mhurhangee/ep-ind-claims huggingface dataset:
A hydrogenated petroleum resin comprising: a repeating unit derived from a cyclic pentadiene component; and a repeating unit derived from a C 9 fraction, wherein the hydrogenated petroleum resin satisfies Equation 1: 0.610 < x 2 a + y 2 b + z 2 c < 1.004 wherein, in Equation 1, x is a softening point (°C), as measured in accordance with ASTM E 28 using a ring and ball softening method, y is an aromatic hydrogen content (mol%), as determined in accordance with the method disclosed in the description using 1H-NMR spectroscopy, z is a bromine value, as measured in accordance with the method disclosed in the description, and a=25600, b=625, and c=2500. a repeating unit derived from a cyclic pentadiene component; and a repeating unit derived from a C 9 fraction, wherein the hydrogenated petroleum resin satisfies Equation 1: 0.610 < x 2 a + y 2 b + z 2 c < 1.004 wherein, in Equation 1, x is a softening point (°C), as measured in accordance with ASTM E 28 using a ring and ball softening method, y is an aromatic hydrogen content (mol%), as determined in accordance with the method disclosed in the description using 1H-NMR spectroscopy, z is a bromine value, as measured in accordance with the method disclosed in the description, and a=25600, b=625, and c=2500. x is a softening point (°C), as measured in accordance with ASTM E 28 using a ring and ball softening method, y is an aromatic hydrogen content (mol%), as determined in accordance with the method disclosed in the description using 1H-NMR spectroscopy, z is a bromine value, as measured in accordance with the method disclosed in the description, and a=25600, b=625, and c=2500.
A gas turbine wheel assembly comprising: a gas turbine wheel rotatable about an axis of a turbine, the gas turbine wheel having a plurality of axial slots, each axial slot having a radial face; and a plurality of blades, each blade comprising a base and an airfoil extending from the base, each blade being received in one of the plurality of axial slots; characterised in that at least one radial face of at least one axial slot comprises a stake-receiving feature having a reconditioned surface; and wherein material displaced at the reconditioned surface of the stake-receiving feature by staking axially retains one of the plurality of blades in the at least one axial slot. a gas turbine wheel rotatable about an axis of a turbine, the gas turbine wheel having a plurality of axial slots, each axial slot having a radial face; and a plurality of blades, each blade comprising a base and an airfoil extending from the base, each blade being received in one of the plurality of axial slots; characterised in that at least one radial face of at least one axial slot comprises a stake-receiving feature having a reconditioned surface; and wherein material displaced at the reconditioned surface of the stake-receiving feature by staking axially retains one of the plurality of blades in the at least one axial slot.
Apparatus for sealing a hydraulic piston in a hydraulic cylinder, comprising at least one sealing groove arranged in the hydraulic piston and a lip seal, which is inserted into the sealing groove and has a sealing lip facing a fluid side as well as a sealing back facing an air side, wherein devices for improving the sealing effect of the lip seal are provided at least by forming the sealing groove on at least one sealing groove side wall (11, 12) and/or the sealing groove base, characterized in that the lip seal is bonded to a sealing groove side wall.
A method for shuffling playing cards, comprising: receiving the playing cards substantially on-edge upon a support, the support comprising at least one support drop aperture; repositioning the supported playing cards to a randomly selected position relative to a receiver; and allowing only one playing card at a time to drop through the at least one drop aperture into the receiver according to a random sequence. receiving the playing cards substantially on-edge upon a support, the support comprising at least one support drop aperture; repositioning the supported playing cards to a randomly selected position relative to a receiver; and allowing only one playing card at a time to drop through the at least one drop aperture into the receiver according to a random sequence.
An oxide ore smelting method for obtaining a metal of a reduction product and slag by mixing an oxide ore and a carbonaceous reducing agent, heating the mixture obtained, and subjecting the mixture to a reduction treatment, wherein the reduction treatment is performed in a state in which one or more kinds of surface deposits selected from a carbonaceous reducing agent, a metal oxide, and an oxidation inhibitor are deposited on a surface of the mixture, and wherein at least the metal oxide is used as the surface deposit, the metal oxide is nickel oxide and/or iron oxide, the oxide ore is nickel oxide ore, and the metal oxide is deposited on the surface of the mixture so that an amount of a metal contained in the metal oxide is a proportion of 0.03% by mass or more and 8.0% by mass or less when a total amount of metals of nickel and iron contained in the mixture is taken as 100% by mass.
