exchange heat with at least one other fluid to flow through, the passages extending in a longitudinal direction (z) and a lateral direction (x) perpendicular to said longitudinal direction (z), - each passage being divided, in the longitudinal direction (z), into at least one distribution zone and one heat-exchange zone, - at least one distribution zone of a passage comprising a distribution element, said distribution element comprising a plurality of dividing walls arranged so as to divide said distribution zone into a plurality of channels for the fluid to flow through, said channels defining flow paths of different lengths and having variable passage sections for fluid along said flow paths, wherein the dividing walls of the distribution element are secured together via a support, said support being brazed to an adjacent plate. - a plurality of plates arranged in a mutually parallel manner so as to define at least one set of passages for a fluid intended to exchange heat with at least one other fluid to flow through, the passages extending in a longitudinal direction (z) and a lateral direction (x) perpendicular to said longitudinal direction (z), - each passage being divided, in the longitudinal direction (z), into at least one distribution zone and one heat-exchange zone, - at least one distribution zone of a passage comprising a distribution element, said distribution element comprising a plurality of dividing walls arranged so as to divide said distribution zone into a plurality of channels for the fluid to flow through, said channels defining flow paths of different lengths and having variable passage sections for fluid along said flow paths, wherein the dividing walls of the distribution element are secured together via a support, said support being brazed to an adjacent plate.
A process for isolation of carotenoids crystals comprising: drying a plant part to obtain a meal; extracting the meal with ethanol, isopropanol, or mixtures thereof at a temperature in the range of 50° C to 75° C to obtain oleoresin; enriching the oleoresin by washing with process water at 45°C followed by homogenization for 10 to 20 minutes with ethanol, settling, separation and draining of ethanol at a temperature in the range of 25° C to 50° C to obtain an enriched oleoresin; hydrolyzing the enriched oleoresin with alcoholic alkali at a temperature in the range of 70° C to 80° C to obtain reaction mixture; adding hot water at a temperature of 65°C to 75°C to the reaction mixture to precipitate carotenoids crystals; and filtering, washing and drying the carotenoids crystals; the plant source being selected from the group consisting of marigold flowers ( Tagetes erecta), marigold petals, fruits of paprika, and berries of Chinese wolfberries ( Lycium barbarum). drying a plant part to obtain a meal; extracting the meal with ethanol, isopropanol, or mixtures thereof at a temperature in the range of 50° C to 75° C to obtain oleoresin; enriching the oleoresin by washing with process water at 45°C followed by homogenization for 10 to 20 minutes with ethanol, settling, separation and draining of ethanol at a temperature in the range of 25° C to 50° C to obtain an enriched oleoresin; hydrolyzing the enriched oleoresin with alcoholic alkali at a temperature in the range of 70° C to 80° C to obtain reaction mixture; adding hot water at a temperature of 65°C to 75°C to the reaction mixture to precipitate carotenoids crystals; and filtering, washing and drying the carotenoids crystals; the plant source being selected from the group consisting of marigold flowers ( Tagetes erecta), marigold petals, fruits of paprika, and berries of Chinese wolfberries ( Lycium barbarum).
A method for pathogen detection, comprising: applying a biological sample to a culturing chamber comprising an interacting agent, wherein the interacting agent is an agent that interacts with a pathogen; driving a sensing chip in direct contact with a culturing medium containing the interacting agent in the culturing chamber, wherein the culturing medium comprises the biological sample; measuring an electrical signal from the sensing chip by measuring a drain current of a transistor over a predetermined period, wherein the predetermined period is less than 6 hours; obtaining pathogen-related information of the biological sample based on the electrical signal; and determining the existence of at least a blip in the drain current during the predetermined period, wherein the blip is a statistically distinguishable signal in the drain current. applying a biological sample to a culturing chamber comprising an interacting agent, wherein the interacting agent is an agent that interacts with a pathogen; driving a sensing chip in direct contact with a culturing medium containing the interacting agent in the culturing chamber, wherein the culturing medium comprises the biological sample; measuring an electrical signal from the sensing chip by measuring a drain current of a transistor over a predetermined period, wherein the predetermined period is less than 6 hours; obtaining pathogen-related information of the biological sample based on the electrical signal; and determining the existence of at least a blip in the drain current during the predetermined period, wherein the blip is a statistically distinguishable signal in the drain current.
