mhurhangee/ep-ind-claims huggingface dataset:
An inhalation component generation system, comprising a charger for an inhalation component generation device and a power supply unit of the inhalation component generation device, the charger comprising: a connection part comprising two terminals that are electrically connectable to the power supply unit; a sensor (230; 240) that is capable of acquiring a value of a voltage difference between the two terminals or of a current flowing into and from the two terminals, the value related to an electrical resistance value of a resistor provided in the power supply unit, and outputting the value as an output value; and a first control part that is configured to, based on the output value, change a predetermined control with respect to the power supply unit connectable to the connection part, wherein the predetermined control is a control for charging a power supply provided in the power supply unit, and changing the predetermined control comprises: changing a C rate for charging the power supply through the two terminals to be a C rate determined according to a type of the power supply unit, the type determined according to the output value, wherein the power supply unit is configured such that the two terminals of said charger are unable to be connected to the power supply unit while a load of an atomizing unit detachably comprised by the inhalation component generation device is connected to the power supply unit. a connection part comprising two terminals that are electrically connectable to the power supply unit; a sensor (230; 240) that is capable of acquiring a value of a voltage difference between the two terminals or of a current flowing into and from the two terminals, the value related to an electrical resistance value of a resistor provided in the power supply unit, and outputting the value as an output value; and a first control part that is configured to, based on the output value, change a predetermined control with respect to the power supply unit connectable to the connection part, wherein the predetermined control is a control for charging a power supply provided in the power supply unit, and changing the predetermined control comprises: changing a C rate for charging the power supply through the two terminals to be a C rate determined according to a type of the power supply unit, the type determined according to the output value, wherein the power supply unit is configured such that the two terminals of said charger are unable to be connected to the power supply unit while a load of an atomizing unit detachably comprised by the inhalation component generation device is connected to the power supply unit.
A non-therapeutic method for programming a personalized exercise movement adjusted to an individual human subject in a computer-controlled, motorized exercise device, the device comprising a control unit, an articulated system for conducting exercise movements and one or more motors arranged to act on said articulated system under the control of said control unit, wherein said articulated system comprises an interface for connecting the articulated system to a limb of a human subject, and wherein said exercise device comprises a measuring system for determining torque and/or force at said interface, the method comprising the steps of: - determining forces and/or torque at said interface by way of said measuring system while a human assistant conducts a muscle-propelled movement by holding a limb of said individual human subject with the human assistant's hands while said limb acts on said interface; - actively accompanying said muscle-propelled movement by said motors acting on said articulated system, wherein said control unit determines the parameters of an active accompanying movement of said articulated system on the basis of the measurements of forces and/or torque by said measuring system, wherein said step of actively accompanying said muscle-propelled movement is conducted in an active compliance mode in which said control unit determines a movement of said articulated system that is suitable to avoid occurrence of torque and/or force at said interface caused by said muscle-propelled movement; - recording the said active accompanying movement; - determining and programming in said device a personalized exercise movement on the basis of the recorded active accompanying movement. - determining forces and/or torque at said interface by way of said measuring system while a human assistant conducts a muscle-propelled movement by holding a limb of said individual human subject with the human assistant's hands while said limb acts on said interface; - actively accompanying said muscle-propelled movement by said motors acting on said articulated system, wherein said control unit determines the parameters of an active accompanying movement of said articulated system on the basis of the measurements of forces and/or torque by said measuring system, wherein said step of actively accompanying said muscle-propelled movement is conducted in an active compliance mode in which said control unit determines a movement of said articulated system that is suitable to avoid occurrence of torque and/or force at said interface caused by said muscle-propelled movement; - recording the said active accompanying movement; - determining and programming in said device a personalized exercise movement on the basis of the recorded active accompanying movement.
A wind turbine rotor comprising at least one bearing member for permitting rotation of the rotor with respect to a shaft about an axis, a generator rotor and a plurality of turbine blades and blade mounting arrangements, the blade mounting arrangements defining a blade rotor which supports said blades, the generator rotor being connected to but separate from said blades and said blade rotor, characterized in that said generator rotor is located within said blade rotor; and each blade mounting arrangement is connected to the generator rotor by a torque transmitting member for transmitting substantially only torque about the axis from the associated blade to the generator rotor.
