mhurhangee/ep-ind-claims huggingface dataset:
An assembly for rotational equipment, the assembly comprising: a stator; a rotor extending axially along a centerline, the rotor including a linkage, a first rotor disk, and a second rotor disk, wherein the linkage extends axially from the first rotor disk to the second rotor disk; and a seal assembly including a hydrostatic non-contact seal, wherein the seal assembly is configured for sealing a gap radially between the stator and the linkage, wherein the non-contact seal is positioned directly radially above and is axially aligned with a cylindrical surface of a seal portion of the linkage, and wherein the non-contact seal comprises: an annular base; a plurality of shoes arranged around and radially adjacent the linkage; and a plurality of spring elements, each of the spring elements radially between and connecting a respective one of the shoes to the base, characterised in that: the linkage is removably attached to the second rotor disk, and the seal portion of the linkage has a hardface which forms the cylindrical surface, wherein the seal portion of the linkage is radially thicker by an additional thickness than adjacent portions of the linkage, wherein the hardface provides a portion of the additional thickness. a stator; a rotor extending axially along a centerline, the rotor including a linkage, a first rotor disk, and a second rotor disk, wherein the linkage extends axially from the first rotor disk to the second rotor disk; and a seal assembly including a hydrostatic non-contact seal, wherein the seal assembly is configured for sealing a gap radially between the stator and the linkage, wherein the non-contact seal is positioned directly radially above and is axially aligned with a cylindrical surface of a seal portion of the linkage, and wherein the non-contact seal comprises: an annular base; a plurality of shoes arranged around and radially adjacent the linkage; and a plurality of spring elements, each of the spring elements radially between and connecting a respective one of the shoes to the base, an annular base; a plurality of shoes arranged around and radially adjacent the linkage; and a plurality of spring elements, each of the spring elements radially between and connecting a respective one of the shoes to the base, characterised in that: the linkage is removably attached to the second rotor disk, and the seal portion of the linkage has a hardface which forms the cylindrical surface, wherein the seal portion of the linkage is radially thicker by an additional thickness than adjacent portions of the linkage, wherein the hardface provides a portion of the additional thickness. the linkage is removably attached to the second rotor disk, and the seal portion of the linkage has a hardface which forms the cylindrical surface, wherein the seal portion of the linkage is radially thicker by an additional thickness than adjacent portions of the linkage, wherein the hardface provides a portion of the additional thickness.
A process for preparing a solution of oxymorphone acid adduct, said process consisting of hydrogenating an aqueous solution of 14-hydroxymorphinone starting material and an acid in water to form a solution of the oxymorphone acid adduct product, wherein: • the hydrogenation is carried out at one or more temperatures in the range of ≥ 55 °C to ≤ 95 °C in the presence of a hydrogenation catalyst and hydrogen gas, • the aqueous solution is heated to said one or more temperatures in the range of ≥ 55 °C to ≤ 95 °C and beginning the hydrogenation by exposing the aqueous solution to the hydrogen gas, and wherein the formed solution of oxymorphone acid adduct comprises 6α-oxymorphol in an amount ≤ 2.00 area % as determined by HPLC. • the hydrogenation is carried out at one or more temperatures in the range of ≥ 55 °C to ≤ 95 °C in the presence of a hydrogenation catalyst and hydrogen gas, • the aqueous solution is heated to said one or more temperatures in the range of ≥ 55 °C to ≤ 95 °C and beginning the hydrogenation by exposing the aqueous solution to the hydrogen gas, and
A preparation method of decanedioic acid, comprising: culturing Candida tropicalis to prepare a seed; inoculating the obtained seed with fermentation medium; starting fermentation process to produce fermentation broth by adding decane; and purifying the obtained fermentation broth to give the decanedioic acid; wherein, the fermentation medium comprises the following ingredients: 25 - 40 g/L glucose, 1.2 - 2.5 g/L potassium nitrate, 2 - 5 g/L corn steep liquor, 1 - 3 g/L yeast extract, 1.8 - 3.5 g/L potassium phosphate monobasic, and 1.2 - 2 g/L ammonium sulfate; and the relative dissolved oxygen is maintained from 10% to 70% in the fermentation process. culturing Candida tropicalis to prepare a seed; inoculating the obtained seed with fermentation medium; starting fermentation process to produce fermentation broth by adding decane; and purifying the obtained fermentation broth to give the decanedioic acid; wherein, the fermentation medium comprises the following ingredients: 25 - 40 g/L glucose, 1.2 - 2.5 g/L potassium nitrate, 2 - 5 g/L corn steep liquor, 1 - 3 g/L yeast extract, 1.8 - 3.5 g/L potassium phosphate monobasic, and 1.2 - 2 g/L ammonium sulfate; and the relative dissolved oxygen is maintained from 10% to 70% in the fermentation process.
