mhurhangee/ep-ind-claims huggingface dataset:
A seam welding robot (1, 1a to 1d), comprising: a robot arm; and a welding unit that is coupled to the robot arm and includes a pair of roller electrodes (31, 32), wherein the pair of roller electrodes (31, 22) is configured to rotate following motion of the robot arm while sandwiching and pressurizing welding targets, wherein the welding unit does not include any motor that rotates and drives the first roller electrode and the second roller electrode, the welding unit passes a welding electric current between the pair of roller electrodes (31, 32) to seam-weld the welding targets, and a servo motor configured to pressurize a peripheral edge portion of one roller electrode toward a peripheral edge portion of the other roller electrode. a robot arm; and a welding unit that is coupled to the robot arm and includes a pair of roller electrodes (31, 32), wherein the pair of roller electrodes (31, 22) is configured to rotate following motion of the robot arm while sandwiching and pressurizing welding targets, wherein the welding unit does not include any motor that rotates and drives the first roller electrode and the second roller electrode, the welding unit passes a welding electric current between the pair of roller electrodes (31, 32) to seam-weld the welding targets, and a servo motor configured to pressurize a peripheral edge portion of one roller electrode toward a peripheral edge portion of the other roller electrode.
Mesh nebulizer (100, 200) comprising a dosing unit (105, 205) for providing a predetermined amount of a therapeutic agent and a grid, wherein a liquid surface of the therapeutic agent can be covered with the grid, wherein the therapeutic agent is atomised with the grid by applying ultrasound thereto, wherein the therapeutic agent is supplied in a portion container (300, 300') to be opened by means of pressure; wherein the dosing unit (105, 205) comprises a receiving chamber (403, 503) with a dosing opening for dispensing the therapeutic agent, an opening for inserting a portion container (300, 300') and a closure body (410, 610) for the opening; wherein the closure body (410, 610) is adapted to be moved from an open position, in which the closure body (410, 610) exposes the opening, to a closed position, in which the closure body (410, 610) closes the opening; and wherein the closure body (410, 610) is further adapted to be moved from the closed position to an emptying position in which the closure body (410, 610) applies pressure to the portion container (300, 300') to open and release the therapeutic agent and deliver it to an aerosol generator. wherein the therapeutic agent is supplied in a portion container (300, 300') to be opened by means of pressure; wherein the dosing unit (105, 205) comprises a receiving chamber (403, 503) with a dosing opening for dispensing the therapeutic agent, an opening for inserting a portion container (300, 300') and a closure body (410, 610) for the opening; wherein the closure body (410, 610) is adapted to be moved from an open position, in which the closure body (410, 610) exposes the opening, to a closed position, in which the closure body (410, 610) closes the opening; and wherein the closure body (410, 610) is further adapted to be moved from the closed position to an emptying position in which the closure body (410, 610) applies pressure to the portion container (300, 300') to open and release the therapeutic agent and deliver it to an aerosol generator.
A method of casing a wellbore of a hydrocarbon well, the method comprising: disposing a casing print head in a wellbore of the hydrocarbon well, the casing print head including multiple nozzles; and conducting a downhole casing operation comprising: operating the casing print head to eject casing material from a second subset of the nozzles (904f, 904g) to form a casing tubular in the wellbore; and operating the casing print head to eject casing liner material from a first subset of the nozzles (904a-904e) into an annular region located between the casing tubular and a wall of the wellbore to form a casing liner in the annular region, the casing tubular and the casing liner forming a casing of the wellbore. disposing a casing print head in a wellbore of the hydrocarbon well, the casing print head including multiple nozzles; and conducting a downhole casing operation comprising: operating the casing print head to eject casing material from a second subset of the nozzles (904f, 904g) to form a casing tubular in the wellbore; and operating the casing print head to eject casing liner material from a first subset of the nozzles (904a-904e) into an annular region located between the casing tubular and a wall of the wellbore to form a casing liner in the annular region, the casing tubular and the casing liner forming a casing of the wellbore. operating the casing print head to eject casing material from a second subset of the nozzles (904f, 904g) to form a casing tubular in the wellbore; and operating the casing print head to eject casing liner material from a first subset of the nozzles (904a-904e) into an annular region located between the casing tubular and a wall of the wellbore to form a casing liner in the annular region, the casing tubular and the casing liner forming a casing of the wellbore.
A laundry washer-dryer comprising a body; a tub wherein the washing and drying processes are performed; a housing which is provided on the body, which receives a detergent dispenser suitable for loading detergent, and which has a flushing unit which supplies water into the dispenser; and a drying air duct which has an air inlet which receives the air from the tub and an air outlet which delivers the air into the tub, and wherein a fan which provides the circulation of the drying air is disposed, an opening which is provided on the drying air duct; a flow port which is provided on the housing and which opens into the housing; and at least one delivery line which is connected to the flow port at one end and to the opening at the other end and which provides fluidical connection between the housing and the drying air duct, characterized by a gap which remains in the housing between the dispenser and the housing when the dispenser is inside the housing, and the flow port which opens into the gap.
