mhurhangee/patent-ind-claim-en huggingface dataset:
A method for control of a thermal power plant to provide electrical power as per a demand, the thermal power plant comprising process units and one or more actuators, the method comprising: a) obtaining at least one set point information from a plant data specification providing list of process parameters and process outputs (S001, S002), wherein the plant data specification is provided by a manufacturer of the process units; b) controlling one or more control loops in the thermal power plant by providing set points for control based on the obtained one or more set point information from the plant data specification to operate the thermal power plant (S005); c) identifying gaps in controlling the said one or more control loops in the thermal power plant and iteratively manipulating at least one set point to meet the demand (S006); d) updating the plant data specification based on the manipulated at least one set point used to meet the demand, for detecting and analyzing faults in the process units (S007); e) providing feed forward signals to the one or more actuators as an additional bias, wherein the additional bias is estimated based on the plant data specification and a significance of a difference between the demand and actual generation values; and f) using the updated plant data specification and the feed forward signals for control of the thermal power plant to meet the demand (S004). a) obtaining at least one set point information from a plant data specification providing list of process parameters and process outputs (S001, S002), wherein the plant data specification is provided by a manufacturer of the process units; b) controlling one or more control loops in the thermal power plant by providing set points for control based on the obtained one or more set point information from the plant data specification to operate the thermal power plant (S005); c) identifying gaps in controlling the said one or more control loops in the thermal power plant and iteratively manipulating at least one set point to meet the demand (S006); d) updating the plant data specification based on the manipulated at least one set point used to meet the demand, for detecting and analyzing faults in the process units (S007); e) providing feed forward signals to the one or more actuators as an additional bias, wherein the additional bias is estimated based on the plant data specification and a significance of a difference between the demand and actual generation values; and f) using the updated plant data specification and the feed forward signals for control of the thermal power plant to meet the demand (S004).
A method for band-pass sampling of an analogue signal, the spectrum of said signal having a set of sub-bands, said signal being correlated with a sequence of wavelets succeeding one another with a rate f p equal to the sum of the widths of said sub-bands, the central frequencies of the wavelets belonging to said sub-bands, characterised in that the respective positions of the wavelets in the sequence are modulated temporally by means of the arguments of the successive elements of a CAZAC sequence, the correlation results with the sequence of wavelets thus modulated in position being sampled with a frequency f s ≤ f p and converted into digital.
A substituted oxadiazole compound, which is an oxadiazole compound represented by Formula (I), or a crystal form, pharmaceutically acceptable salt, hydrate or solvate thereof, wherein R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , and R 7 are each independently hydrogen, deuterium, or halogen; provided that at least one of R 1 , R 2 , R 3 , R 4 , R 5 , R 6 and R 7 is deuterium. wherein R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , and R 7 are each independently hydrogen, deuterium, or halogen; provided that at least one of R 1 , R 2 , R 3 , R 4 , R 5 , R 6 and R 7 is deuterium.
A system for balancing charge over a plurality of rechargeable energy storage devices coupled in series, the system comprising: - a plurality of balancing units each assigned to one of the rechargeable energy storage devices , - an AC signal generator for providing an AC signal to the plurality of balancing units for balancing the charge on their assigned rechargeable energy storage devices , - a capacitive coupling between the AC signal generator and each of the plurality of balancing units for common mode blocking, wherein each balancing unit comprises a first switch (SW1), arranged to connect or disconnect a positive terminal, of the assigned rechargeable energy storage device to or from the AC signal generator , and a second switch (SW2, D2) arranged to connect or disconnect a negative terminal of the assigned rechargeable energy storage device to or from the AC signal generator with ground being the return path and further to the common ground no general feedback connection between the stack of energy storage devices and the AC signal generator being provided, and a controller configured to control the first and second switches (SW1, SW2) so as to transfer, if the energy storage device to which one of the balancing units is assigned needs to be charged, charge from the AC signal generator or from an energy storage device assigned to another balancing unit by means of closing said first switch and opening said second switch when the signal applied from the AC signal generator is at high level and opening said first switch and closing said second switch when the signal applied from the AC generator is at low level, and, if the energy storage device to which said one of the balancing units is assigned needs to be discharged, so as to transfer charge to the AC signal generator or to an energy storage device assigned to another balancing unit for discharging the energy storage device assigned to said one of the balancing units by means of opening said first switch and closing said second switch when the signal applied from the AC signal generator is at a high level and closing said first switch and opening said second switch when the signal applied from the AC signal generator is at a low level. - a plurality of balancing units each assigned to one of the rechargeable energy storage devices , - an AC signal generator for providing an AC signal to the plurality of balancing units for balancing the charge on their assigned rechargeable energy storage devices , - a capacitive coupling between the AC signal generator and each of the plurality of balancing units for common mode blocking,
