mhurhangee/ep-ind-claims huggingface dataset:
Process for the manufacture of a composite article by moulding, comprising at least the following stages: a) a stage of impregnation of a reinforcing cloth with a composition comprising a polyamide resin in the molten state, the said resin being a non-evolutive resin, that is to say the molecular weights of which do not change towards an increase in molar mass under the normal conditions of manufacture of the composite parts based on polyamide of high molar masses, during the process for the manufacture of the composite parts, and which exhibits: - a number-average molecular weight Mn between 1500 and 8000 g/mol; this weight is calculated according to the following relationship: Mn = 2 000 000 / AEG + CEG + BEG, - a concentration of amine end groups of greater than or equal to 25 meq/kg, - a concentration of acid end groups of greater than or equal to 25 meq/kg, - a concentration of blocked end groups of greater than or equal to 25 meq/kg; and b) a stage of cooling and subsequently of recovering the composite article; the polyamide not being a polyamide modified by an aromatic hydroxyl unit chemically bonded to the polyamide chain. a) a stage of impregnation of a reinforcing cloth with a composition comprising a polyamide resin in the molten state, the said resin being a non-evolutive resin, that is to say the molecular weights of which do not change towards an increase in molar mass under the normal conditions of manufacture of the composite parts based on polyamide of high molar masses, during the process for the manufacture of the composite parts, and which exhibits: - a number-average molecular weight Mn between 1500 and 8000 g/mol; this weight is calculated according to the following relationship: Mn = 2 000 000 / AEG + CEG + BEG, - a concentration of amine end groups of greater than or equal to 25 meq/kg, - a concentration of acid end groups of greater than or equal to 25 meq/kg, - a concentration of blocked end groups of greater than or equal to 25 meq/kg; and - a number-average molecular weight Mn between 1500 and 8000 g/mol; this weight is calculated according to the following relationship: Mn = 2 000 000 / AEG + CEG + BEG, - a concentration of amine end groups of greater than or equal to 25 meq/kg, - a concentration of acid end groups of greater than or equal to 25 meq/kg, - a concentration of blocked end groups of greater than or equal to 25 meq/kg; and b) a stage of cooling and subsequently of recovering the composite article; the polyamide not being a polyamide modified by an aromatic hydroxyl unit chemically bonded to the polyamide chain.
Method for checking the wheel suspension (7, 8) of a vehicle, in particular a motor vehicle, characterized in that the method includes the following steps: determining the wheel normal and/or the centre of rotation of at least one wheel (4a, 4b) of the vehicle; moving the vehicle and capturing points of the movement trajectory (p(t)) of the wheel normal and/or of the centre of rotation of at least one wheel (4a, 4b) during the movement of the vehicle; characterized by determining the deviation of the movement trajectory (p(t)), determined in step, of the wheel normal and/or of the centre of rotation from a predetermined movement trajectory (p(t)); and outputting an error message if the deviation exceeds a predetermined threshold. determining the wheel normal and/or the centre of rotation of at least one wheel (4a, 4b) of the vehicle; moving the vehicle and capturing points of the movement trajectory (p(t)) of the wheel normal and/or of the centre of rotation of at least one wheel (4a, 4b) during the movement of the vehicle; determining the deviation of the movement trajectory (p(t)), determined in step, of the wheel normal and/or of the centre of rotation from a predetermined movement trajectory (p(t)); and outputting an error message if the deviation exceeds a predetermined threshold.
A pressure-sensitive adhesive composition comprising, as a rubber component, at least two modified rubbers modified with a polar functional group and having different modification rates with each other, wherein the modified rubber is a combination of at least two modified rubbers of (a) a modified rubber with the modification rate of 5 to 30% by mol and (b) a modified rubber with the modification rate of 40 to 90% by mol and the polar functional group is at least one kind selected from an epoxy group, an amino group, an imino group, a nitrile group, an ammonium group, an isocyanate group, an imido group, an amide group, a hydrazo group, an azo group, a diazo group, a hydroxyl group, a carboxyl group, a carbonyl group, an oxycarbonyl group, a sulfide group, a disulfide group, a sulfonyl group, a sulfinyl group, a thiocarbonyl group, and an alkoxy silyl group.
