mhurhangee/ep-ind-claims huggingface dataset:
Device to be applied in correspondence with a passage of a fluid, such as gas, water, oil or other liquid in general, preferably in correspondence with the end section of a passage of a fluid, said device comprising a containment body which is configured to be closed and/or wrapped around said passage and, inside said containment body, are housed: - at least one sensor for detecting movements and/or vibrations of said containment body, - at least one sensor for detecting variations in the angular orientation of said containment body, - at least an electronic processing unit which is electronically connected to said sensors (102, 103) and which is configured to receive the data detected by said sensors, said data being then intended to be used by said electronic processing unit and/or by an external electronic unit to identify tampering with said containment body, - wireless connection means of said electronic processing unit with at least one external electronic unit. and characterized in that said processing unit of said device is configured so that, when it identifies a trigger event, the acquisition/sampling frequency is increased, thus passing from a first acquisition/sampling frequency based on a second and higher acquisition/sampling frequency, of the signals coming from said at least one sensor to detect movements and/or vibrations of said containment body and coming from said at least one sensor to detect variations in the angular orientation of said containment body. - at least one sensor for detecting movements and/or vibrations of said containment body, - at least one sensor for detecting variations in the angular orientation of said containment body, - at least an electronic processing unit which is electronically connected to said sensors (102, 103) and which is configured to receive the data detected by said sensors, said data being then intended to be used by said electronic processing unit and/or by an external electronic unit to identify tampering with said containment body, - wireless connection means of said electronic processing unit with at least one external electronic unit.
An elevator, comprising: an elevator car; and a drive mechanism connected with the elevator car, the drive mechanism moving with the elevator car in a vertical direction, the drive mechanism including drive members that are configured to engage surfaces on walls near opposite sides of the elevator car, climb along the surfaces to selectively cause movement of the elevator car, and selectively prevent movement of the elevator car when the drive members remain in a selected position relative to the walls; and a controller that controls movement of the drive members; characterized by the controller being configured to adjust one of a torque or speed of rotation of at least one of the drive members to adjust a tilt of the elevator car. an elevator car; and a drive mechanism connected with the elevator car, the drive mechanism moving with the elevator car in a vertical direction, the drive mechanism including drive members that are configured to engage surfaces on walls near opposite sides of the elevator car, climb along the surfaces to selectively cause movement of the elevator car, and selectively prevent movement of the elevator car when the drive members remain in a selected position relative to the walls; and a controller that controls movement of the drive members; characterized by the controller being configured to adjust one of a torque or speed of rotation of at least one of the drive members to adjust a tilt of the elevator car.
A method comprising: receiving, from a survey administrator device associated with a survey administrator, a digital survey question corresponding to a digital survey to be administered to at least one respondent device associated with a respondent; analyzing, by at least one processor, the digital survey question to generate (208; 1004) a modified digital survey question corresponding to the digital survey question by: determining, using at least one processor, one or more survey attributes associated with the digital survey question, the survey attributes comprising one or more of: a survey identifier, a question identifier, question text; a question type and an answer format or a target audience; matching the one or more determined survey attributes (302, 304, 306, 308, 310) with one or more stored natural language phrases in a natural language phrase database that correspond to particular survey attributes; and generating (208; 1004), by the at least one processor, using text of the digital survey question, one or more survey attributes (302, 304, 306, 308, 310), and the matched one or more natural language phrases, a modified digital survey question; distributing the modified digital survey question to a respondent device by causing a voice transcription service to convert the modified digital survey question into an audio survey question and to provide the audio survey question to the respondent device; receiving, from the voice transcription service, a transcription of a verbal response from the respondent device; and generating, by the at least one processor, a survey result for the digital survey question based on an analysis of the transcription of the verbal response.. determining, using at least one processor, one or more survey attributes associated with the digital survey question, the survey attributes comprising one or more of: a survey identifier, a question identifier, question text; a question type and an answer format or a target audience; matching the one or more determined survey attributes (302, 304, 306, 308, 310) with one or more stored natural language phrases in a natural language phrase database that correspond to particular survey attributes; and generating (208; 1004), by the at least one processor, using text of the digital survey question, one or more survey attributes (302, 304, 306, 308, 310), and the matched one or more natural language phrases, a modified digital survey question; distributing the modified digital survey question to a respondent device by causing a voice transcription service to convert the modified digital survey question into an audio survey question and to provide the audio survey question to the respondent device; receiving, from the voice transcription service, a transcription of a verbal response from the respondent device; and generating, by the at least one processor, a survey result for the digital survey question based on an analysis of the transcription of the verbal response..