ICR cell in the form of a cylinder whose cylindrical surface is separated by longitudinal gaps into a multitude of sheath electrodes (20-27; 33-39), characterised in that either some sheath electrodes comprise resistance profiles (09; 50) being configured to create, in use, a harmonic potential on the sheath electrodes from the center to both ends and are intermixed with conducting sheath electrodes without such resistance profiles, or some or all sheath electrodes vary in width by virtue of parabolic separating gaps, wherein, in use, the electric potential averaged along a circular orbit is harmonic along the cell axis and exhibits varying radial forces along the circular orbit.
A method for adjusting gain of a receiver (102, 202, 300) having an output, the method comprising the steps of: identifying an eye opening of an eye diagram of the receiver's output; and determining whether a vertical height of the eye opening needs to be changed; characterized by further comprising the steps of: generating, based on horizontal and vertical sweeps of the receiver's output, a matrix representation of the eye diagram of the receiver's output; when it is determined that the vertical height of the eye opening needs to be changed, generating, using digital adaptation circuitry (118, 214, 324) coupled to on-die instrument circuitry (110, 212), a digital signal to change a DC gain setting and an AC gain setting of the receiver (102, 202, 300); wherein the step of determining whether a vertical height of the eye opening needs to be changed is performed using the on-die instrument circuitry (110, 212) and wherein the step of identifying the eye opening of the eye diagram of the receiver's output is based on the generated matrix representation. identifying an eye opening of an eye diagram of the receiver's output; and determining whether a vertical height of the eye opening needs to be changed; generating, based on horizontal and vertical sweeps of the receiver's output, a matrix representation of the eye diagram of the receiver's output; when it is determined that the vertical height of the eye opening needs to be changed, generating, using digital adaptation circuitry (118, 214, 324) coupled to on-die instrument circuitry (110, 212), a digital signal to change a DC gain setting and an AC gain setting of the receiver (102, 202, 300); wherein the step of determining whether a vertical height of the eye opening needs to be changed is performed using the on-die instrument circuitry (110, 212) and wherein the step of identifying the eye opening of the eye diagram of the receiver's output is based on the generated matrix representation.
A brush for cleaning a surface of a semiconductor wafer, comprising: a center core; cleaning material about the center core; characterized in that the brush further comprises a wireless device associated with the brush. a center core; cleaning material about the center core; characterized in that the brush further comprises a wireless device associated with the brush.
A retractor for use in a surgical procedure comprises first and second components configured to provide a lifting means adapted to be inserted through an incision made in a part of the body for the purposes of a minimally invasive procedure, and further adapted to illuminate a surgical field within a body cavity within which a procedure is to be carried out, wherein the retractor comprises a blade portion incorporating a plurality of independent lighting devices, characterized in that, said lighting devices are connected to a microprocessor for controlling and actuating said lighting devices, to provide discrete illumination selectively to zones within the surgical field according to a predetermined sequence programme.
A system for the continuous production of liposomes, the system comprising: a mixer in fluid communication with one or more containers; a vessel; and one or more injection ports, wherein each injection port includes: a first inlet including a first conduit in fluid communication with the mixer, a second inlet including a second conduit in fluid communication with the vessel, an outlet, wherein the first conduit is positioned concentrically within the second conduit, and wherein the first conduit extends through the outlet; one or more degassing units in fluid communication with the second conduit of each of the one or more injection ports; and a three-way port including a first port, a second port, and third port, wherein the first port is in fluid communication with one or more degassing units, wherein the second port is in fluid communication with the vessel, and wherein the third port is an outlet port. a mixer in fluid communication with one or more containers; a vessel; and one or more injection ports, wherein each injection port includes: a first inlet including a first conduit in fluid communication with the mixer, a second inlet including a second conduit in fluid communication with the vessel, an outlet, wherein the first conduit is positioned concentrically within the second conduit, and wherein the first conduit extends through the outlet; a first inlet including a first conduit in fluid communication with the mixer, a second inlet including a second conduit in fluid communication with the vessel, an outlet, wherein the first conduit is positioned concentrically within the second conduit, and wherein the first conduit extends through the outlet; one or more degassing units in fluid communication with the second conduit of each of the one or more injection ports; and a three-way port including a first port, a second port, and third port, wherein the first port is in fluid communication with one or more degassing units, wherein the second port is in fluid communication with the vessel, and wherein the third port is an outlet port.