mhurhangee/ep-ind-claims huggingface dataset:
A method for supervising an instrument voltage transformer (VT, 110) and operating at least one circuit breaker based on a blocking signal from a supervisory relay, the at least one circuit breaker electrically connected to a protection relay in a power distribution system comprising a plurality of electrical power distribution components, the supervisory relay being interfaced with the VT and an instrument current transformer, wherein the VT and the CT are connected to a power line of the power distribution system to measure the voltage and the current on the power line, respectively, the method comprising the supervisory relay executing: receiving a voltage signal from the VT and a current signal from the CT; calculating with at least two different voltage functions (210, 220, 230) a voltage fault status based on the received voltage signal; calculating with at least one current function (240, 250, 260) a current fault status based on the received current signal; determining a health condition of the power line based on the voltage fault status and the current fault status; wherein the health condition being one of a fault in the power line and a disturbance in a secondary side of the voltage transformer; and generating a block signal for blocking generation of trip signal by the protection relay to operate the circuit breaker based on the determined health condition being that of the disturbance in the secondary side of the VT. receiving a voltage signal from the VT and a current signal from the CT; calculating with at least two different voltage functions (210, 220, 230) a voltage fault status based on the received voltage signal; calculating with at least one current function (240, 250, 260) a current fault status based on the received current signal; determining a health condition of the power line based on the voltage fault status and the current fault status; wherein the health condition being one of a fault in the power line and a disturbance in a secondary side of the voltage transformer; and generating a block signal for blocking generation of trip signal by the protection relay to operate the circuit breaker based on the determined health condition being that of the disturbance in the secondary side of the VT.
A method for producing anode grade coke, comprising: (i) solvent deasphalting a whole crude oil feedstock to produce an asphalt fraction and a deasphalted oil fraction, in a first reaction chamber; (ii) processing said DAO fraction and asphalt fraction in separate, second, third, and fourth reaction chambers; (iii) hydrocracking said DAO fraction in said second reaction chamber at a pressure of from 100-200 bars, temperature of from 350°C to 450°C, an LHSV of from 0.1 to 4.0 h -1, and a hydrogen:DAO ratio of from 500-2,500 SLt/Lt to remove sulfur and nitrogen therefrom and to distill any hydrocarbons contained in said DAO which have a boiling point over 370°C; (iv) subjecting unconverted DAO fraction from the hydrocracking unit to delayed coking in a third chamber, and (v) gasifying said asphalt fraction via combining it with oxygen and steam, in said fourth reaction chamber, to produce hydrogen therefrom. (i) solvent deasphalting a whole crude oil feedstock to produce an asphalt fraction and a deasphalted oil fraction, in a first reaction chamber; (ii) processing said DAO fraction and asphalt fraction in separate, second, third, and fourth reaction chambers; (iii) hydrocracking said DAO fraction in said second reaction chamber at a pressure of from 100-200 bars, temperature of from 350°C to 450°C, an LHSV of from 0.1 to 4.0 h -1, and a hydrogen:DAO ratio of from 500-2,500 SLt/Lt to remove sulfur and nitrogen therefrom and to distill any hydrocarbons contained in said DAO which have a boiling point over 370°C; (iv) subjecting unconverted DAO fraction from the hydrocracking unit to delayed coking in a third chamber, and (v) gasifying said asphalt fraction via combining it with oxygen and steam, in said fourth reaction chamber, to produce hydrogen therefrom.
A device for producing stand-up pouches, which has a film feed by means of which a film is fed to a punching system, a folding unit and a sealing station, the film being transported continuously, in particular without acceleration, by the film feed, characterized in that the punching system has at least one and preferably two electromagnetically driven hole punches, the hole punches preferably being driven in a pulsed manner, the at least one hole punch being adapted to be driven with a first electromagnetic pulse in the vertical direction or in the horizontal direction downwardly or sideways through the film into a first position.
A method of controlling a feed device in an agricultural implement, for feeding granules from a primary distributor to at least two singulators, each comprising a granule buffer space and a granule outlet, wherein the method comprises: receiving a granule feed-out rate target value, controlling a granule feed-out rate of the primary distributor on the basis of the granule feed-out rate target value, and individually controlling a granule feed-out rate of each of the singulators on the basis of the granule feed-out rate target value. receiving a granule feed-out rate target value, controlling a granule feed-out rate of the primary distributor on the basis of the granule feed-out rate target value, and individually controlling a granule feed-out rate of each of the singulators on the basis of the granule feed-out rate target value.