A method of controlling arc welding which alternately repeats a short-circuiting period and an arcing period while feeding a welding wire, the method comprising the steps of: decreasing a wire feeding speed to a first speed lower than a base feeding speed in the short-circuiting period; increasing the wire feeding speed to a second speed higher than the base feeding speed in the arcing period; increasing a welding current to a predetermined peak value by means of current control from the start of arcing to a first predetermined time during the arcing period; supplying the welding current by controlling a welding voltage to be constant at a value of a base welding voltage from the first predetermined time to a second predetermined time; and decreasing the welding current to a value of base current lower than the peak current by means of current control from the second predetermined time until the end of the arcing period, the wire feeding speed in the arcing period is increased to an extent so that an increased amount of the wire fed during the arcing period becomes equal to a decreased amount of the wire fed during the short-circuiting period due to the wire feeding speed decreased below the base feeding speed characterized in that, the first speed is constant, the second speed is constant, and the wire feeding speed in the arcing period is decreased to the base feeding speed at a point when an increased amount of the fed wire becomes equal to a decreased amount of the fed wire. decreasing a wire feeding speed to a first speed lower than a base feeding speed in the short-circuiting period; increasing the wire feeding speed to a second speed higher than the base feeding speed in the arcing period; increasing a welding current to a predetermined peak value by means of current control from the start of arcing to a first predetermined time during the arcing period; supplying the welding current by controlling a welding voltage to be constant at a value of a base welding voltage from the first predetermined time to a second predetermined time; and decreasing the welding current to a value of base current lower than the peak current by means of current control from the second predetermined time until the end of the arcing period, the wire feeding speed in the arcing period is increased to an extent so that an increased amount of the wire fed during the arcing period becomes equal to a decreased amount of the wire fed during the short-circuiting period due to the wire feeding speed decreased below the base feeding speed characterized in that, the first speed is constant, the second speed is constant, and the wire feeding speed in the arcing period is decreased to the base feeding speed at a point when an increased amount of the fed wire becomes equal to a decreased amount of the fed wire.
A method for executing a smart contract, comprising: receiving, by a blockchain node, a request for creating the smart contract, the request including bytecodes of the smart contract; starting, by the blockchain node after completing deployment of the smart contract of bytecodes, to compile a bytecode of the bytecodes of the smart contract into a machine code by using ahead of time, AoT, compilation within a relatively idle time period with respect to service load of the blockchain node and storing the machine code, wherein the deployment comprises that the blockchain node can locally execute the transaction for creating the smart contract and create a corresponding contract account and a corresponding contract address; and in execution of the deployed smart contract, executing, by the blockchain node, the machine code of the smart contract in response to the machine code being locally stored. receiving, by a blockchain node, a request for creating the smart contract, the request including bytecodes of the smart contract; starting, by the blockchain node after completing deployment of the smart contract of bytecodes, to compile a bytecode of the bytecodes of the smart contract into a machine code by using ahead of time, AoT, compilation within a relatively idle time period with respect to service load of the blockchain node and storing the machine code, wherein the deployment comprises that the blockchain node can locally execute the transaction for creating the smart contract and create a corresponding contract account and a corresponding contract address; and in execution of the deployed smart contract, executing, by the blockchain node, the machine code of the smart contract in response to the machine code being locally stored.
Chassis component having a component body, which comprises a plurality of joint-receiving regions (5, 14) and which is composed of a laminate of fibre-reinforced plastic, and having a plurality of joints (3, 4), which are arranged in each case in one of the joint-receiving regions (5, 14), wherein the laminate is twisted in a portion of the component body situated between a first of the joint-receiving regions and a second of the joint-receiving regions, such that the second joint-receiving region is rotationally offset with respect to the first joint-receiving region, characterized in that the second joint-receiving region is rotationally offset with respect to the first joint-receiving region by more than 0° but by less than 90°.