A removable sheet assembly for a foldable bed system, the bed system having sheet attachment means for releasably securing the removable sheet assembly to the bed system, the removable sheet assembly comprising: a fabric top sheet having at least one seam region disposed at an edge of the top sheet; sheet fastener means for securing a periphery of the removable sheet assembly to the sheet attachment means of the bed system; at least one electrical heating pad (108a, 108b) underlying the top sheet; a power connector for connection to a portable power supply; at least one supply cable for supplying power from the power connector to the heating pad (108a, 108b), the supply cable being disposed at least partially within the seam region; and a control unit for controlling the supply of power from the power connector to the or each heating pad (108a, 108b), wherein the control unit is secured to the top sheet. a fabric top sheet having at least one seam region disposed at an edge of the top sheet; sheet fastener means for securing a periphery of the removable sheet assembly to the sheet attachment means of the bed system; at least one electrical heating pad (108a, 108b) underlying the top sheet; a power connector for connection to a portable power supply; at least one supply cable for supplying power from the power connector to the heating pad (108a, 108b), the supply cable being disposed at least partially within the seam region; and a control unit for controlling the supply of power from the power connector to the or each heating pad (108a, 108b), wherein the control unit is secured to the top sheet.
Hydraulic damper of a kind comprising a piston which has a rod and a head and which is arranged to slide in a cylinder, said cylinder comprising a main chamber subdivided by the head into a lower chamber and an upper chamber, and relief means hydraulically connecting the lower and upper chambers for a range of positions of the head of the piston inside the main chamber, said relief means being lower relief means (51, 50, 52) connecting the lower and upper chambers over a first range ([+X1; +X2]) of positions of the head, the damper additionally comprising upper relief means (53, 55, 54) connecting the lower and upper chambers for a second range ([-X1; -X2]) of positions of the head, so that the damper has, on the one hand, an elevated resistance between the first and second ranges and, on the other hand, a reduced resistance over the first range and over the second range, characterised in that the head of the piston bears, on a radial face, a seal and has an upper bypass allowing the pressure of the upper chamber to be applied immediately onto the seal and a lower bypass allowing the pressure of the lower chamber to be applied immediately onto the seal.
A method of executing a machine instruction in a computing environment, said method comprising: obtaining, by a processor, a machine instruction for execution, the machine instruction being defined for computer execution according to a computer architecture, the machine instruction comprising: an operation code to specify a conditional transaction end operation; and one or more fields to provide an address of a storage location that is modified by either another processor or an input/output subsystem, the storage location including an operand; and executing, by the processor, the machine instruction, the executing comprising: fetching the operand from the storage location; based on the operand being a negative value, aborting transactional execution of a transaction associated with the machine instruction; based on the operand being zero, ending the transaction; and based on the operand being a positive value, delaying completion of the machine instruction by refetching the operand and inspecting the operand until the operand is a negative value or zero, an interrupt is pending or there is a model-dependent timeout. obtaining, by a processor, a machine instruction for execution, the machine instruction being defined for computer execution according to a computer architecture, the machine instruction comprising: an operation code to specify a conditional transaction end operation; and one or more fields to provide an address of a storage location that is modified by either another processor or an input/output subsystem, the storage location including an operand; and executing, by the processor, the machine instruction, the executing comprising: fetching the operand from the storage location; based on the operand being a negative value, aborting transactional execution of a transaction associated with the machine instruction; based on the operand being zero, ending the transaction; and based on the operand being a positive value, delaying completion of the machine instruction by refetching the operand and inspecting the operand until the operand is a negative value or zero, an interrupt is pending or there is a model-dependent timeout. fetching the operand from the storage location; based on the operand being a negative value, aborting transactional execution of a transaction associated with the machine instruction; based on the operand being zero, ending the transaction; and based on the operand being a positive value, delaying completion of the machine instruction by refetching the operand and inspecting the operand until the operand is a negative value or zero, an interrupt is pending or there is a model-dependent timeout.