A combination (3000, 4000) capable of insertion about a surgically created cavity proximate to one or more vertebrae; said combination (3000, 4000) comprising: a) a biocompatible cage comprising: i) a length having a longitudinal axis; ii) a first end perimeter at a first end of said biocompatible cage; b) an end cap comprising: i) a border comprising four sides (4012, 4014, 4016, 4018) and ii) a plate extending in said lengthwise direction parallel said longitudinal axis away from said biocompatible cage and comprising at least one opening (4022, 4024) for receiving a fastener; characterized in that c) the first end perimeter at the first end of said biocompatible case creates a trapezoidal aperture; d) the end cap further comprisesa pair of opposed docking slides (4050, 4052) extending from said border in said lengthwise direction toward said biocompatible cage and capable of docking with said first end perimeter of said biocompatible cage; e) said biocompatible cage further comprises a plurality of spikes extending outwardly from said first end perimeter in said lengthwise direction; and f) said border of said end cap further comprises a first plurality of bores capable of aligning with some or all of said plurality of spikes. a) a biocompatible cage comprising: i) a length having a longitudinal axis; ii) a first end perimeter at a first end of said biocompatible cage; i) a length having a longitudinal axis; ii) a first end perimeter at a first end of said biocompatible cage; b) an end cap comprising: i) a border comprising four sides (4012, 4014, 4016, 4018) and ii) a plate extending in said lengthwise direction parallel said longitudinal axis away from said biocompatible cage and comprising at least one opening (4022, 4024) for receiving a fastener; characterized in that i) a border comprising four sides (4012, 4014, 4016, 4018) and ii) a plate extending in said lengthwise direction parallel said longitudinal axis away from said biocompatible cage and comprising at least one opening (4022, 4024) for receiving a fastener; characterized in that c) the first end perimeter at the first end of said biocompatible case creates a trapezoidal aperture; d) the end cap further comprisesa pair of opposed docking slides (4050, 4052) extending from said border in said lengthwise direction toward said biocompatible cage and capable of docking with said first end perimeter of said biocompatible cage; e) said biocompatible cage further comprises a plurality of spikes extending outwardly from said first end perimeter in said lengthwise direction; and f) said border of said end cap further comprises a first plurality of bores capable of aligning with some or all of said plurality of spikes.
A sealpot for a combustion power plant comprising: a downcomer standpipe which receives solids; a fluidizing and transporting bed having a first end connected to the downcomer standpipe and a second opposite end having a weir with a weir height (H weir) above which extends an expansion bed in use defining an expansion bed height (H bed expansion); a discharge standpipe disposed at the second opposite end of the fluidizing and transporting bed; and an orifice plate disposed between the fluidizing and transporting bed and the discharge standpipe separating the discharge standpipe from the fluidizing and transporting bed, the orifice plate having a plurality of apertures (210, 220) disposed at a height above the weir, the plurality of apertures (210, 220) allowing transport of fluidized solids and gas through the orifice plate, characterized in that the plurality of apertures (210, 220) comprises: at least one aperture for solids disposed below a maximum expansion bed height (H bed expansion) and at a height above the weir height (H weir); and at least one aperture for gas disposed at a height above the aperture for solids and above the maximum expansion bed height (H bed expansion). a downcomer standpipe which receives solids; a fluidizing and transporting bed having a first end connected to the downcomer standpipe and a second opposite end having a weir with a weir height (H weir) above which extends an expansion bed in use defining an expansion bed height (H bed expansion); a discharge standpipe disposed at the second opposite end of the fluidizing and transporting bed; and an orifice plate disposed between the fluidizing and transporting bed and the discharge standpipe separating the discharge standpipe from the fluidizing and transporting bed, the orifice plate having a plurality of apertures (210, 220) disposed at a height above the weir, the plurality of apertures (210, 220) allowing transport of fluidized solids and gas through the orifice plate, characterized in that the plurality of apertures (210, 220) comprises: at least one aperture for solids disposed below a maximum expansion bed height (H bed expansion) and at a height above the weir height (H weir); and at least one aperture for gas disposed at a height above the aperture for solids and above the maximum expansion bed height (H bed expansion). at least one aperture for solids disposed below a maximum expansion bed height (H bed expansion) and at a height above the weir height (H weir); and at least one aperture for gas disposed at a height above the aperture for solids and above the maximum expansion bed height (H bed expansion).
