mhurhangee/ep-ind-claims huggingface dataset:
An electronic cigarette, comprising: a cartridge unit including cartridge tube containing a liquid, and a seal on the cartridge tube sealing the liquid within the cartridge tube; and a vaporizer unit having a piercer and a heater, with the vaporizer unit moveable into engagement with the cartridge unit, causing the piercer to pierce the seal, characterized in that the heater comprises a heater tube and a heating coil, the heater tube being supported by blades with the heating coil surrounding the heater tube. a cartridge unit including cartridge tube containing a liquid, and a seal on the cartridge tube sealing the liquid within the cartridge tube; and a vaporizer unit having a piercer and a heater, with the vaporizer unit moveable into engagement with the cartridge unit, causing the piercer to pierce the seal,
In a virtual computing environment, a method of tracing activity-related events associated with a data packet associated with a particular activity that is processed through a first virtual machine (104(a)) and a second virtual machine (104(b)), comprising: within the first virtual machine (104(a)), communicating the data packet through a first protocol stack, the first protocol stack comprising a first series of protocol layers; within the second virtual machine (104 (b)), communicating the data packet through a second protocol stack, the second protocol stack comprising a second series of protocol layers; associating an activity identifier with the data packet as it is communicated through the first and second protocol stacks, wherein the activity identifier is transferred along with the data packet to a subsequent layer by including the activity identifier in out-of-band data associated with the data packet;and reporting, by the protocol layers of the first and second protocol stacks, events relating to processing of the data packet via a logging system to a reporting system, said events specifying the activity identifier of the data packet; communicating the activity identifier with the data packet between the first and the second virtual machines through a virtual switch; and correlating, in the reporting system, events based on the reported activity identifier to find any events relating to the data packet. within the first virtual machine (104(a)), communicating the data packet through a first protocol stack, the first protocol stack comprising a first series of protocol layers; within the second virtual machine (104 (b)), communicating the data packet through a second protocol stack, the second protocol stack comprising a second series of protocol layers; associating an activity identifier with the data packet as it is communicated through the first and second protocol stacks, wherein the activity identifier is transferred along with the data packet to a subsequent layer by including the activity identifier in out-of-band data associated with the data packet;and reporting, by the protocol layers of the first and second protocol stacks, events relating to processing of the data packet via a logging system to a reporting system, said events specifying the activity identifier of the data packet;
A railway wagon brake control system, comprising a train pipe and a plurality of disc brakes which are used for braking the wheels of a railway wagon, the system further comprises an ECP control host and a distribution valve communicated with the train pipe; the distribution valve is communicated with a plurality of relay valves, each relay valve corresponds to each bogie of the rail wagon, and each disc brake of the same bogie is communicated with the relay valve corresponding to the bogie; the system also comprises a control air cylinder and an auxiliary reservoir which are communicated with the distribution valve; each bogie is provided with at least one weighing valve, and each weighing valve is respectively communicated with the auxiliary reservoir and the relay valve; characterized in that the system further comprises an ECP pre-control chamber, the ECP pre-control chamber is communicated with the train pipe, and the ECP control host controls the air pressure change in the ECP pre-control chamber so as to enable pressure air in the train pipe to be exhausted; the system further comprises a speed synchronization control host, wherein the speed synchronization control host is connected to a plurality of speed sensors, and each speed sensor measures the speed of each wheel of the railway wagon. the system also comprises a control air cylinder and an auxiliary reservoir which are communicated with the distribution valve; each bogie is provided with at least one weighing valve, and each weighing valve is respectively communicated with the auxiliary reservoir and the relay valve; characterized in that the system further comprises an ECP pre-control chamber, the ECP pre-control chamber is communicated with the train pipe, and the ECP control host controls the air pressure change in the ECP pre-control chamber so as to enable pressure air in the train pipe to be exhausted; the system further comprises a speed synchronization control host, wherein the speed synchronization control host is connected to a plurality of speed sensors, and each speed sensor measures the speed of each wheel of the railway wagon.
Method for recycling the silver present in a solar cell comprising the following successive steps: a) grinding the solar cell so as to form a ground material containing particles of silver, b) dissolving the silver contained in the ground material in a solution containing: ∘ at least one ionic liquid in the form of a solvent comprising at least one cation and one anion the association of which generates a liquid with a melting temperature of less than 100°C, ∘ a redox mediator in the form of an ion in solution able to be reduced in a leaching or dissolution step of the silver and to be oxidised in an electrolysis step, ∘ possibly water, the dissolution leading to the formation of silver ions in solution, c) separating the ground material from the solution, d) performing electrolysis of the solution to reduce the silver ions and to regenerate the redox mediator. a) grinding the solar cell so as to form a ground material containing particles of silver, b) dissolving the silver contained in the ground material in a solution containing: ∘ at least one ionic liquid in the form of a solvent comprising at least one cation and one anion the association of which generates a liquid with a melting temperature of less than 100°C, ∘ a redox mediator in the form of an ion in solution able to be reduced in a leaching or dissolution step of the silver and to be oxidised in an electrolysis step, ∘ possibly water, the dissolution leading to the formation of silver ions in solution, ∘ at least one ionic liquid in the form of a solvent comprising at least one cation and one anion the association of which generates a liquid with a melting temperature of less than 100°C, ∘ a redox mediator in the form of an ion in solution able to be reduced in a leaching or dissolution step of the silver and to be oxidised in an electrolysis step, ∘ possibly water, c) separating the ground material from the solution, d) performing electrolysis of the solution to reduce the silver ions and to regenerate the redox mediator.