A three-dimensional shaping device, comprising: a melting unit configured to plasticize a material into a shaping material; a nozzle configured to discharge the shaping material toward a stage; a moving mechanism configured to change a relative position between the nozzle and the stage; a control unit configured to control the moving mechanism; and an air blowing unit having a plurality of air outlets that are disposed around the nozzle and through which warm air is blown toward the shaping material discharged from the nozzle; and wherein the melting unit includes: a flat screw having a groove forming surface on which a groove to which the material is supplied is formed; a barrel having a facing surface that faces the groove forming surface, and provided with a communication hole that communicates the facing surface and the nozzle, a first heating unit configured to heat the barrel is further provided; and the three-dimensional shaping device further comprises: a warm air supply flow path configured to supply the warm air to the air blowing unit, characterised in that the first heating unit heats the barrel and the warm air supply flow path. a melting unit configured to plasticize a material into a shaping material; a nozzle configured to discharge the shaping material toward a stage; a moving mechanism configured to change a relative position between the nozzle and the stage; a control unit configured to control the moving mechanism; and an air blowing unit having a plurality of air outlets that are disposed around the nozzle and through which warm air is blown toward the shaping material discharged from the nozzle; and wherein the melting unit includes: a flat screw having a groove forming surface on which a groove to which the material is supplied is formed; a barrel having a facing surface that faces the groove forming surface, and provided with a communication hole that communicates the facing surface and the nozzle, a flat screw having a groove forming surface on which a groove to which the material is supplied is formed; a barrel having a facing surface that faces the groove forming surface, and provided with a communication hole that communicates the facing surface and the nozzle, a first heating unit configured to heat the barrel is further provided; and a warm air supply flow path configured to supply the warm air to the air blowing unit, characterised in that the first heating unit heats the barrel and the warm air supply flow path.
A manufacturing method of a light emitting diode, LED, comprising: manufacturing a plurality of singulated LED chips (100, 200); manufacturing a phosphor pre-form comprising a plurality of mounting areas for mounting the plurality of singulated LED chips; applying adhesive in the phosphor pre-form; mounting the singulated LED chips (100, 200) in the phosphor pre-form; and cutting the phosphor pre-form containing the singulated LED chips (100, 200), into units including individual LED chips. manufacturing a plurality of singulated LED chips (100, 200); manufacturing a phosphor pre-form comprising a plurality of mounting areas for mounting the plurality of singulated LED chips; applying adhesive in the phosphor pre-form; mounting the singulated LED chips (100, 200) in the phosphor pre-form; and cutting the phosphor pre-form containing the singulated LED chips (100, 200), into units including individual LED chips.
A method of repairing an integrally bladed rotor disk, comprising: removing a portion of a integrally bladed rotor airfoil, thereby creating a void in the airfoil; completely filling the void with a single replacement material wherein filling the void with replacement material includes adding replacement material using a low-heat additive manufacturing process (222,224); and laser shock peening the replacement material, thereby imparting residual compressive stress in the replacement material. removing a portion of a integrally bladed rotor airfoil, thereby creating a void in the airfoil; completely filling the void with a single replacement material wherein filling the void with replacement material includes adding replacement material using a low-heat additive manufacturing process (222,224); and laser shock peening the replacement material, thereby imparting residual compressive stress in the replacement material.
A signal processor comprising: a first input portion configured to obtain a first audio signal of a first channel; a second input portion configured to obtain a second audio signal of a second channel; a first signal processing portion configured to perform a first signal processing on the input first audio signal; a second signal processing portion configured to perform a second signal processing on the input second audio signal; and a control portion; characterised in that the control portion is configured to, only in a case where the second input portion does not obtain the second audio signal, connect an output end on an output side of the first signal processing portion to an input end on an input side of the second signal processing portion and cause the second signal processing portion to perform the second signal processing on the input first audio signal having undergone the first signal processing by the first signal processing portion. a first input portion configured to obtain a first audio signal of a first channel; a second input portion configured to obtain a second audio signal of a second channel; a first signal processing portion configured to perform a first signal processing on the input first audio signal; a second signal processing portion configured to perform a second signal processing on the input second audio signal; and a control portion;
A handle for a surgical instrument, wherein the handle comprises: a first drive system comprising a first drive gear; a second drive system comprising a second drive gear; a motor assembly, comprising: an output shaft; and an output gear mounted to the output shaft; a shifting gear in meshing engagement with the output gear; and a clutch coupled to the shifting gear, wherein the clutch is configured to move the shifting gear between a first position and a second position, wherein the shifting gear is engaged with the first drive gear when in the first position, and wherein the shifting gear is engaged with the second drive gear when in the second position. a first drive system comprising a first drive gear; a second drive system comprising a second drive gear; a motor assembly, comprising: an output shaft; and an output gear mounted to the output shaft; an output shaft; and an output gear mounted to the output shaft; a shifting gear in meshing engagement with the output gear; and a clutch coupled to the shifting gear, wherein the clutch is configured to move the shifting gear between a first position and a second position, wherein the shifting gear is engaged with the first drive gear when in the first position, and wherein the shifting gear is engaged with the second drive gear when in the second position.