A battery charging control method, characterized by comprising: obtaining (S1 10), based on a received charging request, a threshold value and an initial value of a charging parameter of a battery, wherein the threshold value of the charging parameter is determined based on an actual capacity value of the battery and an accumulated mileage of an electric vehicle where the battery is located, and the charging parameter comprises at least one of a charging state of charge and a charging voltage; sending, under a condition that the initial value of the charging parameter is less than the threshold value of the charging parameter, a control command of charging the battery, so as to charge the battery; obtaining a value of the charging parameter of the battery in real time during the charging of the battery; sending, under a condition that the obtained value of the charging parameter of the battery is greater than or equal to the threshold value of the charging parameter, a control command of stopping charging the battery, so as to stop charging. obtaining (S1 10), based on a received charging request, a threshold value and an initial value of a charging parameter of a battery, wherein the threshold value of the charging parameter is determined based on an actual capacity value of the battery and an accumulated mileage of an electric vehicle where the battery is located, and the charging parameter comprises at least one of a charging state of charge and a charging voltage; sending, under a condition that the initial value of the charging parameter is less than the threshold value of the charging parameter, a control command of charging the battery, so as to charge the battery; obtaining a value of the charging parameter of the battery in real time during the charging of the battery; sending, under a condition that the obtained value of the charging parameter of the battery is greater than or equal to the threshold value of the charging parameter, a control command of stopping charging the battery, so as to stop charging.
A message transmission method, applied to domain of segment routing technology, comprising: carrying a routing label and segment list information in a message, and transmitting the routing label and the segment list information along with the message in a message transmission process; wherein the routing label is used for indicating that the message carries the segment list information, and the segment list information is used for representing a transmission path of the message, and being characterized by the segment list information comprises: a segment list identity, LIST ID, and the method further comprises: sending, by a message transmission node to a path management server, a segment list of the message transmission node itself and receiving from the path management server a mapping table of the LIST ID and the segment list. carrying a routing label and segment list information in a message, and transmitting the routing label and the segment list information along with the message in a message transmission process; wherein the routing label is used for indicating that the message carries the segment list information, and the segment list information is used for representing a transmission path of the message, and being characterized by the segment list information comprises: a segment list identity, LIST ID, and the method further comprises: sending, by a message transmission node to a path management server, a segment list of the message transmission node itself and receiving from the path management server a mapping table of the LIST ID and the segment list.
A stent, comprising; a coating, the coating comprising; an inner layer of electrospun polytetrafluoroethylene (PTFE) fibers, an outer layer of electrospun PTFE fibers, and a non-electrospun tie layer disposed between the inner layer of electrospun PTFE fibers and the outer layer of electrospun PTFE fibers, wherein the inner layer of electrospun PTFE fibers has an average pore size of between 1 micron and 12 microns and is configured to permit the growth of endothelial cells on a surface of the stent and the tie layer is impermeable to tissue growth. a coating, the coating comprising; an inner layer of electrospun polytetrafluoroethylene (PTFE) fibers, an outer layer of electrospun PTFE fibers, and a non-electrospun tie layer disposed between the inner layer of electrospun PTFE fibers and the outer layer of electrospun PTFE fibers, wherein the inner layer of electrospun PTFE fibers has an average pore size of between 1 micron and 12 microns and is configured to permit the growth of endothelial cells on a surface of the stent and the tie layer is impermeable to tissue growth.
A method for transmitting retransmission data using hybrid automatic repeat request, HARQ, by a base station in a wireless communication system, the method comprising: determining whether there is a radio resource for transmitting the retransmission data; configuring a downlink control information, DCI, format including a retransmission indicator field when the radio resource exists, the retransmission indicator field indicating whether the retransmission data is general retransmission data which is retransmitted after receiving an ACK/NACK signal for initial transmission data or opportunistic retransmission data which is retransmitted before receiving the ACK/NACK signal for the initial transmission data; when the retransmission data is opportunistic retransmission data, receiving index information of the radio resource in which a maximum power value of the retransmission data is limited and information on the maximum power value of the retransmission data from another base station adjacent to the base station; and transmitting the retransmission data through the radio resource on the basis of the DCI format and the received information, wherein the retransmission data is opportunistic retransmission data. determining whether there is a radio resource for transmitting the retransmission data; configuring a downlink control information, DCI, format including a retransmission indicator field when the radio resource exists, the retransmission indicator field indicating whether the retransmission data is general retransmission data which is retransmitted after receiving an ACK/NACK signal for initial transmission data or opportunistic retransmission data which is retransmitted before receiving the ACK/NACK signal for the initial transmission data; when the retransmission data is opportunistic retransmission data, receiving index information of the radio resource in which a maximum power value of the retransmission data is limited and information on the maximum power value of the retransmission data from another base station adjacent to the base station; and transmitting the retransmission data through the radio resource on the basis of the DCI format and the received information, wherein the retransmission data is opportunistic retransmission data.
