mhurhangee/ep-ind-claims huggingface dataset:
A flame resistant fabric for use in personal protective apparel, comprising: base yarns, the base yarns comprising flame resistant fibers selected from the group comprising: para-aramid fibers, PBO fibers, PBI fibers, modacrylic fibers, PIPD fibers and natural and synthetic flame resistant cellulosic fibers; and antistatic spun yarns comprising from 2% to 30% of inductive antistatic staple fibers, with the balance being any other desired staple fiber, wherein the antistatic spun yarns are located in discrete portions of the fabric to provide for static dissipation in the fabric and the fabric has a total antistatic fiber content of from 0.125% to 2%. base yarns, the base yarns comprising flame resistant fibers selected from the group comprising: para-aramid fibers, PBO fibers, PBI fibers, modacrylic fibers, PIPD fibers and natural and synthetic flame resistant cellulosic fibers; and antistatic spun yarns comprising from 2% to 30% of inductive antistatic staple fibers, with the balance being any other desired staple fiber, wherein the antistatic spun yarns are located in discrete portions of the fabric to provide for static dissipation in the fabric and the fabric has a total antistatic fiber content of from 0.125% to 2%.
A plate for an article of footwear having a sole structure, the plate comprising: an anterior-most point disposed in a forefoot region of the sole structure; a posterior-most point disposed closer to a heel region of the sole structure than the anterior-most point; and a concave portion extending between the anterior-most point and the posterior-most point and including a constant radius of curvature from the anterior-most point to a metatarsophalangeal point of the sole structure, the MTP point opposing the MTP joint of a foot during use, wherein the MTP point is located thirty percent (30%) of the total length of the plate from the anterior-most point, and wherein the plate is formed of a material having a Young's modulus of at least 70 Gigapascal. an anterior-most point disposed in a forefoot region of the sole structure; a posterior-most point disposed closer to a heel region of the sole structure than the anterior-most point; and a concave portion extending between the anterior-most point and the posterior-most point and including a constant radius of curvature from the anterior-most point to a metatarsophalangeal point of the sole structure, the MTP point opposing the MTP joint of a foot during use, wherein the MTP point is located thirty percent (30%) of the total length of the plate from the anterior-most point, and wherein the plate is formed of a material having a Young's modulus of at least 70 Gigapascal.
Pitch regulating mechanism for a vertical axis wind turbine arranged to regulate the pitch of a blade of the wind turbine in dependence of wind force acting on the wind turbine, wherein the pitch regulating mechanism comprises: - a first part, - a second part, and - a torsional spring assembly (26, 27, 28); wherein the first part is arranged to be connectable to a blade support structure of the wind turbine, the second part is arranged to be connectable to a blade, wherein the second part is pivotally coupled to the first part and the torsional spring assembly is arranged between the first part and the second part and arranged to exercise a pivotal spring force on the first and second parts in two opposite rotational directions, characterized in that the torsional spring assembly has a first stiffness in the first rotational direction and a second stiffness in the second rotational direction, and in that the first stiffness has a lower value than the second stiffness. - a first part, - a second part, and - a torsional spring assembly (26, 27, 28);
A method of laser induced breakdown spectroscopy of a sample comprising: directing a laser beam to a target surface on the sample, the target surface located on a proximal surface of the sample, wherein the method further comprises: manipulating the laser beam by tuning the laser beam to substantially maximize fluence at the target surface; and generating ablation and plasma emission from the sample at the target surface, wherein manipulating the laser beam by tuning the laser beam to substantially maximize fluence at the target surface is performed with an optical instrument including an electronically tunable lens and the optical instrument further comprises a photodiode generating a photodiode output and wherein manipulating the laser beam by tuning the laser beam to substantially maximize fluence at the target surface is achieved by adjusting the electronically tunable lens such that a normalized intensity of the photodiode output is coincident with an observed normalized intensity of ionic lines detected from the sample during ablation and plasma emission of the sample. manipulating the laser beam by tuning the laser beam to substantially maximize fluence at the target surface; and generating ablation and plasma emission from the sample at the target surface, wherein manipulating the laser beam by tuning the laser beam to substantially maximize fluence at the target surface is performed with an optical instrument including an electronically tunable lens and the optical instrument further comprises a photodiode generating a photodiode output and wherein manipulating the laser beam by tuning the laser beam to substantially maximize fluence at the target surface is achieved by adjusting the electronically tunable lens such that a normalized intensity of the photodiode output is coincident with an observed normalized intensity of ionic lines detected from the sample during ablation and plasma emission of the sample.
