mhurhangee/ep-ind-claims huggingface dataset:
A system for mitigation of a torque; steer comprising: a base gain generation module that generates a base gain based on a transmission torque; characterized in that the system comprises: a learning module that generates a learned gain based on the transmission torque and an estimated pinion torque; and a command generation module that generates a motor torque command from the learned gain, the transmission torque, and the base gain. a base gain generation module that generates a base gain based on a transmission torque; a learning module that generates a learned gain based on the transmission torque and an estimated pinion torque; and a command generation module that generates a motor torque command from the learned gain, the transmission torque, and the base gain.
A microwave ablation device comprising a feed line, a microwave radiator and a device outer sheath in which at least part of the feed line is contained, the sheath in use allowing an irrigation liquid to flow therethrough, wherein the feed line has a junction with the radiator and has an outer conducting shield terminating and insulated at the junction, the feed line having a conductive core that extends to the radiator, the conductive core forming a radiating element electrically insulated from its surrounding environment, wherein the radiator is not matched to the impedance of the feed line and is unbalanced at a distal end.
A process for hydrocarbon residue upgradation, the process comprising: (a) mixing hydrocarbon residue with aromatic rich hydrocarbon to obtain a first mixture; (b) contacting the first mixture with a combination of an oil soluble catalyst and a surfactant to obtain a second mixture; (c) heating the second mixture in a furnace at a temperature range of 400-500°C for a residence time of 1-5 min; (d) treating effluent from the furnace with aromatic rich hydrocarbon and the surfactant to form a third mixture; (e) adding an aqueous solution of a water soluble catalyst to the third mixture to obtain a fourth mixture; (f) subjecting the fourth mixture in a soaking vessel to a pressure in the range of 4-30 kg/cm 2 at a temperature in the range of 400-480°C and a residence time in the range of 10-50 min; and (g) passing effluent from the soaking vessel to fractionating column followed by visbreaking vapour recovery section to obtain gas, naphtha, gas oil, visbroken tar, and sour water. (a) mixing hydrocarbon residue with aromatic rich hydrocarbon to obtain a first mixture; (b) contacting the first mixture with a combination of an oil soluble catalyst and a surfactant to obtain a second mixture; (c) heating the second mixture in a furnace at a temperature range of 400-500°C for a residence time of 1-5 min; (d) treating effluent from the furnace with aromatic rich hydrocarbon and the surfactant to form a third mixture; (e) adding an aqueous solution of a water soluble catalyst to the third mixture to obtain a fourth mixture; (f) subjecting the fourth mixture in a soaking vessel to a pressure in the range of 4-30 kg/cm 2 at a temperature in the range of 400-480°C and a residence time in the range of 10-50 min; and (g) passing effluent from the soaking vessel to fractionating column followed by visbreaking vapour recovery section to obtain gas, naphtha, gas oil, visbroken tar, and sour water.
Brake system (1, 10, 50) for cornering assistance in an agricultural utility vehicle (100, 200, 300), wherein the utility vehicle (100, 200, 300) has a travel mode switch for switching over between a road mode and an off-road mode, a number of brake systems (2a-d; 39a-d, 47a-d) which are assigned to a number of front wheels (37a,b) and rear wheels (37c,d), an electronic control unit which is connected in a signal-conducting fashion to the number of brake systems (2a-d; 39a-d; 47a-d) and is configured to transmit manually and automatically generated braking instructions to the brake systems (2a-d; 39a-d; 47a-d), a drive engine and an engine controller which is connected in a signal-conducting fashion to the drive engine and to the electronic control unit and is configured to transmit automatically generated and manual drive instructions to the drive engine, characterized in that the electronic control unit is connected in a signal-conducting fashion to a cornering mode switch and is configured to activate a cornering assistance mode which comprises: - braking of the wheels (37b,d) on the inside of the bend by means of activation of the corresponding brake systems (2b,d; 39b,d; 47b,d) on the inside of the bend, and - if the front wheels of the utility vehicle are engine-driven, braking of the front wheel on the outside of the bend by means of activation of the corresponding brake system (2a; 39a; 47a) on the outside of the bend, if the electronic control unit - receives from the travel mode switch a representative signal indicating that the utility vehicle (100, 200, 300) is being operated in the off-road mode, - receives from the cornering mode switch a representative signal indicating that the cornering assistance mode is being requested, and - receives from the engine controller a representative signal indicating that a drive instruction is being transmitted to the drive engine. - braking of the wheels (37b,d) on the inside of the bend by means of activation of the corresponding brake systems (2b,d; 39b,d; 47b,d) on the inside of the bend, and - if the front wheels of the utility vehicle are engine-driven, braking of the front wheel on the outside of the bend by means of activation of the corresponding brake system (2a; 39a; 47a) on the outside of the bend, if the electronic control unit - receives from the travel mode switch a representative signal indicating that the utility vehicle (100, 200, 300) is being operated in the off-road mode, - receives from the cornering mode switch a representative signal indicating that the cornering assistance mode is being requested, and - receives from the engine controller a representative signal indicating that a drive instruction is being transmitted to the drive engine.
