mhurhangee/ep-ind-claims huggingface dataset:
An attachment organ for coupling a tool to an operating arm, which organ is superiorly associable to an end of an operating arm and inferiorly associable to a tool to be coupled to the operating arm, comprising: a frame, which exhibits a first transversal seating and a second transversal seating which are respectively predisposed for housing a first attachment pin and a second attachment pin of the tool in an operating attachment configuration; a locking hook which is mobile with respect to the frame and means for moving the locking hook, the locking hook being predisposed for closing on the first seating in the operating configuration of the attachment organ, exerting via a contact surface of the hook a blocking action on the first attachment pin housed internally of the first seating; the blocking action being further predisposed to maintain the second attachment pin blocked against a bottom surface of the second seating situated opposite, at least in the attachment configuration, to the contact surface of the locking hook; characterised in that it further comprises a safety block predisposed to prevent, in the attached configuration of the attachment organ, a disengagement of the second attachment pin from the second seating in a case in which the blocking action exerted by the blocking pin ceases to be active; the safety block comprising: a retractable tooth, mobile between a projecting position in which it at least partially occludes the second seating, preventing disengagement of the second attachment pin therefrom, and a retracted position, at which it does not hamper disengagement of the second attachment pin from the second seating; and means for maintaining the retractable tooth in the projecting position at least in the attachment configuration of the attachment organ; characterised in that the safety block further comprises an activating arm which is solidly constrained to the retractable tooth, the activating arm and the retractable tooth being rotatably associated, at a hinge axis (x) to the frame; the means for maintaining the retractable tooth in the projecting position comprising elastic means arranged between a non-hinged end of the activating arm and the frame.
A method for inserting an insert into a hole in a composite material made from a plurality of carbon fiber layers suspended in a resin matrix, the hole penetrating through the composite material, the method comprising: lowering a temperature of the insert to a reduced temperature at which a coefficient of thermal expansion of a material of the insert causes the insert to contract to a first perimeter; inserting the insert at the reduced temperature into the hole in the composite material; and permitting the temperature of the insert to increase from the reduced temperature to an operational temperature, wherein at the operational temperature, the coefficient of thermal expansion of the material of the insert causes the insert to expand to a second perimeter greater than the first perimeter so as to exert a radial force on walls of the hole so as to be retained within the composite material due to an interference between the insert and the composite material, the interference being such that structural load is transferred from the insert to the composite material and such that dislodging the insert at the operational temperature from the composite material results in damage to the composite material, wherein the insert is manufactured to within a typical tolerance of 0.0000127 m (0.0005") from its desired dimension, the insert comprising a PEEK material enhanced by carbon fibers. lowering a temperature of the insert to a reduced temperature at which a coefficient of thermal expansion of a material of the insert causes the insert to contract to a first perimeter; inserting the insert at the reduced temperature into the hole in the composite material; and permitting the temperature of the insert to increase from the reduced temperature to an operational temperature, wherein at the operational temperature, the coefficient of thermal expansion of the material of the insert causes the insert to expand to a second perimeter greater than the first perimeter so as to exert a radial force on walls of the hole so as to be retained within the composite material due to an interference between the insert and the composite material, the interference being such that structural load is transferred from the insert to the composite material and such that dislodging the insert at the operational temperature from the composite material results in damage to the composite material, wherein the insert is manufactured to within a typical tolerance of 0.0000127 m (0.0005") from its desired dimension, the insert comprising a PEEK material enhanced by carbon fibers.
A therapeutically effective amount of naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof for use in a method of treating overweight or obesity, wherein said naltrexone or pharmaceutically acceptable salt thereof is in a sustained release formulation and said bupropion or pharmaceutically acceptable salt thereof is in a sustained release formulation, the method comprising: administering said therapeutically effective amount of naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to an individual with food, wherein administration of the naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to subjects with food provides a 91% to 271% increase in naltrexone C max and a 70% to 107% increase in naltrexone AUC, compared to administration of the naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to subjects under fasted conditions. administering said therapeutically effective amount of naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to an individual with food, wherein administration of the naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to subjects with food provides a 91% to 271% increase in naltrexone C max and a 70% to 107% increase in naltrexone AUC, compared to administration of the naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to subjects under fasted conditions.