Hybrid drive train for a hybrid vehicle, having an electric motor and an internal combustion engine, the power output shaft of which acts alternatingly either on a first input shaft or on a coaxial second input shaft of a dual clutch transmission via two separating clutches (K1, K2) of a dual clutch, wherein a respective first and second sub-transmission (I, II) can be activated using the input shafts (7, 9), and wherein fixed and idler gears are arranged in wheel planes (RE1 to RE8) on the two input shafts (7, 9) and an axially parallel common output shaft, which gears are combined into gear sets forming gear stages (1 to 7, R), in which the idler gears can be coupled to the shafts (7, 9, 13) by means of gear shifting elements (G1 to G4), wherein the electric motor acts on one of the input shafts (7, 9) via an intermediate gear, wherein an electric motor-side shifting element is interposed between the electric motor and the cooperating electric motor-side input shaft, which shifting element, in a first shifting position, couples the electric motor to the electric motor-side input shaft and, in a neutral position, decouples the electric motor from the dual clutch transmission, wherein the electric motor-side shifting element can be shifted into a second shifting position, in which the electric motor is coupled to the output shaft and decoupled from the electric motor-side input shaft, and wherein the electric motor-side shifting element can be shifted from its neutral position in an axial direction on both sides either into its first shifting position or in the opposite direction into its second shifting position, characterised in that the electric motor-side shifting element is arranged on the electric motor-side input shaft, and that an electric motor-side wheel plane forming a gear stage of the gear stages (1 to 7, R), which has drive-side idler gear mounted on the electric motor-side input shaft, is directly adjacent in an axial direction to the electric motor-side shifting element, and that, in the second shifting position, the idler gear of the electric motor-side wheel plane is coupled to the electric motor, in order to provide an electric motor connection to the output shaft.
A first electronic device configured for controlling a second electronic device (100, 500) to measure a position of the first electronic device, the first electronic device comprising: a motion sensor configured to sense motion of the first electronic device; a network interface circuit configured to communicate with the second electronic device (100, 500); a processor connected to the motion sensor and the network interface circuit; and a memory storing program code that is executed by the processor to perform operations comprising: responsive to determining (204, 308, 408) that the first electronic device is stationary or has a constant velocity, as sensed by the motion sensor, transmitting (206, 310, 410) a request to the second electronic device (100, 500) to measure the position of the first electronic device; sensing and storing (208, 316, 416) the position of the first electronic device in the memory; and receiving (222, 340, 440) an acknowledgement from the second electronic device (100, 500) indicating that it has stored sensor data that can be used to measure the position of the first electronic device sensed by the second electronic device (100, 500). a motion sensor configured to sense motion of the first electronic device; a network interface circuit configured to communicate with the second electronic device (100, 500); a processor connected to the motion sensor and the network interface circuit; and a memory storing program code that is executed by the processor to perform operations comprising: responsive to determining (204, 308, 408) that the first electronic device is stationary or has a constant velocity, as sensed by the motion sensor, transmitting (206, 310, 410) a request to the second electronic device (100, 500) to measure the position of the first electronic device; sensing and storing (208, 316, 416) the position of the first electronic device in the memory; and receiving (222, 340, 440) an acknowledgement from the second electronic device (100, 500) indicating that it has stored sensor data that can be used to measure the position of the first electronic device sensed by the second electronic device (100, 500). stationary or has a constant velocity, as sensed by the motion sensor, transmitting (206, 310, 410) a request to the second electronic device (100, 500) to measure the position of the first electronic device; sensing and storing (208, 316, 416) the position of the first electronic device in the memory; and receiving (222, 340, 440) an acknowledgement from the second electronic device (100, 500) indicating that it has stored sensor data that can be used to measure the position of the first electronic device sensed by the second electronic device (100, 500).
Cooling unit, in particular for cooling foodstuffs, comprising at least a. goods compartment and boundary elements at least partially surrounding the goods compartment, which comprise at least one rear wall and at least one bottom element, b. at least one cooling medium supply line for supplying a cooling medium to the cooling unit and at least one cooling medium discharge line arranged separately from the cooling medium supply line for discharging the cooling medium from the cooling unit to form a cooling medium network within the cooling unit, c. at least one control unit (14; 15) for controlling the temperature and/or the pressure of the cooling medium flowing at least partially through the cooling unit, an insulation unit, wherein the insulation unit comprises at least one first opening for passing the cooling medium supply line into the insulation unit and at least one further opening for passing the cooling medium discharge line out of the insulation unit, wherein the control unit is designed as a pump arrangement, characterized in that the control unit (14; 15) is arranged within the cooling unit, wherein the control unit (14; 15) within the cooling unit is arranged at least partially within the insulation unit and wherein the insulation unit additionally comprises at least one condensate collecting duct. a. goods compartment and boundary elements at least partially surrounding the goods compartment, which comprise at least one rear wall and at least one bottom element, b. at least one cooling medium supply line for supplying a cooling medium to the cooling unit and at least one cooling medium discharge line arranged separately from the cooling medium supply line for discharging the cooling medium from the cooling unit to form a cooling medium network within the cooling unit, c. at least one control unit (14; 15) for controlling the temperature and/or the pressure of the cooling medium flowing at least partially through the cooling unit,