A composition comprising a compound or a pharmaceutically acceptable salt thereof having at least one of androgen receptor-downregulating activity and androgen receptor-degrading activity, for use in the treatment of pancreatic cancer in a patient, wherein the compound is of formula or or a pharmaceutically acceptable salt thereof.
A thickening composition comprising: an electrolyte; and cellulose fibers having an average fiber diameter of 0.001 to 100 μm and containing hemicellulose and amorphous regions, characterized in that a ratio (L/D) of an average fiber length to the average fiber diameter is 5 to 500, and in that the cellulose is derived from broadleaf trees. an electrolyte; and cellulose fibers having an average fiber diameter of 0.001 to 100 μm and containing hemicellulose and amorphous regions, characterized in that a ratio (L/D) of an average fiber length to the average fiber diameter is 5 to 500, and in that the cellulose is derived from broadleaf trees.
A ball valve, comprising a valve housing that has at least two fluid connection points (12, 14) and a ferromagnetic valve ball located in the valve housing, which valve ball can be rotatably actuated into switched positions by means of a switching shaft, at least part of which engages in the valve housing, in which switched positions a fluid connection between fluid connection points (12, 14) is released or blocked via a fluid passage of the valve ball, a sensor arrangement (52, 54) being provided which identifies the respective switched position of the valve ball by reading off positional information (48, 50) located thereon, and which has two sensors (52, 54) inserted into the valve housing, inductive proximity switches (52, 54) being provided as sensors which identify the position of a depression, aligned with a sensor (52, 54) and preferably in the form of a blind hole (48, 50), which is provided in the outer surface of the valve ball in order to generate a switch signal.
An aerosol generating device (100, 200, 300, 400), the aerosol generating device (100, 200, 300, 400) defining a flow path from an air inlet (109, 209, 309, 409) to an inhalable medium outlet (134, 234, 334, 444), the aerosol generating device (100, 200, 300, 400) comprising: a container (108, 208, 308, 408) for containing a liquid (116, 216, 316, 416); a wick (107, 207, 307, 407) for drawing said liquid (116, 216, 316, 416) from the container (108, 208, 308, 408) into the flow path; a heating element (114, 214, 314, 414), upstream of the wick (107, 207, 307, 407), the heating element (114, 214, 314, 414) being for heating inlet air from the air inlet (109, 209, 309, 409) to generate, in use, a flow of heated air in the flow path; wherein the aerosol generating device (100, 100, 200, 300, 400) is arranged such that, in use, said flow of heated air generated in use passes over the wick (107, 207, 307, 407) to volatilise said liquid to generate, in use, a flow of aerosol in the flow path; and further comprising: a receiving portion (101, 201, 301, 401) in the flow path, downstream of the wick (107, 207, 307, 407), the receiving portion (101, 201, 301, 401) having received therein an element (124, 224, 324, 424) for modifying one or more of an organoleptic property of said flow of aerosol, a flavour of the aerosol, and the pH of the aerosol passing therethrough in use. a container (108, 208, 308, 408) for containing a liquid (116, 216, 316, 416); a wick (107, 207, 307, 407) for drawing said liquid (116, 216, 316, 416) from the container (108, 208, 308, 408) into the flow path; a heating element (114, 214, 314, 414), upstream of the wick (107, 207, 307, 407), the heating element (114, 214, 314, 414) being for heating inlet air from the air inlet (109, 209, 309, 409) to generate, in use, a flow of heated air in the flow path; wherein the aerosol generating device (100, 100, 200, 300, 400) is arranged such that, in use, said flow of heated air generated in use passes over the wick (107, 207, 307, 407) to volatilise said liquid to generate, in use, a flow of aerosol in the flow path; and further comprising: a receiving portion (101, 201, 301, 401) in the flow path, downstream of the wick (107, 207, 307, 407), the receiving portion (101, 201, 301, 401) having received therein an element (124, 224, 324, 424) for modifying one or more of an organoleptic property of said flow of aerosol, a flavour of the aerosol, and the pH of the aerosol passing therethrough in use.