A steering column device, comprising: a first bracket for supporting a column tube that supports a steering shaft in a freely rotatable manner; a second bracket coupled to the first bracket and assembled onto a vehicle body so as to fix the column tube onto the vehicle body; and disengaging mechanisms provided on a right end portion and a left end portion of the second bracket and configured to allow the column tube to be disengaged from the vehicle body forward along a column axis direction under a set load when a secondary impact is caused in the event of collision of a vehicle, the first bracket, the second bracket, and the disengaging mechanism being integrated with one another under a state before the steering column device is assembled onto the vehicle body, characterized in that the first bracket and the second bracket are coupled to each other through an intermediation of a coupling mechanism in a relatively rotatable manner, wherein a rotation center of relative rotation, which is performed in the coupling mechanism, is set so as to intersect an axis center of the steering shaft, and wherein the coupling mechanism is set so as to allow the first bracket and the second bracket to perform relative rotation when an external force exceeding a predetermined value is applied to the disengaging mechanisms along the column axis direction under a state before the first bracket, the second bracket, and the disengaging mechanism are assembled onto the vehicle body. a first bracket for supporting a column tube that supports a steering shaft in a freely rotatable manner; a second bracket coupled to the first bracket and assembled onto a vehicle body so as to fix the column tube onto the vehicle body; and disengaging mechanisms provided on a right end portion and a left end portion of the second bracket and configured to allow the column tube to be disengaged from the vehicle body forward along a column axis direction under a set load when a secondary impact is caused in the event of collision of a vehicle, the first bracket, the second bracket, and the disengaging mechanism being integrated with one another under a state before the steering column device is assembled onto the vehicle body, characterized in that the first bracket and the second bracket are coupled to each other through an intermediation of a coupling mechanism in a relatively rotatable manner, wherein a rotation center of relative rotation, which is performed in the coupling mechanism, is set so as to intersect an axis center of the steering shaft, and wherein the coupling mechanism is set so as to allow the first bracket and the second bracket to perform relative rotation when an external force exceeding a predetermined value is applied to the disengaging mechanisms along the column axis direction under a state before the first bracket, the second bracket, and the disengaging mechanism are assembled onto the vehicle body.
Punch device, in particular turret punch press, - comprising a multi tool -- having an upper tool part with a plurality of upper tools (12, 14) which are actuable from a head side via a machine pusher of the punch device for workpiece-machining purposes, and -- having a lower tool part with a plurality of lower tools, -- wherein a workpiece is arrangeable between the upper tool part and the lower tool part, -- wherein in each case one of the lower tools interacts with an associated upper tool, characterised in that - the number of the upper tools (12, 14) is greater than the number of the lower tools, - the machine pusher of the punch device interacts simultaneously with a central upper-tool-part pusher and with in each case one of the upper tools (12, 14) on the head side. - comprising a multi tool -- having an upper tool part with a plurality of upper tools (12, 14) which are actuable from a head side via a machine pusher of the punch device for workpiece-machining purposes, and -- having a lower tool part with a plurality of lower tools, -- wherein a workpiece is arrangeable between the upper tool part and the lower tool part, -- wherein in each case one of the lower tools interacts with an associated upper tool, -- having an upper tool part with a plurality of upper tools (12, 14) which are actuable from a head side via a machine pusher of the punch device for workpiece-machining purposes, and -- having a lower tool part with a plurality of lower tools, -- wherein a workpiece is arrangeable between the upper tool part and the lower tool part, -- wherein in each case one of the lower tools interacts with an associated upper tool, - the number of the upper tools (12, 14) is greater than the number of the lower tools, - the machine pusher of the punch device interacts simultaneously with a central upper-tool-part pusher and with in each case one of the upper tools (12, 14) on the head side.