A three-dimensional shaping apparatus, comprising: a heating block that has a heater and is provided with a through hole; a nozzle tip that is provided with a nozzle flow channel having a nozzle opening and that is detachably attached to the through hole of the heating block; a material conveying mechanism that is configured to convey a material to the nozzle flow channel of the nozzle tip attached to the heating block, the nozzle tip being configured to eject the material and the material being plasticized by heat produced by the heating block; a stage at which the material plasticized by the heat of the heating block is ejected from the nozzle opening of the nozzle tip and stacked; and a control unit that is configured to change a relative position of the nozzle tip and the stage and to eject the material to the stage from the nozzle tip, thereby shaping a three-dimensional shaped article, wherein the nozzle tip has a shield configured to suppress transfer of heat from the heating block to the material stacked at the stage, and the control unit is configured to determine a cumulative ejection amount of the material ejected from the nozzle tip. a heating block that has a heater and is provided with a through hole; a nozzle tip that is provided with a nozzle flow channel having a nozzle opening and that is detachably attached to the through hole of the heating block; a material conveying mechanism that is configured to convey a material to the nozzle flow channel of the nozzle tip attached to the heating block, the nozzle tip being configured to eject the material and the material being plasticized by heat produced by the heating block; a stage at which the material plasticized by the heat of the heating block is ejected from the nozzle opening of the nozzle tip and stacked; and a control unit that is configured to change a relative position of the nozzle tip and the stage and to eject the material to the stage from the nozzle tip, thereby shaping a three-dimensional shaped article, wherein the nozzle tip has a shield configured to suppress transfer of heat from the heating block to the material stacked at the stage, and the control unit is configured to determine a cumulative ejection amount of the material ejected from the nozzle tip.
An image output system which includes; an image capturing section which captures an image; an image capturing time measuring section adapted to measure the time required for each image capturing operation of said image capturing section to capture the image; a ranking calculating section adapted to rank the image higher, the longer the image capturing time calculated by said image capturing time measuring section; and an output controlling section adapted to display or print out at higher priority the image ranked higher by said ranking calculating section, characterized by an auxiliary image capturing section adapted to obtain a plurality of auxiliary images captured sequentially at the time before said image capturing section captures the image; a composition change amount detecting section adapted to detect the amount of change in composition between the plurality of the auxiliary images captured by said auxiliary image capturing section; and an operation controlling section adapted to decide that the user operates said image capturing section to capture the image when the amount of change in composition detected by said composition change amount detecting section is smaller than a reference value, and wherein, if said operation controlling section detects no user's operation, said image capturing time measuring section is adapted to measure the time from which said operation controlling section decides that the user continues to operate the image capturing section to capture the image to the time at which the image capturing section captures the image.
An inkjet ink comprising: a radiation-curable material; 4% by weight or more in total of one or more polymeric thioxanthone photoinitiators; and 10% by weight or more of wherein the amounts are based on the total weight of the ink.
An apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, the apparatus comprising: a process chamber; an application unit comprising a recoater blade configured to apply build material on a build plane; an irradiation device which is adapted to selectively irradiate a build material layer disposed in the process chamber with at least one energy beam; a determination unit comprising a determination element configured to determine contact information relating to a force acting on the recoater blade during an application process, the force caused by a deviation in one or more previously consolidated layers of build material protruding from the build plane; and a control unit configured to adjust at least one process parameter based on the contact information, wherein the at least one process parameter comprises an irradiation parameter, wherein the control unit is configured to determine a presence of weld spatters resulting from irradiating a portion of the build plane, the presence of weld spatters determined based on the contact information and wherein the control unit is configured to determine information pertaining to a melting track based on the contact information and wherein the irradiation parameter is adjusted to improve the melting track. a process chamber; an application unit comprising a recoater blade configured to apply build material on a build plane; an irradiation device which is adapted to selectively irradiate a build material layer disposed in the process chamber with at least one energy beam; a determination unit comprising a determination element configured to determine contact information relating to a force acting on the recoater blade during an application process, the force caused by a deviation in one or more previously consolidated layers of build material protruding from the build plane; and a control unit configured to adjust at least one process parameter based on the contact information, wherein the at least one process parameter comprises an irradiation parameter, wherein the control unit is configured to determine a presence of weld spatters resulting from irradiating a portion of the build plane, the presence of weld spatters determined based on the contact information and wherein the control unit is configured to determine information pertaining to a melting track based on the contact information and wherein the irradiation parameter is adjusted to improve the melting track.