Rice bran wax oxidates for wax additives, optionally derivatized by a method selected from the group comprising hydrolysis, alcoholysis, esterification, amidation, saponification, ethoxylation, anhydride formation and decarboxylation, characterized in that they have a volume-average particle size d 50 of between 1-50 μm, measured to ISO 13320-1, and characterized in that they have an acid number between 15 and 140 mg KOH/g, measured to ISO 2114. characterized in that they have a volume-average particle size d 50 of between 1-50 μm, measured to ISO 13320-1, and characterized in that they have an acid number between 15 and 140 mg KOH/g, measured to ISO 2114.
A feed system of lubricating oil or fuel of a vehicle comprising: a tank which stores a lubricating oil or fuel, and a strainer for lubricating oil or fuel, which is arranged at a bottom portion of the tank, said tank and the lubricating oil or fuel which is stored in said tank carrying a positive charge, characterized by comprising: a self-discharge type static eliminator which is configured to discharge a positive carried charge to an air and is placed on an outside surface of a bottom wall of the tank which corresponds to a back side of an inside surface of the bottom wall of the tank which faces said strainer to thereby eliminate or at least lower static electricity from lubricating oil or fuel which flows into said strainer by said self-discharge type static eliminator. a tank which stores a lubricating oil or fuel, and a strainer for lubricating oil or fuel, which is arranged at a bottom portion of the tank, said tank and the lubricating oil or fuel which is stored in said tank carrying a positive charge, characterized by comprising: a self-discharge type static eliminator which is configured to discharge a positive carried charge to an air and is placed on an outside surface of a bottom wall of the tank which corresponds to a back side of an inside surface of the bottom wall of the tank which faces said strainer to thereby eliminate or at least lower static electricity from lubricating oil or fuel which flows into said strainer by said self-discharge type static eliminator. a self-discharge type static eliminator which is configured to discharge a positive carried charge to an air and is placed on an outside surface of a bottom wall of the tank which corresponds to a back side of an inside surface of the bottom wall of the tank which faces said strainer to thereby eliminate or at least lower static electricity from lubricating oil or fuel which flows into said strainer by said self-discharge type static eliminator.
A surgical kit comprising: a three dimensional model of a patient's scapula comprising a glenoid cavity border; and a patient specific glenoid guide, the glenoid guide comprising: a guide feature; at least three arms extending from the guide feature, each arm having a first end coupled with the guide feature and a second end disposed away from the guide feature; and at least three peripheral pegs, each peripheral peg extending from the second end of a corresponding arm and comprising an engagement surface conformed to the three dimensional shape of the glenoid cavity border of the model; wherein the engagement surfaces of the patient specific glenoid guide are configured to engage the glenoid cavity border of the model by a snap fit. a three dimensional model of a patient's scapula comprising a glenoid cavity border; and a patient specific glenoid guide, the glenoid guide comprising: a guide feature; at least three arms extending from the guide feature, each arm having a first end coupled with the guide feature and a second end disposed away from the guide feature; and at least three peripheral pegs, each peripheral peg extending from the second end of a corresponding arm and comprising an engagement surface conformed to the three dimensional shape of the glenoid cavity border of the model; a guide feature; at least three arms extending from the guide feature, each arm having a first end coupled with the guide feature and a second end disposed away from the guide feature; and at least three peripheral pegs, each peripheral peg extending from the second end of a corresponding arm and comprising an engagement surface conformed to the three dimensional shape of the glenoid cavity border of the model; wherein the engagement surfaces of the patient specific glenoid guide are configured to engage the glenoid cavity border of the model by a snap fit.