A converter cell (10, 10a, 10b) configured for use in a high voltage multilevel converter, the converter cell (10, 10a, 10b) comprising: an energy storage element (16, 16a, 16b); and a plurality of switching elements (S1, S2, S3,S4, S5, S6); the plurality of switching elements (S1, S2, S3,S4, S5, S6) comprises at least one thyristor and a plurality of transistors; and in that each thyristor of the converter cell (10, 10a, 10b) is provided in a position for a switching element in the converter cell (10, 10a, 10b) where, during normal operation of the converter cell (10, 10a, 10b), said switching element in the converter cell is in a continuous conducting state. an energy storage element (16, 16a, 16b); and a plurality of switching elements (S1, S2, S3,S4, S5, S6); the plurality of switching elements (S1, S2, S3,S4, S5, S6) comprises at least one thyristor and a plurality of transistors; and in that each thyristor of the converter cell (10, 10a, 10b) is provided in a position for a switching element in the converter cell (10, 10a, 10b) where, during normal operation of the converter cell (10, 10a, 10b), said switching element in the converter cell is in a continuous conducting state.
Test stand for testing motor vehicles with - a motor vehicle to be tested having a plurality of test wheels which each have a receiving section, - a set-up surface on which a motor vehicle to be tested can be set up, - at least two wheel devices for receiving rotational forces of a motor vehicle axle or for outputting rotational forces to a motor vehicle axle, which wheel devices are arranged laterally offset with respect to the set-up surface, wherein - each wheel device has an insertion means having an insertion section which can be brought into engagement in a form-fitting manner with a receiving section of a test wheel mounted on the motor vehicle, wherein - the wheel device is configured to bring the insertion section of the insertion means into engagement with the receiving section of the test wheel in a form-fitting manner or to release said insertion section therefrom by means of translational movement of the wheel device and/or of the insertion means along the at least one direction of the vehicle axis, wherein the insertion section is configured in the form of a splined shaft having drivers, and the test wheels each have a multi-spline bushing as a receiving section for receiving the insertion section in a form-fitting manner. - a motor vehicle to be tested having a plurality of test wheels which each have a receiving section, - a set-up surface on which a motor vehicle to be tested can be set up, - at least two wheel devices for receiving rotational forces of a motor vehicle axle or for outputting rotational forces to a motor vehicle axle, which wheel devices are arranged laterally offset with respect to the set-up surface, wherein - each wheel device has an insertion means having an insertion section which can be brought into engagement in a form-fitting manner with a receiving section of a test wheel mounted on the motor vehicle, wherein - the wheel device is configured to bring the insertion section of the insertion means into engagement with the receiving section of the test wheel in a form-fitting manner or to release said insertion section therefrom by means of translational movement of the wheel device and/or of the insertion means along the at least one direction of the vehicle axis, wherein
A driving system for spinning rotors of a front of an open-end spanning machine comprising: two asynchronous electric motors (51, 51'), each motor comprising an inverter (60,60'), respectively situated at the top-end and tail-end of the spinning machine distributing the power necessary for driving the spinning rotors, a common deriving belt for transmitting power to the rotors, a main pulley driven by the motor at the top-end, a subordinated pulley driven by the motor at the tail-end, an idle reference pulley acting as a reference for the driving, an encoder, and a control unit controlling and driving the motors by means of the inverters (60, 60'), characterised in that, the encoder is positioned on the idle reference pulley for indicating the linear rate of the common driving belt of the rotors, the control unit controls and drives on the basis of the values indicated by the encoder both motors (51, 51'), and both inverters (60, 60') are connected to each other with a syncro master slave line for transmitting a synchronous impulse signal between the two inverters (60, 60'), the rotation of the motor at the tail-end bering subordinated to the rotation of the motor at the top-end.