A Base Station, BS, in a Broadband Wireless Access, BWA, system, comprising: a manager for managing UpLink, UL, control region allocation information of adjacent BSs; a scheduler for scheduling resources and controlling periodic transmission of UL control region allocation information according to a transmission period of more than one frame if a UL control region of the BS is the same as UL control regions of the adjacent BSs, and for controlling allocation information transmission of an initial ranging region of the UL control regions in every frame and periodic allocation information transmission of remaining control regions of the UL control regions according to a transmission period of one or more frames if the UL control regions of the BS is different from the UL control regions of any one of the adjacent BSs; and a control information generator for periodically generating UL control region allocation information under the control of the scheduler. a manager for managing UpLink, UL, control region allocation information of adjacent BSs; a scheduler for scheduling resources and controlling periodic transmission of UL control region allocation information according to a transmission period of more than one frame if a UL control region of the BS is the same as UL control regions of the adjacent BSs, and for controlling allocation information transmission of an initial ranging region of the UL control regions in every frame and periodic allocation information transmission of remaining control regions of the UL control regions according to a transmission period of one or more frames if the UL control regions of the BS is different from the UL control regions of any one of the adjacent BSs; and a control information generator for periodically generating UL control region allocation information under the control of the scheduler.
An annuloplasty implant comprising a plurality of individual wires (101, 102, 103) each extending in a longitudinal direction of said implant between first and second opposite ends (104, 105) of said implant, a locking unit (107, 107') arranged at at least one of said first and second ends, said locking unit comprises a locking structure being connected to said plurality of individual wires, thereby collecting said plurality of individual wires together at at least one of said first and second ends, said locking structure being configured to allow a relative movement between at least two of said plurality of individual wires inside said locking structure, characterized in that; said relative movement is a rotating movement. a plurality of individual wires (101, 102, 103) each extending in a longitudinal direction of said implant between first and second opposite ends (104, 105) of said implant, a locking unit (107, 107') arranged at at least one of said first and second ends, said locking unit comprises a locking structure being connected to said plurality of individual wires, thereby collecting said plurality of individual wires together at at least one of said first and second ends, said locking structure being configured to allow a relative movement between at least two of said plurality of individual wires inside said locking structure, characterized in that; said relative movement is a rotating movement.
A process for the synthesis of an unsaturated product by cross metathesis between a first unsaturated compound comprising at least 8 carbon atoms and a second unsaturated compound comprising less than 8 carbon atoms, the first unsaturated compound being capable of producing an unsaturated coproduct comprising more than 14 carbon atoms, by homometathesis, said process comprising at least one production phase which comprises: - feeding a reactor with the first unsaturated compound; - feeding the reactor with the second unsaturated compound; - feeding the reactor with at least a first metathesis catalyst, then feeding the reactor with at least a second metathesis catalyst; - withdrawing a product stream arising from the reactor; the turnover number of the first catalyst being higher than the turnover number of the second catalyst so as to achieve the same target degree of conversion of the first unsaturated compound, the turnover numbers of the catalysts being determined under temperature, pressure, stoichiometry and reagent concentration conditions identical to those of the production phase. - feeding a reactor with the first unsaturated compound; - feeding the reactor with the second unsaturated compound; - feeding the reactor with at least a first metathesis catalyst, then feeding the reactor with at least a second metathesis catalyst; - withdrawing a product stream arising from the reactor;
A laser irradiation apparatus which comprises a condensing optical system for condensing a laser beam generated by a laser oscillator at a predetermined focal point, a deflection optical system for deflecting the laser beam generated from the condensing optical system with a predetermined deflection angle, and a driving means for rotationally driving the deflection optical system around a rotation axis provided substantially in parallel to an optical axis of the condensing optical system, wherein the driving means has an air motor which converts an energy possessed by a gas supplied from a gas supplying source into a rotational force, characterized in that the apparatus has an air guiding means for guiding the exhaust of the air motor to an optical element contained in at least one of the deflection optical system and the condensing optical system. a condensing optical system for condensing a laser beam generated by a laser oscillator at a predetermined focal point, a deflection optical system for deflecting the laser beam generated from the condensing optical system with a predetermined deflection angle, and a driving means for rotationally driving the deflection optical system around a rotation axis provided substantially in parallel to an optical axis of the condensing optical system, wherein the driving means has an air motor which converts an energy possessed by a gas supplied from a gas supplying source into a rotational force, characterized in that the apparatus has an air guiding means for guiding the exhaust of the air motor to an optical element contained in at least one of the deflection optical system and the condensing optical system.
