mhurhangee/ep-ind-claims huggingface dataset:
A client device which transfers communication between a plurality of authentication entity devices (10e, 201e, 202e) and a verification device, the plurality of authentication entity devices (10e, 201e, 202e) separately executing an authentication subprocess constituting an authentication process, the verification device verifying the authentication process executed by each authentication entity device, the client device characterized by comprising: a profile query module configured to ask profiles to each authentication entity device, execution environment contents of the authentication subprocess being defined in the profiles; a profile management module configured to store the profiles replied from each authentication entity device in association with each authentication entity device when authentication entity devices capable of performing the profiles are provided; and a control module configured to decide profiles with which client environment is compatible based on the stored profiles, wherein the stored profiles include an authentication system entity configuration which executes the authentication process, a deployment state of the authentication subprocess in authentication system entities, a protocol between the authentication system entities and a security enforcement specification. a profile query module configured to ask profiles to each authentication entity device, execution environment contents of the authentication subprocess being defined in the profiles; a profile management module configured to store the profiles replied from each authentication entity device in association with each authentication entity device when authentication entity devices capable of performing the profiles are provided; and a control module configured to decide profiles with which client environment is compatible based on the stored profiles, wherein the stored profiles include an authentication system entity configuration which executes the authentication process, a deployment state of the authentication subprocess in authentication system entities, a protocol between the authentication system entities and a security enforcement specification.
Method for determining a measured density value of a medium by means of a Coriolis mass flow transducer which is mounted in a pipeline and has at least two oscillators (12, 14) which each comprise at least two measuring tubes oscillating with respect to one another, the measuring tubes (12a, 12b) of a first of the oscillators running above the measuring tubes of a second of the oscillators (14a, 14b), wherein the measuring tubes (12a, 12b, 14a, 14b) are arranged in parallel in terms of flow and open into collectors on the inlet side and outlet side, wherein the mounting of the transducer in the pipeline causes mechanical stresses which influence the oscillators via the collectors, wherein the medium is guided in the measuring tubes, wherein the method comprises the following steps: Excitation of at least one oscillation mode each of the first oscillator and the second oscillator; Determine the respective natural frequency of the excited oscillation modes; Determine a preliminary density measurement value based on the respective natural frequencies; Determine a deviation between the preliminary density readings; Determination of a corrected density measurement value by means of a model which determines and corrects the influence of the mechanical stresses on the density measurement on the basis of the deviation. Excitation of at least one oscillation mode each of the first oscillator and the second oscillator; Determine the respective natural frequency of the excited oscillation modes; Determine a preliminary density measurement value based on the respective natural frequencies; Determine a deviation between the preliminary density readings; Determination of a corrected density measurement value by means of a model which determines and corrects the influence of the mechanical stresses on the density measurement on the basis of the deviation.
A process for the preparation of a hydrochloride dihydrate salt of a compound of formula: which process comprises converting a compound of formula: or a pharmaceutically acceptable salt thereof, into the hydrochloride dihydrate salt of the compound of formula, wherein hydrochloric acid in a methanol and water medium is used to form the hydrochloride dihydrate salt.
A method for recording chip usage state information into a chip of an imaging box, wherein the chip comprises a substrate, and an information storage unit and a control unit which are provided on the substrate, the information storage unit comprises a write-prior area and a normal read-write area, wherein the write-prior area is used for storing a chip usage state parameter of the chip, wherein the method comprises: when the chip receives a read/write operation command sent by an imaging device or when the control unit on the chip monitors a communication interference signal, the control unit firstly points to an address of a storage area in the write-prior area, and updates the chip usage state parameter stored in the write-prior area; the control unit points to an address of the storage area in the normal read-write area and updates data recorded in each storage area in the normal read-write area after the control unit updates the chip usage state parameter stored in the write-prior area. when the chip receives a read/write operation command sent by an imaging device or when the control unit on the chip monitors a communication interference signal, the control unit firstly points to an address of a storage area in the write-prior area, and updates the chip usage state parameter stored in the write-prior area; the control unit points to an address of the storage area in the normal read-write area and updates data recorded in each storage area in the normal read-write area after the control unit updates the chip usage state parameter stored in the write-prior area.
