mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method performed by a service-side system for blockchain-based decentralized-identifier creation, comprising: obtaining a request for creating a decentralized identifier, DID, wherein the request comprises a public key of a cryptographic key pair; creating, based on the public key, a blockchain account associated with a blockchain; creating the DID based on information associated with the blockchain account; returning a confirmation message comprising the created DID; obtaining an unsigned blockchain transaction for adding a DID document to the blockchain, the DID document corresponding to the DID; determining a hash value of the unsigned blockchain transaction; sending the hash value to a computing device associated with a sender of the request for creating the DID; receiving a digital signature from the computing device associated with the sender of the request for creating the DID, wherein the digital signature is generated by encrypting the hash value using a private key of the cryptographic key pair; adding the digital signature to the unsigned blockchain transaction to generate a blockchain transaction for adding the DID document to the blockchain; and sending the generated blockchain transaction to one or more blockchain nodes associated with the blockchain for adding to the blockchain. obtaining a request for creating a decentralized identifier, DID, wherein the request comprises a public key of a cryptographic key pair; creating, based on the public key, a blockchain account associated with a blockchain; creating the DID based on information associated with the blockchain account; returning a confirmation message comprising the created DID; obtaining an unsigned blockchain transaction for adding a DID document to the blockchain, the DID document corresponding to the DID; determining a hash value of the unsigned blockchain transaction; sending the hash value to a computing device associated with a sender of the request for creating the DID; receiving a digital signature from the computing device associated with the sender of the request for creating the DID, wherein the digital signature is generated by encrypting the hash value using a private key of the cryptographic key pair; adding the digital signature to the unsigned blockchain transaction to generate a blockchain transaction for adding the DID document to the blockchain; and sending the generated blockchain transaction to one or more blockchain nodes associated with the blockchain for adding to the blockchain.
A process for producing a concentrated nano titania sol comprising: (a) contacting an acidic nano titania sol with a dispersant comprising at least one of a water soluble carboxylic acid, a water soluble salt of a carboxylic acid, a water soluble polycarboxylic acid, a phosphate or a silicate, and with an alkalizing agent wherein the pH of the nano titania sol after contacting is in a range of between 4.0 and 10.0; and (b) subjecting the pH adjusted nano titania sol to membrane filtration and continuing such membrane filtration until the nano titania sol contains more than 300 g TiO 2 nanoparticles/dm 3. (a) contacting an acidic nano titania sol with a dispersant comprising at least one of a water soluble carboxylic acid, a water soluble salt of a carboxylic acid, a water soluble polycarboxylic acid, a phosphate or a silicate, and with an alkalizing agent wherein the pH of the nano titania sol after contacting is in a range of between 4.0 and 10.0; and (b) subjecting the pH adjusted nano titania sol to membrane filtration and continuing such membrane filtration until the nano titania sol contains more than 300 g TiO 2 nanoparticles/dm 3.
An actuating mechanism control method for a glass plate tempering process, wherein after a glass plate is conveyed into a heating furnace, a monitoring unit monitors in real time energy consumed by a heating element of the heating furnace, and sends the energy consumed to a control unit to compare with a set threshold, wherein the threshold is at least one of energy consumption Q 1 corresponding to directly discharging the glass plate from the heating furnace or discharging the glass plate from the heating furnace after a delay, and energy consumption Q 2 corresponding to a control mechanism of a cooling fan controlling the cooling fan to be switched on or to change from an idle state to an active state, and when the energy consumed by the heating element of the heating furnace is greater than or equal to the set threshold, the control unit sends an instruction to an actuating mechanism to control the actuating mechanism to act, by directly discharging the glass plate from the heating furnace or discharging the glass plate from the heating furnace after a delay, or the control mechanism of the cooling fan controlling the cooling fan to be switched on or to change from the idle state to the active state, to complete a corresponding tempering process procedure.