An hydraulic oil reservoir assembly comprising: a main hydraulic oil reservoir having a lower portion and an upper portion, the main hydraulic reservoir having a main port formed in the upper portion thereof; a main vent conduit having a first end which communicates the main port, the main vent conduit extending away from the first end, the main vent conduit having a first resistance to air flow therethrough; an auxiliary hydraulic oil reservoir (14, 16) having a lower portion and an upper portion, the auxiliary hydraulic reservoir having an auxiliary port formed in the upper portion thereof, the lower portion of the auxiliary hydraulic oil reservoir being communicated with the lower portion of the main hydraulic oil reservoir; a breather vent which is in communication with atmosphere; characterized in that the auxiliary hydraulic oil reservoir comprises a vent pipe which communicates the auxiliary port with the breather vent, the vent pipe having a second resistance to air flow therethrough, the first resistance being greater than the second resistance so that fluid will release faster from the auxiliary hydraulic oil reservoir than from the main hydraulic oil reservoir. a main hydraulic oil reservoir having a lower portion and an upper portion, the main hydraulic reservoir having a main port formed in the upper portion thereof; a main vent conduit having a first end which communicates the main port, the main vent conduit extending away from the first end, the main vent conduit having a first resistance to air flow therethrough; an auxiliary hydraulic oil reservoir (14, 16) having a lower portion and an upper portion, the auxiliary hydraulic reservoir having an auxiliary port formed in the upper portion thereof, the lower portion of the auxiliary hydraulic oil reservoir being communicated with the lower portion of the main hydraulic oil reservoir; a breather vent which is in communication with atmosphere; characterized in that the auxiliary hydraulic oil reservoir comprises a vent pipe which communicates the auxiliary port with the breather vent, the vent pipe having a second resistance to air flow therethrough, the first resistance being greater than the second resistance so that fluid will release faster from the auxiliary hydraulic oil reservoir than from the main hydraulic oil reservoir.
A one-component-foam formulation comprising an isocyanate compound, a polyol, an amine catalyst, an emulsifier, a cell opener, surfactant and propellant wherein the propellant is present at a concentration in a range of from 5 to 35 weight-percent of the total one-component-foam formulation weight and that is at least 50 weight-percent non-liquefied inert gases based on total propellant weight, the surfactant is a silicone glycol copolymer and the cell opener is present at a concentration in a range from greater than zero weight-percent to less than 0.01 weight-percent based on polyol weight.
An apparatus comprising: a platform; a fluid source associated with the platform and configured to dispense a fluid; an arm associated with the platform and configured to extend from the platform; an applicator associated with the arm and configured to receive the fluid dispensed by the fluid source in which the applicator is configured for use in applying the fluid onto a surface; and an applicator movement system configured to move the applicator, wherein the applicator movement system comprises a first movement system configured to rotate the applicator about an applicator axis through the applicator independently of the arm, wherein the applicator movement system comprises a second movement system configured to rotate the arm about an axis through the arm, wherein rotation of the arm about the axis through the arm causes rotation of the applicator about the axis through the arm; wherein the applicator is a brush and the fluid is sealant; and wherein the apparatus is an end effector configured for attachment to a robotic arm. a platform; a fluid source associated with the platform and configured to dispense a fluid; an arm associated with the platform and configured to extend from the platform; an applicator associated with the arm and configured to receive the fluid dispensed by the fluid source in which the applicator is configured for use in applying the fluid onto a surface; and an applicator movement system configured to move the applicator, wherein the applicator movement system comprises a first movement system configured to rotate the applicator about an applicator axis through the applicator independently of the arm, wherein the applicator movement system comprises a second movement system configured to rotate the arm about an axis through the arm, wherein rotation of the arm about the axis through the arm causes rotation of the applicator about the axis through the arm; wherein the applicator is a brush and the fluid is sealant; and wherein the apparatus is an end effector configured for attachment to a robotic arm.
Apparatus for processing logs, which apparatus comprises - conveying means for conveying a log in the apparatus, - a chipping canter, which comprises two chipping head assemblies for chipping the opposite sides of a log, and - a sawing unit, which comprises at least two circular blades (5, 5') for sawing the log on at least one side, which circular blades (5, 5') of the sawing unit are situated before the chipping canter in the conveying direction of a log, - and in which apparatus the chipping head assemblies are installed on different shafts than the circular blades (5, 5'), and the circular blades (5, 5') are situated at the same point in the width direction of the log as the inner ends of the chipping head assemblies, i.e. the ends facing the center part of the log, characterized in that the circular blades (5, 5') of the sawing unit are arranged to, before chipping, partly saw off from the log the parts of the log that are to be chipped with the chipping head assemblies, and that the chipping head assemblies are provided with head saw blades for, before chipping, sawing off the parts to be chipped from the log. - conveying means for conveying a log in the apparatus, - a chipping canter, which comprises two chipping head assemblies for chipping the opposite sides of a log, and - a sawing unit, which comprises at least two circular blades (5, 5') for sawing the log on at least one side, which circular blades (5, 5') of the sawing unit are situated before the chipping canter in the conveying direction of a log, - and in which apparatus the chipping head assemblies are installed on different shafts than the circular blades (5, 5'), and the circular blades (5, 5') are situated at the same point in the width direction of the log as the inner ends of the chipping head assemblies, i.e. the ends facing the center part of the log,