A system (100, 200, 300) for three-dimensional image viewing of an image display, the system comprising an image display and an apparatus; the image display configured to display: image frames comprising left-eye and right-eye image views (134 and 136); and lens sync control information; wherein the image display is arranged to display the sync control information embedded in or interleaved with the image frames (134 and 136); the apparatus comprising: a pair of viewing glasses having a glasses frame, and left and right side lenses; an image monitor built in with the glasses frame; and a decoder built in with the glasses frame; wherein the image monitor is arranged to detect the lens sync control information; the decoder is arranged to receive the lens sync control information from the image monitor and provide left and right lens control signals to the left and right side lenses; and the left and right side lenses are arranged to alternately block and pass left and right-eye image views from the image display for alternate viewing of the left-eye and right-eye image views (134 and 136) to provide the perception of three-dimensional image viewing to a user. image frames comprising left-eye and right-eye image views (134 and 136); and lens sync control information; wherein the image display is arranged to display the sync control information embedded in or interleaved with the image frames (134 and 136); a pair of viewing glasses having a glasses frame, and left and right side lenses; an image monitor built in with the glasses frame; and a decoder built in with the glasses frame;
A valve device for injecting gas into a mixing chamber of a plastics-dosing device for gas loading of at least one component located in the mixing chamber, the valve device comprising a pressure-control valve and a flow controller, the pressure-control valve having a valve chamber, an actuator movable in the valve chamber, and a piston unit coupled to the actuator, by means of which an axial position of the actuator can be fixed depending on a pressure in the valve chamber, characterized in that an inlet of the pressure-control valve is connected to an outlet of the flow controller and an outlet of the pressure-control valve is suitable for opening, preferably directly, into the mixing chamber. the valve device comprising a pressure-control valve and a flow controller, the pressure-control valve having a valve chamber, an actuator movable in the valve chamber, and a piston unit coupled to the actuator, by means of which an axial position of the actuator can be fixed depending on a pressure in the valve chamber, characterized in that an inlet of the pressure-control valve is connected to an outlet of the flow controller and an outlet of the pressure-control valve is suitable for opening, preferably directly, into the mixing chamber.
Valve having a valve housing and a valve piston guided so as to be longitudinally displaceable therein, a pressure port and a tank port, wherein the valve piston which, under the action of a valve spring, blocks a fluid-conducting connection between the pressure port and the tank port in the valve housing in its closed position and opens it in an open position, and which has an orifice that establishes a permanent fluid connection on the pressure port side to a spring chamber with the valve spring, and having a load-sensing port in the valve housing which opens out into the spring chamber, wherein a pressure-reducing device is accommodated in the valve housing, which pressure-reducing device connects the spring chamber of the valve piston to the tank port in a fluid-conducting manner when there is an absence of pressure at the load-sensing port, characterised in that the pressure-reducing device is accommodated in a screw-in housing which can be screwed in via a free end face of the valve housing which opposes the other end face with the pressure port.
An apparatus for automatically delineating a structure of interest within image data, the image data comprising a subject image of a region of interest, the region of interest including the structure of interest, the image comprising a plurality of data points, the data points comprising a plurality of intensity values, the apparatus comprising: a processor configured to: compute a plurality of features for a plurality of the data points, the features being indicative of intensity variations over a plurality of windows of the data points, wherein the features comprise Haar-like features; detect a plurality of locations for a plurality of landmarks within the image based on an application of the computed features to a trained landmark detector; generate a shape estimate for the structure of interest based on the detected landmark locations by combining a sparse set of shapes selected from a shape dictionary; and refine the shape estimate according to a shape refinement tool to thereby compute a refined shape estimate for the structure of interest, wherein the shape refinement tool comprises a shape dictionary and a trained boundary detector, and wherein the processor is configured to refine the shape estimate by estimating boundaries for the shape estimate using the trained boundary detector and iteratively refining the shape estimate based on a sparse shape model. compute a plurality of features for a plurality of the data points, the features being indicative of intensity variations over a plurality of windows of the data points, wherein the features comprise Haar-like features; detect a plurality of locations for a plurality of landmarks within the image based on an application of the computed features to a trained landmark detector; generate a shape estimate for the structure of interest based on the detected landmark locations by combining a sparse set of shapes selected from a shape dictionary; and refine the shape estimate according to a shape refinement tool to thereby compute a refined shape estimate for the structure of interest, wherein the shape refinement tool comprises a shape dictionary and a trained boundary detector, and wherein the processor is configured to refine the shape estimate by estimating boundaries for the shape estimate using the trained boundary detector and iteratively refining the shape estimate based on a sparse shape model.