Heat exchanger having a heat exchanger block (B) and having countercurrent plate heat exchangers which are arranged in the heat exchanger block, the outside air inlet being arranged in the lower block region and the incoming air outlet being arranged in the upper block region on the first side of the heat exchanger block, the exhaust air outlet being arranged in the lower block region and the outgoing air inlet being arranged in the upper block region on the opposite second side of the heat exchanger block (B), and an air deflection device being arranged in front of the first side of the heat exchanger block, having at least one first deflection duct which connects the lower outside air inlet of the heat exchanger block (B) to an upper outside air inlet of the air deflection device , and having at least one second deflection duct which crosses the first deflection duct and connects the upper incoming air outlet of the heat exchanger block (B) to a lower incoming air outlet of the air deflection device , a second air deflection device being arranged in front of the second side of the heat exchanger block (B), having at least one first deflection duct which connects the lower exhaust air outlet of the heat exchanger block (B) to an upper exhaust air outlet of the second air deflection device , and having at least one second deflection duct which crosses the first deflection duct of the second air deflection device and connects the upper outgoing air inlet of the heat exchanger block (B) to a lower outgoing air inlet of the second air deflection device .
Device for reshaping plastic parisons into plastic containers , comprising a plurality of blow moulding stations each having blow mould devices which form a cavity, inside which the plastic parisons can be reshaped into plastic containers , and comprising at least one application device by means of which a flowable medium can be applied to the plastic parisons for expansion thereof, and at least one valve device which is arranged between at least one pressure reservoir and at least one application device and by means of which the supply and/or removal of the flowable medium under high pressure the blowing pressure and/or volume flow thereof, to the application device can be influenced or controlled, wherein the device has at least one regulating device , which is suitable and intended to regulate an open state and/or a closed state of the valve device at a predetermined time for treatment of the plastic containers and wherein the regulating device has at least one sensor device which at least intermittently detects at least one measurement value which is at least indirectly characteristic for a current control effected by the valve device for the supply and/or the removal of the flowable medium and the regulating device performs/effects a regulation as a function of this detected measurement value, and the device comprises a time measuring device, which at least intermittently detects a time at which the measurement value detected by the sensor device reaches and/or exceeds a predetermined measurement value. the device has at least one regulating device , which is suitable and intended to regulate an open state and/or a closed state of the valve device at a predetermined time for treatment of the plastic containers and wherein the regulating device has at least one sensor device which at least intermittently detects at least one measurement value which is at least indirectly characteristic for a current control effected by the valve device for the supply and/or the removal of the flowable medium and the regulating device performs/effects a regulation as a function of this detected measurement value, and the device comprises a time measuring device, which at least intermittently detects a time at which the measurement value detected by the sensor device reaches and/or exceeds a predetermined measurement value.
Mat system, especially for sports purposes, comprising - a plurality of individual mats (1") each with a top side , a bottom side running parallel to said top side , and at least one rectilinear side edge , - wherein the rectilinear side edges of the individual mats (1") each have at least one undercut recess , and - connecting means having a shape enabling, by engagement of each one of their halves in an undercut recess , a connecting of two mats (1") along their rectilinear side edges , wherein the individual mats (1") and the connecting means each comprise at least one layer of foam material, characterized in that the connecting means each comprise two interconnected primary circular segment regions having radii (R, R') and centre points (M, M') , wherein for the spacing A (A′′′) of the centre points (M, M') of the primary circular segment regions the following relation applies: 0.8 × R + R ′ < A < 1.3 × R + R ′ , and the connecting means further comprise secondary segment regions , wherein the secondary segment regions are located on two sides opposite a joining bridge between the two primary circular segment regions of the connecting means . - a plurality of individual mats (1") each with a top side , a bottom side running parallel to said top side , and at least one rectilinear side edge , - wherein the rectilinear side edges of the individual mats (1") each have at least one undercut recess , and - connecting means having a shape enabling, by engagement of each one of their halves in an undercut recess , a connecting of two mats (1") along their rectilinear side edges , wherein the individual mats (1") and the connecting means each comprise at least one layer of foam material, characterized in that the connecting means each comprise two interconnected primary circular segment regions having radii (R, R') and centre points (M, M') , wherein for the spacing A (A′′′) of the centre points (M, M') of the primary circular segment regions the following relation applies: 0.8 × R + R ′ < A < 1.3 × R + R ′ , and the connecting means further comprise secondary segment regions , wherein the secondary segment regions are located on two sides opposite a joining bridge between the two primary circular segment regions of the connecting means .
