mhurhangee/ep-ind-claims huggingface dataset:
A probe for a surgical instrument used for cutting selected tissue in a body cavity while under visual inspection, said probe comprising: a proximal end connected to or connectable to a surgical handpiece, said proximal end being open so as to allow passage of optical system and a cutting tool extension system; a distal end, said distal end being closed; and a hollow length extending from said proximal end to said distal end, said hollow length having a flat top surface with a lateral aperture near said distal end through which a cutting blade can be extended and retracted under operation of the cutting tool extension system while visualizing tissue at said lateral aperture with said optical system, said flat top surface having a width dimension spanning a distance from a first side to a second side of said flat top surface, and a lower surface connected to said first side and said second side of said flat top surface, said lower surface being sized to permit a passage of an optical system and a cutting tool extension system between said flat top surface and said lower surface, characterized in, that said lower surface either i) being semi-circular in cross-section having an arc measuring 180 degrees, or ii) having sloped sides (18, 20) where a slope of each side beginning at said first and second sides of said flat top surface is greater than or equal to a 5 degree angle inward from a vertical line passing through said first and second sides of said flat top surface, wherein said lower surface at all points below said flat top surface at said first and second sides has a width which is less than said width dimension of said flat top surface. a proximal end connected to or connectable to a surgical handpiece, said proximal end being open so as to allow passage of optical system and a cutting tool extension system; a distal end, said distal end being closed; and a hollow length extending from said proximal end to said distal end, said hollow length having a flat top surface with a lateral aperture near said distal end through which a cutting blade can be extended and retracted under operation of the cutting tool extension system while visualizing tissue at said lateral aperture with said optical system, i) being semi-circular in cross-section having an arc measuring 180 degrees, or ii) having sloped sides (18, 20) where a slope of each side beginning at said first and second sides of said flat top surface is greater than or equal to a 5 degree angle inward from a vertical line passing through said first and second sides of said flat top surface,
A process for producing propylene oxide, which comprises supplying an organic peroxide and propylene to an epoxidation reactor in which a solid catalyst is packed thereby continuously producing propylene oxide through epoxidation reaction, wherein said process comprises cooling at least a part of the propylene to 0 to 50 °C thereby separating and removing water contained in the propylene, and supplying the propylene in which water has been separated and removed to the epoxidation reactor, wherein the propylene to be subjected to cooling contains (i) unreacted propylene recovered from a reaction mixture obtained after the epoxidation reaction, (ii) 0.01 to 0.5 % by weight of water, and (iii) an aldehyde, and wherein at least a part of the aldehyde is removed by said cooling a part of the propylene.
A method, performed by a user equipment, UE, of transmitting and receiving a signal in a wireless communication system, the method comprising: receiving (2g-20) timing advance command information from a base station in a first time slot; identifying all uplink bandwidth parts, BWPs, of a timing advance group to which the timing advance command information is applied; identifying (2g-40) a second time slot based on a minimum subcarrier spacing, SCS, among a plurality of SCSs of the all uplink BWPs; and adjusting (2g-45), based on the timing advance command information, uplink transmission timing in the second time slot. receiving (2g-20) timing advance command information from a base station in a first time slot; identifying all uplink bandwidth parts, BWPs, of a timing advance group to which the timing advance command information is applied; identifying (2g-40) a second time slot based on a minimum subcarrier spacing, SCS, among a plurality of SCSs of the all uplink BWPs; and adjusting (2g-45), based on the timing advance command information, uplink transmission timing in the second time slot.
A gear unit with housing part, module and antenna line, wherein the module is arranged in the interior region of the gear unit, wherein a signal generated by the module, in particular a high-frequency signal, is emitted by means of the antenna line and can be received by a receiver arranged outside the gear unit or can be transmitted to a receiver arranged outside the gear unit, characterised in that the antenna line is guided from the module through a cutout which passes through the housing part, wherein the cutout is a threaded bore into which a screw plug is screwed in, wherein the antenna line is guided through preferably centrally in the screw plug from the interior region of the gear unit to the outer surroundings of the gear unit.