A touch fastener comprising: a base; and an array of discrete fastener elements each extending from the base and together forming with the base a contiguous mass of resin; wherein each of the fastener elements comprises: a stem rising from the base; and a head overhanging the base from a front side of the stem to a distal edge, the front side of the stem, an underside of the head, and an upper surface of the base together forming, in side profile, a generally curved retention space boundary surface; characterized in that the boundary surface forms, at its innermost extent, a retention cavity defined between curvature discontinuities (132, 133; 332, 333; 432, 433) spaced from both the base and the distal edge. a base; and an array of discrete fastener elements each extending from the base and together forming with the base a contiguous mass of resin; wherein each of the fastener elements comprises: a stem rising from the base; and a head overhanging the base from a front side of the stem to a distal edge, the front side of the stem, an underside of the head, and an upper surface of the base together forming, in side profile, a generally curved retention space boundary surface; a stem rising from the base; and a head overhanging the base from a front side of the stem to a distal edge, the front side of the stem, an underside of the head, and an upper surface of the base together forming, in side profile, a generally curved retention space boundary surface; characterized in that the boundary surface forms, at its innermost extent, a retention cavity defined between curvature discontinuities (132, 133; 332, 333; 432, 433) spaced from both the base and the distal edge.
A Raster Image Processing module, RIP module, comprising: an object detection module configured to receive at least one input file (205, 220), detect objects in said at least one input file (205, 220) and create at least one image comprising a predefined number of stripes along the edges of said detected objects; an edge processing module configured to receive said at least one image and process said at least one image by changing the gray level of each one of said objects' stripes according to an edge processing table defining the relation between the distance from said object's edge and the gray level percentage to be printed; and a dithering module configured to receive said at least one processed image, dither said at least one processed image according to said at least one image's gray levels and output a printing ready file. an object detection module configured to receive at least one input file (205, 220), detect objects in said at least one input file (205, 220) and create at least one image comprising a predefined number of stripes along the edges of said detected objects; an edge processing module configured to receive said at least one image and process said at least one image by changing the gray level of each one of said objects' stripes according to an edge processing table defining the relation between the distance from said object's edge and the gray level percentage to be printed; and a dithering module configured to receive said at least one processed image, dither said at least one processed image according to said at least one image's gray levels and output a printing ready file.
Cosmetic, non-therapeutic use of one or more compounds selected from the group consisting of D-aspartic acid and/or salts thereof for suppressing and/or improving skin wrinkles by promoting collagen production.
A cBN sintered body, comprising: cBN particles whose proportion is 85-97% by volume; and a binding phase whose proportion is 3-15% by volume, wherein an Al content in the cBN sintered body is 0.1-5% by mass, wherein a ratio of a Co content to the Al content (Co/Al) is 3 to 40 in terms of mass ratio, and wherein the cBN sintered body includes Al 3 B 6 Co 20 and a ratio of peak strength of a strongest peak of the Al 3 B 6 Co 20 to peak strength of cBN is 0.01-0.27 in an X-ray diffraction measurement. cBN particles whose proportion is 85-97% by volume; and a binding phase whose proportion is 3-15% by volume, wherein an Al content in the cBN sintered body is 0.1-5% by mass, wherein a ratio of a Co content to the Al content (Co/Al) is 3 to 40 in terms of mass ratio, and wherein the cBN sintered body includes Al 3 B 6 Co 20 and a ratio of peak strength of a strongest peak of the Al 3 B 6 Co 20 to peak strength of cBN is 0.01-0.27 in an X-ray diffraction measurement.