A handheld vacuum cleaner comprising; a housing; a handle extending from the housing; a suction nozzle opening including an inlet axis that extends centrally through the suction nozzle opening; a debris separator configured to separate debris from an airflow, the debris separator including an inlet having the inlet axis that extends centrally through the inlet and a debris outlet having an outlet axis that extends centrally through the debris outlet, the debris separator includes a generally horizontal cyclone having a cyclone axis that extends centrally through the generally horizontal cyclone when the handheld vacuum cleaner is set on a surface, the airflow rotatable about the cyclone axis to separate the debris from the airflow, the cyclone axis being generally perpendicular to the inlet axis; a suction source operable to generate the airflow, the suction source including a suction source axis, a motor, and a fan rotated by the motor about the suction source axis; a battery that powers the suction source; and a debris collector in fluid communication with the debris outlet, the debris collector configured to receive the debris separated from the airflow, the debris collector extending below the suction source during operation of the handheld vacuum cleaner, characterised in that said suction source axis is positioned at an obtuse angle relative to the inlet axis and perpendicular to the cyclone axis. a housing; a handle extending from the housing; a suction nozzle opening including an inlet axis that extends centrally through the suction nozzle opening; a debris separator configured to separate debris from an airflow, the debris separator including an inlet having the inlet axis that extends centrally through the inlet and a debris outlet having an outlet axis that extends centrally through the debris outlet, the debris separator includes a generally horizontal cyclone having a cyclone axis that extends centrally through the generally horizontal cyclone when the handheld vacuum cleaner is set on a surface, the airflow rotatable about the cyclone axis to separate the debris from the airflow, the cyclone axis being generally perpendicular to the inlet axis; a suction source operable to generate the airflow, the suction source including a suction source axis, a motor, and a fan rotated by the motor about the suction source axis; a battery that powers the suction source; and a debris collector in fluid communication with the debris outlet, the debris collector configured to receive the debris separated from the airflow, the debris collector extending below the suction source during operation of the handheld vacuum cleaner, characterised in that said suction source axis is positioned at an obtuse angle relative to the inlet axis and perpendicular to the cyclone axis.
A vinylidene fluoride, trifluoroethylene (TrFE) and 1,3,3,3-tetrafluoropropene terpolymer, said terpolymer having a Curie temperature lower than 90°C, as measured by differential scanning calorimetry at the maximum of the endotherm during the second temperature rise at the rate of 20°C/min.
A rotary feeder for bulk goods, particularly for sprayed concrete, having a rotor chamber, a rotor which is arranged in the rotor chamber and which is connected to a drive shaft in a rotationally fixed manner, and at least one cover (11A, 11B) which delimits the rotor chamber, wherein sealing means that are arranged between the cover (11A, 11B) and rotor are provided for connecting the cover (11A, 11B) to the rotor chamber in a sealed manner, wherein a pressure device is provided, using which the sealing means and/or a sealing means chamber comprising the sealing means can be loaded with a sealing-means overpressure, wherein the sealing means can be pressed more strongly onto at least one sealing-means contact surface that is assigned to the sealing means by means of the sealing-means overpressure, wherein the sealing means is arranged in an annular sealing-means groove, and wherein the sealing-means groove can be loaded with the sealing-means overpressure, characterized in that the sealing-means groove is arranged in the cover (11A, 11B) and on a sleeve which is arranged in the rotor chamber, is in sealing contact with the rotor and adjoins the cover (11A, 11B), wherein the sealing-means contact surface is located on the sleeve and on the rotor, and wherein the sealing means comprises a main seal and two auxiliary seals, wherein the first auxiliary seal is arranged on the sleeve and the second auxiliary seal is arranged in the sealing-means space in the region of the cover. a rotor chamber, a rotor which is arranged in the rotor chamber and which is connected to a drive shaft in a rotationally fixed manner, and at least one cover (11A, 11B) which delimits the rotor chamber, wherein sealing means that are arranged between the cover (11A, 11B) and rotor are provided for connecting the cover (11A, 11B) to the rotor chamber in a sealed manner, wherein a pressure device is provided, using which the sealing means and/or a sealing means chamber comprising the sealing means can be loaded with a sealing-means overpressure, wherein the sealing means can be pressed more strongly onto at least one sealing-means contact surface that is assigned to the sealing means by means of the sealing-means overpressure, wherein the sealing means is arranged in an annular sealing-means groove, and wherein the sealing-means groove can be loaded with the sealing-means overpressure, characterized in that the sealing-means groove is arranged in the cover (11A, 11B) and on a sleeve which is arranged in the rotor chamber, is in sealing contact with the rotor and adjoins the cover (11A, 11B), wherein the sealing-means contact surface is located on the sleeve and on the rotor, and wherein the sealing means comprises a main seal and two auxiliary seals, wherein the first auxiliary seal is arranged on the sleeve and the second auxiliary seal is arranged in the sealing-means space in the region of the cover.
