mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for use in negative pressure wound therapy, comprising: a pump system comprising: a pump assembly comprising a pump chamber having an interior surface, an exterior surface, a first side, a second side generally opposite the first side, an inlet and an outlet; a first magnetic actuator coupled to the first side of the pump chamber; a second magnetic actuator coupled to the second side of the pump chamber, wherein one or both of the first and second magnetic actuators is an electromagnet that is actuatable to generate a magnetic field that applies a force on one of both of the first and second magnetic actuators to move the pump chamber between an extended position and a collapsed position to pump a fluid through the chamber; and characterized in that the pump chamber is defined by a first membrane and a second membrane, the membranes made of a flexible material and configured to move toward each other when the pump chamber moves toward the collapsed position and to move away from each other when the pump chamber moves toward the extended position. a pump system comprising: a pump assembly comprising a pump chamber having an interior surface, an exterior surface, a first side, a second side generally opposite the first side, an inlet and an outlet; a first magnetic actuator coupled to the first side of the pump chamber; a second magnetic actuator coupled to the second side of the pump chamber, a pump chamber having an interior surface, an exterior surface, a first side, a second side generally opposite the first side, an inlet and an outlet; a first magnetic actuator coupled to the first side of the pump chamber; a second magnetic actuator coupled to the second side of the pump chamber, wherein one or both of the first and second magnetic actuators is an electromagnet that is actuatable to generate a magnetic field that applies a force on one of both of the first and second magnetic actuators to move the pump chamber between an extended position and a collapsed position to pump a fluid through the chamber; and characterized in that the pump chamber is defined by a first membrane and a second membrane, the membranes made of a flexible material and configured to move toward each other when the pump chamber moves toward the collapsed position and to move away from each other when the pump chamber moves toward the extended position.
A memory, comprising several memory banks, wherein the bank comprises a plurality of memory cell subarrays disposed in a column, each memory cell subarray comprises memory cells disposed in an array, memory cells located in a same row in the memory cell subarray are connected to a same word line, and memory cells located in a same column are connected to a same bit line; a sense amplifier and a switch unit are disposed in a row at spacings between adjacent memory cell subarrays, and between adjacent memory cell subarrays, a sense amplifier is disposed on one bit line of every two adjacent bit lines, and the other bit line is connected to a switch unit in series; and on a same bit line, the sense amplifier and the switch unit are alternately disposed between the memory cell subarrays. a sense amplifier and a switch unit are disposed in a row at spacings between adjacent memory cell subarrays, and between adjacent memory cell subarrays, a sense amplifier is disposed on one bit line of every two adjacent bit lines, and the other bit line is connected to a switch unit in series; and on a same bit line, the sense amplifier and the switch unit are alternately disposed between the memory cell subarrays.
A lock gate which is at least partially submergible into a body of water, comprising a reception for a roller carriage having at least one roller for supporting the movement of the lock gate, the lock gate being a rolling gate, a hollow cell being arranged in the area of the reception, said hollow cell being realised at least partially open in a lower area, and the roller carriage being able to be arranged within the hollow cell, characterised in that the lateral and upper areas of the hollow cell are designed to be hermetically sealed or sealable.
A method for estimating an inverted parameter of a subsurface formation, the method comprising: drilling a borehole penetrating the subsurface formation; measuring a first parameter of the subsurface formation; and measuring a second parameter of the subsurface formation; modeling the first parameter by a model, the model comprising a model parameter; defining one or more inversion constraints using the second parameter, the one or more inversion constraints comprising a limitation for the model parameter; and resolving, with a processor, the model parameter from the first parameter by inverting with the processor the first parameter to generate the inverted parameter of the subsurface formation using the one or more inversion constraints; the method characterised in that: the second parameter is related to at least one of a dip between the borehole and a geological feature of the subsurface formation, a fluid contact and a bed boundary. drilling a borehole penetrating the subsurface formation; measuring a first parameter of the subsurface formation; and measuring a second parameter of the subsurface formation; modeling the first parameter by a model, the model comprising a model parameter; defining one or more inversion constraints using the second parameter, the one or more inversion constraints comprising a limitation for the model parameter; and resolving, with a processor, the model parameter from the first parameter by inverting with the processor the first parameter to generate the inverted parameter of the subsurface formation using the one or more inversion constraints; the method characterised in that: the second parameter is related to at least one of a dip between the borehole and a geological feature of the subsurface formation, a fluid contact and a bed boundary.