A belt conveyor assembly comprising a guide roller comprising a roller surface and a roller axle, wherein the roller surface is composed of a number of axially movable segments, distributed over the circumference of the roller surface and secured from rotating around the roller axle, wherein the belt conveyor assembly comprises reset elements (2a, 2b), wherein the reset elements (2a, 2b) are configured to reset an axially displaced segment and return it to a central position, characterized in that the guide roller comprises a number of shafts, wherein each segment of the guide roller is connected to two or more shafts, wherein the guide roller comprises ball bushings for engaging the shafts, and wherein the shafts are arranged parallel to the roller axle.
Container handling machine for bottles or similar containers, comprising transport stars (2, 3; 12, 13, 14) and at least one primary star (3, 11) on which a plurality of handling stations are arranged, wherein the respective stars comprise a plurality of holding and/or gripping positions for a respective container, wherein at least one container transfer station is provided between adjacent stars, characterised in that at least one drive element is provided, which is arranged between at least two adjacent stars, by means of which at least two directly adjacent stars can be moved relative to one another, wherein respective centres of adjacent stars are movable relative to each other according to a determinable deviation due to operating conditions during the operation of the container handling machine.
Measuring arrangement, comprising at least one measuring resistor which is formed by a central portion and two end portions (10, 11), wherein the measuring resistor is of U-shaped or C-shaped design, wherein the end portions (10, 11) each have at least one cutout (20, 22), characterized in that at least one connector element (30, 36) is connected to the first end portion and a second connector element (31, 37) is connected to the second end portion for the purposes of connection to a cable and/or a terminal lug, and in that an injection-moulded encapsulation is arranged between the two end portions (10, 11) and/or partially in the cutout (20, 22).
A conductive polymer composition, said composition having a viscosity of less than 10 mPa.s at 20°C and comprising: - between 90% and 98% by volume based on the total volume of said composition of a solution of sodium poly(3,4-ethylenedioxythiophene)-poly(styrenesulfonate), and - between 2% and 10% by volume based on the total volume of an additive composition comprising: o between 2% and 5% by volume based on the total volume of all additives in the additive composition of a surfactant, o between 0.8% and 2% by volume based on the total volume of all additives in the additive composition of ethylene glycol, o between 0.4% and 1% by volume based on the total volume of all additives in the additive composition of ethanolamine, and o between 0.8% and 2% by volume based on the total volume of all additives in the additive composition of a glycerol. - between 90% and 98% by volume based on the total volume of said composition of a solution of sodium poly(3,4-ethylenedioxythiophene)-poly(styrenesulfonate), and - between 2% and 10% by volume based on the total volume of an additive composition comprising: o between 2% and 5% by volume based on the total volume of all additives in the additive composition of a surfactant, o between 0.8% and 2% by volume based on the total volume of all additives in the additive composition of ethylene glycol, o between 0.4% and 1% by volume based on the total volume of all additives in the additive composition of ethanolamine, and o between 0.8% and 2% by volume based on the total volume of all additives in the additive composition of a glycerol. o between 2% and 5% by volume based on the total volume of all additives in the additive composition of a surfactant, o between 0.8% and 2% by volume based on the total volume of all additives in the additive composition of ethylene glycol, o between 0.4% and 1% by volume based on the total volume of all additives in the additive composition of ethanolamine, and o between 0.8% and 2% by volume based on the total volume of all additives in the additive composition of a glycerol.
A device for coating a support, said device comprising: - a coating, preferably a damping coating, configured to cover said support, - a device for fixing the coating on the support, the fixing device comprising at least a first fixing element configured to be fixed directly on a surface of said support by anchoring means configured according to the nature of the support, characterised in that the fixing device is completely embedded in the mass of said coating. - a coating, preferably a damping coating, configured to cover said support, - a device for fixing the coating on the support, the fixing device comprising at least a first fixing element configured to be fixed directly on a surface of said support by anchoring means configured according to the nature of the support, characterised in that the fixing device is completely embedded in the mass of said coating.