Protecting device including detecting means a short-circuit between at least two output branches of a magnetic reading head, characterized in that each of said output branches is capable of conveying a signal read by said reading head on a track of a magnetic card and in that said detecting means are capable of detecting a short-circuit and include means for comparing a signal picked up at said output branches with at least one first reference signal and in that said detecting means include means for superimposing a DC component on at least one signal generated by said reading head on at least one of said output branches.
A method of selecting a treatment regimen for a subject having acute myeloid leukemia, the method comprising measuring density of blast cells in peripheral blood and optionally bone marrow of the subject, said subject having been treated with a CXCR4 antagonist, wherein when said blast cell density in said peripheral blood is: (i) less than 10 % of the total peripheral white blood cells; (ii) at least five-fold lower than said blast cell density in said bone marrow; and/or (iii) at least two-fold higher one day or more following treatment with said CXCR4 antagonist, said subject is selected for a combined treatment with said CXCR4 and a chemotherapeutic agent. (i) less than 10 % of the total peripheral white blood cells; (ii) at least five-fold lower than said blast cell density in said bone marrow; and/or (iii) at least two-fold higher one day or more following treatment with said CXCR4 antagonist, said subject is selected for a combined treatment with said CXCR4 and a chemotherapeutic agent.
A refrigerator comprising: a body provided with an inner case and an outer case; a storage compartment formed in the body and provided with a front surface, a top surface, a bottom surface and opposite lateral surfaces, the front surface being open to place or withdraw food; a pair of doors (100, 200) to open and close the open front surface of the storage compartment, each of the doors (100, 200) being provided with a dyke (110, 210) protruding rearward; a gasket provided on a rear surface of each of the doors (100, 200) to seal a gap between the body and the doors (100, 200); an upper hinge (101, 201) and a lower hinge (102, 202) connected to one side of each of the doors (100, 200) to support the doors (100, 200) such that the doors (100, 200) are rotatable with respect to the body; rollers positioned at the sides opposite to the side of a corresponding one of the doors (100, 200) having the upper hinge (101, 201) and the lower hinge (102, 202) connected thereto, with respect to a median plane of the corresponding one of the doors (100, 200); and roller caps connected to the dykes (110, 210) to be fixed and allowing the rollers to be rotatably mounted thereto, and wherein the rollers are arranged at the dykes (110, 210) to be supported by the bottom surface of the storage compartment; each roller being partially accommodated inside the dyke (110, 210), such that a portion of the roller protrudes through the lowermost surface of the dyke (110, 210). a body provided with an inner case and an outer case; a storage compartment formed in the body and provided with a front surface, a top surface, a bottom surface and opposite lateral surfaces, the front surface being open to place or withdraw food; a pair of doors (100, 200) to open and close the open front surface of the storage compartment, each of the doors (100, 200) being provided with a dyke (110, 210) protruding rearward; a gasket provided on a rear surface of each of the doors (100, 200) to seal a gap between the body and the doors (100, 200); an upper hinge (101, 201) and a lower hinge (102, 202) connected to one side of each of the doors (100, 200) to support the doors (100, 200) such that the doors (100, 200) are rotatable with respect to the body; rollers positioned at the sides opposite to the side of a corresponding one of the doors (100, 200) having the upper hinge (101, 201) and the lower hinge (102, 202) connected thereto, with respect to a median plane of the corresponding one of the doors (100, 200); and roller caps connected to the dykes (110, 210) to be fixed and allowing the rollers to be rotatably mounted thereto, and wherein the rollers are arranged at the dykes (110, 210) to be supported by the bottom surface of the storage compartment; each roller being partially accommodated inside the dyke (110, 210), such that a portion of the roller protrudes through the lowermost surface of the dyke (110, 210).
Pack comprising: - a group of stackable containers each comprising a body, a shoulder continuing from the body at the upper portion of the container, a neck continuing from the shoulder, and a base continuing from the body at the lower portion of the container, opposite the shoulder, the base defining a recess shaped so as to receive the neck and at least part of the shoulder of an identical container underneath, - a flexible plastic film bunching together the group of containers, this film being heat-shrunk and having lower openings in line with each hollow recess, characterized in that: - the film is flush with the base of the containers over a lower contact zone that extends in annular fashion about the lower openings, - furthermore, the film has upper openings through which the necks extend, the film being flush with the shoulders of the containers over an upper contact zone that extends in annular fashion about the upper openings, - the film is flush respectively with the bases over a lower contact zone and with the shoulders over an upper contact zone, making it possible to guarantee good cohesion of the set of these containers forming the pack, such that the containers remain firmly grouped. - a group of stackable containers each comprising a body, a shoulder continuing from the body at the upper portion of the container, a neck continuing from the shoulder, and a base continuing from the body at the lower portion of the container, opposite the shoulder, the base defining a recess shaped so as to receive the neck and at least part of the shoulder of an identical container underneath, - a flexible plastic film bunching together the group of containers, this film being heat-shrunk and having lower openings in line with each hollow recess, - the film is flush with the base of the containers over a lower contact zone that extends in annular fashion about the lower openings, - furthermore, the film has upper openings through which the necks extend, the film being flush with the shoulders of the containers over an upper contact zone that extends in annular fashion about the upper openings, - the film is flush respectively with the bases over a lower contact zone and with the shoulders over an upper contact zone, making it possible to guarantee good cohesion of the set of these containers forming the pack, such that the containers remain firmly grouped.