A hydraulic system for a mining machine comprising: a pump for producing hydraulic pressure and flow to the system; a tank for storing and receiving hydraulic fluid; a hydraulic actuator comprising a first working pressure space and a second working pressure space; a first pressure conduit being in fluid connection with the first working pressure space and a second pressure conduit being in fluid connection with the second working pressure space; a first counterbalance valve connected to the first pressure conduit and configured to restrict discharged fluid flow out of the first working pressure space and allowing free input flow into an opposite direction; a second counterbalance valve connected to the second pressure conduit and configured to restrict discharged fluid flow out of the second working pressure space and allowing free input flow into an opposite direction; and a control valve for controlling feeding and discharging of hydraulic fluid to and from the first and second working pressure spaces (16a, 16b) in order to control direction and speed of movement generated by the hydraulic actuator; characterized in that the hydraulic system further comprises a first solenoid valve for controlling opening pressure of the first counterbalance valve and a second solenoid valve for controlling opening pressure of the second counterbalance valve, whereby pressure of the hydraulic fluid discharging from the working pressure spaces (16a, 16b) of the hydraulic actuator is independently controllable. a pump for producing hydraulic pressure and flow to the system; a tank for storing and receiving hydraulic fluid; a hydraulic actuator comprising a first working pressure space and a second working pressure space; a first pressure conduit being in fluid connection with the first working pressure space and a second pressure conduit being in fluid connection with the second working pressure space; a first counterbalance valve connected to the first pressure conduit and configured to restrict discharged fluid flow out of the first working pressure space and allowing free input flow into an opposite direction; a second counterbalance valve connected to the second pressure conduit and configured to restrict discharged fluid flow out of the second working pressure space and allowing free input flow into an opposite direction; and a control valve for controlling feeding and discharging of hydraulic fluid to and from the first and second working pressure spaces (16a, 16b) in order to control direction and speed of movement generated by the hydraulic actuator; characterized in that the hydraulic system further comprises a first solenoid valve for controlling opening pressure of the first counterbalance valve and a second solenoid valve for controlling opening pressure of the second counterbalance valve, whereby pressure of the hydraulic fluid discharging from the working pressure spaces (16a, 16b) of the hydraulic actuator is independently controllable.
A round sling having a first protective tube partially enclosing the round sling, wherein end regions of the round sling are not enclosed by the first protective tube and the end regions form loops, characterized in that at least one circumferential band is arranged at each of the ends of the first protective tube in the direction of the loops, said circumferential band abutting an outer surface of the respective loop of the round sling, and an openable second protective tube is arranged at each of the loops, said second protective tube enclosing the circumferential band and thus also a region of the round sling on which a carrying means is arrangeable and entirely or at least partially covering the circumferential band.
A transdermal patch preparation comprising a support and a drug adhesive matrix on one surface of the support, wherein the drug adhesive matrix comprises tizanidine or a pharmaceutically acceptable salt thereof, wherein the transdermal patch preparation has a surface area of about 10 cm 2 to about 200 cm 2, and wherein the transdermal preparation provides an elimination rate constant of tizanidine of about 0.01 to about 0.2 h -1 and releases 4 mg to 36 mg of tizanidine or a pharmaceutically acceptable salt thereof for at least about 24 hours.
A manufacturing method for a bent member characterized by carrying out bending of a hollow metal blank having a closed cross section with satisfying the following conditions 1 - 6: Condition 1: a first manipulator grips a first portion of the metal blank located on the side of a first end thereof; Condition 2: a second manipulator supports a high-temperature area forming mechanism which heats a region of the metal blank which is located between the first portion and a second portion located on the side of a second end of the metal blank and then performs cooling, thereby forming a high-temperature area in a portion of the region; Condition 3: a third manipulator grips the second portion of the metal blank; Condition 4: the first manipulator intermittently or continuously moves in the axial direction of the first portion of the metal blank such that a bending moment can be imparted to the high-temperature area; Condition 5: the third manipulator moves two-dimensionally or three-dimensionally such that a bending moment can be imparted to the high-temperature area; and Condition 6: the high-temperature area forming mechanism changes its angle of installation in accordance with changes in the direction of displacement of the first portion, and by satisfying Conditions 4 and 5, a bending moment is imparted to the high-temperature area while producing relative movement of the high-temperature area forming mechanism with respect to the metal blank in its axial direction. Condition 1: a first manipulator grips a first portion of the metal blank located on the side of a first end thereof; Condition 2: a second manipulator supports a high-temperature area forming mechanism which heats a region of the metal blank which is located between the first portion and a second portion located on the side of a second end of the metal blank and then performs cooling, thereby forming a high-temperature area in a portion of the region; Condition 3: a third manipulator grips the second portion of the metal blank; Condition 4: the first manipulator intermittently or continuously moves in the axial direction of the first portion of the metal blank such that a bending moment can be imparted to the high-temperature area; Condition 5: the third manipulator moves two-dimensionally or three-dimensionally such that a bending moment can be imparted to the high-temperature area; and Condition 6: the high-temperature area forming mechanism changes its angle of installation in accordance with changes in the direction of displacement of the first portion, and by satisfying Conditions 4 and 5, a bending moment is imparted to the high-temperature area while producing relative movement of the high-temperature area forming mechanism with respect to the metal blank in its axial direction.