A method for the time-synchronized output of signals and/or time-synchronized processing of detected signals on a plurality of input and/or output channels of an electronic circuit, comprising the following steps: a. combining a number of channels from the input and/or output channels of the electronic circuit into a logical group, b. querying the channel latency of each channel belonging to the group formed from a data source, the content of the data source, that is, the latencies stored therein for each channel, being provided by the manufacturer of the circuit, c. determining the greatest channel latency from all queried channel latencies and, at least temporarily, storing the greatest channel latency as a group latency, d. for each channel belonging to the group: performing a determination of the amount of temporal difference between the group latency and the queried channel latency of the respective channel and storing the determined amount of difference as a channel-associated latency offset in a memory, particularly a memory of the circuit e. influencing the signal propagation over a respective channel as a function of at least the respective stored latency offset thereof, at least steps a) to d) taking place by means of a user interface implemented by software on a data processing system connected to the circuit by at least one communication link, and step e) the influencing the signal propagation over the respective channel of a formed group performed by software or a logic implemented in hardware of the circuit, to which the latency offsets of all channels of the group were transmitted through previous communication, the software or the logic implemented in hardware delaying the activation of the channels as a function of the respective channel latencies when outputting, the delay being based on the latency offset. a. combining a number of channels from the input and/or output channels of the electronic circuit into a logical group, b. querying the channel latency of each channel belonging to the group formed from a data source, the content of the data source, that is, the latencies stored therein for each channel, being provided by the manufacturer of the circuit, c. determining the greatest channel latency from all queried channel latencies and, at least temporarily, storing the greatest channel latency as a group latency, d. for each channel belonging to the group: performing a determination of the amount of temporal difference between the group latency and the queried channel latency of the respective channel and storing the determined amount of difference as a channel-associated latency offset in a memory, particularly a memory of the circuit e. influencing the signal propagation over a respective channel as a function of at least the respective stored latency offset thereof,
A method of determining a transmission rate for a transmitter, the method comprising: determining , via an electronic device, an amount of data transmitted by the transmitter to a receiver that is buffered in a network; determining , via the electronic device, a sustainable throughput of the network; and determining , via the electronic device, the transmission rate based at least in part on the sustainable throughput and the amount of data buffered, characterized in that the amount of data buffered in the network is determined based at least in part on a duration of time the transmission rate of the transmitter exceeded a network capacity to transfer data to the receiver or based at least in part on a difference between the transmission rate of the transmitter and a network capacity to transfer data to the receiver. determining , via an electronic device, an amount of data transmitted by the transmitter to a receiver that is buffered in a network; determining , via the electronic device, a sustainable throughput of the network; and determining , via the electronic device, the transmission rate based at least in part on the sustainable throughput and the amount of data buffered, characterized in that the amount of data buffered in the network is determined based at least in part on a duration of time the transmission rate of the transmitter exceeded a network capacity to transfer data to the receiver or based at least in part on a difference between the transmission rate of the transmitter and a network capacity to transfer data to the receiver.
Lobed mixer , intended to be placed at the downstream end of a cowl for separating the two coaxial ducts, namely the internal duct and the external duct , the mixer comprising at least one peripheral succession of lobes having a general radial orientation with respect to a longitudinal axis (LL') of the mixer, each lobe forming a gutter extending mainly along the longitudinal axis, and comprising at least one peripheral succession of scoops for passage from the first duct to the second duct and/or, inversely, for passage from the second duct to the first duct , which scoops are placed on said lobes , at least one of said scoops being formed by an opening in a wall of the mixer in the region of the lobes, the opening being elongate in a given direction (Y) having a mainly axial component, and by a cover located entirely on either the first duct side or the second duct side with respect to said wall , said cover being connected to the edge of the opening apart from over a downstream portion , so as to form a hole for passage between the two ducts, characterised in that the edge of said opening comprises two side portions which gradually diverge from one another going from upstream to downstream until the downstream portion .