An air conditioning unit, comprising: a main body including an air inlet and an air outlet, the main body defining an airflow passage between the air inlet and the air outlet; a fan disposed within the airflow passage; and a thermal element disposed within the airflow passage upstream of the fan, wherein the main body has a first face on which the air outlet is disposed, wherein the air inlet and thermal element are disposed at the periphery of the first face, wherein the fan is oriented such that the rotational axis of the fan is substantially perpendicular to the first face, wherein the first face is adapted so as to be exposed, in use, to a temperature-controlled space, wherein blades of the fan are designed so that the air conditioning unit provides a swirling air flow pattern with the air discharged straight from tips of the blades of the fan into the temperature controlled space in a pattern that spreads out in a circular flow, the thermal element is mounted to a first housing portion of the main body and the fan is mounted to a second housing portion of the main body, the second housing portion being hinged with respect to the first housing, and the second housing portion is rotatable via the hinge with respect to the first housing portion from a first position to a second position, and wherein the fan is operable for normal use in the first position and is accessible for maintenance in the second position. a main body including an air inlet and an air outlet, the main body defining an airflow passage between the air inlet and the air outlet; a fan disposed within the airflow passage; and a thermal element disposed within the airflow passage upstream of the fan, wherein the main body has a first face on which the air outlet is disposed, wherein the air inlet and thermal element are disposed at the periphery of the first face, wherein the fan is oriented such that the rotational axis of the fan is substantially perpendicular to the first face, wherein the first face is adapted so as to be exposed, in use, to a temperature-controlled space, wherein blades of the fan are designed so that the air conditioning unit provides a swirling air flow pattern with the air discharged straight from tips of the blades of the fan into the temperature controlled space in a pattern that spreads out in a circular flow, the thermal element is mounted to a first housing portion of the main body and the fan is mounted to a second housing portion of the main body, the second housing portion being hinged with respect to the first housing, and the second housing portion is rotatable via the hinge with respect to the first housing portion from a first position to a second position, and wherein the fan is operable for normal use in the first position and is accessible for maintenance in the second position.
A method for sending configuration information, comprising: determining, by a base station, configuration information of multiple channel state information reference signal, CSI-RS, resource groups, a CSI-RS resource group of the multiple CSI-RS resource groups comprises multiple CSI-RS resources, wherein the configuration information comprises a pilot pattern, a bandwidth, a frequency domain position, a cycle, and a subframe offset of each CSI-RS resource of the multiple CSI-RS resources for the CSI-RS resource group of the multiple CSI-RS resource groups; and sending, by the base station, the configuration information to a user equipment, wherein the configuration information is for synchronization tracking. determining, by a base station, configuration information of multiple channel state information reference signal, CSI-RS, resource groups, a CSI-RS resource group of the multiple CSI-RS resource groups comprises multiple CSI-RS resources, wherein the configuration information comprises a pilot pattern, a bandwidth, a frequency domain position, a cycle, and a subframe offset of each CSI-RS resource of the multiple CSI-RS resources for the CSI-RS resource group of the multiple CSI-RS resource groups; and sending, by the base station, the configuration information to a user equipment, wherein the configuration information is for synchronization tracking.
A nasal spray pharmaceutical formulation comprising between 0.40 mg and 2.4 mg of epinephrine, or a salt thereof, in a single dose of the nasal spray pharmaceutical formulation; wherein the nasal spray pharmaceutical formulation further comprises an absorption enhancer, wherein the absorption enhancer is an alkylglycoside; wherein the nasal spray pharmaceutical formulation is an aqueous solution; wherein the nasal spray pharmaceutical formulation has a pH between 3.0 and 5.0; and wherein the epinephrine, or the salt thereof, is the only pharmaceutically active compound in the pharmaceutical formulation. wherein the nasal spray pharmaceutical formulation further comprises an absorption enhancer, wherein the absorption enhancer is an alkylglycoside; wherein the nasal spray pharmaceutical formulation is an aqueous solution; wherein the nasal spray pharmaceutical formulation has a pH between 3.0 and 5.0; and wherein the epinephrine, or the salt thereof, is the only pharmaceutically active compound in the pharmaceutical formulation.
An inductor assembly suitable for use in a power conversion circuit, comprising: a magnetic core; a ribbon of conductor wound around the core to form a coil, wherein successive turns of the coil are insulated from each other; and a plurality of electrostatic screens (82, 83), each electrostatic screen being positioned between successive turns of the coil and being electrically insulated from the coil, wherein the electrostatic screens are disposed as independent sections along the conductor ribbon; wherein the electrostatic screens are each independently connected to electrical ground; characterised by an electrostatic screen of the plurality that is closest to a drive point of the assembly being independently connected to electrical ground via a damping resistor (100; 139) selected so as to have a value close to the value for critical damping of the tuned circuit formed by the electrostatic screen and electrical ground. a magnetic core; a ribbon of conductor wound around the core to form a coil, wherein successive turns of the coil are insulated from each other; and a plurality of electrostatic screens (82, 83), each electrostatic screen being positioned between successive turns of the coil and being electrically insulated from the coil, wherein the electrostatic screens are disposed as independent sections along the conductor ribbon; wherein the electrostatic screens are each independently connected to electrical ground; characterised by an electrostatic screen of the plurality that is closest to a drive point of the assembly being independently connected to electrical ground via a damping resistor (100; 139) selected so as to have a value close to the value for critical damping of the tuned circuit formed by the electrostatic screen and electrical ground.