A backlight unit, comprising: a bottom cover; a first layer disposed on the bottom cover, wherein the first layer is a substrate; a reflection layer disposed on the top of the first layer, the top being opposite to the bottom cover; a plurality of light sources (220,221) formed on the reflection layer or on the first layer in holes formed in the reflection layer; a second, light transmissive layer disposed on the top of the reflection layer and of the first layer such as to cover the plurality of light sources (220, 221); and a pattern formed on the reflection layer between two adjacent light sources (220, 221) to adjust the reflectance of the reflection layer; characterized in that a width of the pattern increases with increasing distance from one of the two adjacent light sources in the light emission direction of the light emitted by said one of the two adjacent light sources (220, 221) towards the other of the two adjacent light sources (220, 221), said width extending in a direction perpendicular to the light emission direction. a bottom cover; a first layer disposed on the bottom cover, wherein the first layer is a substrate; a reflection layer disposed on the top of the first layer, the top being opposite to the bottom cover; a plurality of light sources (220,221) formed on the reflection layer or on the first layer in holes formed in the reflection layer; a second, light transmissive layer disposed on the top of the reflection layer and of the first layer such as to cover the plurality of light sources (220, 221); and a pattern formed on the reflection layer between two adjacent light sources (220, 221) to adjust the reflectance of the reflection layer; characterized in that a width of the pattern increases with increasing distance from one of the two adjacent light sources in the light emission direction of the light emitted by said one of the two adjacent light sources (220, 221) towards the other of the two adjacent light sources (220, 221), said width extending in a direction perpendicular to the light emission direction.
A method for determining an average total magnetic field value during drilling comprising: providing a triaxial vector magnetometer, which preferably comprises three vector magnetometers (211, 212, 213), affixed to a drill string subassembly wherein the triaxial vector magnetometer is adapted to measure three orthogonal component magnetic fields; rotating the drill string subassembly; and determining the average total magnetic field value (B TwR) as an average magnitude of the instantaneous vector sum of the three orthogonal component magnetic fields during the step of rotating the drill string subassembly. providing a triaxial vector magnetometer, which preferably comprises three vector magnetometers (211, 212, 213), affixed to a drill string subassembly wherein the triaxial vector magnetometer is adapted to measure three orthogonal component magnetic fields; rotating the drill string subassembly; and determining the average total magnetic field value (B TwR) as an average magnitude of the instantaneous vector sum of the three orthogonal component magnetic fields during the step of rotating the drill string subassembly.
A method for forming a dimensionally stable three-dimensional shape into a sheet-like substrate of thermoplastic material comprising the steps of: a. providing a mould including a first die with a first template surface for contacting an upper surface of the substrate and a second die with a second template surface for contacting a lower surface of the substrate opposite the upper surface of the substrate; each template surface (11, 21) having an inverse of a desired shape to be transformed to the upper and lower surfaces (31, 32) of the substrate; and at least one of the first die and the second die being transparent to electromagnetic waves of a predetermined wavelength; b. providing at least one absorption layer (5, 5') being able to be heated by absorption of an electromagnetic irradiation (4, 4') of the predetermined wavelength and thereby heating the thermoplastic substrate to or above its glass transition temperature; c. placing the substrate between the first and the second die (1, 2) of the mould and closing the mould; d. irradiating the absorption layer (5, 5') with the electromagnetic irradiation (4, 4') in order to heat the thermoplastic substrate to or above its glass transition temperature during a sufficient time to transform the thermoplastic substrate into the three-dimensional shape. a. providing a mould including a first die with a first template surface for contacting an upper surface of the substrate and a second die with a second template surface for contacting a lower surface of the substrate opposite the upper surface of the substrate; each template surface (11, 21) having an inverse of a desired shape to be transformed to the upper and lower surfaces (31, 32) of the substrate; and at least one of the first die and the second die being transparent to electromagnetic waves of a predetermined wavelength; b. providing at least one absorption layer (5, 5') being able to be heated by absorption of an electromagnetic irradiation (4, 4') of the predetermined wavelength and thereby heating the thermoplastic substrate to or above its glass transition temperature; c. placing the substrate between the first and the second die (1, 2) of the mould and closing the mould; d. irradiating the absorption layer (5, 5') with the electromagnetic irradiation (4, 4') in order to heat the thermoplastic substrate to or above its glass transition temperature during a sufficient time to transform the thermoplastic substrate into the three-dimensional shape.