A cutting unit for a packaging machine for separating a series of finished packages of a predetermined number of products , from a packaging or continuous bundle advancing on a conveyor , wherein it comprises a frame which supports a pair of side cutting elements characterized in that further comprises a pair of upper cutting elements and lower cutting elements arranged facing four sides of the continuous bundle, wherein said two pairs of cutting elements (21; 22s,22s',22i,22i') can be alternately moved forwards and backwards between a rest position separated from said continuous bundle and an engagement position on the continuous bundle containing groups of products , arranged on two adjacent rows and wrapped in a film of extensible plastic material , each pair of cutting elements (21; 22s,22s',22i,22i') being driven in an alternating forward and backward movement for engagement and disengagement from the continuous bundle by means of a double crank (23,23'; 27,27') actuated by a single motor (24; 28).
Underfloor wheelset reprofiling machine, in particular an underfloor wheelset lathe for reprofiling the wheels and brake discs of wheelsets of rail vehicles, comprising: - a machine stand , - a crossbeam for bridging a workshop track with at least two rails in the transverse direction, - two roller carriers , - at least four friction rollers , - at least one friction roller drive for driving the friction rollers , and - at least one axial guide roller for the axial guidance of the wheelset , - wherein the machine stand comprises a first part and a second part , - wherein the crossbeam is mounted on both parts of the machine stand , - wherein the roller carriers are movably connected to the machine stand , - wherein the friction rollers are rotatably mounted on the roller carrier , and - wherein the first part of the machine stand and the second part of the machine stand are displaceable relative to each other in the transverse direction, characterised in that at least one of the two parts of the machine stand has a guide for the displaceable support of the crossbeam with a clamping device for clamping the crossbeam . - a machine stand , - a crossbeam for bridging a workshop track with at least two rails in the transverse direction, - two roller carriers , - at least four friction rollers , - at least one friction roller drive for driving the friction rollers , and - at least one axial guide roller for the axial guidance of the wheelset , - wherein the machine stand comprises a first part and a second part , - wherein the crossbeam is mounted on both parts of the machine stand , - wherein the roller carriers are movably connected to the machine stand , - wherein the friction rollers are rotatably mounted on the roller carrier , and - wherein the first part of the machine stand and the second part of the machine stand are displaceable relative to each other in the transverse direction,
An organic electroluminescence device , comprising: an anode ; an emitting layer ; and a cathode , wherein the emitting layer comprises a first compound, a second compound, and a third compound, the first compound is a delayed fluorescent compound, the first compound has an energy gap T 77K at 77 [K] larger than an energy gap T 77K at 77 [K] of the second compound, the third compound has an energy gap T 77K larger than the energy gap T 77K at 77 [K] of the second compound, and the second compound is a compound having a fused ring structure represented by a formula below, the fused ring structure having eight or less rings in total, where: a monocyclic ring or a fused ring is optionally fused to at least one of positions a, c, d, e, f, h, i and j; a five-membered ring or a fused ring having a five-membered ring is optionally fused to at least one of positions b and g; when a six-membered ring is fused to the positions i and j, a monocyclic ring or a fused ring is also fused to the positions d and e; when a six-membered ring is fused to the positions d and e, a monocyclic ring or a fused ring is also fused to the positions i and j; when a fused ring having a five-membered ring is fused to the position b, the five-membered ring of the fused ring is directly fused to the position b; when a fused ring having a five-membered ring is fused to the position g, the five-membered ring of the fused ring is directly fused to the position g; and none of a six-membered monocyclic ring and a six-membered ring of a fused ring is directly bonded to the positions b and g. an anode ; an emitting layer ; and a cathode , wherein the emitting layer comprises a first compound, a second compound, and a third compound, the first compound is a delayed fluorescent compound, the first compound has an energy gap T 77K at 77 [K] larger than an energy gap T 77K at 77 [K] of the second compound, the third compound has an energy gap T 77K larger than the energy gap T 77K at 77 [K] of the second compound, and the second compound is a compound having a fused ring structure represented by a formula below, the fused ring structure having eight or less rings in total, where: a monocyclic ring or a fused ring is optionally fused to at least one of positions a, c, d, e, f, h, i and j; a five-membered ring or a fused ring having a five-membered ring is optionally fused to at least one of positions b and g; when a six-membered ring is fused to the positions i and j, a monocyclic ring or a fused ring is also fused to the positions d and e; when a six-membered ring is fused to the positions d and e, a monocyclic ring or a fused ring is also fused to the positions i and j; when a fused ring having a five-membered ring is fused to the position b, the five-membered ring of the fused ring is directly fused to the position b; when a fused ring having a five-membered ring is fused to the position g, the five-membered ring of the fused ring is directly fused to the position g; and none of a six-membered monocyclic ring and a six-membered ring of a fused ring is directly bonded to the positions b and g.