An apparatus comprising: an implantable cardiac rhythm management device including: a Hall effect sensor (107; 207A; 207B) configured to sense a magnetic field and to provide at least one of a current or a voltage in response to the magnetic field; and a polling circuit (116; 216) electrically coupled to the Hall effect sensor and configured to provide an excitation voltage to the Hall effect sensor, characterized in that the polling circuit is configured to adjust a polling rate of the Hall effect sensor in response to sensing a magnetic field. an implantable cardiac rhythm management device including: a Hall effect sensor (107; 207A; 207B) configured to sense a magnetic field and to provide at least one of a current or a voltage in response to the magnetic field; and a polling circuit (116; 216) electrically coupled to the Hall effect sensor and configured to provide an excitation voltage to the Hall effect sensor, characterized in that the polling circuit is configured to adjust a polling rate of the Hall effect sensor in response to sensing a magnetic field. a Hall effect sensor (107; 207A; 207B) configured to sense a magnetic field and to provide at least one of a current or a voltage in response to the magnetic field; and a polling circuit (116; 216) electrically coupled to the Hall effect sensor and configured to provide an excitation voltage to the Hall effect sensor, characterized in that the polling circuit is configured to adjust a polling rate of the Hall effect sensor in response to sensing a magnetic field.
A local anesthetic drug for use in a method of treatment of (i) anorexia, (ii) cachexia, (iii) sarcopenia and (iv) postoperative complications in food processing after surgery on the intestinal tract or after caesarian section comprising applying a sufficient dose of the local anesthetic drug to a surface of the pharynx, esophagus, and/or stomach to facilitate food intake and food retention in a mammal, said local anesthetic drug being lidocaine or ropivacaine.
A palletising, stacking and/or handling apparatus with a lifting mechanism and, arranged thereat and adjustable at least in a vertical direction, a handling device, a support surface and/or a transport surface, a gripping device, or the like, for transport goods, which handling device is movable along an approximately vertically extending lifting column, which lifting column has at least two column sections (20, 22), which are joined together and fixable to one another in the direction of vertical longitudinal extension and at a parting line, the lower column section of which is anchored to a base section or pedestal section of the palletising apparatus, which base section or pedestal section stands on and/or is fixed on a firm underlayer, in which the at least two column sections (20, 22) of the lifting column are fixed to one another largely in alignment with each other when in an operating position, and in which the upper column section is brought into an angled position in relation to the lower column section by way of the parting line located between the column sections (20, 22) when in a transport position, characterised in that the handling device, in the transport position of the apparatus or of the lifting mechanism, as the case may be, is separated from a counterbalance, which, in the operating position, is coupled with the handling device and which is movable along the lifting column in vertical direction and in the direction opposite to the vertical movement of the handling device.
An exercise management device using a hula hoop, comprising: a hula hoop, wherein the hula hoop comprises: an annular body; a sensor unit comprising (a) a gyro sensor provided at one side of the body to measure an angular velocity, (b) an acceleration sensor for measuring an acceleration, and (c) a gravity sensor for detecting the direction of gravity; and a control unit comprising a micro controller unit for receiving and analyzing a data value detected by the sensor unit and calculating a spinning speed, a spinning direction, and the number of spins to obtain exercise information or transmit the data value, a communication unit having a Bluetooth chip for transmitting the exercise information or the data value to the outside, and a power unit for turning on/off the control unit by supplying or blocking power; and a wireless communication device having a dedicated program installed therein for receiving the exercise information or data value transmitted from the communication unit to display the exercise information or display exercise information obtained by analyzing the data value and calculating the spinning speed, the spinning direction, and the number of spins, characterized in that the dedicated program is adapted to compare and display times or amounts the user exercised respectively in left and right directions, thereby allowing a user to perform balanced exercise in both directions. an annular body; a sensor unit comprising (a) a gyro sensor provided at one side of the body to measure an angular velocity, (b) an acceleration sensor for measuring an acceleration, and (c) a gravity sensor for detecting the direction of gravity; and a control unit comprising a micro controller unit for receiving and analyzing a data value detected by the sensor unit and calculating a spinning speed, a spinning direction, and the number of spins to obtain exercise information or transmit the data value, a communication unit having a Bluetooth chip for transmitting the exercise information or the data value to the outside, and a power unit for turning on/off the control unit by supplying or blocking power; and a wireless communication device having a dedicated program installed therein for receiving the exercise information or data value transmitted from the communication unit to display the exercise information or display exercise information obtained by analyzing the data value and calculating the spinning speed, the spinning direction, and the number of spins, characterized in that the dedicated program is adapted to compare and display times or amounts the user exercised respectively in left and right directions, thereby allowing a user to perform balanced exercise in both directions.