A valve actuation mechanism, comprising: a valve member, wherein the valve member comprises: a hollow bore on the interior of the valve member; a movable rod (52;72) disposed within the bore; and an actuating mechanism attached to the movable rod; a plurality of links, each link having a proximal end and a distal end, the links being disposed adjacent the valve member; at least one roller connected to the distal end of each of the links, wherein the rollers contact a surface of the valve member; and at least one pivot for each of the links, wherein each pivot is positioned on the proximal end of the respective link; the valve actuation mechanism is characterised in that it further comprises an electronic protractor. a valve member, wherein the valve member comprises: a hollow bore on the interior of the valve member; a movable rod (52;72) disposed within the bore; and an actuating mechanism attached to the movable rod; a hollow bore on the interior of the valve member; a movable rod (52;72) disposed within the bore; and an actuating mechanism attached to the movable rod; a plurality of links, each link having a proximal end and a distal end, the links being disposed adjacent the valve member; at least one roller connected to the distal end of each of the links, wherein the rollers contact a surface of the valve member; and at least one pivot for each of the links, wherein each pivot is positioned on the proximal end of the respective link; the valve actuation mechanism is characterised in that it further comprises an electronic protractor.
A compound of the formula wherein X is CH or N; Q is CH 3 or H; R is or a pharmaceutically acceptable salt thereof, X is CH or N; Q is CH 3 or H; R is or a pharmaceutically acceptable salt thereof,
Method for producing a housing of an E-axle module having at least one electric machine and a transmission, wherein the electric machine is cooled by means of a cooling circuit, wherein, in the housing, at least one cooling channel extends in at least one housing wall from a first transfer point to at least one further transfer point, the cooling channel running along thermally critical bearing points (30, 32), and wherein the at least one cooling channel comprises at least one channel section and a further channel section which are fluidically connected to one another at a deflection point, characterized in that the method makes provision that the channel sections (34, 36) are produced during the primary shaping of the housing and are finished in terms of diameter and length by machining in mutually different machining directions (40, 42).
A system comprising: (a) an alumina storage unit comprising an alumina feedstock; (b) an alumina supply member (20, 220) in communication with the alumina storage unit and an aluminum electrolysis cell containing an electrolyte, wherein the alumina feedstock of the alumina storage unit is configured to periodically flow through the alumina supply member (20, 220) and to the aluminum electrolysis cell; (c) a measurement device in communication with the alumina supply member (20, 220), wherein the measurement device is configured to measure a supply member property indicative of a property of the alumina feedstock passing through the supply member (20, 220) and to transmit a first signal to a processor, wherein the processor is configured to receive the first signal and to output supply member property data based, at least in part, on the first signal; and (d) a data analyzer configured to analyze the supply member property data and to output a predicted alumina property based on the supply member property data, wherein the alumina supply member (20, 220) comprises a passageway (127, 227) having a distal end portion, a proximal end portion and a middle portion, wherein the distal end portion is disposed in direction of and in communication with the alumina storage unit, wherein the proximal end portion is disposed in direction of and in communication with the aluminum electrolysis cell, and wherein the middle portion is disposed between the distal end portion and the proximal end portion, wherein the middle portion comprises a first diameter (128, 228), and wherein the distal end portion comprises a second diameter (129, 229), the first diameter (128, 228) being smaller than the second diameter (129, 229), and wherein the predicted alumina property comprises an alumina flowability. (a) an alumina storage unit comprising an alumina feedstock; (b) an alumina supply member (20, 220) in communication with the alumina storage unit and an aluminum electrolysis cell containing an electrolyte, wherein the alumina feedstock of the alumina storage unit is configured to periodically flow through the alumina supply member (20, 220) and to the aluminum electrolysis cell; (c) a measurement device in communication with the alumina supply member (20, 220), wherein the measurement device is configured to measure a supply member property indicative of a property of the alumina feedstock passing through the supply member (20, 220) and to transmit a first signal to a processor, wherein the processor is configured to receive the first signal and to output supply member property data based, at least in part, on the first signal; and (d) a data analyzer configured to analyze the supply member property data and to output a predicted alumina property based on the supply member property data,
Method of controlling the electric motor of a hand-held power tool, comprising the steps: presetting a setpoint speed for the electric motor, varying the preset setpoint speed by a value within a defined range of variation after a given period of time in order to provide a varied setpoint speed, and adjusting the actual speed of the electric motor to the varied setpoint speed provided, characterised in that the preset setpoint speed is varied after a given definable period of time, wherein each period of time is defined by means of a random generator. presetting a setpoint speed for the electric motor, varying the preset setpoint speed by a value within a defined range of variation after a given period of time in order to provide a varied setpoint speed, and adjusting the actual speed of the electric motor to the varied setpoint speed provided, characterised in that the preset setpoint speed is varied after a given definable period of time, wherein each period of time is defined by means of a random generator.