A fluid dispensing personal care product comprising: a handle defining a cavity having a support surface; a fluid reservoir containing a volume of a fluid, the fluid reservoir configured to attach to the handle; an actuator on the handle having a pump contacting surface; a pump system positioned within the handle that includes a flexible fluid collector configured to dispense fluid from the fluid reservoir to an exit port, wherein the flexible fluid collector contacts the support surface of the handle and the pump contacting surface of the actuator in a neutral position, characterized in that the pump contacting surface of the actuator has a contact length that is 40% to 90% of the length of the flexible fluid collector. a handle defining a cavity having a support surface; a fluid reservoir containing a volume of a fluid, the fluid reservoir configured to attach to the handle; an actuator on the handle having a pump contacting surface; a pump system positioned within the handle that includes a flexible fluid collector configured to dispense fluid from the fluid reservoir to an exit port, wherein the flexible fluid collector contacts the support surface of the handle and the pump contacting surface of the actuator in a neutral position, characterized in that the pump contacting surface of the actuator has a contact length that is 40% to 90% of the length of the flexible fluid collector.
A toilet bowl unit comprising: a toilet bowl with an inner toilet bowl surface having an upper peripheral portion, a central peripheral portion and a lower sump portion; a peripheral slot which separates a lower edge of the upper peripheral portion from an upper edge of the central peripheral portion, and which has a discharge opening; and a peripheral water channel which is concealed inside the toilet bowl unit and has a side wall which is a weir over which water may flow into the peripheral slot; characterized in that the discharge opening of the peripheral slot includes at least one local downward deflection of the discharge opening, and the or each local downward deflection is a serpentine downward deflection which is positioned in the front half of the toilet bowl. a toilet bowl with an inner toilet bowl surface having an upper peripheral portion, a central peripheral portion and a lower sump portion; a peripheral slot which separates a lower edge of the upper peripheral portion from an upper edge of the central peripheral portion, and which has a discharge opening; and a peripheral water channel which is concealed inside the toilet bowl unit and has a side wall which is a weir over which water may flow into the peripheral slot; characterized in that the discharge opening of the peripheral slot includes at least one local downward deflection of the discharge opening, and the or each local downward deflection is a serpentine downward deflection which is positioned in the front half of the toilet bowl.
A manufacturing method for a semiconductor device, comprising: embedding a conductive plug electrically connected to an impurity region in an interlayer insulation film provided on a semiconductor substrate in which the impurity region is formed; forming, in this order, at least a conductive oxygen barrier film (40, 41), a lower electrode, a dielectric film including a ferroelectric substance, and an upper electrode (44, 45) on top of the interlayer insulation film in which the conductive plug is embedded; forming a capacitor on the conductive oxygen barrier film (40, 41) by etching the entire conductive oxygen barrier film (40, 41), the lower electrode, the dielectric film including the ferroelectric substance, and the upper electrode (44, 45); and forming an oxide on a side surface exposed from the conductive oxygen barrier film (40, 41), wherein the oxide contains constituent elements of the conductive oxygen barrier film (40, 41), and the lower electrode contacts directly on the conductive oxygen barrier film (40, 41), characterised in that the oxide is formed by a first heat-treatment at 400°C to 500°C in a dry oxygen atmosphere in at least a portion of the side surface exposed from the conductive oxygen barrier film (40, 41), and the manufacturing method further comprises annealing the capacitor by a second heat-treatment at a temperature higher than 500°C after the first heat-treatment, in order to restore the PZT film from plasma damage incurred in the PZT film formation process. embedding a conductive plug electrically connected to an impurity region in an interlayer insulation film provided on a semiconductor substrate in which the impurity region is formed; forming, in this order, at least a conductive oxygen barrier film (40, 41), a lower electrode, a dielectric film including a ferroelectric substance, and an upper electrode (44, 45) on top of the interlayer insulation film in which the conductive plug is embedded; forming a capacitor on the conductive oxygen barrier film (40, 41) by etching the entire conductive oxygen barrier film (40, 41), the lower electrode, the dielectric film including the ferroelectric substance, and the upper electrode (44, 45); and forming an oxide on a side surface exposed from the conductive oxygen barrier film (40, 41), wherein the oxide contains constituent elements of the conductive oxygen barrier film (40, 41), and the lower electrode contacts directly on the conductive oxygen barrier film (40, 41), characterised in that the oxide is formed by a first heat-treatment at 400°C to 500°C in a dry oxygen atmosphere in at least a portion of the side surface exposed from the conductive oxygen barrier film (40, 41), and the manufacturing method further comprises annealing the capacitor by a second heat-treatment at a temperature higher than 500°C after the first heat-treatment, in order to restore the PZT film from plasma damage incurred in the PZT film formation process.