mhurhangee/ep-ind-claims huggingface dataset:
A nickel-based superalloy, consisting of, by weight: 3.5 % chromium; 10% aluminum; 6% tantalum; 3.5% tungsten; 0.05% carbon; 0.05% boron; 0.05% zirconium; 0.03% yttrium; 0.15% hafnium; 0.3% silicon a balance of nickel. 3.5 % chromium; 10% aluminum; 6% tantalum; 3.5% tungsten; 0.05% carbon; 0.05% boron; 0.05% zirconium; 0.03% yttrium; 0.15% hafnium; 0.3% silicon a balance of nickel.
A filtering operation method for filtering fine crystals contained in an oxidation reaction mother liquor obtained by cooling an oxidation reaction slurry produced in a liquid-phase oxidation reaction and separating crude terephthalic acid crystals in solid-liquid separation from the oxidation reaction slurry in a terephthalic acid production process, by a cross-flow filtration using a ceramic filter while conducting a flowing circulation operation of the oxidation reaction mother liquor, the method comprising: conducting an operation for filtering the fine crystals; and conducting a back washing operation with a filtrate while maintaining the flowing circulation operation of the oxidation reaction mother liquor, the back washing operation with the filtrate being conducted under the following conditions: (II-A) an operation time that is in the range of from 5 to 180 [s]; (II-B) a differential pressure between a filtration side and a flow path side that is in the range of from 0.10 to 1.0 [MPa]; (II-C) a feeding linear velocity of the filtrate that is in the range of from 1.0 to 20 [m/h]; and (II-D) a temperature of the filtrate that is in the range of from "a temperature of the oxidation reaction mother liquor" to "a temperature higher by 35°C than that of the oxidation reaction mother liquor". conducting an operation for filtering the fine crystals; and conducting a back washing operation with a filtrate while maintaining the flowing circulation operation of the oxidation reaction mother liquor, the back washing operation with the filtrate being conducted under the following conditions: (II-A) an operation time that is in the range of from 5 to 180 [s]; (II-B) a differential pressure between a filtration side and a flow path side that is in the range of from 0.10 to 1.0 [MPa]; (II-C) a feeding linear velocity of the filtrate that is in the range of from 1.0 to 20 [m/h]; and (II-D) a temperature of the filtrate that is in the range of from "a temperature of the oxidation reaction mother liquor" to "a temperature higher by 35°C than that of the oxidation reaction mother liquor". (II-A) an operation time that is in the range of from 5 to 180 [s]; (II-B) a differential pressure between a filtration side and a flow path side that is in the range of from 0.10 to 1.0 [MPa]; (II-C) a feeding linear velocity of the filtrate that is in the range of from 1.0 to 20 [m/h]; and (II-D) a temperature of the filtrate that is in the range of from "a temperature of the oxidation reaction mother liquor" to "a temperature higher by 35°C than that of the oxidation reaction mother liquor".
A device for cutting tire sidewalls comprising, supported by a base: - a turntable bearing sliding jaws able to bear against the heels of the sidewalls of a tire bearing against the turntable, - a stationary support supporting an arm parallel to the rotation axis X'X of the turntable, this arm being able to be moved parallel to this axis by actuating means, between a released position of the tire and a working position, - slides which, positioned on either side of the receiving zone of the tire and each bearing a transverse knife, oriented toward the side wall of the tire, are mounted sliding on the arm and each connected to actuating means (26 and 27) able to translate them on that arm, between a position separated from the tread and a close, end-of-travel cutting position, and - control means governing the rotation of the turntable and the movements in both directions, respectively, of the jaws, the arm and the slides, characterized in that it comprises means which, able to emit a laser beam parallel to the rotation axis X'X of the turntable and positioned above the knives, are associated with detecting means coming into play when the arm is brought closer to the tread of the tire, to indicate to the control means that the laser beam has been broken by this tread, while the control means comprise timing means delaying the power supply of the actuating means (26 and 27) acting on the approach of the slides, so that the knives only penetrate the sidewalls of the tire when they are below its tread. - a turntable bearing sliding jaws able to bear against the heels of the sidewalls of a tire bearing against the turntable, - a stationary support supporting an arm parallel to the rotation axis X'X of the turntable, this arm being able to be moved parallel to this axis by actuating means, between a released position of the tire and a working position, - slides which, positioned on either side of the receiving zone of the tire and each bearing a transverse knife, oriented toward the side wall of the tire, are mounted sliding on the arm and each connected to actuating means (26 and 27) able to translate them on that arm, between a position separated from the tread and a close, end-of-travel cutting position, and - control means governing the rotation of the turntable and the movements in both directions, respectively, of the jaws, the arm and the slides,
A foam cushion backing comprising a foamable polymer composition comprising: one or more of a homogenously branched ethylene polymer (HBEP) or a substantially linear ethylene polymer (SLEP), wherein a foam cushion backing is prepared from the foamable polymer composition, wherein the foam cushion backing comprises less than 2% crosslinking, wherein the foam cushion backing has a thickness of greater than 0.19 cm (0.075 inches) and a density of from 0.16 to 0.48 g/cm 3 (10 to 30 lbs/ft 3), and wherein the foam cushion backing is suitable for use in carpet or carpet tiles. one or more of a homogenously branched ethylene polymer (HBEP) or a substantially linear ethylene polymer (SLEP), wherein a foam cushion backing is prepared from the foamable polymer composition, wherein the foam cushion backing comprises less than 2% crosslinking, wherein the foam cushion backing has a thickness of greater than 0.19 cm (0.075 inches) and a density of from 0.16 to 0.48 g/cm 3 (10 to 30 lbs/ft 3), and wherein the foam cushion backing is suitable for use in carpet or carpet tiles.