A leukocyte measurement device comprising: a housing provided with an opening part for dropping a blood-derived sample and seeing a reagent coloration by leukocytes in components contained in the blood-derived sample; and a carrier, contained in the housing, for capturing the leukocytes in components contained in the blood-derived sample dropped from the opening part near a dropping position thereof and spreading the other components containing erythrocytes and/or hemoglobin into a predetermined direction dictated by the direction of a lateral flow, so as to separate the leukocytes; wherein the housing is provided with a spread inspection window, located at a position separated from the opening part in the spreading direction of the other components, for making the carrier visible from outside and enabling detection of whether the carrier is colored by erythrocytes and/or hemoglobin. a housing provided with an opening part for dropping a blood-derived sample and seeing a reagent coloration by leukocytes in components contained in the blood-derived sample; and a carrier, contained in the housing, for capturing the leukocytes in components contained in the blood-derived sample dropped from the opening part near a dropping position thereof and spreading the other components containing erythrocytes and/or hemoglobin into a predetermined direction dictated by the direction of a lateral flow, so as to separate the leukocytes; wherein the housing is provided with a spread inspection window, located at a position separated from the opening part in the spreading direction of the other components, for making the carrier visible from outside and enabling detection of whether the carrier is colored by erythrocytes and/or hemoglobin.
Z r A refrigerator comprising: an ice maker configured to generate ice; an ice bucket comprising an ice storage space configured to store the ice being generated from the ice maker, and an ice crushing space formed at a front of the ice storage space, the ice crushing space provided with a lower portion having a discharge hole; an auger configured to deliver the ice stored in the ice storage space to the ice crushing space; at least one rotary blade coupled to the auger so as to rotate together with the auger; at least one fixed blade (220, 220a, 220b, 246a, 246b) configured to crush ice in cooperation with the at least one rotary blade; and an opening/closing member (230, 240) configured to rotate on a hinge shaft, and configured to close a portion of the discharge hole to discharge ice being crushed or open the discharge hole to discharge uncrushed ice, characterized in that the opening/closing member (230, 240) comprises a cover portion (233, 243) protruding from one end of the opening/closing member to prevent the uncrushed ice from being discharged through the discharge hole in a state that the opening/closing member closes the portion of the discharge hole, and wherein the cover portion (233, 243) is located at a region between the ice storage space and a fixed blade (220a, 246a) of the at least one fixed blade, disposed at a nearest position to the ice storage space.
Method for manufacturing flupirtine acid salt by hydrogenation of 2-amino-6-(4-fluorobenzyl amino)-3-nitropyridine, conversion of 2,3-diamino-6-(4-fluorobenzyl amino)-pyridine with chloroformate esters and base into flupirtine, filtration and mixing the filtrate with acid or acid salt for precipitating of the flupirtine acid salt, characterised by the steps a) hydrogenation of 2-amino-6-(4-fluorobenzyl amino)-3-nitropyridine with palladium on activated carbon in an inert solvent that is miscible with water b) converting of the 2,3-diamino-6-(4-fluorobenzyl amino)-pyridine obtained in a) into flupirtine by addition of ethyl chloroformate and a base c) filtration d) mixing the filtrate from step c) with a solution of an acid or an acid salt in water e) precipitation of the flupirtine acid salt and filtering out. a) hydrogenation of 2-amino-6-(4-fluorobenzyl amino)-3-nitropyridine with palladium on activated carbon in an inert solvent that is miscible with water b) converting of the 2,3-diamino-6-(4-fluorobenzyl amino)-pyridine obtained in a) into flupirtine by addition of ethyl chloroformate and a base c) filtration d) mixing the filtrate from step c) with a solution of an acid or an acid salt in water e) precipitation of the flupirtine acid salt and filtering out.
A cable winch system, in particular a flybar system for a stage or similar, wherein a plurality of cable drums each comprising at least one cable is coupled to a joint driving device via a joint driving shaft (6, 6', 6"), and wherein the driving shaft is comprised of a plurality of rod-shaped elements (6, 6', 6") coupled or coupleable to the respective one of said cable drums, characterized in that the driving shaft (6, 6', 6") has a profile deviating from a circular profile over its entire length, which cooperates with a respectively complementary profile of the cable drums and/or the driving device, wherein the cable drums, on at least one end region, are each designed with a beam or flange oriented substantially normally to the driving shaft (6, 6', 6") and in which the profile complementary to the profile of the driving shaft (6, 6', 6") is provided.