A dual mode choke coil comprising: - a lower core made of a magnetic substance, in which four columnar bodies (5a-5d) whose respective axes are upright are placed on a quadrilateral square of a flat plate, the columnar bodies being such that a first columnar body and a second columnar body are arranged in parallel to a third columnar body and a fourth columnar body; - a first coil in which the winding direction of a first coil conductor wound around the first columnar body and the winding direction of a third coil conductor wound around the third columnar body are different to each other, - a second coil in which the winding direction of a second coil conductor wound around the second columnar body and the winding direction of a fourth coil conductor wound around the fourth columnar body are different to each other, - a first upper core made of a magnetic substance, which is brought in contact with upper portions of the first columnar body and the second columnar body; and - a second upper core made of a magnetic substance, which is brought in contact with upper portions of the third columnar body and the fourth columnar body, - wherein the first upper core and the second upper core are arranged with a gap formed therebetween; and - wherein the winding direction of the first coil conductor and the winding direction of the second coil conductor are different, characterized in that the first coil conductor and the third coil conductor are connected in parallel, and the second coil conductor and the fourth coil conductor are connected in parallel. - a lower core made of a magnetic substance, in which four columnar bodies (5a-5d) whose respective axes are upright are placed on a quadrilateral square of a flat plate, the columnar bodies being such that a first columnar body and a second columnar body are arranged in parallel to a third columnar body and a fourth columnar body; - a first coil in which the winding direction of a first coil conductor wound around the first columnar body and the winding direction of a third coil conductor wound around the third columnar body are different to each other, - a second coil in which the winding direction of a second coil conductor wound around the second columnar body and the winding direction of a fourth coil conductor wound around the fourth columnar body are different to each other, - a first upper core made of a magnetic substance, which is brought in contact with upper portions of the first columnar body and the second columnar body; and - a second upper core made of a magnetic substance, which is brought in contact with upper portions of the third columnar body and the fourth columnar body, - wherein the first upper core and the second upper core are arranged with a gap formed therebetween; and - wherein the winding direction of the first coil conductor and the winding direction of the second coil conductor are different, characterized in that
Method for the production of porous inorganic molded bodies comprising the following steps: a) producing a foamed slurry containing (i) ceramic powder particles, (ii) at least one associative thickener, (iii) at least one foam stabilizer, and (iv) water, wherein the components (i) to (iii) are introduced into the water simultaneously or one after the other in any order and the aqueous mixture is mechanically foamed after the introduction of one, of two or of all three of the components (i) to (iii), wherein the component (ii) is introduced into the water before mechanical foaming, b) producing a foam green body, wherein the foamed slurry is placed in a casting mold and is pre-hardened therein by means of a heat treatment, c) sintering the foam green body, whereby a porous inorganic molded body is obtained, wherein the foamed ceramic slurry produced in step a) contains 0.5 to 5% by weight of the at least one associative thickener, based on the total mass of the foamed ceramic slurry. a) producing a foamed slurry containing (i) ceramic powder particles, (ii) at least one associative thickener, (iii) at least one foam stabilizer, and (iv) water, wherein the components (i) to (iii) are introduced into the water simultaneously or one after the other in any order and the aqueous mixture is mechanically foamed after the introduction of one, of two or of all three of the components (i) to (iii), wherein the component (ii) is introduced into the water before mechanical foaming, (i) ceramic powder particles, (ii) at least one associative thickener, (iii) at least one foam stabilizer, and (iv) water, b) producing a foam green body, wherein the foamed slurry is placed in a casting mold and is pre-hardened therein by means of a heat treatment, c) sintering the foam green body, whereby a porous inorganic molded body is obtained,