An atomizing head for an atomizer, comprising: a holder; an air inlet; an air outlet; a piercing element received in the holder, the piercing element being configured for piercing a liquid supply filled with tobacco liquid, the piercing element defining a liquid inlet; a buffer chamber in the holder, the buffer chamber being configured for storing the tobacco liquid flowed from the liquid supply via the liquid inlet after the liquid supply is pierced, the liquid inlet being in communication with the buffer chamber and the liquid supply; an atomizing cavity defined in the holder, both of the air inlet and the air outlet communicating with the atomizing cavity; and an atomizing component received in the atomizing cavity, the atomizing component being configured for absorbing the tobacco liquid only from the buffer chamber and heating the tobacco liquid to vaporize; wherein the piercing element comprises a connecting part and a piercing part, the connecting part is fixedly connected with the holder, the piercing part is adapted for piercing the liquid supply, and the liquid inlet is defined in the piercing part; characterized in that: the atomizing head further comprises a liquid conducting body, wherein one end of the liquid conducting body is positioned in the liquid inlet, and an opposite end of the liquid conducting body is arranged in the buffer chamber. a holder; an air inlet; an air outlet; a piercing element received in the holder, the piercing element being configured for piercing a liquid supply filled with tobacco liquid, the piercing element defining a liquid inlet; a buffer chamber in the holder, the buffer chamber being configured for storing the tobacco liquid flowed from the liquid supply via the liquid inlet after the liquid supply is pierced, the liquid inlet being in communication with the buffer chamber and the liquid supply; an atomizing cavity defined in the holder, both of the air inlet and the air outlet communicating with the atomizing cavity; and an atomizing component received in the atomizing cavity, the atomizing component being configured for absorbing the tobacco liquid only from the buffer chamber and heating the tobacco liquid to vaporize; wherein the piercing element comprises a connecting part and a piercing part, the connecting part is fixedly connected with the holder, the piercing part is adapted for piercing the liquid supply, and the liquid inlet is defined in the piercing part; characterized in that: the atomizing head further comprises a liquid conducting body, wherein one end of the liquid conducting body is positioned in the liquid inlet, and an opposite end of the liquid conducting body is arranged in the buffer chamber.
A stay for opening and closing of a door or a cover, comprising: a main body (15, 51, 61) mounted to a housing; an arm (14, 53, 63) having one end rotatably connected to the main body (15, 51, 61); a main-body slider (24, 56, 66) slidably provided on the main body (15, 51, 61) and being biased in one direction by an elastic body; and a link (23, 55, 65) rotatably connected to the main-body slider (24, 56, 66) and the arm (14, 53, 63), characterized in that the arm (14, 53, 63) is configured to give the door or cover, in an open state, an additional force in an opening direction and to give the door or cover, in a closed state, an additional force in a closing direction, in that there are at least two pivots of the link (23, 55, 65) in the form of pins (P3,P4,57,67) relative to the arm (14, 53, 63) or the main-body slider (24, 56, 66), and in that when the door or cover rotates from the open state to the closed state, the pivots of the link (23, 55, 65) relative to the arm (14, 53, 63) or the main-body slider (24, 56, 66) are changed from one pin (P4,57,67) to an opposite pin (P3,57,67) so as to reduce the force in the closing direction given by the arm (14, 53, 63) to the door or cover. a main body (15, 51, 61) mounted to a housing; an arm (14, 53, 63) having one end rotatably connected to the main body (15, 51, 61); a main-body slider (24, 56, 66) slidably provided on the main body (15, 51, 61) and being biased in one direction by an elastic body; and a link (23, 55, 65) rotatably connected to the main-body slider (24, 56, 66) and the arm (14, 53, 63), characterized in that the arm (14, 53, 63) is configured to give the door or cover, in an open state, an additional force in an opening direction and to give the door or cover, in a closed state, an additional force in a closing direction, in that there are at least two pivots of the link (23, 55, 65) in the form of pins (P3,P4,57,67) relative to the arm (14, 53, 63) or the main-body slider (24, 56, 66), and in that when the door or cover rotates from the open state to the closed state, the pivots of the link (23, 55, 65) relative to the arm (14, 53, 63) or the main-body slider (24, 56, 66) are changed from one pin (P4,57,67) to an opposite pin (P3,57,67) so as to reduce the force in the closing direction given by the arm (14, 53, 63) to the door or cover.