A method for producing an antibody preparation comprising the following steps: a) applying a buffered solution comprising different isoforms of an antibody to a cation exchange chromatography material, b) applying a first solution with a first conductivity to the cation exchange chromatography material, whereby the antibody isoforms remain adsorbed to the cation exchange chromatography material, c) applying a second solution with a second conductivity to the cation exchange chromatography material and thereby obtaining the antibody preparation with enriched antibody isoforms, wherein the conductivity of the second solution exceeds the conductivity of the first solution by not more than 10 %, wherein the cation exchange chromatography material has a swellable matrix, wherein the first solution is changed to the second solution in a single step, wherein the conductivity of the first solution is of from 4 mS/cm to 5 mS/cm, and wherein the buffered solution is a citrate buffered solution. a) applying a buffered solution comprising different isoforms of an antibody to a cation exchange chromatography material, b) applying a first solution with a first conductivity to the cation exchange chromatography material, whereby the antibody isoforms remain adsorbed to the cation exchange chromatography material, c) applying a second solution with a second conductivity to the cation exchange chromatography material and thereby obtaining the antibody preparation with enriched antibody isoforms,
A wearable display apparatus, comprising: display means comprising display sections, which when worn by a user are disposed in front of the eyes of the user, the display sections having pixels formed in a matrix shape, wherein the pixels are adapted to be in a through-state which is transparent or semi-transparent, or in a display image-state in which the pixels display an image; image signal generation means for generating a display image signal of the image of a scene different from a user's visual field which the user sees through_the display sections of the display means when the display means is caused to be in the through-state, wherein the image signal generation means includes; an image capturing section; and a signal processing section which performs a signal process for a captured image signal obtained by the image capturing section; and control means adapted to divide the screen area of the display section into areas, -to cause the pixels of one of the divided areas to be in the through-state and to cause the pixels of the other area to be in the display-state displaying the image corresponding to the image signal generated by the image signal generation means. display means comprising display sections, which when worn by a user are disposed in front of the eyes of the user, the display sections having pixels formed in a matrix shape, wherein the pixels are adapted to be in a through-state which is transparent or semi-transparent, or in a display image-state in which the pixels display an image; image signal generation means for generating a display image signal of the image of a scene different from a user's visual field which the user sees through_the display sections of the display means when the display means is caused to be in the through-state, wherein the image signal generation means includes; an image capturing section; and a signal processing section which performs a signal process for a captured image signal obtained by the image capturing section; and an image capturing section; and a signal processing section which performs a signal process for a captured image signal obtained by the image capturing section; and control means adapted to divide the screen area of the display section into areas, -to cause the pixels of one of the divided areas to be in the through-state and to cause the pixels of the other area to be in the display-state displaying the image corresponding to the image signal generated by the image signal generation means.
Method for controlling power-transmission device in a forest machine comprising a harvester head, in which method A) measuring a selected property of a tree on the basis of electromagnetic radiation at a distance from the trees being measured using observation means in order to create measurement data (d), B) storing the measurement data (d) of the tree in a register belonging to a memory for control of the power-transmission device from the measurement data (d), C) controlling the power-transmission device using software means, on the basis of the measurement data (d) of at least one tree, to create a change in the state of the power-transmission device before the harvester head contacts the tree and the performance of an operation of the operating device, so that an amount of energy optimized on the basis of the measurement data (d) in terms of performing a selected operation is transferred to a first operating device belonging to the forest machine, D) performing a first operation of the operating device using energy to be transferred using the power-transmission device after the change in state of the power-transmission device, in which the operation of the first operating device creates a change in the attitude, location, or state of the harvester head, or a combination of the aforesaid, E) controlling the power-transmission device at the next tree in the register, on the basis of the measurement data (d) of the relevant tree in the register, F) repeating the steps A) to E), characterized in that, in the method a selected property of at least two trees is measured and stored as the measurement data (d), and the power-transmission device is controlled on the basis of the measurement data (d) of the at least two trees. A) measuring a selected property of a tree on the basis of electromagnetic radiation at a distance from the trees being measured using observation means in order to create measurement data (d), B) storing the measurement data (d) of the tree in a register belonging to a memory for control of the power-transmission device from the measurement data (d), C) controlling the power-transmission