A torsion testing machine for additively manufactured test articles, comprising: at least one build plate holder configured to allow insertion of and retention of a build plate therein; at least one torsion motor; at least one torsion shaft configured to operatively connect to the torsion motor, the at least one torsion shaft configured to mate with at least one test article built on and attached to the build plate when the build plate is in the build plate holder, the at least one torsion motor configured to apply a torsion to the at least one test article through the torsion shaft while the build plate is retained in the build plate holder; and at least one torque sensor operatively connected to the torsion motor to determine a torque applied by the torsion motor to the test article; characterized in that the torsion shaft includes a lower sleeve socket for receiving a socket head of the test article; wherein the torsion shaft is configured to removably connect to a motor shaft such that the torsion shaft is configured to allow positioning of the build plate under the torsion motor and to allow the sleeve socket to be slid over the test article before and/or after insertion of the build plate; wherein the torsion shaft includes an upper socket for receiving the motor shaft, and wherein the upper socket and the motor shaft can interface together via a removable connection, and wherein the removable connection is a ball detent. at least one build plate holder configured to allow insertion of and retention of a build plate therein; at least one torsion motor; at least one torsion shaft configured to operatively connect to the torsion motor, the at least one torsion shaft configured to mate with at least one test article built on and attached to the build plate when the build plate is in the build plate holder, the at least one torsion motor configured to apply a torsion to the at least one test article through the torsion shaft while the build plate is retained in the build plate holder; and at least one torque sensor operatively connected to the torsion motor to determine a torque applied by the torsion motor to the test article; characterized in that the torsion shaft includes a lower sleeve socket for receiving a socket head of the test article; wherein the torsion shaft is configured to removably connect to a motor shaft such that the torsion shaft is configured to allow positioning of the build plate under the torsion motor and to allow the sleeve socket to be slid over the test article before and/or after insertion of the build plate; wherein the torsion shaft includes an upper socket for receiving the motor shaft, and wherein the upper socket and the motor shaft can interface together via a removable connection, and wherein the removable connection is a ball detent.
A method of controlling a gas type clothes dryer, the dryer comprising a drying chamber for accommodating laundry, an ignition device for generating flame for ignition, a flame sensor for detecting ignition state of the ignition device, and a gas valve for supplying gas including a primary gas valve and a secondary gas valve, the method including the following steps: opening the gas valve after ignition; determining whether the gas valve is in an error state by detecting whether a flame has been extinguished after opening the gas valve; progressing a drying cycle while maintaining an open state of the gas valve according to a determination result as to the error state of the gas valve; continuously determining whether the gas valve is in the error state during the drying cycle; and closing the gas valve if it is determined that a condition of the flame sensor indicates the flame extinguished state, characterized in that the step of opening the gas valve comprises sequentially opening the primary gas valve and the secondary gas valve, and in that the step of closing the gas valve comprises simultaneously closing the primary gas valve and the secondary gas valve. opening the gas valve after ignition; determining whether the gas valve is in an error state by detecting whether a flame has been extinguished after opening the gas valve; progressing a drying cycle while maintaining an open state of the gas valve according to a determination result as to the error state of the gas valve; continuously determining whether the gas valve is in the error state during the drying cycle; and closing the gas valve if it is determined that a condition of the flame sensor indicates the flame extinguished state,
A management server comprising: a transmitter configured to transmit a power instruction message through a communication line, wherein the power instruction message includes a power control message requesting control for a distributed power source installed in a facility, or a forward power flow control message requesting control for a forward power flow amount from a power grid to the facility, or a reverse power flow control message requesting control for a reverse power flow amount from the facility to the power grid; and a manager configured to calculate and manage reliability information related to reliability that the facility responds to the power instruction message, wherein the manager is configured to calculate and manage the reliability information from at least one item from among a type of a provider which provides the communication line, a type of a power management system owned by the facility, and a type of a target equipment installed in the facility and controlled in response to the forward power flow control message, wherein the transmitter is configured to transmit the power instruction message to the facility, based on the reliability information. a transmitter configured to transmit a power instruction message through a communication line, wherein the power instruction message includes a power control message requesting control for a distributed power source installed in a facility, or a forward power flow control message requesting control for a forward power flow amount from a power grid to the facility, or a reverse power flow control message requesting control for a reverse power flow amount from the facility to the power grid; and a manager configured to calculate and manage reliability information related to reliability that the facility responds to the power instruction message, wherein the manager is configured to calculate and manage the reliability information from at least one item from among a type of a provider which provides the communication line, a type of a power management system owned by the facility, and a type of a target equipment installed in the facility and controlled in response to the forward power flow control message, wherein the transmitter is configured to transmit the power instruction message to the facility, based on the reliability information.