Device for depressurising at least one chamber (E1, E2) of a turbine engine intended to accommodate at least one bearing (7, 8) of a rotor of said turbine engine, said bearing being supplied with lubricating oil under pressure by a supply pump and by an oil supply pipe, and said device comprising at least one breather tube connected to said chamber in order to extract a mist of oil therefrom, an air-oil separator capable of separating the oil from the air in said mist and a jet pump connected pneumatically to said chamber by said breather tube and said air-oil separator, said pump comprising a pump tube into which there open a primary circuit supplied with a fluid under pressure by a fluid supply pipe and a secondary circuit connected to said air-oil separator in order to depressurise the chamber, the primary circuit comprising at least two pressurised-fluid injectors positioned in said pump tube and supplied independently of one another, characterised in that the injectors are rails perforated by injection holes, extending radially across the pump tube.
System for surveillance of persons, comprising at least one bag ' on which two different Machine-readable codes are arranged, an electronic database, and at least one optical Reader, wherein the optical reader is designed to the two machine-readable to record codes, the machine-readable codes or the data of the machine-readable codes in the electronic database are stored using the two different machine-readable codes embodied as a barcode, 2D code, where the data is a social security number or a Passport number of a person associated with the machine-readable code, wherein the data or an image or a link to a digital image or the machine-readable one have code associated person, the system being designed such that by the system after being read one of the machine-readable codes determines the image of the person associated with the machine-readable codeb. and this image is compared with the face of the person carrying bags captured by a camera.
Detector device for detecting a status of at least a first electronic element of an automotive lighting device, the detector device comprising a status detection unit configured to detect a status of the at least first electronic element and to generate a reference signal which depends at least on the status of the first electronic element; a comparison signal generator configured to generate a comparison signal; a comparison unit configured to generate a pulse-width modulation signal by comparing the reference signal with the comparison signal; and the detector device being characterized in that, the comparison unit is configured to generate the pulse-width modulation signal with a duty cycle, which depends on the reference signal, in such a way that different status signals make the status detection unit generate different reference signals and which make the comparison unit generate pulse-width modulation signals with different duty cycles.
A fitment comprising: a top portion, a base, and a channel extending through the top portion and the base for passage of a flowable material; the fitment composed of a polymeric composition comprising: (i) from 60 weight % to 90 weight % of a propylene-based polymer having a density of 0.900 g/cc, as measured in accordance with ASTM D792, and a melt flow rate greater than 10.0 g/10 min, as measured in accordance with ASTM D1238, Condition 230°C/2.16 kg; and (ii) from 40 weight % to 10 weight % of a propylene-based plastomer or elastomer ("PBPE") having a density less than 0.900 g/cc, as measured in accordance with ASTM D792, and a melt flow rate from 5 g/10 min to 30 g/10 min, as measured in accordance with ASTM D1238, Condition 230°C/2.16 kg. a top portion, a base, and a channel extending through the top portion and the base for passage of a flowable material; the fitment composed of a polymeric composition comprising: (i) from 60 weight % to 90 weight % of a propylene-based polymer having a density of 0.900 g/cc, as measured in accordance with ASTM D792, and a melt flow rate greater than 10.0 g/10 min, as measured in accordance with ASTM D1238, Condition 230°C/2.16 kg; and (ii) from 40 weight % to 10 weight % of a propylene-based plastomer or elastomer ("PBPE") having a density less than 0.900 g/cc, as measured in accordance with ASTM D792, and a melt flow rate from 5 g/10 min to 30 g/10 min, as measured in accordance with ASTM D1238, Condition 230°C/2.16 kg. (i) from 60 weight % to 90 weight % of a propylene-based polymer having a density of 0.900 g/cc, as measured in accordance with ASTM D792, and a melt flow rate greater than 10.0 g/10 min, as measured in accordance with ASTM D1238, Condition 230°C/2.16 kg; and (ii) from 40 weight % to 10 weight % of a propylene-based plastomer or elastomer ("PBPE") having a density less than 0.900 g/cc, as measured in accordance with ASTM D792, and a melt flow rate from 5 g/10 min to 30 g/10 min, as measured in accordance with ASTM D1238, Condition 230°C/2.16 kg.