An apparatus for performing a drilling operation on a stackup of materials, the apparatus comprising: a housing; a spindle capable of receiving a drill bit; a spindle motor capable of turning the spindle at a set of different speeds during the drilling operation; a thrust motor capable of moving the spindle in an axial direction in a peck and/or feed movement; a load sensor capable of detecting a reaction thrust force during the drilling operation to form a detected reaction thrust force; a controller capable of controlling the spindle motor and the thrust motor to change a drilling speed in response to changes in the detected reaction thrust force, characterized in that the program code executable by the controller to change the drilling speed during the drilling operation further comprises a process, configuration (704, 800), layer definitions, and material definitions, wherein process contains code to perform drilling operations in an adaptive manner, configuration provides initialization values for process, and the layer definitions define a set of layers in the stackup for the drilling operation, and wherein configuration comprises a peck wait thrust parameter associated to a distance a drill has to travel after completing a full peck movement and moving forward into the material before reading reactive thrust forces. a housing; a spindle capable of receiving a drill bit; a spindle motor capable of turning the spindle at a set of different speeds during the drilling operation; a thrust motor capable of moving the spindle in an axial direction in a peck and/or feed movement; a load sensor capable of detecting a reaction thrust force during the drilling operation to form a detected reaction thrust force; a controller capable of controlling the spindle motor and the thrust motor to change a drilling speed in response to changes in the detected reaction thrust force, characterized in that the program code executable by the controller to change the drilling speed during the drilling operation further comprises a process, configuration (704, 800), layer definitions, and material definitions, wherein process contains code to perform drilling operations in an adaptive manner, configuration provides initialization values for process, and the layer definitions define a set of layers in the stackup for the drilling operation, and wherein configuration comprises a peck wait thrust parameter associated to a distance a drill has to travel after completing a full peck movement and moving forward into the material before reading reactive thrust forces.
A process for stabilizing or storing a polar component in a non-polar liquid phase which comprises a. providing solution comprising a non-polar, liquid phase and a sulfonated block copolymer having at least one end block A and at least one interior block B wherein each A block contains essentially no sulfonic acid or sulfonate ester functional groups and each B block is a polymer block containing from 10 to 100 mol% sulfonic acid or sulfonate ester functional groups based on the number of sulfonation susceptible monomer units of the B block wherein the solution comprises the sulfonated block copolymer in micellar form, and b. adding at least one polar component to the solution (a) whereby the polar component is immured in the micelles. a. providing solution comprising a non-polar, liquid phase and a sulfonated block copolymer having at least one end block A and at least one interior block B wherein each A block contains essentially no sulfonic acid or sulfonate ester functional groups and each B block is a polymer block containing from 10 to 100 mol% sulfonic acid or sulfonate ester functional groups based on the number of sulfonation susceptible monomer units of the B block wherein the solution comprises the sulfonated block copolymer in micellar form, and b. adding at least one polar component to the solution (a) whereby the polar component is immured in the micelles.