A double network hydrogel comprising a. A polymer having a persistence length between 10 and 1000 nm, b. A flexible polymer having a persistence length smaller than 1 nm, wherein the persistence length is measured at room temperature in an aqueous solution at neutral pH according to single molecule force microscopy measurement, wherein polymer has an extended coil conformation at a first condition and a collapsed globular conformation at a second condition, wherein polymer is a oligo(alkylene glycol)functionalized poly(isocyanopeptide) and wherein polymer is selected from polymers composed of N -isopropylacrylamide, N, N- diethylacrylamide, N -ethylacrylamide, N -propylacrylamide their copolymers and their copolymers with other acrylic or acrylamide monomers, including acrylic acid, methyl acrylate, ethyl acrylate, butyl acrylate, hydroxyethyl acrylate, hydroxypropyl acrylate, acrylamide and N, N -dimethyl acrylamide, as well as the methacrylate equivalents, crosslinked with an amount of a crosslinker, such as N, N '-methylenebisacrylamide (MBAA), or another di-, tri-, or multifunctional acrylate or methacrylate, wherein the amount of crosslinker is between 0.1 and 5 mol% of the monomer concentration of polymer and wherein a solution of polymer in water has a lower critical solution temperature LCSTa, and polymer has a LCSTb, wherein the LCSTb is higher than the LCSTa. a. A polymer having a persistence length between 10 and 1000 nm, b. A flexible polymer having a persistence length smaller than 1 nm, wherein the persistence length is measured at room temperature in an aqueous solution at neutral pH according to single molecule force microscopy measurement, wherein polymer has an extended coil conformation at a first condition and a collapsed globular conformation at a second condition, wherein polymer is a oligo(alkylene glycol)functionalized poly(isocyanopeptide) and wherein polymer is selected from polymers composed of N -isopropylacrylamide, N, N- diethylacrylamide, N -ethylacrylamide, N -propylacrylamide their copolymers and their copolymers with other acrylic or acrylamide monomers, including acrylic acid, methyl acrylate, ethyl acrylate, butyl acrylate, hydroxyethyl acrylate, hydroxypropyl acrylate, acrylamide and N, N -dimethyl acrylamide, as well as the methacrylate equivalents, crosslinked with an amount of a crosslinker, such as N, N '-methylenebisacrylamide (MBAA), or another di-, tri-, or multifunctional acrylate or methacrylate, wherein the amount of crosslinker is between 0.1 and 5 mol% of the monomer concentration of polymer and wherein a solution of polymer in water has a lower critical solution temperature LCSTa, and polymer has a LCSTb, wherein the LCSTb is higher than the LCSTa.
A mid-turbine frame of a gas turbine engine, the mid-turbine frame comprising a fastener assembly, the fastener assembly comprising: an inner frame case including a fastener opening; a tie rod having a flange and including a bushing opening in the flange; a threaded bushing at least partially located within the bushing opening, wherein the bushing includes a flange, a cylindrical portion and a threaded bushing fastener opening extending through the flange and the cylindrical portion and aligning with the fastener opening; and a fastener extending through the fastener opening and engaging the threaded bushing fastener opening, wherein the threaded bushing is configured, by means of contact with the fastener, to transfer heat from the fastener to prevent the fastener from creeping; characterised in that the flange includes a tab wherein the tab includes an edge having a radius that extends from the flange for engaging a portion of the tie rod to prevent the bushing from rotating relative to the tie rod during installation or disassembly. an inner frame case including a fastener opening; a tie rod having a flange and including a bushing opening in the flange; a threaded bushing at least partially located within the bushing opening, wherein the bushing includes a flange, a cylindrical portion and a threaded bushing fastener opening extending through the flange and the cylindrical portion and aligning with the fastener opening; and a fastener extending through the fastener opening and engaging the threaded bushing fastener opening, wherein the threaded bushing is configured, by means of contact with the fastener, to transfer heat from the fastener to prevent the fastener from creeping; characterised in that the flange includes a tab wherein the tab includes an edge having a radius that extends from the flange for engaging a portion of the tie rod to prevent the bushing from rotating relative to the tie rod during installation or disassembly.
A spent nuclear fuel canister, comprising: a main body having one end that is opened and an internal space in which the spent nuclear fuel is mounted; a cover mounted on the opened one end of the main body and fixed to the main body; a first screw ridge formed on an inner side surface at one end of the main body; and a second screw ridge located on an outer side surface of the cover and configured to be fastened with the first screw ridge due to a rotation of the cover, characterised in that coefficients of thermal expansion of the first screw ridge and the second screw ridge are greater than those of the main body and the cover, respectively. a main body having one end that is opened and an internal space in which the spent nuclear fuel is mounted; a cover mounted on the opened one end of the main body and fixed to the main body; a first screw ridge formed on an inner side surface at one end of the main body; and a second screw ridge located on an outer side surface of the cover and configured to be fastened with the first screw ridge due to a rotation of the cover, characterised in that coefficients of thermal expansion of the first screw ridge and the second screw ridge are greater than those of the main body and the cover, respectively.