A vortex flowmeter comprising: a vortex generator; and a flow rate measuring unit placed downstream of the vortex generator and configured to detect a vortex generated by the vortex generator to measure a flow rate, the vortex flowmeter further comprising: a temperature sensing element; a body case; and a seal member, wherein the temperature sensing element includes: a metal temperature sensing case; and a temperature sensor, wherein the body case includes: a body passage in which the vortex generator is placed; and an insertion hole configured to allow the temperature sensing element to be fitted therein, the body passage and the insertion hole being communicated with each other, and the seal member mounted to seal between the temperature sensing element and an inner wall of the insertion hole, and wherein the temperature sensing element fitted in the insertion hole further includes a distal end face located close to the body passage, the distal end face being placed at either a position where the distal end face is flush with a passage surface of the body passage or a position more outside than the passage surface of the body passage in a radial direction of the body passage, characterised in that the temperature sensor is adhered to the metal temperature sensing case with an adhesive, and the insertion hole is located upstream of the vortex generator. a temperature sensing element; a body case; and a seal member, a metal temperature sensing case; and a temperature sensor, a body passage in which the vortex generator is placed; and an insertion hole configured to allow the temperature sensing element to be fitted therein, the body passage and the insertion hole being communicated with each other, and the seal member mounted to seal between the temperature sensing element and an inner wall of the insertion hole, and
A compound of Formula, pharmaceutically acceptable salts of a compound of Formula, or solvates of any of the foregoing, for use in treatment of irregular sleep-wake rhythm disorder in a subject in need thereof, wherein the compound of Formula is lemborexant.
A nonwoven vascular prosthesis with pleats in the vessel wall, wherein the vessel wall is made of a nonwoven fabric, characterized in that the vessel wall is made of polyurethane and in that the polyurethane is a thermoplastic polyurethane and soluble in solvent.
Method for treating final materials derived from paper mills, these final materials being collected at the outlet of disintegration machines, called pulpers, arranged to comminute, disintegrate, triturate recycled waste paper and cardboard to extract therefrom a paper stock composed of cellulose fibres and water which will feed a paper stock preparation circuit, these final materials further comprising cellulose fibres contaminated with various materials containing at least one fraction of metallic materials, one fraction of synthetic materials and one fraction of cellulose materials, method in which said final materials loaded with moisture to more than 50% by mass are recovered, in which the treatment operations of said method are carried out on said final materials loaded with moisture, and in which, among said treatment operations, at least the following operations are carried out chronologically: 1) shredding and/or comminuting said final materials loaded with moisture into calibrated packages, 2) mechanically separating said fraction of metallic materials from said final materials, in order to be able to recover it at least partially in the steel industry, 3) mechanical separating said fraction of synthetic materials from said fraction of cellulosic materials, to be able to recover it at least in plastics processing, and 4) mechanical separating the cellulose fibres from said fraction of cellulosic materials, to be able to recover them by reinjecting them into said circuit for preparing the paper stock of the paper mills. 1) shredding and/or comminuting said final materials loaded with moisture into calibrated packages, 2) mechanically separating said fraction of metallic materials from said final materials, in order to be able to recover it at least partially in the steel industry, 3) mechanical separating said fraction of synthetic materials from said fraction of cellulosic materials, to be able to recover it at least in plastics processing, and 4) mechanical separating the cellulose fibres from said fraction of cellulosic materials, to be able to recover them by reinjecting them into said circuit for preparing the paper stock of the paper mills.
A lighting device, comprising - a light source; - a connection structure (120, 120a, 120b) comprising a cap (122, 124) provided at an end thereof; and a transmission mechanism, - the cap is electrically connected with the light source and has a contact part for being inserted into an external socket, - the transmission mechanism comprises a driving component movably connected to a rotation component on which the cap is mounted, wherein a movement of the driving component relative to the rotation component causes the rotation component with the cap to rotate; characterized in that the lighting device further comprises a panel mechanically connected with the connection structure and movably connected with the driving component via a button provided on the panel. - a light source; - a connection structure (120, 120a, 120b) comprising a cap (122, 124) provided at an end thereof; and a transmission mechanism, - the cap is electrically connected with the light source and has a contact part for being inserted into an external socket, - the transmission mechanism comprises a driving component movably connected to a rotation component on which the cap is mounted, - the cap is electrically connected with the light source and has a contact part for being inserted into an external socket, - the transmission mechanism comprises a driving component movably connected to a rotation component on which the cap is mounted,
A method of preparing a graft copolymer comprising: 1) adding a conjugated diene-based monomer and performing emulsion polymerization to prepare a conjugated diene-based polymer latex; and 2) adding the conjugated diene-based polymer latex, an aromatic vinyl monomer, and a vinyl cyan monomer and performing emulsion polymerization to prepare a graft copolymer latex, wherein an emulsifier having an APHA color value of 50 or less and a critical micelle concentration of 1 to 50 g/l is added, wherein the APHA color value is determined according to ASTM D1209. 1) adding a conjugated diene-based monomer and performing emulsion polymerization to prepare a conjugated diene-based polymer latex; and 2) adding the conjugated diene-based polymer latex, an aromatic vinyl monomer, and a vinyl cyan monomer and performing emulsion polymerization to prepare a graft copolymer latex,