Crossmember of a motor vehicle dashboard, this crossmember being formed from a profiled element having a closed profile, the walls of the profiled element defining an inner cavity, the crossmember comprising at least one airbag arranged inside the cavity facing an opening formed on a wall of the profiled element, characterized in that it comprises a closure panel totally blocking off the said opening, this closure panel being configured to allow the deployment of the airbag outside the profiled element, and in that the profiled element has an elliptical cross section similar to a boat mast, at least one reinforcing insert (40, 50, 60, 70) being arranged inside the cavity of the profiled element on each side of the opening in the longitudinal direction of the crossmember and/or at the opening in the longitudinal direction of the crossmember, the said at least one reinforcing insert (40, 50, 60, 70) being configured so as to at least in part hug the inner face of the walls of the profiled element.
An energy storage device, comprising: a housing having an accommodating cavity formed by a wall component; a heat storage component arranged in the accommodating cavity, wherein the heat storage component comprises an energy storage body and a conduction component, the energy storage body is provided with a plurality of heat transfer channels penetrating through the energy storage body along a first direction, the conduction component is accommodated in the plurality of heat transfer channels, and one end of the conduction component protrudes from the wall component, so as to be electrically connected with an external energy device, characterized in that the energy storage body is further provided with ventilation channels penetrating through the energy storage body along a second direction, the ventilation channels and the heat transfer channels are separated from each other, and the second direction intersects the first direction. a housing having an accommodating cavity formed by a wall component; a heat storage component arranged in the accommodating cavity, wherein the heat storage component comprises an energy storage body and a conduction component, the energy storage body is provided with a plurality of heat transfer channels penetrating through the energy storage body along a first direction, the conduction component is accommodated in the plurality of heat transfer channels, and one end of the conduction component protrudes from the wall component, so as to be electrically connected with an external energy device, characterized in that the energy storage body is further provided with ventilation channels penetrating through the energy storage body along a second direction, the ventilation channels and the heat transfer channels are separated from each other, and the second direction intersects the first direction.
A cushion device configured for placement on a medical instrument stand, the cushion device comprising: an upper portion having a front side, a rear side, first and second longitudinal sides, an upper surface, and a bottom surface; a front portion connected to the front side of the upper portion and extending downwards therefrom and below the bottom surface; first and second side portions each connected respectively to the first and second longitudinal sides of the upper portion and extending downward therefrom and below the bottom surface; and a hollow receptacle defined by an inner surface of the front portion extending downwards and below the upper portion, opposing inner surfaces of the first and second side portions extending downwards and below the upper portion, and the bottom surface of the upper portion, wherein the hollow receptacle is configured in size and shape to fit over and receive therein a medical instrument tray or portion of a frame of a medical instrument stand associated with a medical instrument tray. an upper portion having a front side, a rear side, first and second longitudinal sides, an upper surface, and a bottom surface; a front portion connected to the front side of the upper portion and extending downwards therefrom and below the bottom surface; first and second side portions each connected respectively to the first and second longitudinal sides of the upper portion and extending downward therefrom and below the bottom surface; and a hollow receptacle defined by an inner surface of the front portion extending downwards and below the upper portion, opposing inner surfaces of the first and second side portions extending downwards and below the upper portion, and the bottom surface of the upper portion, wherein the hollow receptacle is configured in size and shape to fit over and receive therein a medical instrument tray or portion of a frame of a medical instrument stand associated with a medical instrument tray.
A semi-hollow pneumatic tire for an agricultural machine, having an axis of revolution and comprising a sole (20; 42) capable of being mounted on the periphery of a rotary support (12, 52), a tread opposite the sole (20; 42), and two sidewalls (26; 44) each connecting the sole (20; 42) and the tread so as to form together a cover which defines an uninflated chamber inside the pneumatic tire, characterised in that the tread has a concave profile according to a plane passing through the axis of revolution, and wherein the pneumatic tire comprises two annular ridges which extend, respectively, the two sidewalls in the outer radial direction and which are connected to two opposite ends of the tread, the two annular ridges defining, respectively, two principal directions which intersect at an acute angle so that, when the pneumatic tire comes into contact with soil, by being subjected to a vertical load, the two annular ridges move closer together locally in such a manner as to exert a pinching effect on the soil, causing an increase in the concavity of the tread and an increase in the angle.