device using software means, on the basis of the measurement data (d) of at least one tree, to create a change in the state of the power-transmission device before the harvester head contacts the tree and the performance of an operation of the operating device, so that an amount of energy optimized on the basis of the measurement data (d) in terms of performing a selected operation is transferred to a first operating device belonging to the forest machine, D) performing a first operation of the operating device using energy to be transferred using the power-transmission device after the change in state of the power-transmission device, in which the operation of the first operating device creates a change in the attitude, location, or state of the harvester head, or a combination of the aforesaid, E) controlling the power-transmission device at the next tree in the register, on the basis of the measurement data (d) of the relevant tree in the register, F) repeating the steps A) to E),
A system for diverting emboli within a patient, comprising a detection device (A, E) configured to detect a presence of emboli in a first blood vessel of a patient; a compression member (27, 27-V, 46, 46-V) configured to be aligned with a second blood vessel (3, 12, 16) of the patient when a collar supporting the compression member (10, 27, 27-V, 46, 46-V) is positioned at least partially around a portion of the patient; and a controller (B, C, D, 49, 58) configured to actuate the compression member (10, 27, 27-V, 46, 46-V), when the presence of emboli is detected, from an unactuated state to an actuated state in which at least a portion of the compression member (27, 27-V, 46, 46-V) (i) is closer to the second blood vessel (3, 12, 16) than while in the unactuated state and (ii) compresses and limits blood flow through the second blood vessel (3, 12, 16), wherein the detection device (A, E) is configured to detect a threshold amount of emboli in the first blood vessel, wherein the controller (B, C, D, 49, 58) is configured to actuate the compression member (10, 27, 27-V, 46, 46-V) when the detected emboli exceed the threshold amount.
A lithium ion battery having an electrode wound group in which a positive electrode, a negative electrode, and a separator are wound and an electrolytic solution provided in a battery container, wherein in a discharge test in which, first, a charging and discharging cycle with a current value of 0.5 C is repeated twice at 25°C and in a voltage range of 4.2 to 2.7 V, and then after charging the battery up to 4.2 V the battery is discharged a third time by constant current discharging at a current value of 0.5 C with a final voltage of 2. 7 V, the discharge capacity of the battery when the battery is discharged the third time is 30 Ah or more, wherein the positive electrode has a current collector and a positive electrode composite applied to both surfaces of the current collector, the positive electrode composite contains a mixed active material of layered lithium nickel manganese cobalt composite oxide and spinel lithium manganese oxide (sp-Mn), a density of the positive electrode composite is 2.4 g/cm 3 or more and 2. 7 g/cm 3 or less, and an application quantity of the positive electrode composite is 175 g/m 2 or more and 250 g/m 2 or less, and a weight ratio (NMC/sp-Mn) between the layered lithium nickel manganese cobalt composite oxide and the spinel lithium manganese oxide (sp-Mn) is 10/90 or more and 60/40 or less. the positive electrode composite contains a mixed active material of layered lithium nickel manganese cobalt composite oxide and spinel lithium manganese oxide (sp-Mn), a density of the positive electrode composite is 2.4 g/cm 3 or more and 2. 7 g/cm 3 or less, and an application quantity of the positive electrode composite is 175 g/m 2 or more and 250 g/m 2 or less, and a weight ratio (NMC/sp-Mn) between the layered lithium nickel manganese cobalt composite oxide and the spinel lithium manganese oxide (sp-Mn) is 10/90 or more and 60/40 or less.
An SO 3 analysis device (10A, 10B) comprising: light emission means for emitting laser light (2, 3) to gas containing SO 3, CO 2, and H 2 O; light reception means for receiving the laser light (2, 3) that has been emitted to the gas and has passed through the gas; wavelength control means for performing control such that a wavelength of the laser light (2, 3) emitted by the light emission means is at an absorption wavelength of SO 3 in a 4.060 to 4.182 μm band; SO 3 concentration calculation means for calculating a concentration of SO 3 by means of infrared spectroscopy based on an output from the light reception means and a reference signal from the wavelength control means; H 2 O concentration measurement means for measuring a concentration of H 2 O in the gas; and H 2 SO 4 concentration calculation means for calculating a concentration of H 2 SO 4 by means of equilibrium calculation using the concentration of SO 3 calculated by the SO 3 concentration calculation means and the concentration of H 2 O measured by the H 2 O concentration measurement means. light emission means for emitting laser light (2, 3) to gas containing SO 3, CO 2, and H 2 O; light reception means for receiving the laser light (2, 3) that has been emitted to the gas and has passed through the gas; wavelength control means for performing control such that a wavelength of the laser light (2, 3) emitted by the light emission means is at an absorption wavelength of SO 3 in a 4.060 to 4.182 μm band; SO 3 concentration calculation means for calculating a concentration of SO 3 by means of infrared spectroscopy based on an output from the light reception means and a reference signal from the wavelength control means; H 2 O concentration measurement means for measuring a concentration of H 2 O in the gas; and H 2 SO 4 concentration calculation means for calculating a concentration of H 2 SO 4 by means of equilibrium calculation using the concentration of SO 3 calculated by the SO 3 concentration calculation means and the concentration of H 2 O measured by the H 2 O concentration measurement means.