An electronic device, comprising: a touch-sensitive display screen to display a graphical representation of a mathematical relationship and to enable a user to enter a one-dimensional touch gesture thereon for performing a one-dimensional adjustment function for the displayed graphical representation; and a display adjustment module to interpret the one-dimensional touch gesture and perform the one-dimensional adjustment function, wherein the display adjustment module performs a one-dimensional zoom adjustment function in response to one of a one-dimensional pinch touch gesture and a one-dimensional spread touch gesture, wherein the one-dimensional zoom adjustment function increases or reduces a displayed range of values in a first dimension while maintaining unchanged a displayed range of values in a second dimension of the displayed graphical representation, wherein rotation of digits of the user performing the one-dimensional touch gesture locks a current zoom factor, and further rotation provides a fine adjustment to the zoom factor. a touch-sensitive display screen to display a graphical representation of a mathematical relationship and to enable a user to enter a one-dimensional touch gesture thereon for performing a one-dimensional adjustment function for the displayed graphical representation; and a display adjustment module to interpret the one-dimensional touch gesture and perform the one-dimensional adjustment function, wherein the display adjustment module performs a one-dimensional zoom adjustment function in response to one of a one-dimensional pinch touch gesture and a one-dimensional spread touch gesture, wherein the one-dimensional zoom adjustment function increases or reduces a displayed range of values in a first dimension while maintaining unchanged a displayed range of values in a second dimension of the displayed graphical representation, wherein rotation of digits of the user performing the one-dimensional touch gesture locks a current zoom factor, and further rotation provides a fine adjustment to the zoom factor.
A generator comprising a rotor (20; 1107; 1401) having a permanent magnet (13; 1102; 1413) placed therein and supported to be rotatable, and a stator (7; 1106) having an armature coil wound thereon, characterized in that the rotor (20; 1107; 1401) is provided with a seating (24; 1104; 1424) made of a magnetic material for supporting the permanent magnet (13; 1102; 1413) and a pole shoe (12; 1109; 1412) made of a magnetic material placed in the outward radial direction of the permanent magnet (13; 1102; 1413), and the width in the circumferential direction of the permanent magnet (13; 1102; 1413) is greater than that of the seating (24; 1104; 1424).
A composite textile consisting of natural and/or synthetic and/or artificial fibers and lignocellulosic particles entangled between said fibers comprising more than 30% by weight of said lignocellulosic particles, characterized in that it is - a nonwoven material that can be obtained by a process comprising the following steps: a) napping a card web of said fibers with deposition of lignocellulosic particles between each card web layer, b) pressing the whole obtained in step (a), c) consolidating the whole obtained in step (b) by needling and/or thermobonding, - or a woven material that can be obtained by a process wherein the lignocellulosic particles are deposited in the card web which is then spun and then woven. - a nonwoven material that can be obtained by a process comprising the following steps: a) napping a card web of said fibers with deposition of lignocellulosic particles between each card web layer, b) pressing the whole obtained in step (a), c) consolidating the whole obtained in step (b) by needling and/or thermobonding, a) napping a card web of said fibers with deposition of lignocellulosic particles between each card web layer, b) pressing the whole obtained in step (a), c) consolidating the whole obtained in step (b) by needling and/or thermobonding, - or a woven material that can be obtained by a process wherein the lignocellulosic particles are deposited in the card web which is then spun and then woven.
An image display apparatus comprising: a display; a memory; and a processor configured to: pre-execute an application stored in the memory in a first state in which at least one operation other than a rendering operation among a plurality of operations of the application is executed, wherein the rendering operation is deactivated by setting a size of an output window for the application to a specific size which is less than a size of an execution screen for the application, and in response to a user input selecting the application pre-executed in the first state, execute the application in a second state in which the rendering operation is activated by changing the size of the output window to the size of the execution screen for the application, wherein the rendering operation comprises graphic processing for outputting the execution screen of the application. a display; a memory; and a processor configured to: pre-execute an application stored in the memory in a first state in which at least one operation other than a rendering operation among a plurality of operations of the application is executed, wherein the rendering operation is deactivated by setting a size of an output window for the application to a specific size which is less than a size of an execution screen for the application, and in response to a user input selecting the application pre-executed in the first state, execute the application in a second state in which the rendering operation is activated by changing the size of the output window to the size of the execution screen for the application, wherein the rendering operation comprises graphic processing for outputting the execution screen of the application. pre-execute an application stored in the memory in a first state in which at least one operation other than a rendering operation among a plurality of operations of the application is executed, wherein the rendering operation is deactivated by setting a size of an output window for the application to a specific size which is less than a size of an execution screen for the application, and in response to a user input selecting the application pre-executed in the first state, execute the application in a second state in which the rendering operation is activated by changing the size of the output window to the size of the execution screen for the application, wherein the rendering operation comprises graphic processing for outputting the execution screen of the application.