A composition for fortifying food and/or beverages comprising a complex of Fe, phytic acid, hydrolysed protein and ammonium hydroxide, wherein the hydrolysed protein is selected from the group consisting of hydrolysed corn protein, hydrolysed wheat protein, hydrolysed soy protein, hydrolysed pea protein and combinations of these, and wherein the hydrolysed protein is protein hydrolysed to between 20 and 80 w/w%.
A steering wheel arrangement, comprising: - a steering wheel rotatable about a rotation axis, - a steering shaft, - a stationary housing covering at least partially the steering shaft and supporting at least one accessory (41, 42, 43), - a plurality of coupling elements (50, 60) adapted to couple the steering wheel to the steering shaft, such that rotation of the steering wheel causes rotation of the steering shaft, characterized in that each coupling element (50, 60) is integral in rotation with the steering shaft and slidably movable along an axial direction between an upper position and a lower position, and in that each coupling element (50, 60) is detachably connected to the steering wheel, each coupling element (50, 60) being connected to the steering wheel in its upper position, such that rotation of the steering wheel causes rotation of the coupling element (50, 60), and being disconnected from the steering wheel in its lower position, such that rotation of the steering wheel does not cause rotation of the coupling element (50, 60). - a steering wheel rotatable about a rotation axis, - a steering shaft, - a stationary housing covering at least partially the steering shaft and supporting at least one accessory (41, 42, 43), - a plurality of coupling elements (50, 60) adapted to couple the steering wheel to the steering shaft, such that rotation of the steering wheel causes rotation of the steering shaft,
A DNA aptamer that specifically binds human E-selectin and P-selectin and comprises a) a sequence with the nucleotides 22-71 according to SEQ ID NO: 1 or SEQ ID NO: 2, or b) a sequence having at least 75%, 80%, 85%, 90%, 95%, 96%, 97%, 98% or 99% identity to a sequence with the nucleotides 22-71 according to SEQ ID NO: 1 or SEQ ID NO: 2, or c) a sequence according to a) or b) having at least one modified nucleotide, wherein the at least one modified nucleotide is a 2'-deoxy, 2'-halide, 2'-amino, 2'-O-methyl or 2'-methoxyethyl nucleotide. a) a sequence with the nucleotides 22-71 according to SEQ ID NO: 1 or SEQ ID NO: 2, or b) a sequence having at least 75%, 80%, 85%, 90%, 95%, 96%, 97%, 98% or 99% identity to a sequence with the nucleotides 22-71 according to SEQ ID NO: 1 or SEQ ID NO: 2, or c) a sequence according to a) or b) having at least one modified nucleotide, wherein the at least one modified nucleotide is a 2'-deoxy, 2'-halide, 2'-amino, 2'-O-methyl or 2'-methoxyethyl nucleotide.
A multi-link piston-crank mechanism having a crankshaft, an upper link whose one end is linked to a piston via a piston pin, a lower link linked to the other end of the upper link via an upper pin and linked to a crankpin of the crankshaft, and an auxiliary link, one end of the auxiliary link being pivotally supported on a main-body side of the engine, and the other end of the auxiliary link being linked to the lower link via an auxiliary pin, wherein a crankthrow from an axis of a main journal of the crankshaft to an axis of the crankpin is set shorter than one-half of a stroke of the piston, and, as viewed in an axial direction of the crankshaft, the crankpin and the main journal are overlapped with each other, characterized by an oil passage formed in the crankshaft for supplying lubricating oil to a bearing portion of the crankpin, wherein a pin-side opening of the oil passage, which is open at an outer peripheral surface of the crankpin, is formed in angular ranges other than angular ranges (Q2, Q4) of 90° and -90° with respect to a reference line extending from the axis of the main journal toward the axis of the crankpin in a decentering direction of the crankpin, wherein the pin-side opening is formed in the angular ranges other than angular ranges (Q1, Q3) located in the crankpin decentering direction.