System for storing electrical energy, the system comprising: - a reservoir built or to be built on the ground; - a quantity of energy storage material arranged in the reservoir; - a system of tubular elements embedded in the energy storage material, wherein the tubular elements are manufactured from heat and electricity-conducting material; - circulating unit for circulating a heat transport fluid through the tubular elements; - a heating unit configured to convert electrical energy into heat in order to heat the heat transport fluid in the tubular elements, characterised in that the heating unit comprises a number of connecting elements which are attached to one or more of the tubular elements and which are configured to connect one or more of the tubular elements to at least one external electrical energy source, arranged such that an electric current can be carried over a predetermined length of the one or more tubular elements for the purpose of heating the one or more tubular elements in a first mode of use, transferring heat from the one or more tubular elements to the heat transport medium and transferring heat from the heated heat transport medium to the energy storage material for storage thereof in this material. - a reservoir built or to be built on the ground; - a quantity of energy storage material arranged in the reservoir; - a system of tubular elements embedded in the energy storage material, wherein the tubular elements are manufactured from heat and electricity-conducting material; - circulating unit for circulating a heat transport fluid through the tubular elements; - a heating unit configured to convert electrical energy into heat in order to heat the heat transport fluid in the tubular elements, characterised in that the heating unit comprises a number of connecting elements which are attached to one or more of the tubular elements and which are configured to connect one or more of the tubular elements to at least one external electrical energy source, arranged such that an electric current can be carried over a predetermined length of the one or more tubular elements for the purpose of heating the one or more tubular elements in a first mode of use, transferring heat from the one or more tubular elements to the heat transport medium and transferring heat from the heated heat transport medium to the energy storage material for storage thereof in this material.
Sound-damping device for tram rails, which have a rail head, a rail web, a rail foot and on both sides of the rail web, rail chambers (14, 15), comprising: elongated chamber-filling elements (2/3; 2/4; 100) made of sound-damping material with a shape which is adapted to the rail contour at least in some areas, and with side faces (36; 136) and end faces (24; 34; 44) for connection to end faces of an adjacent chamber-filling element, characterized in that at least one of the side faces (36; 136) near to end faces (34; 44; 134) have engagement cutouts (33, 43), and that clamp-shaped connection bodies with clamp projections (51, 52) are provided which engage with the engagement cutouts (33, 43) and clamp adjacent chamber-filling elements together. elongated chamber-filling elements (2/3; 2/4; 100) made of sound-damping material with a shape which is adapted to the rail contour at least in some areas, and with side faces (36; 136) and end faces (24; 34; 44) for connection to end faces of an adjacent chamber-filling element, at least one of the side faces (36; 136) near to end faces (34; 44; 134) have engagement cutouts (33, 43), and that clamp-shaped connection bodies with clamp projections (51, 52) are provided which engage with the engagement cutouts (33, 43) and clamp adjacent chamber-filling elements together.
Electromagnetic fluid valve for regulating the throughflow of a pressure medium flowing through a housing part (10, 20), wherein the housing part (10, 20) has at least two inlet openings (12, 22) lying opposite one another and at least one outlet opening for the pressure medium, and a channel located between the inlet openings (12, 22) and the outlet opening can be closed to a greater or lesser extent by means of an axially movable slide for regulating the throughflow of the pressure medium, wherein a pin protrudes into the channel centrally with respect to the centre axis of the fluid valve, characterised by the following features: - for guiding the flow in the region of the inlet openings (12, 22) the pin is provided with an outer contour which has an at least approximately conical, pyramidal or hyperbolic design, so that the pressure medium flowing in from the inlet openings (12, 22) strikes the outer contour of the pin and is deflected in the direction of the at least one outlet opening. - for guiding the flow in the region of the inlet openings (12, 22) the pin is provided with an outer contour which has an at least approximately conical, pyramidal or hyperbolic design, so that the pressure medium flowing in from the inlet openings (12, 22) strikes the outer contour of the pin and is deflected in the direction of the at least one outlet opening.
An analysis method for analyzing a biological sample containing biological cells including blood cells, the analysis method comprising the following steps: - passage of the biological cells of the biological sample to be analyzed into a measuring cell of a flow cytometer, - measurement of N cytometry parameters for each biological cell of the biological sample to be analyzed, - determination, for each biological cell of the biological sample to be analyzed, of a point in a N-dimensional space whose coordinates are defined depending on the cytometry parameters measured for the corresponding biological cell, where N is an integer greater than or equal to 3, - automatic clustering of the determined points into different cell clusters depending on the measured cytometry parameters, so as to define a sample cluster file, - identification of the cell populations defined by the different cell clusters of the sample cluster file defined at the clustering step, - counting of the points of each cell cluster of the sample cluster file defined at the clustering step, the method being characterized by the following step: - comparison of the sample cluster file defined at the clustering step with reference cluster files, each of the reference cluster files being defined from cytometry parameters of a respective pathological or abnormal biological sample. - passage of the biological cells of the biological sample to be analyzed into a measuring cell of a flow cytometer, - measurement of N cytometry parameters for each biological cell of the biological sample to be analyzed, - determination, for each biological cell of the biological sample to be analyzed, of a point in a N-dimensional space whose coordinates are defined depending on the cytometry parameters measured for the corresponding biological cell, where N is an integer greater than or equal to 3, - automatic clustering of the determined points into different cell clusters depending on the measured cytometry parameters, so as to define a sample cluster file, - identification of the cell populations defined by the different cell clusters of the sample cluster file defined at the clustering step, - counting of the points of each cell cluster of the sample cluster file defined at the clustering step, - comparison of the sample cluster file defined at the clustering step with reference cluster files, each of the reference cluster files being defined from cytometry parameters of a respective pathological or abnormal biological sample.