A nutritional product comprising: - an aqueous solution comprising beta-glucan in a concentration of from 0.01 wt% to 10 wt% capable of providing to the nutritional product: - a shear viscosity of less than 200 mPas when measured at a shear rate of 50s -1 and a temperature of 20° C, and - a relaxation time, determined by a Capillary Breakup Extensional Rheometry (CaBER) experiment, of more than 10 ms (milliseconds) at a temperature of 20° C. - an aqueous solution comprising beta-glucan in a concentration of from 0.01 wt% to 10 wt% capable of providing to the nutritional product: - a shear viscosity of less than 200 mPas when measured at a shear rate of 50s -1 and a temperature of 20° C, and - a relaxation time, determined by a Capillary Breakup Extensional Rheometry (CaBER) experiment, of more than 10 ms (milliseconds) at a temperature of 20° C. - a shear viscosity of less than 200 mPas when measured at a shear rate of 50s -1 and a temperature of 20° C, and - a relaxation time, determined by a Capillary Breakup Extensional Rheometry (CaBER) experiment, of more than 10 ms (milliseconds) at a temperature of 20° C.
An assisting apparatus for assisting in performing brachytherapy, during which a brachytherapy seed group including at least one brachytherapy seed is introduced into a living object by using an introduction element, the apparatus comprising: - a tracking unit for tracking the position of the introduction element during the introduction of the group into the living object, - an ultrasound unit (7, 15) for generating an ultrasound image of the living object, wherein the ultrasound image shows the group within the living object, wherein the generation of the ultrasound image is controlled depending on the tracked position of the introduction element, characterised by - a seed position determining unit for determining the position of a brachytherapy seed of the group depending on the generated ultrasound image. - a tracking unit for tracking the position of the introduction element during the introduction of the group into the living object, - an ultrasound unit (7, 15) for generating an ultrasound image of the living object, wherein the ultrasound image shows the group within the living object, wherein the generation of the ultrasound image is controlled depending on the tracked position of the introduction element, - a seed position determining unit for determining the position of a brachytherapy seed of the group depending on the generated ultrasound image.
Device for removing a sample from at least one fluid system and for supplying the at least one removed sample to an analytic evaluation system (3, 4) with at least one sample taking cylinder with a sample taking piston guided therein, wherein an opening of the sample taking cylinder is connected to a first connection of a three-way valve, wherein the second connection of the three-way valve is connected via a removal line to the fluid system and the third connection of the three-way valve is connected via a supply line to the evaluation system (3, 4), characterised in that the piston rod of the sample taking piston is movable by a controllable drive in both directions and in that a rinsing gas supply discharges into the supply line via a shut-off valve downstream of the three-way valve wherein the three-way valve, the controllable drive and the shut-off valve are coupled to each other such that in a first position of the device for sample taking, the three-way valve unlocks the path of the removal line to the sample taking cylinder, the shut-off valve is open and the controllable drive can remove the sample taking piston from the sample taking cylinder to suction the sample into sample taking cylinder and in that in a second position of the device, in order to provide samples to the evaluation system (3, 4), the shut-off valve is closed, the three-way valve is switched such that the path from the sample taking piston into the supply line is unlocked and the controllable drive can push the sample taking piston fully back into the sample taking cylinder to supply the sample to the analytic evaluation system.
A control circuit for controlling an inductive load, in particular an electro actuator, comprising a (first) source of dc voltage, a first electronic switch interposed between a first terminal of the voltage source and the corresponding first terminal of the load, a second electronic switch connected to the other or second terminal of the load and to the other or second terminal of the said source, a current recirculation device (M3, d3) including a third electronic switch connected between the said first terminal of the load and the other or second terminal of the voltage source to allow circulation of current in the load when the said first switch is open, and a control unit connected to the said switches (M1, M2, M3); the control unit being arranged to control the said third switch in a synchronous manner, but in phase opposition, in relation to the said first switch; the device being characterised in that said second electronic switch is connected in series with the load, between the load and said other or second terminal of said voltage source; the control unit being arranged to render said first and second switches (M1; M2) conductive while the third switch is switched off, for the activation of the load, and to render said second and third switches (M2; M3) conductive while the first switch is switched off, for de-energising the load.