A fluoride-free continuous casting mold flux for low-carbon steel, comprising, based on weight, Na 2 O 5-10%, MgO 3-10%, MnO 3-10%, B 2 O 3 3-10%, Al 2 O 3 ≤6%, Li 2 O<3%, C 1-3%, and the balance of CaO and SiO 2 as well as inevitable impurities, wherein the ratio of CaO/SiO 2 is 0.8∼1.3; wherein 50g of the mold flux is melted at 1350°C and then poured into a steel crucible to be cooled naturally, followed by characterization of the crystallization rate of the mold flux by the proportion of crystals at a section, wherein the crystallization rate of the mold flux ranges between 10 and 50%.
Ship comprising a hull with a waterline length and a mechanical propulsion device for generating a maximum speed (v), whereby the hull and the propulsion device are designed such that the Froude number (v/√{g*L}) is larger than 0,5 and possibly larger than 0,6, the hull has a foreship with a bow and an aft ship with a stern, in the aft ship the hull has a bottom with V-shaped bottom surfaces that in the immersed part of the hull extend symmetrically upwards with a deadrise angle that is less than 40 degrees and possibly less than 30 degrees and above the water level the hull has substantially vertical sides, in the hull are a passenger compartment and a trim tank with a trim tank volume that is such that the weight of a filled trim tank is more than 30 % and might be more than 40 % of the weight of displacement of the hull with an empty trim tank, and that the hull is designed such that filling the trim tank with water increases the amidships immersed width or beam of the hull when stationary in the water with at least 10% and possibly more than 15%, characterized in that in the aft ship the V-shaped bottom surfaces have bilge keels (13,26) located such that the bilge keels are fully immersed when the trim tank is filled with water and the bilge keels are at least in part above the water level when the trim tank is empty.
A method of providing a session key to be used during a session between a host and a device in a wireless universal serial bus WUSB security communication, by a key generator, the method comprising: providing a host ID of the host to the device; obtaining information for creating the session key provided by the host having the host ID from the device; creating the session key based on a seed key, stored in a region that is inaccessible by the device; and providing the session key to the device, wherein the information for creating the session key comprises at least one of a first random value associated with the host and a second random value associated with the device. providing a host ID of the host to the device; obtaining information for creating the session key provided by the host having the host ID from the device; creating the session key based on a seed key, stored in a region that is inaccessible by the device; and providing the session key to the device, wherein the information for creating the session key comprises at least one of a first random value associated with the host and a second random value associated with the device.
Recirculating ball steering system for transmitting a steering movement to a steering column comprising: - a housing with a steering piston arranged inside the housing, wherein the steering piston comprises a ball screw drive and is displaceable along its longitudinal axis, wherein the steering piston comprises a steering worm, and - an electric actuator for supporting the movement of the steering piston, - characterised in that the electric actuator comprises a stator arranged around the steering worm and is securely connected to the housing, and a rotor which is securely connected to the steering worm. - a housing with a steering piston arranged inside the housing, wherein the steering piston comprises a ball screw drive and is displaceable along its longitudinal axis, wherein the steering piston comprises a steering worm, and - an electric actuator for supporting the movement of the steering piston, - characterised in that the electric actuator comprises a stator arranged around the steering worm and is securely connected to the housing, and a rotor which is securely connected to the steering worm.
Wheel receptacle for a vehicle test bench for motor vehicles having steerable wheels, wherein the wheel receptacle comprises a floating plate as well as at least one roller supported on the floating plate and movable with the floating plate in a horizontal plane, characterized in that the wheel receptacle has a first working state, in which the part of the floating plate, on which the at least one roller is supported, is rotatably supported around a vertical axis, which is located ahead of the at least one wheel contact point on the at least one roller of the wheel receptacle with respect to the driving direction of a vehicle located in the roller test bench, in that the wheel receptacle has a second working state, in which the part of the floating plate, on which the at least one roller is supported, is rotatably supported around a vertical axis which is located behind the at least one wheel contact point on the at least one roller of the wheel receptacle with respect to the driving direction of a vehicle located in the roller test bench, and in that actuators (10, 11) are assigned to the floating plate for rotating the part of the floating plate, on which the at least one roller is supported, around the corresponding vertical axis (8, 9) in the first as well as in the second working state.