A welding system, comprising: - a welder connectible at a primary side of the welder to a utility power source and configured to supply a secondary power output; and - an energy storage caddy comprising: - an energy storage device configured to provide a supplemental power output; characterized in that the energy storage caddy is separate from the welder and coupled to a secondary side of the welder by a weld power cable and a control cable, and configured to receive the secondary power output from the welder, wherein the energy storage caddy further comprises control circuitry configured to synchronize operation of the welder and the energy storage caddy based on at least one operating parameter of the welding system, wherein the energy storage caddy is configured to combine the secondary power output and the supplemental power output to produce a total power output, and output the total power output to a welding operation. - a welder connectible at a primary side of the welder to a utility power source and configured to supply a secondary power output; and - an energy storage caddy comprising: - an energy storage device configured to provide a supplemental power output; - an energy storage device configured to provide a supplemental power output;
An image processing apparatus comprising: a correlation analysis unit configured to analyze the correlations in a Z direction among a plurality of images stacked in the Z direction; a low-correlation image deletion unit configured to delete images which have a low correlation in the Z direction, being a correlation below a threshold value, with the other images among the plurality of images in accordance with a result of the analysis performed by the correlation analysis unit; a two-dimensional orthogonal transform unit configured to perform two-dimensional orthogonal transform on the images; an one-dimensional orthogonal transform unit configured to perform one-dimensional orthogonal transform in a direction in which the images are arranged on two-dimensional orthogonal transform coefficient data obtained by performing the two-dimensional orthogonal transform on the images using the two-dimensional orthogonal transform unit; and a three-dimensional orthogonal transform coefficient data encoder configured to encode three-dimensional orthogonal transform coefficient data obtained by performing the one-dimensional orthogonal transform on the two-dimensional orthogonal transform coefficient data using the one-dimensional orthogonal transform unit. a correlation analysis unit configured to analyze the correlations in a Z direction among a plurality of images stacked in the Z direction; a low-correlation image deletion unit configured to delete images which have a low correlation in the Z direction, being a correlation below a threshold value, with the other images among the plurality of images in accordance with a result of the analysis performed by the correlation analysis unit; a two-dimensional orthogonal transform unit configured to perform two-dimensional orthogonal transform on the images; an one-dimensional orthogonal transform unit configured to perform one-dimensional orthogonal transform in a direction in which the images are arranged on two-dimensional orthogonal transform coefficient data obtained by performing the two-dimensional orthogonal transform on the images using the two-dimensional orthogonal transform unit; and a three-dimensional orthogonal transform coefficient data encoder configured to encode three-dimensional orthogonal transform coefficient data obtained by performing the one-dimensional orthogonal transform on the two-dimensional orthogonal transform coefficient data using the one-dimensional orthogonal transform unit.
A self-cleaning method for a filter assembly of a washing machine, comprising: step A: receiving a user operation instruction for starting a self-cleaning process; and step B: executing the self-cleaning process, so as to clean the filter assembly of the washing machine, characterized in that step B further comprises: before the self-cleaning process is completed, only receiving a user operation instructions for turning off the washing machine, pausing the self-cleaning process and unpausing the self-cleaning process, and prohibiting receipt of user operation instructions other than the user operation instruction for turning off the washing machine, pausing the self-cleaning process and unpausing the self-cleaning process, or ignoring the received user operation instructions other than the user operation instruction for turning off the washing machine, pausing the self-cleaning process and unpausing the self-cleaning process. step A: receiving a user operation instruction for starting a self-cleaning process; and step B: executing the self-cleaning process, so as to clean the filter assembly of the washing machine, characterized in that step B further comprises: before the self-cleaning process is completed, only receiving a user operation instructions for turning off the washing machine, pausing the self-cleaning process and unpausing the self-cleaning process, and prohibiting receipt of user operation instructions other than the user operation instruction for turning off the washing machine, pausing the self-cleaning process and unpausing the self-cleaning process, or ignoring the received user operation instructions other than the user operation instruction for turning off the washing machine, pausing the self-cleaning process and unpausing the self-cleaning process.
A dehydrogenation catalyst comprising at least one iron compound, at least one potassium compound and from 11 to 24% by weight, based on the total catalyst, of at least one cerium compound, calculated as CeO 2, wherein the at least one iron compound and the at least one potassium compound are at least partly present in the form of one or more K/Fe mixed oxide phases of the general formula K x Fe y O z, where x is from 1 to 17; y is from 1 to 22 and z is from 2 to 34, where the catalyst comprises from 65 to 89% by weight, based on the total catalyst, of the one or more K/Fe mixed oxide phases, where the catalyst comprises cerium dioxide crystallites having an average diameter of from 10 to 30 nm, where at least 50% by weight of the cerium, based on the total amount of the cerium employed, calculated as CeO 2, is present in the form of cerium dioxide crystallites having an average diameter of from 10 to 30 nm, and where the average diameter is determined by means of X-ray diffraction.