A combination of i) a multispecific antibody that functionally substitutes for blood coagulation factor VIII which comprises a first antigen-binding site that binds to coagulation factor IX and/or activated coagulation factor IX and a second antigen-binding site that binds to coagulation factor X, and ii) a non-activated coagulation factor IX, for use in the treatment of hemophilia A. i) a multispecific antibody that functionally substitutes for blood coagulation factor VIII which comprises a first antigen-binding site that binds to coagulation factor IX and/or activated coagulation factor IX and a second antigen-binding site that binds to coagulation factor X, and ii) a non-activated coagulation factor IX, for use in the treatment of hemophilia A.
Avian fertilized egg isolate for use in a method of treating a disorder, wherein the fertilized egg isolate comprises the embryo, clear sac and all or a substantial part of the albumen from the avian fertilized egg, and wherein said disorder is major depressive disorder or anxiety.
Topical formulation for the treatment of cellulite characterised in that it comprises alfalfa herb and derivatives thereof, wherein said alfalfa herb derivatives comprise Pyro-Glu-Tyr-Proamide tripeptide, characterised in that the formulation further comprises melatonine.
A method of fabricating a component using an additive manufacturing system, said method comprising: depositing a particulate onto a build platform of the additive manufacturing system; consolidating a first portion of the particulate to form the component, wherein a second portion of the particulate is unconsolidated; positioning a particulate containment wall around the component and the second portion of the particulate, the particulate containment wall defining an interior space and at least one opening therethrough, wherein the component and the second portion of the particulate are positioned within the interior space; coupling at least one louver to the particulate containment wall adjacent the at least one opening in the particulate containment wall, wherein the at least one louver defines a passage in flow communication with the at least one opening; switching the particulate containment wall from a first position in which the louver prevents the second portion of the particulate from flowing through the passage to a second position in which the second portion of the particulate is able to flow through the passage; and allowing the second portion of the particulate to flow out of the interior space through the at least one opening. depositing a particulate onto a build platform of the additive manufacturing system; consolidating a first portion of the particulate to form the component, wherein a second portion of the particulate is unconsolidated; positioning a particulate containment wall around the component and the second portion of the particulate, the particulate containment wall defining an interior space and at least one opening therethrough, wherein the component and the second portion of the particulate are positioned within the interior space; coupling at least one louver to the particulate containment wall adjacent the at least one opening in the particulate containment wall, wherein the at least one louver defines a passage in flow communication with the at least one opening; switching the particulate containment wall from a first position in which the louver prevents the second portion of the particulate from flowing through the passage to a second position in which the second portion of the particulate is able to flow through the passage; and allowing the second portion of the particulate to flow out of the interior space through the at least one opening.
Refrigeration appliance apparatus (10a, 10b) which is a subassembly of a refrigeration appliance, with at least one housing unit (12a-b) which defines at least one intermediate space (14a-b) and which has at least one housing element (16a-b) which delimits the intermediate space (14a-b) at least partially, and with at least one insulation element (18a-b) which is arranged inside the intermediate space (14a-b) in at least one assembled state, wherein the housing unit (12a-b) is designed as a separating plate, wherein the housing unit (12a-b) is provided for resting on projections and/or for inserting in grooves, wherein the housing unit (12a-b) designed as a separating plate is provided to divide at least one receiving compartment for food of a refrigeration appliance into at least two temperature regions in the assembled state, wherein there is at least one fastening element (20a, 20b), which in the assembled state fastens the insulation element (18a-b) and the housing element (16a-b) to one another at least by a material bond, wherein the fastening element (20a-b) is designed as an adhesive layer and that the fastening element (20a-b) is designed as a planar element and, in the at least one assembled state, the fastening element (20a-b) extends over a proportion of at least 60 %, advantageously of at least 70 %, particularly advantageously of at least 80 %, preferably of at least 90 % and particularly preferably of at least 95 % of a surface of the housing element (16a-b) which faces the insulation element (18a-b) in the assembled state and/or of a surface of the insulation element (18a-b) which faces the housing element (16a-b) in the assembled state, and wherein the insulation element (18a-b) is designed as a preformed element.