An endoscopic imaging system for observation of an operative site within a volume located inside the body of an animal, comprising: - Image capture means intended to provide information on the operative site, the image capture means comprising at least two image capture devices that are independent and mobile relative to one another, the image capture devices being cameras intended to be positioned inside the volume, - Processing means to process data provided by the image capture means, the processing means comprising computing means to obtain three-dimensional data on the observed operative site based on data received from the image capture devices, and reconstruction means to reconstruct a three-dimensional image of a region of interest in the operative site based on the obtained three-dimensional data, and - Display means to display data processed by the processing means, - At least an instrument intended to be inserted inside the volume located inside the body of an animal, characterized in that the image capture means comprise at least three cameras, two of these three cameras being fixed to the instrument. - Image capture means intended to provide information on the operative site, the image capture means comprising at least two image capture devices that are independent and mobile relative to one another, the image capture devices being cameras intended to be positioned inside the volume, - Processing means to process data provided by the image capture means, the processing means comprising computing means to obtain three-dimensional data on the observed operative site based on data received from the image capture devices, and reconstruction means to reconstruct a three-dimensional image of a region of interest in the operative site based on the obtained three-dimensional data, and - Display means to display data processed by the processing means, - At least an instrument intended to be inserted inside the volume located inside the body of an animal,
A tool for producing stamped parts, in particular disks, having an upper part and a lower part which form at least one stamping or fine blanking stage for cutting the outer and inner contours (2, 4) of a disk blank and at least one corrugating and embossing stage for corrugating the disk blank and for embossing the burrs arising during cutting, the corrugating and embossing stage being divided into an upper die part and a lower die part, characterised in that the upper die part comprises an embossing bell, a stripper ring provided with an embossing face and having a corrugated profile on the embossing face, and an internal shape embossing means, while the lower die part comprises an embossing anvil with a corrugated profile on its embossing face, the embossing bell and the internal shape embossing means being respectively provided with embossing shoulders (38, 42), which are arranged relative to the corrugated profile of the stripper ring in the stroke direction so as to be able to grip the cutting burrs only after corrugation, such that corrugation precedes burr embossment and the outer and inner contours (2, 4) of the disk cannot change position, but can change shape on the burr side after corrugation.
A method comprising: establishing, by a provider edge device, an active pseudo-wire and a standby pseudo-wire, with respect to another provider edge device, based on virtual private local area network service, VPLS, advertisements transmitted between the provider edge device and the other provider edge device; detecting, by the provider edge device, a communication link failure associated with a customer edge device, of a plurality of customer edge devices, the customer edge device associated with the active pseudo-wire and the standby pseudo-wire; determining, based on detecting the communication link failure and for each customer edge device of the plurality of customer edge devices, whether a customer site identifier, associated with the customer edge device, corresponds to the active pseudo-wire; and determining, for each customer edge device of the plurality of customer edge devices, not to utilize the standby pseudo-wire when the customer site identifier does not correspond to the active pseudo-wire, where the provider edge device utilizes the standby pseudo-wire, rather than the active pseudo-wire, when the customer site identifier corresponds to the active pseudo-wire. establishing, by a provider edge device, an active pseudo-wire and a standby pseudo-wire, with respect to another provider edge device, based on virtual private local area network service, VPLS, advertisements transmitted between the provider edge device and the other provider edge device; detecting, by the provider edge device, a communication link failure associated with a customer edge device, of a plurality of customer edge devices, the customer edge device associated with the active pseudo-wire and the standby pseudo-wire; determining, based on detecting the communication link failure and for each customer edge device of the plurality of customer edge devices, whether a customer site identifier, associated with the customer edge device, corresponds to the active pseudo-wire; and determining, for each customer edge device of the plurality of customer edge devices, not to utilize the standby pseudo-wire when the customer site identifier does not correspond to the active pseudo-wire, where the provider edge device utilizes the standby pseudo-wire, rather than the active pseudo-wire, when the customer site identifier corresponds to the active pseudo-wire.