A welding device for welding a first thermoplastic membrane onto a second thermoplastic membrane, in which at least the first thermoplastic membrane or the second thermoplastic membrane is absorbent, characterized in that said welding device comprises at least one die including a plurality of laser diodes of the VCSEL type whose sum of all beams provides a uniform illumination at a few millimetres from the emitting surface and forms on the illuminated surface of said first thermoplastic membrane a direct, which means not guided by an optical fibre, simultaneous and uniform illumination.
Reducing agent metering system for injecting a reducing agent into the exhaust gas flow of an internal combustion engine for selective catalytic reduction, the metering system being connected/connectable to a reducing agent tank from which reducing agent is taken and delivered by means of a delivery pump via a delivery line and is introduced into the exhaust gas flow of the internal combustion engine via at least one nozzle, characterised in that a Venturi tube is integrated into the delivery line and has a branch which discharges into the nozzle, an openable shutoff element being arranged at the outlet of the Venturi tube so that, when the shutoff element is opened, the reducing agent which is located in the nozzle and the branch is taken up as a suction medium into the Venturi tube and is carried away via the outlet.
Umbilical cord blood comprising placental stem cells for use in a method of treating a disorder or condition in a premature infant, wherein said disorder or condition is caused by or associated with incomplete development of the brain, wherein said placental stem cells comprise cells that are CD34 -, CD73 +, CD105 +, and CD200 +.
Sensor arrangement for detecting in a contactless manner a movement of a body that is movably mounted within a first housing, having a transducer that is non-rotatably connected to the body and moves simultaneously with the body, and a measuring apparatus that is fixedly arranged and comprises a measuring element (16.2), wherein the transducer in dependence upon the movement of the body influences at least one physical variable that is detected by the measuring element (16.2), wherein the measuring apparatus is connected to the first housing by way of a connecting adapter that comprises on a side that is facing the first housing a circumferential receiving contour (18.3), characterized in that a silicone bead (19, 19A) is introduced into the receiving contour (18.3) and pressed in between the receiving contour (18.3) and the first housing, wherein the silicone bead that is pressed in fixes and seals the connecting adapter on the first housing.
A method for an ultrasonic time-of-flight flow meter, comprising: driving an ultrasonic transducer (2, 3) using a first waveform ( V 1) for a first duration ( Δt 1), the first waveform configured to cause oscillation of the ultrasonic transducer, wherein the first waveform has a frequency spectrum in which a majority of the power is within one or more bandwidths (δ f 1, δf 2, δ f 3) corresponding to respective resonances ( f 1, f 2, f 3) of the ultrasonic transducer, driving the ultrasonic transducer using a second waveform ( V 2) for a second duration ( Δt 2), wherein there is a discontinuity between the first waveform and the second waveform, characterized in that the second waveform and the second duration are configured to maintain a voltage across the ultrasonic transducer within a predetermined range ( V L, V H); wherein the second waveform has a frequency spectrum in which a majority of the power is at frequencies outside the one or more bandwidths corresponding to respective resonances of the ultrasonic transducer. driving an ultrasonic transducer (2, 3) using a first waveform ( V 1) for a first duration ( Δt 1), the first waveform configured to cause oscillation of the ultrasonic transducer, wherein the first waveform has a frequency spectrum in which a majority of the power is within one or more bandwidths (δ f 1, δf 2, δ f 3) corresponding to respective resonances ( f 1, f 2, f 3) of the ultrasonic transducer, driving the ultrasonic transducer using a second waveform ( V 2) for a second duration ( Δt 2), wherein there is a discontinuity between the first waveform and the second waveform, characterized in that the second waveform and the second duration are configured to maintain a voltage across the ultrasonic transducer within a predetermined range ( V L, V H); wherein the second waveform has a frequency spectrum in which a majority of the power is at frequencies outside the one or more bandwidths corresponding to respective resonances of the ultrasonic transducer.