A rotor disc for a gas turbine rotor, comprising: a first radially extending side having a plurality of curved vanes separated by a plurality of curved slots, wherein the curved slots are curved along a longitudinal axis of each of the slots, and wherein the curved vanes are circumferentially spaced; and a second radially extending side having a plurality of radial vanes separated by a plurality of radial slots, wherein the radial slots have a linear axis, wherein the radial vanes are circumferentially spaced, and wherein the first side is configured to be exposed to a flow of compressed air through the rotor in a radially downward direction of the rotor disc and the second side is configured to be exposed to the flow in a radially upward direction of the rotor disc. a first radially extending side having a plurality of curved vanes separated by a plurality of curved slots, wherein the curved slots are curved along a longitudinal axis of each of the slots, and wherein the curved vanes are circumferentially spaced; and a second radially extending side having a plurality of radial vanes separated by a plurality of radial slots, wherein the radial slots have a linear axis, wherein the radial vanes are circumferentially spaced, and wherein the first side is configured to be exposed to a flow of compressed air through the rotor in a radially downward direction of the rotor disc and the second side is configured to be exposed to the flow in a radially upward direction of the rotor disc.
Machine for making ice in the shape of cylinders particularly for a counter for displaying goods, having a vertical expansion apt to promote the dispensing of said ice directly on said counter, comprising first dispensing means of said ice to which at least one proximity sensor is associated, adapted to detect the quantity of ice accumulated on said counter, characterised in that said first dispensing means comprises a sliding device of said cylinders of ice adapted to subject said cylinders of ice, to a propulsion fore acting in combination with the force of gravity so as to distribute said cylinders of ice over a wider distribution surface area of said counter, wherein said sliding device is a slide having an initial straight portion and an end portion having a lower inclination with respect to said initial straight portion and wherein said proximity sensor is configured and positioned above said slide so as to detect the minimum distance between said end portion of the slide and the accumulation of said cylinders of ice on said counter.
Rosette device for covering a wall connection for a sanitary fitting element, comprising a rosette that can be brought into contact with a wall and sleeve device which is axially and slidingly adjustable in the rosette by means of a thread and can be axially mounted on a union nut of the wall connection, characterised in that the sleeve device is designed in multiple parts with a rosette connection and a spindle element, wherein in the rosette by way of the thread the spindle element is axially adjustable with regard to the rosette by rotating the spindle element relative to the rosette and is arranged in a rotatable manner with regard to the rosette connection which engages in a recess formed in the rosette so that during the axial adjustment of the spindle element caused by the relative rotation of the spindle element and rosette the rosette connection is moved axially into the recess or out of the recess, without the rosette connection and the rosette being rotated relative to each other.
Assembly for a valve of a motor vehicle, this assembly comprising: - a valve body, - a valve stem capable of sliding with respect to the valve body, - a guide arranged to guide the stem when said stem slides, - a seal arranged to ensure the seal around the stem, this seal being placed between the valve body and the guide, this seal coming into contact with the valve body by two distinct tight pressure bearings (11, 12), characterized in that the guide comprises a recess facing the stem, this recess extending at least partially around the stem, and the seal comprises a lip, notably an inner lip, extending at least partially into the recess formed by the guide. - a valve body, - a valve stem capable of sliding with respect to the valve body, - a guide arranged to guide the stem when said stem slides, - a seal arranged to ensure the seal around the stem, this seal being placed between the valve body and the guide, this seal coming into contact with the valve body by two distinct tight pressure bearings (11, 12),
A method of wireless communication within a user equipment, UE, with a single transmitter, comprising: adaptively sharing (712; 800) a first receive chain and a second receive chain between a first radio access technology, RAT, modem and a second RAT modem of the UE, wherein the first receive chain comprises a first antenna and a first receiver, and the second receive chain comprises a second antenna and a second receiver and the adaptively sharing is performed by: assigning a receive chain of the first and second receive chains having a highest signal quality for the second RAT to the second RAT modem and assigning the other receive chain of the first and second receive chains to the first RAT modem when historic radio frequency, RF, conditions are below a predetermined level; and assigning the first and second receive chains between the first and second RAT modems based on past performance when the historic RF conditions are above the predetermined level. assigning a receive chain of the first and second receive chains having a highest signal quality for the second RAT to the second RAT modem and assigning the other receive chain of the first and second receive chains to the first RAT modem when historic radio frequency, RF, conditions are below a predetermined level; and assigning the first and second receive chains between the first and second RAT modems based on past performance when the historic RF conditions are above the predetermined level.