A method, performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving high-layer signaling configuring the UE to determine a number of bits of hybrid automatic repeat request-acknowledgement, HARQ-ACK, information semi-statically; receiving, from a base station, a physical downlink control channel, PDCCH, of a serving cell indicating a semi persistent scheduling, SPS, physical downlink shared channel, PDSCH, release or scheduling a PDSCH reception, wherein the PDCCH of the serving cell includes a counter downlink assignment index, DAI, field value of 1; in case that HARQ-ACK information corresponding to the a set of downlink timeslots is only for the SPS PDSCH release or the PDSCH reception, determining the number of bits of the HARQ-ACK information according to at least one downlink timeslot corresponding to the serving cell in the set of downlink timeslot based on a number of transport blocks of the serving cell configured to the UE, and determining a physical uplink control channel, PUCCH, power adjustment value for transmitting the HARQ-ACK information based on a transmission power control, TPC, field in the PDCCH of the serving cell; and transmitting, to the base station, the PUCCH including the HARQ-ACK information in an uplink slot n. receiving high-layer signaling configuring the UE to determine a number of bits of hybrid automatic repeat request-acknowledgement, HARQ-ACK, information semi-statically; receiving, from a base station, a physical downlink control channel, PDCCH, of a serving cell indicating a semi persistent scheduling, SPS, physical downlink shared channel, PDSCH, release or scheduling a PDSCH reception, wherein the PDCCH of the serving cell includes a counter downlink assignment index, DAI, field value of 1; in case that HARQ-ACK information corresponding to the a set of downlink timeslots is only for the SPS PDSCH release or the PDSCH reception, determining the number of bits of the HARQ-ACK information according to at least one downlink timeslot corresponding to the serving cell in the set of downlink timeslot based on a number of transport blocks of the serving cell configured to the UE, and determining a physical uplink control channel, PUCCH, power adjustment value for transmitting the HARQ-ACK information based on a transmission power control, TPC, field in the PDCCH of the serving cell; and determining the number of bits of the HARQ-ACK information according to at least one downlink timeslot corresponding to the serving cell in the set of downlink timeslot based on a number of transport blocks of the serving cell configured to the UE, and determining a physical uplink control channel, PUCCH, power adjustment value for transmitting the HARQ-ACK information based on a transmission power control, TPC, field in the PDCCH of the serving cell; and transmitting, to the base station, the PUCCH including the HARQ-ACK information in an uplink slot n.
Generator for supply of a surgical instrument with electric current, having a first amplifier that comprises a first input electrode and a first output electrode, having a second amplifier that comprises a second input electrode and a second output electrode, having an inductor that is arranged between the first and the second output electrode (D1, D2), having a first capacitor that is connected with the inductor to form an oscillating circuit, characterized by a second capacitor that comprises an end connected with the inductor and an end connected with a switch. having a first amplifier that comprises a first input electrode and a first output electrode, having a second amplifier that comprises a second input electrode and a second output electrode, having an inductor that is arranged between the first and the second output electrode (D1, D2), having a first capacitor that is connected with the inductor to form an oscillating circuit, characterized by a second capacitor that comprises an end connected with the inductor and an end connected with a switch.
A continuous production system configured to continuously produce a product from a powder of a raw material, the continuous production system comprising: a first processing device configured to perform a first processing on the powder of the raw material; a second processing device configured to perform a second processing on the powder, on which the first processing device has performed the first processing; and an inspection and screening device that has an inspection chamber arranged to receive therethrough powder fed from the first processing device to the second processing device, characterized in that the inspection and screening device has a cleansing mechanism (19U, 19L) arranged at a downstream side of an entrance-side gate valve that is configured to open and close a path connecting from the first processing device to the inspection chamber, the cleansing mechanism configured to spray a gas from an entrance-side opening formed on an inner face of the path in a direction forming a spiral flow following the inner face of the path, in a state in which the entrance-side gate valve is closed, so as to blow a retained powder away from the inspection chamber to an outlet channel (22, 23) on a downstream side of the inspection chamber. a first processing device configured to perform a first processing on the powder of the raw material; a second processing device configured to perform a second processing on the powder, on which the first processing device has performed the first processing; and an inspection and screening device that has an inspection chamber arranged to receive therethrough powder fed from the first processing device to the second processing device, characterized in that the inspection and screening device has a cleansing mechanism (19U, 19L) arranged at a downstream side of an entrance-side gate valve that is configured to open and close a path connecting from the first processing device to the inspection chamber, the cleansing mechanism configured to spray a gas from an entrance-side opening formed on an inner face of the path in a direction forming a spiral flow following the inner face of the path, in a state in which the entrance-side gate valve is closed, so as to blow a retained powder away from the inspection chamber to an outlet channel (22, 23) on a downstream side of the inspection chamber.