A polymer electrolyte which comprises first pendent groups which comprise a covalently bound polyoxometalate accompanied by a counterion to the polyoxometalate, wherein the counterion to the polyoxometalate is selected from the group consisting of Mn cations and Ce cations.
A front-end system for a radio device comprising: a charge generator circuit arranged for receiving a digital baseband signal and comprising: a first converter circuit arranged for calculating at least one digital charge value (q) based on said digital baseband signal and a second converter circuit arranged for converting said at least one digital charge value (q) into at least one electrical charge; a modulator circuit arranged for generating a radio frequency signal by transferring said at least one electrical charge to an output load in accordance with at least one local oscillator signal; and a control unit connected to the input of the modulator circuit and arranged to control the first converter circuit by taking into account the electrical charge available at the input of the modulator circuit such that said at least one digital charge value (q) corresponds to the electrical charge to be transferred to said output load and a voltage at the output load represents a radio frequency signal. a charge generator circuit arranged for receiving a digital baseband signal and comprising: a first converter circuit arranged for calculating at least one digital charge value (q) based on said digital baseband signal and a second converter circuit arranged for converting said at least one digital charge value (q) into at least one electrical charge; a modulator circuit arranged for generating a radio frequency signal by transferring said at least one electrical charge to an output load in accordance with at least one local oscillator signal; and a control unit connected to the input of the modulator circuit and arranged to control the first converter circuit by taking into account the electrical charge available at the input of the modulator circuit such that said at least one digital charge value (q) corresponds to the electrical charge to be transferred to said output load and a voltage at the output load represents a radio frequency signal.
An agent comprising an AdHSV- tk adenoviral vector having a functional thymidine kinase gene, ganciclovir as a prodrug which can be converted into a cytotoxic agent by an expression product of the gene, and temozolomide as another cytotoxic agent, as a combined preparation for simultaneous, sequential or separate use in the therapy of human glioblastoma multiforme tumor, wherein said glioblastoma multiforme tumor is resectioned to remove at least part of said tumor and the dosage regimen comprises beginning the another cytotoxic agent therapy after the viral vector therapy and at least part of said prodrug therapy has been administered and while gene expression of key mismatch repair proteins MSH2 and MLH1 is increased and beginning the another cytotoxic agent therapy no later than 7 days after the prodrug therapy has finished.
A device for applying glue to a strip of material for the tobacco processing industry, comprising a glue applicator, in applicator an anilox roll, arranged in a housing, wherein glue has been or is conveyed out of the housing by means of a discharge line connected to the housing, wherein the discharge line is connected to a glue supply, wherein the discharge line is designed having an air separation device, preferably arranged in the glue supply, in order to remove from the glue air bubbles contained in the glue conveyed away, characterized in that the air separation device is arranged in the glue supply as a rising pipe, such that the glue flowing back in the discharge line is guided into the glue supply through the rising pipe.
Cylindrical symmetric volumetric machine, which machine comprises two cooperating rotors (6a, 6b), namely an outer rotor which is rotatably mounted in the machine and an inner rotor which is rotatably mounted in the outer rotor, whereby the machine is provided with an electric motor with a motor rotor and a motor stator to drive the outer and inner rotor (6a, 6b), wherein the electric motor is mounted around the outer rotor, whereby the motor stator is directly driving the outer rotor, characterised in that the outer rotor and the inner rotor have a conical shape, and the electric motor extends along only a part of a length of the outer rotor and the inner rotor, whereby the motor is located at an end of the inner rotor with a smallest diameter.