A germinated and fermented bean extract for use in the prevention or treatment of a climacteric disease or climacteric skin symptom, said climacteric skin symptom being UV-induced skin irritation, wherein the germinated and fermented bean extract comprises a coumestrol, characterized in that the fermentation is performed by contacting the germinated bean with Aspergillus oryzae and the bean is Glycine max.
Method for stabilising electric voltage (U1, U2) in an intermediate circuit, in which a rectified voltage is fed from a generator and on which an electric load (18, 20) is operated, comprising the steps: - connecting an electric energy store (46, 52) via a controllable switching device (42, 48) to the intermediate circuit, - determining a voltage signal to the electric voltage (U1, U2) of the intermediate circuit by means of a regulating device (44, 50), - generating a control signal (S1, S2) for the switching device (42, 48) as a function of the determined voltage signal by the regulating device (44, 50) and in this way controlling an exchange of energy between the intermediate circuit and the energy store (46, 52), characterised in that the exchange of energy between the intermediate circuit and the energy store (46, 52) by the switching of the switching device (42, 48) takes place bidirectionally and attuned specifically to the resonance behaviour of the intermediate circuit and in this way, on account of the exchange of energy according to the control signal (S1, S2) in the voltage (U1, U2), an oscillation part is damped at a resonance frequency of the intermediate circuit by deviations from an average value of the rectified voltage being compensated. - connecting an electric energy store (46, 52) via a controllable switching device (42, 48) to the intermediate circuit, - determining a voltage signal to the electric voltage (U1, U2) of the intermediate circuit by means of a regulating device (44, 50), - generating a control signal (S1, S2) for the switching device (42, 48) as a function of the determined voltage signal by the regulating device (44, 50) and in this way controlling an exchange of energy between the intermediate circuit and the energy store (46, 52),
An absorption rotor provided in a flow passage of a gas containing a substance to be absorbed, the absorption rotor through which the gas passes while the absorption rotor is rotated about the rotation axis, comprising: plural plate members extending in a radial manner from the circumference of the rotation axis; a tubular outer edge member coupling end portions of the plural plate members; an absorption member accommodated in a space which is surrounded by the plural plate members and the outer edge member, the absorption member that absorbs the substance to be absorbed when the gas passes through; and a drop-off prevention member respectively fixed to the plate member and the absorption member, the drop-off prevention member that prevents the absorption member from dropping off the plate member, wherein the drop-off prevention member is arranged between the absorption member and the plate member, and between a surface from which the gas flows into the absorption member and a surface from which the gas flows out of the absorption member, and wherein the drop-off prevention member has an embedded portion embedded in the absorption member, and an exposed portion exposed from the absorption member, the embedded portion is fixed to the absorption member, and the exposed portion is fixed to the plate member, and the plate member has a holding portion that holds an inner end portion of the exposed portion on the side close to the rotation axis. plural plate members extending in a radial manner from the circumference of the rotation axis; a tubular outer edge member coupling end portions of the plural plate members; an absorption member accommodated in a space which is surrounded by the plural plate members and the outer edge member, the absorption member that absorbs the substance to be absorbed when the gas passes through; and a drop-off prevention member respectively fixed to the plate member and the absorption member, the drop-off prevention member that prevents the absorption member from dropping off the plate member, wherein the drop-off prevention member is arranged between the absorption member and the plate member, and between a surface from which the gas flows into the absorption member and a surface from which the gas flows out of the absorption member, and wherein the drop-off prevention member has an embedded portion embedded in the absorption member, and an exposed portion exposed from the absorption member, the embedded portion is fixed to the absorption member, and the exposed portion is fixed to the plate member, and the plate member has a holding portion that holds an inner end portion of the exposed portion on the side close to the rotation axis.